2023-10-15 13:10:59: model run started for 21000101-21001231 2023-10-15 13:10:59: in /scratch/m/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/work/run_21000101-21001231 mkdir: created directory '/scratch/m/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/work/run_21000101-21001231' 2023-10-15 13:10:59: preparing input data for 21000101 started './rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc' -> '/pool/data/MPIESM/input/r0001/T63_GR15/rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc' './rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc' -> '/pool/data/MPIESM/input/r0001/T63_GR15/rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc' './rmp_atml_to_oces_CONSERV_FRACAREA_T63_GR15.nc' -> '/pool/data/MPIESM/input/r0001/T63_GR15/rmp_atml_to_oces_CONSERV_FRACAREA_T63_GR15.nc' './rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc' -> '/pool/data/MPIESM/input/r0001/T63_GR15/rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc' '/pool/data/MPIESM/input/r0001/T63_GR15/grids_T63_GR15_frac.nc' -> 'grids.nc' '/pool/data/MPIESM/input/r0001/T63_GR15/areas_T63_GR15_frac.nc' -> 'areas.nc' '/pool/data/MPIESM/input/r0001/T63_GR15/masks_T63_GR15_frac.nc' -> 'masks.nc' './cf_name_table.txt' -> '/home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/util/running/adjunct_files/oasis3mct/cf_name_table.txt' './rrtmg_lw.nc' -> '/pool/data/ECHAM6/input/r0008/rrtmg_lw.nc' './rrtmg_sw.nc' -> '/pool/data/ECHAM6/input/r0008/rrtmg_sw.nc' './ECHAM6_CldOptProps.nc' -> '/pool/data/ECHAM6/input/r0008/ECHAM6_CldOptProps.nc' 'greenhouse_gases.nc' -> '/pool/data/ECHAM6/input/r0008/greenhouse_ssp585.nc' 'MAC-SP.nc' -> '/pool/data/ECHAM6/input/r0008/MAC-SP_ssp585.nc' 'unit.91' -> '/pool/data/ECHAM6/input/r0008/T63/T63GR15_VGRATCLIM.nc' 'unit.90' -> '/pool/data/ECHAM6/input/r0008/T63/T63GR15_VLTCLIM.nc' 'unit.92' -> '/pool/data/ECHAM6/input/r0008/T63/T63_TSLCLIM.nc' 'unit.23' -> '/pool/data/ECHAM6/input/r0008/T63/T63L47_jan_spec.nc' 'unit.24' -> '/pool/data/ECHAM6/input/r0008/T63/T63GR15_jan_surf.nc' 'carbon_emissions.nc' -> '/pool/data/ECHAM6/input/r0008/T63/T63_carbon_emissions_ssp585.nc' 'aero_fine_1849.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_fin_1865.nc' 'aero_coarse_1849.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_coa.nc' 'aero_farir_1849.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_lw_b16_coa.nc' 'aero_fine_1850.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_fin_1865.nc' 'aero_coarse_1850.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_coa.nc' 'aero_farir_1850.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_lw_b16_coa.nc' 'aero_fine_1851.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_fin_1865.nc' 'aero_coarse_1851.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_coa.nc' 'aero_farir_1851.nc' -> '/pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_lw_b16_coa.nc' 'ozon2098' -> '/pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2098.nc' 'strat_aerosol_ir_2098.nc' -> '/pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc' 'strat_aerosol_sw_2098.nc' -> '/pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc' 'swflux_2098.nc' -> '/pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2098.nc' 'ozon2099' -> '/pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc' 'strat_aerosol_ir_2099.nc' -> '/pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc' 'strat_aerosol_sw_2099.nc' -> '/pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc' 'swflux_2099.nc' -> '/pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2099.nc' 'ozon2100' -> '/pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc' 'strat_aerosol_ir_2100.nc' -> '/pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc' 'strat_aerosol_sw_2100.nc' -> '/pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc' 'swflux_2100.nc' -> '/pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2100.nc' 'ozon2101' -> '/pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc' 'strat_aerosol_ir_2101.nc' -> '/pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc' 'strat_aerosol_sw_2101.nc' -> '/pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc' 'swflux_2101.nc' -> '/pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2101.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/echam6/restart_esm-ssp585-ocn-alk_EXP2_echam_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_echam.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/echam6/restart_esm-ssp585-ocn-alk_EXP2_co2_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_co2.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/echam6/restart_esm-ssp585-ocn-alk_EXP2_accw_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_accw.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/echam6/restart_esm-ssp585-ocn-alk_EXP2_tracer_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_tracer.nc' 'lctlib.def' -> '/home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/util/running/adjunct_files/jsbach/lctlib_nlct21.def' 'jsbach.nc' -> '/pool/data/JSBACH/input/r0010/T63/jsbach_T63GR15_11tiles_5layers_1850_dynveg.nc' 'landuseTransitions.2099.nc' -> '/pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_dynveg/LUH_scaled_transitions_T63_2099.nc' 'landuseHarvest.2099.nc' -> '/pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_harvest/LUH_harvest_T63_2099.nc' 'landuseTransitions.2100.nc' -> '/pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_dynveg/LUH_scaled_transitions_T63_2100.nc' 'landuseHarvest.2100.nc' -> '/pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_harvest/LUH_harvest_T63_2100.nc' 'a_nd_file.nc' -> '/pool/data/JSBACH/input/r0010/T63/spitfire/a_nd_T63.nc' 'lightning.nc' -> '/pool/data/JSBACH/input/r0010/T63/spitfire/LISOTD_HRMC_V2.2_T63.nc' 'population_density.nc' -> '/pool/data/JSBACH/input/r0010/T63/spitfire/population_density_ssp5_T63.nc' 'hdpara.nc' -> '/pool/data/JSBACH/input/r0010/HD/hdpara.nc' 'hdstart.nc' -> '/pool/data/JSBACH/input/r0010/HD/hdstart.nc' 'rmp_hd.nc' -> '/pool/data/JSBACH/input/r0010/HD/rmp_T63_to_hd.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/jsbach/restart_esm-ssp585-ocn-alk_EXP2_jsbach_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_jsbach.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/jsbach/restart_esm-ssp585-ocn-alk_EXP2_veg_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_veg.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/jsbach/restart_esm-ssp585-ocn-alk_EXP2_surf_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_surf.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/jsbach/restart_esm-ssp585-ocn-alk_EXP2_yasso_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_yasso.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/jsbach/restart_esm-ssp585-ocn-alk_EXP2_hd_20991231.nc' -> 'hdrestart.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/jsbach/restart_esm-ssp585-ocn-alk_EXP2_nitro_20991231.nc' -> 'restart_esm-ssp585-ocn-alk_EXP2_nitro.nc' 'anta' -> '/pool/data/MPIOM/input/r0010/GR15/GR15_anta' 'arcgri.nc' -> '/pool/data/MPIOM/input/r0010/GR15/GR15_arcgri.nc' 'topo' -> '/pool/data/MPIOM/input/r0010/GR15/GR15_topo' '/pool/data/MPIOM/input/r0010/GR15/GR15_BEK' -> 'BEK' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/mpiom/rerun_esm-ssp585-ocn-alk_EXP2_mpiom_20991231.nc' -> 'rerun_esm-ssp585-ocn-alk_EXP2_mpiom.nc' '/pool/data/MPIOM/input/r0010/GR15/GR15_MAHOWALDDUST_2005.nc' -> 'dust_deposition.nc' '/work/bm1241/m300966/OAE_files/esm-ssp585-ocn-alk_EXP2/esm-ssp585-ocn-alk_EXP2_alkalinity_addition_2100.nc' -> 'alkalinity_input.nc' '/work/bm1241/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/esm-ssp585-ocn-alk_EXP2/restart/hamocc/rerun_esm-ssp585-ocn-alk_EXP2_hamocc_20991231.nc' -> 'rerun_esm-ssp585-ocn-alk_EXP2_hamocc.nc' 2023-10-15 13:11:08: preparing input data for 21000101 finished 2023-10-15 13:11:08: preparing configuration files started * ---------------------------------------------------------------------- * Namelist of OASIS3-MCT : namcouple * ---------------------------------------------------------------------- $NFIELDS 21 $END $NBMODEL 2 mpiom echam6 $END $RUNTIME 31536000 $END $NLOGPRT 0 $END $STRINGS SSTOCEAN SSTATMOS 1 86400 3 sstoce1 EXPORTED 254 220 192 96 oces atmo SEQ=1 LAG=2700 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc dst SITOCEAN SITATMOS 45 86400 3 sstoce2 EXPORTED 254 220 192 96 oces atmo SEQ=1 LAG=2700 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc dst SICOCEAN SICATMOS 31 86400 3 sstoce3 EXPORTED 254 220 192 96 oces atmo SEQ=1 LAG=2700 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc dst SNTOCEAN SNTATMOS 46 86400 3 sstoce4 EXPORTED 254 220 192 96 oces atmo SEQ=1 LAG=2700 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc dst OCUOCEAN OCUATMOS 47 86400 3 sstoce5 EXPORTED 254 220 192 96 oces atmo SEQ=1 LAG=2700 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR VECTOR LATITUDE 40 FRACAREA FIRST rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc dst OCVOCEAN OCVATMOS 48 86400 3 sstoce6 EXPORTED 254 220 192 96 oces atmo SEQ=1 LAG=2700 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR VECTOR LATITUDE 40 FRACAREA FIRST rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc dst CO2TRAOC CO2TRAAT 99 86400 3 sstoce7 EXPORTED 254 220 192 96 oces atmo SEQ=1 LAG=2700 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc dst CO2OCEAN CO2ATMOS 99 86400 3 sstoce8 EXPORTED 254 220 192 96 oces atmo SEQ=1 LAG=2700 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc dst FRIATMOS FRIOCEAN 55 86400 4 flxatm17 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING CONSERV INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc src GLOBAL FRWATMOS FRWOCEAN 29 86400 4 flxatm18 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING CONSERV INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc src GLOBAL TXWATMOU TXWOCEAS 50 86400 3 flxatm9 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT BICUBIC D SCALAR LATITUDE 40 rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc src TYWATMOU TYWOCEAS 51 86400 3 flxatm11 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT BICUBIC D SCALAR LATITUDE 40 rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc src TXIATMOU TXIOCEAS 52 86400 3 flxatm13 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT BICUBIC D SCALAR LATITUDE 40 rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc src TYIATMOU TYIOCEAS 53 86400 3 flxatm15 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT BICUBIC D SCALAR LATITUDE 40 rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc src RHIATMOS RHIOCEAN 43 86400 3 flxatm19 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc src CHIATMOS CHIOCEAN 42 86400 3 flxatm20 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc src NHWATMOS NHWOCEAN 5 86400 3 flxatm21 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc src SHWATMOS SHWOCEAN 7 86400 3 flxatm22 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc src WSVATMOS WSVOCEAN 37 86400 3 flxatm23 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc src CO2CONAT CO2CONOC 99 86400 3 flxatm24 EXPORTED 192 96 254 220 atmo oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc src CO2FLXAT CO2FLXOC 99 86400 4 flxatm25 EXPORTED 192 96 254 220 atml oces SEQ=1 LAG=450 P 0 P 0 LOCTRANS SCRIPR MAPPING CONSERV INSTANT CONSERV LR SCALAR LATITUDE 40 FRACAREA FIRST rmp_atml_to_oces_CONSERV_FRACAREA_T63_GR15.nc dst GLOBAL $END * ---------------------------------------------------------------------- * end of namcouple * ---------------------------------------------------------------------- * ---------------------------------------------------------------------- * Namelist of ECHAM: namelist.echam * ---------------------------------------------------------------------- &runctl dt_start = 2098, 12, 31, 23, 52, 30 dt_stop = 2100, 12, 31, 23, 52, 30 putrerun = 12, 'months', 'last', 0 lfractional_mask = .false. lresume = .true. out_datapath = './' out_expname = 'esm-ssp585-ocn-alk_EXP2' rerun_filetype = 4 delta_time = 450 putdata = 1, 'months', 'last', 0 nproma = 8 lcouple = .true. getocean = 192.0, 'steps', 'exact', 0 putocean = 192.0, 'steps', 'exact', -450 lcouple_co2 = .true. default_output = .false. / &parctl nproca = 24 nprocb = 24 / &submodelctl lmethox = .true. lco2 = .true. / &mvstreamctl ! 'default spm glm g3bm' filetag = 'echam' source = 'sp', 'gl', 'g3b' / &mvstreamctl ! 'default co2m' filetag = 'co2' source = 'co2' / &mvstreamctl ! 'default surfm' filetag = 'surf' source = 'surf' / &mvstreamctl ! 'default tracerm' filetag = 'tracer' source = 'tracer' / &mvstreamctl ! 'default jsbachm' filetag = 'jsbach' source = 'jsbach' / &mvstreamctl ! 'default landm' filetag = 'land' source = 'land' / &mvstreamctl ! 'default vegm' filetag = 'veg' source = 'veg' / &mvstreamctl ! 'default yassom' filetag = 'yasso' source = 'yasso' / &set_stream ! 'default jsbach' stream = 'jsbach' lpost = 0 / &set_stream ! 'default land' stream = 'land' lpost = 0 / &set_stream ! 'default veg' stream = 'veg' lpost = 0 / &set_stream ! 'default yasso' stream = 'yasso' lpost = 0 / &radctl iaero = 8 ighg = 1 io3 = 4 isolrad = 1 ico2 = 1 ich4 = 4 in2o = 4 icfc = 4 / &co2ctl lco2_emis = .true. lco2_2perc = .true. / &submdiagctl vphysc_lpost = .false. / &mvstreamctl ! 'cmip6 echamday' filetag = 'echamday' source = 'sp', 'gl', 'g3b' target = '*day' interval = 1, 'days', 'last', 0 variables = 'ahfl_na>ahfl=147', 'ahfs_na>ahfs=146', 'aprc_na>aprc=143', 'aprl_na>aprl=142', 'aprs_na>aprs=144', 'aps', 'dew2', 'geosp', 'q2m', 'rh2m', 'srads_na>srads=176', 'temp2', 'tsurf_na>tsurf=169', 'u10', 'v10', 'wind10_na>wind10=171', 'temp2:max>t2max=201', 'temp2:min>t2min=202' / &mvstreamctl ! 'cmip6 jsbachday' filetag = 'jsbachday' source = 'jsbach' target = '*day' interval = 1, 'days', 'last', 0 variables = 'layer_moisture', 'evapotranspiration_inst>evapotranspiration=44', 'transpiration_inst>transpiration=76', 'cover_fract', 'veg_ratio_max' / &mvstreamctl ! 'cmip6 landday' filetag = 'landday' source = 'land' target = '*day' interval = 1, 'days', 'last', 0 variables = 'bare_soil_evaporation', 'snow_evaporation', 'lai', 'snow_depth_canopy', 'snow_fract', 'soil_temperature', 'surface_radiative_temp', 'par_acc', 'apar_acc' / &mvstreamctl ! 'cmip6 vegday' filetag = 'vegday' source = 'veg' target = '*day' interval = 1, 'days', 'last', 0 variables = 'LCC_flux_box_C2atmos', 'boxC_construction_LCC', 'boxC_construction_harvest', 'boxC_crop_harvest', 'boxC_flux_2_construction_LCC', 'boxC_flux_2_construction_harvest', 'boxC_flux_2_onSite_LCC', 'boxC_flux_2_onSite_harvest', 'boxC_flux_2_paper_LCC', 'boxC_flux_2_paper_harvest', 'boxC_flux_construction_2_atmos_LCC', 'boxC_flux_construction_2_atmos_harvest', 'boxC_flux_onSite_2_atmos_LCC', 'boxC_flux_onsite_2_atmos_harvest', 'boxC_flux_paper_2_atmos_LCC', 'boxC_flux_paper_2_atmos_harvest', 'boxC_green', 'boxC_litter_green_bg', 'boxC_onSite_LCC', 'boxC_onSite_harvest', 'boxC_paper_LCC', 'boxC_paper_harvest', 'boxC_reserve', 'boxC_woods', 'box_Cflux_herbivory_2_atm', 'box_Cflx_2_crop_harvest', 'box_Cflx_crop_harvest_2_atm', 'box_Cpools_total', 'box_GPP_yDayMean', 'box_NPP_act_yDayMean', 'box_fire_CO2_flux_2_atmos', 'box_soil_respiration', 'burned_YC_acid_ag_wood', 'dist_nitrogen_2_atmos' / &simpleplumesctl fix_yr = 2100 / * ---------------------------------------------------------------------- * end of namelist.echam * ---------------------------------------------------------------------- * ---------------------------------------------------------------------- * Namelist of JSBACH: namelist.jsbach * ---------------------------------------------------------------------- &jsbach_ctl standalone = .false. ntiles = 11 use_bethy = .true. use_phenology = .true. use_albedo = .true. with_yasso = .true. with_hd = .true. use_roughness_lai = .true. use_roughness_oro = .false. veg_at_1200 = .false. use_dynveg = .true. use_disturbance = .true. with_nitrogen = .true. lcc_forcing_type = 'transitions' lcc_scheme = 2 test_cconservation = .true. test_nconservation = .true. file_ztype = 1 / &soil_ctl nsoil = 5 / &hydrology_ctl gethd = 192.0, 'steps', 'exact', 0 puthd = 192.0, 'steps', 'exact', -450 diag_water_budget = .true. / &cbalance_ctl read_ndepo = .true. / &disturbance_ctl fire_name = 'thonicke' fuel_name = 'thonicke' lburn_pasture = .true. / &input_ctl ! 'lightning_frq' var_name = 'lightning_frq' var_file_name = 'HRMC_COM_FR' file_name = 'lightning.nc' action_cycle = 'all' / &input_ctl ! 'population_density' var_name = 'population_density' var_file_name = 'popd' / * ---------------------------------------------------------------------- * end of namelist.jsbach * ---------------------------------------------------------------------- * ---------------------------------------------------------------------- * Namelist of MPIOM: OCECTL * ---------------------------------------------------------------------- ! Needs empty sections to guarantee order! &proctl / &ocedim ie_g = 256 je_g = 220 ke = 40 lbounds_exch_tp = .false. / &nprocs nprocx = 16 nprocy = 24 / &ocectl dt = 2700 nmonts = 12 ndays = 0 nfixyearlen = -1 lnonblock = .true. luse_sp_diag = .true. lundelayed_momentum_advection = .true. ! Base tuning aus = 0. dv0 = 0.2e-2 av0 = 0.2e-2 cwa = 0.75e-3 cstabeps = 0.03 dback = 1.05e-5 cdvocon = 0.1 ! Jerlov type IA jerlov_atten = 0.06 jerlov_bluefrac = 0.41 lsaoclose = .true. lzo_correct = .false. lakes = .false. caulapuv = 0.006 ibolk = 250 rleadclose = 0.5, 5.0, 4.0 h0 = 0.3 ! no hamocc feedback on absorbtion lfb_bgc_oce = .false. / &ocedzw cdzw = 12., 10., 10., 10., 10., 10., 13., 15., 20., 25., 30., 35., 40., 45., 50., 55., 60., 70., 80., 90., 100., 110., 120., 130., 140., 150., 170., 180., 190., 200., 220., 250., 270., 300., 350., 400., 450., 500., 500., 600. / &ioctl ! Use CFC fields (42, 45) iolist(100) = 99, 'rerun_esm-ssp585-ocn-alk_EXP2_mpiom.nc', 'nc4', 1, 2, 3, 4, 5, 7, 9, 10, 13, 15, 35, 36, 39, 82, 99, 110, 111, 141, 501, 502, 503, 504 iolist(99) = 2, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mm.nc', 'nc4', 1, 11, 12, 13, 14, 15, 16, 17, 19, 20, 27, 35, 36, 66, 70, 78, 79, 104, 109, 123, 124, 125, 126, 127, 128, 134, 136, 138, 139, 140, 141, 149, 150, 151, 153, 165, 168, 169, 170, 181, 183, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 225, 226, 227, 228, 229, 275, 276, 277, 278, 285, 286, 287, 288, 548, 549, 521, 1013, 1015, 1016, 1018, 1019, 1020, 1021, 1022, 1023, 1024, 1025, 1026, 1027, 1028, 1036, 1037, 1038, 1039, 1040, 1041, 1042, 1043, 1044, 1045, 1046, 1047, 1048 iolist(98) = 2, 'esm-ssp585-ocn-alk_EXP2_mpiom_timeser_mm.nc', 'nc4', 508, 509, 520, 513, 514, 515, 516, 517, 518, 519, 592, 644, 645, 724, 725, 684, 685, 809, 613, 614, 615, 623, 624, 625, 633, 634, 635, 703, 704, 705, 612, 622, 632, 642, 652, 662, 672, 682, 692, 702, 712, 722, 732, 742, 752, 762, 770, 771, 772, 774, 775, 780, 781, 782, 784, 785, 790, 791, 792, 794, 795, 800, 801, 802, 804, 805, 810, 811, 812, 814, 815, 820, 821, 822, 823, 824, 825, 826, 827, 828, 829, 830, 831, 832, 833, 834, 835, 836, 837, 838, 839, 840, 841, 842, 843, 844, 845, 846, 847, 848, 849, 850, 851, 852, 853, 854, 855, 856, 857, 858, 859, 860, 861, 862, 863, 864, 865, 866, 867, 868, 869, 870, 871, 872, 873, 874, 875, 876, 877, 878, 879, 880, 881, 882, 883, 884, 885, 886, 887, 888, 889, 890, 891, 892, 893, 894, 895, 896, 897, 898, 899, 900, 901, 902, 903, 904, 905, 906, 907, 908, 909, 910, 911, 912, 913, 914, 915, 916, 917, 918, 919, 920, 921, 922, 923, 924, 925, 926, 927, 928, 929, 930, 931, 932, 933, 934, 935, 936, 937, 938, 939, 940, 941, 942, 943, 944, 945, 946, 947, 948, 949, 950, 951, 952, 953, 954, 955, 956, 957, 958, 959, 960, 961, 962, 963, 1001, 1050, 1051, 1052, 1053, 1054, 1055 iolist(97) = 2, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_moc_mm.nc', 'nc4', 93, 94, 95, 96, 97, 98, 100, 101, 102, 106, 107, 108, 1093, 1094, 1095, 1096, 1097, 1098, 1099, 1100, 1101, 1112, 1113, 1114 iolist(96) = 3, 'esm-ssp585-ocn-alk_EXP2_mpiom_monitoring_ym.nc', 'nc4', 515, 516, 518, 519, 520, 622, 652, 672, 703, 800, 836, 837, 900, 901, 936, 950, 951, 952, 953, 955, 956, 958, 959, 961, 962, 1001 iolist(95) = 2, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_3d_mm.nc', 'nc4', 2, 3, 4, 5, 6, 7, 18, 21, 22, 23, 24, 25, 26, 30, 39, 54, 88, 90, 110, 111, 112, 135, 152, 197, 214, 279, 1029, 1030, 1031, 1032 iolist(94) = 6402, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mmin.nc', 'nc4', 276 iolist(93) = 12802, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mmax.nc', 'nc4', 276 iolist(92) = 12801, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_dmax.nc', 'nc4', 276 iolist(91) = 3, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_ym.nc', 'nc4', 277, 278 iolist(80) = 107, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_3h.nc', 'nc4', 12 iolist(90) = 1, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_dm.nc', 'nc4', 12, 13, 14, 15, 16, 104, 109, 140, 141, 276, 1016, 1022, 1023, 1024, 1025, 1026 iolist(87) = 3, 'esm-ssp585-ocn-alk_EXP2_mpiom_data_3d_ym.nc', 'nc4', 25, 26, 28, 30, 88, 90, 111, 152, 282, 1029, 1030, 1031, 1032 / &cplctl / * ---------------------------------------------------------------------- * end of OCECTL * ---------------------------------------------------------------------- * ---------------------------------------------------------------------- * Namelist of HAMOCC: NAMELIST_BGC * ---------------------------------------------------------------------- &bgcctl l_cpl_co2 = .true. lndep = .true. deltaorg = 4.40 deltacalc = 463.18 deltasil = 100.0 sinkspeed_opal = 25.0 lalkalinity_input = .true. / &ioctl iolist(100) = 99, 'rerun_esm-ssp585-ocn-alk_EXP2_hamocc.nc', 'nc4', 7, 10, 11, 12, 13, 14, 15, 16, 17, 20, 21, 22, 23, 24, 27, 28, 29, 30, 31, 36, 37, 38, 41, 44, 45, 46, 47, 48, 49, 50, 51, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 203, 204, 205, 145 iolist(99) = 4002, 'dust_deposition.nc', 'nc4', 34 iolist(98) = 4002, 'nitrogen_deposition.nc', 'nc4', 35 iolist(97) = 3, 'esm-ssp585-ocn-alk_EXP2_hamocc_data_3d_ym.nc', 'nc4', 36, 704, 731, 764, 787, 781, 739, 762, 783, 782, 747, 752, 701, 745, 20, 700, 765, 22, 754, 712, 724, 709, 766, 743, 719, 28, 707, 750, 735, 770, 789, 142, 727, 729, 166, 769, 741, 771, 772, 758, 773, 774, 775, 776, 777, 778, 779, 780, 784, 711, 785, 786, 788, 141, 100 iolist(96) = 2, 'esm-ssp585-ocn-alk_EXP2_hamocc_data_3d_mm.nc', 'nc4', 69, 70, 71, 84, 85, 86, 100, 711, 141, 143, 292, 293, 294, 295, 296, 143, 510, 700, 701, 704, 707, 709, 712, 719, 724, 727, 729, 731, 735, 736, 739, 741, 743, 745, 147, 747, 750, 751, 752, 754, 758, 759, 762, 764, 765, 766, 236, 780, 778, 598, 599, 600, 601, 602, 603, 604, 605, 606, 607, 776, 785, 772, 782, 187, 188, 774, 788 iolist(95) = 2, 'esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_mm.nc', 'nc4', 61, 62, 64, 93, 755, 721, 742, 737, 733, 723, 716, 93, 738, 763, 107, 110, 111, 112, 114, 115, 116, 117, 120, 122, 123, 124, 127, 129, 131, 137, 157, 159, 714, 715, 749, 710, 746, 708, 730, 705, 791, 207, 210, 211, 214, 215, 703, 174, 201, 713, 206, 717, 718, 720, 722, 725, 726, 728, 732, 734, 740, 744, 748, 753, 756, 757, 760, 207, 761, 215, 790, 792, 608, 609, 417, 413, 419, 767, 796, 768, 797, 798, 799, 706, 94, 121, 144, 160, 174, 185, 186 iolist(94) = 1, 'esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_dm.nc', 'nc4', 767, 768 iolist(93) = 101, 'esm-ssp585-ocn-alk_EXP2_hamocc_co2.nc', 'nc4', 301, 303, 304, 305, 306, 307, 308, 309, 310, 311, 312, 313, 314, 203, 204, 205 iolist(92) = 3, 'esm-ssp585-ocn-alk_EXP2_hamocc_monitoring_ym.nc', 'nc4', 500, 501, 502, 503, 504, 505, 506, 507, 508, 509, 517, 519, 520, 523, 529, 530, 531, 532, 533, 534, 535 iolist(91) = 3, 'esm-ssp585-ocn-alk_EXP2_hamocc_data_sedi_ym.nc', 'nc4', 38, 41, 44, 45, 46, 47, 48, 49, 50, 51, 54, 55, 56, 57, 58, 59, 60, 63, 94, 95, 96, 97, 167, 168, 280, 281, 282, 283, 284, 285, 286, 287 iolist(90) = 3, 'esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_ym.nc', 'nc4', 718 iolist(89) = 4002, 'alkalinity_input.nc', 'nc4', 411 / * ---------------------------------------------------------------------- * end of NAMELIST_BGC * ---------------------------------------------------------------------- 2023-10-15 13:11:09: preparing configuration files finished 2023-10-15 13:11:09: listing files in working directory before model execution -- total 1208551 -rw-r--r-- 1 m300966 mpioes 58928 Jan 26 2004 BEK -rw-r--r-- 1 m300966 mpioes 7421232 Jan 16 2017 grids.nc -rw-r--r-- 1 m300966 mpioes 742404 Jan 16 2017 areas.nc -rw-r--r-- 1 m300966 mpioes 371416 Jan 16 2017 masks.nc -rwxr-xr-x 1 m300966 mpioes 7210524 Feb 9 2017 dust_deposition.nc -rw-r--r-- 1 m300966 bm1241 9933768 Oct 13 12:46 alkalinity_input.nc -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm9 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm22 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm21 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm20 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm19 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm18 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm17 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm15 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm13 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm11 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm25 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm24 -rw-r--r-- 1 m300966 mpioes 147596 Oct 15 13:10 flxatm23 -rw-r--r-- 1 m300966 mpioes 447180 Oct 15 13:10 sstoce8 -rw-r--r-- 1 m300966 mpioes 447180 Oct 15 13:10 sstoce7 -rw-r--r-- 1 m300966 mpioes 447180 Oct 15 13:10 sstoce6 -rw-r--r-- 1 m300966 mpioes 447180 Oct 15 13:10 sstoce5 -rw-r--r-- 1 m300966 mpioes 447180 Oct 15 13:10 sstoce4 -rw-r--r-- 1 m300966 mpioes 447180 Oct 15 13:10 sstoce3 -rw-r--r-- 1 m300966 mpioes 447180 Oct 15 13:10 sstoce2 -rw-r--r-- 1 m300966 mpioes 447180 Oct 15 13:10 sstoce1 -rw-r--r-- 1 m300966 mpioes 19967400 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_yasso.nc -rw-r--r-- 1 m300966 mpioes 57457308 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_veg.nc -rw-r--r-- 1 m300966 mpioes 13915660 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_tracer.nc -rw-r--r-- 1 m300966 mpioes 34571388 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_surf.nc -rw-r--r-- 1 m300966 mpioes 32861052 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_nitro.nc -rw-r--r-- 1 m300966 mpioes 64565568 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_jsbach.nc -rw-r--r-- 1 m300966 mpioes 280059372 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_echam.nc -rw-r--r-- 1 m300966 mpioes 3594928 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_co2.nc -rw-r--r-- 1 m300966 mpioes 453312 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_accw.nc -rw-r--r-- 1 m300966 mpioes 205200217 Oct 15 13:10 rerun_esm-ssp585-ocn-alk_EXP2_mpiom.nc -rw-r--r-- 1 m300966 mpioes 480199209 Oct 15 13:10 rerun_esm-ssp585-ocn-alk_EXP2_hamocc.nc -rw-r--r-- 1 m300966 mpioes 16598936 Oct 15 13:10 hdrestart.nc lrwxrwxrwx 1 m300966 mpioes 84 Oct 15 13:10 rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc -> /pool/data/MPIESM/input/r0001/T63_GR15/rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc lrwxrwxrwx 1 m300966 mpioes 84 Oct 15 13:10 rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc -> /pool/data/MPIESM/input/r0001/T63_GR15/rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc lrwxrwxrwx 1 m300966 mpioes 77 Oct 15 13:10 rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc -> /pool/data/MPIESM/input/r0001/T63_GR15/rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc lrwxrwxrwx 1 m300966 mpioes 84 Oct 15 13:10 rmp_atml_to_oces_CONSERV_FRACAREA_T63_GR15.nc -> /pool/data/MPIESM/input/r0001/T63_GR15/rmp_atml_to_oces_CONSERV_FRACAREA_T63_GR15.nc lrwxrwxrwx 1 m300966 mpioes 96 Oct 15 13:10 cf_name_table.txt -> /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/util/running/adjunct_files/oasis3mct/cf_name_table.txt drwxr-xr-x 4 m300966 mpioes 4096 Oct 15 13:10 .. lrwxrwxrwx 1 m300966 mpioes 48 Oct 15 13:11 unit.92 -> /pool/data/ECHAM6/input/r0008/T63/T63_TSLCLIM.nc lrwxrwxrwx 1 m300966 mpioes 54 Oct 15 13:11 unit.91 -> /pool/data/ECHAM6/input/r0008/T63/T63GR15_VGRATCLIM.nc lrwxrwxrwx 1 m300966 mpioes 52 Oct 15 13:11 unit.90 -> /pool/data/ECHAM6/input/r0008/T63/T63GR15_VLTCLIM.nc lrwxrwxrwx 1 m300966 mpioes 53 Oct 15 13:11 unit.24 -> /pool/data/ECHAM6/input/r0008/T63/T63GR15_jan_surf.nc lrwxrwxrwx 1 m300966 mpioes 52 Oct 15 13:11 unit.23 -> /pool/data/ECHAM6/input/r0008/T63/T63L47_jan_spec.nc lrwxrwxrwx 1 m300966 mpioes 68 Oct 15 13:11 swflux_2101.nc -> /pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2101.nc lrwxrwxrwx 1 m300966 mpioes 68 Oct 15 13:11 swflux_2100.nc -> /pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2100.nc lrwxrwxrwx 1 m300966 mpioes 68 Oct 15 13:11 swflux_2099.nc -> /pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2099.nc lrwxrwxrwx 1 m300966 mpioes 68 Oct 15 13:11 swflux_2098.nc -> /pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2098.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_sw_2101.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_sw_2100.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_sw_2099.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_sw_2098.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_ir_2101.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_ir_2100.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_ir_2099.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_ir_2098.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 41 Oct 15 13:11 rrtmg_sw.nc -> /pool/data/ECHAM6/input/r0008/rrtmg_sw.nc lrwxrwxrwx 1 m300966 mpioes 41 Oct 15 13:11 rrtmg_lw.nc -> /pool/data/ECHAM6/input/r0008/rrtmg_lw.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 ozon2101 -> /pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 ozon2100 -> /pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 ozon2099 -> /pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 ozon2098 -> /pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2098.nc lrwxrwxrwx 1 m300966 mpioes 93 Oct 15 13:11 lctlib.def -> /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/util/running/adjunct_files/jsbach/lctlib_nlct21.def lrwxrwxrwx 1 m300966 mpioes 100 Oct 15 13:11 landuseTransitions.2100.nc -> /pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_dynveg/LUH_scaled_transitions_T63_2100.nc lrwxrwxrwx 1 m300966 mpioes 100 Oct 15 13:11 landuseTransitions.2099.nc -> /pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_dynveg/LUH_scaled_transitions_T63_2099.nc lrwxrwxrwx 1 m300966 mpioes 90 Oct 15 13:11 landuseHarvest.2100.nc -> /pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_harvest/LUH_harvest_T63_2100.nc lrwxrwxrwx 1 m300966 mpioes 90 Oct 15 13:11 landuseHarvest.2099.nc -> /pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_harvest/LUH_harvest_T63_2099.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 jsbach.nc -> /pool/data/JSBACH/input/r0010/T63/jsbach_T63GR15_11tiles_5layers_1850_dynveg.nc lrwxrwxrwx 1 m300966 mpioes 50 Oct 15 13:11 greenhouse_gases.nc -> /pool/data/ECHAM6/input/r0008/greenhouse_ssp585.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 carbon_emissions.nc -> /pool/data/ECHAM6/input/r0008/T63/T63_carbon_emissions_ssp585.nc lrwxrwxrwx 1 m300966 mpioes 74 Oct 15 13:11 aero_fine_1851.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_fin_1865.nc lrwxrwxrwx 1 m300966 mpioes 74 Oct 15 13:11 aero_fine_1850.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_fin_1865.nc lrwxrwxrwx 1 m300966 mpioes 74 Oct 15 13:11 aero_fine_1849.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_fin_1865.nc lrwxrwxrwx 1 m300966 mpioes 69 Oct 15 13:11 aero_farir_1851.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_lw_b16_coa.nc lrwxrwxrwx 1 m300966 mpioes 69 Oct 15 13:11 aero_farir_1850.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_lw_b16_coa.nc lrwxrwxrwx 1 m300966 mpioes 69 Oct 15 13:11 aero_farir_1849.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_lw_b16_coa.nc lrwxrwxrwx 1 m300966 mpioes 69 Oct 15 13:11 aero_coarse_1851.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_coa.nc lrwxrwxrwx 1 m300966 mpioes 69 Oct 15 13:11 aero_coarse_1850.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_coa.nc lrwxrwxrwx 1 m300966 mpioes 69 Oct 15 13:11 aero_coarse_1849.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_coa.nc lrwxrwxrwx 1 m300966 mpioes 46 Oct 15 13:11 MAC-SP.nc -> /pool/data/ECHAM6/input/r0008/MAC-SP_ssp585.nc lrwxrwxrwx 1 m300966 mpioes 51 Oct 15 13:11 ECHAM6_CldOptProps.nc -> /pool/data/ECHAM6/input/r0008/ECHAM6_CldOptProps.nc lrwxrwxrwx 1 m300966 mpioes 49 Oct 15 13:11 rmp_hd.nc -> /pool/data/JSBACH/input/r0010/HD/rmp_T63_to_hd.nc lrwxrwxrwx 1 m300966 mpioes 73 Oct 15 13:11 population_density.nc -> /pool/data/JSBACH/input/r0010/T63/spitfire/population_density_ssp5_T63.nc lrwxrwxrwx 1 m300966 mpioes 66 Oct 15 13:11 lightning.nc -> /pool/data/JSBACH/input/r0010/T63/spitfire/LISOTD_HRMC_V2.2_T63.nc lrwxrwxrwx 1 m300966 mpioes 43 Oct 15 13:11 hdstart.nc -> /pool/data/JSBACH/input/r0010/HD/hdstart.nc lrwxrwxrwx 1 m300966 mpioes 42 Oct 15 13:11 hdpara.nc -> /pool/data/JSBACH/input/r0010/HD/hdpara.nc lrwxrwxrwx 1 m300966 mpioes 54 Oct 15 13:11 a_nd_file.nc -> /pool/data/JSBACH/input/r0010/T63/spitfire/a_nd_T63.nc -rw-r--r-- 1 m300966 mpioes 891224 Oct 15 13:11 Ndepo.2100.nc -rw-r--r-- 1 m300966 mpioes 891224 Oct 15 13:11 Ndepo.2099.nc lrwxrwxrwx 1 m300966 mpioes 43 Oct 15 13:11 topo -> /pool/data/MPIOM/input/r0010/GR15/GR15_topo lrwxrwxrwx 1 m300966 mpioes 48 Oct 15 13:11 arcgri.nc -> /pool/data/MPIOM/input/r0010/GR15/GR15_arcgri.nc lrwxrwxrwx 1 m300966 mpioes 43 Oct 15 13:11 anta -> /pool/data/MPIOM/input/r0010/GR15/GR15_anta -rw-r--r-- 1 m300966 mpioes 6310716 Oct 15 13:11 nitrogen_deposition.nc -rw-r--r-- 1 m300966 mpioes 1032 Oct 15 13:11 namelist.jsbach -rw-r--r-- 1 m300966 mpioes 4252 Oct 15 13:11 namelist.echam -rw-r--r-- 1 m300966 mpioes 9233 Oct 15 13:11 namcouple -rw-r--r-- 1 m300966 mpioes 4952 Oct 15 13:11 OCECTL -rw-r--r-- 1 m300966 mpioes 3055 Oct 15 13:11 NAMELIST_BGC drwxr-xr-x 2 m300966 mpioes 12288 Oct 15 13:11 . -- 2023-10-15 13:11:09: execution of model started srun -l --kill-on-bad-exit=0 --cpu_bind=cores --distribution=plane=64 --propagate=STACK,CORE --multi-prog /tmp/tmp.Ren8nGvOQQ cmdfile: 0-383 /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/bin/mpiom.x cmdfile: 384-959 /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/bin/echam6 0: 0: mpiom MPI interface runtime information: 0: Run on 384 processors. 0: Used MPI version: 3.1 0: 0: 0: Selected type compatible to MPI_REAL for KIND sp 0: Selected type compatible to MPI_DOUBLE_PRECISION for KIND dp 0: Selected type compatible to MPI_INTEGER4 for KIND i4 0: Selected type compatible to MPI_INTEGER8 for KIND i8 0: 0: 384: 384: echam6 MPI interface runtime information: 384: Used MPI version: 3.1 384: Run on 576 processors. 384: 384: 384: 384: =========================================================== 384: 384: ECHAM - Release 6.3.05 384: Copyright by Max-Planck-Institute for Meteorology, 2018 384: Read echam6.f90 and mpi-m_sla_201202.pdf before using ECHAM6 384: 384: Repository: Unknown 384: Branch : Unknown 384: Revision : Unknown 384: 384: =========================================================== 384: 384: 384: Opened namelist file namelist.echam 0: read OCECTL successfully 0: ibolk > 0 => GM scheme enabled 0: 1 LAYERTHICKNESS (DZW): 12.0000000000000 0: 2 LAYERTHICKNESS (DZW): 10.0000000000000 0: 3 LAYERTHICKNESS (DZW): 10.0000000000000 0: 4 LAYERTHICKNESS (DZW): 10.0000000000000 0: 5 LAYERTHICKNESS (DZW): 10.0000000000000 0: 6 LAYERTHICKNESS (DZW): 10.0000000000000 0: 7 LAYERTHICKNESS (DZW): 13.0000000000000 0: 8 LAYERTHICKNESS (DZW): 15.0000000000000 0: 9 LAYERTHICKNESS (DZW): 20.0000000000000 0: 10 LAYERTHICKNESS (DZW): 25.0000000000000 0: 11 LAYERTHICKNESS (DZW): 30.0000000000000 0: 12 LAYERTHICKNESS (DZW): 35.0000000000000 0: 13 LAYERTHICKNESS (DZW): 40.0000000000000 0: 14 LAYERTHICKNESS (DZW): 45.0000000000000 0: 15 LAYERTHICKNESS (DZW): 50.0000000000000 0: 16 LAYERTHICKNESS (DZW): 55.0000000000000 0: 17 LAYERTHICKNESS (DZW): 60.0000000000000 0: 18 LAYERTHICKNESS (DZW): 70.0000000000000 0: 19 LAYERTHICKNESS (DZW): 80.0000000000000 0: 20 LAYERTHICKNESS (DZW): 90.0000000000000 0: 21 LAYERTHICKNESS (DZW): 100.000000000000 0: 22 LAYERTHICKNESS (DZW): 110.000000000000 0: 23 LAYERTHICKNESS (DZW): 120.000000000000 0: 24 LAYERTHICKNESS (DZW): 130.000000000000 0: 25 LAYERTHICKNESS (DZW): 140.000000000000 0: 26 LAYERTHICKNESS (DZW): 150.000000000000 0: 27 LAYERTHICKNESS (DZW): 170.000000000000 0: 28 LAYERTHICKNESS (DZW): 180.000000000000 0: 29 LAYERTHICKNESS (DZW): 190.000000000000 0: 30 LAYERTHICKNESS (DZW): 200.000000000000 0: 31 LAYERTHICKNESS (DZW): 220.000000000000 0: 32 LAYERTHICKNESS (DZW): 250.000000000000 0: 33 LAYERTHICKNESS (DZW): 270.000000000000 0: 34 LAYERTHICKNESS (DZW): 300.000000000000 0: 35 LAYERTHICKNESS (DZW): 350.000000000000 0: 36 LAYERTHICKNESS (DZW): 400.000000000000 0: 37 LAYERTHICKNESS (DZW): 450.000000000000 0: 38 LAYERTHICKNESS (DZW): 500.000000000000 0: 39 LAYERTHICKNESS (DZW): 500.000000000000 0: 40 LAYERTHICKNESS (DZW): 600.000000000000 384: Atmosphere standard output is assigned to file atmout. 384: 384: ====================================================================== 384: Start initialization in control 384: ====================================================================== 384: Automatic determined byte size of types for I/O: 384: INTEGER : 4 384: INTEGER (4 byte range) : 4 384: INTEGER (8 byte range) : 8 384: REAL : 4 384: REAL (single) : 4 384: REAL (double) : 8 384: LOGICAL : 4 384: 384: Automatic determined machine constants (8 byte REAL): 384: Epsilon = 0.111022302462516E-15 384: Precision = 0.222044604925031E-15 384: Safe minimum = 0.222507385850720-307 384: Reciprocal of safe minimum = 0.449423283715579+308 384: Underflow threshold = 0.222507385850720-307 384: 384: Number of digits in mantissa = 53 384: Base = 2 384: Minimum exponent = -1021 384: Largest exponent = 1024 384: 384: Rounding mode according the IEEE definition. 384: 0: Open file anta with id 23 0: Code: 54 found in anta 0: MIN and MAX: -3.14152550697327 3.14148879051208 0: Open file anta with id 23 0: Code: 55 found in anta 0: MIN and MAX: -1.46548485755920 1.56981980800629 384: Namelist file namelist.echam reopened 0: Open file arcgri.nc with id 23 0: Code: 85 found in arcgri.nc 0: MIN and MAX: 12866.1037568198 184418.205497329 0: Open file arcgri.nc with id 23 0: Code: 185 found in arcgri.nc 0: MIN and MAX: 12865.8082884630 184419.422219119 0: Open file arcgri.nc with id 23 0: Code: 188 found in arcgri.nc 0: MIN and MAX: 13022.1570657680 184411.246804087 0: Open file arcgri.nc with id 23 0: Code: 86 found in arcgri.nc 0: MIN and MAX: 12784.3390558510 184383.056726302 0: Open file arcgri.nc with id 23 0: Code: 186 found in arcgri.nc 0: MIN and MAX: 12787.0140307067 184368.335990588 0: Open file arcgri.nc with id 23 0: Code: 189 found in arcgri.nc 0: MIN and MAX: 12941.6702841593 184477.147740599 0: Open file arcgri.nc with id 23 0: Code: 132 found in arcgri.nc 0: MIN and MAX: -1.449517630592977E-004 1.458417401642105E-004 0: Open file arcgri.nc with id 23 0: Code: 133 found in arcgri.nc 0: MIN and MAX: -1.449936971338460E-004 1.458414793188436E-004 0: found topo 0: nudge sss: is_active = F 0: nudge sst: is_active = F 0: nudge surf: is_active = F 0: nudge sao region 1: is_active = F 0: nudge tho region 1: is_active = F 0: nudge sao region 2: is_active = F 0: nudge tho region 2: is_active = F 0: nudge sic: is_active = F 0: nudge sit: is_active = F 384: Read date (initial/restart): 31. Dec 2097 23:52:30 384: Basic initialization of time manager done. 384: Experiment resumed at: 31. Dec 2099 23:52:30 384: Set manager to resumed time step + 1. 384: Namelist file namelist.echam reopened 384: Start date replaced by namelist start date: 31. Dec 2098 23:52:30 384: Time step and start date evaluation done. 384: Initial state of time manager is locked now! 384: State of manager >>echam time manager<< 384: Step counter : 70080 384: Time step [s]: 450.000000000000 384: Initial date: 31. Dec 2098 23:52:30 384: Current date: 31. Dec 2099 23:52:30 384: 384: Using DT_STOP for model stop. 384: Stop experiment at: 31. Dec 2100 23:52:30 384: Previous date: 31. Dec 2099 23:45:00 384: Next date : 1. Jan 2100 00:00:00 384: 384: 384: Total number of PEs: 576 set A: 24 set B: 24 384: decompose: Could not check consistency of total PE number. 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_3h.nc','nc4',snapshot,masked,lo,write,async,once,[12]) 384: ------------------------------------------------------------------------------ 384: Blocking information: 384: reordering (lreg) = F 384: number of blocks (ngplks) = 4 384: size of blocks (nproma) = 8 384: size of last block (npromz) = 8 384: ------------------------------------------------------------------------------ 384: Number of points on each column (NNP): 384: 64 63 62 61 60 59 58 57 56 55 54 384: 53 52 51 50 49 48 47 46 45 44 43 384: 42 41 40 39 38 37 36 35 34 33 32 384: 31 30 29 28 27 26 25 24 23 22 21 384: 20 19 18 17 16 15 14 13 12 11 10 384: 9 8 7 6 5 4 3 2 1 384: Displacement of the first point of columns (NMP): 384: 0 64 127 189 250 310 369 427 484 540 595 384: 649 702 754 805 855 904 952 999 1045 1090 1134 384: 1177 1219 1260 1300 1339 1377 1414 1450 1485 1519 1552 384: 1584 1615 1645 1674 1702 1729 1755 1780 1804 1827 1849 384: 1870 1890 1909 1927 1944 1960 1975 1989 2002 2014 2025 384: 2035 2044 2052 2059 2065 2070 2074 2077 2079 384: setdyn: check setting of stratospheric diffusion 384: Namelist file namelist.echam already opened, rewind file to beginning 384: Damping factor for strong stratospheric damping (hdamp) = 0.100E+01 384: Critical velocity for horizontal diffusion enhancing (vcrit) = 0.142E+05 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_3d_ym.nc','nc4',averaged,masked,lo,write,async,once,[25,26,28,30,88,90,111,152,282,1029,1030,1031,1032]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_dm.nc','nc4',averaged,masked,lo,write,async,once,[12,13,14,15,16,104,109,140,141,276,1016,1022,1023,1024,1025,1026]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_ym.nc','nc4',averaged,masked,lo,write,async,once,[277,278]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_dmax.nc','nc4',averaged,masked,lo,write,async,once,[276]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mmax.nc','nc4',averaged,masked,lo,write,async,once,[276]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mmin.nc','nc4',averaged,masked,lo,write,async,once,[276]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_3d_mm.nc','nc4',averaged,masked,lo,write,async,once,[2,3,4,5,6,7,18,21,22,23,24,25,26,30,39,54,88,90,110,111,112,135,152,197,214,279,1029,1030,1031,1032]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_monitoring_ym.nc','nc4',averaged,masked,lo,write,async,once,[515,516,518,519,520,622,652,672,703,800,836,837,900,901,936,950,951,952,953,955,956,958,959,961,962]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_moc_mm.nc','nc4',averaged,masked,lo,write,async,once,[93,94,95,96,97,98,100,101,102,106,107,108,1093,1094,1095,1096,1097,1098,1099,1100,1101,1112,1113,1114]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_timeser_mm.nc','nc4',averaged,masked,lo,write,async,once,[508,509,520,513,514,515,516,517,518,519,592,644,645,724,725,684,685,809,613,614,615,623,624,625,633,634,635,703,704,705,612,622,632,642,652,662,672,682,692,702,712,722,732,742,752,762,770,771,772,774,775,780,781,782,784,785,790,791,792,794,795,800,801,802,804,805,810,811,812,814,815,820,821,822,823,824,825,826,827,828,829,830,831,832,833,834,835,836,837,838,839,840,841,842,843,844,845,846,847,848,849,850,851,852,853,854,855,856,857,858,859,860,861,862,863,864,865,866,867,868,869,870,871,872,873,874,875,876,877,878,879,880,881,882,883,884,885,886,887,888,889,890,891,892,893,894,895,896,897,898,899,900,901,902,903,904,905,906,907,908,909,910,911,912,913,914,915,916,917,918,919,920,921,922,923,924,925,926,927,928,929,930,931,932,933,934,935,936,937,938,939,940,941,942,943,944,945,946,947,948,949,950,951,952,953,954,955,956,957,958,959,960,961,962,963,1050,1051,1052,1053,1054,1055]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mm.nc','nc4',averaged,masked,lo,write,async,once,[1,11,12,13,14,15,16,17,19,20,27,35,36,66,70,78,79,104,109,123,124,125,126,127,128,134,136,138,139,140,141,149,150,151,153,165,168,169,170,181,183,215,216,217,218,219,220,221,222,223,224,225,226,227,228,229,275,276,277,278,285,286,287,288,548,549,521,1013,1015,1016,1018,1019,1020,1021,1022,1023,1024,1025,1026,1027,1028,1036,1037,1038,1039,1040,1041,1042,1043,1044,1045,1046,1047,1048]) 0: Debug: opening for reading once: ('rerun_esm-ssp585-ocn-alk_EXP2_mpiom.nc','nc4',snapshot,unmasked,hi,write,async,once,[1,2,3,4,5,7,9,10,13,15,35,36,39,82,99,110,111,141,501,502,503,504]) 384: 384: | 384: | setsubmodel 384: | 384: 384: Namelist file namelist.echam already opened, rewind file to beginning 384: ------------------------------------------------------------------------------ 384: --- 2 submodels registered. 384: --- Submodel switches processed. 384: --- METHOX module :active 384: --- TRANSDIAG module :*not* active 384: --- HAM aerosol module :*not* active 384: --- SALSA aerosol module :*not* active 384: --- MOZ chemistry module :*not* active 384: --- MEGAN biogenic NMVOC emissions :*not* active 384: --- Satellite processor diagnostics :*not* active 384: --- ISCCP cloud diagnostics :*not* active 384: --- Burden diagnostics :*not* active 384: --- Run with Lin&Rood (tpcore) tracer advection. 384: --- Age-of-air submodel :*not* active 384: ------------------------------------------------------------------------------ 384: Melting temperature : 273.15 [K] 384: Lower table bound : 50.00 [K] 384: Upper table bound : 400.00 [K] 384: Full table settings : 384: Temperature delta : 0.001 [K] 384: Inverse delta : 1000.000 [1/K] 384: Indices [lb,ctr,ub]: 50000 273150 400000 384: Spline table settings: 384: Temperature delta : 0.025 [K] 384: Inverse delta : 40.000 [1/K] 384: Indices [lb,ctr,ub]: 2000 10926 16000 384: Table split indices: 10926 10925 384: l_volc =.FALSE. --> volcanic forcing off 384: Namelist file namelist.echam already opened, rewind file to beginning 384: Cloud cover scheme: diagnostic (Sundqvist) 384: Convection: Nordeng (default) 384: max. level for cloud base of mid level convection: nmctop = 29 384: --- highest inversion level: jbmin = : 40 384: --- lowest inversion level: jbmax = : 45 384: --- highest level for condensation: ncctop = : 13 384: --- lowest level for tropopause calc.: nccbot = : 35 384: Namelist file namelist.echam already opened, rewind file to beginning 0: read MPIOM restart : date 2099 12 31 0: Warning: Namelist option io_stdo_bgc should be either "0" or "6" 0: -> will use next free unit for io_stdout 0: 0 io_stdo_bgc= -1 0 0: read BGCCTL successfully 0: Debug: opening for reading: ('alkalinity_input.nc','nc4',averaged,masked,lo,read,async,loop,[411]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_ym.nc','nc4',averaged,masked,lo,write,async,once,[718]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_hamocc_data_sedi_ym.nc','nc4',averaged,masked,lo,write,async,once,[38,41,44,45,46,47,48,49,50,51,54,55,56,57,58,59,60,63,94,95,96,97,167,168,280,281,282,283,284,285,286,287]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_hamocc_monitoring_ym.nc','nc4',averaged,masked,lo,write,async,once,[500,501,502,503,504,505,506,507,508,509,517,519,520,523,529,530,531,532,533,534,535]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_hamocc_co2.nc','nc4',snapshot,masked,lo,write,async,once,[301,303,305,306,307,308,309,310,311,312,313,314,203,204,205]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_dm.nc','nc4',averaged,masked,lo,write,async,once,[767,768]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_mm.nc','nc4',averaged,masked,lo,write,async,once,[61,62,64,93,755,721,742,737,733,723,716,738,763,107,110,111,112,114,115,116,117,120,122,123,124,127,129,131,137,157,159,714,715,749,710,746,708,730,705,791,207,210,211,214,215,703,174,201,713,206,717,718,720,722,725,726,728,732,734,740,744,748,753,756,757,760,761,790,792,767,796,768,797,798,799,706,94,121,144,160,185,186]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_hamocc_data_3d_mm.nc','nc4',averaged,masked,lo,write,async,once,[69,70,71,84,85,86,100,711,141,143,292,293,294,295,296,510,700,701,704,707,709,712,719,724,727,729,731,735,736,739,741,743,745,147,747,750,751,752,754,758,759,762,764,765,766,236,780,778,776,785,772,782,187,188,774,788]) 0: Debug: opening for writing: ('esm-ssp585-ocn-alk_EXP2_hamocc_data_3d_ym.nc','nc4',averaged,masked,lo,write,async,once,[36,704,731,764,787,781,739,762,783,782,747,752,701,745,20,700,765,22,754,712,724,709,766,743,719,28,707,750,735,770,789,142,727,729,166,769,741,771,772,758,773,774,775,776,777,778,779,780,784,711,785,786,788,141,100]) 0: Debug: opening for reading: ('nitrogen_deposition.nc','nc4',averaged,masked,lo,read,async,loop,[35]) 0: Debug: opening for reading: ('dust_deposition.nc','nc4',averaged,masked,lo,read,async,loop,[34]) 0: Debug: opening for reading once: ('rerun_esm-ssp585-ocn-alk_EXP2_hamocc.nc','nc4',snapshot,unmasked,hi,write,async,once,[7,10,11,12,13,14,15,16,17,20,21,22,23,24,27,28,29,30,31,36,37,38,41,44,45,46,47,48,49,50,51,54,55,56,57,58,59,60,61,62,63,64,203,204,205,145]) 384: LW sampling strategy: 1 using 140 g-points per time step 384: SW sampling strategy: 1 using 112 g-points per time step 384: lrad = .TRUE. --> Doing radiation radiation 384: ih2o = 1 --> prognostic H2O(gas,liquid,ice) 384: ico2 = 1 --> Initial CO2 volume mixing ratio= 0.28472500E-03 384: ich4 = 4 --> CH4 volume mixing ratio from scenario 384: io3 = 4 --> gridpoint O3 climatology from IPCC-NetCDF file 384: in2o = 4 --> N2O volume mixing ratio from scenario 384: icfc = 4 --> CFC volume mixing ratio from scenario 384: ighg = 1 --> greenhouse gases from scenario, check setting of switches 384: io2 = 2 --> O2 volume mixing ratio= 0.20946000E+00 384: iaero= 8 --> Kinne climatology + Simple Plumes + Stenchikov volcanic aerosol 384: iaero_forcing= 0 --> no aerosol in radiation 384: Namelist file namelist.echam already opened, rewind file to beginning 384: mo_simple-plumes: using constant 2100 anthropogenic aerosols 384: nmonth=0 --> annual cycle on 384: --> USE AER RRTM Shortwave Model 384: --> USE New (V4) LRTM Model 384: isolrad = 1 --> time dependent spectrally resolved solar constant read from file 384: ldiur =.TRUE. --> diurnal cycle on 384: instantaneous forcing diagnostic: 384: solar radiation F thermal radiation F 384: diagnostics of instantaneous aerosol optical properties: F 384: Namelist file namelist.echam already opened, rewind file to beginning 384: iheatcal = 1 : momentum deposion, heating and diff coeff 384: No time stepping mismatch check defined for MONTHS and YEARS. 384: Event : interval 12 months : adjustment last : offset[sec] 0 384: Event : interval 1 months : adjustment exact : offset[sec] 0 384: No time stepping mismatch check defined for MONTHS and YEARS. 384: Event : interval 1 months : adjustment first : offset[sec] 0 384: No time stepping mismatch check defined for MONTHS and YEARS. 384: Event : interval 1 months : adjustment last : offset[sec] 0 384: Event : interval 1 days : adjustment exact : offset[sec] 0 384: Event : interval 1 days : adjustment exact : offset[sec] -450 384: Event : interval 2 hours : adjustment first : offset[sec] 0 384: Event : interval 2 hours : adjustment first : offset[sec] 0 384: Event : interval 1 days : adjustment exact : offset[sec] 0 384: Event : interval 5 days : adjustment exact : offset[sec] 0 384: Event : interval 5 days : adjustment exact : offset[sec] 0 384: 384: Namelist file namelist.echam already opened, rewind file to beginning 384: Namelist file namelist.echam already opened, rewind file to beginning 384: Namelist file namelist.echam already opened, rewind file to beginning 384: Namelist file namelist.echam already opened, rewind file to beginning 384: Namelist file namelist.echam already opened, rewind file to beginning 384: init_co2: Using interactive CO2 transport 384: --- init_submodel_co2, flux correction, lco2_flxcor : TRUE 384: --- init_submodel_co2, mix CO2 in PBL, lco2_mixpbl : TRUE 384: --- init_submodel_co2, limit tendencies, lco2_2perc : TRUE 384: --- init_submodel_co2, maximum rel. CO2 change : 0.20000E-01 384: --- init_submodel_co2, limit tendencies globally : FALSE 384: --- init_submodel_co2, use external co2 emissions, lco2_emis : TRUE 384: --- init_submodel_co2, use climatological CO2, lco2_clim : FALSE 384: ------------------------------------------------------------------------------ 384: 384: Number of tracers: 1 384: 384: p r n w d s s p m 384: r e i e r e o h o 384: grib i s n t y d l a d 384: name module code table n t i vini d d i u s e 384: t a t e e b e 384: r p p l 384: 384: 1 CO2 CO2 1 191 1 1 3 0.433E-03 0 0 0 0 0 0 384: 384: ------------------------------------------------------------------------------ 384: Opened namelist file namelist.jsbach 384: jsbach_config: Namelist JSBACH_CTL: 384: &JSBACH_CTL 384: NTILES = 11, 384: STANDALONE = F, 384: COUPLING = implicit , 384: LSS = ECHAM , 384: USE_BETHY = T, 384: USE_PHENOLOGY = T, 384: USE_ALBEDO = T, 384: USE_ROUGHNESS_LAI = T, 384: USE_ROUGHNESS_ORO = F, 384: WITH_NITROGEN = T, 384: WITH_YASSO = T, 384: WITH_HD = T, 384: LS3M_TYPE = 0, 384: USE_DYNVEG = T, 384: USE_DISTURBANCE = T, 384: LCC_FORCING_TYPE = transitions , 384: LCC_SCHEME = 2, 384: PHENO_SCHEME = LOGROP , 384: FILE_TYPE = 1, 384: FILE_ZTYPE = 1, 384: OUT_STATE = T, 384: VEG_AT_1200 = F, 384: LPOST_ECHAM = F, 384: READ_COVER_FRACT = F, 384: MISSING_VALUE = 9.969209968386869E+036, 384: TEST_STREAM = F, 384: DEBUG = F, 384: GRID_FILE = jsbach.nc 384: 384: , 384: LCTLIB_FILE = lctlib.def 384: 384: , 384: VEG_FILE = jsbach.nc 384: 384: , 384: SURF_FILE = jsbach.nc 384: 384: , 384: SOIL_FILE = jsbach.nc 384: 384: , 384: DEBUG_CCONSERVATION = F, 384: DEBUG_NCONSERVATION = F, 384: TEST_CCONSERVATION = T, 384: TEST_NCONSERVATION = T, 384: INPUT_VERBOSE = 384: , 384: WRITE_INTERFACE_VARS = F, 384: READ_INTERFACE_VARS = F, 384: INTERFACE_TEST = F 384: / 384: Type of model run: standalone = F 384: Type of coupling: implicit 384: Using LSS: ECHAM 384: jsbach_config: Using BETHY model: T 384: jsbach_config: Using phenology model: T 384: jsbach_config: Using albedo model: T 384: jsbach_config: Using z0 depending on LAI: T 384: jsbach_config: Using z0 depending on topographie F 384: jsbach_config: With Nitrogen cycling: T 384: jsbach_config: With Yasso model: T 384: The Yasso soil carbon model has been developed by the Finnish Environment Institute (SYKE). 384: It has been adapted for the MPI-M Earth System Model and is licensed 384: under the same conditions as the MPI-M model. 384: jsbach_config: hydrological discharge (HD) model activated: T 384: jsbach_config: Model is used for LS3 MIP simulation type: 0 384: jsbach_config: Using dynamic vegetation: T 384: jsbach_config: Using disturbances: T 384: jsbach_config: Scheme for Landuse changes: TRANSITIONS 384: jsbach_config: Calculating landuse change from LU transition maps 384: jsbach_config: Pool scheme for landuse changes: Anthropogenic 384: jsbach_config: Scheme for Phenology: LOGROP 384: jsbach_config: Read cover fractions from initial rather than restart file: F 384: jsbach_config: Number of tiles: 11 384: jsbach_config: JSBACH output file type: 1 384: jsbach_config: JSBACH output file compression: 1 384: jsbach_config: Output full model state T 384: jsbach_config: Output variables defined in ECHAM and JSBACH streams written by ECHAM only. 384: jsbach_config: Fill value for output files 9.969209968386869E+036 384: jsbach_config: Test Stream: F 384: jsbach_config: Grid information is read from file: jsbach.nc 384: jsbach_config: Vegetation data is read from file: jsbach.nc 384: jsbach_config: Surface data is read from file: jsbach.nc 384: jsbach_config: Soil data is read from file: jsbach.nc 384: jsbach_config: Land cover type library: lctlib.def 384: jsbach_config: DEBUG: F 384: jsbach_config: debug_Cconservation: F 384: jsbach_config: debug_Nconservation: F 384: jsbach_config: test_Cconservation: T 384: jsbach_config: test_Nconservation: T 384: jsbach_config: interface_test: F 384: jsbach_config: write_interface_vars: F 384: jsbach_config: read_interface_vars: F 384: init_grid: nlon: 192 nlat: 96 384: nland: 6222 384: init_grid: Adding dimensions 384: InputInit: Calendar selected: Gregorian 384: InputOptImport: Imported input definitions from namelist.jsbach for variable(s) lightning_frq 384: InputOptImport: Imported input definitions from namelist.jsbach for variable(s) population_density 384: 2099-12-31 23h: Open: jsbach.nc 384: 2099-12-31 23h: Read: slm (jsbach.nc), avg = .33757 384: InputInitialize: mo_input initialized 384: new_stream: Adding new stream jsbach 384: new_stream: Adding new stream land 384: new_stream: Adding new stream accw 384: new_stream: Adding new stream veg 384: No time stepping mismatch check defined for MONTHS and YEARS. 384: Event : interval 1 months : adjustment last : offset[sec] 0 384: new_stream: Adding new stream nitro 384: No time stepping mismatch check defined for MONTHS and YEARS. 384: Event : interval 1 months : adjustment last : offset[sec] 0 384: new_stream: Adding new stream yasso 384: No time stepping mismatch check defined for MONTHS and YEARS. 384: Event : interval 1 months : adjustment last : offset[sec] 0 384: config_albedo: use_albedocanopy: F 384: config_albedo: use_albedosoil: F 384: config_albedo: use_albedosoilconst: F 384: config_albedo: use_soc: linear 384: config_albedo: use_litter: T 384: config_albedo: albedo_age_weight: 0.500000000000000 384: init_land_surface: Reading land surface fields from jsbach.nc 384: init_vegetation: Reading vegetation fields from jsbach.nc 384: &SOIL_CTL 384: SKIN_RES_MAX = 2.000000000000000E-004, 384: MOIST_CRIT_FRACT = 0.750000000000000 , 384: MOIST_WILT_FRACT = 0.350000000000000 , 384: MOIST_MAX_LIMIT = -1.00000000000000 , 384: CRIT_SNOW_DEPTH = 5.850360000000000E-003, 384: NSOIL = 5, 384: WITH_PERMAFROST = F, 384: LDIAG = T, 384: LBSOIL = F, 384: NSNOW = 5, 384: LSNOW = T, 384: LDYNSNOW = F, 384: LORGANIC = F, 384: LDYNORG = T, 384: LFREEZE = T, 384: LSUPERCOOL = F, 384: LHEATCAP = T, 384: LHEATCOND = T, 384: HCOND_SCHEME = JOHANSEN 384: 384: , 384: HEAT_CAP_MAP = F 384: / 384: config_soil: Namelist SOIL_CTL: 384: config_soil: Soil layers: 5 384: config_coil: With permafrost model: F 384: config_coil: Model is run without permafrost and snow is simulated by a single layer (NSNOW = 1) 384: config_soil: Soil diagnostics: T 384: config_soil: Maximum content of (bare soil) skin reservoir: 2.000000000000000E-004 384: config_soil: Fractional soil moisture at critical point: 0.750000000000000 384: config_soil: Fractional soil moisture at permanent wilting point: 0.350000000000000 384: config_soil: Upper limit for maximum soil moisture content: -1.00000000000000 384: config_soil: Critical snow depth for correction of surface temperature for melt: 5.850360000000000E-003 384: config_soil: Bare Soil Moisture Separation: F 384: config_soil: Map with volumetric heat capacity of dry soil read from file: F 384: init_soil_io: Reading soil parameters from jsbach.nc 384: soil_init_io: Number of soil layers (water) : 5 384: soil_init_io: Number of soil layers (energy): 5 384: soil_init_io: soil levels in output [cm]: 3 19 78 268 698 384: &CBALANCE_CTL 384: READ_CPOOLS = F, 384: CPOOL_FILE_NAME = Cpools.nc 384: 384: , 384: READ_NPOOLS = F, 384: NPOOL_FILE_NAME = Npools.nc 384: 384: , 384: INIT_NPOOLS = F, 384: READ_NDEPO = T, 384: NDEPO_FILE_NAME = Ndepo.nc 384: 384: , 384: CN_TOLERANCE = 1.000000000000000E-014 384: / 384: === CpoolParameters ========================================= 384: Q10= 1.80000000000000 384: kappa= 1.00000000000000 384: referenceTemp_Q10= 273.150000000000 Kelvin 384: tau_Cpool_reserve= 1.00000000000000 years 384: tau_Cpool_slow= 100.000000000000 years 384: tau_Cpool_crop_harvest= 1.00000000000000 years 384: greenC2leafC= 4.00000000000000 384: frac_C_litter_wood2atmos= 0.200000000000000 384: frac_green_aboveGround= 0.500000000000000 384: frac_wood_aboveGround= 0.700000000000000 384: frac_C_faeces2_LG= 0.300000000000000 384: frac_C_crop_harvest= 0.500000000000000 384: alpha_critical= 0.350000000000000 384: alpha_min= 0.100000000000000 384: ============================================================= 384: === NpoolParameters ========================================= 384: cn_green= 35.0000000000000 384: cn_woods= 150.000000000000 384: cn_litter_green= 55.0000000000000 384: cn_litter_wood= 330.000000000000 384: cn_slow= 10.0000000000000 384: init_cbalance_bethy: Namelist CBALANCE_CTL: 384: init_cbalance_bethy: Carbon pools will be initialized with default values. 384: init_cbalance_bethy: Nitrogen deposition fluxes will be taken from file Ndepo.nc 384: init_cbalance_bethy: No nitrogen fertilization inputs considered. 384: init_cbalance_bethy: Tolerance limit for C/N ratio mismatch: 1.000000000000000E-014 384: &DISTURBANCE_CTL 384: FIRE_NAME = thonicke , 384: FUEL_NAME = thonicke , 384: WINDBREAK_NAME = jsbach , 384: LDIAG = F, 384: LEMISSIONS = F, 384: MAX_LAT_TROPIC = 23.5000000000000 , 384: MIN_TROPICAL_FOREST = 0.600000000000000 , 384: MIN_PASTURE = 0.500000000000000 , 384: FIRE_FRAC_WOOD_2_ATMOS = 0.200000000000000 , 384: LBURN_PASTURE = T, 384: MIN_DIST_WOODY = -1.00000000000000 384: / 384: init_cbalance_bethy: Carbon pools initialized with default values 384: init_cbalance_bethy: All Yasso Carbon Pools set to 0 mol(C)/m^2 !!! 384: init_bethy: Start initialization of BETHY 384: init_landcover_change(): === Parameters Landcover Change ============ 384: init_landcover_change(): ac_wood_2_atmos= 0.800000000000000 384: init_landcover_change(): frac_green_2_atmos= 0.800000000000000 384: init_landcover_change(): frac_reserve_2_atmos= 0.800000000000000 384: init_landcover_change(): frac_mobile_2_atmos= 0.800000000000000 384: init_landcover_change(): frac_harvest_2_atmos= 0.200000000000000 384: init_landcover_change(): frac_mo_harv_2_atmos= 0.200000000000000 384: init_landcover_change(): frac_harvest_2_slash= 0.300000000000000 384: init_landcover_change(): ============================================ 384: config_disturbance: Namelist DISTURBANCE_CTL: 384: 2099-12-31 23h: Open: a_nd_file.nc 384: 2099-12-31 23h: Read: a_nd (a_nd_file.nc), avg = 0.0000 384: init_disturbance: disturbances initialised 384: config_dynveg: Dynamic vegetation feedback active 384: Namelist file namelist.jsbach already opened, rewind file to beginning 384: &HYDROLOGY_CTL 384: LDEBUGHD = F, 384: DIAG_WATER_BUDGET = T, 384: LBASE = T, 384: LOCEAN = T, 384: GLACIER_COUPLING = F, 384: NHD_DIAG = 0, 384: LHD_HIGHRES = F, 384: GETHD%COUNTER = 192, 384: GETHD%UNIT = steps , 384: GETHD%ADJUSTMENT = exact , 384: GETHD%OFFSET = 0, 384: PUTHD%COUNTER = 192, 384: PUTHD%UNIT = steps , 384: PUTHD%ADJUSTMENT = exact , 384: PUTHD%OFFSET = -450, 384: FLLOG1 = 0.000000000000000E+000, 384: FBLOG1 = 0.000000000000000E+000, 384: FLLOG2 = 0.000000000000000E+000, 384: FBLOG2 = 0.000000000000000E+000, 384: LHD_ROUT = F 384: / 384: config_hydrology: Namelist HYDROLOGY_CTL: 384: Event : interval 1 days : adjustment exact : offset[sec] 0 384: Event : interval 1 days : adjustment exact : offset[sec] -450 0: read HAMOCC restart : date 2099 12 31 384: 384: read_hydrology: Reading hdpara from file hdpara.nc 384: read_hydrology: Reading masks from file jsbach.nc 384: read_hydrology: Reading hdrestart from file hdrestart.nc 384: 384: read_remap_matrix: Reading remap matrix from file rmp_hd.nc 384: Namelist file namelist.jsbach already opened, rewind file to beginning 384: Namelist file namelist.jsbach already opened, rewind file to beginning 384: new_stream: Adding new stream geoloc 384: new_stream: Adding new stream sp 384: new_stream: Adding new stream ls 384: new_stream: Adding new stream f 384: new_stream: Adding new stream gl 384: new_stream: Adding new stream g1a 384: new_stream: Adding new stream g1b 384: new_stream: Adding new stream g2a 384: new_stream: Adding new stream g2b 384: new_stream: Adding new stream g3b 384: new_stream: Adding new stream ma 384: Event : interval 1 hours : adjustment first : offset[sec] 0 384: new_stream: Adding new stream surf 384: new_stream: Adding new stream scm 384: new_stream: Adding new stream tracer 384: new_stream: Adding new stream forcing 384: Namelist file namelist.echam already opened, rewind file to beginning 384: new_stream: Adding new stream vphysc 384: No time stepping mismatch check defined for MONTHS and YEARS. 384: Event : interval 1 months : adjustment last : offset[sec] 0 384: new_stream: Adding new stream co2 384: Namelist file namelist.echam already opened, rewind file to beginning 384: 384: ------------------------------------------------------------------------------ 384: 384: Initializing mvstreams 384: 384: 384: 4 sp spm idx cde operator 384: 384: 1 st st 1 0 mean 384: 2 svo svo 2 0 mean 384: 3 lsp lsp 3 0 mean 384: 4 sd sd 4 0 mean 384: ------------------------------------------------------------------------------ 384: mo_mvstream::init_mvstream: 'xt' in stream 'gl' is neither 1d, 2d, nor 3d => DISABLED 384: 384: 3 gl glm idx cde operator 384: 384: 1 q q 1 0 mean 384: 2 xl xl 2 0 mean 384: 3 xi xi 3 0 mean 384: ------------------------------------------------------------------------------ 384: 384: 136 g3b g3bm idx cde operator 384: 384: 1 rsdscs rsdscs 1 -1 inst 384: 2 rsuscs rsuscs 2 -1 inst 384: 3 rsdscs_na rsdscs_na 3 0 mean 384: 4 rsuscs_na rsuscs_na 4 0 mean 384: 5 q2m q2m 5 0 mean 384: 6 rh2m rh2m 6 0 mean 384: 7 rsdsiac rsdsiac 7 -1 inst 384: 8 rsdswac rsdswac 8 -1 inst 384: 9 rsusiac rsusiac 9 -1 inst 384: 10 rsuswac rsuswac 10 -1 inst 384: 11 rldsiac rldsiac 11 -1 inst 384: 12 rldswac rldswac 12 -1 inst 384: 13 rlusiac rlusiac 13 -1 inst 384: 14 rluswac rluswac 14 -1 inst 384: 15 sh_vdiff sh_vdiff 15 0 mean 384: 16 ev_vdiff ev_vdiff 16 0 mean 384: 17 ch_concloud ch_concloud 17 0 mean 384: 18 cw_concloud cw_concloud 18 0 mean 384: 19 fage fage 19 0 mean 384: 20 snifrac snifrac 20 0 mean 384: 21 barefrac barefrac 21 0 mean 384: 22 alsom alsom 22 0 mean 384: 23 alsobs alsobs 23 0 mean 384: 24 sicepdw sicepdw 24 0 mean 384: 25 sicepdi sicepdi 25 0 mean 384: 26 tsicepdi tsicepdi 26 0 mean 384: 27 sicepres sicepres 27 0 mean 384: 28 ameltdepth ameltdepth 28 0 mean 384: 29 ameltfrac ameltfrac 29 0 mean 384: 30 albedo_vis_dir albedo_vis_dir 30 0 mean 384: 31 albedo_nir_dir albedo_nir_dir 31 0 mean 384: 32 albedo_vis_dif albedo_vis_dif 32 0 mean 384: 33 albedo_nir_dif albedo_nir_dif 33 0 mean 384: 34 ocu ocu 34 0 mean 384: 35 ocv ocv 35 0 mean 384: 36 tradl tradl 36 -1 inst 384: 37 sradl sradl 37 -1 inst 384: 38 trafl trafl 38 -1 inst 384: 39 srafl srafl 39 -1 inst 384: 40 amlcorac amlcorac 40 -1 inst 384: 41 trfliac trfliac 42 -1 inst 384: 42 trflwac trflwac 43 -1 inst 384: 43 trfllac trfllac 44 -1 inst 384: 44 sofliac sofliac 45 -1 inst 384: 45 soflwac soflwac 46 -1 inst 384: 46 sofllac sofllac 47 -1 inst 384: 47 friac friac 48 -1 inst 384: 48 albedo_vis albedo_vis 49 0 mean 384: 49 albedo_nir albedo_nir 50 0 mean 384: 50 tsi tsi 51 0 mean 384: 51 tsw tsw 52 0 mean 384: 52 ustri ustri 53 0 mean 384: 53 vstri vstri 54 0 mean 384: 54 ustrw ustrw 55 0 mean 384: 55 vstrw vstrw 56 0 mean 384: 56 ustrl ustrl 57 0 mean 384: 57 vstrl vstrl 58 0 mean 384: 58 ahfliac ahfliac 59 -1 inst 384: 59 ahflwac ahflwac 60 -1 inst 384: 60 ahfllac ahfllac 61 -1 inst 384: 61 evapiac evapiac 62 -1 inst 384: 62 evapwac evapwac 63 -1 inst 384: 63 evaplac evaplac 64 -1 inst 384: 64 az0i az0i 65 0 mean 384: 65 az0w az0w 66 0 mean 384: 66 az0l az0l 67 0 mean 384: 67 ahfsiac ahfsiac 68 -1 inst 384: 68 ahfswac ahfswac 69 -1 inst 384: 69 ahfslac ahfslac 70 -1 inst 384: 70 alsoi alsoi 71 0 mean 384: 71 alsow alsow 72 0 mean 384: 72 alsol alsol 73 0 mean 384: 73 ahfice ahfice 74 0 mean 384: 74 qres qres 75 0 mean 384: 75 geosp geosp 78 0 mean 384: 76 aps aps 79 0 mean 384: 77 apmeb apmeb 81 -1 inst 384: 78 tslm1 tslm1 82 0 mean 384: 79 ws ws 83 0 mean 384: 80 sn sn 84 0 mean 384: 81 aprl aprl 85 -1 inst 384: 82 aprc aprc 86 -1 inst 384: 83 aprs aprs 87 -1 inst 384: 84 vdis vdis 88 -1 inst 384: 85 ahfs ahfs 89 -1 inst 384: 86 ahfl ahfl 90 -1 inst 384: 87 xivi xivi 91 -1 inst 384: 88 relhum relhum 92 0 mean 384: 89 aclcov aclcov 96 -1 inst 384: 90 u10 u10 97 0 mean 384: 91 v10 v10 98 0 mean 384: 92 temp2 temp2 99 0 mean 384: 93 dew2 dew2 100 0 mean 384: 94 tsurf tsurf 101 -1 inst 384: 95 wind10 wind10 102 -1 inst 384: 96 slm slm 103 0 mean 384: 97 albedo albedo 106 0 mean 384: 98 srads srads 107 -1 inst 384: 99 trads trads 108 -1 inst 384: 100 srad0 srad0 109 -1 inst 384: 101 trad0 trad0 110 -1 inst 384: 102 ustr ustr 111 -1 inst 384: 103 vstr vstr 112 -1 inst 384: 104 evap evap 113 -1 inst 384: 105 srad0d srad0d 114 -1 inst 384: 106 srafs srafs 115 -1 inst 384: 107 trafs trafs 116 -1 inst 384: 108 sraf0 sraf0 117 -1 inst 384: 109 traf0 traf0 118 -1 inst 384: 110 wl wl 119 0 mean 384: 111 slf slf 120 0 mean 384: 112 vdisgw vdisgw 123 0 mean 384: 113 t2max t2max 127 0 mean 384: 114 t2min t2min 128 0 mean 384: 115 srad0u srad0u 129 -1 inst 384: 116 sradsu sradsu 130 -1 inst 384: 117 tradsu tradsu 131 -1 inst 384: 118 ahfcon ahfcon 132 -1 inst 384: 119 ahfres ahfres 133 -1 inst 384: 120 seaice seaice 134 0 mean 384: 121 siced siced 135 0 mean 384: 122 gld gld 137 0 mean 384: 123 sni sni 138 0 mean 384: 124 wimax wimax 139 0 mean 384: 125 topmax topmax 140 0 mean 384: 126 aclcac aclcac 141 -1 inst 384: 127 wsmx wsmx 147 0 mean 384: 128 qvi qvi 148 -1 inst 384: 129 xlvi xlvi 149 -1 inst 384: 130 glac glac 150 0 mean 384: 131 snc snc 151 0 mean 384: 132 abso4 abso4 153 -1 inst 384: 133 ao3 ao3 154 0 mean 384: 134 tropo tropo 155 0 mean 384: 135 thvsig thvsig 156 0 mean 384: 136 tpot tpot 157 0 mean 384: ------------------------------------------------------------------------------ 384: 384: 19 co2 co2m idx cde operator 384: 384: 1 co2_flx_inst co2_flx_inst 1 0 mean 384: 2 co2_flux co2_flux 4 -1 inst 384: 3 co2_flx_land co2_flx_land 5 -1 inst 384: 4 co2_flx_ocean co2_flx_ocean 6 -1 inst 384: 5 co2_burden co2_burden 7 -1 inst 384: 6 co2_burden_corr_acc2 co2_burden_corr_acc2 8 -1 inst 384: 7 co2_flux_corr co2_flux_corr 9 -1 inst 384: 8 co2_emis co2_emis 10 -1 inst 384: 9 co2_burden_inst co2_burden_inst 12 0 mean 384: 10 co2_flx_total_inst co2_flx_total_inst 13 0 mean 384: 11 co2ocean co2ocean 15 0 mean 384: 12 co2trans co2trans 16 0 mean 384: 13 co2_flx_anthro co2_flx_anthro 18 -1 inst 384: 14 co2_flx_npp co2_flx_npp 19 -1 inst 384: 15 co2_flx_resp co2_flx_resp 20 -1 inst 384: 16 co2_flx_herb co2_flx_herb 21 -1 inst 384: 17 co2_flx_lcc co2_flx_lcc 22 -1 inst 384: 18 co2_flx_harvest co2_flx_harvest 23 -1 inst 384: 19 co2_flx_fire co2_flx_fire 24 -1 inst 384: ------------------------------------------------------------------------------ 384: 384: 9 surf surfm idx cde operator 384: 384: 1 jsswniracc jsswniracc 156 -1 inst 384: 2 jsswvisacc jsswvisacc 157 -1 inst 384: 3 jsswdifniracc jsswdifniracc 158 -1 inst 384: 4 jsswdifvisacc jsswdifvisacc 159 -1 inst 384: 5 longwave_down_acc longwave_down_acc 160 -1 inst 384: 6 az0lh az0lh 165 0 mean 384: 7 az0 az0 166 0 mean 384: 8 jsswparacc jsswparacc 195 -1 inst 384: 9 jsswdifparacc jsswdifparacc 198 -1 inst 384: ------------------------------------------------------------------------------ 384: 384: 1 tracer tracerm idx cde operator 384: 384: 1 CO2 CO2 1 0 mean 384: ------------------------------------------------------------------------------ 384: 384: 30 jsbach jsbachm idx cde operator 384: 384: 1 cover_fract_pot cover_fract_pot 9 0 mean 384: 2 cover_fract cover_fract 11 0 mean 384: 3 albedo_vis albedo_vis 13 0 mean 384: 4 albedo_nir albedo_nir 14 0 mean 384: 5 veg_ratio_max veg_ratio_max 19 0 mean 384: 6 swdown_acc swdown_acc 21 -1 inst 384: 7 swdown_reflect_acc swdown_reflect_acc 22 -1 inst 384: 8 box_veg_ratio box_veg_ratio 24 0 mean 384: 9 land_fract land_fract 25 0 mean 384: 10 swdown_absorb_nosno_acc swdown_absorb_nosno_acc 27 -1 inst 384: 11 skin_reservoir skin_reservoir 50 0 mean 384: 12 relative_humidity_air_inst relative_humidity_air_inst 51 0 mean 384: 13 glacier_runoff glacier_runoff 63 -1 inst 384: 14 snow_age snow_age 73 0 mean 384: 15 layer_moisture layer_moisture 81 0 mean 384: 16 lai lai 89 0 mean 384: 17 snow_depth_canopy snow_depth_canopy 91 0 mean 384: 18 snow_fract_canopy snow_fract_canopy 93 0 mean 384: 19 veg_fract_correction veg_fract_correction 95 0 mean 384: 20 canopy_conductance canopy_conductance 96 -1 inst 384: 21 net_assimilation_acc net_assimilation_acc 98 -1 inst 384: 22 gross_assimilation_acc gross_assimilation_acc 100 -1 inst 384: 23 apar_acc apar_acc 121 -1 inst 384: 24 CO2_flux_net CO2_flux_net 123 -1 inst 384: 25 CO2_flux_herbivory CO2_flux_herbivory 124 -1 inst 384: 26 CO2_emission_landcover_changCO2_emission_landcover_chang125 -1 inst 384: 27 CO2_emission_harvest CO2_emission_harvest 126 -1 inst 384: 28 CO2_flux_dynveg CO2_flux_dynveg 127 -1 inst 384: 29 disch disch 131 0 mean 384: 30 awfre awfre 132 0 mean 384: ------------------------------------------------------------------------------ 384: 384: 31 land landm idx cde operator 384: 384: 1 surface_radiative_temp surface_radiative_temp 4 0 mean 384: 2 ground_heat_flux ground_heat_flux 6 -1 inst 384: 3 evapotranspiration evapotranspiration 8 -1 inst 384: 4 snow_fract snow_fract 15 0 mean 384: 5 glacier_runoff glacier_runoff 22 -1 inst 384: 6 soil_temperature soil_temperature 23 0 mean 384: 7 csat csat 24 0 mean 384: 8 cair cair 25 0 mean 384: 9 csat_transpiration csat_transpiration 26 0 mean 384: 10 transpiration transpiration 27 -1 inst 384: 11 water_storage_pre water_storage_pre 28 -1 inst 384: 12 water_balance water_balance 29 -1 inst 384: 13 bare_soil_evaporation bare_soil_evaporation 30 -1 inst 384: 14 snow_evaporation snow_evaporation 31 -1 inst 384: 15 skin_evaporation skin_evaporation 32 -1 inst 384: 16 reduced_evaporation reduced_evaporation 33 -1 inst 384: 17 precip_acc precip_acc 34 -1 inst 384: 18 wetskin_fract wetskin_fract 36 0 mean 384: 19 surface_qair surface_qair 37 -1 inst 384: 20 evaporation_deficit evaporation_deficit 38 -1 inst 384: 21 tair_max tair_max 40 0 mean 384: 22 tair_min tair_min 42 0 mean 384: 23 wind_lal_acc wind_lal_acc 44 -1 inst 384: 24 lai lai 45 0 mean 384: 25 snow_depth_canopy snow_depth_canopy 48 0 mean 384: 26 snow_fract_canopy snow_fract_canopy 49 0 mean 384: 27 net_assimilation net_assimilation 51 -1 inst 384: 28 gross_assimilation gross_assimilation 53 -1 inst 384: 29 surface_temperature_acc surface_temperature_acc 55 -1 inst 384: 30 apar_acc apar_acc 56 -1 inst 384: 31 par_acc par_acc 57 -1 inst 384: ------------------------------------------------------------------------------ 384: 384: 101 veg vegm idx cde operator 384: 384: 1 prev_year_npp prev_year_npp 18 0 mean 384: 2 ave_npp5 ave_npp5 19 0 mean 384: 3 prev_day_max_wind10 prev_day_max_wind10 20 0 mean 384: 4 max_wind10 max_wind10 23 0 mean 384: 5 rel_hum_air_yDay rel_hum_air_yDay 24 0 mean 384: 6 top_layer_soil_moisture top_layer_soil_moisture 25 0 mean 384: 7 prev_day_temp_max prev_day_temp_max 28 0 mean 384: 8 prev_day_temp_min prev_day_temp_min 29 0 mean 384: 9 act_fpc act_fpc 30 0 mean 384: 10 desert_fpc desert_fpc 33 0 mean 384: 11 bare_fpc bare_fpc 34 0 mean 384: 12 prev_day_precip_mean prev_day_precip_mean 36 0 mean 384: 13 pot_fpc pot_fpc 37 0 mean 384: 14 bio_exist bio_exist 38 0 mean 384: 15 sum_green_bio_memory sum_green_bio_memory 39 0 mean 384: 16 prev_day_mean_wind10 prev_day_mean_wind10 40 0 mean 384: 17 box_burned_frac_diag_avg box_burned_frac_diag_avg 46 -1 inst 384: 18 fuel fuel 47 0 mean 384: 19 burned_frac burned_frac 48 0 mean 384: 20 box_burned_frac_avg box_burned_frac_avg 49 -1 inst 384: 21 damaged_frac damaged_frac 50 0 mean 384: 22 box_damaged_frac_avg box_damaged_frac_avg 51 -1 inst 384: 23 box_fire_CO2_flux_2_atmos box_fire_CO2_flux_2_atmos 52 -1 inst 384: 24 dist_nitrogen_2_atmos dist_nitrogen_2_atmos 58 0 mean 384: 25 frac_1hr_wood frac_1hr_wood 61 0 mean 384: 26 frac_10hr_wood frac_10hr_wood 62 0 mean 384: 27 frac_100hr_wood frac_100hr_wood 63 0 mean 384: 28 frac_1000hr_wood frac_1000hr_wood 64 0 mean 384: 29 NI_acc NI_acc 65 0 mean 384: 30 frac_litter_wood_new frac_litter_wood_new 70 0 mean 384: 31 Box_flux_harvest_2atmos Box_flux_harvest_2atmos 73 -1 inst 384: 32 LCC_coverFract_target LCC_coverFract_target 74 0 mean 384: 33 LCC_flux_box_C2atmos LCC_flux_box_C2atmos 75 -1 inst 384: 34 LCC_flux_box_C2litterGreenPoLCC_flux_box_C2litterGreenPo 76 -1 inst 384: 35 LCC_flux_box_C2litterWoodPooLCC_flux_box_C2litterWoodPoo 77 -1 inst 384: 36 CROP_2_NATL_ignored CROP_2_NATL_ignored 98 0 mean 384: 37 PAST_2_NATL_ignored PAST_2_NATL_ignored 99 0 mean 384: 38 Box_harvest Box_harvest 100 0 mean 384: 39 Box_flux_harvest Box_flux_harvest 101 -1 inst 384: 40 excess_NPP excess_NPP 104 0 mean 384: 41 root_exudates root_exudates 105 0 mean 384: 42 Cflux_herbivory Cflux_herbivory 106 0 mean 384: 43 Cflux_herbivory_LG Cflux_herbivory_LG 107 0 mean 384: 44 Cflux_herbivory_2_atm Cflux_herbivory_2_atm 108 0 mean 384: 45 box_root_exudates box_root_exudates 109 0 mean 384: 46 box_Cflux_herbivory box_Cflux_herbivory 110 0 mean 384: 47 jsbachCconserv jsbachCconserv 111 0 mean 384: 48 box_Cflux_herbivory_2_atm box_Cflux_herbivory_2_atm 117 0 mean 384: 49 NPP_flux_correction NPP_flux_correction 131 0 mean 384: 50 box_Cflx_2_crop_harvest box_Cflx_2_crop_harvest 133 0 mean 384: 51 boxC_green boxC_green 135 0 mean 384: 52 boxC_woods boxC_woods 136 0 mean 384: 53 boxC_reserve boxC_reserve 137 0 mean 384: 54 LAI_yDayMean LAI_yDayMean 140 0 mean 384: 55 NPP_yDayMean NPP_yDayMean 141 0 mean 384: 56 topSoilTemp_yDayMean topSoilTemp_yDayMean 143 0 mean 384: 57 alpha_yDayMean alpha_yDayMean 144 0 mean 384: 58 box_soil_respiration box_soil_respiration 145 0 mean 384: 59 box_NPP_yDayMean box_NPP_yDayMean 146 0 mean 384: 60 box_NPP_flux_correction box_NPP_flux_correction 147 0 mean 384: 61 box_GPP_yDayMean box_GPP_yDayMean 148 0 mean 384: 62 box_litter_flux box_litter_flux 150 0 mean 384: 63 box_Cpools_total box_Cpools_total 151 0 mean 384: 64 box_NPP_act_yDayMean box_NPP_act_yDayMean 153 0 mean 384: 65 growth_phase_SG growth_phase_SG 155 0 mean 384: 66 growth_phase_EG growth_phase_EG 156 0 mean 384: 67 previous_day_temp previous_day_temp 159 0 mean 384: 68 pseudo_soil_temp pseudo_soil_temp 160 0 mean 384: 69 heat_sum_EG heat_sum_EG 162 0 mean 384: 70 heat_sum_SG heat_sum_SG 163 0 mean 384: 71 chill_days_EG chill_days_EG 164 0 mean 384: 72 chill_days_SG chill_days_SG 165 0 mean 384: 73 growth_phase_CRP growth_phase_CRP 170 0 mean 384: 74 heat_sum_CRP heat_sum_CRP 171 0 mean 384: 75 heat_sum_winter heat_sum_winter 173 0 mean 384: 76 previous_day_temp_min previous_day_temp_min 174 0 mean 384: 77 previous_day_temp_max previous_day_temp_max 175 0 mean 384: 78 NPP_act_yDayMean NPP_act_yDayMean 178 0 mean 384: 79 box_Cflx_crop_harvest_2_atm box_Cflx_crop_harvest_2_atm 180 0 mean 384: 80 redFact_Nlimitation redFact_Nlimitation 182 0 mean 384: 81 boxC_onSite_LCC boxC_onSite_LCC 188 0 mean 384: 82 boxC_paper_LCC boxC_paper_LCC 190 0 mean 384: 83 boxC_construction_LCC boxC_construction_LCC 191 0 mean 384: 84 boxC_paper_harvest boxC_paper_harvest 192 0 mean 384: 85 boxC_construction_harvest boxC_construction_harvest 193 0 mean 384: 86 boxC_onSite_harvest boxC_onSite_harvest 194 0 mean 384: 87 boxC_crop_harvest boxC_crop_harvest 196 0 mean 384: 88 boxC_flux_2_onSite_LCC boxC_flux_2_onSite_LCC 199 -1 inst 384: 89 boxC_flux_2_paper_LCC boxC_flux_2_paper_LCC 200 -1 inst 384: 90 boxC_flux_2_construction_LCCboxC_flux_2_construction_LCC201 -1 inst 384: 91 boxC_flux_onSite_2_atmos_LCCboxC_flux_onSite_2_atmos_LCC206 -1 inst 384: 92 boxC_flux_paper_2_atmos_LCC boxC_flux_paper_2_atmos_LCC 207 -1 inst 384: 93 boxC_flux_construction_2_atmboxC_flux_construction_2_atm208 -1 inst 384: 94 boxC_flux_2_paper_harvest boxC_flux_2_paper_harvest 211 -1 inst 384: 95 boxC_flux_2_construction_harboxC_flux_2_construction_har212 -1 inst 384: 96 boxC_flux_paper_2_atmos_harvboxC_flux_paper_2_atmos_harv215 -1 inst 384: 97 boxC_flux_construction_2_atmboxC_flux_construction_2_atm216 -1 inst 384: 98 drainage_yDayMean drainage_yDayMean 217 0 mean 384: 99 boxC_flux_2_onSite_harvest boxC_flux_2_onSite_harvest 219 -1 inst 384: 100 boxC_flux_onsite_2_atmos_harboxC_flux_onsite_2_atmos_har221 -1 inst 384: 101 box_soil_respiration_pot box_soil_respiration_pot 223 0 mean 384: ------------------------------------------------------------------------------ 384: 384: 20 yasso yassom idx cde operator 384: 384: 1 boxYC_acid_ag1 boxYC_acid_ag1 21 0 mean 384: 2 boxYC_acid_bg1 boxYC_acid_bg1 22 0 mean 384: 3 boxYC_water_ag1 boxYC_water_ag1 23 0 mean 384: 4 boxYC_water_bg1 boxYC_water_bg1 24 0 mean 384: 5 boxYC_ethanol_ag1 boxYC_ethanol_ag1 25 0 mean 384: 6 boxYC_ethanol_bg1 boxYC_ethanol_bg1 26 0 mean 384: 7 boxYC_nonsoluble_ag1 boxYC_nonsoluble_ag1 27 0 mean 384: 8 boxYC_nonsoluble_bg1 boxYC_nonsoluble_bg1 28 0 mean 384: 9 boxYC_humus_1 boxYC_humus_1 29 0 mean 384: 10 boxYC_acid_ag2 boxYC_acid_ag2 30 0 mean 384: 11 boxYC_acid_bg2 boxYC_acid_bg2 31 0 mean 384: 12 boxYC_water_ag2 boxYC_water_ag2 32 0 mean 384: 13 boxYC_water_bg2 boxYC_water_bg2 33 0 mean 384: 14 boxYC_ethanol_ag2 boxYC_ethanol_ag2 34 0 mean 384: 15 boxYC_ethanol_bg2 boxYC_ethanol_bg2 35 0 mean 384: 16 boxYC_nonsoluble_ag2 boxYC_nonsoluble_ag2 36 0 mean 384: 17 boxYC_nonsoluble_bg2 boxYC_nonsoluble_bg2 37 0 mean 384: 18 boxYC_humus_2 boxYC_humus_2 38 0 mean 384: 19 pseudo_temp_yDay pseudo_temp_yDay 39 0 mean 384: 20 pseudo_precip_yDay pseudo_precip_yDay 40 0 mean 384: ------------------------------------------------------------------------------ 384: mo_mvstream::init_mvstream: variables: 'ahfl_na' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'ahfs_na' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'aprc_na' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'aprl_na' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'aprs_na' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'aps' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'dew2' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'geosp' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'q2m' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'rh2m' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'srads_na' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'temp2' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'tsurf_na' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'u10' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'v10' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'wind10_na' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'temp2' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'temp2' is not defined in stream 'sp' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'ahfl_na' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'ahfs_na' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'aprc_na' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'aprl_na' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'aprs_na' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'aps' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'dew2' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'geosp' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'q2m' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'rh2m' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'srads_na' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'temp2' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'tsurf_na' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'u10' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'v10' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'wind10_na' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'temp2' is not defined in stream 'gl' => IGNORED 384: mo_mvstream::init_mvstream: variables: 'temp2' is not defined in stream 'gl' => IGNORED 384: 384: 18 g3b g3bday idx cde operator 384: 384: 1 ahfl_na ahfl 219 147 mean 384: 2 ahfs_na ahfs 220 146 mean 384: 3 aprc_na aprc 226 143 mean 384: 4 aprl_na aprl 215 142 mean 384: 5 aprs_na aprs 227 144 mean 384: 6 aps aps 79 0 mean 384: 7 dew2 dew2 100 0 mean 384: 8 geosp geosp 78 0 mean 384: 9 q2m q2m 5 0 mean 384: 10 rh2m rh2m 6 0 mean 384: 11 srads_na srads 231 176 mean 384: 12 temp2 temp2 99 0 mean 384: 13 tsurf_na tsurf 238 169 mean 384: 14 u10 u10 97 0 mean 384: 15 v10 v10 98 0 mean 384: 16 wind10_na wind10 230 171 mean 384: 17 temp2 t2max 99 201 max 384: 18 temp2 t2min 99 202 min 384: ------------------------------------------------------------------------------ 384: 384: 5 jsbach jsbachday idx cde operator 384: 384: 1 layer_moisture layer_moisture 81 0 mean 384: 2 evapotranspiration_inst evapotranspiration 38 44 mean 384: 3 transpiration_inst transpiration 71 76 mean 384: 4 cover_fract cover_fract 11 0 mean 384: 5 veg_ratio_max veg_ratio_max 19 0 mean 384: ------------------------------------------------------------------------------ 384: 384: 9 land landday idx cde operator 384: 384: 1 bare_soil_evaporation bare_soil_evaporation 30 -1 inst 384: 2 snow_evaporation snow_evaporation 31 -1 inst 384: 3 lai lai 45 0 mean 384: 4 snow_depth_canopy snow_depth_canopy 48 0 mean 384: 5 snow_fract snow_fract 15 0 mean 384: 6 soil_temperature soil_temperature 23 0 mean 384: 7 surface_radiative_temp surface_radiative_temp 4 0 mean 384: 8 par_acc par_acc 57 -1 inst 384: 9 apar_acc apar_acc 56 -1 inst 384: ------------------------------------------------------------------------------ 384: 384: 34 veg vegday idx cde operator 384: 384: 1 LCC_flux_box_C2atmos LCC_flux_box_C2atmos 75 -1 inst 384: 2 boxC_construction_LCC boxC_construction_LCC 191 0 mean 384: 3 boxC_construction_harvest boxC_construction_harvest 193 0 mean 384: 4 boxC_crop_harvest boxC_crop_harvest 196 0 mean 384: 5 boxC_flux_2_construction_LCCboxC_flux_2_construction_LCC201 -1 inst 384: 6 boxC_flux_2_construction_harboxC_flux_2_construction_har212 -1 inst 384: 7 boxC_flux_2_onSite_LCC boxC_flux_2_onSite_LCC 199 -1 inst 384: 8 boxC_flux_2_onSite_harvest boxC_flux_2_onSite_harvest 219 -1 inst 384: 9 boxC_flux_2_paper_LCC boxC_flux_2_paper_LCC 200 -1 inst 384: 10 boxC_flux_2_paper_harvest boxC_flux_2_paper_harvest 211 -1 inst 384: 11 boxC_flux_construction_2_atmboxC_flux_construction_2_atm208 -1 inst 384: 12 boxC_flux_construction_2_atmboxC_flux_construction_2_atm216 -1 inst 384: 13 boxC_flux_onSite_2_atmos_LCCboxC_flux_onSite_2_atmos_LCC206 -1 inst 384: 14 boxC_flux_onsite_2_atmos_harboxC_flux_onsite_2_atmos_har221 -1 inst 384: 15 boxC_flux_paper_2_atmos_LCC boxC_flux_paper_2_atmos_LCC 207 -1 inst 384: 16 boxC_flux_paper_2_atmos_harvboxC_flux_paper_2_atmos_harv215 -1 inst 384: 17 boxC_green boxC_green 135 0 mean 384: 18 boxC_litter_green_bg boxC_litter_green_bg 138 0 mean 384: 19 boxC_onSite_LCC boxC_onSite_LCC 188 0 mean 384: 20 boxC_onSite_harvest boxC_onSite_harvest 194 0 mean 384: 21 boxC_paper_LCC boxC_paper_LCC 190 0 mean 384: 22 boxC_paper_harvest boxC_paper_harvest 192 0 mean 384: 23 boxC_reserve boxC_reserve 137 0 mean 384: 24 boxC_woods boxC_woods 136 0 mean 384: 25 box_Cflux_herbivory_2_atm box_Cflux_herbivory_2_atm 117 0 mean 384: 26 box_Cflx_2_crop_harvest box_Cflx_2_crop_harvest 133 0 mean 384: 27 box_Cflx_crop_harvest_2_atm box_Cflx_crop_harvest_2_atm 180 0 mean 384: 28 box_Cpools_total box_Cpools_total 151 0 mean 384: 29 box_GPP_yDayMean box_GPP_yDayMean 148 0 mean 384: 30 box_NPP_act_yDayMean box_NPP_act_yDayMean 153 0 mean 384: 31 box_fire_CO2_flux_2_atmos box_fire_CO2_flux_2_atmos 52 -1 inst 384: 32 box_soil_respiration box_soil_respiration 145 0 mean 384: 33 burned_YC_acid_ag_wood burned_YC_acid_ag_wood 41 0 mean 384: 34 dist_nitrogen_2_atmos dist_nitrogen_2_atmos 58 0 mean 384: ------------------------------------------------------------------------------ 384: new_stream: Adding new stream spm 384: new_stream: Adding new stream glm 384: new_stream: Adding new stream g3bm 384: new_stream: Adding new stream co2m 384: new_stream: Adding new stream surfm 384: new_stream: Adding new stream tracerm 384: new_stream: Adding new stream jsbachm 384: new_stream: Adding new stream landm 384: new_stream: Adding new stream vegm 384: new_stream: Adding new stream yassom 384: new_stream: Adding new stream g3bday 384: Event : interval 1 days : adjustment last : offset[sec] 0 384: new_stream: Adding new stream jsbachday 384: Event : interval 1 days : adjustment last : offset[sec] 0 384: new_stream: Adding new stream landday 384: Event : interval 1 days : adjustment last : offset[sec] 0 384: new_stream: Adding new stream vegday 384: Event : interval 1 days : adjustment last : offset[sec] 0 384: Namelist file namelist.echam already opened, rewind file to beginning 384: Namelist file namelist.echam already opened, rewind file to beginning 384: mo_mvstream::mvstream_update_cache: skipping empty stream sp 384: mo_mvstream::mvstream_update_cache: skipping empty stream gl 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable bare_soil_evaporation removed from stream landday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable snow_evaporation removed from stream landday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable par_acc removed from stream landday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable apar_acc removed from stream landday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable LCC_flux_box_C2atmos removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_2_construction_LCC removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_2_construction_harvest removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_2_onSite_LCC removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_2_onSite_harvest removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_2_paper_LCC removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_2_paper_harvest removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_construction_2_atmos_LCC removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_construction_2_atmos_harvest removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_onSite_2_atmos_LCC removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_onsite_2_atmos_harvest removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_paper_2_atmos_LCC removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable boxC_flux_paper_2_atmos_harvest removed from stream vegday 384: mo_mvstream::mvstream_update_cache: incompatible intervals: variable box_fire_CO2_flux_2_atmos removed from stream vegday 384: 384: Global memory buffers: 384: -buffer: Memory in use: 174 kb in 132 fields. 384: -buffer: Memory in use: 7 kb in 57 fields. 384: -buffer: Memory in use: 1 kb in 8 fields. 384: -buffer: Memory in use: 153 kb in 228 fields. 384: -buffer: Memory in use: 82 kb in 73 fields. 384: -buffer: Memory in use: 55 kb in 44 fields. 384: -buffer: Memory in use: 16 kb in 19 fields. 384: -buffer: Memory in use: 12 kb in 6 fields. 384: -buffer: Memory in use: 10 kb in 4 fields. 384: -buffer: Memory in use: 112 kb in 30 fields. 384: -buffer: Memory in use: 70 kb in 7 fields. 384: -buffer: Memory in use: 71 kb in 10 fields. 384: -buffer: Memory in use: 82 kb in 8 fields. 384: -buffer: Memory in use: 70 kb in 6 fields. 384: -buffer: Memory in use: 47 kb in 4 fields. 384: -buffer: Memory in use: 256 kb in 238 fields. 384: -buffer: Memory in use: 2 kb in 14 fields. 384: -buffer: Memory in use: 58 kb in 234 fields. 384: -buffer: Memory in use: 0 kb in 0 fields. 384: -buffer: Memory in use: 0 kb in 6 fields. 384: -buffer: Memory in use: 48 kb in 8 fields. 384: -buffer: Memory in use: 73 kb in 18 fields. 384: -buffer: Memory in use: 8 kb in 34 fields. 384: -buffer: Memory in use: 11 kb in 4 fields. 384: -buffer: Memory in use: 35 kb in 3 fields. 384: -buffer: Memory in use: 52 kb in 136 fields. 384: -buffer: Memory in use: 1 kb in 19 fields. 384: -buffer: Memory in use: 0 kb in 9 fields. 384: -buffer: Memory in use: 11 kb in 1 fields. 384: -buffer: Memory in use: 15 kb in 30 fields. 384: -buffer: Memory in use: 2 kb in 31 fields. 384: -buffer: Memory in use: 58 kb in 101 fields. 384: -buffer: Memory in use: 25 kb in 20 fields. 384: -buffer: Memory in use: 4 kb in 18 fields. 384: -buffer: Memory in use: 4 kb in 5 fields. 384: -buffer: Memory in use: 1 kb in 5 fields. 384: -buffer: Memory in use: 15 kb in 20 fields. 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_spm.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_glm.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_g3bm.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_co2m.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_surfm.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_tracerm.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_jsbachm.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_landm.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_vegm.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_yassom.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_g3bday.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_jsbachday.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_landday.nc - No such file or directory 384: inquire_rerun_file: restart_esm-ssp585-ocn-alk_EXP2_vegday.nc - No such file or directory 384: ------------------------------------------------------------------------------ 384: 384: 384: xt_initialize: initial values of tracers: 384: 384: tracer source minval maxval minval,maxval(xtm1) 384: CO2 restart 0.154E-02 0.163E-02 0.139E-02 0.147E-02 384: 384: ------------------------------------------------------------------------------ 384: 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2099.nc 384: 384: read_o3clim_4: fn0: ozon2099 fn1: ozon2100 fn2: ozon2101 384: number of pressure levels of ozone climatology: 66 384: pressure levels in [hPa]: 384: 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.01 384: 0.01 0.01 0.01 0.02 0.03 0.04 0.05 0.07 0.10 0.15 384: 0.20 0.30 0.40 0.50 0.70 1.00 1.50 2.00 3.00 4.00 384: 5.00 7.00 10.00 15.00 20.00 25.00 30.00 35.00 40.00 50.00 384: 60.00 70.00 80.00 90.00 100.00 115.00 130.00 150.00 170.00 200.00 384: 250.00 285.00 300.00 350.00 400.00 450.00 500.00 600.00 650.00 700.00 384: 750.00 780.00 800.00 850.00 925.00 1000.00 384: 384: Reading tslclim from unit 92 384: 384: Reading vltclim from unit 90 384: 384: Reading vgratclim from unit 91 384: Couple_init: 384: ----------------------------------------------------- 384: Coupler = OASIS3-MCT 384: Model name = echam6 384: Model time step = 450.00000 384: ----------------------------------------------------- 384: Parameters received from coupler: 384: - Total no. of processors without I/O servers 576 384: - No. of procs for data exchange 576 384: - Model number 2 384: - Depomposition ID 1 384: - Total time of the simulation 31536000 384: - Number of fields exchanged 21 384: 384: - Name of exchanged field (in) SSTATMOS 384: - lag of field 2700 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file sstoce1 384: 384: - Name of exchanged field (in) SITATMOS 384: - lag of field 2700 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file sstoce2 384: 384: - Name of exchanged field (in) SICATMOS 384: - lag of field 2700 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file sstoce3 384: 384: - Name of exchanged field (in) SNTATMOS 384: - lag of field 2700 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file sstoce4 384: 384: - Name of exchanged field (in) OCUATMOS 384: - lag of field 2700 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file sstoce5 384: 384: - Name of exchanged field (in) OCVATMOS 384: - lag of field 2700 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file sstoce6 384: 384: - Name of exchanged field (in) CO2TRAAT 384: - lag of field 2700 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file sstoce7 384: 384: - Name of exchanged field (in) CO2ATMOS 384: - lag of field 2700 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file sstoce8 384: 384: - Name of exchanged field (out) FRIATMOS 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm17 384: 384: - Name of exchanged field (out) FRWATMOS 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm18 384: 384: - Name of exchanged field (out) TXWATMOU 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm9 384: 384: - Name of exchanged field (out) TYWATMOU 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm11 384: 384: - Name of exchanged field (out) TXIATMOU 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm13 384: 384: - Name of exchanged field (out) TYIATMOU 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm15 384: 384: - Name of exchanged field (out) RHIATMOS 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm19 384: 384: - Name of exchanged field (out) CHIATMOS 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm20 384: 384: - Name of exchanged field (out) NHWATMOS 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm21 384: 384: - Name of exchanged field (out) SHWATMOS 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm22 384: 384: - Name of exchanged field (out) WSVATMOS 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm23 384: 384: - Name of exchanged field (out) CO2CONAT 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm24 384: 384: - Name of exchanged field (out) CO2FLXAT 384: - lag of field 450 384: - coupling period of field 86400 384: - sequential index of field 1 384: - name of restart file flxatm25 384: All fields have sequential no. 1 ! 384: The models run concurrently! 384: 384: couple_init: Import port defined SSTATMOS 384: couple_init: Port ID returned is: 1 384: - with port status 15 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Import port defined SITATMOS 384: couple_init: Port ID returned is: 2 384: - with port status 15 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Import port defined SICATMOS 384: couple_init: Port ID returned is: 3 384: - with port status 15 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Import port defined SNTATMOS 384: couple_init: Port ID returned is: 4 384: - with port status 15 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Import port defined OCUATMOS 384: couple_init: Port ID returned is: 5 384: - with port status 15 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Import port defined OCVATMOS 384: couple_init: Port ID returned is: 6 384: - with port status 15 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Import port defined CO2TRAAT 384: couple_init: Port ID returned is: 7 384: - with port status 15 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Import port defined CO2ATMOS 384: couple_init: Port ID returned is: 8 384: - with port status 15 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined FRIATMOS 384: couple_init: Port ID returned is: 9 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined FRWATMOS 384: couple_init: Port ID returned is: 10 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined TXWATMOU 384: couple_init: Port ID returned is: 11 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined TYWATMOU 384: couple_init: Port ID returned is: 12 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined TXIATMOU 384: couple_init: Port ID returned is: 13 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined TYIATMOU 384: couple_init: Port ID returned is: 14 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined RHIATMOS 384: couple_init: Port ID returned is: 15 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined CHIATMOS 384: couple_init: Port ID returned is: 16 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined NHWATMOS 384: couple_init: Port ID returned is: 17 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined SHWATMOS 384: couple_init: Port ID returned is: 18 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined WSVATMOS 384: couple_init: Port ID returned is: 19 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined CO2CONAT 384: couple_init: Port ID returned is: 20 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 384: couple_init: Export port defined CO2FLXAT 384: couple_init: Port ID returned is: 21 384: - with port status 14 384: - with port data type 4 384: - with decomposition paral(1) 3 384: - paral(2) 4 384: - paral(3) 0 1: WARNING: No check of month in OASIS3-MCT restart file currently! 196: WARNING: No check of month in OASIS3-MCT restart file currently! 64: WARNING: No check of month in OASIS3-MCT restart file currently! 65: WARNING: No check of month in OASIS3-MCT restart file currently! 66: WARNING: No check of month in OASIS3-MCT restart file currently! 67: WARNING: No check of month in OASIS3-MCT restart file currently! 14: WARNING: No check of month in OASIS3-MCT restart file currently! 68: WARNING: No check of month in OASIS3-MCT restart file currently! 129: WARNING: No check of month in OASIS3-MCT restart file currently! 26: WARNING: No check of month in OASIS3-MCT restart file currently! 69: WARNING: No check of month in OASIS3-MCT restart file currently! 130: WARNING: No check of month in OASIS3-MCT restart file currently! 37: WARNING: No check of month in OASIS3-MCT restart file currently! 70: WARNING: No check of month in OASIS3-MCT restart file currently! 131: WARNING: No check of month in OASIS3-MCT restart file currently! 43: WARNING: No check of month in OASIS3-MCT restart file currently! 71: WARNING: No check of month in OASIS3-MCT restart file currently! 132: WARNING: No check of month in OASIS3-MCT restart file currently! 53: WARNING: No check of month in OASIS3-MCT restart file currently! 72: WARNING: No check of month in OASIS3-MCT restart file currently! 133: WARNING: No check of month in OASIS3-MCT restart file currently! 63: WARNING: No check of month in OASIS3-MCT restart file currently! 73: WARNING: No check of month in OASIS3-MCT restart file currently! 134: WARNING: No check of month in OASIS3-MCT restart file currently! 0: WARNING: No check of month in OASIS3-MCT restart file currently! 74: WARNING: No check of month in OASIS3-MCT restart file currently! 136: WARNING: No check of month in OASIS3-MCT restart file currently! 2: WARNING: No check of month in OASIS3-MCT restart file currently! 75: WARNING: No check of month in OASIS3-MCT restart file currently! 137: WARNING: No check of month in OASIS3-MCT restart file currently! 3: WARNING: No check of month in OASIS3-MCT restart file currently! 76: WARNING: No check of month in OASIS3-MCT restart file currently! 138: WARNING: No check of month in OASIS3-MCT restart file currently! 77: WARNING: No check of month in OASIS3-MCT restart file currently! 142: WARNING: No check of month in OASIS3-MCT restart file currently! 78: WARNING: No check of month in OASIS3-MCT restart file currently! 4: WARNING: No check of month in OASIS3-MCT restart file currently! 79: WARNING: No check of month in OASIS3-MCT restart file currently! 145: WARNING: No check of month in OASIS3-MCT restart file currently! 5: WARNING: No check of month in OASIS3-MCT restart file currently! 80: WARNING: No check of month in OASIS3-MCT restart file currently! 146: WARNING: No check of month in OASIS3-MCT restart file currently! 6: WARNING: No check of month in OASIS3-MCT restart file currently! 81: WARNING: No check of month in OASIS3-MCT restart file currently! 147: WARNING: No check of month in OASIS3-MCT restart file currently! 7: WARNING: No check of month in OASIS3-MCT restart file currently! 82: WARNING: No check of month in OASIS3-MCT restart file currently! 150: WARNING: No check of month in OASIS3-MCT restart file currently! 8: WARNING: No check of month in OASIS3-MCT restart file currently! 84: WARNING: No check of month in OASIS3-MCT restart file currently! 152: WARNING: No check of month in OASIS3-MCT restart file currently! 203: WARNING: No check of month in OASIS3-MCT restart file currently! 9: WARNING: No check of month in OASIS3-MCT restart file currently! 85: WARNING: No check of month in OASIS3-MCT restart file currently! 160: WARNING: No check of month in OASIS3-MCT restart file currently! 211: WARNING: No check of month in OASIS3-MCT restart file currently! 10: WARNING: No check of month in OASIS3-MCT restart file currently! 87: WARNING: No check of month in OASIS3-MCT restart file currently! 163: WARNING: No check of month in OASIS3-MCT restart file currently! 215: WARNING: No check of month in OASIS3-MCT restart file currently! 11: WARNING: No check of month in OASIS3-MCT restart file currently! 88: WARNING: No check of month in OASIS3-MCT restart file currently! 220: WARNING: No check of month in OASIS3-MCT restart file currently! 12: WARNING: No check of month in OASIS3-MCT restart file currently! 89: WARNING: No check of month in OASIS3-MCT restart file currently! 246: WARNING: No check of month in OASIS3-MCT restart file currently! 13: WARNING: No check of month in OASIS3-MCT restart file currently! 90: WARNING: No check of month in OASIS3-MCT restart file currently! 165: WARNING: No check of month in OASIS3-MCT restart file currently! 247: WARNING: No check of month in OASIS3-MCT restart file currently! 15: WARNING: No check of month in OASIS3-MCT restart file currently! 91: WARNING: No check of month in OASIS3-MCT restart file currently! 170: WARNING: No check of month in OASIS3-MCT restart file currently! 192: WARNING: No check of month in OASIS3-MCT restart file currently! 16: WARNING: No check of month in OASIS3-MCT restart file currently! 92: WARNING: No check of month in OASIS3-MCT restart file currently! 171: WARNING: No check of month in OASIS3-MCT restart file currently! 194: WARNING: No check of month in OASIS3-MCT restart file currently! 19: WARNING: No check of month in OASIS3-MCT restart file currently! 93: WARNING: No check of month in OASIS3-MCT restart file currently! 175: WARNING: No check of month in OASIS3-MCT restart file currently! 195: WARNING: No check of month in OASIS3-MCT restart file currently! 20: WARNING: No check of month in OASIS3-MCT restart file currently! 94: WARNING: No check of month in OASIS3-MCT restart file currently! 176: WARNING: No check of month in OASIS3-MCT restart file currently! 197: WARNING: No check of month in OASIS3-MCT restart file currently! 22: WARNING: No check of month in OASIS3-MCT restart file currently! 95: WARNING: No check of month in OASIS3-MCT restart file currently! 179: WARNING: No check of month in OASIS3-MCT restart file currently! 198: WARNING: No check of month in OASIS3-MCT restart file currently! 24: WARNING: No check of month in OASIS3-MCT restart file currently! 96: WARNING: No check of month in OASIS3-MCT restart file currently! 182: WARNING: No check of month in OASIS3-MCT restart file currently! 199: WARNING: No check of month in OASIS3-MCT restart file currently! 25: WARNING: No check of month in OASIS3-MCT restart file currently! 97: WARNING: No check of month in OASIS3-MCT restart file currently! 183: WARNING: No check of month in OASIS3-MCT restart file currently! 200: WARNING: No check of month in OASIS3-MCT restart file currently! 27: WARNING: No check of month in OASIS3-MCT restart file currently! 98: WARNING: No check of month in OASIS3-MCT restart file currently! 185: WARNING: No check of month in OASIS3-MCT restart file currently! 201: WARNING: No check of month in OASIS3-MCT restart file currently! 28: WARNING: No check of month in OASIS3-MCT restart file currently! 99: WARNING: No check of month in OASIS3-MCT restart file currently! 187: WARNING: No check of month in OASIS3-MCT restart file currently! 202: WARNING: No check of month in OASIS3-MCT restart file currently! 29: WARNING: No check of month in OASIS3-MCT restart file currently! 100: WARNING: No check of month in OASIS3-MCT restart file currently! 188: WARNING: No check of month in OASIS3-MCT restart file currently! 204: WARNING: No check of month in OASIS3-MCT restart file currently! 30: WARNING: No check of month in OASIS3-MCT restart file currently! 101: WARNING: No check of month in OASIS3-MCT restart file currently! 128: WARNING: No check of month in OASIS3-MCT restart file currently! 205: WARNING: No check of month in OASIS3-MCT restart file currently! 33: WARNING: No check of month in OASIS3-MCT restart file currently! 102: WARNING: No check of month in OASIS3-MCT restart file currently! 135: WARNING: No check of month in OASIS3-MCT restart file currently! 206: WARNING: No check of month in OASIS3-MCT restart file currently! 35: WARNING: No check of month in OASIS3-MCT restart file currently! 103: WARNING: No check of month in OASIS3-MCT restart file currently! 139: WARNING: No check of month in OASIS3-MCT restart file currently! 207: WARNING: No check of month in OASIS3-MCT restart file currently! 36: WARNING: No check of month in OASIS3-MCT restart file currently! 104: WARNING: No check of month in OASIS3-MCT restart file currently! 141: WARNING: No check of month in OASIS3-MCT restart file currently! 208: WARNING: No check of month in OASIS3-MCT restart file currently! 41: WARNING: No check of month in OASIS3-MCT restart file currently! 105: WARNING: No check of month in OASIS3-MCT restart file currently! 143: WARNING: No check of month in OASIS3-MCT restart file currently! 209: WARNING: No check of month in OASIS3-MCT restart file currently! 54: WARNING: No check of month in OASIS3-MCT restart file currently! 106: WARNING: No check of month in OASIS3-MCT restart file currently! 144: WARNING: No check of month in OASIS3-MCT restart file currently! 210: WARNING: No check of month in OASIS3-MCT restart file currently! 261: WARNING: No check of month in OASIS3-MCT restart file currently! 107: WARNING: No check of month in OASIS3-MCT restart file currently! 148: WARNING: No check of month in OASIS3-MCT restart file currently! 212: WARNING: No check of month in OASIS3-MCT restart file currently! 269: WARNING: No check of month in OASIS3-MCT restart file currently! 108: WARNING: No check of month in OASIS3-MCT restart file currently! 149: WARNING: No check of month in OASIS3-MCT restart file currently! 213: WARNING: No check of month in OASIS3-MCT restart file currently! 275: WARNING: No check of month in OASIS3-MCT restart file currently! 109: WARNING: No check of month in OASIS3-MCT restart file currently! 151: WARNING: No check of month in OASIS3-MCT restart file currently! 214: WARNING: No check of month in OASIS3-MCT restart file currently! 284: WARNING: No check of month in OASIS3-MCT restart file currently! 110: WARNING: No check of month in OASIS3-MCT restart file currently! 153: WARNING: No check of month in OASIS3-MCT restart file currently! 216: WARNING: No check of month in OASIS3-MCT restart file currently! 302: WARNING: No check of month in OASIS3-MCT restart file currently! 111: WARNING: No check of month in OASIS3-MCT restart file currently! 154: WARNING: No check of month in OASIS3-MCT restart file currently! 217: WARNING: No check of month in OASIS3-MCT restart file currently! 307: WARNING: No check of month in OASIS3-MCT restart file currently! 112: WARNING: No check of month in OASIS3-MCT restart file currently! 155: WARNING: No check of month in OASIS3-MCT restart file currently! 218: WARNING: No check of month in OASIS3-MCT restart file currently! 17: WARNING: No check of month in OASIS3-MCT restart file currently! 113: WARNING: No check of month in OASIS3-MCT restart file currently! 156: WARNING: No check of month in OASIS3-MCT restart file currently! 219: WARNING: No check of month in OASIS3-MCT restart file currently! 18: WARNING: No check of month in OASIS3-MCT restart file currently! 114: WARNING: No check of month in OASIS3-MCT restart file currently! 157: WARNING: No check of month in OASIS3-MCT restart file currently! 221: WARNING: No check of month in OASIS3-MCT restart file currently! 21: WARNING: No check of month in OASIS3-MCT restart file currently! 115: WARNING: No check of month in OASIS3-MCT restart file currently! 158: WARNING: No check of month in OASIS3-MCT restart file currently! 222: WARNING: No check of month in OASIS3-MCT restart file currently! 31: WARNING: No check of month in OASIS3-MCT restart file currently! 116: WARNING: No check of month in OASIS3-MCT restart file currently! 159: WARNING: No check of month in OASIS3-MCT restart file currently! 223: WARNING: No check of month in OASIS3-MCT restart file currently! 32: WARNING: No check of month in OASIS3-MCT restart file currently! 117: WARNING: No check of month in OASIS3-MCT restart file currently! 161: WARNING: No check of month in OASIS3-MCT restart file currently! 224: WARNING: No check of month in OASIS3-MCT restart file currently! 34: WARNING: No check of month in OASIS3-MCT restart file currently! 118: WARNING: No check of month in OASIS3-MCT restart file currently! 162: WARNING: No check of month in OASIS3-MCT restart file currently! 225: WARNING: No check of month in OASIS3-MCT restart file currently! 38: WARNING: No check of month in OASIS3-MCT restart file currently! 119: WARNING: No check of month in OASIS3-MCT restart file currently! 164: WARNING: No check of month in OASIS3-MCT restart file currently! 226: WARNING: No check of month in OASIS3-MCT restart file currently! 39: WARNING: No check of month in OASIS3-MCT restart file currently! 120: WARNING: No check of month in OASIS3-MCT restart file currently! 166: WARNING: No check of month in OASIS3-MCT restart file currently! 227: WARNING: No check of month in OASIS3-MCT restart file currently! 40: WARNING: No check of month in OASIS3-MCT restart file currently! 121: WARNING: No check of month in OASIS3-MCT restart file currently! 167: WARNING: No check of month in OASIS3-MCT restart file currently! 228: WARNING: No check of month in OASIS3-MCT restart file currently! 42: WARNING: No check of month in OASIS3-MCT restart file currently! 122: WARNING: No check of month in OASIS3-MCT restart file currently! 168: WARNING: No check of month in OASIS3-MCT restart file currently! 229: WARNING: No check of month in OASIS3-MCT restart file currently! 44: WARNING: No check of month in OASIS3-MCT restart file currently! 123: WARNING: No check of month in OASIS3-MCT restart file currently! 169: WARNING: No check of month in OASIS3-MCT restart file currently! 230: WARNING: No check of month in OASIS3-MCT restart file currently! 45: WARNING: No check of month in OASIS3-MCT restart file currently! 124: WARNING: No check of month in OASIS3-MCT restart file currently! 172: WARNING: No check of month in OASIS3-MCT restart file currently! 231: WARNING: No check of month in OASIS3-MCT restart file currently! 46: WARNING: No check of month in OASIS3-MCT restart file currently! 125: WARNING: No check of month in OASIS3-MCT restart file currently! 173: WARNING: No check of month in OASIS3-MCT restart file currently! 232: WARNING: No check of month in OASIS3-MCT restart file currently! 47: WARNING: No check of month in OASIS3-MCT restart file currently! 126: WARNING: No check of month in OASIS3-MCT restart file currently! 174: WARNING: No check of month in OASIS3-MCT restart file currently! 233: WARNING: No check of month in OASIS3-MCT restart file currently! 48: WARNING: No check of month in OASIS3-MCT restart file currently! 127: WARNING: No check of month in OASIS3-MCT restart file currently! 177: WARNING: No check of month in OASIS3-MCT restart file currently! 234: WARNING: No check of month in OASIS3-MCT restart file currently! 49: WARNING: No check of month in OASIS3-MCT restart file currently! 320: WARNING: No check of month in OASIS3-MCT restart file currently! 178: WARNING: No check of month in OASIS3-MCT restart file currently! 235: WARNING: No check of month in OASIS3-MCT restart file currently! 50: WARNING: No check of month in OASIS3-MCT restart file currently! 321: WARNING: No check of month in OASIS3-MCT restart file currently! 180: WARNING: No check of month in OASIS3-MCT restart file currently! 236: WARNING: No check of month in OASIS3-MCT restart file currently! 51: WARNING: No check of month in OASIS3-MCT restart file currently! 322: WARNING: No check of month in OASIS3-MCT restart file currently! 181: WARNING: No check of month in OASIS3-MCT restart file currently! 237: WARNING: No check of month in OASIS3-MCT restart file currently! 52: WARNING: No check of month in OASIS3-MCT restart file currently! 323: WARNING: No check of month in OASIS3-MCT restart file currently! 184: WARNING: No check of month in OASIS3-MCT restart file currently! 238: WARNING: No check of month in OASIS3-MCT restart file currently! 55: WARNING: No check of month in OASIS3-MCT restart file currently! 324: WARNING: No check of month in OASIS3-MCT restart file currently! 186: WARNING: No check of month in OASIS3-MCT restart file currently! 239: WARNING: No check of month in OASIS3-MCT restart file currently! 56: WARNING: No check of month in OASIS3-MCT restart file currently! 325: WARNING: No check of month in OASIS3-MCT restart file currently! 189: WARNING: No check of month in OASIS3-MCT restart file currently! 240: WARNING: No check of month in OASIS3-MCT restart file currently! 57: WARNING: No check of month in OASIS3-MCT restart file currently! 326: WARNING: No check of month in OASIS3-MCT restart file currently! 190: WARNING: No check of month in OASIS3-MCT restart file currently! 241: WARNING: No check of month in OASIS3-MCT restart file currently! 58: WARNING: No check of month in OASIS3-MCT restart file currently! 327: WARNING: No check of month in OASIS3-MCT restart file currently! 191: WARNING: No check of month in OASIS3-MCT restart file currently! 242: WARNING: No check of month in OASIS3-MCT restart file currently! 59: WARNING: No check of month in OASIS3-MCT restart file currently! 328: WARNING: No check of month in OASIS3-MCT restart file currently! 243: WARNING: No check of month in OASIS3-MCT restart file currently! 60: WARNING: No check of month in OASIS3-MCT restart file currently! 329: WARNING: No check of month in OASIS3-MCT restart file currently! 61: WARNING: No check of month in OASIS3-MCT restart file currently! 330: WARNING: No check of month in OASIS3-MCT restart file currently! 62: WARNING: No check of month in OASIS3-MCT restart file currently! 331: WARNING: No check of month in OASIS3-MCT restart file currently! 256: WARNING: No check of month in OASIS3-MCT restart file currently! 332: WARNING: No check of month in OASIS3-MCT restart file currently! 257: WARNING: No check of month in OASIS3-MCT restart file currently! 333: WARNING: No check of month in OASIS3-MCT restart file currently! 258: WARNING: No check of month in OASIS3-MCT restart file currently! 334: WARNING: No check of month in OASIS3-MCT restart file currently! 259: WARNING: No check of month in OASIS3-MCT restart file currently! 335: WARNING: No check of month in OASIS3-MCT restart file currently! 260: WARNING: No check of month in OASIS3-MCT restart file currently! 336: WARNING: No check of month in OASIS3-MCT restart file currently! 262: WARNING: No check of month in OASIS3-MCT restart file currently! 337: WARNING: No check of month in OASIS3-MCT restart file currently! 263: WARNING: No check of month in OASIS3-MCT restart file currently! 338: WARNING: No check of month in OASIS3-MCT restart file currently! 264: WARNING: No check of month in OASIS3-MCT restart file currently! 339: WARNING: No check of month in OASIS3-MCT restart file currently! 265: WARNING: No check of month in OASIS3-MCT restart file currently! 340: WARNING: No check of month in OASIS3-MCT restart file currently! 266: WARNING: No check of month in OASIS3-MCT restart file currently! 341: WARNING: No check of month in OASIS3-MCT restart file currently! 267: WARNING: No check of month in OASIS3-MCT restart file currently! 342: WARNING: No check of month in OASIS3-MCT restart file currently! 268: WARNING: No check of month in OASIS3-MCT restart file currently! 343: WARNING: No check of month in OASIS3-MCT restart file currently! 270: WARNING: No check of month in OASIS3-MCT restart file currently! 344: WARNING: No check of month in OASIS3-MCT restart file currently! 271: WARNING: No check of month in OASIS3-MCT restart file currently! 345: WARNING: No check of month in OASIS3-MCT restart file currently! 272: WARNING: No check of month in OASIS3-MCT restart file currently! 346: WARNING: No check of month in OASIS3-MCT restart file currently! 273: WARNING: No check of month in OASIS3-MCT restart file currently! 347: WARNING: No check of month in OASIS3-MCT restart file currently! 274: WARNING: No check of month in OASIS3-MCT restart file currently! 348: WARNING: No check of month in OASIS3-MCT restart file currently! 276: WARNING: No check of month in OASIS3-MCT restart file currently! 349: WARNING: No check of month in OASIS3-MCT restart file currently! 277: WARNING: No check of month in OASIS3-MCT restart file currently! 350: WARNING: No check of month in OASIS3-MCT restart file currently! 278: WARNING: No check of month in OASIS3-MCT restart file currently! 351: WARNING: No check of month in OASIS3-MCT restart file currently! 279: WARNING: No check of month in OASIS3-MCT restart file currently! 352: WARNING: No check of month in OASIS3-MCT restart file currently! 280: WARNING: No check of month in OASIS3-MCT restart file currently! 353: WARNING: No check of month in OASIS3-MCT restart file currently! 281: WARNING: No check of month in OASIS3-MCT restart file currently! 354: WARNING: No check of month in OASIS3-MCT restart file currently! 282: WARNING: No check of month in OASIS3-MCT restart file currently! 355: WARNING: No check of month in OASIS3-MCT restart file currently! 283: WARNING: No check of month in OASIS3-MCT restart file currently! 356: WARNING: No check of month in OASIS3-MCT restart file currently! 285: WARNING: No check of month in OASIS3-MCT restart file currently! 357: WARNING: No check of month in OASIS3-MCT restart file currently! 286: WARNING: No check of month in OASIS3-MCT restart file currently! 358: WARNING: No check of month in OASIS3-MCT restart file currently! 287: WARNING: No check of month in OASIS3-MCT restart file currently! 359: WARNING: No check of month in OASIS3-MCT restart file currently! 288: WARNING: No check of month in OASIS3-MCT restart file currently! 360: WARNING: No check of month in OASIS3-MCT restart file currently! 289: WARNING: No check of month in OASIS3-MCT restart file currently! 361: WARNING: No check of month in OASIS3-MCT restart file currently! 290: WARNING: No check of month in OASIS3-MCT restart file currently! 362: WARNING: No check of month in OASIS3-MCT restart file currently! 291: WARNING: No check of month in OASIS3-MCT restart file currently! 363: WARNING: No check of month in OASIS3-MCT restart file currently! 292: WARNING: No check of month in OASIS3-MCT restart file currently! 364: WARNING: No check of month in OASIS3-MCT restart file currently! 293: WARNING: No check of month in OASIS3-MCT restart file currently! 365: WARNING: No check of month in OASIS3-MCT restart file currently! 294: WARNING: No check of month in OASIS3-MCT restart file currently! 366: WARNING: No check of month in OASIS3-MCT restart file currently! 295: WARNING: No check of month in OASIS3-MCT restart file currently! 367: WARNING: No check of month in OASIS3-MCT restart file currently! 296: WARNING: No check of month in OASIS3-MCT restart file currently! 368: WARNING: No check of month in OASIS3-MCT restart file currently! 297: WARNING: No check of month in OASIS3-MCT restart file currently! 369: WARNING: No check of month in OASIS3-MCT restart file currently! 298: WARNING: No check of month in OASIS3-MCT restart file currently! 370: WARNING: No check of month in OASIS3-MCT restart file currently! 299: WARNING: No check of month in OASIS3-MCT restart file currently! 371: WARNING: No check of month in OASIS3-MCT restart file currently! 300: WARNING: No check of month in OASIS3-MCT restart file currently! 372: WARNING: No check of month in OASIS3-MCT restart file currently! 301: WARNING: No check of month in OASIS3-MCT restart file currently! 373: WARNING: No check of month in OASIS3-MCT restart file currently! 303: WARNING: No check of month in OASIS3-MCT restart file currently! 374: WARNING: No check of month in OASIS3-MCT restart file currently! 304: WARNING: No check of month in OASIS3-MCT restart file currently! 375: WARNING: No check of month in OASIS3-MCT restart file currently! 305: WARNING: No check of month in OASIS3-MCT restart file currently! 376: WARNING: No check of month in OASIS3-MCT restart file currently! 306: WARNING: No check of month in OASIS3-MCT restart file currently! 377: WARNING: No check of month in OASIS3-MCT restart file currently! 308: WARNING: No check of month in OASIS3-MCT restart file currently! 378: WARNING: No check of month in OASIS3-MCT restart file currently! 309: WARNING: No check of month in OASIS3-MCT restart file currently! 379: WARNING: No check of month in OASIS3-MCT restart file currently! 310: WARNING: No check of month in OASIS3-MCT restart file currently! 380: WARNING: No check of month in OASIS3-MCT restart file currently! 311: WARNING: No check of month in OASIS3-MCT restart file currently! 381: WARNING: No check of month in OASIS3-MCT restart file currently! 312: WARNING: No check of month in OASIS3-MCT restart file currently! 313: WARNING: No check of month in OASIS3-MCT restart file currently! 382: WARNING: No check of month in OASIS3-MCT restart file currently! 314: WARNING: No check of month in OASIS3-MCT restart file currently! 383: WARNING: No check of month in OASIS3-MCT restart file currently! 315: WARNING: No check of month in OASIS3-MCT restart file currently! 86: WARNING: No check of month in OASIS3-MCT restart file currently! 316: WARNING: No check of month in OASIS3-MCT restart file currently! 317: WARNING: No check of month in OASIS3-MCT restart file currently! 318: WARNING: No check of month in OASIS3-MCT restart file currently! 319: WARNING: No check of month in OASIS3-MCT restart file currently! 0: MPIOM: current date: 2100-01-01 00:00:00 begin of timestep (day): 1 (run): 1 23: WARNING: No check of month in OASIS3-MCT restart file currently! 83: WARNING: No check of month in OASIS3-MCT restart file currently! 244: WARNING: No check of month in OASIS3-MCT restart file currently! 245: WARNING: No check of month in OASIS3-MCT restart file currently! 248: WARNING: No check of month in OASIS3-MCT restart file currently! 249: WARNING: No check of month in OASIS3-MCT restart file currently! 250: WARNING: No check of month in OASIS3-MCT restart file currently! 251: WARNING: No check of month in OASIS3-MCT restart file currently! 252: WARNING: No check of month in OASIS3-MCT restart file currently! 253: WARNING: No check of month in OASIS3-MCT restart file currently! 254: WARNING: No check of month in OASIS3-MCT restart file currently! 255: WARNING: No check of month in OASIS3-MCT restart file currently! 193: WARNING: No check of month in OASIS3-MCT restart file currently! 140: WARNING: No check of month in OASIS3-MCT restart file currently! 384: Model is restarted! 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210001.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 384: esm-ssp585-ocn-alk_EXP2_210001.01_accw accw 56 T T 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:0) 384: esm-ssp585-ocn-alk_EXP2_210001.01_nitro nitro 58 T T 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:0) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:0) 0: co2 = 1051.08318101744 , n2 = 802000.000196203 , o2 = 0: 196800.000559300 384: esm-ssp585-ocn-alk_EXP2_210001.01_echam spm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_echam glm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_echam g3bm 60 T T 0: MPIOM: current date: 2100-01-01 00:45:00 begin of timestep (day): 2 (run): 2 0: MPIOM: current date: 2100-01-01 01:30:00 begin of timestep (day): 3 (run): 3 384: esm-ssp585-ocn-alk_EXP2_210001.01_co2 co2m 62 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_surf surfm 64 T T 0: MPIOM: current date: 2100-01-01 02:15:00 begin of timestep (day): 4 (run): 4 384: esm-ssp585-ocn-alk_EXP2_210001.01_tracer tracerm 66 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_jsbach jsbachm 68 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_land landm 70 T T 0: MPIOM: current date: 2100-01-01 03:00:00 begin of timestep (day): 5 (run): 5 384: esm-ssp585-ocn-alk_EXP2_210001.01_veg vegm 72 T T 0: MPIOM: current date: 2100-01-01 03:45:00 begin of timestep (day): 6 (run): 6 384: esm-ssp585-ocn-alk_EXP2_210001.01_yasso yassom 74 T T 0: MPIOM: current date: 2100-01-01 04:30:00 begin of timestep (day): 7 (run): 7 384: esm-ssp585-ocn-alk_EXP2_210001.01_echamday g3bday 76 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_jsbachday jsbachday 78 T T 0: MPIOM: current date: 2100-01-01 05:15:00 begin of timestep (day): 8 (run): 8 384: esm-ssp585-ocn-alk_EXP2_210001.01_landday landday 80 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_vegday vegday 82 T T 384: 384: 384: ------------------------------------------------------------------------------ 384: Model: /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/bin/echam6 384: ------------------------------------------------------------------------------ 384: ------------------------------------------------------------------------------ 384: Atmospheric model version 6.3.05 384: Library 23-Aug-2018 384: Lin & Rood ADVECTION is default 384: Modified ECMWF physics 384: Using PSrad/RRTMG radiation 384: Date - 20231015 Time - 131116 384: Ioannis Moustakis (m300966) on l10286 384: Linux 4.18.0-372.32.1.el8_6.x86_64 x86_64 384: ------------------------------------------------------------------------------ 384: TransPort of NASA Goddard Chemistry Transport Model 384: using a Flux Form Semi-Lagrangian (FFSL) scheme 384: by Shian-Jiann Lin et al., NASA - GSFC, 2001 384: ------------------------------------------------------------------------------ 384: ------------------------------------------------------------------------------ 384: Running Version 2.0 of Hydrological Discharge Model 384: ------------------------------------------------------------------------------ 384: Restarted run (from history files) 384: ------------------------------------------------------------------------------ 384: General runtime parameter: 384: number of vertical levels. (nlev) = 47 384: number of gaussian latitudes. (ngl) = 96 384: max number of points on each latitude line (nlon) = 192 384: 384: integration time stepping (2*delta_time) = 900.0 384: time filtering coefficient (eps) = 0.100 384: explicit scheme for d, t, alps (= 0.0) (betadt) = 0.8 384: semi implicit scheme (= 1.0) 384: explicit scheme for vo, q (= 0.0) (betazq) = 1.0 384: semi implicit scheme (= 1.0) 384: reference surface pressure for semi-implicit scheme (apr) = 0.800E+05 384: reference temperature for semi-implicit scheme (tr) = 0.300E+03 384: Physics switches: 384: physics (lphys) = T 384: radiation (lrad) = T 384: gravity wave drag (lgwdrag) = T 384: surface exchanges (lsurf) = T 384: large scale condensation (lcond) = T 384: vertical diffusion (lvdiff) = T 384: convection (lconv) = T 384: Run control switches: 384: middle atmosphere (lmidatm) = T 384: mixed layer ocean (lmlo) = F 384: meltpond calculation (lmeltpond)= T 384: full ocean coupling (lcouple) = T 384: AMIP run (lamip) = F 384: daily SST and SIC (ldailysst)= F 384: hydr. discharge model (lhd) = T 384: 384: Vertical coordinate table (VCT) 384: Parameter A: 384: 0. 2. 7. 16. 31. 55. 93. 151. 235. 356. 384: 524. 751. 1051. 1439. 1930. 2541. 3287. 4200. 5304. 6625. 384: 8187. 9976. 11821. 13431. 14736. 15689. 16267. 16465. 16298. 15792. 384: 14985. 13926. 12665. 11261. 9771. 8253. 6761. 5346. 4051. 2912. 384: 1955. 1196. 638. 272. 72. 0. 0. 0. 384: Parameter B: 384: 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 384: 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 384: 0.0000 0.0004 0.0029 0.0092 0.0203 0.0370 0.0595 0.0879 0.1220 0.1614 384: 0.2057 0.2542 0.3062 0.3611 0.4182 0.4767 0.5359 0.5951 0.6536 0.7106 384: 0.7654 0.8172 0.8650 0.9077 0.9442 0.9730 0.9923 1.0000 384: ------------------------------------------------------------------------------ 384: ECHAM6 - transport of specific humidity, 384: cloud water and ice, and 1 trace gase(s). 384: ------------------------------------------------------------------------------ 384: Surface model version: JSBACH 3.20p1 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : jsbach 384: memory used : 178304 384: list elements : 132 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _jsbach 384: restart file suffix: _jsbach 384: initial file suffix: _jsbach 384: filetype : GRIB1 384: output compression : SZIP 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: landseamask 2 1 T GAUSSIAN F F F T 180 1 16 SURFACE 384: snow_melt_inst m 2 11 T LAND F F F T 180 1 16 TILES 384: water_balance kg/m^2s 1 1 T LAND F F T F 180 1 16 SURFACE 384: water_storage_pre m 1 1 T LAND F F T T 180 1 16 SURFACE 384: net_radiation W/m^2 1 1 T LAND F T F T 180 1 16 SURFACE 384: tair_max K 1 1 T LAND F F F T 180 1 16 SURFACE 384: tair_min K 1 1 T LAND F F F T 180 1 16 SURFACE 384: wind_lal_acc m/s 1 1 T LAND F T F T 180 1 16 SURFACE 384: cover_fract_pot 2 11 T LAND T F T T 180 10 16 TILES 384: cover_type 2 11 T LAND F F F F 180 11 16 TILES 384: cover_fract 2 11 T LAND T F T T 180 12 16 TILES 384: albedo 2 11 T LAND F F F T 180 13 16 TILES 384: albedo_vis 2 11 T LAND T F T T 180 14 16 TILES 384: albedo_nir 2 11 T LAND T F T T 180 15 16 TILES 384: elevation m 1 1 T LAND F F F T 180 16 16 SURFACE 384: orography_std_dev m 1 1 T LAND F F F T 180 17 16 SURFACE 384: forest_fract 1 1 T LAND F F F T 180 18 16 SURFACE 384: veg_ratio 2 11 T LAND F F F T 180 19 16 TILES 384: veg_ratio_max 1 1 T LAND T F T T 180 20 16 SURFACE 384: soil_ice_content m 3 5 T LAND F F F T 180 20 16 BELOWSUR 384: swdown_acc W m-2 1 1 T LAND T T T T 180 21 16 SURFACE 384: swdown_reflect_acc W m-2 1 1 T LAND T T T T 180 22 16 SURFACE 384: rock_fract 1 1 T LAND F F F T 180 23 16 SURFACE 384: box_veg_ratio 2 11 T LAND T F T F 180 24 16 TILES 384: land_fract 1 1 T LAND T F F T 180 25 16 SURFACE 384: lake_fract 1 1 T LAND F F F T 180 26 16 SURFACE 384: swdown_absorb_nosno_acc W m-2 1 1 T LAND T T T T 180 30 16 SURFACE 384: albedo_vis_nosno_tiles 2 11 T LAND F F T T 180 31 16 TILES 384: albedo_nir_nosno_tiles 2 11 T LAND F F T T 180 32 16 TILES 384: surface_temperature K 2 11 T LAND F F F T 180 35 16 TILES 384: surface_temperature_old 2 11 T LAND F F F T 180 36 16 TILES 384: surface_temp_unfiltered 2 11 T LAND F F F T 180 37 16 TILES 384: surface_radiative_temp 2 11 T LAND F F F T 180 38 16 TILES 384: surface_qsat 2 11 T LAND F F F T 180 39 16 TILES 384: ground_heat_flux_inst W m-2 2 11 T LAND F F F T 180 40 16 TILES 384: ground_heat_flux W m-2 2 11 T LAND F T F T 180 41 16 TILES 384: heat_capacity J m-2 K- 2 11 T LAND F F F T 180 42 16 TILES 384: evapotranspiration_inst kg m-2 s 2 11 T LAND F F F T 180 43 16 TILES 384: evapotranspiration kg m-2 s 2 11 T LAND F T F T 180 44 16 TILES 384: evaporation_pot_inst kg m-2 s 2 11 T LAND F F F T 180 45 16 TILES 384: sensible_heat_flux_inst W m-2 2 11 T LAND F F F T 180 46 16 TILES 0: MPIOM: current date: 2100-01-01 06:00:00 begin of timestep (day): 9 (run): 9 384: sensible_heat_flux W m-2 2 11 T LAND F T F T 180 47 16 TILES 384: latent_heat_flux_inst W m-2 2 11 T LAND F F F T 180 48 16 TILES 384: latent_heat_flux W m-2 2 11 T LAND F T F T 180 49 16 TILES 384: soil_albedo 2 11 T LAND F F F F 180 50 16 TILES 384: albedo_veg_vis 2 11 T LAND F F F F 180 51 16 TILES 384: albedo_veg_nir 2 11 T LAND F F F F 180 52 16 TILES 384: albedo_soil_vis 2 11 T LAND F F F F 180 53 16 TILES 384: albedo_soil_nir 2 11 T LAND F F F F 180 54 16 TILES 384: skin_reservoir m 2 11 T LAND T F T T 180 55 16 TILES 384: relative_humidity_air_inst 1 1 T LAND T F T T 180 56 16 SURFACE 384: soil_moisture m 2 11 T LAND F F F T 180 57 16 TILES 384: rel_soil_moisture 2 11 T LAND F F F T 180 58 16 TILES 384: snow m 2 11 T LAND F F F T 180 59 16 TILES 384: snow_fract 2 11 T LAND F F F T 180 60 16 TILES 384: wetskin_fract 2 11 T LAND F F F T 180 60 16 TILES 384: snow_accumulation kg m-2 s 2 11 T LAND F T F T 180 61 16 TILES 384: snow_melt kg m-2 s 2 11 T LAND F T F T 180 62 16 TILES 384: runoff kg m-2 s 2 11 T LAND F T F T 180 63 16 TILES 384: drainage kg m-2 s 2 11 T LAND F T F T 180 64 16 TILES 384: glacier_depth m 2 11 T LAND F F F T 180 65 16 TILES 384: glacier_precip_minus_evap m 2 11 T LAND F T F T 180 66 16 TILES 384: glacier_runoff kg m-2 s 2 11 T LAND T T T T 180 67 16 TILES 384: soil_temperature K 3 5 T LAND F F F T 180 68 16 BELOWSUR 384: c_soil_temp_coef 3 5 T LAND F F F T 180 69 16 BELOWSUR 384: d_soil_temp_coef 3 5 T LAND F F F T 180 70 16 BELOWSUR 384: dry_static_energy_new 2 11 T LAND F F F T 180 71 16 TILES 384: csat 1 1 T LAND F F T T 180 72 16 SURFACE 384: cair 1 1 T LAND F F T T 180 73 16 SURFACE 384: csat_transpiration 1 1 T LAND F F T T 180 74 16 SURFACE 384: transpiration_inst kg m-2 s 2 11 T LAND F F F T 180 75 16 TILES 384: transpiration kg m-2 s 2 11 T LAND F T F T 180 76 16 TILES 384: snow_age 1 1 T LAND T F T T 180 77 16 SURFACE 384: water_storage_pre_acc m 1 1 T LAND F T T T 180 77 16 SURFACE 384: water_balance_acc kg/m^2s 1 1 T LAND F T T T 180 78 16 SURFACE 384: bare_soil_evaporation kg/m^2s 1 1 T LAND F T F T 180 79 16 SURFACE 384: snow_evaporation kg/m^2s 1 1 T LAND F T F T 180 80 16 SURFACE 384: skin_evaporation kg/m^2s 1 1 T LAND F T F T 180 81 16 SURFACE 384: reduced_evaporation kg/m^2s 1 1 T LAND F T F T 180 82 16 SURFACE 384: precip_acc kg/m^2s 1 1 T LAND F T T T 180 83 16 SURFACE 384: layer_moisture m 2 5 T LAND T F T T 180 84 16 SOILLEV 384: qair kg/kg 2 11 T LAND F F F F 180 87 16 TILES 384: qair_acc kg/kg 2 11 T LAND F T F T 180 88 16 TILES 384: z0m m 1 1 T LAND F F F T 180 93 16 SURFACE 384: z0h m 1 1 T LAND F F F T 180 94 16 SURFACE 384: evaporation_deficit kg/m^2s 1 1 T LAND F T F T 180 102 16 SURFACE 384: canopy_cond_bethy m/s 2 11 T LAND F F F T 180 105 16 TILES 384: canopy_cond_limited m/s 2 11 T LAND F F F T 180 106 16 TILES 384: lai 2 11 T LAND T F T T 180 107 16 TILES 384: lai_max 2 11 T LAND F F F T 180 108 16 TILES 384: snow_depth_canopy m 2 11 T LAND T F T T 180 109 16 TILES 384: zril_old 1 1 T LAND F F F T 180 109 16 SURFACE 384: snow_fract_canopy 2 11 T LAND T F T T 180 110 16 TILES 384: veg_height m 2 11 T LAND F F F T 180 111 16 TILES 384: veg_fract_correction 2 11 T LAND T F T F 180 116 16 TILES 384: canopy_conductance m/s 2 11 T LAND T T T T 180 120 16 TILES 384: CO2_conc_leaf mol(CO2) 2 11 T LAND F F F T 180 123 16 TILES 384: net_assimilation_acc mol(CO2) 2 11 T LAND T T T T 180 124 16 TILES 384: fapar 2 11 T LAND F T F T 180 125 16 TILES 384: gross_assimilation_acc mol(CO2) 2 11 T LAND T T T T 180 126 24 TILES 384: dark_respiration_acc mol(CO2) 2 11 T LAND F T T T 180 127 16 TILES 384: max_carbox_rate mol(CO2) 2 11 T LAND F T F T 180 129 16 TILES 384: max_e_transport_rate mol(CO2) 2 11 T LAND F T F T 180 130 16 TILES 384: carbox_rate mol(CO2) 2 11 T LAND F T F T 180 131 16 TILES 384: e_transport_rate mol(CO2) 2 11 T LAND F T F T 180 132 24 TILES 384: gross_assimilation_inst mol(CO2) 2 11 T LAND F F F T 180 133 24 TILES 384: dark_respiration_inst mol(CO2) 2 11 T LAND F F F T 180 134 16 TILES 384: lai_layer 3 3 T LAND F F F T 180 135 16 CANOPY 384: canopy_conductance_layer 3 3 T LAND F F F T 180 136 16 CANOPY 384: gross_assimiliation_layer 3 3 T LAND F F F T 180 137 24 CANOPY 384: dark_respiration_layer 3 3 T LAND F F F T 180 138 16 CANOPY 384: surface_temperature_acc K 2 11 T LAND F T F T 180 139 16 TILES 384: max_carbox_rate_layer 3 3 T LAND F F F T 180 140 16 CANOPY 384: max_e_transport_rate_layer 3 3 T LAND F F F T 180 141 16 CANOPY 384: carbox_rate_layer 3 3 T LAND F F F T 180 142 16 CANOPY 384: e_transport_rate_layer 3 3 T LAND F F F T 180 143 16 CANOPY 384: faPAR_layer 3 3 T LAND F F F T 180 144 16 CANOPY 384: canopy_conductance_unlimited m/s 2 11 T LAND F T T T 180 145 16 TILES 384: CO2_conc_leaf_acc mol(CO2) 2 11 T LAND F T T T 180 146 16 TILES 384: CO2_conc_leaf_unlimited_acc mol(CO2) 2 11 T LAND F T T T 180 147 16 TILES 384: apar_acc mol(PHOT 2 11 T LAND T T T T 180 148 16 TILES 384: par_acc mol(PHOT 2 11 T LAND F T T T 180 149 16 TILES 384: CO2_flux_net mol(CO2) 1 1 T LAND T T T T 180 160 16 SURFACE 384: CO2_flux_herbivory mol(CO2) 1 1 T LAND T T T T 180 161 16 SURFACE 384: CO2_emission_landcover_change mol(CO2) 1 1 T LAND T T T T 180 162 16 SURFACE 384: CO2_emission_harvest mol(CO2) 1 1 T LAND T T T T 180 163 16 SURFACE 384: CO2_flux_dynveg mol(CO2) 1 1 T LAND T T T T 180 164 16 SURFACE 384: aros 1 1 T LAND F F F T 180 0 16 SURFACE 384: adrain 1 1 T LAND F F F T 180 0 16 SURFACE 384: apmecal 1 1 T LAND F F F T 180 0 16 SURFACE 384: disch m/s 2 1 T GAUSSIAN T F F T 180 218 24 SURFACE 384: awfre kg/m**2s 2 1 T GAUSSIAN T F F T 180 242 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : land 384: memory used : 7808 384: list elements : 57 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _land 384: restart file suffix: _land 384: initial file suffix: _land 384: filetype : GRIB1 384: output compression : SZIP 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: snow_melt_inst m 1 1 T LAND F F T F 180 1 16 SURFACE 384: albedo 1 1 T LAND F F T F 180 13 16 SURFACE 384: surface_temperature K 1 1 T LAND F F T F 180 35 16 SURFACE 384: surface_radiative_temp K 1 1 T LAND T F T F 180 36 16 SURFACE 384: surface_qsat kg/kg 1 1 T LAND F F T F 180 39 16 SURFACE 384: ground_heat_flux W/m^2 1 1 T LAND T T T F 180 40 16 SURFACE 384: heat_capacity J m-2 K- 1 1 T LAND F F T F 180 42 16 SURFACE 384: evapotranspiration kg/m^2s 1 1 T LAND T T T F 180 44 24 SURFACE 384: sensible_heat_flx W/m^2 1 1 T LAND F T T F 180 47 16 SURFACE 384: latent_heat_flx W/m^2 1 1 T LAND F T T F 180 49 16 SURFACE 384: soil_albedo 1 1 T LAND F F T F 180 50 16 SURFACE 384: skin_reservoir m 1 1 T LAND F F T F 180 55 24 SURFACE 384: soil_moisture m 1 1 T LAND F F T F 180 57 16 SURFACE 384: snow m 1 1 T LAND F F T F 180 59 24 SURFACE 384: snow_fract 1 1 T LAND T F T F 180 60 16 SURFACE 384: snow_accumulation kg/m^2s 1 1 T LAND F T T F 180 61 16 SURFACE 384: snow_melt kg/m^2s 1 1 T LAND F T T F 180 62 16 SURFACE 384: runoff kg/m^2s 1 1 T LAND F T T F 180 63 24 SURFACE 384: drainage kg/m^2s 1 1 T LAND F T T F 180 64 24 SURFACE 384: glacier_depth m 1 1 T LAND F F T F 180 65 16 SURFACE 384: glacier_precip_minus_evap kg/m^2s 1 1 T LAND F T T F 180 66 24 SURFACE 384: glacier_runoff kg/m^2s 1 1 T LAND T T T F 180 67 16 SURFACE 384: soil_temperature K 2 5 T LAND T F T F 180 68 16 BELOWSUR 384: csat 1 1 T LAND T F T F 180 72 16 SURFACE 384: cair 1 1 T LAND T F T F 180 73 16 SURFACE 384: csat_transpiration 1 1 T LAND T F T F 180 74 16 SURFACE 384: transpiration kg/m^2s 1 1 T LAND T T T F 180 76 24 SURFACE 384: water_storage_pre m 1 1 T LAND T T F F 180 77 16 SURFACE 384: water_balance kg/m^2s 1 1 T LAND T T T F 180 78 24 SURFACE 384: bare_soil_evaporation kg/m^2s 1 1 T LAND T T T F 180 79 24 SURFACE 384: snow_evaporation kg/m^2s 1 1 T LAND T T T F 180 80 24 SURFACE 384: skin_evaporation kg/m^2s 1 1 T LAND T T T F 180 81 24 SURFACE 384: reduced_evaporation kg/m^2s 1 1 T LAND T T T F 180 82 24 SURFACE 384: precip_acc kg/m^2s 1 1 T LAND T T T F 180 83 24 SURFACE 384: net_radiation W/m^2 1 1 T LAND F T T F 180 85 16 SURFACE 384: wetskin_fract 1 1 T LAND T F T F 180 86 16 SURFACE 384: surface_qair kg/kg 1 1 T LAND T T T F 180 91 16 SURFACE 384: evaporation_deficit kg/m^2s 1 1 T LAND T T T F 180 102 24 SURFACE 384: tair K 1 1 T LAND F F T F 180 103 16 SURFACE 384: tair_max K 1 1 T LAND T F T F 180 104 16 SURFACE 384: canopy_cond_bethy m/s 1 1 T LAND F F T F 180 105 16 SURFACE 384: tair_min K 1 1 T LAND T F T F 180 105 16 SURFACE 384: canopy_cond_limited m/s 1 1 T LAND F F T F 180 106 16 SURFACE 384: wind_lal_acc m/s 1 1 T LAND T T T F 180 106 16 SURFACE 384: lai 1 1 T LAND T F T F 180 107 16 SURFACE 384: lai_max 1 1 T LAND F F T F 180 108 16 SURFACE 384: qair_lal m/s 1 1 T LAND F F T F 180 108 16 SURFACE 384: snow_depth_canopy m 1 1 T LAND T F T F 180 109 16 SURFACE 384: snow_fract_canopy 1 1 T LAND T F T F 180 110 16 SURFACE 384: wind_lal m/s 1 1 T LAND F F T F 180 111 16 SURFACE 384: net_assimilation mol(CO2) 1 1 T LAND T T T F 180 124 16 SURFACE 384: fapar 1 1 T LAND F T T F 180 125 16 SURFACE 384: gross_assimilation mol(CO2) 1 1 T LAND T T T F 180 126 16 SURFACE 384: dark_respiration mol(CO2) 1 1 T LAND F T T F 180 127 16 SURFACE 384: surface_temperature_acc K 1 1 T LAND T T T F 180 139 16 SURFACE 384: apar_acc mol(PHOT 1 1 T LAND T T T F 180 148 16 SURFACE 384: par_acc mol(PHOT 1 1 T LAND T T T F 180 149 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : accw 384: memory used : 1024 384: list elements : 8 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _accw 384: restart file suffix: _accw 384: initial file suffix: _accw 384: filetype : GRIB1 384: output compression : SZIP 384: interval index : 1 384: fileID : 56 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: runoff kg/m^2s 1 1 T LAND T T T T 185 160 24 SURFACE 384: drainage kg/m^2s 1 1 T LAND T T T T 185 161 24 SURFACE 384: ground_heat_flux W/m^2 1 1 T LAND T T T T 185 206 16 SURFACE 384: glacier_runoff kg/m^2s 1 1 T LAND T T T T 185 215 16 SURFACE 384: snow_melt kg/m^2s 1 1 T LAND T T T T 185 218 16 SURFACE 384: glacier_precip_minus_evap kg/m^2s 1 1 T LAND T T T T 185 221 24 SURFACE 384: snow_accumulation kg/m^2s 1 1 T LAND T T T T 185 222 16 SURFACE 384: glacier_melt kg/m^2s 1 1 T LAND T T T T 185 228 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : veg 384: memory used : 157184 384: list elements : 228 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _veg 384: restart file suffix: _veg 384: initial file suffix: _veg 384: filetype : GRIB1 384: output compression : SZIP 384: interval index : 2 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: temp_sum_day 1 1 T LAND F F T T 181 1 16 SURFACE 384: temp_sum_month 1 1 T LAND F F T T 181 2 16 SURFACE 384: min_mmtemp_of_yr 1 1 T LAND F F T T 181 3 16 SURFACE 384: max_mmtemp_of_yr 1 1 T LAND F F T T 181 4 16 SURFACE 384: min_mmtemp20 1 1 T LAND F F T T 181 5 16 SURFACE 384: max_mmtemp20 1 1 T LAND F F T T 181 6 16 SURFACE 384: surftemp_sum 2 11 T LAND F F T T 181 7 16 TILES 384: prev_year_soiltemp 2 11 T LAND F F T T 181 8 16 TILES 384: rel_soilmoist_sum 2 11 T LAND F F T T 181 9 16 TILES 384: prev_year_soilmoist 2 11 T LAND F F T T 181 10 16 TILES 384: ann_precip_sum 1 1 T LAND F F T T 181 11 16 SURFACE 384: prev_year_precip 1 1 T LAND F F T T 181 12 16 SURFACE 384: ann_gdd_sum 2 11 T LAND F F T T 181 13 16 TILES 384: prev_year_gdd 2 11 T LAND F F T T 181 14 16 TILES 384: gdd_upper_tlim_sum 2 11 T LAND F F T T 181 15 16 TILES 384: gdd_upper_tlim 2 11 T LAND F F T T 181 16 16 TILES 384: ann_npp_sum 2 11 T LAND F F T T 181 17 16 TILES 384: prev_year_npp mol(CO2) 2 11 T LAND T F T T 181 18 16 TILES 384: ave_npp5 mol(CO2) 2 11 T LAND T F T T 181 19 16 TILES 384: prev_day_max_wind10 m/s 1 1 T LAND T F T T 181 20 16 SURFACE 384: rel_hum_air 1 1 T LAND F F T T 181 21 16 SURFACE 384: max_wind10_act 1 1 T LAND F F T T 181 22 16 SURFACE 384: max_wind10 m/s 1 1 T LAND T F T T 181 23 16 SURFACE 384: rel_hum_air_yDay % 1 1 T LAND T F T T 181 24 16 SURFACE 384: top_layer_soil_moisture m/m 2 11 T LAND T F T T 181 26 16 TILES 384: wind_sum_day 1 1 T LAND F F T T 181 27 16 SURFACE 384: top_layer_soil_moisture_sum_day 2 11 T LAND F F T T 181 28 16 TILES 384: prev_day_temp_max K 1 1 T LAND T F T T 181 29 16 SURFACE 384: prev_day_temp_min K 1 1 T LAND T F T T 181 30 16 SURFACE 384: act_fpc 2 11 T LAND T F T T 181 31 16 TILES 384: curr_day_temp_max 1 1 T LAND F F T T 181 32 16 SURFACE 384: curr_day_temp_min 1 1 T LAND F F T T 181 33 16 SURFACE 384: desert_fpc 1 1 T LAND T F T T 181 34 16 SURFACE 384: bare_fpc 1 1 T LAND T F T T 181 35 16 SURFACE 384: max_green_bio mol(C) m 2 11 T LAND F F T T 181 36 16 TILES 384: prev_day_precip_mean kg m-2 s 1 1 T LAND T F T T 181 37 16 SURFACE 384: pot_fpc 2 11 T LAND T F T T 181 38 16 TILES 384: bio_exist 2 11 T LAND T F T T 181 39 16 TILES 384: sum_green_bio_memory mol(C) m 1 1 T LAND T F T T 181 40 16 SURFACE 384: prev_day_mean_wind10 m/s 1 1 T LAND T F T T 181 42 16 SURFACE 384: burned_YC_acid_ag_wood mol(C) m 2 11 T LAND F F T T 181 43 16 TILES 384: burned_YC_water_ag_green mol(C) m 2 11 T LAND F F T T 181 46 16 TILES 384: burned_YC_water_ag_wood mol(C) m 2 11 T LAND F F T T 181 47 16 TILES 384: burned_YC_ethanol_ag_green mol(C) m 2 11 T LAND F F T T 181 48 16 TILES 384: burned_YC_ethanol_ag_wood mol(C) m 2 11 T LAND F F T T 181 49 16 TILES 384: box_burned_frac_diag_avg m2/m2 (g 2 11 T LAND T T T T 181 50 16 TILES 384: fuel mol(C)/m 1 1 T LAND T F T T 181 51 16 SURFACE 384: burned_frac m2/m2(ve 2 11 T LAND T F T T 181 52 16 TILES 384: box_burned_frac_avg m2/m2(gr 2 11 T LAND T T T T 181 53 16 TILES 384: damaged_frac m2/m2(ve 2 11 T LAND T F T T 181 54 16 TILES 384: box_damaged_frac_avg m2/m2(gr 2 11 T LAND T T T F 181 55 16 TILES 384: box_fire_CO2_flux_2_atmos kg(CO2) 1 1 T LAND T T T T 181 56 16 SURFACE 384: dist_carbon_2_GreenLitterPools mol(C) m 1 1 T LAND F F T F 181 57 16 SURFACE 384: dist_carbon_2_WoodLitterPools mol(C) m 1 1 T LAND F F T F 181 58 16 SURFACE 384: dist_carbon_2_atmos mol(C) m 1 1 T LAND F F T T 181 59 16 SURFACE 384: dist_nitrogen_2_GreenLitterPoolsmol(N) m 1 1 T LAND F F T F 181 60 16 SURFACE 384: dist_nitrogen_2_WoodLitterPools mol(N) m 1 1 T LAND F F T F 181 61 16 SURFACE 384: dist_nitrogen_2_atmos mol(N) m 1 1 T LAND T F T T 181 62 16 SURFACE 384: dist_nitrogen_2_sminn mol(N) m 1 1 T LAND F F T T 181 63 16 SURFACE 384: burned_YC_acid_ag_green mol(C) m 2 11 T LAND F F T T 181 64 16 TILES 384: frac_1hr_wood 2 11 T LAND T F T T 181 65 16 TILES 384: frac_10hr_wood 2 11 T LAND T F T T 181 66 16 TILES 384: frac_100hr_wood 2 11 T LAND T F T T 181 67 16 TILES 384: frac_1000hr_wood 2 11 T LAND T F T T 181 68 16 TILES 384: NI_acc 1 1 T LAND T F T T 181 69 16 SURFACE 384: burned_YC_nonsoluble_ag_green mol(C) m 2 11 T LAND F F T T 181 70 16 TILES 384: burned_YC_nonsoluble_ag_wood mol(C) m 2 11 T LAND F F T T 181 71 16 TILES 384: burned_Cpool_litter_wood_ag mol(C) m 2 11 T LAND F F T T 181 72 16 TILES 384: burned_Cpool_litter_green_ag mol(C) m 2 11 T LAND F F T T 181 73 16 TILES 384: frac_litter_wood_new 2 11 T LAND T F T T 181 75 16 TILES 384: burned_Cpool_green g(?) m-2 2 11 T LAND F F T T 181 76 16 TILES 384: postfire_mortality 2 11 T LAND F F F T 181 77 16 TILES 384: Box_flux_harvest_2atmos mol(C) m 1 1 T LAND T T T T 181 80 16 SURFACE 384: LCC_coverFract_target 2 11 T LAND T F T T 181 81 16 TILES 384: LCC_flux_box_C2atmos mol(C) m 1 1 T LAND T T T F 181 82 16 SURFACE 384: LCC_flux_box_C2litterGreenPools mol(C) m 1 1 T LAND T T T F 181 83 16 SURFACE 384: LCC_flux_box_C2litterWoodPool mol(C) m 1 1 T LAND T T T F 181 84 16 SURFACE 384: TransMtrx_CROP_2_PAST - 1 1 T LAND F F F T 181 91 16 SURFACE 384: TransMtrx_PAST_2_CROP - 1 1 T LAND F F F T 181 92 16 SURFACE 384: TransMtrx_NATL_2_PAST - 1 1 T LAND F F F T 181 93 16 SURFACE 384: TransMtrx_PAST_2_NATL - 1 1 T LAND F F F T 181 94 16 SURFACE 384: TransMtrx_CROP_2_NATL - 1 1 T LAND F F F T 181 95 16 SURFACE 384: TransMtrx_NATL_2_CROP - 1 1 T LAND F F F T 181 96 16 SURFACE 384: TransMtrx_FRST_2_PAST - 1 1 T LAND F F F T 181 97 16 SURFACE 384: box_C_flux_2_atmos_tiled kg(C) m- 2 11 T LAND F T T T 181 97 16 TILES 384: TransMtrx_PAST_2_FRST - 1 1 T LAND F F F T 181 98 16 SURFACE 384: dist_carbon_2_atmos_tiled mol(C) m 2 11 T LAND F F T T 181 98 16 TILES 384: TransMtrx_GRAS_2_PAST - 1 1 T LAND F F F T 181 99 16 SURFACE 384: TransMtrx_PAST_2_GRAS - 1 1 T LAND F F F T 181 100 16 SURFACE 384: TransMtrx_FRST_2_CROP - 1 1 T LAND F F F T 181 101 16 SURFACE 384: TransMtrx_CROP_2_FRST - 1 1 T LAND F F F T 181 102 16 SURFACE 384: TransMtrx_GRAS_2_CROP - 1 1 T LAND F F F T 181 103 16 SURFACE 384: TransMtrx_CROP_2_GRAS - 1 1 T LAND F F F T 181 104 16 SURFACE 384: Grass_coverFract_lastYear - 1 1 T LAND F F F T 181 105 16 SURFACE 384: NatWood_coverFract_lastYear - 1 1 T LAND F F F T 181 106 16 SURFACE 384: Pasture_coverFract_lastYear - 1 1 T LAND F F F T 181 107 16 SURFACE 384: Crop_coverFract_lastYear - 1 1 T LAND F F F T 181 108 16 SURFACE 384: CROP_2_NATL_ignored - 1 1 T LAND T F T T 181 123 16 SURFACE 384: PAST_2_NATL_ignored - 1 1 T LAND T F T T 181 124 16 SURFACE 384: Box_harvest mol(C) m 1 1 T LAND T F T T 181 125 16 SURFACE 384: Box_flux_harvest mol(C) m 1 1 T LAND T T T T 181 126 16 SURFACE 384: C2atmos_LUtrans mol(C) m 1 1 T LAND F F T T 181 127 16 SURFACE 384: C2atmos_harvest mol(C) m 1 1 T LAND F F T T 181 128 16 SURFACE 384: excess_NPP mol(CO2) 2 11 T LAND T F T T 181 130 16 TILES 384: root_exudates mol(C) m 2 11 T LAND T F T T 181 131 16 TILES 384: Cflux_herbivory mol(C) m 2 11 T LAND T F T T 181 132 16 TILES 384: Cflux_herbivory_LG mol(C) m 2 11 T LAND T F T T 181 133 16 TILES 384: Cflux_herbivory_2_atm mol(C) m 2 11 T LAND T F T T 181 134 16 TILES 384: box_root_exudates mol(C) m 2 11 T LAND T F T T 181 135 16 TILES 384: box_Cflux_herbivory mol(C) m 2 11 T LAND T F T T 181 136 16 TILES 384: jsbachCconserv mol(CO2) 1 1 T LAND T F T T 181 138 16 SURFACE 384: CO2_fluxes_accu mol(CO2) 1 1 T LAND F F T T 181 139 16 SURFACE 384: box_Cpools_total_old mol(CO2) 1 1 T LAND F F T T 181 140 16 SURFACE 384: box_Cpools_total_old2 mol(CO2) 1 1 T LAND F F T T 181 141 16 SURFACE 384: LAI_previousDayMean 2 11 T LAND F F T T 181 142 16 TILES 384: topSoilTemp_sum 1 1 T LAND F F F T 181 143 16 SURFACE 384: box_Cflux_herbivory_2_atm mol(C) m 2 11 T LAND T F T T 181 143 16 TILES 384: alpha_sum 2 11 T LAND F F F T 181 144 16 TILES 384: LAI_sum 2 11 T LAND F F F T 181 145 16 TILES 384: NPP_sum 2 11 T LAND F F F T 181 146 16 TILES 384: GPP_sum 2 11 T LAND F F F T 181 147 16 TILES 384: Cpool_litter_wood_ag mol(C) m 2 11 T LAND F F T T 181 148 16 TILES 384: Cpool_litter_wood_bg mol(C) m 2 11 T LAND F F T T 181 149 16 TILES 384: Cpool_green mol(C) m 2 11 T LAND F F T T 181 150 16 TILES 384: Cpool_woods mol(C) m 2 11 T LAND F F T T 181 151 16 TILES 384: Cpool_reserve mol(C) m 2 11 T LAND F F T T 181 152 16 TILES 384: Cpool_litter_green_bg mol(C) m 2 11 T LAND F F T T 181 153 16 TILES 384: Cpool_slow mol(C) m 2 11 T LAND F F T T 181 154 16 TILES 384: NPP_Rate mol(CO2) 2 11 T LAND F F T T 181 155 16 TILES 384: soil_respiration mol(C) m 2 11 T LAND F F T T 181 156 16 TILES 384: NPP_flux_correction mol(CO2) 2 11 T LAND T F T T 181 157 16 TILES 384: Cflx_2_crop_harvest mol(C) m 2 11 T LAND F F T T 181 158 16 TILES 384: box_Cflx_2_crop_harvest mol(C) m 1 1 T LAND T F T T 181 158 16 SURFACE 384: boxC_litter_wood mol(C) m 2 11 T LAND F F T T 181 159 16 TILES 384: boxC_green mol(C) m 2 11 T LAND T F T T 181 160 16 TILES 384: boxC_woods mol(C) m 2 11 T LAND T F T T 181 161 16 TILES 384: boxC_reserve mol(C) m 2 11 T LAND T F T T 181 162 16 TILES 384: boxC_litter_green_bg mol(C) m 2 11 T LAND F F T T 181 163 16 TILES 384: boxC_slow mol(C) m 2 11 T LAND F F T T 181 164 16 TILES 384: LAI_yDayMean 2 11 T LAND T F T T 181 165 16 TILES 384: NPP_yDayMean mol(CO2) 2 11 T LAND T F T T 181 166 16 TILES 384: GPP_yDayMean mol(CO2) 2 11 T LAND F F T T 181 167 16 TILES 384: topSoilTemp_yDayMean K 1 1 T LAND T F T T 181 168 16 SURFACE 384: alpha_yDayMean 2 11 T LAND T F T T 181 169 16 TILES 384: box_soil_respiration mol(C) m 2 11 T LAND T F T T 181 170 16 TILES 384: box_NPP_yDayMean mol(CO2) 2 11 T LAND T F T T 181 171 16 TILES 384: box_NPP_flux_correction mol(CO2) 2 11 T LAND T F T T 181 172 16 TILES 384: box_GPP_yDayMean mol(CO2) 2 11 T LAND T F T T 181 173 16 TILES 384: litter_flux mol(CO2) 2 11 T LAND F F T T 181 174 16 TILES 384: box_litter_flux mol(CO2) 2 11 T LAND T F T T 181 175 16 TILES 384: box_Cpools_total mol(CO2) 1 1 T LAND T F T T 181 176 16 SURFACE 384: Cpool_litter_green_ag mol(C) m 2 11 T LAND F F T T 181 177 16 TILES 384: box_NPP_act_yDayMean mol(CO2) 2 11 T LAND T F T T 181 178 16 TILES 384: boxC_litter_green_ag mol(C) m 2 11 T LAND F F T T 181 179 16 TILES 384: growth_phase_SG 1 1 T LAND T F T T 181 181 16 SURFACE 384: growth_phase_EG 1 1 T LAND T F T T 181 182 16 SURFACE 384: days_since_growth_begin_EG 1 1 T LAND F F F T 181 183 16 SURFACE 384: days_since_growth_begin_SG 1 1 T LAND F F F T 181 184 16 SURFACE 384: previous_day_temp degC 1 1 T LAND T F T T 181 185 16 SURFACE 384: pseudo_soil_temp degC 1 1 T LAND T F T T 181 186 16 SURFACE 384: day_temp_sum degC 1 1 T LAND F F F T 181 187 16 SURFACE 384: heat_sum_EG degC d 1 1 T LAND T F T T 181 188 16 SURFACE 384: heat_sum_SG degC d 1 1 T LAND T F T T 181 189 16 SURFACE 384: chill_days_EG 1 1 T LAND T F T T 181 190 16 SURFACE 384: chill_days_SG 1 1 T LAND T F T T 181 191 16 SURFACE 384: previous_day_NPP_rate mol(CO2) 2 11 T LAND F F T T 181 192 16 TILES 384: day_NPP_sum mol(CO2) 2 11 T LAND F F F T 181 193 16 TILES 384: laiMax_dyn 2 11 T LAND F F F T 181 194 16 TILES 384: year_NPP_sum mol(CO2) 2 11 T LAND F F F T 181 195 16 TILES 384: growth_phase_CRP 1 1 T LAND T F T T 181 196 16 SURFACE 384: heat_sum_CRP degC d 1 1 T LAND T F T T 181 197 16 SURFACE 384: precip_sum_day 1 1 T LAND F F T T 181 198 16 SURFACE 384: heat_sum_winter degC d 1 1 T LAND T F T T 181 199 16 SURFACE 384: previous_day_temp_min degC 1 1 T LAND T F T T 181 205 16 SURFACE 384: previous_day_temp_max degC 1 1 T LAND T F T T 181 206 16 SURFACE 384: day_temp_min degC 1 1 T LAND F F F T 181 207 16 SURFACE 384: day_temp_max degC 1 1 T LAND F F F T 181 208 16 SURFACE 384: NPP_act_yDayMean mol(CO2) 2 11 T LAND T F T T 181 210 16 TILES 384: Cflx_crop_harvest_2_atm mol(C) m 2 11 T LAND F F T T 181 211 16 TILES 384: box_Cflx_crop_harvest_2_atm mol(C) m 1 1 T LAND T F T T 181 211 16 SURFACE 384: Cpool_onSite_LCC mol(C) m 1 1 T LAND F F T T 181 212 16 SURFACE 384: redFact_Nlimitation dimensio 2 11 T LAND T F T T 181 212 16 TILES 384: Cpool_crop_harvest mol(C) m 2 11 T LAND F F T T 181 213 16 TILES 384: Cpool_paper_LCC mol(C) m 1 1 T LAND F F T T 181 214 16 SURFACE 384: Cpool_construction_LCC mol(C) m 1 1 T LAND F F T T 181 215 16 SURFACE 384: Cpool_paper_harvest mol(C) m 1 1 T LAND F F T T 181 216 16 SURFACE 384: Cpool_construction_harvest mol(C) m 1 1 T LAND F F T T 181 217 16 SURFACE 384: boxC_onSite_LCC mol(C) m 1 1 T LAND T F T T 181 218 16 SURFACE 384: Cpool_onSite_harvest mol(C) m 1 1 T LAND F F T T 181 219 16 SURFACE 384: boxC_paper_LCC mol(C) m 1 1 T LAND T F T T 181 220 16 SURFACE 384: boxC_construction_LCC mol(C) m 1 1 T LAND T F T T 181 221 16 SURFACE 384: boxC_paper_harvest mol(C) m 1 1 T LAND T F T T 181 222 16 SURFACE 384: boxC_construction_harvest mol(C) m 1 1 T LAND T F T T 181 223 16 SURFACE 384: boxC_onSite_harvest mol(C)m- 1 1 T LAND T F T T 181 224 16 SURFACE 384: C_flux_2_onSite_LCC mol(C) m 1 1 T LAND F F T F 181 224 16 SURFACE 384: boxC_crop_harvest mol(C) m 2 11 T LAND T F T T 181 225 16 TILES 384: C_flux_2_paper_LCC mol(C) m 1 1 T LAND F F T F 181 226 16 SURFACE 384: C_flux_2_construction_LCC mol(C) m 1 1 T LAND F F T F 181 227 16 SURFACE 384: boxC_flux_2_onSite_LCC mol(C) m 1 1 T LAND T T T F 181 228 16 SURFACE 384: boxC_flux_2_paper_LCC mol(C) m 1 1 T LAND T T T F 181 230 16 SURFACE 384: boxC_flux_2_construction_LCC mol(C) m 1 1 T LAND T T T F 181 231 16 SURFACE 384: C_flux_onSite_2_atmos_LCC mol(C) m 1 1 T LAND F F T F 181 232 16 SURFACE 384: C_flux_paper_2_atmos_LCC mol(C) m 1 1 T LAND F F T F 181 234 16 SURFACE 384: drainage_sum 1 1 T LAND F F F T 181 235 16 SURFACE 384: C_flux_construction_2_atmos_LCC mol(C) m 1 1 T LAND F F T F 181 235 16 SURFACE 384: boxC_flux_onSite_2_atmos_LCC mol(C) m 1 1 T LAND T T T F 181 236 16 SURFACE 384: boxC_flux_paper_2_atmos_LCC mol(C) m 1 1 T LAND T T T F 181 238 16 SURFACE 384: boxC_flux_construction_2_atmos_Lmol(C) m 1 1 T LAND T T T F 181 239 16 SURFACE 384: C_flux_2_paper_harvest mol(C) m 1 1 T LAND F F T F 181 240 16 SURFACE 384: C_flux_2_construction_harvest mol(C) m 1 1 T LAND F F T F 181 241 16 SURFACE 384: boxC_flux_2_paper_harvest mol(C) m 1 1 T LAND T T T F 181 242 16 SURFACE 384: boxC_flux_2_construction_harvestmol(C) m 1 1 T LAND T T T F 181 243 16 SURFACE 384: C_flux_paper_2_atmos_harvest mol(C) m 1 1 T LAND F F T F 181 244 16 SURFACE 384: C_flux_construction_harvest_2_atmol(C) m 1 1 T LAND F F T F 181 245 16 SURFACE 384: boxC_flux_paper_2_atmos_harvest mol(C) m 1 1 T LAND T T T F 181 246 16 SURFACE 384: boxC_flux_construction_2_atmos_hmol(C) m 1 1 T LAND T T T F 181 247 16 SURFACE 384: drainage_yDayMean Kg m-2 s 1 1 T LAND T F T T 181 248 16 SURFACE 384: C_flux_2_onSite_harvest mol(C)m- 1 1 T LAND F F T F 181 248 16 SURFACE 384: boxC_flux_2_onSite_harvest mol(C)m- 1 1 T LAND T T T F 181 249 16 SURFACE 384: C_flux_onSite_2_atmos_harvest mol(C)m- 1 1 T LAND F F T F 181 250 16 SURFACE 384: boxC_flux_onsite_2_atmos_harvestmol(C) m 1 1 T LAND T T T F 181 251 16 SURFACE 384: soil_respiration_pot mol(C) m 2 11 T LAND F F T T 181 253 16 TILES 384: box_soil_respiration_pot mol(C) m 2 11 T LAND T F T T 181 254 16 TILES 384: burned_frac_diag m2/m2 (v 2 11 T LAND F F T T 181 0 16 TILES 384: IR_ROS kJ m-2 m 1 1 T LAND F T F T 181 0 16 SURFACE 384: mortality_crownkill 2 11 T LAND F F T F 181 0 16 TILES 384: burned_Cpool_reserve 2 11 T LAND F F T F 181 0 16 TILES 384: burned_Cpool_wood 2 11 T LAND F F T F 181 0 16 TILES 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : nitro 384: memory used : 84864 384: list elements : 73 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _nitro 384: restart file suffix: _nitro 384: initial file suffix: _nitro 384: filetype : GRIB1 384: output compression : SZIP 384: interval index : 3 384: fileID : 58 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: box_minNflux_litter_green mol(N) m 2 11 T LAND T F T T 182 70 16 TILES 384: box_minNflux_litter_wood mol(N) m 2 11 T LAND T F T T 182 71 16 TILES 384: box_minNflux_slow mol(N) m 2 11 T LAND T F T T 182 72 16 TILES 384: box_Nplant_uptake mol(N) m 2 11 T LAND T F T T 182 73 16 TILES 384: box_Nsoil_uptake mol(N) m 2 11 T LAND T F T T 182 74 16 TILES 384: box_Ntotal_uptake mol(N) m 2 11 T LAND T F T T 182 76 16 TILES 384: box_Nfix_to_sminN mol(N) m 2 11 T LAND T F T T 182 77 16 TILES 384: box_Nfert_to_sminN mol(N) m 2 11 T LAND F F T T 182 78 16 TILES 384: box_Ndep_to_sminN mol (N) 2 11 T LAND T F T T 182 79 16 TILES 384: box_sminN_to_denit mol(N) m 2 11 T LAND T F T T 182 80 16 TILES 384: box_sminN_leach mol(N) m 2 11 T LAND T F T T 182 81 16 TILES 384: box_sminN_herbivory mol(N) m 2 11 T LAND T F T T 182 82 16 TILES 384: box_sminN_loss mol(N) m 2 11 T LAND T F T T 182 84 16 TILES 384: LCC_flux_box_N2atmos mol(N) m 1 1 T LAND F T F F 182 85 16 SURFACE 384: LCC_flux_box_N2litterGreenPools mol(N) m 1 1 T LAND T T F F 182 86 16 SURFACE 384: LCC_flux_box_N2litterWoodPool mol(N) m 1 1 T LAND T T F F 182 87 16 SURFACE 384: LCC_flux_box_N2SMINNpool mol(N) m 1 1 T LAND T T F F 182 88 16 SURFACE 384: N2O_emissions_slow mol(N) m 2 11 T LAND F F T T 182 128 16 TILES 384: N2atmos_LUtrans mol(N) m 1 1 T LAND T F T T 182 129 16 SURFACE 384: N2atmos_harvest mol(N) m 1 1 T LAND T F T T 182 130 16 SURFACE 384: jsbachNconserv mol(N2) 1 1 T LAND T F T T 182 138 16 SURFACE 384: N2_fluxes_accu mol(N2) 1 1 T LAND F F T T 182 139 16 SURFACE 384: box_npools_total_old mol(N2) 1 1 T LAND F F T T 182 140 16 SURFACE 384: box_npools_total_old2 mol(N2) 1 1 T LAND F F T T 182 141 16 SURFACE 384: Nflx_2_crop_harvest mol(N) m 2 11 T LAND F F T T 182 158 16 TILES 384: box_Nflx_2_crop_harvest mol(N) m 1 1 T LAND T F T T 182 158 16 SURFACE 384: N2O_emissions_grazing mol(N) m 2 11 T LAND F F T T 182 205 16 TILES 384: Nfert_forc_2d mg (N) m 2 11 T LAND F F T T 182 206 16 TILES 384: N2O_emissions_nfert mol(N) m 2 11 T LAND F F T T 182 207 16 TILES 384: Nfert_to_sminN mol (N) 2 11 T LAND F F T T 182 208 16 TILES 384: Nfert_forc mg (N) m 1 1 T LAND F F T T 182 209 16 SURFACE 384: N2O_emissions_depfix mol(N) m 2 11 T LAND F F T T 182 210 16 TILES 384: N2O_emissions_mineraliz mol(N) m 2 11 T LAND F F T T 182 211 16 TILES 384: box_N2O_total mikro-mo 2 11 T LAND T F T T 182 212 16 TILES 384: Npool_green mol(N) m 2 11 T LAND F F T T 182 213 16 TILES 384: Npool_woods mol(N) m 2 11 T LAND F F T T 182 214 16 TILES 384: Npool_mobile mol(N) m 2 11 T LAND F F T T 182 215 16 TILES 384: Npool_litter_green_ag mol(N) m 2 11 T LAND F F T T 182 216 16 TILES 384: Npool_litter_green_bg mol(N) m 2 11 T LAND F F T T 182 217 16 TILES 384: Npool_litter_wood_ag mol(N) m 2 11 T LAND F F T T 182 218 16 TILES 384: Npool_litter_wood_bg mol(N) m 2 11 T LAND F F T T 182 219 16 TILES 384: Npool_slow mol(N) m 2 11 T LAND F F T T 182 220 16 TILES 384: sminN_pool mol(N) m 2 11 T LAND F F T T 182 221 16 TILES 384: boxN_crop_harvest mol(N) m 2 11 T LAND T F T T 182 222 16 TILES 384: minNflux_litter_green_ag mol(N) m 2 11 T LAND F F T T 182 223 16 TILES 384: minNflux_litter_green_bg mol(N) m 2 11 T LAND F F T T 182 224 16 TILES 384: minNflux_litter_wood_ag mol(N) m 2 11 T LAND F F T T 182 225 16 TILES 384: minNflux_litter_wood_bg mol(N) m 2 11 T LAND F F T T 182 226 16 TILES 384: minNflux_slow mol(N) m 2 11 T LAND F F T T 182 227 16 TILES 384: Nplant_uptake mol(N) m 2 11 T LAND F F T T 182 228 16 TILES 384: Nsoil_uptake mol(N) m 2 11 T LAND F F T T 182 229 16 TILES 384: Ntotal_uptake mol(N) m 2 11 T LAND F F T T 182 230 16 TILES 384: Nfix_to_sminN mol(N) m 2 11 T LAND F F T T 182 231 16 TILES 384: Ndep_to_sminN mol (N) 2 11 T LAND F F T T 182 232 16 TILES 384: sminN_to_denit mol(N) m 2 11 T LAND F F T T 182 233 16 TILES 384: sminN_leach mol(N) m 2 11 T LAND F F T T 182 234 16 TILES 384: Npool_crop_harvest mol(N) m 2 11 T LAND F F T T 182 235 16 TILES 384: Ndep_forc kg (N) m 1 1 T LAND T F T T 182 236 16 SURFACE 384: NetEcosyst_N_flux mol(N) m 2 11 T LAND T F T T 182 237 16 TILES 384: NPP_run_mean mol(N) m 2 11 T LAND T F T T 182 238 16 TILES 384: sminN_herbivory mol(N) m 2 11 T LAND F F T T 182 239 16 TILES 384: boxN_green mol(N) m 2 11 T LAND T F T T 182 240 16 TILES 384: boxN_woods mol(N) m 2 11 T LAND T F T T 182 241 16 TILES 384: boxN_mobile mol(N) m 2 11 T LAND T F T T 182 242 16 TILES 384: boxN_litter_green_ag mol(N) m 2 11 T LAND T F T T 182 243 16 TILES 384: boxN_litter_green_bg mol(N) m 2 11 T LAND T F T T 182 244 16 TILES 384: boxN_litter_wood_ag mol(N) m 2 11 T LAND T F T T 182 245 16 TILES 384: boxN_slow mol(N) m 2 11 T LAND T F T T 182 246 16 TILES 384: box_Npools_total mol(N) m 1 1 T LAND T F T T 182 247 16 SURFACE 384: boxN_litter_wood_bg mol(N) m 2 11 T LAND T F T T 182 248 16 TILES 384: boxN_sminN mol(N) m 2 11 T LAND T F T T 182 250 16 TILES 384: box_N2O_emissions_depfix mikro-mo 2 11 T LAND T F T T 182 251 16 TILES 384: box_N2O_emissions_mineraliz mikro-mo 2 11 T LAND T F T T 182 252 16 TILES 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : yasso 384: memory used : 56832 384: list elements : 44 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _yasso 384: restart file suffix: _yasso 384: initial file suffix: _yasso 384: filetype : GRIB1 384: output compression : SZIP 384: interval index : 4 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: YCpool_acid_ag1 mol(C) m 2 11 T LAND F F T T 184 1 16 TILES 384: YCpool_acid_bg1 mol(C) m 2 11 T LAND F F T T 184 2 16 TILES 384: YCpool_water_ag1 mol(C) m 2 11 T LAND F F T T 184 3 16 TILES 384: YCpool_water_bg1 mol(C) m 2 11 T LAND F F T T 184 4 16 TILES 384: YCpool_ethanol_ag1 mol(C) m 2 11 T LAND F F T T 184 5 16 TILES 384: YCpool_ethanol_bg1 mol(C) m 2 11 T LAND F F T T 184 6 16 TILES 384: YCpool_nonsoluble_ag1 mol(C) m 2 11 T LAND F F T T 184 7 16 TILES 384: YCpool_nonsoluble_bg1 mol(C) m 2 11 T LAND F F T T 184 8 16 TILES 384: YCpool_humus_1 mol(C) m 2 11 T LAND F F T T 184 9 16 TILES 384: pseudo_temp K 1 1 T LAND F F T T 184 19 16 SURFACE 384: pseudo_precip Kg m-2 s 1 1 T LAND F F T T 184 20 16 SURFACE 384: YCpool_acid_ag2 mol(C) m 2 11 T LAND F F T T 184 21 16 TILES 384: YCpool_acid_bg2 mol(C) m 2 11 T LAND F F T T 184 22 16 TILES 384: YCpool_water_ag2 mol(C) m 2 11 T LAND F F T T 184 23 16 TILES 384: YCpool_water_bg2 mol(C) m 2 11 T LAND F F T T 184 24 16 TILES 384: YCpool_ethanol_ag2 mol(C) m 2 11 T LAND F F T T 184 25 16 TILES 384: YCpool_ethanol_bg2 mol(C) m 2 11 T LAND F F T T 184 26 16 TILES 384: YCpool_nonsoluble_ag2 mol(C) m 2 11 T LAND F F T T 184 27 16 TILES 384: YCpool_nonsoluble_bg2 mol(C) m 2 11 T LAND F F T T 184 28 16 TILES 384: YCpool_humus_2 mol(C) m 2 11 T LAND F F T T 184 29 16 TILES 384: boxYC_acid_ag1 mol(C) m 2 11 T LAND T F T T 184 31 16 TILES 384: boxYC_acid_bg1 mol(C) m 2 11 T LAND T F T T 184 32 16 TILES 384: boxYC_water_ag1 mol(C) m 2 11 T LAND T F T T 184 33 16 TILES 384: boxYC_water_bg1 mol(C) m 2 11 T LAND T F T T 184 34 16 TILES 384: boxYC_ethanol_ag1 mol(C) m 2 11 T LAND T F T T 184 35 16 TILES 384: boxYC_ethanol_bg1 mol(C) m 2 11 T LAND T F T T 184 36 16 TILES 384: boxYC_nonsoluble_ag1 mol(C) m 2 11 T LAND T F T T 184 37 16 TILES 384: boxYC_nonsoluble_bg1 mol(C) m 2 11 T LAND T F T T 184 38 16 TILES 384: boxYC_humus_1 mol(C) m 2 11 T LAND T F T T 184 39 16 TILES 384: boxYC_acid_ag2 mol(C) m 2 11 T LAND T F T T 184 41 16 TILES 384: boxYC_acid_bg2 mol(C) m 2 11 T LAND T F T T 184 42 16 TILES 384: boxYC_water_ag2 mol(C) m 2 11 T LAND T F T T 184 43 16 TILES 384: boxYC_water_bg2 mol(C) m 2 11 T LAND T F T T 184 44 16 TILES 384: boxYC_ethanol_ag2 mol(C) m 2 11 T LAND T F T T 184 45 16 TILES 384: boxYC_ethanol_bg2 mol(C) m 2 11 T LAND T F T T 184 46 16 TILES 384: boxYC_nonsoluble_ag2 mol(C) m 2 11 T LAND T F T T 184 47 16 TILES 384: boxYC_nonsoluble_bg2 mol(C) m 2 11 T LAND T F T T 184 48 16 TILES 384: boxYC_humus_2 mol(C) m 2 11 T LAND T F T T 184 49 16 TILES 384: pseudo_temp_yDay K 1 1 T LAND T F T T 184 50 16 SURFACE 384: pseudo_precip_yDay Kg m-2 s 1 1 T LAND T F T T 184 51 16 SURFACE 384: YC_decomp_humus_1 mol(C)m- 2 11 T LAND F F T F 184 52 16 TILES 384: YC_decomp_humus_2 mol(C)m- 2 11 T LAND F F T F 184 53 16 TILES 384: YC_into_humus_1 mol(C)m- 2 11 T LAND F F T F 184 54 16 TILES 384: YC_into_humus_2 mol(C)m- 2 11 T LAND F F T F 184 55 16 TILES 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : geoloc 384: memory used : 16640 384: list elements : 19 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : F 384: lrerun flag : F 384: output file suffix: _geoloc 384: restart file suffix: _geoloc 384: initial file suffix: _geoloc 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: gboxarea m^2 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: philat degree 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: philon degree 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: sqcst 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: twomu 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: budw 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: cst 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: rcsth 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: coriol 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: racst 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: sinlat 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: coslat 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: sinlon 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: coslon 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: rz1u0 3 47 T GAUSSIAN F F F F 0 -1 16 HYBRID 384: amu0 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: rdayl 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: amu0m 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: rdaylm 2 1 T GAUSSIAN F F F F 0 -1 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : sp 384: memory used : 13240 384: list elements : 6 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _echam 384: restart file suffix: _sp 384: initial file suffix: _sp 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: st K 3 47 F SPECTRAL T F F F 128 130 16 HYBRID 384: svo 1/s 3 47 T SPECTRAL T F F F 128 138 16 HYBRID 384: lsp 3 1 F SPECTRAL T F F F 128 152 16 SURFACE 384: sd 1/s 3 47 T SPECTRAL T F F F 128 155 16 HYBRID 384: stp 3 48 T SPECTRAL F F F F 128 0 16 HYBRID_H 384: su0 2 47 T SPECTRAL F F F F 128 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : ls 384: memory used : 10336 384: list elements : 4 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _echam 384: restart file suffix: _ls 384: initial file suffix: _ls 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: svo 3 47 T SPECTRAL F F F F 0 0 16 HYBRID 384: sd 3 47 T SPECTRAL F F F F 0 0 16 HYBRID 384: stp 3 48 T SPECTRAL F F F F 0 0 16 HYBRID_H 384: su0 2 47 T SPECTRAL F F F F 0 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : f 384: memory used : 115200 384: list elements : 30 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echam 384: restart file suffix: _echam 384: initial file suffix: _f 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: fsvo 4 47 T FOURIER F F F T 0 0 16 HYBRID 384: favo 4 47 T FOURIER F F F T 0 0 16 HYBRID 384: fsu 4 47 T FOURIER F F F T 0 0 16 HYBRID 384: fau 4 47 T FOURIER F F F T 0 0 16 HYBRID 384: fsv 4 47 T FOURIER F F F T 0 0 16 HYBRID 384: fav 4 47 T FOURIER F F F T 0 0 16 HYBRID 384: fsd 4 47 T FOURIER F F F T 0 0 16 HYBRID 384: fad 4 47 T FOURIER F F F T 0 0 16 HYBRID 384: fstp 4 48 T FOURIER F F F T 0 0 16 HYBRID_H 384: fatp 4 48 T FOURIER F F F T 0 0 16 HYBRID_H 384: fstpm 4 48 T FOURIER F F F T 0 0 16 HYBRID_H 384: fatpm 4 48 T FOURIER F F F T 0 0 16 HYBRID_H 384: fsu0 2 47 T FOURIER F F F T 0 0 16 HYBRID 384: fau0 2 47 T FOURIER F F F T 0 0 16 HYBRID 384: fsdu0 2 47 T FOURIER F F F T 0 0 16 HYBRID 384: fadu0 2 47 T FOURIER F F F T 0 0 16 HYBRID 384: fsdl 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fadm 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fsr 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fszl 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fazm 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fstp1 4 48 T FOURIER F F F F 0 0 16 HYBRID_H 384: fsul 2 47 T FOURIER F F F F 0 0 16 HYBRID 384: fadl 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fsdm 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: far 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fazl 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fszm 4 47 T FOURIER F F F F 0 0 16 HYBRID 384: fatp1 4 48 T FOURIER F F F F 0 0 16 HYBRID_H 384: faul 2 47 T FOURIER F F F F 0 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : gl 384: memory used : 72192 384: list elements : 7 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echam 384: restart file suffix: _echam 384: initial file suffix: _gl 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: q kg/kg 3 47 T GAUSSIAN T F F T 128 133 16 HYBRID 384: xl kg/kg 3 47 T GAUSSIAN T F F T 128 153 16 HYBRID 384: xi kg/kg 3 47 T GAUSSIAN T F F T 128 154 16 HYBRID 384: lammp 3 47 T GAUSSIAN F F F F 128 0 16 HYBRID 384: phimp 3 47 T GAUSSIAN F F F F 128 0 16 HYBRID 384: sigmp 3 47 T GAUSSIAN F F F F 128 0 16 HYBRID 384: xt 4 47 F GAUSSIAN F F F F 128 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : g1a 384: memory used : 72960 384: list elements : 10 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echam 384: restart file suffix: _echam 384: initial file suffix: _g1a 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: vom1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: dm1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: tm1 K 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: alpsm1 2 1 T GAUSSIAN F F F T 0 0 16 SURFACE 384: dalpslm1 2 1 T GAUSSIAN F F F T 0 0 16 SURFACE 384: dalpsmm1 2 1 T GAUSSIAN F F F T 0 0 16 SURFACE 384: qm1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: xlm1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: xim1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: xtm1 4 47 F GAUSSIAN F F F F 0 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : g1b 384: memory used : 84480 384: list elements : 8 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _echam 384: restart file suffix: _g1b 384: initial file suffix: _g1b 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: vof 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: df 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: tf 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: alpsf 2 1 T GAUSSIAN F F F F 0 0 16 SURFACE 384: qf 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: xlf 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: xif 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: xtf 4 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : g2a 384: memory used : 72192 384: list elements : 6 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echam 384: restart file suffix: _echam 384: initial file suffix: _g2a 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: um1 m/s 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: vm1 m/s 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: dudlm1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: dvdlm1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: dtlm1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: dtmm1 3 47 T GAUSSIAN F F F T 0 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : g2b 384: memory used : 48128 384: list elements : 4 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _echam 384: restart file suffix: _g2b 384: initial file suffix: _g2b 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: uf 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: vf 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: dudlf 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: dvdlf 3 47 T GAUSSIAN F F F F 0 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : g3b 384: memory used : 262656 384: list elements : 238 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echam 384: restart file suffix: _echam 384: initial file suffix: _g3b 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: rsdscs W/m**2 2 1 T GAUSSIAN T T F T 128 50 16 SURFACE 384: rsuscs W/m**2 2 1 T GAUSSIAN T T F T 128 51 16 SURFACE 384: rsdscs_na W/m**2 2 1 T GAUSSIAN T F F T 128 52 16 SURFACE 384: rsuscs_na W/m**2 2 1 T GAUSSIAN T F F T 128 53 16 SURFACE 384: q2m 2 1 T GAUSSIAN T F F T 128 54 16 SURFACE 384: rh2m 2 1 T GAUSSIAN T F F T 128 55 16 SURFACE 384: rsdsiac W/m**2 2 1 T GAUSSIAN T T F T 128 56 16 SURFACE 384: rsdswac W/m**2 2 1 T GAUSSIAN T T F T 128 57 16 SURFACE 384: rsusiac W/m**2 2 1 T GAUSSIAN T T F T 128 58 16 SURFACE 384: rsuswac W/m**2 2 1 T GAUSSIAN T T F T 128 59 16 SURFACE 384: rldsiac W/m**2 2 1 T GAUSSIAN T T F T 128 60 16 SURFACE 384: rldswac W/m**2 2 1 T GAUSSIAN T T F T 128 61 16 SURFACE 384: rlusiac W/m**2 2 1 T GAUSSIAN T T F T 128 62 16 SURFACE 384: rluswac W/m**2 2 1 T GAUSSIAN T T F T 128 63 16 SURFACE 384: sh_vdiff W/m**2 2 1 T GAUSSIAN T F F T 128 64 16 SURFACE 384: ev_vdiff kg/m**2s 2 1 T GAUSSIAN T F F T 128 65 16 SURFACE 384: ch_concloud W/m**s 2 1 T GAUSSIAN T F F T 128 66 16 SURFACE 384: cw_concloud kg/m**2s 2 1 T GAUSSIAN T F F T 128 67 16 SURFACE 384: fage 2 1 T GAUSSIAN T F F T 128 68 16 SURFACE 384: snifrac 2 1 T GAUSSIAN T F F T 128 69 16 SURFACE 384: barefrac 2 1 T GAUSSIAN T F F T 128 70 16 SURFACE 384: alsom 2 1 T GAUSSIAN T F F T 128 71 16 SURFACE 384: alsobs 2 1 T GAUSSIAN T F F T 128 72 16 SURFACE 384: sicepdw m 2 1 T GAUSSIAN T F F T 128 73 16 SURFACE 384: sicepdi m 2 1 T GAUSSIAN T F F T 128 74 16 SURFACE 384: tsicepdi K 2 1 T GAUSSIAN T F F T 128 75 16 SURFACE 384: sicepres W/m**2 2 1 T GAUSSIAN T F F T 128 76 16 SURFACE 384: ameltdepth m 2 1 T GAUSSIAN T F F T 128 77 16 SURFACE 384: ameltfrac 2 1 T GAUSSIAN T F F T 128 78 16 SURFACE 384: albedo_vis_dir 2 1 T GAUSSIAN T F F T 128 79 16 SURFACE 384: albedo_nir_dir 2 1 T GAUSSIAN T F F T 128 80 16 SURFACE 384: albedo_vis_dif 2 1 T GAUSSIAN T F F T 128 81 16 SURFACE 384: albedo_nir_dif 2 1 T GAUSSIAN T F F T 128 82 16 SURFACE 384: ocu m/s 2 1 T GAUSSIAN T F F T 128 83 24 SURFACE 384: ocv m/s 2 1 T GAUSSIAN T F F T 128 84 24 SURFACE 384: tradl W/m**2 2 1 T GAUSSIAN T T F T 128 85 16 SURFACE 384: sradl W/m**2 2 1 T GAUSSIAN T T F T 128 86 16 SURFACE 384: trafl W/m**2 2 1 T GAUSSIAN T T F T 128 87 16 SURFACE 384: srafl W/m**2 2 1 T GAUSSIAN T T F T 128 88 16 SURFACE 384: amlcorac W/m**2 2 1 T GAUSSIAN T T F T 128 89 16 SURFACE 384: amlheatac J/m**2 2 1 T GAUSSIAN F T F T 128 90 16 SURFACE 384: trfliac W/m**2 2 1 T GAUSSIAN T T F T 128 91 16 SURFACE 384: trflwac W/m**2 2 1 T GAUSSIAN T T F T 128 92 16 SURFACE 384: trfllac W/m**2 2 1 T GAUSSIAN T T F T 128 93 16 SURFACE 384: sofliac W/m**2 2 1 T GAUSSIAN T T F T 128 94 16 SURFACE 384: soflwac W/m**2 2 1 T GAUSSIAN T T F T 128 95 16 SURFACE 384: sofllac W/m**2 2 1 T GAUSSIAN T T F T 128 96 16 SURFACE 384: friac 2 1 T GAUSSIAN T T F T 128 97 16 SURFACE 384: albedo_vis 2 1 T GAUSSIAN T F F T 128 100 16 SURFACE 384: albedo_nir 2 1 T GAUSSIAN T F F T 128 101 16 SURFACE 384: tsi K 2 1 T GAUSSIAN T F F T 128 102 16 SURFACE 384: tsw K 2 1 T GAUSSIAN T F F T 128 103 16 SURFACE 384: ustri Pa 2 1 T GAUSSIAN T F F T 128 104 16 SURFACE 384: vstri Pa 2 1 T GAUSSIAN T F F T 128 105 16 SURFACE 384: ustrw Pa 2 1 T GAUSSIAN T F F T 128 106 16 SURFACE 384: vstrw Pa 2 1 T GAUSSIAN T F F T 128 107 16 SURFACE 384: ustrl Pa 2 1 T GAUSSIAN T F F T 128 108 16 SURFACE 384: vstrl Pa 2 1 T GAUSSIAN T F F T 128 109 16 SURFACE 384: ahfliac W/m**2 2 1 T GAUSSIAN T T F T 128 110 16 SURFACE 384: ahflwac W/m**2 2 1 T GAUSSIAN T T F T 128 111 16 SURFACE 384: ahfllac W/m**2 2 1 T GAUSSIAN T T F T 128 112 16 SURFACE 384: evapiac kg/m**2s 2 1 T GAUSSIAN T T F T 128 113 16 SURFACE 384: evapwac kg/m**2s 2 1 T GAUSSIAN T T F T 128 114 16 SURFACE 384: evaplac kg/m**2s 2 1 T GAUSSIAN T T F T 128 115 16 SURFACE 384: az0i m 2 1 T GAUSSIAN T F F T 128 116 16 SURFACE 384: az0w m 2 1 T GAUSSIAN T F F T 128 117 16 SURFACE 384: az0l m 2 1 T GAUSSIAN T F F T 128 118 16 SURFACE 384: ahfsiac W/m**2 2 1 T GAUSSIAN T T F T 128 119 16 SURFACE 384: ahfswac W/m**2 2 1 T GAUSSIAN T T F T 128 120 16 SURFACE 384: ahfslac W/m**2 2 1 T GAUSSIAN T T F T 128 121 16 SURFACE 384: alsoi 2 1 T GAUSSIAN T F F T 128 122 16 SURFACE 384: alsow 2 1 T GAUSSIAN T F F T 128 123 16 SURFACE 384: alsol 2 1 T GAUSSIAN T F F T 128 124 16 SURFACE 384: ahfice W/m**2 2 1 T GAUSSIAN T F F T 128 125 16 SURFACE 384: qres W/m**2 2 1 T GAUSSIAN T F F T 128 126 16 SURFACE 384: alake 2 1 T GAUSSIAN F F F T 128 127 16 SURFACE 384: rintop 2 1 T GAUSSIAN F F F T 128 128 16 SURFACE 384: geosp m**2/s** 2 1 T GAUSSIAN T F F T 128 129 16 SURFACE 384: aps Pa 2 1 T GAUSSIAN T F F T 128 134 16 SURFACE 384: acdnc 1/m**3 3 47 T GAUSSIAN F F F T 128 136 16 HYBRID 384: apmeb kg/m**2s 2 1 T GAUSSIAN T T F T 128 137 24 SURFACE 384: tslm1 K 2 1 T GAUSSIAN T F F T 128 139 16 SURFACE 384: ws m 2 1 T GAUSSIAN T F F T 128 140 16 SURFACE 384: sn m 2 1 T GAUSSIAN T F F T 128 141 16 SURFACE 384: aprl kg/m**2s 2 1 T GAUSSIAN T T F T 128 142 24 SURFACE 384: aprc kg/m**2s 2 1 T GAUSSIAN T T F T 128 143 24 SURFACE 384: aprs kg/m**2s 2 1 T GAUSSIAN T T F T 128 144 24 SURFACE 384: vdis W/m**2 2 1 T GAUSSIAN T T F T 128 145 16 SURFACE 384: ahfs W/m**2 2 1 T GAUSSIAN T T F T 128 146 16 SURFACE 384: ahfl W/m**2 2 1 T GAUSSIAN T T F T 128 147 16 SURFACE 384: xivi kg/m**2 2 1 T GAUSSIAN T T F T 128 150 16 SURFACE 384: relhum 3 47 T GAUSSIAN T F F T 128 157 16 HYBRID 384: wind10w m/s 2 1 T GAUSSIAN F F F T 128 159 16 SURFACE 384: aclc 3 47 T GAUSSIAN F F F T 128 162 16 HYBRID 384: aclcv 2 1 T GAUSSIAN F F F T 128 163 16 SURFACE 384: aclcov 2 1 T GAUSSIAN T T F T 128 164 16 SURFACE 384: u10 m/s 2 1 T GAUSSIAN T F F T 128 165 16 SURFACE 384: v10 m/s 2 1 T GAUSSIAN T F F T 128 166 16 SURFACE 384: temp2 K 2 1 T GAUSSIAN T F F T 128 167 16 SURFACE 384: dew2 K 2 1 T GAUSSIAN T F F T 128 168 16 SURFACE 384: tsurf K 2 1 T GAUSSIAN T T F T 128 169 16 SURFACE 384: wind10 m/s 2 1 T GAUSSIAN T T F T 128 171 16 SURFACE 384: slm 2 1 T GAUSSIAN T F F T 128 172 16 SURFACE 384: az0 m 2 1 T GAUSSIAN F F F T 128 173 16 SURFACE 384: alb 2 1 T GAUSSIAN F F F T 128 174 16 SURFACE 384: albedo 2 1 T GAUSSIAN T F F T 128 175 16 SURFACE 384: srads W/m**2 2 1 T GAUSSIAN T T F T 128 176 16 SURFACE 384: trads W/m**2 2 1 T GAUSSIAN T T F T 128 177 16 SURFACE 384: srad0 W/m**2 2 1 T GAUSSIAN T T F T 128 178 16 SURFACE 384: trad0 W/m**2 2 1 T GAUSSIAN T T F T 128 179 16 SURFACE 384: ustr Pa 2 1 T GAUSSIAN T T F T 128 180 16 SURFACE 384: vstr Pa 2 1 T GAUSSIAN T T F T 128 181 16 SURFACE 384: evap kg/m**2s 2 1 T GAUSSIAN T T F T 128 182 24 SURFACE 384: srad0d W/m**2 2 1 T GAUSSIAN T T F T 128 184 16 SURFACE 384: srafs W/m**2 2 1 T GAUSSIAN T T F T 128 185 16 SURFACE 384: trafs W/m**2 2 1 T GAUSSIAN T T F T 128 186 16 SURFACE 384: sraf0 W/m**2 2 1 T GAUSSIAN T T F T 128 187 16 SURFACE 384: traf0 W/m**2 2 1 T GAUSSIAN T T F T 128 188 16 SURFACE 384: wl m 2 1 T GAUSSIAN T F F T 128 193 16 SURFACE 384: slf 2 1 T GAUSSIAN T F F T 128 194 16 SURFACE 384: ustrgw Pa 2 1 T GAUSSIAN F F F T 128 195 16 SURFACE 384: vstrgw Pa 2 1 T GAUSSIAN F F F T 128 196 16 SURFACE 384: vdisgw W/m**2 2 1 T GAUSSIAN T F F T 128 197 16 SURFACE 384: vgrat 2 1 T GAUSSIAN F F F T 128 198 16 SURFACE 384: orostd m 2 1 T GAUSSIAN F F F T 128 199 16 SURFACE 384: vlt 2 1 T GAUSSIAN F F F T 128 200 16 SURFACE 384: t2max K 2 1 T GAUSSIAN T F F T 128 201 16 SURFACE 384: t2min K 2 1 T GAUSSIAN T F F T 128 202 16 SURFACE 384: srad0u W/m**2 2 1 T GAUSSIAN T T F T 128 203 16 SURFACE 384: sradsu W/m**2 2 1 T GAUSSIAN T T F T 128 204 16 SURFACE 384: tradsu W/m**2 2 1 T GAUSSIAN T T F T 128 205 16 SURFACE 384: ahfcon W/m**2 2 1 T GAUSSIAN T T F T 128 208 16 SURFACE 384: ahfres W/m**2 2 1 T GAUSSIAN T T F T 128 209 16 SURFACE 384: seaice 2 1 T GAUSSIAN T F F T 128 210 16 SURFACE 384: siced m 2 1 T GAUSSIAN T F F T 128 211 16 SURFACE 384: forest 2 1 T GAUSSIAN F F F T 128 212 16 SURFACE 384: gld m 2 1 T GAUSSIAN T F F T 128 213 16 SURFACE 384: sni m 2 1 T GAUSSIAN T F F T 128 214 16 SURFACE 384: wimax m/s 2 1 T GAUSSIAN T F F T 128 216 16 SURFACE 384: topmax Pa 2 1 T GAUSSIAN T F F T 128 217 16 SURFACE 384: aclcac 3 47 T GAUSSIAN T T F T 128 223 16 HYBRID 384: tke m**2/s** 3 47 T GAUSSIAN F F F T 128 224 16 HYBRID 384: tkem1 m**2/s** 3 47 T GAUSSIAN F F F T 128 225 16 HYBRID 384: fao 2 1 T GAUSSIAN F F F T 128 226 16 SURFACE 384: rgcgn J/m**3*K 2 1 T GAUSSIAN F F F T 128 227 16 SURFACE 384: sodif m**2/s 2 1 T GAUSSIAN F F F T 128 228 16 SURFACE 384: wsmx m 2 1 T GAUSSIAN T F F T 128 229 16 SURFACE 384: qvi kg/m**2 2 1 T GAUSSIAN T T F T 128 230 16 SURFACE 384: xlvi kg/m**2 2 1 T GAUSSIAN T T F T 128 231 16 SURFACE 384: glac 2 1 T GAUSSIAN T F F T 128 232 16 SURFACE 384: snc m 2 1 T GAUSSIAN T F F T 128 233 16 SURFACE 384: rtype 2 1 T GAUSSIAN F F F T 128 234 16 SURFACE 384: abso4 kg/m**2 2 1 T GAUSSIAN T T F T 128 235 16 SURFACE 384: ao3 kg/kg 3 47 T GAUSSIAN T F F T 128 236 16 HYBRID 384: tropo Pa 2 1 T GAUSSIAN T F F T 128 237 16 SURFACE 384: thvsig K 2 1 T GAUSSIAN T F F T 128 238 16 SURFACE 384: tpot K 3 47 T GAUSSIAN T F F T 128 239 16 HYBRID 384: tsl 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: tslm 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: sucs 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: sdcs 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: emter 3 48 T GAUSSIAN F F F T 128 0 16 HYBRID_H 384: trsol 3 48 T GAUSSIAN F F F T 128 0 16 HYBRID_H 384: emtef0 3 48 T GAUSSIAN F F F T 128 0 16 HYBRID_H 384: trsof0 3 48 T GAUSSIAN F F F T 128 0 16 HYBRID_H 384: emtef 3 2 T GAUSSIAN F F F T 128 0 16 UNKNOWN 384: trsof 3 2 T GAUSSIAN F F F T 128 0 16 UNKNOWN 384: tkem 3 47 T GAUSSIAN F F F T 128 0 16 HYBRID 384: acvtype 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: xtec 3 47 T GAUSSIAN F F F T 128 0 16 HYBRID 384: sswvis_frc 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: sswpar 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: sswdifnir 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: sswdifvis 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: sswdifpar 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: aprflux 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: ahflw 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: fluxres 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: amlcorr 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: apmebco 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: rain 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: awhea 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: awsol 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: resi 2 1 T GAUSSIAN F F F T 128 240 16 SURFACE 384: pmeb 2 1 T GAUSSIAN F F F T 128 241 16 SURFACE 384: awust 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: awvst 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: awsta 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: aicon 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: aifre 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: aiust 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: aivst 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: aiqre 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: oromea 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: orosig 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: orogam 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: orothe 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: oropic 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: oroval 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: tkevn 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: cdum 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: cduh 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: udif 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: vdif 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: radtemp 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: ustarm 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: qresmp 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: qtnew 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: so4nat kg/kg 3 47 T GAUSSIAN F F F T 128 0 16 HYBRID 384: so4all kg/kg 3 47 T GAUSSIAN F F F T 128 0 16 HYBRID 384: taus 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: sicemin m 2 1 T GAUSSIAN F F F T 128 0 16 SURFACE 384: thvvar K**2 3 47 T GAUSSIAN F F F T 128 0 16 HYBRID 384: aclcov_na 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: aprl_na kg/m**2s 2 1 T GAUSSIAN F F F F 128 0 24 SURFACE 384: xivi_na kg/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: xlvi_na kg/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: evap_na kg/m**2s 2 1 T GAUSSIAN F F F F 128 0 24 SURFACE 384: ahfl_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: ahfs_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: tradsu_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: trad0_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: traf0_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: sradsu_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: srad0u_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: aprc_na kg/m**2s 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: aprs_na kg/m**2s 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: qvi_na kg/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: srad0d_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: wind10_na m/s 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: srads_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: srafs_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: sraf0_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: ustr_na Pa 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: vstr_na Pa 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: trads_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: trafs_na W/m**2 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: tsurf_na K 2 1 T GAUSSIAN F F F F 128 0 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : ma 384: memory used : 2304 384: list elements : 14 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _ma 384: restart file suffix: _ma 384: initial file suffix: _ma 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 5 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: wm1_ma m/s 2 1 T GAUSSIAN T F F F 0 10 16 SURFACE 384: sradsd_ma W/m**2 2 1 T GAUSSIAN T F F F 0 72 16 SURFACE 384: tradsd_ma W/m**2 2 1 T GAUSSIAN T F F F 0 73 16 SURFACE 384: geosp m**2/s** 2 1 F GAUSSIAN T F F F 128 129 16 SURFACE 384: ptm1_ma K 2 1 T GAUSSIAN T F F F 0 130 16 SURFACE 384: pqm1_ma kg/kg 2 1 T GAUSSIAN T F F F 0 133 16 SURFACE 384: aps Pa 2 1 F GAUSSIAN T F F F 128 134 16 SURFACE 384: aprl_ma kg/kg 2 1 T GAUSSIAN T F F F 0 142 16 SURFACE 384: aprc_ma kg/kg 2 1 T GAUSSIAN T F F F 0 143 16 SURFACE 384: aclcov_ma 2 1 T GAUSSIAN T F F F 0 164 16 SURFACE 384: temp2 K 2 1 F GAUSSIAN T F F F 128 167 16 SURFACE 384: dew2 K 2 1 F GAUSSIAN T F F F 128 168 16 SURFACE 384: wind10_ma m/s 2 1 T GAUSSIAN T F F F 0 171 16 SURFACE 384: slm 2 1 F GAUSSIAN T F F F 128 172 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : surf 384: memory used : 59904 384: list elements : 234 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _surf 384: restart file suffix: _surf 384: initial file suffix: _surf 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: atm_tot_cloud_water 2 1 T GAUSSIAN F F F T 181 1 16 SURFACE 384: atm_sat_spec_hum 2 1 T GAUSSIAN F F F T 181 2 16 SURFACE 384: atm_pot_temp 2 1 T GAUSSIAN F F F T 181 3 16 SURFACE 384: atm_vir_pot_temp 2 1 T GAUSSIAN F F F T 181 4 16 SURFACE 384: atm_lat_heat_fact 2 1 T GAUSSIAN F F F T 181 5 16 SURFACE 384: atm_dry_stat_energy 2 1 T GAUSSIAN F F F T 181 6 16 SURFACE 384: atm_liq_wat_pot_temp 2 1 T GAUSSIAN F F F T 181 7 16 SURFACE 384: evaporation_inst 2 1 T GAUSSIAN F F F T 181 8 16 SURFACE 384: zetnl 2 1 T GAUSSIAN F F F T 181 9 16 SURFACE 384: zeqnl 2 1 T GAUSSIAN F F F T 181 10 16 SURFACE 384: zftnl 2 1 T GAUSSIAN F F F T 181 11 16 SURFACE 384: zfqnl 2 1 T GAUSSIAN F F F T 181 12 16 SURFACE 384: zetnw 2 1 T GAUSSIAN F F F T 181 13 16 SURFACE 384: zftnw 2 1 T GAUSSIAN F F F T 181 14 16 SURFACE 384: zeqnw 2 1 T GAUSSIAN F F F T 181 15 16 SURFACE 384: zfqnw 2 1 T GAUSSIAN F F F T 181 16 16 SURFACE 384: zetni 2 1 T GAUSSIAN F F F T 181 17 16 SURFACE 384: zftni 2 1 T GAUSSIAN F F F T 181 18 16 SURFACE 384: zeqni 2 1 T GAUSSIAN F F F T 181 19 16 SURFACE 384: zfqni 2 1 T GAUSSIAN F F F T 181 20 16 SURFACE 384: zqsw 2 1 T GAUSSIAN F F F T 181 21 16 SURFACE 384: zcptw 2 1 T GAUSSIAN F F F T 181 22 16 SURFACE 384: zriw 2 1 T GAUSSIAN F F F T 181 23 16 SURFACE 384: zcfhw 2 1 T GAUSSIAN F F F T 181 24 16 SURFACE 384: zchw 2 1 T GAUSSIAN F F F T 181 25 16 SURFACE 384: zbnw 2 1 T GAUSSIAN F F F T 181 26 16 SURFACE 384: zbmw 2 1 T GAUSSIAN F F F T 181 27 16 SURFACE 384: zbhw 2 1 T GAUSSIAN F F F T 181 28 16 SURFACE 384: zustarw 2 1 T GAUSSIAN F F F T 181 29 16 SURFACE 384: ztkevw 2 1 T GAUSSIAN F F F T 181 30 16 SURFACE 384: zcfmw 2 1 T GAUSSIAN F F F T 181 31 16 SURFACE 384: trfll 2 1 T GAUSSIAN F F F T 181 32 16 SURFACE 384: sofll 2 1 T GAUSSIAN F F F T 181 33 16 SURFACE 384: trflw 2 1 T GAUSSIAN F F F T 181 34 16 SURFACE 384: soflw 2 1 T GAUSSIAN F F F T 181 35 16 SURFACE 384: trfli 2 1 T GAUSSIAN F F F T 181 36 16 SURFACE 384: sofli 2 1 T GAUSSIAN F F F T 181 37 16 SURFACE 384: ztklevl 2 1 T GAUSSIAN F F F T 181 38 16 SURFACE 384: zqklevl 2 1 T GAUSSIAN F F F T 181 39 16 SURFACE 384: evaporation_inst_land 2 1 T GAUSSIAN F F F T 181 40 16 SURFACE 384: evaporation_pot_land 2 1 T GAUSSIAN F F F T 181 41 16 SURFACE 384: sens_heat_inst_land 2 1 T GAUSSIAN F F F T 181 42 16 SURFACE 384: latent_heat_inst_land 2 1 T GAUSSIAN F F F T 181 43 16 SURFACE 384: radiative_land_temp 2 1 T GAUSSIAN F F F T 181 44 16 SURFACE 384: surface_temp_new 2 1 T GAUSSIAN F F F T 181 45 16 SURFACE 384: dry_static_energy_new 2 1 T GAUSSIAN F F F T 181 46 16 SURFACE 384: dewpoint_2_meter_land 2 1 T GAUSSIAN F F F T 181 47 16 SURFACE 384: zcair_old 2 1 T GAUSSIAN F F F T 181 48 16 SURFACE 384: land_fract 2 1 T GAUSSIAN F F F T 181 49 16 SURFACE 384: ocean_fract 2 1 T GAUSSIAN F F F T 181 50 16 SURFACE 384: surface_qsat 2 1 T GAUSSIAN F F F T 181 51 16 SURFACE 384: zdqsl 2 1 T GAUSSIAN F F F T 181 52 16 SURFACE 384: zril 2 1 T GAUSSIAN F F F T 181 53 16 SURFACE 384: zqsl 2 1 T GAUSSIAN F F F T 181 54 16 SURFACE 384: zcfnc 2 1 T GAUSSIAN F F F T 181 55 16 SURFACE 384: zchl 2 1 T GAUSSIAN F F F T 181 56 16 SURFACE 384: zcfhl 2 1 T GAUSSIAN F F F T 181 57 16 SURFACE 384: zbnl 2 1 T GAUSSIAN F F F T 181 58 16 SURFACE 384: zbhnl 2 1 T GAUSSIAN F F F T 181 59 16 SURFACE 384: zbml 2 1 T GAUSSIAN F F F T 181 60 16 SURFACE 384: zbhl 2 1 T GAUSSIAN F F F T 181 61 16 SURFACE 384: zustarl 2 1 T GAUSSIAN F F F T 181 62 16 SURFACE 384: zcfml 2 1 T GAUSSIAN F F F T 181 63 16 SURFACE 384: ztkevl 2 1 T GAUSSIAN F F F T 181 64 16 SURFACE 384: zustl 2 1 T GAUSSIAN F F F T 181 65 16 SURFACE 384: zspeedl 2 1 T GAUSSIAN F F F T 181 66 16 SURFACE 384: zcair 2 1 T GAUSSIAN F F F T 181 67 16 SURFACE 384: zcsat 2 1 T GAUSSIAN F F F T 181 68 16 SURFACE 384: zcptl 2 1 T GAUSSIAN F F F T 181 70 16 SURFACE 384: zcpq 2 1 T GAUSSIAN F F F T 181 71 16 SURFACE 384: surface_qsat_new 2 1 T GAUSSIAN F F F T 181 72 16 SURFACE 384: land_u_wind_10_meter 2 1 T GAUSSIAN F F F T 181 73 16 SURFACE 384: land_v_wind_10_meter 2 1 T GAUSSIAN F F F T 181 74 16 SURFACE 384: temp_2_meter 2 1 T GAUSSIAN F F F T 181 75 16 SURFACE 384: momentum_exch_coeff 2 1 T GAUSSIAN F F F T 181 76 16 SURFACE 384: zustw 2 1 T GAUSSIAN F F F T 181 78 16 SURFACE 384: zcvsi 2 1 T GAUSSIAN F F F T 181 79 16 SURFACE 384: fluxres 2 1 T GAUSSIAN F F F T 181 80 16 SURFACE 384: sens_heat_flux_inst 2 1 T GAUSSIAN F F F T 181 81 16 SURFACE 384: latent_heat_flux_inst 2 1 T GAUSSIAN F F F T 181 82 16 SURFACE 384: surf_vir_temp 2 1 T GAUSSIAN F F F T 181 83 16 SURFACE 384: surface_humidity 2 1 T GAUSSIAN F F F T 181 84 16 SURFACE 384: ztklevw 2 1 T GAUSSIAN F F F T 181 85 16 SURFACE 384: zqklevw 2 1 T GAUSSIAN F F F T 181 86 16 SURFACE 384: pevapw 2 1 T GAUSSIAN F F F T 181 87 16 SURFACE 384: pahfsw 2 1 T GAUSSIAN F F F T 181 88 16 SURFACE 384: pahflw 2 1 T GAUSSIAN F F F T 181 89 16 SURFACE 384: zt2w 2 1 T GAUSSIAN F F F T 181 90 16 SURFACE 384: trfliac W/m**2 2 1 T GAUSSIAN F T F T 181 91 16 SURFACE 384: trflwac W/m**2 2 1 T GAUSSIAN F T F T 181 92 16 SURFACE 384: trfllac W/m**2 2 1 T GAUSSIAN F T F T 181 93 16 SURFACE 384: sofliac W/m**2 2 1 T GAUSSIAN F T F T 181 94 16 SURFACE 384: soflwac W/m**2 2 1 T GAUSSIAN F T F T 181 95 16 SURFACE 384: sofllac W/m**2 2 1 T GAUSSIAN F T F T 181 96 16 SURFACE 384: friac 2 1 T GAUSSIAN F T F T 181 97 16 SURFACE 384: jrsfl kg/m**2s 2 1 T GAUSSIAN F F F T 181 98 16 SURFACE 384: heat_exch_coeff 2 1 T GAUSSIAN F F F T 181 98 16 SURFACE 384: jrsfc kg/m**2s 2 1 T GAUSSIAN F F F T 181 99 16 SURFACE 384: jssfl kg/m**2s 2 1 T GAUSSIAN F F F T 181 100 16 SURFACE 384: jssfc kg/m**2s 2 1 T GAUSSIAN F F F T 181 101 16 SURFACE 384: tsi K 2 1 T GAUSSIAN F F F T 181 102 16 SURFACE 384: tsw K 2 1 T GAUSSIAN F F F T 181 103 16 SURFACE 384: ustri Pa 2 1 T GAUSSIAN F F F T 181 104 16 SURFACE 384: vstri Pa 2 1 T GAUSSIAN F F F T 181 105 16 SURFACE 384: ustrw Pa 2 1 T GAUSSIAN F F F T 181 106 16 SURFACE 384: vstrw Pa 2 1 T GAUSSIAN F F F T 181 107 16 SURFACE 384: ustrl Pa 2 1 T GAUSSIAN F F F T 181 108 16 SURFACE 384: vstrl Pa 2 1 T GAUSSIAN F F F T 181 109 16 SURFACE 384: ahfliac W/m**2 2 1 T GAUSSIAN F T F T 181 110 16 SURFACE 384: ahflwac W/m**2 2 1 T GAUSSIAN F T F T 181 111 16 SURFACE 384: ahfllac W/m**2 2 1 T GAUSSIAN F T F T 181 112 16 SURFACE 384: evapiac kg/m**2s 2 1 T GAUSSIAN F T F T 181 113 16 SURFACE 384: evapwac kg/m**2s 2 1 T GAUSSIAN F T F T 181 114 16 SURFACE 384: evaplac kg/m**2s 2 1 T GAUSSIAN F T F T 181 115 16 SURFACE 384: az0i m 2 1 T GAUSSIAN F F F T 181 116 16 SURFACE 384: az0w m 2 1 T GAUSSIAN F F F T 181 117 16 SURFACE 384: az0lm m 2 1 T GAUSSIAN F F F T 181 118 16 SURFACE 384: ahfsiac W/m**2 2 1 T GAUSSIAN F T F T 181 119 16 SURFACE 384: ahfswac W/m**2 2 1 T GAUSSIAN F T F T 181 120 16 SURFACE 384: ahfslac W/m**2 2 1 T GAUSSIAN F T F T 181 121 16 SURFACE 384: alsoi 2 1 T GAUSSIAN F F F T 181 122 16 SURFACE 384: alsow 2 1 T GAUSSIAN F F F T 181 123 16 SURFACE 384: alsol 2 1 T GAUSSIAN F F F T 181 124 16 SURFACE 384: ahfice W/m**2 2 1 T GAUSSIAN F F F T 181 125 16 SURFACE 384: qres W/m**2 2 1 T GAUSSIAN F F F T 181 126 16 SURFACE 384: jsswnir W/m**2 2 1 T GAUSSIAN F F F T 181 128 16 SURFACE 384: jsswdifnir 2 1 T GAUSSIAN F F F T 181 129 16 SURFACE 384: jsswvis W/m**2 2 1 T GAUSSIAN F F F T 181 130 16 SURFACE 384: jsswdifvis 2 1 T GAUSSIAN F F F T 181 131 16 SURFACE 384: ztrfli W/m**2 2 1 T GAUSSIAN F F F T 181 137 16 SURFACE 384: zsofli W/m**2 2 1 T GAUSSIAN F F F T 181 138 16 SURFACE 384: tslm1 K 2 1 T GAUSSIAN F F F T 181 139 16 SURFACE 384: ahfs W/m**2 2 1 T GAUSSIAN F T F T 181 146 16 SURFACE 384: ahfl W/m**2 2 1 T GAUSSIAN F T F T 181 147 16 SURFACE 384: wind10_water m/s 2 1 T GAUSSIAN F F F T 181 148 16 SURFACE 384: u10_mean m/s 2 1 T GAUSSIAN F F F T 181 165 16 SURFACE 384: v10_mean m/s 2 1 T GAUSSIAN F F F T 181 166 16 SURFACE 384: temp2_mean K 2 1 T GAUSSIAN F F F T 181 167 16 SURFACE 384: dewpoint_2_meter K 2 1 T GAUSSIAN F F F T 181 168 16 SURFACE 384: tsurf K 2 1 T GAUSSIAN F T F T 181 169 16 SURFACE 384: wind10_mean_acc m/s 2 1 T GAUSSIAN F T F T 181 171 16 SURFACE 384: albedo_mean 2 1 T GAUSSIAN F F F T 181 175 16 SURFACE 384: ustr Pa 2 1 T GAUSSIAN F T F T 181 180 16 SURFACE 384: vstr Pa 2 1 T GAUSSIAN F T F T 181 181 16 SURFACE 384: evap kg/m**2s 2 1 T GAUSSIAN F T F T 181 182 24 SURFACE 384: alsoi_vis 2 1 T GAUSSIAN F F F T 181 183 16 SURFACE 384: alsoi_nir 2 1 T GAUSSIAN F F F T 181 184 16 SURFACE 384: alsow_vis 2 1 T GAUSSIAN F F F T 181 185 16 SURFACE 384: alsow_nir 2 1 T GAUSSIAN F F F T 181 186 16 SURFACE 384: alsol_vis 2 1 T GAUSSIAN F F F T 181 187 16 SURFACE 384: alsol_nir 2 1 T GAUSSIAN F F F T 181 188 16 SURFACE 384: albedo_mean_vis 2 1 T GAUSSIAN F F F T 181 189 16 SURFACE 384: albedo_mean_nir 2 1 T GAUSSIAN F F F T 181 190 16 SURFACE 384: t2max_mean K 2 1 T GAUSSIAN F F F T 181 201 16 SURFACE 384: t2min_mean K 2 1 T GAUSSIAN F F F T 181 202 16 SURFACE 384: jsswniracc W/m**2 2 1 T GAUSSIAN T T F T 181 203 16 SURFACE 384: jsswvisacc W/m**2 2 1 T GAUSSIAN T T F T 181 204 16 SURFACE 384: jsswdifniracc W/m**2 2 1 T GAUSSIAN T T F T 181 205 16 SURFACE 384: jsswdifvisacc W/m**2 2 1 T GAUSSIAN T T F T 181 206 16 SURFACE 384: longwave_down_acc W/m**2 2 1 T GAUSSIAN T T F T 181 207 16 SURFACE 384: ahfcon W/m**2 2 1 T GAUSSIAN F T F T 181 208 16 SURFACE 384: ahfres W/m**2 2 1 T GAUSSIAN F T F T 181 209 16 SURFACE 384: seaice 2 1 T GAUSSIAN F F F T 181 210 16 SURFACE 384: siced m 2 1 T GAUSSIAN F F F T 181 211 16 SURFACE 384: az0lh m 2 1 T GAUSSIAN T F F T 181 212 16 SURFACE 384: az0 m 2 1 T GAUSSIAN T F F T 181 213 16 SURFACE 384: sni m 2 1 T GAUSSIAN F F F T 181 214 16 SURFACE 384: wimax m/s 2 1 T GAUSSIAN F F F T 181 216 16 SURFACE 384: dewpoint_2_meter_oc 2 1 T GAUSSIAN F F F T 181 220 16 SURFACE 384: ocean_u_wind_10_meter 2 1 T GAUSSIAN F F F T 181 221 16 SURFACE 384: ocean_v_wind_10_meter 2 1 T GAUSSIAN F F F T 181 222 16 SURFACE 384: ustar_mean 2 1 T GAUSSIAN F F F T 181 223 16 SURFACE 384: mean_tke_ztkevn 2 1 T GAUSSIAN F F F T 181 224 16 SURFACE 384: u_stress_mean 2 1 T GAUSSIAN F F F T 181 225 16 SURFACE 384: v_stress_mean 2 1 T GAUSSIAN F F F T 181 226 16 SURFACE 384: wind_10_meter_mean 2 1 T GAUSSIAN F F F T 181 227 16 SURFACE 384: zqsi 2 1 T GAUSSIAN F F F T 181 228 16 SURFACE 384: zcpti 2 1 T GAUSSIAN F F F T 181 229 16 SURFACE 384: zrii 2 1 T GAUSSIAN F F F T 181 230 16 SURFACE 384: zcfmi 2 1 T GAUSSIAN F F F T 181 231 16 SURFACE 384: zchi 2 1 T GAUSSIAN F F F T 181 232 16 SURFACE 384: zcfhi 2 1 T GAUSSIAN F F F T 181 233 16 SURFACE 384: zbni 2 1 T GAUSSIAN F F F T 181 234 16 SURFACE 384: zbmi 2 1 T GAUSSIAN F F F T 181 235 16 SURFACE 384: zbhi 2 1 T GAUSSIAN F F F T 181 236 16 SURFACE 384: zustari 2 1 T GAUSSIAN F F F T 181 237 16 SURFACE 384: ztkevi 2 1 T GAUSSIAN F F F T 181 238 16 SURFACE 384: zusti 2 1 T GAUSSIAN F F F T 181 239 16 SURFACE 384: jsswpar W/m**2 2 1 T GAUSSIAN F F F T 181 240 16 SURFACE 384: ice_depth 2 1 T GAUSSIAN F F F T 181 240 16 SURFACE 384: jsswdifpar 2 1 T GAUSSIAN F F F T 181 241 16 SURFACE 384: SNOW_ON_ICE 2 1 T GAUSSIAN F F F T 181 241 16 SURFACE 384: surface_temperature 2 1 T GAUSSIAN F F F T 181 242 16 SURFACE 384: pcvi 2 1 T GAUSSIAN F F F T 181 243 16 SURFACE 384: jsswparacc W/m**2 2 1 T GAUSSIAN T T F T 181 244 16 SURFACE 384: snow_cover_fract 2 1 T GAUSSIAN F F F T 181 244 16 SURFACE 384: ztklevi 2 1 T GAUSSIAN F F F T 181 245 16 SURFACE 384: jsswdifparacc W/m**2 2 1 T GAUSSIAN T T F T 181 246 16 SURFACE 384: alsoi_vis_dir 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsoi_vis_dif 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsoi_nir_dir 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsoi_nir_dif 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsow_vis_dir 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsow_vis_dif 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsow_nir_dir 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsow_nir_dif 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: albedo_mean_vis_dir 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: albedo_mean_vis_dif 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: albedo_mean_nir_dir 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: albedo_mean_nir_dif 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: specific_humidity_2_meter_land 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: relative_humidity_2_meter_land 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: specific_humidity_2_meter_oc 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: relative_humidity_2_meter_oc 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: zqklevi 2 1 T GAUSSIAN F F F T 181 246 16 SURFACE 384: pevapi 2 1 T GAUSSIAN F F F T 181 247 16 SURFACE 384: pahfsi 2 1 T GAUSSIAN F F F T 181 248 16 SURFACE 384: pahfli 2 1 T GAUSSIAN F F F T 181 249 16 SURFACE 384: zt2i 2 1 T GAUSSIAN F F F T 181 250 16 SURFACE 384: dewpoint_2_meter_ice 2 1 T GAUSSIAN F F F T 181 251 16 SURFACE 384: specific_humidity_2_meter_ice 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: relative_humidity_2_meter_ice 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: wind_10_meter_ice 2 1 T GAUSSIAN F F F T 181 252 16 SURFACE 384: ice_u_wind_10_meter 2 1 T GAUSSIAN F F F T 181 253 16 SURFACE 384: ice_v_wind_10_meter 2 1 T GAUSSIAN F F F T 181 254 16 SURFACE 384: ameltdepth 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: ameltfrac 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsobs 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: alsom 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: specific_humidity_2_meter 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: relative_humidity_2_meter 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: landmask 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: seamask 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: icemask 2 1 T GAUSSIAN F F F T 181 0 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : scm 384: memory used : 0 384: list elements : 0 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _echam 384: restart file suffix: _scm 384: initial file suffix: _scm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : tracer 384: memory used : 0 384: list elements : 6 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _tracer 384: restart file suffix: _tracer 384: initial file suffix: _tracer 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: CO2 kg kg-1 3 47 F GAUSSIAN T F F T 191 1 16 HYBRID 384: geosp m**2/s** 2 1 F GAUSSIAN T F F F 128 129 16 SURFACE 384: aps Pa 2 1 F GAUSSIAN T F F F 128 134 16 SURFACE 384: lsp 3 1 F SPECTRAL T F F F 128 152 16 SURFACE 384: gboxarea m^2 2 1 F GAUSSIAN T F F F 0 -1 16 SURFACE 384: CO2_m1 kg kg-1 3 47 F GAUSSIAN F F F T 0 0 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : forcing 384: memory used : 49152 384: list elements : 8 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _forcing 384: restart file suffix: _forcing 384: initial file suffix: _forcing 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: geosp m**2/s** 2 1 F GAUSSIAN T F F F 128 129 16 SURFACE 384: aps Pa 2 1 F GAUSSIAN T F F F 128 134 16 SURFACE 384: lsp 3 1 F SPECTRAL T F F F 128 152 16 SURFACE 384: gboxarea m^2 2 1 F GAUSSIAN T F F F 0 -1 16 SURFACE 384: emter_for W m-2 3 48 T GAUSSIAN F F F T 0 0 16 HYBRID_H 384: emtef_for W m-2 3 48 T GAUSSIAN F F F T 0 0 16 HYBRID_H 384: trsol_for W m-2 3 48 T GAUSSIAN F F F T 0 0 16 HYBRID_H 384: trsof_for W m-2 3 48 T GAUSSIAN F F F T 0 0 16 HYBRID_H 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : vphysc 384: memory used : 75520 384: list elements : 18 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : F 384: output file suffix: _vphysc 384: restart file suffix: _vphysc 384: initial file suffix: _vphysc 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 6 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: geom1 m3 s-2 3 47 T GAUSSIAN T F F F 199 -1 16 HYBRID 384: geohm1 m3 s-2 3 48 T GAUSSIAN T F F F 199 -1 16 HYBRID_H 384: grmassm1 kg 3 47 T GAUSSIAN T F F F 199 -1 16 HYBRID 384: grvolm1 m3 3 47 T GAUSSIAN F F F F 199 -1 16 HYBRID 384: grheightm1 m 3 47 T GAUSSIAN F F F F 199 -1 16 HYBRID 384: rhoam1 kg m-3 3 47 T GAUSSIAN F F F F 199 -1 16 HYBRID 384: trpwmo levels 2 1 T GAUSSIAN T F F F 199 -1 16 SURFACE 384: trpwmop1 levels 2 1 T GAUSSIAN F F F F 199 -1 16 SURFACE 384: pbl levels 2 1 T GAUSSIAN T F F F 199 -1 16 SURFACE 384: velo10m m s-1 2 1 T GAUSSIAN T F F F 199 -1 16 SURFACE 384: tsw K 2 1 T GAUSSIAN F F F F 199 -1 16 SURFACE 384: smelt m s-1 2 1 T GAUSSIAN F F F F 199 -1 16 SURFACE 384: precip mm 2 1 T GAUSSIAN F F F F 199 -1 16 SURFACE 384: precipinsoil mm 2 1 T GAUSSIAN F F F F 199 -1 16 SURFACE 384: precipconv mm 2 1 T GAUSSIAN T F F F 199 -1 16 SURFACE 384: precipstrat mm 2 1 T GAUSSIAN T F F F 199 -1 16 SURFACE 384: sw_flux_surf W m-2 2 1 T GAUSSIAN F F F F 199 -1 16 SURFACE 384: sw_flux_toa W m-2 2 1 T GAUSSIAN F F F F 199 -1 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : co2 384: memory used : 8704 384: list elements : 34 384: 384: lpost flag : F 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _co2 384: restart file suffix: _co2 384: initial file suffix: _co2 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : -1 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: co2_flx_inst kg m-2 s 2 1 T GAUSSIAN T F F F 191 2 24 SURFACE 384: co2_flx_l_inst kg m-2 s 2 1 T GAUSSIAN F F F F 191 3 24 SURFACE 384: co2_flx_o_inst kg m-2 s 2 1 T GAUSSIAN F F F F 191 4 24 SURFACE 384: co2_flux kg m-2 s 2 1 T GAUSSIAN T T F T 191 5 24 SURFACE 384: co2_flx_land kg m-2 s 2 1 T GAUSSIAN T T F T 191 6 24 SURFACE 384: co2_flx_ocean kg m-2 s 2 1 T GAUSSIAN T T F T 191 7 24 SURFACE 384: co2_burden kg m-2 2 1 T GAUSSIAN T T F T 191 8 16 SURFACE 384: co2_burden_corr_acc2 kg m-2 2 1 T GAUSSIAN T T F F 191 9 16 SURFACE 384: co2_flux_corr kg m-2 s 2 1 T GAUSSIAN T T F T 191 10 16 SURFACE 384: co2_emis kg m-2 s 2 1 T GAUSSIAN T T F T 191 11 24 SURFACE 384: co2_emis_inst kg m-2 s 2 1 T GAUSSIAN F F F T 191 12 24 SURFACE 384: co2_burden_inst kg m-2 2 1 T GAUSSIAN T F F T 191 14 16 SURFACE 384: co2_flx_total_inst kg m-2 s 2 1 T GAUSSIAN T F F T 191 15 24 SURFACE 384: co2atmos kg kg-1 2 1 T GAUSSIAN F F F T 191 16 16 SURFACE 384: co2ocean ppm CO2 2 1 T GAUSSIAN T F F T 191 17 24 SURFACE 384: co2trans 10-9 mol 2 1 T GAUSSIAN T F F T 191 18 24 SURFACE 384: co2flx_cpl kg m-2 s 2 1 T GAUSSIAN F F F T 191 19 16 SURFACE 384: co2_flx_anthro kg m-2 s 2 1 T GAUSSIAN T T F T 191 20 24 SURFACE 384: co2_flx_npp kg m-2 s 2 1 T GAUSSIAN T T F T 191 21 24 SURFACE 384: co2_flx_resp kg m-2 s 2 1 T GAUSSIAN T T F T 191 22 24 SURFACE 384: co2_flx_herb kg m-2 s 2 1 T GAUSSIAN T T F T 191 23 24 SURFACE 384: co2_flx_lcc kg m-2 s 2 1 T GAUSSIAN T T F T 191 24 24 SURFACE 384: co2_flx_harvest kg m-2 s 2 1 T GAUSSIAN T T F T 191 25 24 SURFACE 384: co2_flx_fire kg m-2 s 2 1 T GAUSSIAN T T F T 191 26 24 SURFACE 384: co2_flx_npp_inst kg m-2 s 2 1 T GAUSSIAN F F F F 191 27 24 SURFACE 384: co2_flx_resp_inst kg m-2 s 2 1 T GAUSSIAN F F F F 191 28 24 SURFACE 384: co2_flx_herb_inst kg m-2 s 2 1 T GAUSSIAN F F F F 191 29 24 SURFACE 384: co2_flx_lcc_inst kg m-2 s 2 1 T GAUSSIAN F F F F 191 30 24 SURFACE 384: co2_flx_harv_inst kg m-2 s 2 1 T GAUSSIAN F F F F 191 31 24 SURFACE 384: co2_flx_fire_inst kg m-2 s 2 1 T GAUSSIAN F F F F 191 32 24 SURFACE 384: co2_burden_old kg m-2 2 1 T GAUSSIAN F F F T 191 0 16 SURFACE 384: co2_burden_corr_acc1 kg m-2 2 1 T GAUSSIAN F F F T 191 0 16 SURFACE 384: co2_flux_corr_acc1 kg m-2 2 1 T GAUSSIAN F F F T 191 0 16 SURFACE 384: co2_flux_corr_acc1_old kg m-2 2 1 T GAUSSIAN F F F T 191 0 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : spm 384: memory used : 11360 384: list elements : 4 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echam 384: restart file suffix: _spm 384: initial file suffix: _spm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 60 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: st K 3 47 T SPECTRAL T T F T 128 130 16 HYBRID 384: svo 1/s 3 47 T SPECTRAL T T F T 128 138 16 HYBRID 384: lsp 3 1 T SPECTRAL T T F T 128 152 16 SURFACE 384: sd 1/s 3 47 T SPECTRAL T T F T 128 155 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : glm 384: memory used : 36096 384: list elements : 3 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echam 384: restart file suffix: _glm 384: initial file suffix: _glm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 60 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: q kg/kg 3 47 T GAUSSIAN T T F T 128 133 16 HYBRID 384: xl kg/kg 3 47 T GAUSSIAN T T F T 128 153 16 HYBRID 384: xi kg/kg 3 47 T GAUSSIAN T T F T 128 154 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : g3bm 384: memory used : 54016 384: list elements : 136 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echam 384: restart file suffix: _g3bm 384: initial file suffix: _g3bm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 60 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: rsdscs W/m**2 2 1 F GAUSSIAN T T F F 128 50 16 SURFACE 384: rsuscs W/m**2 2 1 F GAUSSIAN T T F F 128 51 16 SURFACE 384: rsdscs_na W/m**2 2 1 T GAUSSIAN T T F T 128 52 16 SURFACE 384: rsuscs_na W/m**2 2 1 T GAUSSIAN T T F T 128 53 16 SURFACE 384: q2m 2 1 T GAUSSIAN T T F T 128 54 16 SURFACE 384: rh2m 2 1 T GAUSSIAN T T F T 128 55 16 SURFACE 384: rsdsiac W/m**2 2 1 F GAUSSIAN T T F F 128 56 16 SURFACE 384: rsdswac W/m**2 2 1 F GAUSSIAN T T F F 128 57 16 SURFACE 384: rsusiac W/m**2 2 1 F GAUSSIAN T T F F 128 58 16 SURFACE 384: rsuswac W/m**2 2 1 F GAUSSIAN T T F F 128 59 16 SURFACE 384: rldsiac W/m**2 2 1 F GAUSSIAN T T F F 128 60 16 SURFACE 384: rldswac W/m**2 2 1 F GAUSSIAN T T F F 128 61 16 SURFACE 384: rlusiac W/m**2 2 1 F GAUSSIAN T T F F 128 62 16 SURFACE 384: rluswac W/m**2 2 1 F GAUSSIAN T T F F 128 63 16 SURFACE 384: sh_vdiff W/m**2 2 1 T GAUSSIAN T T F T 128 64 16 SURFACE 384: ev_vdiff kg/m**2s 2 1 T GAUSSIAN T T F T 128 65 16 SURFACE 384: ch_concloud W/m**s 2 1 T GAUSSIAN T T F T 128 66 16 SURFACE 384: cw_concloud kg/m**2s 2 1 T GAUSSIAN T T F T 128 67 16 SURFACE 384: fage 2 1 T GAUSSIAN T T F T 128 68 16 SURFACE 384: snifrac 2 1 T GAUSSIAN T T F T 128 69 16 SURFACE 384: barefrac 2 1 T GAUSSIAN T T F T 128 70 16 SURFACE 384: alsom 2 1 T GAUSSIAN T T F T 128 71 16 SURFACE 384: alsobs 2 1 T GAUSSIAN T T F T 128 72 16 SURFACE 384: sicepdw m 2 1 T GAUSSIAN T T F T 128 73 16 SURFACE 384: sicepdi m 2 1 T GAUSSIAN T T F T 128 74 16 SURFACE 384: tsicepdi K 2 1 T GAUSSIAN T T F T 128 75 16 SURFACE 384: sicepres W/m**2 2 1 T GAUSSIAN T T F T 128 76 16 SURFACE 384: ameltdepth m 2 1 T GAUSSIAN T T F T 128 77 16 SURFACE 384: ameltfrac 2 1 T GAUSSIAN T T F T 128 78 16 SURFACE 384: albedo_vis_dir 2 1 T GAUSSIAN T T F T 128 79 16 SURFACE 384: albedo_nir_dir 2 1 T GAUSSIAN T T F T 128 80 16 SURFACE 384: albedo_vis_dif 2 1 T GAUSSIAN T T F T 128 81 16 SURFACE 384: albedo_nir_dif 2 1 T GAUSSIAN T T F T 128 82 16 SURFACE 384: ocu m/s 2 1 T GAUSSIAN T T F T 128 83 24 SURFACE 384: ocv m/s 2 1 T GAUSSIAN T T F T 128 84 24 SURFACE 384: tradl W/m**2 2 1 F GAUSSIAN T T F F 128 85 16 SURFACE 384: sradl W/m**2 2 1 F GAUSSIAN T T F F 128 86 16 SURFACE 384: trafl W/m**2 2 1 F GAUSSIAN T T F F 128 87 16 SURFACE 384: srafl W/m**2 2 1 F GAUSSIAN T T F F 128 88 16 SURFACE 384: amlcorac W/m**2 2 1 F GAUSSIAN T T F F 128 89 16 SURFACE 384: trfliac W/m**2 2 1 F GAUSSIAN T T F F 128 91 16 SURFACE 384: trflwac W/m**2 2 1 F GAUSSIAN T T F F 128 92 16 SURFACE 384: trfllac W/m**2 2 1 F GAUSSIAN T T F F 128 93 16 SURFACE 384: sofliac W/m**2 2 1 F GAUSSIAN T T F F 128 94 16 SURFACE 384: soflwac W/m**2 2 1 F GAUSSIAN T T F F 128 95 16 SURFACE 384: sofllac W/m**2 2 1 F GAUSSIAN T T F F 128 96 16 SURFACE 384: friac 2 1 F GAUSSIAN T T F F 128 97 16 SURFACE 384: albedo_vis 2 1 T GAUSSIAN T T F T 128 100 16 SURFACE 384: albedo_nir 2 1 T GAUSSIAN T T F T 128 101 16 SURFACE 384: tsi K 2 1 T GAUSSIAN T T F T 128 102 16 SURFACE 384: tsw K 2 1 T GAUSSIAN T T F T 128 103 16 SURFACE 384: ustri Pa 2 1 T GAUSSIAN T T F T 128 104 16 SURFACE 384: vstri Pa 2 1 T GAUSSIAN T T F T 128 105 16 SURFACE 384: ustrw Pa 2 1 T GAUSSIAN T T F T 128 106 16 SURFACE 384: vstrw Pa 2 1 T GAUSSIAN T T F T 128 107 16 SURFACE 384: ustrl Pa 2 1 T GAUSSIAN T T F T 128 108 16 SURFACE 384: vstrl Pa 2 1 T GAUSSIAN T T F T 128 109 16 SURFACE 384: ahfliac W/m**2 2 1 F GAUSSIAN T T F F 128 110 16 SURFACE 384: ahflwac W/m**2 2 1 F GAUSSIAN T T F F 128 111 16 SURFACE 384: ahfllac W/m**2 2 1 F GAUSSIAN T T F F 128 112 16 SURFACE 384: evapiac kg/m**2s 2 1 F GAUSSIAN T T F F 128 113 16 SURFACE 384: evapwac kg/m**2s 2 1 F GAUSSIAN T T F F 128 114 16 SURFACE 384: evaplac kg/m**2s 2 1 F GAUSSIAN T T F F 128 115 16 SURFACE 384: az0i m 2 1 T GAUSSIAN T T F T 128 116 16 SURFACE 384: az0w m 2 1 T GAUSSIAN T T F T 128 117 16 SURFACE 384: az0l m 2 1 T GAUSSIAN T T F T 128 118 16 SURFACE 384: ahfsiac W/m**2 2 1 F GAUSSIAN T T F F 128 119 16 SURFACE 384: ahfswac W/m**2 2 1 F GAUSSIAN T T F F 128 120 16 SURFACE 384: ahfslac W/m**2 2 1 F GAUSSIAN T T F F 128 121 16 SURFACE 384: alsoi 2 1 T GAUSSIAN T T F T 128 122 16 SURFACE 384: alsow 2 1 T GAUSSIAN T T F T 128 123 16 SURFACE 384: alsol 2 1 T GAUSSIAN T T F T 128 124 16 SURFACE 384: ahfice W/m**2 2 1 T GAUSSIAN T T F T 128 125 16 SURFACE 384: qres W/m**2 2 1 T GAUSSIAN T T F T 128 126 16 SURFACE 384: geosp m**2/s** 2 1 T GAUSSIAN T T F T 128 129 16 SURFACE 384: aps Pa 2 1 T GAUSSIAN T T F T 128 134 16 SURFACE 384: apmeb kg/m**2s 2 1 F GAUSSIAN T T F F 128 137 24 SURFACE 384: tslm1 K 2 1 T GAUSSIAN T T F T 128 139 16 SURFACE 384: ws m 2 1 T GAUSSIAN T T F T 128 140 16 SURFACE 384: sn m 2 1 T GAUSSIAN T T F T 128 141 16 SURFACE 384: aprl kg/m**2s 2 1 F GAUSSIAN T T F F 128 142 24 SURFACE 384: aprc kg/m**2s 2 1 F GAUSSIAN T T F F 128 143 24 SURFACE 384: aprs kg/m**2s 2 1 F GAUSSIAN T T F F 128 144 24 SURFACE 384: vdis W/m**2 2 1 F GAUSSIAN T T F F 128 145 16 SURFACE 384: ahfs W/m**2 2 1 F GAUSSIAN T T F F 128 146 16 SURFACE 384: ahfl W/m**2 2 1 F GAUSSIAN T T F F 128 147 16 SURFACE 384: xivi kg/m**2 2 1 F GAUSSIAN T T F F 128 150 16 SURFACE 384: relhum 3 47 T GAUSSIAN T T F T 128 157 16 HYBRID 384: aclcov 2 1 F GAUSSIAN T T F F 128 164 16 SURFACE 384: u10 m/s 2 1 T GAUSSIAN T T F T 128 165 16 SURFACE 384: v10 m/s 2 1 T GAUSSIAN T T F T 128 166 16 SURFACE 384: temp2 K 2 1 T GAUSSIAN T T F T 128 167 16 SURFACE 384: dew2 K 2 1 T GAUSSIAN T T F T 128 168 16 SURFACE 384: tsurf K 2 1 F GAUSSIAN T T F F 128 169 16 SURFACE 384: wind10 m/s 2 1 F GAUSSIAN T T F F 128 171 16 SURFACE 384: slm 2 1 T GAUSSIAN T T F T 128 172 16 SURFACE 384: albedo 2 1 T GAUSSIAN T T F T 128 175 16 SURFACE 384: srads W/m**2 2 1 F GAUSSIAN T T F F 128 176 16 SURFACE 384: trads W/m**2 2 1 F GAUSSIAN T T F F 128 177 16 SURFACE 384: srad0 W/m**2 2 1 F GAUSSIAN T T F F 128 178 16 SURFACE 384: trad0 W/m**2 2 1 F GAUSSIAN T T F F 128 179 16 SURFACE 384: ustr Pa 2 1 F GAUSSIAN T T F F 128 180 16 SURFACE 384: vstr Pa 2 1 F GAUSSIAN T T F F 128 181 16 SURFACE 384: evap kg/m**2s 2 1 F GAUSSIAN T T F F 128 182 24 SURFACE 384: srad0d W/m**2 2 1 F GAUSSIAN T T F F 128 184 16 SURFACE 384: srafs W/m**2 2 1 F GAUSSIAN T T F F 128 185 16 SURFACE 384: trafs W/m**2 2 1 F GAUSSIAN T T F F 128 186 16 SURFACE 384: sraf0 W/m**2 2 1 F GAUSSIAN T T F F 128 187 16 SURFACE 384: traf0 W/m**2 2 1 F GAUSSIAN T T F F 128 188 16 SURFACE 384: wl m 2 1 T GAUSSIAN T T F T 128 193 16 SURFACE 384: slf 2 1 T GAUSSIAN T T F T 128 194 16 SURFACE 384: vdisgw W/m**2 2 1 T GAUSSIAN T T F T 128 197 16 SURFACE 384: t2max K 2 1 T GAUSSIAN T T F T 128 201 16 SURFACE 384: t2min K 2 1 T GAUSSIAN T T F T 128 202 16 SURFACE 384: srad0u W/m**2 2 1 F GAUSSIAN T T F F 128 203 16 SURFACE 384: sradsu W/m**2 2 1 F GAUSSIAN T T F F 128 204 16 SURFACE 384: tradsu W/m**2 2 1 F GAUSSIAN T T F F 128 205 16 SURFACE 384: ahfcon W/m**2 2 1 F GAUSSIAN T T F F 128 208 16 SURFACE 384: ahfres W/m**2 2 1 F GAUSSIAN T T F F 128 209 16 SURFACE 384: seaice 2 1 T GAUSSIAN T T F T 128 210 16 SURFACE 384: siced m 2 1 T GAUSSIAN T T F T 128 211 16 SURFACE 384: gld m 2 1 T GAUSSIAN T T F T 128 213 16 SURFACE 384: sni m 2 1 T GAUSSIAN T T F T 128 214 16 SURFACE 384: wimax m/s 2 1 T GAUSSIAN T T F T 128 216 16 SURFACE 384: topmax Pa 2 1 T GAUSSIAN T T F T 128 217 16 SURFACE 384: aclcac 3 47 F GAUSSIAN T T F F 128 223 16 HYBRID 384: wsmx m 2 1 T GAUSSIAN T T F T 128 229 16 SURFACE 384: qvi kg/m**2 2 1 F GAUSSIAN T T F F 128 230 16 SURFACE 384: xlvi kg/m**2 2 1 F GAUSSIAN T T F F 128 231 16 SURFACE 384: glac 2 1 T GAUSSIAN T T F T 128 232 16 SURFACE 384: snc m 2 1 T GAUSSIAN T T F T 128 233 16 SURFACE 384: abso4 kg/m**2 2 1 F GAUSSIAN T T F F 128 235 16 SURFACE 384: ao3 kg/kg 3 47 T GAUSSIAN T T F T 128 236 16 HYBRID 384: tropo Pa 2 1 T GAUSSIAN T T F T 128 237 16 SURFACE 384: thvsig K 2 1 T GAUSSIAN T T F T 128 238 16 SURFACE 384: tpot K 3 47 T GAUSSIAN T T F T 128 239 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : co2m 384: memory used : 1280 384: list elements : 19 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _co2 384: restart file suffix: _co2m 384: initial file suffix: _co2m 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 62 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: co2_flx_inst kg m-2 s 2 1 T GAUSSIAN T T F T 191 2 24 SURFACE 384: co2_flux kg m-2 s 2 1 F GAUSSIAN T T F F 191 5 24 SURFACE 384: co2_flx_land kg m-2 s 2 1 F GAUSSIAN T T F F 191 6 24 SURFACE 384: co2_flx_ocean kg m-2 s 2 1 F GAUSSIAN T T F F 191 7 24 SURFACE 384: co2_burden kg m-2 2 1 F GAUSSIAN T T F F 191 8 16 SURFACE 384: co2_burden_corr_acc2 kg m-2 2 1 F GAUSSIAN T T F F 191 9 16 SURFACE 384: co2_flux_corr kg m-2 s 2 1 F GAUSSIAN T T F F 191 10 16 SURFACE 384: co2_emis kg m-2 s 2 1 F GAUSSIAN T T F F 191 11 24 SURFACE 384: co2_burden_inst kg m-2 2 1 T GAUSSIAN T T F T 191 14 16 SURFACE 384: co2_flx_total_inst kg m-2 s 2 1 T GAUSSIAN T T F T 191 15 24 SURFACE 384: co2ocean ppm CO2 2 1 T GAUSSIAN T T F T 191 17 24 SURFACE 384: co2trans 10-9 mol 2 1 T GAUSSIAN T T F T 191 18 24 SURFACE 384: co2_flx_anthro kg m-2 s 2 1 F GAUSSIAN T T F F 191 20 24 SURFACE 384: co2_flx_npp kg m-2 s 2 1 F GAUSSIAN T T F F 191 21 24 SURFACE 384: co2_flx_resp kg m-2 s 2 1 F GAUSSIAN T T F F 191 22 24 SURFACE 384: co2_flx_herb kg m-2 s 2 1 F GAUSSIAN T T F F 191 23 24 SURFACE 384: co2_flx_lcc kg m-2 s 2 1 F GAUSSIAN T T F F 191 24 24 SURFACE 384: co2_flx_harvest kg m-2 s 2 1 F GAUSSIAN T T F F 191 25 24 SURFACE 384: co2_flx_fire kg m-2 s 2 1 F GAUSSIAN T T F F 191 26 24 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : surfm 384: memory used : 512 384: list elements : 9 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _surf 384: restart file suffix: _surfm 384: initial file suffix: _surfm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 64 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: jsswniracc W/m**2 2 1 F GAUSSIAN T T F F 181 203 16 SURFACE 384: jsswvisacc W/m**2 2 1 F GAUSSIAN T T F F 181 204 16 SURFACE 384: jsswdifniracc W/m**2 2 1 F GAUSSIAN T T F F 181 205 16 SURFACE 384: jsswdifvisacc W/m**2 2 1 F GAUSSIAN T T F F 181 206 16 SURFACE 384: longwave_down_acc W/m**2 2 1 F GAUSSIAN T T F F 181 207 16 SURFACE 384: az0lh m 2 1 T GAUSSIAN T T F T 181 212 16 SURFACE 384: az0 m 2 1 T GAUSSIAN T T F T 181 213 16 SURFACE 384: jsswparacc W/m**2 2 1 F GAUSSIAN T T F F 181 244 16 SURFACE 384: jsswdifparacc W/m**2 2 1 F GAUSSIAN T T F F 181 246 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : tracerm 384: memory used : 12032 384: list elements : 1 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _tracer 384: restart file suffix: _tracerm 384: initial file suffix: _tracerm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 66 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: CO2 kg kg-1 3 47 T GAUSSIAN T T F T 0 1 16 HYBRID 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : jsbachm 384: memory used : 15744 384: list elements : 30 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _jsbach 384: restart file suffix: _jsbachm 384: initial file suffix: _jsbachm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 68 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: cover_fract_pot 2 11 T LAND T T T T 180 10 16 TILES 384: cover_fract 2 11 T LAND T T T T 180 12 16 TILES 384: albedo_vis 2 11 T LAND T T T T 180 14 16 TILES 384: albedo_nir 2 11 T LAND T T T T 180 15 16 TILES 384: veg_ratio_max 1 1 T LAND T T T T 180 20 16 SURFACE 384: swdown_acc W m-2 1 1 F LAND T T T F 180 21 16 SURFACE 384: swdown_reflect_acc W m-2 1 1 F LAND T T T F 180 22 16 SURFACE 384: box_veg_ratio 2 11 T LAND T T T T 180 24 16 TILES 384: land_fract 1 1 T LAND T T F T 180 25 16 SURFACE 384: swdown_absorb_nosno_acc W m-2 1 1 F LAND T T T F 180 30 16 SURFACE 384: skin_reservoir m 2 11 T LAND T T T T 180 55 16 TILES 384: relative_humidity_air_inst 1 1 T LAND T T T T 180 56 16 SURFACE 384: glacier_runoff kg m-2 s 2 11 F LAND T T T F 180 67 16 TILES 384: snow_age 1 1 T LAND T T T T 180 77 16 SURFACE 384: layer_moisture m 2 5 T LAND T T T T 180 84 16 SOILLEV 384: lai 2 11 T LAND T T T T 180 107 16 TILES 384: snow_depth_canopy m 2 11 T LAND T T T T 180 109 16 TILES 384: snow_fract_canopy 2 11 T LAND T T T T 180 110 16 TILES 384: veg_fract_correction 2 11 T LAND T T T T 180 116 16 TILES 384: canopy_conductance m/s 2 11 F LAND T T T F 180 120 16 TILES 384: net_assimilation_acc mol(CO2) 2 11 F LAND T T T F 180 124 16 TILES 384: gross_assimilation_acc mol(CO2) 2 11 F LAND T T T F 180 126 24 TILES 384: apar_acc mol(PHOT 2 11 F LAND T T T F 180 148 16 TILES 384: CO2_flux_net mol(CO2) 1 1 F LAND T T T F 180 160 16 SURFACE 384: CO2_flux_herbivory mol(CO2) 1 1 F LAND T T T F 180 161 16 SURFACE 384: CO2_emission_landcover_change mol(CO2) 1 1 F LAND T T T F 180 162 16 SURFACE 384: CO2_emission_harvest mol(CO2) 1 1 F LAND T T T F 180 163 16 SURFACE 384: CO2_flux_dynveg mol(CO2) 1 1 F LAND T T T F 180 164 16 SURFACE 384: disch m/s 2 1 T GAUSSIAN T T F T 180 218 24 SURFACE 384: awfre kg/m**2s 2 1 T GAUSSIAN T T F T 180 242 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : landm 384: memory used : 2048 384: list elements : 31 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _land 384: restart file suffix: _landm 384: initial file suffix: _landm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 70 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: surface_radiative_temp K 1 1 T LAND T T T T 180 36 16 SURFACE 384: ground_heat_flux W/m^2 1 1 F LAND T T T F 180 40 16 SURFACE 384: evapotranspiration kg/m^2s 1 1 F LAND T T T F 180 44 24 SURFACE 384: snow_fract 1 1 T LAND T T T T 180 60 16 SURFACE 384: glacier_runoff kg/m^2s 1 1 F LAND T T T F 180 67 16 SURFACE 384: soil_temperature K 2 5 T LAND T T T T 180 68 16 BELOWSUR 384: csat 1 1 T LAND T T T T 180 72 16 SURFACE 384: cair 1 1 T LAND T T T T 180 73 16 SURFACE 384: csat_transpiration 1 1 T LAND T T T T 180 74 16 SURFACE 384: transpiration kg/m^2s 1 1 F LAND T T T F 180 76 24 SURFACE 384: water_storage_pre m 1 1 F LAND T T F F 180 77 16 SURFACE 384: water_balance kg/m^2s 1 1 F LAND T T T F 180 78 24 SURFACE 384: bare_soil_evaporation kg/m^2s 1 1 F LAND T T T F 180 79 24 SURFACE 384: snow_evaporation kg/m^2s 1 1 F LAND T T T F 180 80 24 SURFACE 384: skin_evaporation kg/m^2s 1 1 F LAND T T T F 180 81 24 SURFACE 384: reduced_evaporation kg/m^2s 1 1 F LAND T T T F 180 82 24 SURFACE 384: precip_acc kg/m^2s 1 1 F LAND T T T F 180 83 24 SURFACE 384: wetskin_fract 1 1 T LAND T T T T 180 86 16 SURFACE 384: surface_qair kg/kg 1 1 F LAND T T T F 180 91 16 SURFACE 384: evaporation_deficit kg/m^2s 1 1 F LAND T T T F 180 102 24 SURFACE 384: tair_max K 1 1 T LAND T T T T 180 104 16 SURFACE 384: tair_min K 1 1 T LAND T T T T 180 105 16 SURFACE 384: wind_lal_acc m/s 1 1 F LAND T T T F 180 106 16 SURFACE 384: lai 1 1 T LAND T T T T 180 107 16 SURFACE 384: snow_depth_canopy m 1 1 T LAND T T T T 180 109 16 SURFACE 384: snow_fract_canopy 1 1 T LAND T T T T 180 110 16 SURFACE 384: net_assimilation mol(CO2) 1 1 F LAND T T T F 180 124 16 SURFACE 384: gross_assimilation mol(CO2) 1 1 F LAND T T T F 180 126 16 SURFACE 384: surface_temperature_acc K 1 1 F LAND T T T F 180 139 16 SURFACE 384: apar_acc mol(PHOT 1 1 F LAND T T T F 180 148 16 SURFACE 384: par_acc mol(PHOT 1 1 F LAND T T T F 180 149 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : vegm 384: memory used : 60160 384: list elements : 101 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _veg 384: restart file suffix: _vegm 384: initial file suffix: _vegm 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 72 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: prev_year_npp mol(CO2) 2 11 T LAND T T T T 181 18 16 TILES 384: ave_npp5 mol(CO2) 2 11 T LAND T T T T 181 19 16 TILES 384: prev_day_max_wind10 m/s 1 1 T LAND T T T T 181 20 16 SURFACE 384: max_wind10 m/s 1 1 T LAND T T T T 181 23 16 SURFACE 384: rel_hum_air_yDay % 1 1 T LAND T T T T 181 24 16 SURFACE 384: top_layer_soil_moisture m/m 2 11 T LAND T T T T 181 26 16 TILES 384: prev_day_temp_max K 1 1 T LAND T T T T 181 29 16 SURFACE 384: prev_day_temp_min K 1 1 T LAND T T T T 181 30 16 SURFACE 384: act_fpc 2 11 T LAND T T T T 181 31 16 TILES 384: desert_fpc 1 1 T LAND T T T T 181 34 16 SURFACE 384: bare_fpc 1 1 T LAND T T T T 181 35 16 SURFACE 384: prev_day_precip_mean kg m-2 s 1 1 T LAND T T T T 181 37 16 SURFACE 384: pot_fpc 2 11 T LAND T T T T 181 38 16 TILES 384: bio_exist 2 11 T LAND T T T T 181 39 16 TILES 384: sum_green_bio_memory mol(C) m 1 1 T LAND T T T T 181 40 16 SURFACE 384: prev_day_mean_wind10 m/s 1 1 T LAND T T T T 181 42 16 SURFACE 384: box_burned_frac_diag_avg m2/m2 (g 2 11 F LAND T T T F 181 50 16 TILES 384: fuel mol(C)/m 1 1 T LAND T T T T 181 51 16 SURFACE 384: burned_frac m2/m2(ve 2 11 T LAND T T T T 181 52 16 TILES 384: box_burned_frac_avg m2/m2(gr 2 11 F LAND T T T F 181 53 16 TILES 384: damaged_frac m2/m2(ve 2 11 T LAND T T T T 181 54 16 TILES 384: box_damaged_frac_avg m2/m2(gr 2 11 F LAND T T T F 181 55 16 TILES 384: box_fire_CO2_flux_2_atmos kg(CO2) 1 1 F LAND T T T F 181 56 16 SURFACE 384: dist_nitrogen_2_atmos mol(N) m 1 1 T LAND T T T T 181 62 16 SURFACE 384: frac_1hr_wood 2 11 T LAND T T T T 181 65 16 TILES 384: frac_10hr_wood 2 11 T LAND T T T T 181 66 16 TILES 384: frac_100hr_wood 2 11 T LAND T T T T 181 67 16 TILES 384: frac_1000hr_wood 2 11 T LAND T T T T 181 68 16 TILES 384: NI_acc 1 1 T LAND T T T T 181 69 16 SURFACE 384: frac_litter_wood_new 2 11 T LAND T T T T 181 75 16 TILES 384: Box_flux_harvest_2atmos mol(C) m 1 1 F LAND T T T F 181 80 16 SURFACE 384: LCC_coverFract_target 2 11 T LAND T T T T 181 81 16 TILES 384: LCC_flux_box_C2atmos mol(C) m 1 1 F LAND T T T F 181 82 16 SURFACE 384: LCC_flux_box_C2litterGreenPools mol(C) m 1 1 F LAND T T T F 181 83 16 SURFACE 384: LCC_flux_box_C2litterWoodPool mol(C) m 1 1 F LAND T T T F 181 84 16 SURFACE 384: CROP_2_NATL_ignored - 1 1 T LAND T T T T 181 123 16 SURFACE 384: PAST_2_NATL_ignored - 1 1 T LAND T T T T 181 124 16 SURFACE 384: Box_harvest mol(C) m 1 1 T LAND T T T T 181 125 16 SURFACE 384: Box_flux_harvest mol(C) m 1 1 F LAND T T T F 181 126 16 SURFACE 384: excess_NPP mol(CO2) 2 11 T LAND T T T T 181 130 16 TILES 384: root_exudates mol(C) m 2 11 T LAND T T T T 181 131 16 TILES 384: Cflux_herbivory mol(C) m 2 11 T LAND T T T T 181 132 16 TILES 384: Cflux_herbivory_LG mol(C) m 2 11 T LAND T T T T 181 133 16 TILES 384: Cflux_herbivory_2_atm mol(C) m 2 11 T LAND T T T T 181 134 16 TILES 384: box_root_exudates mol(C) m 2 11 T LAND T T T T 181 135 16 TILES 384: box_Cflux_herbivory mol(C) m 2 11 T LAND T T T T 181 136 16 TILES 384: jsbachCconserv mol(CO2) 1 1 T LAND T T T T 181 138 16 SURFACE 384: box_Cflux_herbivory_2_atm mol(C) m 2 11 T LAND T T T T 181 143 16 TILES 384: NPP_flux_correction mol(CO2) 2 11 T LAND T T T T 181 157 16 TILES 384: box_Cflx_2_crop_harvest mol(C) m 1 1 T LAND T T T T 181 158 16 SURFACE 384: boxC_green mol(C) m 2 11 T LAND T T T T 181 160 16 TILES 384: boxC_woods mol(C) m 2 11 T LAND T T T T 181 161 16 TILES 384: boxC_reserve mol(C) m 2 11 T LAND T T T T 181 162 16 TILES 384: LAI_yDayMean 2 11 T LAND T T T T 181 165 16 TILES 384: NPP_yDayMean mol(CO2) 2 11 T LAND T T T T 181 166 16 TILES 384: topSoilTemp_yDayMean K 1 1 T LAND T T T T 181 168 16 SURFACE 384: alpha_yDayMean 2 11 T LAND T T T T 181 169 16 TILES 384: box_soil_respiration mol(C) m 2 11 T LAND T T T T 181 170 16 TILES 384: box_NPP_yDayMean mol(CO2) 2 11 T LAND T T T T 181 171 16 TILES 384: box_NPP_flux_correction mol(CO2) 2 11 T LAND T T T T 181 172 16 TILES 384: box_GPP_yDayMean mol(CO2) 2 11 T LAND T T T T 181 173 16 TILES 384: box_litter_flux mol(CO2) 2 11 T LAND T T T T 181 175 16 TILES 384: box_Cpools_total mol(CO2) 1 1 T LAND T T T T 181 176 16 SURFACE 384: box_NPP_act_yDayMean mol(CO2) 2 11 T LAND T T T T 181 178 16 TILES 384: growth_phase_SG 1 1 T LAND T T T T 181 181 16 SURFACE 384: growth_phase_EG 1 1 T LAND T T T T 181 182 16 SURFACE 384: previous_day_temp degC 1 1 T LAND T T T T 181 185 16 SURFACE 384: pseudo_soil_temp degC 1 1 T LAND T T T T 181 186 16 SURFACE 384: heat_sum_EG degC d 1 1 T LAND T T T T 181 188 16 SURFACE 384: heat_sum_SG degC d 1 1 T LAND T T T T 181 189 16 SURFACE 384: chill_days_EG 1 1 T LAND T T T T 181 190 16 SURFACE 384: chill_days_SG 1 1 T LAND T T T T 181 191 16 SURFACE 384: growth_phase_CRP 1 1 T LAND T T T T 181 196 16 SURFACE 384: heat_sum_CRP degC d 1 1 T LAND T T T T 181 197 16 SURFACE 384: heat_sum_winter degC d 1 1 T LAND T T T T 181 199 16 SURFACE 384: previous_day_temp_min degC 1 1 T LAND T T T T 181 205 16 SURFACE 384: previous_day_temp_max degC 1 1 T LAND T T T T 181 206 16 SURFACE 384: NPP_act_yDayMean mol(CO2) 2 11 T LAND T T T T 181 210 16 TILES 384: box_Cflx_crop_harvest_2_atm mol(C) m 1 1 T LAND T T T T 181 211 16 SURFACE 384: redFact_Nlimitation dimensio 2 11 T LAND T T T T 181 212 16 TILES 384: boxC_onSite_LCC mol(C) m 1 1 T LAND T T T T 181 218 16 SURFACE 384: boxC_paper_LCC mol(C) m 1 1 T LAND T T T T 181 220 16 SURFACE 384: boxC_construction_LCC mol(C) m 1 1 T LAND T T T T 181 221 16 SURFACE 384: boxC_paper_harvest mol(C) m 1 1 T LAND T T T T 181 222 16 SURFACE 384: boxC_construction_harvest mol(C) m 1 1 T LAND T T T T 181 223 16 SURFACE 384: boxC_onSite_harvest mol(C)m- 1 1 T LAND T T T T 181 224 16 SURFACE 384: boxC_crop_harvest mol(C) m 2 11 T LAND T T T T 181 225 16 TILES 384: boxC_flux_2_onSite_LCC mol(C) m 1 1 F LAND T T T F 181 228 16 SURFACE 384: boxC_flux_2_paper_LCC mol(C) m 1 1 F LAND T T T F 181 230 16 SURFACE 384: boxC_flux_2_construction_LCC mol(C) m 1 1 F LAND T T T F 181 231 16 SURFACE 384: boxC_flux_onSite_2_atmos_LCC mol(C) m 1 1 F LAND T T T F 181 236 16 SURFACE 384: boxC_flux_paper_2_atmos_LCC mol(C) m 1 1 F LAND T T T F 181 238 16 SURFACE 384: boxC_flux_construction_2_atmos_Lmol(C) m 1 1 F LAND T T T F 181 239 16 SURFACE 384: boxC_flux_2_paper_harvest mol(C) m 1 1 F LAND T T T F 181 242 16 SURFACE 384: boxC_flux_2_construction_harvestmol(C) m 1 1 F LAND T T T F 181 243 16 SURFACE 384: boxC_flux_paper_2_atmos_harvest mol(C) m 1 1 F LAND T T T F 181 246 16 SURFACE 384: boxC_flux_construction_2_atmos_hmol(C) m 1 1 F LAND T T T F 181 247 16 SURFACE 384: drainage_yDayMean Kg m-2 s 1 1 T LAND T T T T 181 248 16 SURFACE 384: boxC_flux_2_onSite_harvest mol(C)m- 1 1 F LAND T T T F 181 249 16 SURFACE 384: boxC_flux_onsite_2_atmos_harvestmol(C) m 1 1 F LAND T T T F 181 251 16 SURFACE 384: box_soil_respiration_pot mol(C) m 2 11 T LAND T T T T 181 254 16 TILES 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : yassom 384: memory used : 25600 384: list elements : 20 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _yasso 384: restart file suffix: _yassom 384: initial file suffix: _yassom 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 1 384: fileID : 74 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: boxYC_acid_ag1 mol(C) m 2 11 T LAND T T T T 184 31 16 TILES 384: boxYC_acid_bg1 mol(C) m 2 11 T LAND T T T T 184 32 16 TILES 384: boxYC_water_ag1 mol(C) m 2 11 T LAND T T T T 184 33 16 TILES 384: boxYC_water_bg1 mol(C) m 2 11 T LAND T T T T 184 34 16 TILES 384: boxYC_ethanol_ag1 mol(C) m 2 11 T LAND T T T T 184 35 16 TILES 384: boxYC_ethanol_bg1 mol(C) m 2 11 T LAND T T T T 184 36 16 TILES 384: boxYC_nonsoluble_ag1 mol(C) m 2 11 T LAND T T T T 184 37 16 TILES 384: boxYC_nonsoluble_bg1 mol(C) m 2 11 T LAND T T T T 184 38 16 TILES 384: boxYC_humus_1 mol(C) m 2 11 T LAND T T T T 184 39 16 TILES 384: boxYC_acid_ag2 mol(C) m 2 11 T LAND T T T T 184 41 16 TILES 384: boxYC_acid_bg2 mol(C) m 2 11 T LAND T T T T 184 42 16 TILES 384: boxYC_water_ag2 mol(C) m 2 11 T LAND T T T T 184 43 16 TILES 384: boxYC_water_bg2 mol(C) m 2 11 T LAND T T T T 184 44 16 TILES 384: boxYC_ethanol_ag2 mol(C) m 2 11 T LAND T T T T 184 45 16 TILES 384: boxYC_ethanol_bg2 mol(C) m 2 11 T LAND T T T T 184 46 16 TILES 384: boxYC_nonsoluble_ag2 mol(C) m 2 11 T LAND T T T T 184 47 16 TILES 384: boxYC_nonsoluble_bg2 mol(C) m 2 11 T LAND T T T T 184 48 16 TILES 384: boxYC_humus_2 mol(C) m 2 11 T LAND T T T T 184 49 16 TILES 384: pseudo_temp_yDay K 1 1 T LAND T T T T 184 50 16 SURFACE 384: pseudo_precip_yDay Kg m-2 s 1 1 T LAND T T T T 184 51 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : g3bday 384: memory used : 4608 384: list elements : 18 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _echamday 384: restart file suffix: _g3bday 384: initial file suffix: _g3bday 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 7 384: fileID : 76 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: ahfl W/m**2 2 1 T GAUSSIAN T T F T 128 147 16 SURFACE 384: ahfs W/m**2 2 1 T GAUSSIAN T T F T 128 146 16 SURFACE 384: aprc kg/m**2s 2 1 T GAUSSIAN T T F T 128 143 16 SURFACE 384: aprl kg/m**2s 2 1 T GAUSSIAN T T F T 128 142 24 SURFACE 384: aprs kg/m**2s 2 1 T GAUSSIAN T T F T 128 144 16 SURFACE 384: aps Pa 2 1 T GAUSSIAN T T F T 128 134 16 SURFACE 384: dew2 K 2 1 T GAUSSIAN T T F T 128 168 16 SURFACE 384: geosp m**2/s** 2 1 T GAUSSIAN T T F T 128 129 16 SURFACE 384: q2m 2 1 T GAUSSIAN T T F T 128 54 16 SURFACE 384: rh2m 2 1 T GAUSSIAN T T F T 128 55 16 SURFACE 384: srads W/m**2 2 1 T GAUSSIAN T T F T 128 176 16 SURFACE 384: temp2 K 2 1 T GAUSSIAN T T F T 128 167 16 SURFACE 384: tsurf K 2 1 T GAUSSIAN T T F T 128 169 16 SURFACE 384: u10 m/s 2 1 T GAUSSIAN T T F T 128 165 16 SURFACE 384: v10 m/s 2 1 T GAUSSIAN T T F T 128 166 16 SURFACE 384: wind10 m/s 2 1 T GAUSSIAN T T F T 128 171 16 SURFACE 384: t2max K 2 1 T GAUSSIAN T F F T 128 201 16 SURFACE 384: t2min K 2 1 T GAUSSIAN T F F T 128 202 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : jsbachday 384: memory used : 4992 384: list elements : 5 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _jsbachday 384: restart file suffix: _jsbachday 384: initial file suffix: _jsbachday 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 8 384: fileID : 78 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: layer_moisture m 2 5 T LAND T T T T 180 84 16 SOILLEV 384: evapotranspiration kg m-2 s 2 11 T LAND T T F T 180 44 16 TILES 384: transpiration kg m-2 s 2 11 T LAND T T F T 180 76 16 TILES 384: cover_fract 2 11 T LAND T T T T 180 12 16 TILES 384: veg_ratio_max 1 1 T LAND T T T T 180 20 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : landday 384: memory used : 1152 384: list elements : 5 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _landday 384: restart file suffix: _landday 384: initial file suffix: _landday 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 9 384: fileID : 80 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: lai 1 1 T LAND T T T T 180 107 16 SURFACE 384: snow_depth_canopy m 1 1 T LAND T T T T 180 109 16 SURFACE 384: snow_fract 1 1 T LAND T T T T 180 60 16 SURFACE 384: soil_temperature K 2 5 T LAND T T T T 180 68 16 BELOWSUR 384: surface_radiative_temp K 1 1 T LAND T T T T 180 36 16 SURFACE 384: 384: ------------------------------------------------------------------------------ 384: 384: Output stream : 384: 384: name : vegday 384: memory used : 15360 384: list elements : 20 384: 384: lpost flag : T 384: lpout flag : T 384: linit flag : T 384: lrerun flag : T 384: output file suffix: _vegday 384: restart file suffix: _vegday 384: initial file suffix: _vegday 384: filetype : GRIB1 384: output compression : NONE 384: interval index : 10 384: fileID : 82 384: 384: name units rank ke alloc. grid prt acc mis rst tbl cde bit lev_type 384: 384: boxC_construction_LCC mol(C) m 1 1 T LAND T T T T 181 221 16 SURFACE 384: boxC_construction_harvest mol(C) m 1 1 T LAND T T T T 181 223 16 SURFACE 384: boxC_crop_harvest mol(C) m 2 11 T LAND T T T T 181 225 16 TILES 384: boxC_green mol(C) m 2 11 T LAND T T T T 181 160 16 TILES 384: boxC_litter_green_bg mol(C) m 2 11 T LAND T T T T 181 163 16 TILES 384: boxC_onSite_LCC mol(C) m 1 1 T LAND T T T T 181 218 16 SURFACE 384: boxC_onSite_harvest mol(C)m- 1 1 T LAND T T T T 181 224 16 SURFACE 384: boxC_paper_LCC mol(C) m 1 1 T LAND T T T T 181 220 16 SURFACE 384: boxC_paper_harvest mol(C) m 1 1 T LAND T T T T 181 222 16 SURFACE 384: boxC_reserve mol(C) m 2 11 T LAND T T T T 181 162 16 TILES 384: boxC_woods mol(C) m 2 11 T LAND T T T T 181 161 16 TILES 384: box_Cflux_herbivory_2_atm mol(C) m 2 11 T LAND T T T T 181 143 16 TILES 384: box_Cflx_2_crop_harvest mol(C) m 1 1 T LAND T T T T 181 158 16 SURFACE 384: box_Cflx_crop_harvest_2_atm mol(C) m 1 1 T LAND T T T T 181 211 16 SURFACE 384: box_Cpools_total mol(CO2) 1 1 T LAND T T T T 181 176 16 SURFACE 384: box_GPP_yDayMean mol(CO2) 2 11 T LAND T T T T 181 173 16 TILES 384: box_NPP_act_yDayMean mol(CO2) 2 11 T LAND T T T T 181 178 16 TILES 384: box_soil_respiration mol(C) m 2 11 T LAND T T T T 181 170 16 TILES 384: burned_YC_acid_ag_wood mol(C) m 2 11 T LAND T T T T 181 43 16 TILES 384: dist_nitrogen_2_atmos mol(N) m 1 1 T LAND T T T T 181 62 16 SURFACE 384: 384: ====================================================================== 384: Finished initialization in control 384: ====================================================================== 0: MPIOM: current date: 2100-01-01 06:45:00 begin of timestep (day): 10 (run): 10 0: MPIOM: current date: 2100-01-01 07:30:00 begin of timestep (day): 11 (run): 11 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210001.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 384: esm-ssp585-ocn-alk_EXP2_210001.01_accw accw 82 T T 0: MPIOM: current date: 2100-01-01 08:15:00 begin of timestep (day): 12 (run): 12 384: esm-ssp585-ocn-alk_EXP2_210001.01_nitro nitro 80 T T 0: MPIOM: current date: 2100-01-01 09:00:00 begin of timestep (day): 13 (run): 13 384: esm-ssp585-ocn-alk_EXP2_210001.01_echam spm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_echam glm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_echam g3bm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_co2 co2m 76 T T 0: MPIOM: current date: 2100-01-01 09:45:00 begin of timestep (day): 14 (run): 14 384: esm-ssp585-ocn-alk_EXP2_210001.01_surf surfm 74 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_tracer tracerm 72 T T 0: MPIOM: current date: 2100-01-01 10:30:00 begin of timestep (day): 15 (run): 15 384: esm-ssp585-ocn-alk_EXP2_210001.01_jsbach jsbachm 70 T T 0: MPIOM: current date: 2100-01-01 11:15:00 begin of timestep (day): 16 (run): 16 384: esm-ssp585-ocn-alk_EXP2_210001.01_land landm 68 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_veg vegm 66 T T 0: MPIOM: current date: 2100-01-01 12:00:00 begin of timestep (day): 17 (run): 17 384: esm-ssp585-ocn-alk_EXP2_210001.01_yasso yassom 64 T T 0: MPIOM: current date: 2100-01-01 12:45:00 begin of timestep (day): 18 (run): 18 384: esm-ssp585-ocn-alk_EXP2_210001.01_echamday g3bday 62 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_jsbachday jsbachday 60 T T 0: MPIOM: current date: 2100-01-01 13:30:00 begin of timestep (day): 19 (run): 19 384: esm-ssp585-ocn-alk_EXP2_210001.01_landday landday 58 T T 384: esm-ssp585-ocn-alk_EXP2_210001.01_vegday vegday 56 T T 384: 0: MPIOM: current date: 2100-01-01 14:15:00 begin of timestep (day): 20 (run): 20 0: MPIOM: current date: 2100-01-01 15:00:00 begin of timestep (day): 21 (run): 21 0: MPIOM: current date: 2100-01-01 15:45:00 begin of timestep (day): 22 (run): 22 0: MPIOM: current date: 2100-01-01 16:30:00 begin of timestep (day): 23 (run): 23 0: MPIOM: current date: 2100-01-01 17:15:00 begin of timestep (day): 24 (run): 24 0: MPIOM: current date: 2100-01-01 18:00:00 begin of timestep (day): 25 (run): 25 0: MPIOM: current date: 2100-01-01 18:45:00 begin of timestep (day): 26 (run): 26 0: MPIOM: current date: 2100-01-01 19:30:00 begin of timestep (day): 27 (run): 27 0: MPIOM: current date: 2100-01-01 20:15:00 begin of timestep (day): 28 (run): 28 0: MPIOM: current date: 2100-01-01 21:00:00 begin of timestep (day): 29 (run): 29 0: MPIOM: current date: 2100-01-01 21:45:00 begin of timestep (day): 30 (run): 30 0: MPIOM: current date: 2100-01-01 22:30:00 begin of timestep (day): 31 (run): 31 0: MPIOM: current date: 2100-01-01 23:15:00 begin of timestep (day): 32 (run): 32 0: MPIOM: current date: 2100-01-02 00:00:00 begin of timestep (day): 1 (run): 33 384: --- read_co2_emission for year: : 2099 384: 2099-12-31 23h: Done: jsbach.nc 384: 2099-12-31 23h: Done: a_nd_file.nc 384: 2099-12-31 23h: Open: lightning.nc 384: 2099-12-31 23h: Open: population_density.nc 384: 2099-12-31 23h: Read: Valid: 2099-12-16 12h: lightning_frq (lightning.nc, 12), avg = 0.0000 384: 2099-12-31 23h: Read: Valid: 2099-01-01 00h: population_density (population_density.nc, 250), avg = 0.0000 384: 2099-12-31 23h: Read: Valid: 2100-01-16 12h: lightning_frq (lightning.nc, 1), avg = 0.0000 384: 2099-12-31 23h: Read: Valid: 2100-01-01 00h: population_density (population_density.nc, 251), avg = 0.0000 384: 2099-12-31 23h: Done: population_density.nc 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.437993534000819E-010 kg m-2 s-1 384: --- read_co2_emission for year: : 2100 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 384: read_landuse_transitions(): Reading new landuse transition fields from landuseTransitions.2100.nc 384: read_harvest(): Reading new harvest data from landuseHarvest.2100.nc 473: verify_CN_ratio: C/N ratio mismatch in Npool_green: mismatch: -2.010328559512291E-011 ; Npool: 0.250520205590260 449: verify_CN_ratio: C/N ratio mismatch in Npool_green: mismatch: -9.349896440965064E-011 ; Npool: 0.237636885545642 384: co2_mbalance: Resetting acc. CO2 burden correction 543: verify_CN_ratio: C/N ratio mismatch in Npool_green: mismatch: -5.225164235538814E-011 ; Npool: 0.217689963016582 401: verify_CN_ratio: C/N ratio mismatch in Npool_green: mismatch: -7.085278321220734E-014 ; Npool: 0.759849151610519 449: verify_CN_ratio: C/N ratio mismatch in Npool_green: p_pe: 65 location: 4 7 543: verify_CN_ratio: C/N ratio mismatch in Npool_green: p_pe: 159 location: 2 7 401: verify_CN_ratio: C/N ratio mismatch in Npool_green: p_pe: 17 location: 1 7 473: verify_CN_ratio: C/N ratio mismatch in Npool_green: p_pe: 89 location: 3 7 384: Radiation calculated for : 1. Jan 2100 01:56:15 384: 384: read_o3clim_4: fn0: ozon2099 fn1: ozon2100 fn2: ozon2101 384: number of pressure levels of ozone climatology: 66 384: pressure levels in [hPa]: 384: 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.01 384: 0.01 0.01 0.01 0.02 0.03 0.04 0.05 0.07 0.10 0.15 384: 0.20 0.30 0.40 0.50 0.70 1.00 1.50 2.00 3.00 4.00 384: 5.00 7.00 10.00 15.00 20.00 25.00 30.00 35.00 40.00 50.00 384: 60.00 70.00 80.00 90.00 100.00 115.00 130.00 150.00 170.00 200.00 384: 250.00 285.00 300.00 350.00 400.00 450.00 500.00 600.00 650.00 700.00 384: 750.00 780.00 800.00 850.00 925.00 1000.00 384: Greenhouse gas concentrations 1. Jan 2100 01:56:15 CO2 = 1128.3829 CH4 = 2421.43 N2O = 391.566 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 03:56:15 384: Greenhouse gas concentrations 1. Jan 2100 03:56:15 CO2 = 1128.3860 CH4 = 2421.42 N2O = 391.566 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 05:56:15 384: Greenhouse gas concentrations 1. Jan 2100 05:56:15 CO2 = 1128.3891 CH4 = 2421.42 N2O = 391.566 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 07:56:15 384: Greenhouse gas concentrations 1. Jan 2100 07:56:15 CO2 = 1128.3923 CH4 = 2421.42 N2O = 391.566 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 09:56:15 384: Greenhouse gas concentrations 1. Jan 2100 09:56:15 CO2 = 1128.3954 CH4 = 2421.42 N2O = 391.567 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 11:56:15 384: Greenhouse gas concentrations 1. Jan 2100 11:56:15 CO2 = 1128.3985 CH4 = 2421.41 N2O = 391.567 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 13:56:15 384: Greenhouse gas concentrations 1. Jan 2100 13:56:15 CO2 = 1128.4016 CH4 = 2421.41 N2O = 391.567 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 15:56:15 384: Greenhouse gas concentrations 1. Jan 2100 15:56:15 CO2 = 1128.4047 CH4 = 2421.41 N2O = 391.567 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 17:56:15 384: Greenhouse gas concentrations 1. Jan 2100 17:56:15 CO2 = 1128.4079 CH4 = 2421.40 N2O = 391.567 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 19:56:15 384: Greenhouse gas concentrations 1. Jan 2100 19:56:15 CO2 = 1128.4110 CH4 = 2421.40 N2O = 391.567 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 21:56:15 384: Greenhouse gas concentrations 1. Jan 2100 21:56:15 CO2 = 1128.4141 CH4 = 2421.40 N2O = 391.567 CFC = 51.94 209.91 384: Radiation calculated for : 1. Jan 2100 23:56:15 384: Greenhouse gas concentrations 1. Jan 2100 23:56:15 CO2 = 1128.4172 CH4 = 2421.40 N2O = 391.567 CFC = 51.94 209.91 384: hydrology_model: Water budget change: -2.518296241760254E-006 m3/s 384: hydrology_model: global discharge: 913054.179838629 m3/s 384: hydrology_model: precip-evap (on ocean): -1366823.84326349 m3/s 384: water_budget_corr: P-E correction: 18342.9721174496 m3/s 384: water_budget_corr: slm/slf residuum: 79772.0167331157 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 618.720096985302 m3/s 384: water_budget_corr: awfre corrected: -1347862.15104905 m3/s 384: water_budget_corr: river discharge: 913054.179838629 m3/s 384: water_budget_corr: water to ocean: -434807.971210417 m3/s 384: Write GRIB1 output for : 1. Jan 2100 23:52:30 0: co2 = 1051.10364173059 , n2 = 802000.000202852 , o2 = 0: 196800.000577681 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -7.224028772436509E-010 kg m-2 s-1 0: MPIOM: current date: 2100-01-02 00:45:00 begin of timestep (day): 2 (run): 34 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-02 01:30:00 begin of timestep (day): 3 (run): 35 384: Radiation calculated for : 2. Jan 2100 01:56:15 384: Greenhouse gas concentrations 2. Jan 2100 01:56:15 CO2 = 1128.4203 CH4 = 2421.39 N2O = 391.567 CFC = 51.94 209.90 0: MPIOM: current date: 2100-01-02 02:15:00 begin of timestep (day): 4 (run): 36 0: MPIOM: current date: 2100-01-02 03:00:00 begin of timestep (day): 5 (run): 37 0: MPIOM: current date: 2100-01-02 03:45:00 begin of timestep (day): 6 (run): 38 0: MPIOM: current date: 2100-01-02 04:30:00 begin of timestep (day): 7 (run): 39 384: Radiation calculated for : 2. Jan 2100 03:56:15 384: Greenhouse gas concentrations 2. Jan 2100 03:56:15 CO2 = 1128.4234 CH4 = 2421.39 N2O = 391.567 CFC = 51.94 209.90 0: MPIOM: current date: 2100-01-02 05:15:00 begin of timestep (day): 8 (run): 40 0: MPIOM: current date: 2100-01-02 06:00:00 begin of timestep (day): 9 (run): 41 0: MPIOM: current date: 2100-01-02 06:45:00 begin of timestep (day): 10 (run): 42 0: MPIOM: current date: 2100-01-02 07:30:00 begin of timestep (day): 11 (run): 43 384: Radiation calculated for : 2. Jan 2100 05:56:15 384: Greenhouse gas concentrations 2. Jan 2100 05:56:15 CO2 = 1128.4266 CH4 = 2421.39 N2O = 391.568 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-02 08:15:00 begin of timestep (day): 12 (run): 44 0: MPIOM: current date: 2100-01-02 09:00:00 begin of timestep (day): 13 (run): 45 0: MPIOM: current date: 2100-01-02 09:45:00 begin of timestep (day): 14 (run): 46 0: MPIOM: current date: 2100-01-02 10:30:00 begin of timestep (day): 15 (run): 47 384: Radiation calculated for : 2. Jan 2100 07:56:15 384: Greenhouse gas concentrations 2. Jan 2100 07:56:15 CO2 = 1128.4297 CH4 = 2421.38 N2O = 391.568 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-02 11:15:00 begin of timestep (day): 16 (run): 48 0: MPIOM: current date: 2100-01-02 12:00:00 begin of timestep (day): 17 (run): 49 0: MPIOM: current date: 2100-01-02 12:45:00 begin of timestep (day): 18 (run): 50 0: MPIOM: current date: 2100-01-02 13:30:00 begin of timestep (day): 19 (run): 51 384: Radiation calculated for : 2. Jan 2100 09:56:15 384: Greenhouse gas concentrations 2. Jan 2100 09:56:15 CO2 = 1128.4328 CH4 = 2421.38 N2O = 391.568 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-02 14:15:00 begin of timestep (day): 20 (run): 52 0: MPIOM: current date: 2100-01-02 15:00:00 begin of timestep (day): 21 (run): 53 0: MPIOM: current date: 2100-01-02 15:45:00 begin of timestep (day): 22 (run): 54 0: MPIOM: current date: 2100-01-02 16:30:00 begin of timestep (day): 23 (run): 55 384: Radiation calculated for : 2. Jan 2100 11:56:15 384: Greenhouse gas concentrations 2. Jan 2100 11:56:15 CO2 = 1128.4359 CH4 = 2421.38 N2O = 391.568 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-02 17:15:00 begin of timestep (day): 24 (run): 56 0: MPIOM: current date: 2100-01-02 18:00:00 begin of timestep (day): 25 (run): 57 0: MPIOM: current date: 2100-01-02 18:45:00 begin of timestep (day): 26 (run): 58 0: MPIOM: current date: 2100-01-02 19:30:00 begin of timestep (day): 27 (run): 59 384: Radiation calculated for : 2. Jan 2100 13:56:15 384: Greenhouse gas concentrations 2. Jan 2100 13:56:15 CO2 = 1128.4390 CH4 = 2421.38 N2O = 391.568 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-02 20:15:00 begin of timestep (day): 28 (run): 60 0: MPIOM: current date: 2100-01-02 21:00:00 begin of timestep (day): 29 (run): 61 0: MPIOM: current date: 2100-01-02 21:45:00 begin of timestep (day): 30 (run): 62 0: MPIOM: current date: 2100-01-02 22:30:00 begin of timestep (day): 31 (run): 63 384: Radiation calculated for : 2. Jan 2100 15:56:15 384: Greenhouse gas concentrations 2. Jan 2100 15:56:15 CO2 = 1128.4422 CH4 = 2421.37 N2O = 391.568 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-02 23:15:00 begin of timestep (day): 32 (run): 64 0: MPIOM: current date: 2100-01-03 00:00:00 begin of timestep (day): 1 (run): 65 384: Radiation calculated for : 2. Jan 2100 17:56:15 384: Greenhouse gas concentrations 2. Jan 2100 17:56:15 CO2 = 1128.4453 CH4 = 2421.37 N2O = 391.568 CFC = 51.93 209.90 384: Radiation calculated for : 2. Jan 2100 19:56:15 384: Greenhouse gas concentrations 2. Jan 2100 19:56:15 CO2 = 1128.4484 CH4 = 2421.37 N2O = 391.568 CFC = 51.93 209.90 384: Radiation calculated for : 2. Jan 2100 21:56:15 384: Greenhouse gas concentrations 2. Jan 2100 21:56:15 CO2 = 1128.4515 CH4 = 2421.37 N2O = 391.568 CFC = 51.93 209.90 384: Radiation calculated for : 2. Jan 2100 23:56:15 384: Greenhouse gas concentrations 2. Jan 2100 23:56:15 CO2 = 1128.4546 CH4 = 2421.36 N2O = 391.569 CFC = 51.93 209.90 384: hydrology_model: Water budget change: 1.937150955200195E-007 m3/s 384: hydrology_model: global discharge: 906420.450443116 m3/s 384: hydrology_model: precip-evap (on ocean): -2532909.90406717 m3/s 384: water_budget_corr: P-E correction: -19138.6431712822 m3/s 384: water_budget_corr: slm/slf residuum: 76533.2825219900 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 743.118475321410 m3/s 384: water_budget_corr: awfre corrected: -2551305.42876312 m3/s 384: water_budget_corr: river discharge: 906420.450443116 m3/s 384: water_budget_corr: water to ocean: -1644884.97832001 m3/s 384: Write GRIB1 output for : 2. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1051.29473409807 , n2 = 802000.000380812 , o2 = 0: 196800.000767167 384: CO2 flux correction (global): -8.598894739913637E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-03 00:45:00 begin of timestep (day): 2 (run): 66 0: MPIOM: current date: 2100-01-03 01:30:00 begin of timestep (day): 3 (run): 67 384: Radiation calculated for : 3. Jan 2100 01:56:15 384: Greenhouse gas concentrations 3. Jan 2100 01:56:15 CO2 = 1128.4578 CH4 = 2421.36 N2O = 391.569 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-03 02:15:00 begin of timestep (day): 4 (run): 68 0: MPIOM: current date: 2100-01-03 03:00:00 begin of timestep (day): 5 (run): 69 0: MPIOM: current date: 2100-01-03 03:45:00 begin of timestep (day): 6 (run): 70 0: MPIOM: current date: 2100-01-03 04:30:00 begin of timestep (day): 7 (run): 71 384: Radiation calculated for : 3. Jan 2100 03:56:15 384: Greenhouse gas concentrations 3. Jan 2100 03:56:15 CO2 = 1128.4609 CH4 = 2421.36 N2O = 391.569 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-03 05:15:00 begin of timestep (day): 8 (run): 72 0: MPIOM: current date: 2100-01-03 06:00:00 begin of timestep (day): 9 (run): 73 0: MPIOM: current date: 2100-01-03 06:45:00 begin of timestep (day): 10 (run): 74 0: MPIOM: current date: 2100-01-03 07:30:00 begin of timestep (day): 11 (run): 75 0: MPIOM: current date: 2100-01-03 08:15:00 begin of timestep (day): 12 (run): 76 384: Radiation calculated for : 3. Jan 2100 05:56:15 384: Greenhouse gas concentrations 3. Jan 2100 05:56:15 CO2 = 1128.4640 CH4 = 2421.35 N2O = 391.569 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-03 09:00:00 begin of timestep (day): 13 (run): 77 0: MPIOM: current date: 2100-01-03 09:45:00 begin of timestep (day): 14 (run): 78 0: MPIOM: current date: 2100-01-03 10:30:00 begin of timestep (day): 15 (run): 79 0: MPIOM: current date: 2100-01-03 11:15:00 begin of timestep (day): 16 (run): 80 384: Radiation calculated for : 3. Jan 2100 07:56:15 384: Greenhouse gas concentrations 3. Jan 2100 07:56:15 CO2 = 1128.4671 CH4 = 2421.35 N2O = 391.569 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-03 12:00:00 begin of timestep (day): 17 (run): 81 0: MPIOM: current date: 2100-01-03 12:45:00 begin of timestep (day): 18 (run): 82 0: MPIOM: current date: 2100-01-03 13:30:00 begin of timestep (day): 19 (run): 83 0: MPIOM: current date: 2100-01-03 14:15:00 begin of timestep (day): 20 (run): 84 384: Radiation calculated for : 3. Jan 2100 09:56:15 384: Greenhouse gas concentrations 3. Jan 2100 09:56:15 CO2 = 1128.4702 CH4 = 2421.35 N2O = 391.569 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-03 15:00:00 begin of timestep (day): 21 (run): 85 0: MPIOM: current date: 2100-01-03 15:45:00 begin of timestep (day): 22 (run): 86 0: MPIOM: current date: 2100-01-03 16:30:00 begin of timestep (day): 23 (run): 87 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 42 0: MPIOM: current date: 2100-01-03 17:15:00 begin of timestep (day): 24 (run): 88 384: Radiation calculated for : 3. Jan 2100 11:56:15 384: Greenhouse gas concentrations 3. Jan 2100 11:56:15 CO2 = 1128.4733 CH4 = 2421.35 N2O = 391.569 CFC = 51.93 209.90 0: MPIOM: current date: 2100-01-03 18:00:00 begin of timestep (day): 25 (run): 89 0: MPIOM: current date: 2100-01-03 18:45:00 begin of timestep (day): 26 (run): 90 0: MPIOM: current date: 2100-01-03 19:30:00 begin of timestep (day): 27 (run): 91 0: MPIOM: current date: 2100-01-03 20:15:00 begin of timestep (day): 28 (run): 92 0: MPIOM: current date: 2100-01-03 21:00:00 begin of timestep (day): 29 (run): 93 384: Radiation calculated for : 3. Jan 2100 13:56:15 384: Greenhouse gas concentrations 3. Jan 2100 13:56:15 CO2 = 1128.4765 CH4 = 2421.34 N2O = 391.569 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-03 21:45:00 begin of timestep (day): 30 (run): 94 0: MPIOM: current date: 2100-01-03 22:30:00 begin of timestep (day): 31 (run): 95 0: MPIOM: current date: 2100-01-03 23:15:00 begin of timestep (day): 32 (run): 96 384: Radiation calculated for : 3. Jan 2100 15:56:15 0: MPIOM: current date: 2100-01-04 00:00:00 begin of timestep (day): 1 (run): 97 384: Greenhouse gas concentrations 3. Jan 2100 15:56:15 CO2 = 1128.4796 CH4 = 2421.34 N2O = 391.569 CFC = 51.93 209.89 384: Radiation calculated for : 3. Jan 2100 17:56:15 384: Greenhouse gas concentrations 3. Jan 2100 17:56:15 CO2 = 1128.4827 CH4 = 2421.34 N2O = 391.569 CFC = 51.93 209.89 384: Radiation calculated for : 3. Jan 2100 19:56:15 384: Greenhouse gas concentrations 3. Jan 2100 19:56:15 CO2 = 1128.4858 CH4 = 2421.33 N2O = 391.570 CFC = 51.93 209.89 384: Radiation calculated for : 3. Jan 2100 21:56:15 384: Greenhouse gas concentrations 3. Jan 2100 21:56:15 CO2 = 1128.4889 CH4 = 2421.33 N2O = 391.570 CFC = 51.93 209.89 384: Radiation calculated for : 3. Jan 2100 23:56:15 384: Greenhouse gas concentrations 3. Jan 2100 23:56:15 CO2 = 1128.4921 CH4 = 2421.33 N2O = 391.570 CFC = 51.93 209.89 384: hydrology_model: Water budget change: 5.364418029785156E-007 m3/s 384: hydrology_model: global discharge: 904972.572814677 m3/s 384: hydrology_model: precip-evap (on ocean): -1945647.16955529 m3/s 384: water_budget_corr: P-E correction: -24122.8953301702 m3/s 384: water_budget_corr: slm/slf residuum: 74284.0995711134 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1421.33321315726 m3/s 384: water_budget_corr: awfre corrected: -1968348.73167230 m3/s 384: water_budget_corr: river discharge: 904972.572814677 m3/s 384: water_budget_corr: water to ocean: -1063376.15885763 m3/s 384: Write GRIB1 output for : 3. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.071650417357910E-010 kg m-2 s-1 0: co2 = 1051.32457165124 , n2 = 802000.000500493 , o2 = 0: 196800.000764250 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-04 00:45:00 begin of timestep (day): 2 (run): 98 0: MPIOM: current date: 2100-01-04 01:30:00 begin of timestep (day): 3 (run): 99 384: Radiation calculated for : 4. Jan 2100 01:56:15 384: Greenhouse gas concentrations 4. Jan 2100 01:56:15 CO2 = 1128.4952 CH4 = 2421.33 N2O = 391.570 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-04 02:15:00 begin of timestep (day): 4 (run): 100 0: MPIOM: current date: 2100-01-04 03:00:00 begin of timestep (day): 5 (run): 101 0: MPIOM: current date: 2100-01-04 03:45:00 begin of timestep (day): 6 (run): 102 0: MPIOM: current date: 2100-01-04 04:30:00 begin of timestep (day): 7 (run): 103 384: Radiation calculated for : 4. Jan 2100 03:56:15 384: Greenhouse gas concentrations 4. Jan 2100 03:56:15 CO2 = 1128.4983 CH4 = 2421.32 N2O = 391.570 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-04 05:15:00 begin of timestep (day): 8 (run): 104 0: MPIOM: current date: 2100-01-04 06:00:00 begin of timestep (day): 9 (run): 105 0: MPIOM: current date: 2100-01-04 06:45:00 begin of timestep (day): 10 (run): 106 0: MPIOM: current date: 2100-01-04 07:30:00 begin of timestep (day): 11 (run): 107 384: Radiation calculated for : 4. Jan 2100 05:56:15 384: Greenhouse gas concentrations 4. Jan 2100 05:56:15 CO2 = 1128.5014 CH4 = 2421.32 N2O = 391.570 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-04 08:15:00 begin of timestep (day): 12 (run): 108 0: MPIOM: current date: 2100-01-04 09:00:00 begin of timestep (day): 13 (run): 109 0: MPIOM: current date: 2100-01-04 09:45:00 begin of timestep (day): 14 (run): 110 0: MPIOM: current date: 2100-01-04 10:30:00 begin of timestep (day): 15 (run): 111 384: Radiation calculated for : 4. Jan 2100 07:56:15 384: Greenhouse gas concentrations 4. Jan 2100 07:56:15 CO2 = 1128.5045 CH4 = 2421.32 N2O = 391.570 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-04 11:15:00 begin of timestep (day): 16 (run): 112 0: MPIOM: current date: 2100-01-04 12:00:00 begin of timestep (day): 17 (run): 113 0: MPIOM: current date: 2100-01-04 12:45:00 begin of timestep (day): 18 (run): 114 0: MPIOM: current date: 2100-01-04 13:30:00 begin of timestep (day): 19 (run): 115 384: Radiation calculated for : 4. Jan 2100 09:56:15 384: Greenhouse gas concentrations 4. Jan 2100 09:56:15 CO2 = 1128.5077 CH4 = 2421.32 N2O = 391.570 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-04 14:15:00 begin of timestep (day): 20 (run): 116 0: MPIOM: current date: 2100-01-04 15:00:00 begin of timestep (day): 21 (run): 117 0: MPIOM: current date: 2100-01-04 15:45:00 begin of timestep (day): 22 (run): 118 0: MPIOM: current date: 2100-01-04 16:30:00 begin of timestep (day): 23 (run): 119 384: Radiation calculated for : 4. Jan 2100 11:56:15 384: Greenhouse gas concentrations 4. Jan 2100 11:56:15 CO2 = 1128.5108 CH4 = 2421.31 N2O = 391.570 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-04 17:15:00 begin of timestep (day): 24 (run): 120 0: MPIOM: current date: 2100-01-04 18:00:00 begin of timestep (day): 25 (run): 121 0: MPIOM: current date: 2100-01-04 18:45:00 begin of timestep (day): 26 (run): 122 0: MPIOM: current date: 2100-01-04 19:30:00 begin of timestep (day): 27 (run): 123 384: Radiation calculated for : 4. Jan 2100 13:56:15 384: Greenhouse gas concentrations 4. Jan 2100 13:56:15 CO2 = 1128.5139 CH4 = 2421.31 N2O = 391.571 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-04 20:15:00 begin of timestep (day): 28 (run): 124 0: MPIOM: current date: 2100-01-04 21:00:00 begin of timestep (day): 29 (run): 125 0: MPIOM: current date: 2100-01-04 21:45:00 begin of timestep (day): 30 (run): 126 0: MPIOM: current date: 2100-01-04 22:30:00 begin of timestep (day): 31 (run): 127 384: Radiation calculated for : 4. Jan 2100 15:56:15 384: Greenhouse gas concentrations 4. Jan 2100 15:56:15 CO2 = 1128.5170 CH4 = 2421.31 N2O = 391.571 CFC = 51.93 209.89 0: MPIOM: current date: 2100-01-04 23:15:00 begin of timestep (day): 32 (run): 128 0: MPIOM: current date: 2100-01-05 00:00:00 begin of timestep (day): 1 (run): 129 384: Radiation calculated for : 4. Jan 2100 17:56:15 384: Greenhouse gas concentrations 4. Jan 2100 17:56:15 CO2 = 1128.5201 CH4 = 2421.30 N2O = 391.571 CFC = 51.93 209.89 384: Radiation calculated for : 4. Jan 2100 19:56:15 384: Greenhouse gas concentrations 4. Jan 2100 19:56:15 CO2 = 1128.5232 CH4 = 2421.30 N2O = 391.571 CFC = 51.93 209.89 384: Radiation calculated for : 4. Jan 2100 21:56:15 384: Greenhouse gas concentrations 4. Jan 2100 21:56:15 CO2 = 1128.5264 CH4 = 2421.30 N2O = 391.571 CFC = 51.93 209.89 384: Radiation calculated for : 4. Jan 2100 23:56:15 384: Greenhouse gas concentrations 4. Jan 2100 23:56:15 CO2 = 1128.5295 CH4 = 2421.30 N2O = 391.571 CFC = 51.93 209.89 384: hydrology_model: Water budget change: 1.147389411926270E-006 m3/s 384: hydrology_model: global discharge: 914129.733815755 m3/s 384: hydrology_model: precip-evap (on ocean): -1705448.10299950 m3/s 384: water_budget_corr: P-E correction: -43517.9037036067 m3/s 384: water_budget_corr: slm/slf residuum: 53161.9158766033 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 467.394912797099 m3/s 384: water_budget_corr: awfre corrected: -1748498.61179031 m3/s 384: water_budget_corr: river discharge: 914129.733815755 m3/s 384: water_budget_corr: water to ocean: -834368.877974581 m3/s 384: Write GRIB1 output for : 4. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1051.30564487630 , n2 = 802000.000446144 , o2 = 0: 196800.000622136 384: CO2 flux correction (global): -4.083258238928426E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-05 00:45:00 begin of timestep (day): 2 (run): 130 0: MPIOM: current date: 2100-01-05 01:30:00 begin of timestep (day): 3 (run): 131 384: Radiation calculated for : 5. Jan 2100 01:56:15 384: Greenhouse gas concentrations 5. Jan 2100 01:56:15 CO2 = 1128.5326 CH4 = 2421.29 N2O = 391.571 CFC = 51.93 209.88 0: MPIOM: current date: 2100-01-05 02:15:00 begin of timestep (day): 4 (run): 132 0: MPIOM: current date: 2100-01-05 03:00:00 begin of timestep (day): 5 (run): 133 0: MPIOM: current date: 2100-01-05 03:45:00 begin of timestep (day): 6 (run): 134 0: MPIOM: current date: 2100-01-05 04:30:00 begin of timestep (day): 7 (run): 135 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 82.5000000000000 , lev 41 0: MPIOM: current date: 2100-01-05 05:15:00 begin of timestep (day): 8 (run): 136 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 82.5000000000000 , lev 42 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 82.5000000000000 , lev 42 384: Radiation calculated for : 5. Jan 2100 03:56:15 384: Greenhouse gas concentrations 5. Jan 2100 03:56:15 CO2 = 1128.5357 CH4 = 2421.29 N2O = 391.571 CFC = 51.93 209.88 0: MPIOM: current date: 2100-01-05 06:00:00 begin of timestep (day): 9 (run): 137 0: MPIOM: current date: 2100-01-05 06:45:00 begin of timestep (day): 10 (run): 138 0: MPIOM: current date: 2100-01-05 07:30:00 begin of timestep (day): 11 (run): 139 0: MPIOM: current date: 2100-01-05 08:15:00 begin of timestep (day): 12 (run): 140 0: MPIOM: current date: 2100-01-05 09:00:00 begin of timestep (day): 13 (run): 141 384: Radiation calculated for : 5. Jan 2100 05:56:15 384: Greenhouse gas concentrations 5. Jan 2100 05:56:15 CO2 = 1128.5388 CH4 = 2421.29 N2O = 391.571 CFC = 51.93 209.88 0: MPIOM: current date: 2100-01-05 09:45:00 begin of timestep (day): 14 (run): 142 0: MPIOM: current date: 2100-01-05 10:30:00 begin of timestep (day): 15 (run): 143 0: MPIOM: current date: 2100-01-05 11:15:00 begin of timestep (day): 16 (run): 144 0: MPIOM: current date: 2100-01-05 12:00:00 begin of timestep (day): 17 (run): 145 384: Radiation calculated for : 5. Jan 2100 07:56:15 384: Greenhouse gas concentrations 5. Jan 2100 07:56:15 CO2 = 1128.5420 CH4 = 2421.28 N2O = 391.572 CFC = 51.93 209.88 0: MPIOM: current date: 2100-01-05 12:45:00 begin of timestep (day): 18 (run): 146 0: MPIOM: current date: 2100-01-05 13:30:00 begin of timestep (day): 19 (run): 147 0: MPIOM: current date: 2100-01-05 14:15:00 begin of timestep (day): 20 (run): 148 0: MPIOM: current date: 2100-01-05 15:00:00 begin of timestep (day): 21 (run): 149 384: Radiation calculated for : 5. Jan 2100 09:56:15 384: Greenhouse gas concentrations 5. Jan 2100 09:56:15 CO2 = 1128.5451 CH4 = 2421.28 N2O = 391.572 CFC = 51.93 209.88 0: MPIOM: current date: 2100-01-05 15:45:00 begin of timestep (day): 22 (run): 150 0: MPIOM: current date: 2100-01-05 16:30:00 begin of timestep (day): 23 (run): 151 0: MPIOM: current date: 2100-01-05 17:15:00 begin of timestep (day): 24 (run): 152 0: MPIOM: current date: 2100-01-05 18:00:00 begin of timestep (day): 25 (run): 153 384: Radiation calculated for : 5. Jan 2100 11:56:15 384: Greenhouse gas concentrations 5. Jan 2100 11:56:15 CO2 = 1128.5482 CH4 = 2421.28 N2O = 391.572 CFC = 51.92 209.88 0: MPIOM: current date: 2100-01-05 18:45:00 begin of timestep (day): 26 (run): 154 0: MPIOM: current date: 2100-01-05 19:30:00 begin of timestep (day): 27 (run): 155 0: MPIOM: current date: 2100-01-05 20:15:00 begin of timestep (day): 28 (run): 156 0: MPIOM: current date: 2100-01-05 21:00:00 begin of timestep (day): 29 (run): 157 384: Radiation calculated for : 5. Jan 2100 13:56:15 384: Greenhouse gas concentrations 5. Jan 2100 13:56:15 CO2 = 1128.5513 CH4 = 2421.28 N2O = 391.572 CFC = 51.92 209.88 0: MPIOM: current date: 2100-01-05 21:45:00 begin of timestep (day): 30 (run): 158 0: MPIOM: current date: 2100-01-05 22:30:00 begin of timestep (day): 31 (run): 159 0: MPIOM: current date: 2100-01-05 23:15:00 begin of timestep (day): 32 (run): 160 0: MPIOM: current date: 2100-01-06 00:00:00 begin of timestep (day): 1 (run): 161 384: Radiation calculated for : 5. Jan 2100 15:56:15 384: Greenhouse gas concentrations 5. Jan 2100 15:56:15 CO2 = 1128.5544 CH4 = 2421.27 N2O = 391.572 CFC = 51.92 209.88 384: Radiation calculated for : 5. Jan 2100 17:56:15 384: Greenhouse gas concentrations 5. Jan 2100 17:56:15 CO2 = 1128.5576 CH4 = 2421.27 N2O = 391.572 CFC = 51.92 209.88 384: Radiation calculated for : 5. Jan 2100 19:56:15 384: Greenhouse gas concentrations 5. Jan 2100 19:56:15 CO2 = 1128.5607 CH4 = 2421.27 N2O = 391.572 CFC = 51.92 209.88 384: Radiation calculated for : 5. Jan 2100 21:56:15 384: Greenhouse gas concentrations 5. Jan 2100 21:56:15 CO2 = 1128.5638 CH4 = 2421.27 N2O = 391.572 CFC = 51.92 209.88 384: Radiation calculated for : 5. Jan 2100 23:56:15 384: Greenhouse gas concentrations 5. Jan 2100 23:56:15 CO2 = 1128.5669 CH4 = 2421.26 N2O = 391.572 CFC = 51.92 209.88 384: hydrology_model: Water budget change: -1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 941895.422050621 m3/s 384: hydrology_model: precip-evap (on ocean): -1090201.44802651 m3/s 384: water_budget_corr: P-E correction: -74481.0575651366 m3/s 384: water_budget_corr: slm/slf residuum: 72650.2407677443 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 404.334256986057 m3/s 384: water_budget_corr: awfre corrected: -1164278.17133467 m3/s 384: water_budget_corr: river discharge: 941895.422050621 m3/s 384: water_budget_corr: water to ocean: -222382.749284040 m3/s 384: Write GRIB1 output for : 5. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.180678877829846E-010 kg m-2 s-1 0: co2 = 1051.34936164668 , n2 = 802000.000355186 , o2 = 0: 196800.000485676 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-06 00:45:00 begin of timestep (day): 2 (run): 162 0: MPIOM: current date: 2100-01-06 01:30:00 begin of timestep (day): 3 (run): 163 384: Radiation calculated for : 6. Jan 2100 01:56:15 384: Greenhouse gas concentrations 6. Jan 2100 01:56:15 CO2 = 1128.5700 CH4 = 2421.26 N2O = 391.572 CFC = 51.92 209.88 0: MPIOM: current date: 2100-01-06 02:15:00 begin of timestep (day): 4 (run): 164 0: MPIOM: current date: 2100-01-06 03:00:00 begin of timestep (day): 5 (run): 165 0: MPIOM: current date: 2100-01-06 03:45:00 begin of timestep (day): 6 (run): 166 0: MPIOM: current date: 2100-01-06 04:30:00 begin of timestep (day): 7 (run): 167 384: Radiation calculated for : 6. Jan 2100 03:56:15 384: Greenhouse gas concentrations 6. Jan 2100 03:56:15 CO2 = 1128.5731 CH4 = 2421.26 N2O = 391.573 CFC = 51.92 209.88 0: MPIOM: current date: 2100-01-06 05:15:00 begin of timestep (day): 8 (run): 168 0: MPIOM: current date: 2100-01-06 06:00:00 begin of timestep (day): 9 (run): 169 0: MPIOM: current date: 2100-01-06 06:45:00 begin of timestep (day): 10 (run): 170 0: MPIOM: current date: 2100-01-06 07:30:00 begin of timestep (day): 11 (run): 171 384: Radiation calculated for : 6. Jan 2100 05:56:15 384: Greenhouse gas concentrations 6. Jan 2100 05:56:15 CO2 = 1128.5763 CH4 = 2421.25 N2O = 391.573 CFC = 51.92 209.88 0: MPIOM: current date: 2100-01-06 08:15:00 begin of timestep (day): 12 (run): 172 0: MPIOM: current date: 2100-01-06 09:00:00 begin of timestep (day): 13 (run): 173 0: MPIOM: current date: 2100-01-06 09:45:00 begin of timestep (day): 14 (run): 174 0: MPIOM: current date: 2100-01-06 10:30:00 begin of timestep (day): 15 (run): 175 384: Radiation calculated for : 6. Jan 2100 07:56:15 384: Greenhouse gas concentrations 6. Jan 2100 07:56:15 CO2 = 1128.5794 CH4 = 2421.25 N2O = 391.573 CFC = 51.92 209.88 0: MPIOM: current date: 2100-01-06 11:15:00 begin of timestep (day): 16 (run): 176 0: MPIOM: current date: 2100-01-06 12:00:00 begin of timestep (day): 17 (run): 177 0: MPIOM: current date: 2100-01-06 12:45:00 begin of timestep (day): 18 (run): 178 0: MPIOM: current date: 2100-01-06 13:30:00 begin of timestep (day): 19 (run): 179 384: Radiation calculated for : 6. Jan 2100 09:56:15 384: Greenhouse gas concentrations 6. Jan 2100 09:56:15 CO2 = 1128.5825 CH4 = 2421.25 N2O = 391.573 CFC = 51.92 209.88 0: MPIOM: current date: 2100-01-06 14:15:00 begin of timestep (day): 20 (run): 180 0: MPIOM: current date: 2100-01-06 15:00:00 begin of timestep (day): 21 (run): 181 0: MPIOM: current date: 2100-01-06 15:45:00 begin of timestep (day): 22 (run): 182 0: MPIOM: current date: 2100-01-06 16:30:00 begin of timestep (day): 23 (run): 183 384: Radiation calculated for : 6. Jan 2100 11:56:15 384: Greenhouse gas concentrations 6. Jan 2100 11:56:15 CO2 = 1128.5856 CH4 = 2421.25 N2O = 391.573 CFC = 51.92 209.88 0: MPIOM: current date: 2100-01-06 17:15:00 begin of timestep (day): 24 (run): 184 0: MPIOM: current date: 2100-01-06 18:00:00 begin of timestep (day): 25 (run): 185 0: MPIOM: current date: 2100-01-06 18:45:00 begin of timestep (day): 26 (run): 186 0: MPIOM: current date: 2100-01-06 19:30:00 begin of timestep (day): 27 (run): 187 384: Radiation calculated for : 6. Jan 2100 13:56:15 384: Greenhouse gas concentrations 6. Jan 2100 13:56:15 CO2 = 1128.5887 CH4 = 2421.24 N2O = 391.573 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-06 20:15:00 begin of timestep (day): 28 (run): 188 0: MPIOM: current date: 2100-01-06 21:00:00 begin of timestep (day): 29 (run): 189 0: MPIOM: current date: 2100-01-06 21:45:00 begin of timestep (day): 30 (run): 190 0: MPIOM: current date: 2100-01-06 22:30:00 begin of timestep (day): 31 (run): 191 384: Radiation calculated for : 6. Jan 2100 15:56:15 384: Greenhouse gas concentrations 6. Jan 2100 15:56:15 CO2 = 1128.5919 CH4 = 2421.24 N2O = 391.573 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-06 23:15:00 begin of timestep (day): 32 (run): 192 0: MPIOM: current date: 2100-01-07 00:00:00 begin of timestep (day): 1 (run): 193 384: Radiation calculated for : 6. Jan 2100 17:56:15 384: Greenhouse gas concentrations 6. Jan 2100 17:56:15 CO2 = 1128.5950 CH4 = 2421.24 N2O = 391.573 CFC = 51.92 209.87 384: Radiation calculated for : 6. Jan 2100 19:56:15 384: Greenhouse gas concentrations 6. Jan 2100 19:56:15 CO2 = 1128.5981 CH4 = 2421.23 N2O = 391.573 CFC = 51.92 209.87 384: Radiation calculated for : 6. Jan 2100 21:56:15 384: Greenhouse gas concentrations 6. Jan 2100 21:56:15 CO2 = 1128.6012 CH4 = 2421.23 N2O = 391.574 CFC = 51.92 209.87 384: Radiation calculated for : 6. Jan 2100 23:56:15 384: Greenhouse gas concentrations 6. Jan 2100 23:56:15 CO2 = 1128.6043 CH4 = 2421.23 N2O = 391.574 CFC = 51.92 209.87 384: hydrology_model: Water budget change: -9.089708328247070E-007 m3/s 384: hydrology_model: global discharge: 911323.989700840 m3/s 384: hydrology_model: precip-evap (on ocean): -1617703.55552535 m3/s 384: water_budget_corr: P-E correction: -65302.1652397185 m3/s 384: water_budget_corr: slm/slf residuum: 77462.9537579342 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1878.97300051147 m3/s 384: water_budget_corr: awfre corrected: -1681126.74776456 m3/s 384: water_budget_corr: river discharge: 911323.989700840 m3/s 384: water_budget_corr: water to ocean: -769802.758063721 m3/s 384: Write GRIB1 output for : 6. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1051.48491285333 , n2 = 802000.000295879 , o2 = 0: 196800.000454837 384: CO2 flux correction (global): -5.729938768116278E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-07 00:45:00 begin of timestep (day): 2 (run): 194 0: MPIOM: current date: 2100-01-07 01:30:00 begin of timestep (day): 3 (run): 195 384: Radiation calculated for : 7. Jan 2100 01:56:15 384: Greenhouse gas concentrations 7. Jan 2100 01:56:15 CO2 = 1128.6075 CH4 = 2421.23 N2O = 391.574 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-07 02:15:00 begin of timestep (day): 4 (run): 196 0: MPIOM: current date: 2100-01-07 03:00:00 begin of timestep (day): 5 (run): 197 0: MPIOM: current date: 2100-01-07 03:45:00 begin of timestep (day): 6 (run): 198 0: MPIOM: current date: 2100-01-07 04:30:00 begin of timestep (day): 7 (run): 199 384: Radiation calculated for : 7. Jan 2100 03:56:15 384: Greenhouse gas concentrations 7. Jan 2100 03:56:15 CO2 = 1128.6106 CH4 = 2421.22 N2O = 391.574 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-07 05:15:00 begin of timestep (day): 8 (run): 200 0: MPIOM: current date: 2100-01-07 06:00:00 begin of timestep (day): 9 (run): 201 0: MPIOM: current date: 2100-01-07 06:45:00 begin of timestep (day): 10 (run): 202 855: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 32.6419944385177 , lon 286.875000000000 , lev 41 0: MPIOM: current date: 2100-01-07 07:30:00 begin of timestep (day): 11 (run): 203 0: MPIOM: current date: 2100-01-07 08:15:00 begin of timestep (day): 12 (run): 204 384: Radiation calculated for : 7. Jan 2100 05:56:15 384: Greenhouse gas concentrations 7. Jan 2100 05:56:15 CO2 = 1128.6137 CH4 = 2421.22 N2O = 391.574 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-07 09:00:00 begin of timestep (day): 13 (run): 205 0: MPIOM: current date: 2100-01-07 09:45:00 begin of timestep (day): 14 (run): 206 0: MPIOM: current date: 2100-01-07 10:30:00 begin of timestep (day): 15 (run): 207 0: MPIOM: current date: 2100-01-07 11:15:00 begin of timestep (day): 16 (run): 208 384: Radiation calculated for : 7. Jan 2100 07:56:15 384: Greenhouse gas concentrations 7. Jan 2100 07:56:15 CO2 = 1128.6168 CH4 = 2421.22 N2O = 391.574 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-07 12:00:00 begin of timestep (day): 17 (run): 209 0: MPIOM: current date: 2100-01-07 12:45:00 begin of timestep (day): 18 (run): 210 0: MPIOM: current date: 2100-01-07 13:30:00 begin of timestep (day): 19 (run): 211 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 292.500000000000 , lev 40 0: MPIOM: current date: 2100-01-07 14:15:00 begin of timestep (day): 20 (run): 212 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 292.500000000000 , lev 40 384: Radiation calculated for : 7. Jan 2100 09:56:15 0: MPIOM: current date: 2100-01-07 15:00:00 begin of timestep (day): 21 (run): 213 384: Greenhouse gas concentrations 7. Jan 2100 09:56:15 CO2 = 1128.6199 CH4 = 2421.21 N2O = 391.574 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-07 15:45:00 begin of timestep (day): 22 (run): 214 0: MPIOM: current date: 2100-01-07 16:30:00 begin of timestep (day): 23 (run): 215 0: MPIOM: current date: 2100-01-07 17:15:00 begin of timestep (day): 24 (run): 216 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 288.750000000000 , lev 41 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 288.750000000000 , lev 42 0: MPIOM: current date: 2100-01-07 18:00:00 begin of timestep (day): 25 (run): 217 384: Radiation calculated for : 7. Jan 2100 11:56:15 0: MPIOM: current date: 2100-01-07 18:45:00 begin of timestep (day): 26 (run): 218 384: Greenhouse gas concentrations 7. Jan 2100 11:56:15 CO2 = 1128.6230 CH4 = 2421.21 N2O = 391.574 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-07 19:30:00 begin of timestep (day): 27 (run): 219 0: MPIOM: current date: 2100-01-07 20:15:00 begin of timestep (day): 28 (run): 220 0: MPIOM: current date: 2100-01-07 21:00:00 begin of timestep (day): 29 (run): 221 0: MPIOM: current date: 2100-01-07 21:45:00 begin of timestep (day): 30 (run): 222 384: Radiation calculated for : 7. Jan 2100 13:56:15 384: Greenhouse gas concentrations 7. Jan 2100 13:56:15 CO2 = 1128.6262 CH4 = 2421.21 N2O = 391.574 CFC = 51.92 209.87 0: MPIOM: current date: 2100-01-07 22:30:00 begin of timestep (day): 31 (run): 223 0: MPIOM: current date: 2100-01-07 23:15:00 begin of timestep (day): 32 (run): 224 0: MPIOM: current date: 2100-01-08 00:00:00 begin of timestep (day): 1 (run): 225 384: Radiation calculated for : 7. Jan 2100 15:56:15 384: Greenhouse gas concentrations 7. Jan 2100 15:56:15 CO2 = 1128.6293 CH4 = 2421.21 N2O = 391.574 CFC = 51.92 209.87 384: Radiation calculated for : 7. Jan 2100 17:56:15 384: Greenhouse gas concentrations 7. Jan 2100 17:56:15 CO2 = 1128.6324 CH4 = 2421.20 N2O = 391.575 CFC = 51.92 209.87 384: Radiation calculated for : 7. Jan 2100 19:56:15 384: Greenhouse gas concentrations 7. Jan 2100 19:56:15 CO2 = 1128.6355 CH4 = 2421.20 N2O = 391.575 CFC = 51.92 209.87 384: Radiation calculated for : 7. Jan 2100 21:56:15 384: Greenhouse gas concentrations 7. Jan 2100 21:56:15 CO2 = 1128.6386 CH4 = 2421.20 N2O = 391.575 CFC = 51.92 209.87 384: Radiation calculated for : 7. Jan 2100 23:56:15 384: Greenhouse gas concentrations 7. Jan 2100 23:56:15 CO2 = 1128.6418 CH4 = 2421.20 N2O = 391.575 CFC = 51.92 209.87 384: hydrology_model: Water budget change: 1.549720764160156E-006 m3/s 384: hydrology_model: global discharge: 910838.255533228 m3/s 384: hydrology_model: precip-evap (on ocean): -1335391.00601233 m3/s 384: water_budget_corr: P-E correction: -74536.3220789104 m3/s 384: water_budget_corr: slm/slf residuum: 55558.0309824701 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2514.78255691244 m3/s 384: water_budget_corr: awfre corrected: -1407412.54553433 m3/s 384: water_budget_corr: river discharge: 910838.255533228 m3/s 384: water_budget_corr: water to ocean: -496574.290001095 m3/s 384: Write GRIB1 output for : 7. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.212260610713697E-010 kg m-2 s-1 0: co2 = 1051.35502516719 , n2 = 802000.000267946 , o2 = 0: 196800.000427388 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-08 00:45:00 begin of timestep (day): 2 (run): 226 0: MPIOM: current date: 2100-01-08 01:30:00 begin of timestep (day): 3 (run): 227 384: Radiation calculated for : 8. Jan 2100 01:56:15 384: Greenhouse gas concentrations 8. Jan 2100 01:56:15 CO2 = 1128.6449 CH4 = 2421.19 N2O = 391.575 CFC = 51.92 209.86 0: MPIOM: current date: 2100-01-08 02:15:00 begin of timestep (day): 4 (run): 228 0: MPIOM: current date: 2100-01-08 03:00:00 begin of timestep (day): 5 (run): 229 0: MPIOM: current date: 2100-01-08 03:45:00 begin of timestep (day): 6 (run): 230 0: MPIOM: current date: 2100-01-08 04:30:00 begin of timestep (day): 7 (run): 231 384: Radiation calculated for : 8. Jan 2100 03:56:15 384: Greenhouse gas concentrations 8. Jan 2100 03:56:15 CO2 = 1128.6480 CH4 = 2421.19 N2O = 391.575 CFC = 51.92 209.86 0: MPIOM: current date: 2100-01-08 05:15:00 begin of timestep (day): 8 (run): 232 0: MPIOM: current date: 2100-01-08 06:00:00 begin of timestep (day): 9 (run): 233 0: MPIOM: current date: 2100-01-08 06:45:00 begin of timestep (day): 10 (run): 234 0: MPIOM: current date: 2100-01-08 07:30:00 begin of timestep (day): 11 (run): 235 384: Radiation calculated for : 8. Jan 2100 05:56:15 384: Greenhouse gas concentrations 8. Jan 2100 05:56:15 CO2 = 1128.6511 CH4 = 2421.19 N2O = 391.575 CFC = 51.92 209.86 0: MPIOM: current date: 2100-01-08 08:15:00 begin of timestep (day): 12 (run): 236 0: MPIOM: current date: 2100-01-08 09:00:00 begin of timestep (day): 13 (run): 237 0: MPIOM: current date: 2100-01-08 09:45:00 begin of timestep (day): 14 (run): 238 0: MPIOM: current date: 2100-01-08 10:30:00 begin of timestep (day): 15 (run): 239 384: Radiation calculated for : 8. Jan 2100 07:56:15 384: Greenhouse gas concentrations 8. Jan 2100 07:56:15 CO2 = 1128.6542 CH4 = 2421.18 N2O = 391.575 CFC = 51.92 209.86 0: MPIOM: current date: 2100-01-08 11:15:00 begin of timestep (day): 16 (run): 240 0: MPIOM: current date: 2100-01-08 12:00:00 begin of timestep (day): 17 (run): 241 0: MPIOM: current date: 2100-01-08 12:45:00 begin of timestep (day): 18 (run): 242 0: MPIOM: current date: 2100-01-08 13:30:00 begin of timestep (day): 19 (run): 243 384: Radiation calculated for : 8. Jan 2100 09:56:15 384: Greenhouse gas concentrations 8. Jan 2100 09:56:15 CO2 = 1128.6573 CH4 = 2421.18 N2O = 391.575 CFC = 51.92 209.86 0: MPIOM: current date: 2100-01-08 14:15:00 begin of timestep (day): 20 (run): 244 0: MPIOM: current date: 2100-01-08 15:00:00 begin of timestep (day): 21 (run): 245 0: MPIOM: current date: 2100-01-08 15:45:00 begin of timestep (day): 22 (run): 246 0: MPIOM: current date: 2100-01-08 16:30:00 begin of timestep (day): 23 (run): 247 384: Radiation calculated for : 8. Jan 2100 11:56:15 384: Greenhouse gas concentrations 8. Jan 2100 11:56:15 CO2 = 1128.6605 CH4 = 2421.18 N2O = 391.576 CFC = 51.92 209.86 0: MPIOM: current date: 2100-01-08 17:15:00 begin of timestep (day): 24 (run): 248 0: MPIOM: current date: 2100-01-08 18:00:00 begin of timestep (day): 25 (run): 249 0: MPIOM: current date: 2100-01-08 18:45:00 begin of timestep (day): 26 (run): 250 0: MPIOM: current date: 2100-01-08 19:30:00 begin of timestep (day): 27 (run): 251 384: Radiation calculated for : 8. Jan 2100 13:56:15 384: Greenhouse gas concentrations 8. Jan 2100 13:56:15 CO2 = 1128.6636 CH4 = 2421.18 N2O = 391.576 CFC = 51.92 209.86 0: MPIOM: current date: 2100-01-08 20:15:00 begin of timestep (day): 28 (run): 252 0: MPIOM: current date: 2100-01-08 21:00:00 begin of timestep (day): 29 (run): 253 0: MPIOM: current date: 2100-01-08 21:45:00 begin of timestep (day): 30 (run): 254 0: MPIOM: current date: 2100-01-08 22:30:00 begin of timestep (day): 31 (run): 255 384: Radiation calculated for : 8. Jan 2100 15:56:15 384: Greenhouse gas concentrations 8. Jan 2100 15:56:15 CO2 = 1128.6667 CH4 = 2421.17 N2O = 391.576 CFC = 51.92 209.86 0: MPIOM: current date: 2100-01-08 23:15:00 begin of timestep (day): 32 (run): 256 0: MPIOM: current date: 2100-01-09 00:00:00 begin of timestep (day): 1 (run): 257 384: Radiation calculated for : 8. Jan 2100 17:56:15 384: Greenhouse gas concentrations 8. Jan 2100 17:56:15 CO2 = 1128.6698 CH4 = 2421.17 N2O = 391.576 CFC = 51.92 209.86 384: Radiation calculated for : 8. Jan 2100 19:56:15 384: Greenhouse gas concentrations 8. Jan 2100 19:56:15 CO2 = 1128.6729 CH4 = 2421.17 N2O = 391.576 CFC = 51.91 209.86 384: Radiation calculated for : 8. Jan 2100 21:56:15 384: Greenhouse gas concentrations 8. Jan 2100 21:56:15 CO2 = 1128.6761 CH4 = 2421.16 N2O = 391.576 CFC = 51.91 209.86 384: Radiation calculated for : 8. Jan 2100 23:56:15 384: Greenhouse gas concentrations 8. Jan 2100 23:56:15 CO2 = 1128.6792 CH4 = 2421.16 N2O = 391.576 CFC = 51.91 209.86 384: hydrology_model: Water budget change: -8.642673492431641E-007 m3/s 384: hydrology_model: global discharge: 905393.706110629 m3/s 384: hydrology_model: precip-evap (on ocean): -539460.969375581 m3/s 384: water_budget_corr: P-E correction: -40934.4981966780 m3/s 384: water_budget_corr: slm/slf residuum: 74170.1291325991 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -802.156204197831 m3/s 384: water_budget_corr: awfre corrected: -581197.623776454 m3/s 384: water_budget_corr: river discharge: 905393.706110629 m3/s 384: water_budget_corr: water to ocean: 324196.082334170 m3/s 384: Write GRIB1 output for : 8. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1051.59314462219 , n2 = 802000.000325278 , o2 = 0: 196800.000431304 384: CO2 flux correction (global): -6.248742838304839E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-09 00:45:00 begin of timestep (day): 2 (run): 258 0: MPIOM: current date: 2100-01-09 01:30:00 begin of timestep (day): 3 (run): 259 384: Radiation calculated for : 9. Jan 2100 01:56:15 384: Greenhouse gas concentrations 9. Jan 2100 01:56:15 CO2 = 1128.6823 CH4 = 2421.16 N2O = 391.576 CFC = 51.91 209.86 0: MPIOM: current date: 2100-01-09 02:15:00 begin of timestep (day): 4 (run): 260 0: MPIOM: current date: 2100-01-09 03:00:00 begin of timestep (day): 5 (run): 261 0: MPIOM: current date: 2100-01-09 03:45:00 begin of timestep (day): 6 (run): 262 0: MPIOM: current date: 2100-01-09 04:30:00 begin of timestep (day): 7 (run): 263 384: Radiation calculated for : 9. Jan 2100 03:56:15 384: Greenhouse gas concentrations 9. Jan 2100 03:56:15 CO2 = 1128.6854 CH4 = 2421.16 N2O = 391.576 CFC = 51.91 209.86 0: MPIOM: current date: 2100-01-09 05:15:00 begin of timestep (day): 8 (run): 264 0: MPIOM: current date: 2100-01-09 06:00:00 begin of timestep (day): 9 (run): 265 0: MPIOM: current date: 2100-01-09 06:45:00 begin of timestep (day): 10 (run): 266 0: MPIOM: current date: 2100-01-09 07:30:00 begin of timestep (day): 11 (run): 267 384: Radiation calculated for : 9. Jan 2100 05:56:15 384: Greenhouse gas concentrations 9. Jan 2100 05:56:15 CO2 = 1128.6885 CH4 = 2421.15 N2O = 391.577 CFC = 51.91 209.86 0: MPIOM: current date: 2100-01-09 08:15:00 begin of timestep (day): 12 (run): 268 0: MPIOM: current date: 2100-01-09 09:00:00 begin of timestep (day): 13 (run): 269 0: MPIOM: current date: 2100-01-09 09:45:00 begin of timestep (day): 14 (run): 270 384: Radiation calculated for : 9. Jan 2100 07:56:15 384: Greenhouse gas concentrations 9. Jan 2100 07:56:15 CO2 = 1128.6917 CH4 = 2421.15 N2O = 391.577 CFC = 51.91 209.86 0: MPIOM: current date: 2100-01-09 10:30:00 begin of timestep (day): 15 (run): 271 0: MPIOM: current date: 2100-01-09 11:15:00 begin of timestep (day): 16 (run): 272 0: MPIOM: current date: 2100-01-09 12:00:00 begin of timestep (day): 17 (run): 273 0: MPIOM: current date: 2100-01-09 12:45:00 begin of timestep (day): 18 (run): 274 384: Radiation calculated for : 9. Jan 2100 09:56:15 384: Greenhouse gas concentrations 9. Jan 2100 09:56:15 CO2 = 1128.6948 CH4 = 2421.15 N2O = 391.577 CFC = 51.91 209.86 0: MPIOM: current date: 2100-01-09 13:30:00 begin of timestep (day): 19 (run): 275 0: MPIOM: current date: 2100-01-09 14:15:00 begin of timestep (day): 20 (run): 276 0: MPIOM: current date: 2100-01-09 15:00:00 begin of timestep (day): 21 (run): 277 0: MPIOM: current date: 2100-01-09 15:45:00 begin of timestep (day): 22 (run): 278 384: Radiation calculated for : 9. Jan 2100 11:56:15 0: MPIOM: current date: 2100-01-09 16:30:00 begin of timestep (day): 23 (run): 279 384: Greenhouse gas concentrations 9. Jan 2100 11:56:15 CO2 = 1128.6979 CH4 = 2421.15 N2O = 391.577 CFC = 51.91 209.86 0: MPIOM: current date: 2100-01-09 17:15:00 begin of timestep (day): 24 (run): 280 0: MPIOM: current date: 2100-01-09 18:00:00 begin of timestep (day): 25 (run): 281 0: MPIOM: current date: 2100-01-09 18:45:00 begin of timestep (day): 26 (run): 282 0: MPIOM: current date: 2100-01-09 19:30:00 begin of timestep (day): 27 (run): 283 384: Radiation calculated for : 9. Jan 2100 13:56:15 384: Greenhouse gas concentrations 9. Jan 2100 13:56:15 CO2 = 1128.7010 CH4 = 2421.14 N2O = 391.577 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-09 20:15:00 begin of timestep (day): 28 (run): 284 0: MPIOM: current date: 2100-01-09 21:00:00 begin of timestep (day): 29 (run): 285 0: MPIOM: current date: 2100-01-09 21:45:00 begin of timestep (day): 30 (run): 286 384: Radiation calculated for : 9. Jan 2100 15:56:15 0: MPIOM: current date: 2100-01-09 22:30:00 begin of timestep (day): 31 (run): 287 384: Greenhouse gas concentrations 9. Jan 2100 15:56:15 CO2 = 1128.7041 CH4 = 2421.14 N2O = 391.577 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-09 23:15:00 begin of timestep (day): 32 (run): 288 0: MPIOM: current date: 2100-01-10 00:00:00 begin of timestep (day): 1 (run): 289 384: Radiation calculated for : 9. Jan 2100 17:56:15 384: Greenhouse gas concentrations 9. Jan 2100 17:56:15 CO2 = 1128.7072 CH4 = 2421.14 N2O = 391.577 CFC = 51.91 209.85 384: Radiation calculated for : 9. Jan 2100 19:56:15 384: Greenhouse gas concentrations 9. Jan 2100 19:56:15 CO2 = 1128.7104 CH4 = 2421.13 N2O = 391.577 CFC = 51.91 209.85 384: Radiation calculated for : 9. Jan 2100 21:56:15 384: Greenhouse gas concentrations 9. Jan 2100 21:56:15 CO2 = 1128.7135 CH4 = 2421.13 N2O = 391.577 CFC = 51.91 209.85 384: Radiation calculated for : 9. Jan 2100 23:56:15 384: Greenhouse gas concentrations 9. Jan 2100 23:56:15 CO2 = 1128.7166 CH4 = 2421.13 N2O = 391.577 CFC = 51.91 209.85 384: hydrology_model: Water budget change: -1.430511474609375E-006 m3/s 384: hydrology_model: global discharge: 902330.055873567 m3/s 384: hydrology_model: precip-evap (on ocean): -1855555.32870684 m3/s 384: water_budget_corr: P-E correction: -35757.3371478706 m3/s 384: water_budget_corr: slm/slf residuum: 76488.5559249517 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1105.86536119589 m3/s 384: water_budget_corr: awfre corrected: -1892418.53121591 m3/s 384: water_budget_corr: river discharge: 902330.055873567 m3/s 384: water_budget_corr: water to ocean: -990088.475342351 m3/s 384: Write GRIB1 output for : 9. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1051.75246875751 , n2 = 802000.000414977 , o2 = 0: 196800.000475649 384: CO2 flux correction (global): -3.634680999025884E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-10 00:45:00 begin of timestep (day): 2 (run): 290 0: MPIOM: current date: 2100-01-10 01:30:00 begin of timestep (day): 3 (run): 291 384: Radiation calculated for : 10. Jan 2100 01:56:15 384: Greenhouse gas concentrations 10. Jan 2100 01:56:15 CO2 = 1128.7197 CH4 = 2421.13 N2O = 391.578 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-10 02:15:00 begin of timestep (day): 4 (run): 292 0: MPIOM: current date: 2100-01-10 03:00:00 begin of timestep (day): 5 (run): 293 0: MPIOM: current date: 2100-01-10 03:45:00 begin of timestep (day): 6 (run): 294 0: MPIOM: current date: 2100-01-10 04:30:00 begin of timestep (day): 7 (run): 295 384: Radiation calculated for : 10. Jan 2100 03:56:15 384: Greenhouse gas concentrations 10. Jan 2100 03:56:15 CO2 = 1128.7228 CH4 = 2421.12 N2O = 391.578 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-10 05:15:00 begin of timestep (day): 8 (run): 296 0: MPIOM: current date: 2100-01-10 06:00:00 begin of timestep (day): 9 (run): 297 0: MPIOM: current date: 2100-01-10 06:45:00 begin of timestep (day): 10 (run): 298 0: MPIOM: current date: 2100-01-10 07:30:00 begin of timestep (day): 11 (run): 299 384: Radiation calculated for : 10. Jan 2100 05:56:15 384: Greenhouse gas concentrations 10. Jan 2100 05:56:15 CO2 = 1128.7260 CH4 = 2421.12 N2O = 391.578 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-10 08:15:00 begin of timestep (day): 12 (run): 300 0: MPIOM: current date: 2100-01-10 09:00:00 begin of timestep (day): 13 (run): 301 0: MPIOM: current date: 2100-01-10 09:45:00 begin of timestep (day): 14 (run): 302 0: MPIOM: current date: 2100-01-10 10:30:00 begin of timestep (day): 15 (run): 303 384: Radiation calculated for : 10. Jan 2100 07:56:15 384: Greenhouse gas concentrations 10. Jan 2100 07:56:15 CO2 = 1128.7291 CH4 = 2421.12 N2O = 391.578 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-10 11:15:00 begin of timestep (day): 16 (run): 304 0: MPIOM: current date: 2100-01-10 12:00:00 begin of timestep (day): 17 (run): 305 0: MPIOM: current date: 2100-01-10 12:45:00 begin of timestep (day): 18 (run): 306 0: MPIOM: current date: 2100-01-10 13:30:00 begin of timestep (day): 19 (run): 307 384: Radiation calculated for : 10. Jan 2100 09:56:15 384: Greenhouse gas concentrations 10. Jan 2100 09:56:15 CO2 = 1128.7322 CH4 = 2421.11 N2O = 391.578 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-10 14:15:00 begin of timestep (day): 20 (run): 308 0: MPIOM: current date: 2100-01-10 15:00:00 begin of timestep (day): 21 (run): 309 832: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 27.0462394999448 , lon 281.250000000000 , lev 42 0: MPIOM: current date: 2100-01-10 15:45:00 begin of timestep (day): 22 (run): 310 0: MPIOM: current date: 2100-01-10 16:30:00 begin of timestep (day): 23 (run): 311 384: Radiation calculated for : 10. Jan 2100 11:56:15 0: MPIOM: current date: 2100-01-10 17:15:00 begin of timestep (day): 24 (run): 312 384: Greenhouse gas concentrations 10. Jan 2100 11:56:15 CO2 = 1128.7353 CH4 = 2421.11 N2O = 391.578 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-10 18:00:00 begin of timestep (day): 25 (run): 313 0: MPIOM: current date: 2100-01-10 18:45:00 begin of timestep (day): 26 (run): 314 0: MPIOM: current date: 2100-01-10 19:30:00 begin of timestep (day): 27 (run): 315 0: MPIOM: current date: 2100-01-10 20:15:00 begin of timestep (day): 28 (run): 316 384: Radiation calculated for : 10. Jan 2100 13:56:15 384: Greenhouse gas concentrations 10. Jan 2100 13:56:15 CO2 = 1128.7384 CH4 = 2421.11 N2O = 391.578 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-10 21:00:00 begin of timestep (day): 29 (run): 317 0: MPIOM: current date: 2100-01-10 21:45:00 begin of timestep (day): 30 (run): 318 0: MPIOM: current date: 2100-01-10 22:30:00 begin of timestep (day): 31 (run): 319 0: MPIOM: current date: 2100-01-10 23:15:00 begin of timestep (day): 32 (run): 320 384: Radiation calculated for : 10. Jan 2100 15:56:15 384: Greenhouse gas concentrations 10. Jan 2100 15:56:15 CO2 = 1128.7416 CH4 = 2421.11 N2O = 391.578 CFC = 51.91 209.85 0: MPIOM: current date: 2100-01-11 00:00:00 begin of timestep (day): 1 (run): 321 384: Radiation calculated for : 10. Jan 2100 17:56:15 384: Greenhouse gas concentrations 10. Jan 2100 17:56:15 CO2 = 1128.7447 CH4 = 2421.10 N2O = 391.578 CFC = 51.91 209.85 384: Radiation calculated for : 10. Jan 2100 19:56:15 384: Greenhouse gas concentrations 10. Jan 2100 19:56:15 CO2 = 1128.7478 CH4 = 2421.10 N2O = 391.579 CFC = 51.91 209.85 384: Radiation calculated for : 10. Jan 2100 21:56:15 384: Greenhouse gas concentrations 10. Jan 2100 21:56:15 CO2 = 1128.7509 CH4 = 2421.10 N2O = 391.579 CFC = 51.91 209.85 384: Radiation calculated for : 10. Jan 2100 23:56:15 384: Greenhouse gas concentrations 10. Jan 2100 23:56:15 CO2 = 1128.7540 CH4 = 2421.10 N2O = 391.579 CFC = 51.91 209.84 384: hydrology_model: Water budget change: 1.341104507446289E-006 m3/s 384: hydrology_model: global discharge: 913093.141229699 m3/s 384: hydrology_model: precip-evap (on ocean): -2013991.83633309 m3/s 384: water_budget_corr: P-E correction: -26642.9120414977 m3/s 384: water_budget_corr: slm/slf residuum: 78588.2854578129 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 800.285980768785 m3/s 384: water_budget_corr: awfre corrected: -2039834.46239380 m3/s 384: water_budget_corr: river discharge: 913093.141229699 m3/s 384: water_budget_corr: water to ocean: -1126741.32116410 m3/s 384: Write GRIB1 output for : 10. Jan 2100 23:52:30 0: co2 = 1051.66038031211 , n2 = 802000.000331364 , o2 = 0: 196800.000370927 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.215908810018520E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-11 00:45:00 begin of timestep (day): 2 (run): 322 0: MPIOM: current date: 2100-01-11 01:30:00 begin of timestep (day): 3 (run): 323 384: Radiation calculated for : 11. Jan 2100 01:56:15 384: Greenhouse gas concentrations 11. Jan 2100 01:56:15 CO2 = 1128.7571 CH4 = 2421.09 N2O = 391.579 CFC = 51.91 209.84 0: MPIOM: current date: 2100-01-11 02:15:00 begin of timestep (day): 4 (run): 324 0: MPIOM: current date: 2100-01-11 03:00:00 begin of timestep (day): 5 (run): 325 0: MPIOM: current date: 2100-01-11 03:45:00 begin of timestep (day): 6 (run): 326 0: MPIOM: current date: 2100-01-11 04:30:00 begin of timestep (day): 7 (run): 327 384: Radiation calculated for : 11. Jan 2100 03:56:15 384: Greenhouse gas concentrations 11. Jan 2100 03:56:15 CO2 = 1128.7603 CH4 = 2421.09 N2O = 391.579 CFC = 51.91 209.84 0: MPIOM: current date: 2100-01-11 05:15:00 begin of timestep (day): 8 (run): 328 0: MPIOM: current date: 2100-01-11 06:00:00 begin of timestep (day): 9 (run): 329 0: MPIOM: current date: 2100-01-11 06:45:00 begin of timestep (day): 10 (run): 330 0: MPIOM: current date: 2100-01-11 07:30:00 begin of timestep (day): 11 (run): 331 384: Radiation calculated for : 11. Jan 2100 05:56:15 384: Greenhouse gas concentrations 11. Jan 2100 05:56:15 CO2 = 1128.7634 CH4 = 2421.09 N2O = 391.579 CFC = 51.91 209.84 0: MPIOM: current date: 2100-01-11 08:15:00 begin of timestep (day): 12 (run): 332 0: MPIOM: current date: 2100-01-11 09:00:00 begin of timestep (day): 13 (run): 333 0: MPIOM: current date: 2100-01-11 09:45:00 begin of timestep (day): 14 (run): 334 0: MPIOM: current date: 2100-01-11 10:30:00 begin of timestep (day): 15 (run): 335 384: Radiation calculated for : 11. Jan 2100 07:56:15 384: Greenhouse gas concentrations 11. Jan 2100 07:56:15 CO2 = 1128.7665 CH4 = 2421.08 N2O = 391.579 CFC = 51.91 209.84 0: MPIOM: current date: 2100-01-11 11:15:00 begin of timestep (day): 16 (run): 336 0: MPIOM: current date: 2100-01-11 12:00:00 begin of timestep (day): 17 (run): 337 0: MPIOM: current date: 2100-01-11 12:45:00 begin of timestep (day): 18 (run): 338 0: MPIOM: current date: 2100-01-11 13:30:00 begin of timestep (day): 19 (run): 339 384: Radiation calculated for : 11. Jan 2100 09:56:15 384: Greenhouse gas concentrations 11. Jan 2100 09:56:15 CO2 = 1128.7696 CH4 = 2421.08 N2O = 391.579 CFC = 51.91 209.84 0: MPIOM: current date: 2100-01-11 14:15:00 begin of timestep (day): 20 (run): 340 0: MPIOM: current date: 2100-01-11 15:00:00 begin of timestep (day): 21 (run): 341 0: MPIOM: current date: 2100-01-11 15:45:00 begin of timestep (day): 22 (run): 342 0: MPIOM: current date: 2100-01-11 16:30:00 begin of timestep (day): 23 (run): 343 384: Radiation calculated for : 11. Jan 2100 11:56:15 384: Greenhouse gas concentrations 11. Jan 2100 11:56:15 CO2 = 1128.7727 CH4 = 2421.08 N2O = 391.579 CFC = 51.91 209.84 0: MPIOM: current date: 2100-01-11 17:15:00 begin of timestep (day): 24 (run): 344 0: MPIOM: current date: 2100-01-11 18:00:00 begin of timestep (day): 25 (run): 345 0: MPIOM: current date: 2100-01-11 18:45:00 begin of timestep (day): 26 (run): 346 0: MPIOM: current date: 2100-01-11 19:30:00 begin of timestep (day): 27 (run): 347 384: Radiation calculated for : 11. Jan 2100 13:56:15 384: Greenhouse gas concentrations 11. Jan 2100 13:56:15 CO2 = 1128.7759 CH4 = 2421.08 N2O = 391.579 CFC = 51.91 209.84 0: MPIOM: current date: 2100-01-11 20:15:00 begin of timestep (day): 28 (run): 348 0: MPIOM: current date: 2100-01-11 21:00:00 begin of timestep (day): 29 (run): 349 0: MPIOM: current date: 2100-01-11 21:45:00 begin of timestep (day): 30 (run): 350 384: Radiation calculated for : 11. Jan 2100 15:56:15 384: Greenhouse gas concentrations 11. Jan 2100 15:56:15 CO2 = 1128.7790 CH4 = 2421.07 N2O = 391.580 CFC = 51.91 209.84 0: MPIOM: current date: 2100-01-11 22:30:00 begin of timestep (day): 31 (run): 351 0: MPIOM: current date: 2100-01-11 23:15:00 begin of timestep (day): 32 (run): 352 0: MPIOM: current date: 2100-01-12 00:00:00 begin of timestep (day): 1 (run): 353 384: Radiation calculated for : 11. Jan 2100 17:56:15 384: Greenhouse gas concentrations 11. Jan 2100 17:56:15 CO2 = 1128.7821 CH4 = 2421.07 N2O = 391.580 CFC = 51.91 209.84 384: Radiation calculated for : 11. Jan 2100 19:56:15 384: Greenhouse gas concentrations 11. Jan 2100 19:56:15 CO2 = 1128.7852 CH4 = 2421.07 N2O = 391.580 CFC = 51.91 209.84 384: Radiation calculated for : 11. Jan 2100 21:56:15 384: Greenhouse gas concentrations 11. Jan 2100 21:56:15 CO2 = 1128.7883 CH4 = 2421.06 N2O = 391.580 CFC = 51.91 209.84 384: Radiation calculated for : 11. Jan 2100 23:56:15 384: Greenhouse gas concentrations 11. Jan 2100 23:56:15 CO2 = 1128.7915 CH4 = 2421.06 N2O = 391.580 CFC = 51.91 209.84 384: hydrology_model: Water budget change: -2.831220626831055E-007 m3/s 384: hydrology_model: global discharge: 910723.336186022 m3/s 384: hydrology_model: precip-evap (on ocean): -2211422.17957402 m3/s 384: water_budget_corr: P-E correction: -79434.5847531900 m3/s 384: water_budget_corr: slm/slf residuum: 110164.413094680 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1754.17434175298 m3/s 384: water_budget_corr: awfre corrected: -2289102.58998546 m3/s 384: water_budget_corr: river discharge: 910723.336186022 m3/s 384: water_budget_corr: water to ocean: -1378379.25379943 m3/s 384: Write GRIB1 output for : 11. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.070655191244025E-010 kg m-2 s-1 0: co2 = 1051.47554270883 , n2 = 802000.000375935 , o2 = 0: 196800.000527806 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-12 00:45:00 begin of timestep (day): 2 (run): 354 0: MPIOM: current date: 2100-01-12 01:30:00 begin of timestep (day): 3 (run): 355 384: Radiation calculated for : 12. Jan 2100 01:56:15 384: Greenhouse gas concentrations 12. Jan 2100 01:56:15 CO2 = 1128.7946 CH4 = 2421.06 N2O = 391.580 CFC = 51.90 209.84 0: MPIOM: current date: 2100-01-12 02:15:00 begin of timestep (day): 4 (run): 356 0: MPIOM: current date: 2100-01-12 03:00:00 begin of timestep (day): 5 (run): 357 0: MPIOM: current date: 2100-01-12 03:45:00 begin of timestep (day): 6 (run): 358 0: MPIOM: current date: 2100-01-12 04:30:00 begin of timestep (day): 7 (run): 359 384: Radiation calculated for : 12. Jan 2100 03:56:15 384: Greenhouse gas concentrations 12. Jan 2100 03:56:15 CO2 = 1128.7977 CH4 = 2421.06 N2O = 391.580 CFC = 51.90 209.84 0: MPIOM: current date: 2100-01-12 05:15:00 begin of timestep (day): 8 (run): 360 0: MPIOM: current date: 2100-01-12 06:00:00 begin of timestep (day): 9 (run): 361 0: MPIOM: current date: 2100-01-12 06:45:00 begin of timestep (day): 10 (run): 362 0: MPIOM: current date: 2100-01-12 07:30:00 begin of timestep (day): 11 (run): 363 384: Radiation calculated for : 12. Jan 2100 05:56:15 384: Greenhouse gas concentrations 12. Jan 2100 05:56:15 CO2 = 1128.8008 CH4 = 2421.05 N2O = 391.580 CFC = 51.90 209.84 0: MPIOM: current date: 2100-01-12 08:15:00 begin of timestep (day): 12 (run): 364 0: MPIOM: current date: 2100-01-12 09:00:00 begin of timestep (day): 13 (run): 365 0: MPIOM: current date: 2100-01-12 09:45:00 begin of timestep (day): 14 (run): 366 0: MPIOM: current date: 2100-01-12 10:30:00 begin of timestep (day): 15 (run): 367 384: Radiation calculated for : 12. Jan 2100 07:56:15 384: Greenhouse gas concentrations 12. Jan 2100 07:56:15 CO2 = 1128.8039 CH4 = 2421.05 N2O = 391.580 CFC = 51.90 209.84 0: MPIOM: current date: 2100-01-12 11:15:00 begin of timestep (day): 16 (run): 368 0: MPIOM: current date: 2100-01-12 12:00:00 begin of timestep (day): 17 (run): 369 0: MPIOM: current date: 2100-01-12 12:45:00 begin of timestep (day): 18 (run): 370 0: MPIOM: current date: 2100-01-12 13:30:00 begin of timestep (day): 19 (run): 371 384: Radiation calculated for : 12. Jan 2100 09:56:15 384: Greenhouse gas concentrations 12. Jan 2100 09:56:15 CO2 = 1128.8070 CH4 = 2421.05 N2O = 391.581 CFC = 51.90 209.84 0: MPIOM: current date: 2100-01-12 14:15:00 begin of timestep (day): 20 (run): 372 0: MPIOM: current date: 2100-01-12 15:00:00 begin of timestep (day): 21 (run): 373 0: MPIOM: current date: 2100-01-12 15:45:00 begin of timestep (day): 22 (run): 374 0: MPIOM: current date: 2100-01-12 16:30:00 begin of timestep (day): 23 (run): 375 384: Radiation calculated for : 12. Jan 2100 11:56:15 384: Greenhouse gas concentrations 12. Jan 2100 11:56:15 CO2 = 1128.8102 CH4 = 2421.05 N2O = 391.581 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-12 17:15:00 begin of timestep (day): 24 (run): 376 0: MPIOM: current date: 2100-01-12 18:00:00 begin of timestep (day): 25 (run): 377 0: MPIOM: current date: 2100-01-12 18:45:00 begin of timestep (day): 26 (run): 378 0: MPIOM: current date: 2100-01-12 19:30:00 begin of timestep (day): 27 (run): 379 384: Radiation calculated for : 12. Jan 2100 13:56:15 384: Greenhouse gas concentrations 12. Jan 2100 13:56:15 CO2 = 1128.8133 CH4 = 2421.04 N2O = 391.581 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-12 20:15:00 begin of timestep (day): 28 (run): 380 0: MPIOM: current date: 2100-01-12 21:00:00 begin of timestep (day): 29 (run): 381 0: MPIOM: current date: 2100-01-12 21:45:00 begin of timestep (day): 30 (run): 382 0: MPIOM: current date: 2100-01-12 22:30:00 begin of timestep (day): 31 (run): 383 384: Radiation calculated for : 12. Jan 2100 15:56:15 384: Greenhouse gas concentrations 12. Jan 2100 15:56:15 CO2 = 1128.8164 CH4 = 2421.04 N2O = 391.581 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-12 23:15:00 begin of timestep (day): 32 (run): 384 0: MPIOM: current date: 2100-01-13 00:00:00 begin of timestep (day): 1 (run): 385 384: Radiation calculated for : 12. Jan 2100 17:56:15 384: Greenhouse gas concentrations 12. Jan 2100 17:56:15 CO2 = 1128.8195 CH4 = 2421.04 N2O = 391.581 CFC = 51.90 209.83 384: Radiation calculated for : 12. Jan 2100 19:56:15 384: Greenhouse gas concentrations 12. Jan 2100 19:56:15 CO2 = 1128.8226 CH4 = 2421.03 N2O = 391.581 CFC = 51.90 209.83 384: Radiation calculated for : 12. Jan 2100 21:56:15 384: Greenhouse gas concentrations 12. Jan 2100 21:56:15 CO2 = 1128.8258 CH4 = 2421.03 N2O = 391.581 CFC = 51.90 209.83 384: Radiation calculated for : 12. Jan 2100 23:56:15 384: Greenhouse gas concentrations 12. Jan 2100 23:56:15 CO2 = 1128.8289 CH4 = 2421.03 N2O = 391.581 CFC = 51.90 209.83 384: hydrology_model: Water budget change: 1.147389411926270E-006 m3/s 384: hydrology_model: global discharge: 915851.722557817 m3/s 384: hydrology_model: precip-evap (on ocean): -1330554.84581574 m3/s 384: water_budget_corr: P-E correction: -56287.4799320212 m3/s 384: water_budget_corr: slm/slf residuum: 83765.8035855550 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -5815.23732094730 m3/s 384: water_budget_corr: awfre corrected: -1392657.56306870 m3/s 384: water_budget_corr: river discharge: 915851.722557817 m3/s 384: water_budget_corr: water to ocean: -476805.840510899 m3/s 384: Write GRIB1 output for : 12. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.497544478198446E-010 kg m-2 s-1 0: co2 = 1051.38786804554 , n2 = 802000.000398005 , o2 = 0: 196800.000611297 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-13 00:45:00 begin of timestep (day): 2 (run): 386 0: MPIOM: current date: 2100-01-13 01:30:00 begin of timestep (day): 3 (run): 387 384: Radiation calculated for : 13. Jan 2100 01:56:15 384: Greenhouse gas concentrations 13. Jan 2100 01:56:15 CO2 = 1128.8320 CH4 = 2421.03 N2O = 391.581 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-13 02:15:00 begin of timestep (day): 4 (run): 388 0: MPIOM: current date: 2100-01-13 03:00:00 begin of timestep (day): 5 (run): 389 0: MPIOM: current date: 2100-01-13 03:45:00 begin of timestep (day): 6 (run): 390 0: MPIOM: current date: 2100-01-13 04:30:00 begin of timestep (day): 7 (run): 391 384: Radiation calculated for : 13. Jan 2100 03:56:15 384: Greenhouse gas concentrations 13. Jan 2100 03:56:15 CO2 = 1128.8351 CH4 = 2421.02 N2O = 391.582 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-13 05:15:00 begin of timestep (day): 8 (run): 392 0: MPIOM: current date: 2100-01-13 06:00:00 begin of timestep (day): 9 (run): 393 0: MPIOM: current date: 2100-01-13 06:45:00 begin of timestep (day): 10 (run): 394 0: MPIOM: current date: 2100-01-13 07:30:00 begin of timestep (day): 11 (run): 395 384: Radiation calculated for : 13. Jan 2100 05:56:15 384: Greenhouse gas concentrations 13. Jan 2100 05:56:15 CO2 = 1128.8382 CH4 = 2421.02 N2O = 391.582 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-13 08:15:00 begin of timestep (day): 12 (run): 396 0: MPIOM: current date: 2100-01-13 09:00:00 begin of timestep (day): 13 (run): 397 0: MPIOM: current date: 2100-01-13 09:45:00 begin of timestep (day): 14 (run): 398 0: MPIOM: current date: 2100-01-13 10:30:00 begin of timestep (day): 15 (run): 399 384: Radiation calculated for : 13. Jan 2100 07:56:15 384: Greenhouse gas concentrations 13. Jan 2100 07:56:15 CO2 = 1128.8414 CH4 = 2421.02 N2O = 391.582 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-13 11:15:00 begin of timestep (day): 16 (run): 400 0: MPIOM: current date: 2100-01-13 12:00:00 begin of timestep (day): 17 (run): 401 0: MPIOM: current date: 2100-01-13 12:45:00 begin of timestep (day): 18 (run): 402 0: MPIOM: current date: 2100-01-13 13:30:00 begin of timestep (day): 19 (run): 403 384: Radiation calculated for : 13. Jan 2100 09:56:15 384: Greenhouse gas concentrations 13. Jan 2100 09:56:15 CO2 = 1128.8445 CH4 = 2421.01 N2O = 391.582 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-13 14:15:00 begin of timestep (day): 20 (run): 404 0: MPIOM: current date: 2100-01-13 15:00:00 begin of timestep (day): 21 (run): 405 0: MPIOM: current date: 2100-01-13 15:45:00 begin of timestep (day): 22 (run): 406 0: MPIOM: current date: 2100-01-13 16:30:00 begin of timestep (day): 23 (run): 407 384: Radiation calculated for : 13. Jan 2100 11:56:15 384: Greenhouse gas concentrations 13. Jan 2100 11:56:15 CO2 = 1128.8476 CH4 = 2421.01 N2O = 391.582 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-13 17:15:00 begin of timestep (day): 24 (run): 408 0: MPIOM: current date: 2100-01-13 18:00:00 begin of timestep (day): 25 (run): 409 0: MPIOM: current date: 2100-01-13 18:45:00 begin of timestep (day): 26 (run): 410 0: MPIOM: current date: 2100-01-13 19:30:00 begin of timestep (day): 27 (run): 411 384: Radiation calculated for : 13. Jan 2100 13:56:15 384: Greenhouse gas concentrations 13. Jan 2100 13:56:15 CO2 = 1128.8507 CH4 = 2421.01 N2O = 391.582 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-13 20:15:00 begin of timestep (day): 28 (run): 412 0: MPIOM: current date: 2100-01-13 21:00:00 begin of timestep (day): 29 (run): 413 0: MPIOM: current date: 2100-01-13 21:45:00 begin of timestep (day): 30 (run): 414 0: MPIOM: current date: 2100-01-13 22:30:00 begin of timestep (day): 31 (run): 415 384: Radiation calculated for : 13. Jan 2100 15:56:15 384: Greenhouse gas concentrations 13. Jan 2100 15:56:15 CO2 = 1128.8538 CH4 = 2421.01 N2O = 391.582 CFC = 51.90 209.83 0: MPIOM: current date: 2100-01-13 23:15:00 begin of timestep (day): 32 (run): 416 0: MPIOM: current date: 2100-01-14 00:00:00 begin of timestep (day): 1 (run): 417 384: Radiation calculated for : 13. Jan 2100 17:56:15 384: Greenhouse gas concentrations 13. Jan 2100 17:56:15 CO2 = 1128.8569 CH4 = 2421.00 N2O = 391.582 CFC = 51.90 209.83 384: Radiation calculated for : 13. Jan 2100 19:56:15 384: Greenhouse gas concentrations 13. Jan 2100 19:56:15 CO2 = 1128.8601 CH4 = 2421.00 N2O = 391.582 CFC = 51.90 209.83 384: Radiation calculated for : 13. Jan 2100 21:56:15 384: Greenhouse gas concentrations 13. Jan 2100 21:56:15 CO2 = 1128.8632 CH4 = 2421.00 N2O = 391.582 CFC = 51.90 209.83 384: Radiation calculated for : 13. Jan 2100 23:56:15 384: Greenhouse gas concentrations 13. Jan 2100 23:56:15 CO2 = 1128.8663 CH4 = 2420.99 N2O = 391.583 CFC = 51.90 209.82 384: hydrology_model: Water budget change: -4.321336746215820E-007 m3/s 384: hydrology_model: global discharge: 911088.834923453 m3/s 384: hydrology_model: precip-evap (on ocean): -384306.522078836 m3/s 384: water_budget_corr: P-E correction: -657.570077726269 m3/s 384: water_budget_corr: slm/slf residuum: 70096.1699110783 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3365.88649211547 m3/s 384: water_budget_corr: awfre corrected: -388329.978648698 m3/s 384: water_budget_corr: river discharge: 911088.834923453 m3/s 384: water_budget_corr: water to ocean: 522758.856274753 m3/s 384: Write GRIB1 output for : 13. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1051.64962574016 , n2 = 802000.000404831 , o2 = 0: 196800.000533863 384: CO2 flux correction (global): -4.366307810782478E-012 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-14 00:45:00 begin of timestep (day): 2 (run): 418 0: MPIOM: current date: 2100-01-14 01:30:00 begin of timestep (day): 3 (run): 419 384: Radiation calculated for : 14. Jan 2100 01:56:15 384: Greenhouse gas concentrations 14. Jan 2100 01:56:15 CO2 = 1128.8694 CH4 = 2420.99 N2O = 391.583 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-14 02:15:00 begin of timestep (day): 4 (run): 420 0: MPIOM: current date: 2100-01-14 03:00:00 begin of timestep (day): 5 (run): 421 0: MPIOM: current date: 2100-01-14 03:45:00 begin of timestep (day): 6 (run): 422 0: MPIOM: current date: 2100-01-14 04:30:00 begin of timestep (day): 7 (run): 423 384: Radiation calculated for : 14. Jan 2100 03:56:15 384: Greenhouse gas concentrations 14. Jan 2100 03:56:15 CO2 = 1128.8725 CH4 = 2420.99 N2O = 391.583 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-14 05:15:00 begin of timestep (day): 8 (run): 424 0: MPIOM: current date: 2100-01-14 06:00:00 begin of timestep (day): 9 (run): 425 0: MPIOM: current date: 2100-01-14 06:45:00 begin of timestep (day): 10 (run): 426 0: MPIOM: current date: 2100-01-14 07:30:00 begin of timestep (day): 11 (run): 427 384: Radiation calculated for : 14. Jan 2100 05:56:15 384: Greenhouse gas concentrations 14. Jan 2100 05:56:15 CO2 = 1128.8757 CH4 = 2420.99 N2O = 391.583 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-14 08:15:00 begin of timestep (day): 12 (run): 428 0: MPIOM: current date: 2100-01-14 09:00:00 begin of timestep (day): 13 (run): 429 0: MPIOM: current date: 2100-01-14 09:45:00 begin of timestep (day): 14 (run): 430 0: MPIOM: current date: 2100-01-14 10:30:00 begin of timestep (day): 15 (run): 431 384: Radiation calculated for : 14. Jan 2100 07:56:15 384: Greenhouse gas concentrations 14. Jan 2100 07:56:15 CO2 = 1128.8788 CH4 = 2420.98 N2O = 391.583 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-14 11:15:00 begin of timestep (day): 16 (run): 432 0: MPIOM: current date: 2100-01-14 12:00:00 begin of timestep (day): 17 (run): 433 0: MPIOM: current date: 2100-01-14 12:45:00 begin of timestep (day): 18 (run): 434 0: MPIOM: current date: 2100-01-14 13:30:00 begin of timestep (day): 19 (run): 435 384: Radiation calculated for : 14. Jan 2100 09:56:15 384: Greenhouse gas concentrations 14. Jan 2100 09:56:15 CO2 = 1128.8819 CH4 = 2420.98 N2O = 391.583 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-14 14:15:00 begin of timestep (day): 20 (run): 436 0: MPIOM: current date: 2100-01-14 15:00:00 begin of timestep (day): 21 (run): 437 0: MPIOM: current date: 2100-01-14 15:45:00 begin of timestep (day): 22 (run): 438 0: MPIOM: current date: 2100-01-14 16:30:00 begin of timestep (day): 23 (run): 439 384: Radiation calculated for : 14. Jan 2100 11:56:15 384: Greenhouse gas concentrations 14. Jan 2100 11:56:15 CO2 = 1128.8850 CH4 = 2420.98 N2O = 391.583 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-14 17:15:00 begin of timestep (day): 24 (run): 440 0: MPIOM: current date: 2100-01-14 18:00:00 begin of timestep (day): 25 (run): 441 0: MPIOM: current date: 2100-01-14 18:45:00 begin of timestep (day): 26 (run): 442 0: MPIOM: current date: 2100-01-14 19:30:00 begin of timestep (day): 27 (run): 443 384: Radiation calculated for : 14. Jan 2100 13:56:15 384: Greenhouse gas concentrations 14. Jan 2100 13:56:15 CO2 = 1128.8881 CH4 = 2420.98 N2O = 391.583 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-14 20:15:00 begin of timestep (day): 28 (run): 444 0: MPIOM: current date: 2100-01-14 21:00:00 begin of timestep (day): 29 (run): 445 0: MPIOM: current date: 2100-01-14 21:45:00 begin of timestep (day): 30 (run): 446 384: Radiation calculated for : 14. Jan 2100 15:56:15 0: MPIOM: current date: 2100-01-14 22:30:00 begin of timestep (day): 31 (run): 447 384: Greenhouse gas concentrations 14. Jan 2100 15:56:15 CO2 = 1128.8913 CH4 = 2420.97 N2O = 391.583 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-14 23:15:00 begin of timestep (day): 32 (run): 448 0: MPIOM: current date: 2100-01-15 00:00:00 begin of timestep (day): 1 (run): 449 384: Radiation calculated for : 14. Jan 2100 17:56:15 384: Greenhouse gas concentrations 14. Jan 2100 17:56:15 CO2 = 1128.8944 CH4 = 2420.97 N2O = 391.584 CFC = 51.90 209.82 384: Radiation calculated for : 14. Jan 2100 19:56:15 384: Greenhouse gas concentrations 14. Jan 2100 19:56:15 CO2 = 1128.8975 CH4 = 2420.97 N2O = 391.584 CFC = 51.90 209.82 384: Radiation calculated for : 14. Jan 2100 21:56:15 384: Greenhouse gas concentrations 14. Jan 2100 21:56:15 CO2 = 1128.9006 CH4 = 2420.96 N2O = 391.584 CFC = 51.90 209.82 384: Radiation calculated for : 14. Jan 2100 23:56:15 384: Greenhouse gas concentrations 14. Jan 2100 23:56:15 CO2 = 1128.9037 CH4 = 2420.96 N2O = 391.584 CFC = 51.90 209.82 384: hydrology_model: Water budget change: -8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 931909.220611356 m3/s 384: hydrology_model: precip-evap (on ocean): -1519985.46080691 m3/s 384: water_budget_corr: P-E correction: -24809.6575292485 m3/s 384: water_budget_corr: slm/slf residuum: 58204.5017077547 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -31.6034655723688 m3/s 384: water_budget_corr: awfre corrected: -1544826.72180172 m3/s 384: water_budget_corr: river discharge: 931909.220611356 m3/s 384: water_budget_corr: water to ocean: -612917.501190373 m3/s 384: Write GRIB1 output for : 14. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.400958616724093E-011 kg m-2 s-1 0: co2 = 1052.00658742320 , n2 = 802000.000370426 , o2 = 384: co2_mbalance: Resetting acc. CO2 burden correction 0: 196800.000575167 0: MPIOM: current date: 2100-01-15 00:45:00 begin of timestep (day): 2 (run): 450 0: MPIOM: current date: 2100-01-15 01:30:00 begin of timestep (day): 3 (run): 451 384: Radiation calculated for : 15. Jan 2100 01:56:15 384: Greenhouse gas concentrations 15. Jan 2100 01:56:15 CO2 = 1128.9068 CH4 = 2420.96 N2O = 391.584 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-15 02:15:00 begin of timestep (day): 4 (run): 452 0: MPIOM: current date: 2100-01-15 03:00:00 begin of timestep (day): 5 (run): 453 0: MPIOM: current date: 2100-01-15 03:45:00 begin of timestep (day): 6 (run): 454 0: MPIOM: current date: 2100-01-15 04:30:00 begin of timestep (day): 7 (run): 455 384: Radiation calculated for : 15. Jan 2100 03:56:15 384: Greenhouse gas concentrations 15. Jan 2100 03:56:15 CO2 = 1128.9100 CH4 = 2420.96 N2O = 391.584 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-15 05:15:00 begin of timestep (day): 8 (run): 456 0: MPIOM: current date: 2100-01-15 06:00:00 begin of timestep (day): 9 (run): 457 0: MPIOM: current date: 2100-01-15 06:45:00 begin of timestep (day): 10 (run): 458 0: MPIOM: current date: 2100-01-15 07:30:00 begin of timestep (day): 11 (run): 459 384: Radiation calculated for : 15. Jan 2100 05:56:15 384: Greenhouse gas concentrations 15. Jan 2100 05:56:15 CO2 = 1128.9131 CH4 = 2420.95 N2O = 391.584 CFC = 51.90 209.82 0: MPIOM: current date: 2100-01-15 08:15:00 begin of timestep (day): 12 (run): 460 0: MPIOM: current date: 2100-01-15 09:00:00 begin of timestep (day): 13 (run): 461 0: MPIOM: current date: 2100-01-15 09:45:00 begin of timestep (day): 14 (run): 462 0: MPIOM: current date: 2100-01-15 10:30:00 begin of timestep (day): 15 (run): 463 384: Radiation calculated for : 15. Jan 2100 07:56:15 384: Greenhouse gas concentrations 15. Jan 2100 07:56:15 CO2 = 1128.9162 CH4 = 2420.95 N2O = 391.584 CFC = 51.89 209.82 0: MPIOM: current date: 2100-01-15 11:15:00 begin of timestep (day): 16 (run): 464 0: MPIOM: current date: 2100-01-15 12:00:00 begin of timestep (day): 17 (run): 465 0: MPIOM: current date: 2100-01-15 12:45:00 begin of timestep (day): 18 (run): 466 0: MPIOM: current date: 2100-01-15 13:30:00 begin of timestep (day): 19 (run): 467 384: Radiation calculated for : 15. Jan 2100 09:56:15 384: Greenhouse gas concentrations 15. Jan 2100 09:56:15 CO2 = 1128.9193 CH4 = 2420.95 N2O = 391.584 CFC = 51.89 209.82 0: MPIOM: current date: 2100-01-15 14:15:00 begin of timestep (day): 20 (run): 468 0: MPIOM: current date: 2100-01-15 15:00:00 begin of timestep (day): 21 (run): 469 0: MPIOM: current date: 2100-01-15 15:45:00 begin of timestep (day): 22 (run): 470 0: MPIOM: current date: 2100-01-15 16:30:00 begin of timestep (day): 23 (run): 471 384: Radiation calculated for : 15. Jan 2100 11:56:15 384: Greenhouse gas concentrations 15. Jan 2100 11:56:15 CO2 = 1128.9224 CH4 = 2420.94 N2O = 391.584 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-15 17:15:00 begin of timestep (day): 24 (run): 472 0: MPIOM: current date: 2100-01-15 18:00:00 begin of timestep (day): 25 (run): 473 0: MPIOM: current date: 2100-01-15 18:45:00 begin of timestep (day): 26 (run): 474 0: MPIOM: current date: 2100-01-15 19:30:00 begin of timestep (day): 27 (run): 475 384: Radiation calculated for : 15. Jan 2100 13:56:15 384: Greenhouse gas concentrations 15. Jan 2100 13:56:15 CO2 = 1128.9256 CH4 = 2420.94 N2O = 391.585 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-15 20:15:00 begin of timestep (day): 28 (run): 476 0: MPIOM: current date: 2100-01-15 21:00:00 begin of timestep (day): 29 (run): 477 0: MPIOM: current date: 2100-01-15 21:45:00 begin of timestep (day): 30 (run): 478 384: Radiation calculated for : 15. Jan 2100 15:56:15 384: Greenhouse gas concentrations 15. Jan 2100 15:56:15 CO2 = 1128.9287 CH4 = 2420.94 N2O = 391.585 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-15 22:30:00 begin of timestep (day): 31 (run): 479 0: MPIOM: current date: 2100-01-15 23:15:00 begin of timestep (day): 32 (run): 480 0: MPIOM: current date: 2100-01-16 00:00:00 begin of timestep (day): 1 (run): 481 384: Radiation calculated for : 15. Jan 2100 17:56:15 384: Greenhouse gas concentrations 15. Jan 2100 17:56:15 CO2 = 1128.9318 CH4 = 2420.94 N2O = 391.585 CFC = 51.89 209.81 384: Radiation calculated for : 15. Jan 2100 19:56:15 384: Greenhouse gas concentrations 15. Jan 2100 19:56:15 CO2 = 1128.9349 CH4 = 2420.93 N2O = 391.585 CFC = 51.89 209.81 384: Radiation calculated for : 15. Jan 2100 21:56:15 384: Greenhouse gas concentrations 15. Jan 2100 21:56:15 CO2 = 1128.9380 CH4 = 2420.93 N2O = 391.585 CFC = 51.89 209.81 384: Radiation calculated for : 15. Jan 2100 23:56:15 384: Greenhouse gas concentrations 15. Jan 2100 23:56:15 CO2 = 1128.9412 CH4 = 2420.93 N2O = 391.585 CFC = 51.89 209.81 384: hydrology_model: Water budget change: 1.937150955200195E-007 m3/s 384: hydrology_model: global discharge: 894394.537183670 m3/s 384: hydrology_model: precip-evap (on ocean): -2050593.25483865 m3/s 384: water_budget_corr: P-E correction: -68839.1153761555 m3/s 384: water_budget_corr: slm/slf residuum: 83834.3340858049 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1386.71217253658 m3/s 384: water_budget_corr: awfre corrected: -2118045.65804228 m3/s 384: water_budget_corr: river discharge: 894394.537183670 m3/s 384: water_budget_corr: water to ocean: -1223651.12085862 m3/s 384: Write GRIB1 output for : 15. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.634500960791422E-010 kg m-2 s-1 0: co2 = 1052.23415542003 , n2 = 802000.000250260 , o2 = 0: 196800.000519135 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-16 00:45:00 begin of timestep (day): 2 (run): 482 0: MPIOM: current date: 2100-01-16 01:30:00 begin of timestep (day): 3 (run): 483 384: Radiation calculated for : 16. Jan 2100 01:56:15 384: Greenhouse gas concentrations 16. Jan 2100 01:56:15 CO2 = 1128.9443 CH4 = 2420.93 N2O = 391.585 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-16 02:15:00 begin of timestep (day): 4 (run): 484 0: MPIOM: current date: 2100-01-16 03:00:00 begin of timestep (day): 5 (run): 485 0: MPIOM: current date: 2100-01-16 03:45:00 begin of timestep (day): 6 (run): 486 0: MPIOM: current date: 2100-01-16 04:30:00 begin of timestep (day): 7 (run): 487 384: Radiation calculated for : 16. Jan 2100 03:56:15 384: Greenhouse gas concentrations 16. Jan 2100 03:56:15 CO2 = 1128.9474 CH4 = 2420.92 N2O = 391.585 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-16 05:15:00 begin of timestep (day): 8 (run): 488 0: MPIOM: current date: 2100-01-16 06:00:00 begin of timestep (day): 9 (run): 489 0: MPIOM: current date: 2100-01-16 06:45:00 begin of timestep (day): 10 (run): 490 0: MPIOM: current date: 2100-01-16 07:30:00 begin of timestep (day): 11 (run): 491 384: Radiation calculated for : 16. Jan 2100 05:56:15 384: Greenhouse gas concentrations 16. Jan 2100 05:56:15 CO2 = 1128.9505 CH4 = 2420.92 N2O = 391.585 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-16 08:15:00 begin of timestep (day): 12 (run): 492 0: MPIOM: current date: 2100-01-16 09:00:00 begin of timestep (day): 13 (run): 493 0: MPIOM: current date: 2100-01-16 09:45:00 begin of timestep (day): 14 (run): 494 0: MPIOM: current date: 2100-01-16 10:30:00 begin of timestep (day): 15 (run): 495 384: Radiation calculated for : 16. Jan 2100 07:56:15 384: Greenhouse gas concentrations 16. Jan 2100 07:56:15 CO2 = 1128.9536 CH4 = 2420.92 N2O = 391.586 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-16 11:15:00 begin of timestep (day): 16 (run): 496 0: MPIOM: current date: 2100-01-16 12:00:00 begin of timestep (day): 17 (run): 497 0: MPIOM: current date: 2100-01-16 12:45:00 begin of timestep (day): 18 (run): 498 0: MPIOM: current date: 2100-01-16 13:30:00 begin of timestep (day): 19 (run): 499 384: Radiation calculated for : 16. Jan 2100 09:56:15 384: Greenhouse gas concentrations 16. Jan 2100 09:56:15 CO2 = 1128.9567 CH4 = 2420.91 N2O = 391.586 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-16 14:15:00 begin of timestep (day): 20 (run): 500 0: MPIOM: current date: 2100-01-16 15:00:00 begin of timestep (day): 21 (run): 501 0: MPIOM: current date: 2100-01-16 15:45:00 begin of timestep (day): 22 (run): 502 0: MPIOM: current date: 2100-01-16 16:30:00 begin of timestep (day): 23 (run): 503 384: Radiation calculated for : 16. Jan 2100 11:56:15 384: Greenhouse gas concentrations 16. Jan 2100 11:56:15 CO2 = 1128.9599 CH4 = 2420.91 N2O = 391.586 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-16 17:15:00 begin of timestep (day): 24 (run): 504 0: MPIOM: current date: 2100-01-16 18:00:00 begin of timestep (day): 25 (run): 505 0: MPIOM: current date: 2100-01-16 18:45:00 begin of timestep (day): 26 (run): 506 0: MPIOM: current date: 2100-01-16 19:30:00 begin of timestep (day): 27 (run): 507 384: Radiation calculated for : 16. Jan 2100 13:56:15 384: Greenhouse gas concentrations 16. Jan 2100 13:56:15 CO2 = 1128.9630 CH4 = 2420.91 N2O = 391.586 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-16 20:15:00 begin of timestep (day): 28 (run): 508 0: MPIOM: current date: 2100-01-16 21:00:00 begin of timestep (day): 29 (run): 509 0: MPIOM: current date: 2100-01-16 21:45:00 begin of timestep (day): 30 (run): 510 0: MPIOM: current date: 2100-01-16 22:30:00 begin of timestep (day): 31 (run): 511 384: Radiation calculated for : 16. Jan 2100 15:56:15 384: Greenhouse gas concentrations 16. Jan 2100 15:56:15 CO2 = 1128.9661 CH4 = 2420.91 N2O = 391.586 CFC = 51.89 209.81 0: MPIOM: current date: 2100-01-16 23:15:00 begin of timestep (day): 32 (run): 512 0: MPIOM: current date: 2100-01-17 00:00:00 begin of timestep (day): 1 (run): 513 384: Radiation calculated for : 16. Jan 2100 17:56:15 384: Greenhouse gas concentrations 16. Jan 2100 17:56:15 CO2 = 1128.9692 CH4 = 2420.90 N2O = 391.586 CFC = 51.89 209.81 384: Radiation calculated for : 16. Jan 2100 19:56:15 384: Greenhouse gas concentrations 16. Jan 2100 19:56:15 CO2 = 1128.9723 CH4 = 2420.90 N2O = 391.586 CFC = 51.89 209.81 384: Radiation calculated for : 16. Jan 2100 21:56:15 384: Greenhouse gas concentrations 16. Jan 2100 21:56:15 CO2 = 1128.9755 CH4 = 2420.90 N2O = 391.586 CFC = 51.89 209.81 384: Radiation calculated for : 16. Jan 2100 23:56:15 384: Greenhouse gas concentrations 16. Jan 2100 23:56:15 CO2 = 1128.9786 CH4 = 2420.89 N2O = 391.586 CFC = 51.89 209.80 384: hydrology_model: Water budget change: -1.415610313415527E-006 m3/s 384: hydrology_model: global discharge: 909871.502017741 m3/s 384: hydrology_model: precip-evap (on ocean): -1911764.64721134 m3/s 384: water_budget_corr: P-E correction: -69849.2023934318 m3/s 384: water_budget_corr: slm/slf residuum: 86534.9645288767 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 269.490004386118 m3/s 384: water_budget_corr: awfre corrected: -1981344.35960041 m3/s 384: water_budget_corr: river discharge: 909871.502017741 m3/s 384: water_budget_corr: water to ocean: -1071472.85758266 m3/s 384: Write GRIB1 output for : 16. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.470249112500177E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1052.34608619334 , n2 = 802000.000175029 , o2 = 0: 196800.000447686 384: 2100-01-17 00h: Read: Valid: 2100-02-15 00h: lightning_frq (lightning.nc, 2), avg = 0.0000 0: MPIOM: current date: 2100-01-17 00:45:00 begin of timestep (day): 2 (run): 514 0: MPIOM: current date: 2100-01-17 01:30:00 begin of timestep (day): 3 (run): 515 384: Radiation calculated for : 17. Jan 2100 01:56:15 384: Greenhouse gas concentrations 17. Jan 2100 01:56:15 CO2 = 1128.9817 CH4 = 2420.89 N2O = 391.587 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-17 02:15:00 begin of timestep (day): 4 (run): 516 0: MPIOM: current date: 2100-01-17 03:00:00 begin of timestep (day): 5 (run): 517 0: MPIOM: current date: 2100-01-17 03:45:00 begin of timestep (day): 6 (run): 518 0: MPIOM: current date: 2100-01-17 04:30:00 begin of timestep (day): 7 (run): 519 384: Radiation calculated for : 17. Jan 2100 03:56:15 384: Greenhouse gas concentrations 17. Jan 2100 03:56:15 CO2 = 1128.9848 CH4 = 2420.89 N2O = 391.587 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-17 05:15:00 begin of timestep (day): 8 (run): 520 0: MPIOM: current date: 2100-01-17 06:00:00 begin of timestep (day): 9 (run): 521 0: MPIOM: current date: 2100-01-17 06:45:00 begin of timestep (day): 10 (run): 522 0: MPIOM: current date: 2100-01-17 07:30:00 begin of timestep (day): 11 (run): 523 384: Radiation calculated for : 17. Jan 2100 05:56:15 384: Greenhouse gas concentrations 17. Jan 2100 05:56:15 CO2 = 1128.9879 CH4 = 2420.89 N2O = 391.587 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-17 08:15:00 begin of timestep (day): 12 (run): 524 0: MPIOM: current date: 2100-01-17 09:00:00 begin of timestep (day): 13 (run): 525 0: MPIOM: current date: 2100-01-17 09:45:00 begin of timestep (day): 14 (run): 526 0: MPIOM: current date: 2100-01-17 10:30:00 begin of timestep (day): 15 (run): 527 384: Radiation calculated for : 17. Jan 2100 07:56:15 384: Greenhouse gas concentrations 17. Jan 2100 07:56:15 CO2 = 1128.9911 CH4 = 2420.88 N2O = 391.587 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-17 11:15:00 begin of timestep (day): 16 (run): 528 0: MPIOM: current date: 2100-01-17 12:00:00 begin of timestep (day): 17 (run): 529 0: MPIOM: current date: 2100-01-17 12:45:00 begin of timestep (day): 18 (run): 530 0: MPIOM: current date: 2100-01-17 13:30:00 begin of timestep (day): 19 (run): 531 384: Radiation calculated for : 17. Jan 2100 09:56:15 384: Greenhouse gas concentrations 17. Jan 2100 09:56:15 CO2 = 1128.9942 CH4 = 2420.88 N2O = 391.587 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-17 14:15:00 begin of timestep (day): 20 (run): 532 0: MPIOM: current date: 2100-01-17 15:00:00 begin of timestep (day): 21 (run): 533 0: MPIOM: current date: 2100-01-17 15:45:00 begin of timestep (day): 22 (run): 534 0: MPIOM: current date: 2100-01-17 16:30:00 begin of timestep (day): 23 (run): 535 384: Radiation calculated for : 17. Jan 2100 11:56:15 384: Greenhouse gas concentrations 17. Jan 2100 11:56:15 CO2 = 1128.9973 CH4 = 2420.88 N2O = 391.587 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-17 17:15:00 begin of timestep (day): 24 (run): 536 0: MPIOM: current date: 2100-01-17 18:00:00 begin of timestep (day): 25 (run): 537 0: MPIOM: current date: 2100-01-17 18:45:00 begin of timestep (day): 26 (run): 538 0: MPIOM: current date: 2100-01-17 19:30:00 begin of timestep (day): 27 (run): 539 384: Radiation calculated for : 17. Jan 2100 13:56:15 384: Greenhouse gas concentrations 17. Jan 2100 13:56:15 CO2 = 1129.0004 CH4 = 2420.88 N2O = 391.587 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-17 20:15:00 begin of timestep (day): 28 (run): 540 0: MPIOM: current date: 2100-01-17 21:00:00 begin of timestep (day): 29 (run): 541 0: MPIOM: current date: 2100-01-17 21:45:00 begin of timestep (day): 30 (run): 542 0: MPIOM: current date: 2100-01-17 22:30:00 begin of timestep (day): 31 (run): 543 384: Radiation calculated for : 17. Jan 2100 15:56:15 384: Greenhouse gas concentrations 17. Jan 2100 15:56:15 CO2 = 1129.0035 CH4 = 2420.87 N2O = 391.587 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-17 23:15:00 begin of timestep (day): 32 (run): 544 0: MPIOM: current date: 2100-01-18 00:00:00 begin of timestep (day): 1 (run): 545 384: Radiation calculated for : 17. Jan 2100 17:56:15 384: Greenhouse gas concentrations 17. Jan 2100 17:56:15 CO2 = 1129.0066 CH4 = 2420.87 N2O = 391.587 CFC = 51.89 209.80 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 3.75000000000000 , lev 40 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 3.75000000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 3.75000000000000 , lev 40 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 3.75000000000000 , lev 41 384: Radiation calculated for : 17. Jan 2100 19:56:15 384: Greenhouse gas concentrations 17. Jan 2100 19:56:15 CO2 = 1129.0098 CH4 = 2420.87 N2O = 391.587 CFC = 51.89 209.80 384: Radiation calculated for : 17. Jan 2100 21:56:15 384: Greenhouse gas concentrations 17. Jan 2100 21:56:15 CO2 = 1129.0129 CH4 = 2420.86 N2O = 391.588 CFC = 51.89 209.80 384: Radiation calculated for : 17. Jan 2100 23:56:15 384: Greenhouse gas concentrations 17. Jan 2100 23:56:15 CO2 = 1129.0160 CH4 = 2420.86 N2O = 391.588 CFC = 51.89 209.80 384: hydrology_model: Water budget change: 3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 882639.445061535 m3/s 384: hydrology_model: precip-evap (on ocean): -2796113.73456060 m3/s 384: water_budget_corr: P-E correction: -37854.2272850297 m3/s 384: water_budget_corr: slm/slf residuum: 84120.8271781863 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 453.520156974002 m3/s 384: water_budget_corr: awfre corrected: -2833514.44168862 m3/s 384: water_budget_corr: river discharge: 882639.445061535 m3/s 384: water_budget_corr: water to ocean: -1950874.99662710 m3/s 384: Write GRIB1 output for : 17. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.336921438953392E-010 kg m-2 s-1 0: co2 = 1052.27310770054 , n2 = 802000.000163996 , o2 = 0: 196800.000357371 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-18 00:45:00 begin of timestep (day): 2 (run): 546 0: MPIOM: current date: 2100-01-18 01:30:00 begin of timestep (day): 3 (run): 547 384: Radiation calculated for : 18. Jan 2100 01:56:15 384: Greenhouse gas concentrations 18. Jan 2100 01:56:15 CO2 = 1129.0191 CH4 = 2420.86 N2O = 391.588 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-18 02:15:00 begin of timestep (day): 4 (run): 548 0: MPIOM: current date: 2100-01-18 03:00:00 begin of timestep (day): 5 (run): 549 0: MPIOM: current date: 2100-01-18 03:45:00 begin of timestep (day): 6 (run): 550 0: MPIOM: current date: 2100-01-18 04:30:00 begin of timestep (day): 7 (run): 551 384: Radiation calculated for : 18. Jan 2100 03:56:15 384: Greenhouse gas concentrations 18. Jan 2100 03:56:15 CO2 = 1129.0222 CH4 = 2420.86 N2O = 391.588 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-18 05:15:00 begin of timestep (day): 8 (run): 552 0: MPIOM: current date: 2100-01-18 06:00:00 begin of timestep (day): 9 (run): 553 0: MPIOM: current date: 2100-01-18 06:45:00 begin of timestep (day): 10 (run): 554 0: MPIOM: current date: 2100-01-18 07:30:00 begin of timestep (day): 11 (run): 555 384: Radiation calculated for : 18. Jan 2100 05:56:15 384: Greenhouse gas concentrations 18. Jan 2100 05:56:15 CO2 = 1129.0254 CH4 = 2420.85 N2O = 391.588 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-18 08:15:00 begin of timestep (day): 12 (run): 556 0: MPIOM: current date: 2100-01-18 09:00:00 begin of timestep (day): 13 (run): 557 0: MPIOM: current date: 2100-01-18 09:45:00 begin of timestep (day): 14 (run): 558 0: MPIOM: current date: 2100-01-18 10:30:00 begin of timestep (day): 15 (run): 559 384: Radiation calculated for : 18. Jan 2100 07:56:15 384: Greenhouse gas concentrations 18. Jan 2100 07:56:15 CO2 = 1129.0285 CH4 = 2420.85 N2O = 391.588 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-18 11:15:00 begin of timestep (day): 16 (run): 560 0: MPIOM: current date: 2100-01-18 12:00:00 begin of timestep (day): 17 (run): 561 0: MPIOM: current date: 2100-01-18 12:45:00 begin of timestep (day): 18 (run): 562 0: MPIOM: current date: 2100-01-18 13:30:00 begin of timestep (day): 19 (run): 563 384: Radiation calculated for : 18. Jan 2100 09:56:15 384: Greenhouse gas concentrations 18. Jan 2100 09:56:15 CO2 = 1129.0316 CH4 = 2420.85 N2O = 391.588 CFC = 51.89 209.80 0: MPIOM: current date: 2100-01-18 14:15:00 begin of timestep (day): 20 (run): 564 0: MPIOM: current date: 2100-01-18 15:00:00 begin of timestep (day): 21 (run): 565 0: MPIOM: current date: 2100-01-18 15:45:00 begin of timestep (day): 22 (run): 566 384: Radiation calculated for : 18. Jan 2100 11:56:15 0: MPIOM: current date: 2100-01-18 16:30:00 begin of timestep (day): 23 (run): 567 384: Greenhouse gas concentrations 18. Jan 2100 11:56:15 CO2 = 1129.0347 CH4 = 2420.84 N2O = 391.588 CFC = 51.89 209.79 0: MPIOM: current date: 2100-01-18 17:15:00 begin of timestep (day): 24 (run): 568 0: MPIOM: current date: 2100-01-18 18:00:00 begin of timestep (day): 25 (run): 569 0: MPIOM: current date: 2100-01-18 18:45:00 begin of timestep (day): 26 (run): 570 384: Radiation calculated for : 18. Jan 2100 13:56:15 0: MPIOM: current date: 2100-01-18 19:30:00 begin of timestep (day): 27 (run): 571 384: Greenhouse gas concentrations 18. Jan 2100 13:56:15 CO2 = 1129.0378 CH4 = 2420.84 N2O = 391.588 CFC = 51.89 209.79 0: MPIOM: current date: 2100-01-18 20:15:00 begin of timestep (day): 28 (run): 572 0: MPIOM: current date: 2100-01-18 21:00:00 begin of timestep (day): 29 (run): 573 0: MPIOM: current date: 2100-01-18 21:45:00 begin of timestep (day): 30 (run): 574 384: Radiation calculated for : 18. Jan 2100 15:56:15 0: MPIOM: current date: 2100-01-18 22:30:00 begin of timestep (day): 31 (run): 575 384: Greenhouse gas concentrations 18. Jan 2100 15:56:15 CO2 = 1129.0410 CH4 = 2420.84 N2O = 391.589 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-18 23:15:00 begin of timestep (day): 32 (run): 576 0: MPIOM: current date: 2100-01-19 00:00:00 begin of timestep (day): 1 (run): 577 384: Radiation calculated for : 18. Jan 2100 17:56:15 384: Greenhouse gas concentrations 18. Jan 2100 17:56:15 CO2 = 1129.0441 CH4 = 2420.84 N2O = 391.589 CFC = 51.88 209.79 384: Radiation calculated for : 18. Jan 2100 19:56:15 384: Greenhouse gas concentrations 18. Jan 2100 19:56:15 CO2 = 1129.0472 CH4 = 2420.83 N2O = 391.589 CFC = 51.88 209.79 384: Radiation calculated for : 18. Jan 2100 21:56:15 384: Greenhouse gas concentrations 18. Jan 2100 21:56:15 CO2 = 1129.0503 CH4 = 2420.83 N2O = 391.589 CFC = 51.88 209.79 384: Radiation calculated for : 18. Jan 2100 23:56:15 384: Greenhouse gas concentrations 18. Jan 2100 23:56:15 CO2 = 1129.0534 CH4 = 2420.83 N2O = 391.589 CFC = 51.88 209.79 384: hydrology_model: Water budget change: 1.043081283569336E-006 m3/s 384: hydrology_model: global discharge: 914564.027417124 m3/s 384: hydrology_model: precip-evap (on ocean): -2534438.85128806 m3/s 384: water_budget_corr: P-E correction: -51363.9157981805 m3/s 384: water_budget_corr: slm/slf residuum: 69675.8030105975 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -112.689932415402 m3/s 384: water_budget_corr: awfre corrected: -2585915.45701865 m3/s 384: water_budget_corr: river discharge: 914564.027417124 m3/s 384: water_budget_corr: water to ocean: -1671351.42960153 m3/s 384: Write GRIB1 output for : 18. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -7.172407850529996E-010 kg m-2 s-1 0: co2 = 1052.10204179628 , n2 = 802000.000215593 , o2 = 0: 196800.000516871 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-19 00:45:00 begin of timestep (day): 2 (run): 578 0: MPIOM: current date: 2100-01-19 01:30:00 begin of timestep (day): 3 (run): 579 384: Radiation calculated for : 19. Jan 2100 01:56:15 384: Greenhouse gas concentrations 19. Jan 2100 01:56:15 CO2 = 1129.0565 CH4 = 2420.82 N2O = 391.589 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-19 02:15:00 begin of timestep (day): 4 (run): 580 0: MPIOM: current date: 2100-01-19 03:00:00 begin of timestep (day): 5 (run): 581 0: MPIOM: current date: 2100-01-19 03:45:00 begin of timestep (day): 6 (run): 582 0: MPIOM: current date: 2100-01-19 04:30:00 begin of timestep (day): 7 (run): 583 384: Radiation calculated for : 19. Jan 2100 03:56:15 384: Greenhouse gas concentrations 19. Jan 2100 03:56:15 CO2 = 1129.0597 CH4 = 2420.82 N2O = 391.589 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-19 05:15:00 begin of timestep (day): 8 (run): 584 0: MPIOM: current date: 2100-01-19 06:00:00 begin of timestep (day): 9 (run): 585 0: MPIOM: current date: 2100-01-19 06:45:00 begin of timestep (day): 10 (run): 586 0: MPIOM: current date: 2100-01-19 07:30:00 begin of timestep (day): 11 (run): 587 384: Radiation calculated for : 19. Jan 2100 05:56:15 384: Greenhouse gas concentrations 19. Jan 2100 05:56:15 CO2 = 1129.0628 CH4 = 2420.82 N2O = 391.589 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-19 08:15:00 begin of timestep (day): 12 (run): 588 0: MPIOM: current date: 2100-01-19 09:00:00 begin of timestep (day): 13 (run): 589 0: MPIOM: current date: 2100-01-19 09:45:00 begin of timestep (day): 14 (run): 590 0: MPIOM: current date: 2100-01-19 10:30:00 begin of timestep (day): 15 (run): 591 384: Radiation calculated for : 19. Jan 2100 07:56:15 384: Greenhouse gas concentrations 19. Jan 2100 07:56:15 CO2 = 1129.0659 CH4 = 2420.82 N2O = 391.589 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-19 11:15:00 begin of timestep (day): 16 (run): 592 0: MPIOM: current date: 2100-01-19 12:00:00 begin of timestep (day): 17 (run): 593 0: MPIOM: current date: 2100-01-19 12:45:00 begin of timestep (day): 18 (run): 594 0: MPIOM: current date: 2100-01-19 13:30:00 begin of timestep (day): 19 (run): 595 384: Radiation calculated for : 19. Jan 2100 09:56:15 384: Greenhouse gas concentrations 19. Jan 2100 09:56:15 CO2 = 1129.0690 CH4 = 2420.81 N2O = 391.589 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-19 14:15:00 begin of timestep (day): 20 (run): 596 0: MPIOM: current date: 2100-01-19 15:00:00 begin of timestep (day): 21 (run): 597 0: MPIOM: current date: 2100-01-19 15:45:00 begin of timestep (day): 22 (run): 598 0: MPIOM: current date: 2100-01-19 16:30:00 begin of timestep (day): 23 (run): 599 384: Radiation calculated for : 19. Jan 2100 11:56:15 384: Greenhouse gas concentrations 19. Jan 2100 11:56:15 CO2 = 1129.0721 CH4 = 2420.81 N2O = 391.590 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-19 17:15:00 begin of timestep (day): 24 (run): 600 0: MPIOM: current date: 2100-01-19 18:00:00 begin of timestep (day): 25 (run): 601 0: MPIOM: current date: 2100-01-19 18:45:00 begin of timestep (day): 26 (run): 602 0: MPIOM: current date: 2100-01-19 19:30:00 begin of timestep (day): 27 (run): 603 384: Radiation calculated for : 19. Jan 2100 13:56:15 384: Greenhouse gas concentrations 19. Jan 2100 13:56:15 CO2 = 1129.0753 CH4 = 2420.81 N2O = 391.590 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-19 20:15:00 begin of timestep (day): 28 (run): 604 0: MPIOM: current date: 2100-01-19 21:00:00 begin of timestep (day): 29 (run): 605 0: MPIOM: current date: 2100-01-19 21:45:00 begin of timestep (day): 30 (run): 606 0: MPIOM: current date: 2100-01-19 22:30:00 begin of timestep (day): 31 (run): 607 384: Radiation calculated for : 19. Jan 2100 15:56:15 384: Greenhouse gas concentrations 19. Jan 2100 15:56:15 CO2 = 1129.0784 CH4 = 2420.81 N2O = 391.590 CFC = 51.88 209.79 0: MPIOM: current date: 2100-01-19 23:15:00 begin of timestep (day): 32 (run): 608 0: MPIOM: current date: 2100-01-20 00:00:00 begin of timestep (day): 1 (run): 609 384: Radiation calculated for : 19. Jan 2100 17:56:15 384: Greenhouse gas concentrations 19. Jan 2100 17:56:15 CO2 = 1129.0815 CH4 = 2420.80 N2O = 391.590 CFC = 51.88 209.79 384: Radiation calculated for : 19. Jan 2100 19:56:15 384: Greenhouse gas concentrations 19. Jan 2100 19:56:15 CO2 = 1129.0846 CH4 = 2420.80 N2O = 391.590 CFC = 51.88 209.79 384: Radiation calculated for : 19. Jan 2100 21:56:15 384: Greenhouse gas concentrations 19. Jan 2100 21:56:15 CO2 = 1129.0877 CH4 = 2420.80 N2O = 391.590 CFC = 51.88 209.79 384: Radiation calculated for : 19. Jan 2100 23:56:15 384: Greenhouse gas concentrations 19. Jan 2100 23:56:15 CO2 = 1129.0908 CH4 = 2420.79 N2O = 391.590 CFC = 51.88 209.78 384: hydrology_model: Water budget change: -1.385807991027832E-006 m3/s 384: hydrology_model: global discharge: 912859.126971757 m3/s 384: hydrology_model: precip-evap (on ocean): -2259257.72571171 m3/s 384: water_budget_corr: P-E correction: -50565.1382162664 m3/s 384: water_budget_corr: slm/slf residuum: 42948.3153523340 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 358.925380390668 m3/s 384: water_budget_corr: awfre corrected: -2309463.93854757 m3/s 384: water_budget_corr: river discharge: 912859.126971757 m3/s 384: water_budget_corr: water to ocean: -1396604.81157581 m3/s 384: Write GRIB1 output for : 19. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.710273548880803E-010 kg m-2 s-1 0: co2 = 1052.19641833983 , n2 = 802000.000343463 , o2 = 0: 196800.000572270 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-20 00:45:00 begin of timestep (day): 2 (run): 610 0: MPIOM: current date: 2100-01-20 01:30:00 begin of timestep (day): 3 (run): 611 384: Radiation calculated for : 20. Jan 2100 01:56:15 384: Greenhouse gas concentrations 20. Jan 2100 01:56:15 CO2 = 1129.0940 CH4 = 2420.79 N2O = 391.590 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-20 02:15:00 begin of timestep (day): 4 (run): 612 0: MPIOM: current date: 2100-01-20 03:00:00 begin of timestep (day): 5 (run): 613 0: MPIOM: current date: 2100-01-20 03:45:00 begin of timestep (day): 6 (run): 614 384: Radiation calculated for : 20. Jan 2100 03:56:15 0: MPIOM: current date: 2100-01-20 04:30:00 begin of timestep (day): 7 (run): 615 384: Greenhouse gas concentrations 20. Jan 2100 03:56:15 CO2 = 1129.0971 CH4 = 2420.79 N2O = 391.590 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-20 05:15:00 begin of timestep (day): 8 (run): 616 0: MPIOM: current date: 2100-01-20 06:00:00 begin of timestep (day): 9 (run): 617 0: MPIOM: current date: 2100-01-20 06:45:00 begin of timestep (day): 10 (run): 618 384: Radiation calculated for : 20. Jan 2100 05:56:15 384: Greenhouse gas concentrations 20. Jan 2100 05:56:15 CO2 = 1129.1002 CH4 = 2420.79 N2O = 391.591 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-20 07:30:00 begin of timestep (day): 11 (run): 619 0: MPIOM: current date: 2100-01-20 08:15:00 begin of timestep (day): 12 (run): 620 0: MPIOM: current date: 2100-01-20 09:00:00 begin of timestep (day): 13 (run): 621 0: MPIOM: current date: 2100-01-20 09:45:00 begin of timestep (day): 14 (run): 622 384: Radiation calculated for : 20. Jan 2100 07:56:15 384: Greenhouse gas concentrations 20. Jan 2100 07:56:15 CO2 = 1129.1033 CH4 = 2420.78 N2O = 391.591 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-20 10:30:00 begin of timestep (day): 15 (run): 623 0: MPIOM: current date: 2100-01-20 11:15:00 begin of timestep (day): 16 (run): 624 0: MPIOM: current date: 2100-01-20 12:00:00 begin of timestep (day): 17 (run): 625 0: MPIOM: current date: 2100-01-20 12:45:00 begin of timestep (day): 18 (run): 626 384: Radiation calculated for : 20. Jan 2100 09:56:15 384: Greenhouse gas concentrations 20. Jan 2100 09:56:15 CO2 = 1129.1064 CH4 = 2420.78 N2O = 391.591 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-20 13:30:00 begin of timestep (day): 19 (run): 627 0: MPIOM: current date: 2100-01-20 14:15:00 begin of timestep (day): 20 (run): 628 0: MPIOM: current date: 2100-01-20 15:00:00 begin of timestep (day): 21 (run): 629 0: MPIOM: current date: 2100-01-20 15:45:00 begin of timestep (day): 22 (run): 630 384: Radiation calculated for : 20. Jan 2100 11:56:15 384: Greenhouse gas concentrations 20. Jan 2100 11:56:15 CO2 = 1129.1096 CH4 = 2420.78 N2O = 391.591 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-20 16:30:00 begin of timestep (day): 23 (run): 631 0: MPIOM: current date: 2100-01-20 17:15:00 begin of timestep (day): 24 (run): 632 0: MPIOM: current date: 2100-01-20 18:00:00 begin of timestep (day): 25 (run): 633 0: MPIOM: current date: 2100-01-20 18:45:00 begin of timestep (day): 26 (run): 634 384: Radiation calculated for : 20. Jan 2100 13:56:15 384: Greenhouse gas concentrations 20. Jan 2100 13:56:15 CO2 = 1129.1127 CH4 = 2420.77 N2O = 391.591 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-20 19:30:00 begin of timestep (day): 27 (run): 635 0: MPIOM: current date: 2100-01-20 20:15:00 begin of timestep (day): 28 (run): 636 0: MPIOM: current date: 2100-01-20 21:00:00 begin of timestep (day): 29 (run): 637 0: MPIOM: current date: 2100-01-20 21:45:00 begin of timestep (day): 30 (run): 638 384: Radiation calculated for : 20. Jan 2100 15:56:15 384: Greenhouse gas concentrations 20. Jan 2100 15:56:15 CO2 = 1129.1158 CH4 = 2420.77 N2O = 391.591 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-20 22:30:00 begin of timestep (day): 31 (run): 639 0: MPIOM: current date: 2100-01-20 23:15:00 begin of timestep (day): 32 (run): 640 0: MPIOM: current date: 2100-01-21 00:00:00 begin of timestep (day): 1 (run): 641 384: Radiation calculated for : 20. Jan 2100 17:56:15 384: Greenhouse gas concentrations 20. Jan 2100 17:56:15 CO2 = 1129.1189 CH4 = 2420.77 N2O = 391.591 CFC = 51.88 209.78 384: Radiation calculated for : 20. Jan 2100 19:56:15 384: Greenhouse gas concentrations 20. Jan 2100 19:56:15 CO2 = 1129.1220 CH4 = 2420.77 N2O = 391.591 CFC = 51.88 209.78 384: Radiation calculated for : 20. Jan 2100 21:56:15 384: Greenhouse gas concentrations 20. Jan 2100 21:56:15 CO2 = 1129.1252 CH4 = 2420.76 N2O = 391.591 CFC = 51.88 209.78 384: Radiation calculated for : 20. Jan 2100 23:56:15 384: Greenhouse gas concentrations 20. Jan 2100 23:56:15 CO2 = 1129.1283 CH4 = 2420.76 N2O = 391.592 CFC = 51.88 209.78 384: hydrology_model: Water budget change: 1.177191734313965E-006 m3/s 384: hydrology_model: global discharge: 908158.142313876 m3/s 384: hydrology_model: precip-evap (on ocean): -2098307.77744447 m3/s 384: water_budget_corr: P-E correction: -84200.4755879442 m3/s 384: water_budget_corr: slm/slf residuum: 21264.9424605027 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -733.125997533770 m3/s 384: water_budget_corr: awfre corrected: -2183241.37902995 m3/s 384: water_budget_corr: river discharge: 908158.142313876 m3/s 384: water_budget_corr: water to ocean: -1275083.23671608 m3/s 384: Write GRIB1 output for : 20. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.846475740113365E-010 kg m-2 s-1 0: co2 = 1052.31957125706 , n2 = 802000.000411452 , o2 = 0: 196800.000729312 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-21 00:45:00 begin of timestep (day): 2 (run): 642 0: MPIOM: current date: 2100-01-21 01:30:00 begin of timestep (day): 3 (run): 643 384: Radiation calculated for : 21. Jan 2100 01:56:15 384: Greenhouse gas concentrations 21. Jan 2100 01:56:15 CO2 = 1129.1314 CH4 = 2420.76 N2O = 391.592 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-21 02:15:00 begin of timestep (day): 4 (run): 644 0: MPIOM: current date: 2100-01-21 03:00:00 begin of timestep (day): 5 (run): 645 0: MPIOM: current date: 2100-01-21 03:45:00 begin of timestep (day): 6 (run): 646 0: MPIOM: current date: 2100-01-21 04:30:00 begin of timestep (day): 7 (run): 647 384: Radiation calculated for : 21. Jan 2100 03:56:15 384: Greenhouse gas concentrations 21. Jan 2100 03:56:15 CO2 = 1129.1345 CH4 = 2420.76 N2O = 391.592 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-21 05:15:00 begin of timestep (day): 8 (run): 648 0: MPIOM: current date: 2100-01-21 06:00:00 begin of timestep (day): 9 (run): 649 0: MPIOM: current date: 2100-01-21 06:45:00 begin of timestep (day): 10 (run): 650 0: MPIOM: current date: 2100-01-21 07:30:00 begin of timestep (day): 11 (run): 651 384: Radiation calculated for : 21. Jan 2100 05:56:15 384: Greenhouse gas concentrations 21. Jan 2100 05:56:15 CO2 = 1129.1376 CH4 = 2420.75 N2O = 391.592 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-21 08:15:00 begin of timestep (day): 12 (run): 652 0: MPIOM: current date: 2100-01-21 09:00:00 begin of timestep (day): 13 (run): 653 0: MPIOM: current date: 2100-01-21 09:45:00 begin of timestep (day): 14 (run): 654 0: MPIOM: current date: 2100-01-21 10:30:00 begin of timestep (day): 15 (run): 655 384: Radiation calculated for : 21. Jan 2100 07:56:15 384: Greenhouse gas concentrations 21. Jan 2100 07:56:15 CO2 = 1129.1407 CH4 = 2420.75 N2O = 391.592 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-21 11:15:00 begin of timestep (day): 16 (run): 656 0: MPIOM: current date: 2100-01-21 12:00:00 begin of timestep (day): 17 (run): 657 0: MPIOM: current date: 2100-01-21 12:45:00 begin of timestep (day): 18 (run): 658 384: Radiation calculated for : 21. Jan 2100 09:56:15 0: MPIOM: current date: 2100-01-21 13:30:00 begin of timestep (day): 19 (run): 659 384: Greenhouse gas concentrations 21. Jan 2100 09:56:15 CO2 = 1129.1439 CH4 = 2420.75 N2O = 391.592 CFC = 51.88 209.78 0: MPIOM: current date: 2100-01-21 14:15:00 begin of timestep (day): 20 (run): 660 0: MPIOM: current date: 2100-01-21 15:00:00 begin of timestep (day): 21 (run): 661 0: MPIOM: current date: 2100-01-21 15:45:00 begin of timestep (day): 22 (run): 662 384: Radiation calculated for : 21. Jan 2100 11:56:15 384: Greenhouse gas concentrations 21. Jan 2100 11:56:15 CO2 = 1129.1470 CH4 = 2420.74 N2O = 391.592 CFC = 51.88 209.77 0: MPIOM: current date: 2100-01-21 16:30:00 begin of timestep (day): 23 (run): 663 0: MPIOM: current date: 2100-01-21 17:15:00 begin of timestep (day): 24 (run): 664 0: MPIOM: current date: 2100-01-21 18:00:00 begin of timestep (day): 25 (run): 665 0: MPIOM: current date: 2100-01-21 18:45:00 begin of timestep (day): 26 (run): 666 0: MPIOM: current date: 2100-01-21 19:30:00 begin of timestep (day): 27 (run): 667 384: Radiation calculated for : 21. Jan 2100 13:56:15 384: Greenhouse gas concentrations 21. Jan 2100 13:56:15 CO2 = 1129.1501 CH4 = 2420.74 N2O = 391.592 CFC = 51.88 209.77 0: MPIOM: current date: 2100-01-21 20:15:00 begin of timestep (day): 28 (run): 668 0: MPIOM: current date: 2100-01-21 21:00:00 begin of timestep (day): 29 (run): 669 0: MPIOM: current date: 2100-01-21 21:45:00 begin of timestep (day): 30 (run): 670 384: Radiation calculated for : 21. Jan 2100 15:56:15 0: MPIOM: current date: 2100-01-21 22:30:00 begin of timestep (day): 31 (run): 671 384: Greenhouse gas concentrations 21. Jan 2100 15:56:15 CO2 = 1129.1532 CH4 = 2420.74 N2O = 391.592 CFC = 51.88 209.77 0: MPIOM: current date: 2100-01-21 23:15:00 begin of timestep (day): 32 (run): 672 0: MPIOM: current date: 2100-01-22 00:00:00 begin of timestep (day): 1 (run): 673 384: Radiation calculated for : 21. Jan 2100 17:56:15 384: Greenhouse gas concentrations 21. Jan 2100 17:56:15 CO2 = 1129.1563 CH4 = 2420.74 N2O = 391.592 CFC = 51.88 209.77 384: Radiation calculated for : 21. Jan 2100 19:56:15 384: Greenhouse gas concentrations 21. Jan 2100 19:56:15 CO2 = 1129.1595 CH4 = 2420.73 N2O = 391.593 CFC = 51.88 209.77 384: Radiation calculated for : 21. Jan 2100 21:56:15 384: Greenhouse gas concentrations 21. Jan 2100 21:56:15 CO2 = 1129.1626 CH4 = 2420.73 N2O = 391.593 CFC = 51.87 209.77 384: Radiation calculated for : 21. Jan 2100 23:56:15 384: Greenhouse gas concentrations 21. Jan 2100 23:56:15 CO2 = 1129.1657 CH4 = 2420.73 N2O = 391.593 CFC = 51.87 209.77 384: hydrology_model: Water budget change: 2.831220626831055E-007 m3/s 384: hydrology_model: global discharge: 901664.537905033 m3/s 384: hydrology_model: precip-evap (on ocean): -1930402.59306267 m3/s 384: water_budget_corr: P-E correction: -80032.4577381960 m3/s 384: water_budget_corr: slm/slf residuum: 22396.3097928161 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -996.595870021942 m3/s 384: water_budget_corr: awfre corrected: -2011431.64667090 m3/s 384: water_budget_corr: river discharge: 901664.537905033 m3/s 384: water_budget_corr: water to ocean: -1109767.10876586 m3/s 384: Write GRIB1 output for : 21. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.734890906315634E-010 kg m-2 s-1 0: co2 = 1052.36510262922 , n2 = 802000.000412208 , o2 = 0: 196800.000714429 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-22 00:45:00 begin of timestep (day): 2 (run): 674 0: MPIOM: current date: 2100-01-22 01:30:00 begin of timestep (day): 3 (run): 675 384: Radiation calculated for : 22. Jan 2100 01:56:15 384: Greenhouse gas concentrations 22. Jan 2100 01:56:15 CO2 = 1129.1688 CH4 = 2420.72 N2O = 391.593 CFC = 51.87 209.77 0: MPIOM: current date: 2100-01-22 02:15:00 begin of timestep (day): 4 (run): 676 0: MPIOM: current date: 2100-01-22 03:00:00 begin of timestep (day): 5 (run): 677 0: MPIOM: current date: 2100-01-22 03:45:00 begin of timestep (day): 6 (run): 678 0: MPIOM: current date: 2100-01-22 04:30:00 begin of timestep (day): 7 (run): 679 384: Radiation calculated for : 22. Jan 2100 03:56:15 384: Greenhouse gas concentrations 22. Jan 2100 03:56:15 CO2 = 1129.1719 CH4 = 2420.72 N2O = 391.593 CFC = 51.87 209.77 0: MPIOM: current date: 2100-01-22 05:15:00 begin of timestep (day): 8 (run): 680 0: MPIOM: current date: 2100-01-22 06:00:00 begin of timestep (day): 9 (run): 681 0: MPIOM: current date: 2100-01-22 06:45:00 begin of timestep (day): 10 (run): 682 0: MPIOM: current date: 2100-01-22 07:30:00 begin of timestep (day): 11 (run): 683 384: Radiation calculated for : 22. Jan 2100 05:56:15 384: Greenhouse gas concentrations 22. Jan 2100 05:56:15 CO2 = 1129.1751 CH4 = 2420.72 N2O = 391.593 CFC = 51.87 209.77 0: MPIOM: current date: 2100-01-22 08:15:00 begin of timestep (day): 12 (run): 684 0: MPIOM: current date: 2100-01-22 09:00:00 begin of timestep (day): 13 (run): 685 0: MPIOM: current date: 2100-01-22 09:45:00 begin of timestep (day): 14 (run): 686 0: MPIOM: current date: 2100-01-22 10:30:00 begin of timestep (day): 15 (run): 687 384: Radiation calculated for : 22. Jan 2100 07:56:15 384: Greenhouse gas concentrations 22. Jan 2100 07:56:15 CO2 = 1129.1782 CH4 = 2420.72 N2O = 391.593 CFC = 51.87 209.77 0: MPIOM: current date: 2100-01-22 11:15:00 begin of timestep (day): 16 (run): 688 0: MPIOM: current date: 2100-01-22 12:00:00 begin of timestep (day): 17 (run): 689 0: MPIOM: current date: 2100-01-22 12:45:00 begin of timestep (day): 18 (run): 690 0: MPIOM: current date: 2100-01-22 13:30:00 begin of timestep (day): 19 (run): 691 384: Radiation calculated for : 22. Jan 2100 09:56:15 384: Greenhouse gas concentrations 22. Jan 2100 09:56:15 CO2 = 1129.1813 CH4 = 2420.71 N2O = 391.593 CFC = 51.87 209.77 0: MPIOM: current date: 2100-01-22 14:15:00 begin of timestep (day): 20 (run): 692 0: MPIOM: current date: 2100-01-22 15:00:00 begin of timestep (day): 21 (run): 693 0: MPIOM: current date: 2100-01-22 15:45:00 begin of timestep (day): 22 (run): 694 0: MPIOM: current date: 2100-01-22 16:30:00 begin of timestep (day): 23 (run): 695 384: Radiation calculated for : 22. Jan 2100 11:56:15 384: Greenhouse gas concentrations 22. Jan 2100 11:56:15 CO2 = 1129.1844 CH4 = 2420.71 N2O = 391.593 CFC = 51.87 209.77 0: MPIOM: current date: 2100-01-22 17:15:00 begin of timestep (day): 24 (run): 696 0: MPIOM: current date: 2100-01-22 18:00:00 begin of timestep (day): 25 (run): 697 0: MPIOM: current date: 2100-01-22 18:45:00 begin of timestep (day): 26 (run): 698 0: MPIOM: current date: 2100-01-22 19:30:00 begin of timestep (day): 27 (run): 699 384: Radiation calculated for : 22. Jan 2100 13:56:15 384: Greenhouse gas concentrations 22. Jan 2100 13:56:15 CO2 = 1129.1875 CH4 = 2420.71 N2O = 391.594 CFC = 51.87 209.77 0: MPIOM: current date: 2100-01-22 20:15:00 begin of timestep (day): 28 (run): 700 0: MPIOM: current date: 2100-01-22 21:00:00 begin of timestep (day): 29 (run): 701 0: MPIOM: current date: 2100-01-22 21:45:00 begin of timestep (day): 30 (run): 702 0: MPIOM: current date: 2100-01-22 22:30:00 begin of timestep (day): 31 (run): 703 384: Radiation calculated for : 22. Jan 2100 15:56:15 384: Greenhouse gas concentrations 22. Jan 2100 15:56:15 CO2 = 1129.1906 CH4 = 2420.71 N2O = 391.594 CFC = 51.87 209.77 0: MPIOM: current date: 2100-01-22 23:15:00 begin of timestep (day): 32 (run): 704 0: MPIOM: current date: 2100-01-23 00:00:00 begin of timestep (day): 1 (run): 705 384: Radiation calculated for : 22. Jan 2100 17:56:15 384: Greenhouse gas concentrations 22. Jan 2100 17:56:15 CO2 = 1129.1938 CH4 = 2420.70 N2O = 391.594 CFC = 51.87 209.77 384: Radiation calculated for : 22. Jan 2100 19:56:15 384: Greenhouse gas concentrations 22. Jan 2100 19:56:15 CO2 = 1129.1969 CH4 = 2420.70 N2O = 391.594 CFC = 51.87 209.77 384: Radiation calculated for : 22. Jan 2100 21:56:15 384: Greenhouse gas concentrations 22. Jan 2100 21:56:15 CO2 = 1129.2000 CH4 = 2420.70 N2O = 391.594 CFC = 51.87 209.77 384: Radiation calculated for : 22. Jan 2100 23:56:15 384: Greenhouse gas concentrations 22. Jan 2100 23:56:15 CO2 = 1129.2031 CH4 = 2420.69 N2O = 391.594 CFC = 51.87 209.76 384: hydrology_model: Water budget change: 3.278255462646484E-007 m3/s 384: hydrology_model: global discharge: 898745.339687537 m3/s 384: hydrology_model: precip-evap (on ocean): -1923509.63693108 m3/s 384: water_budget_corr: P-E correction: -53988.2207353270 m3/s 384: water_budget_corr: slm/slf residuum: 25602.9713627960 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 747.908623324513 m3/s 384: water_budget_corr: awfre corrected: -1976749.94904309 m3/s 384: water_budget_corr: river discharge: 898745.339687537 m3/s 384: water_budget_corr: water to ocean: -1078004.60935555 m3/s 384: Write GRIB1 output for : 22. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1052.37290447011 , n2 = 802000.000391786 , o2 = 0: 196800.000714446 384: CO2 flux correction (global): -3.643807477570354E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-23 00:45:00 begin of timestep (day): 2 (run): 706 0: MPIOM: current date: 2100-01-23 01:30:00 begin of timestep (day): 3 (run): 707 384: Radiation calculated for : 23. Jan 2100 01:56:15 384: Greenhouse gas concentrations 23. Jan 2100 01:56:15 CO2 = 1129.2062 CH4 = 2420.69 N2O = 391.594 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-23 02:15:00 begin of timestep (day): 4 (run): 708 0: MPIOM: current date: 2100-01-23 03:00:00 begin of timestep (day): 5 (run): 709 0: MPIOM: current date: 2100-01-23 03:45:00 begin of timestep (day): 6 (run): 710 0: MPIOM: current date: 2100-01-23 04:30:00 begin of timestep (day): 7 (run): 711 384: Radiation calculated for : 23. Jan 2100 03:56:15 384: Greenhouse gas concentrations 23. Jan 2100 03:56:15 CO2 = 1129.2094 CH4 = 2420.69 N2O = 391.594 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-23 05:15:00 begin of timestep (day): 8 (run): 712 0: MPIOM: current date: 2100-01-23 06:00:00 begin of timestep (day): 9 (run): 713 0: MPIOM: current date: 2100-01-23 06:45:00 begin of timestep (day): 10 (run): 714 0: MPIOM: current date: 2100-01-23 07:30:00 begin of timestep (day): 11 (run): 715 384: Radiation calculated for : 23. Jan 2100 05:56:15 384: Greenhouse gas concentrations 23. Jan 2100 05:56:15 CO2 = 1129.2125 CH4 = 2420.69 N2O = 391.594 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-23 08:15:00 begin of timestep (day): 12 (run): 716 0: MPIOM: current date: 2100-01-23 09:00:00 begin of timestep (day): 13 (run): 717 0: MPIOM: current date: 2100-01-23 09:45:00 begin of timestep (day): 14 (run): 718 0: MPIOM: current date: 2100-01-23 10:30:00 begin of timestep (day): 15 (run): 719 384: Radiation calculated for : 23. Jan 2100 07:56:15 384: Greenhouse gas concentrations 23. Jan 2100 07:56:15 CO2 = 1129.2156 CH4 = 2420.68 N2O = 391.594 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-23 11:15:00 begin of timestep (day): 16 (run): 720 0: MPIOM: current date: 2100-01-23 12:00:00 begin of timestep (day): 17 (run): 721 0: MPIOM: current date: 2100-01-23 12:45:00 begin of timestep (day): 18 (run): 722 0: MPIOM: current date: 2100-01-23 13:30:00 begin of timestep (day): 19 (run): 723 384: Radiation calculated for : 23. Jan 2100 09:56:15 384: Greenhouse gas concentrations 23. Jan 2100 09:56:15 CO2 = 1129.2187 CH4 = 2420.68 N2O = 391.595 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-23 14:15:00 begin of timestep (day): 20 (run): 724 0: MPIOM: current date: 2100-01-23 15:00:00 begin of timestep (day): 21 (run): 725 0: MPIOM: current date: 2100-01-23 15:45:00 begin of timestep (day): 22 (run): 726 0: MPIOM: current date: 2100-01-23 16:30:00 begin of timestep (day): 23 (run): 727 384: Radiation calculated for : 23. Jan 2100 11:56:15 384: Greenhouse gas concentrations 23. Jan 2100 11:56:15 CO2 = 1129.2218 CH4 = 2420.68 N2O = 391.595 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-23 17:15:00 begin of timestep (day): 24 (run): 728 0: MPIOM: current date: 2100-01-23 18:00:00 begin of timestep (day): 25 (run): 729 0: MPIOM: current date: 2100-01-23 18:45:00 begin of timestep (day): 26 (run): 730 384: Radiation calculated for : 23. Jan 2100 13:56:15 0: MPIOM: current date: 2100-01-23 19:30:00 begin of timestep (day): 27 (run): 731 384: Greenhouse gas concentrations 23. Jan 2100 13:56:15 CO2 = 1129.2250 CH4 = 2420.67 N2O = 391.595 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-23 20:15:00 begin of timestep (day): 28 (run): 732 0: MPIOM: current date: 2100-01-23 21:00:00 begin of timestep (day): 29 (run): 733 0: MPIOM: current date: 2100-01-23 21:45:00 begin of timestep (day): 30 (run): 734 0: MPIOM: current date: 2100-01-23 22:30:00 begin of timestep (day): 31 (run): 735 384: Radiation calculated for : 23. Jan 2100 15:56:15 384: Greenhouse gas concentrations 23. Jan 2100 15:56:15 CO2 = 1129.2281 CH4 = 2420.67 N2O = 391.595 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-23 23:15:00 begin of timestep (day): 32 (run): 736 0: MPIOM: current date: 2100-01-24 00:00:00 begin of timestep (day): 1 (run): 737 384: Radiation calculated for : 23. Jan 2100 17:56:15 384: Greenhouse gas concentrations 23. Jan 2100 17:56:15 CO2 = 1129.2312 CH4 = 2420.67 N2O = 391.595 CFC = 51.87 209.76 384: Radiation calculated for : 23. Jan 2100 19:56:15 384: Greenhouse gas concentrations 23. Jan 2100 19:56:15 CO2 = 1129.2343 CH4 = 2420.67 N2O = 391.595 CFC = 51.87 209.76 384: Radiation calculated for : 23. Jan 2100 21:56:15 384: Greenhouse gas concentrations 23. Jan 2100 21:56:15 CO2 = 1129.2374 CH4 = 2420.66 N2O = 391.595 CFC = 51.87 209.76 384: Radiation calculated for : 23. Jan 2100 23:56:15 384: Greenhouse gas concentrations 23. Jan 2100 23:56:15 CO2 = 1129.2405 CH4 = 2420.66 N2O = 391.595 CFC = 51.87 209.76 384: hydrology_model: Water budget change: -9.834766387939453E-007 m3/s 384: hydrology_model: global discharge: 915179.376873987 m3/s 384: hydrology_model: precip-evap (on ocean): -2159314.79846570 m3/s 384: water_budget_corr: P-E correction: -72654.4024693044 m3/s 384: water_budget_corr: slm/slf residuum: 43176.3685871041 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1730.55507758005 m3/s 384: water_budget_corr: awfre corrected: -2233699.75601258 m3/s 384: water_budget_corr: river discharge: 915179.376873987 m3/s 384: water_budget_corr: water to ocean: -1318520.37913862 m3/s 384: Write GRIB1 output for : 23. Jan 2100 23:52:30 0: co2 = 1052.40876317755 , n2 = 802000.000360785 , o2 = 0: 196800.000611389 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.763506121292177E-010 kg m-2 s-1 0: MPIOM: current date: 2100-01-24 00:45:00 begin of timestep (day): 2 (run): 738 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-24 01:30:00 begin of timestep (day): 3 (run): 739 384: Radiation calculated for : 24. Jan 2100 01:56:15 384: Greenhouse gas concentrations 24. Jan 2100 01:56:15 CO2 = 1129.2437 CH4 = 2420.66 N2O = 391.595 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-24 02:15:00 begin of timestep (day): 4 (run): 740 0: MPIOM: current date: 2100-01-24 03:00:00 begin of timestep (day): 5 (run): 741 0: MPIOM: current date: 2100-01-24 03:45:00 begin of timestep (day): 6 (run): 742 0: MPIOM: current date: 2100-01-24 04:30:00 begin of timestep (day): 7 (run): 743 384: Radiation calculated for : 24. Jan 2100 03:56:15 384: Greenhouse gas concentrations 24. Jan 2100 03:56:15 CO2 = 1129.2468 CH4 = 2420.66 N2O = 391.596 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-24 05:15:00 begin of timestep (day): 8 (run): 744 0: MPIOM: current date: 2100-01-24 06:00:00 begin of timestep (day): 9 (run): 745 0: MPIOM: current date: 2100-01-24 06:45:00 begin of timestep (day): 10 (run): 746 0: MPIOM: current date: 2100-01-24 07:30:00 begin of timestep (day): 11 (run): 747 384: Radiation calculated for : 24. Jan 2100 05:56:15 384: Greenhouse gas concentrations 24. Jan 2100 05:56:15 CO2 = 1129.2499 CH4 = 2420.65 N2O = 391.596 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-24 08:15:00 begin of timestep (day): 12 (run): 748 0: MPIOM: current date: 2100-01-24 09:00:00 begin of timestep (day): 13 (run): 749 0: MPIOM: current date: 2100-01-24 09:45:00 begin of timestep (day): 14 (run): 750 0: MPIOM: current date: 2100-01-24 10:30:00 begin of timestep (day): 15 (run): 751 384: Radiation calculated for : 24. Jan 2100 07:56:15 384: Greenhouse gas concentrations 24. Jan 2100 07:56:15 CO2 = 1129.2530 CH4 = 2420.65 N2O = 391.596 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-24 11:15:00 begin of timestep (day): 16 (run): 752 0: MPIOM: current date: 2100-01-24 12:00:00 begin of timestep (day): 17 (run): 753 0: MPIOM: current date: 2100-01-24 12:45:00 begin of timestep (day): 18 (run): 754 0: MPIOM: current date: 2100-01-24 13:30:00 begin of timestep (day): 19 (run): 755 384: Radiation calculated for : 24. Jan 2100 09:56:15 384: Greenhouse gas concentrations 24. Jan 2100 09:56:15 CO2 = 1129.2561 CH4 = 2420.65 N2O = 391.596 CFC = 51.87 209.76 0: MPIOM: current date: 2100-01-24 14:15:00 begin of timestep (day): 20 (run): 756 0: MPIOM: current date: 2100-01-24 15:00:00 begin of timestep (day): 21 (run): 757 0: MPIOM: current date: 2100-01-24 15:45:00 begin of timestep (day): 22 (run): 758 0: MPIOM: current date: 2100-01-24 16:30:00 begin of timestep (day): 23 (run): 759 384: Radiation calculated for : 24. Jan 2100 11:56:15 384: Greenhouse gas concentrations 24. Jan 2100 11:56:15 CO2 = 1129.2593 CH4 = 2420.64 N2O = 391.596 CFC = 51.87 209.75 0: MPIOM: current date: 2100-01-24 17:15:00 begin of timestep (day): 24 (run): 760 0: MPIOM: current date: 2100-01-24 18:00:00 begin of timestep (day): 25 (run): 761 0: MPIOM: current date: 2100-01-24 18:45:00 begin of timestep (day): 26 (run): 762 0: MPIOM: current date: 2100-01-24 19:30:00 begin of timestep (day): 27 (run): 763 384: Radiation calculated for : 24. Jan 2100 13:56:15 384: Greenhouse gas concentrations 24. Jan 2100 13:56:15 CO2 = 1129.2624 CH4 = 2420.64 N2O = 391.596 CFC = 51.87 209.75 0: MPIOM: current date: 2100-01-24 20:15:00 begin of timestep (day): 28 (run): 764 0: MPIOM: current date: 2100-01-24 21:00:00 begin of timestep (day): 29 (run): 765 0: MPIOM: current date: 2100-01-24 21:45:00 begin of timestep (day): 30 (run): 766 0: MPIOM: current date: 2100-01-24 22:30:00 begin of timestep (day): 31 (run): 767 384: Radiation calculated for : 24. Jan 2100 15:56:15 384: Greenhouse gas concentrations 24. Jan 2100 15:56:15 CO2 = 1129.2655 CH4 = 2420.64 N2O = 391.596 CFC = 51.87 209.75 0: MPIOM: current date: 2100-01-24 23:15:00 begin of timestep (day): 32 (run): 768 0: MPIOM: current date: 2100-01-25 00:00:00 begin of timestep (day): 1 (run): 769 384: Radiation calculated for : 24. Jan 2100 17:56:15 384: Greenhouse gas concentrations 24. Jan 2100 17:56:15 CO2 = 1129.2686 CH4 = 2420.64 N2O = 391.596 CFC = 51.87 209.75 384: Radiation calculated for : 24. Jan 2100 19:56:15 384: Greenhouse gas concentrations 24. Jan 2100 19:56:15 CO2 = 1129.2717 CH4 = 2420.63 N2O = 391.596 CFC = 51.87 209.75 384: Radiation calculated for : 24. Jan 2100 21:56:15 384: Greenhouse gas concentrations 24. Jan 2100 21:56:15 CO2 = 1129.2749 CH4 = 2420.63 N2O = 391.597 CFC = 51.87 209.75 384: Radiation calculated for : 24. Jan 2100 23:56:15 384: Greenhouse gas concentrations 24. Jan 2100 23:56:15 CO2 = 1129.2780 CH4 = 2420.63 N2O = 391.597 CFC = 51.87 209.75 384: hydrology_model: Water budget change: -1.639127731323242E-007 m3/s 384: hydrology_model: global discharge: 917382.291786653 m3/s 384: hydrology_model: precip-evap (on ocean): -1905157.14892998 m3/s 384: water_budget_corr: P-E correction: -64009.6707810649 m3/s 384: water_budget_corr: slm/slf residuum: 80522.3811554585 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1083.76283802731 m3/s 384: water_budget_corr: awfre corrected: -1970250.58254906 m3/s 384: water_budget_corr: river discharge: 917382.291786653 m3/s 384: water_budget_corr: water to ocean: -1052868.29076241 m3/s 384: Write GRIB1 output for : 24. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1052.41875359197 , n2 = 802000.000369714 , o2 = 0: 196800.000612225 384: CO2 flux correction (global): -3.038409597605894E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-25 00:45:00 begin of timestep (day): 2 (run): 770 0: MPIOM: current date: 2100-01-25 01:30:00 begin of timestep (day): 3 (run): 771 384: Radiation calculated for : 25. Jan 2100 01:56:15 384: Greenhouse gas concentrations 25. Jan 2100 01:56:15 CO2 = 1129.2811 CH4 = 2420.62 N2O = 391.597 CFC = 51.87 209.75 0: MPIOM: current date: 2100-01-25 02:15:00 begin of timestep (day): 4 (run): 772 0: MPIOM: current date: 2100-01-25 03:00:00 begin of timestep (day): 5 (run): 773 0: MPIOM: current date: 2100-01-25 03:45:00 begin of timestep (day): 6 (run): 774 0: MPIOM: current date: 2100-01-25 04:30:00 begin of timestep (day): 7 (run): 775 384: Radiation calculated for : 25. Jan 2100 03:56:15 384: Greenhouse gas concentrations 25. Jan 2100 03:56:15 CO2 = 1129.2842 CH4 = 2420.62 N2O = 391.597 CFC = 51.86 209.75 0: MPIOM: current date: 2100-01-25 05:15:00 begin of timestep (day): 8 (run): 776 0: MPIOM: current date: 2100-01-25 06:00:00 begin of timestep (day): 9 (run): 777 0: MPIOM: current date: 2100-01-25 06:45:00 begin of timestep (day): 10 (run): 778 0: MPIOM: current date: 2100-01-25 07:30:00 begin of timestep (day): 11 (run): 779 384: Radiation calculated for : 25. Jan 2100 05:56:15 384: Greenhouse gas concentrations 25. Jan 2100 05:56:15 CO2 = 1129.2873 CH4 = 2420.62 N2O = 391.597 CFC = 51.86 209.75 0: MPIOM: current date: 2100-01-25 08:15:00 begin of timestep (day): 12 (run): 780 0: MPIOM: current date: 2100-01-25 09:00:00 begin of timestep (day): 13 (run): 781 0: MPIOM: current date: 2100-01-25 09:45:00 begin of timestep (day): 14 (run): 782 0: MPIOM: current date: 2100-01-25 10:30:00 begin of timestep (day): 15 (run): 783 384: Radiation calculated for : 25. Jan 2100 07:56:15 384: Greenhouse gas concentrations 25. Jan 2100 07:56:15 CO2 = 1129.2904 CH4 = 2420.62 N2O = 391.597 CFC = 51.86 209.75 0: MPIOM: current date: 2100-01-25 11:15:00 begin of timestep (day): 16 (run): 784 0: MPIOM: current date: 2100-01-25 12:00:00 begin of timestep (day): 17 (run): 785 0: MPIOM: current date: 2100-01-25 12:45:00 begin of timestep (day): 18 (run): 786 0: MPIOM: current date: 2100-01-25 13:30:00 begin of timestep (day): 19 (run): 787 384: Radiation calculated for : 25. Jan 2100 09:56:15 384: Greenhouse gas concentrations 25. Jan 2100 09:56:15 CO2 = 1129.2936 CH4 = 2420.61 N2O = 391.597 CFC = 51.86 209.75 0: MPIOM: current date: 2100-01-25 14:15:00 begin of timestep (day): 20 (run): 788 0: MPIOM: current date: 2100-01-25 15:00:00 begin of timestep (day): 21 (run): 789 0: MPIOM: current date: 2100-01-25 15:45:00 begin of timestep (day): 22 (run): 790 0: MPIOM: current date: 2100-01-25 16:30:00 begin of timestep (day): 23 (run): 791 384: Radiation calculated for : 25. Jan 2100 11:56:15 384: Greenhouse gas concentrations 25. Jan 2100 11:56:15 CO2 = 1129.2967 CH4 = 2420.61 N2O = 391.597 CFC = 51.86 209.75 0: MPIOM: current date: 2100-01-25 17:15:00 begin of timestep (day): 24 (run): 792 0: MPIOM: current date: 2100-01-25 18:00:00 begin of timestep (day): 25 (run): 793 0: MPIOM: current date: 2100-01-25 18:45:00 begin of timestep (day): 26 (run): 794 0: MPIOM: current date: 2100-01-25 19:30:00 begin of timestep (day): 27 (run): 795 384: Radiation calculated for : 25. Jan 2100 13:56:15 384: Greenhouse gas concentrations 25. Jan 2100 13:56:15 CO2 = 1129.2998 CH4 = 2420.61 N2O = 391.597 CFC = 51.86 209.75 0: MPIOM: current date: 2100-01-25 20:15:00 begin of timestep (day): 28 (run): 796 0: MPIOM: current date: 2100-01-25 21:00:00 begin of timestep (day): 29 (run): 797 0: MPIOM: current date: 2100-01-25 21:45:00 begin of timestep (day): 30 (run): 798 384: Radiation calculated for : 25. Jan 2100 15:56:15 0: MPIOM: current date: 2100-01-25 22:30:00 begin of timestep (day): 31 (run): 799 384: Greenhouse gas concentrations 25. Jan 2100 15:56:15 CO2 = 1129.3029 CH4 = 2420.60 N2O = 391.597 CFC = 51.86 209.75 0: MPIOM: current date: 2100-01-25 23:15:00 begin of timestep (day): 32 (run): 800 0: MPIOM: current date: 2100-01-26 00:00:00 begin of timestep (day): 1 (run): 801 384: Radiation calculated for : 25. Jan 2100 17:56:15 384: Greenhouse gas concentrations 25. Jan 2100 17:56:15 CO2 = 1129.3060 CH4 = 2420.60 N2O = 391.598 CFC = 51.86 209.75 384: Radiation calculated for : 25. Jan 2100 19:56:15 384: Greenhouse gas concentrations 25. Jan 2100 19:56:15 CO2 = 1129.3092 CH4 = 2420.60 N2O = 391.598 CFC = 51.86 209.75 384: Radiation calculated for : 25. Jan 2100 21:56:15 384: Greenhouse gas concentrations 25. Jan 2100 21:56:15 CO2 = 1129.3123 CH4 = 2420.60 N2O = 391.598 CFC = 51.86 209.74 384: Radiation calculated for : 25. Jan 2100 23:56:15 384: Greenhouse gas concentrations 25. Jan 2100 23:56:15 CO2 = 1129.3154 CH4 = 2420.59 N2O = 391.598 CFC = 51.86 209.74 384: hydrology_model: Water budget change: 2.831220626831055E-007 m3/s 384: hydrology_model: global discharge: 894925.264564991 m3/s 384: hydrology_model: precip-evap (on ocean): -2414152.42997627 m3/s 384: water_budget_corr: P-E correction: -37575.7045188842 m3/s 384: water_budget_corr: slm/slf residuum: 70050.1532712430 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1436.31105407185 m3/s 384: water_budget_corr: awfre corrected: -2453164.44554922 m3/s 384: water_budget_corr: river discharge: 894925.264564991 m3/s 384: water_budget_corr: water to ocean: -1558239.18098423 m3/s 384: Write GRIB1 output for : 25. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.310613609677452E-010 kg m-2 s-1 0: co2 = 1052.54784340799 , n2 = 802000.000298838 , o2 = 0: 196800.000375215 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-26 00:45:00 begin of timestep (day): 2 (run): 802 0: MPIOM: current date: 2100-01-26 01:30:00 begin of timestep (day): 3 (run): 803 384: Radiation calculated for : 26. Jan 2100 01:56:15 384: Greenhouse gas concentrations 26. Jan 2100 01:56:15 CO2 = 1129.3185 CH4 = 2420.59 N2O = 391.598 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-26 02:15:00 begin of timestep (day): 4 (run): 804 0: MPIOM: current date: 2100-01-26 03:00:00 begin of timestep (day): 5 (run): 805 0: MPIOM: current date: 2100-01-26 03:45:00 begin of timestep (day): 6 (run): 806 0: MPIOM: current date: 2100-01-26 04:30:00 begin of timestep (day): 7 (run): 807 384: Radiation calculated for : 26. Jan 2100 03:56:15 384: Greenhouse gas concentrations 26. Jan 2100 03:56:15 CO2 = 1129.3216 CH4 = 2420.59 N2O = 391.598 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-26 05:15:00 begin of timestep (day): 8 (run): 808 0: MPIOM: current date: 2100-01-26 06:00:00 begin of timestep (day): 9 (run): 809 0: MPIOM: current date: 2100-01-26 06:45:00 begin of timestep (day): 10 (run): 810 0: MPIOM: current date: 2100-01-26 07:30:00 begin of timestep (day): 11 (run): 811 384: Radiation calculated for : 26. Jan 2100 05:56:15 384: Greenhouse gas concentrations 26. Jan 2100 05:56:15 CO2 = 1129.3248 CH4 = 2420.59 N2O = 391.598 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-26 08:15:00 begin of timestep (day): 12 (run): 812 0: MPIOM: current date: 2100-01-26 09:00:00 begin of timestep (day): 13 (run): 813 0: MPIOM: current date: 2100-01-26 09:45:00 begin of timestep (day): 14 (run): 814 0: MPIOM: current date: 2100-01-26 10:30:00 begin of timestep (day): 15 (run): 815 384: Radiation calculated for : 26. Jan 2100 07:56:15 384: Greenhouse gas concentrations 26. Jan 2100 07:56:15 CO2 = 1129.3279 CH4 = 2420.58 N2O = 391.598 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-26 11:15:00 begin of timestep (day): 16 (run): 816 0: MPIOM: current date: 2100-01-26 12:00:00 begin of timestep (day): 17 (run): 817 0: MPIOM: current date: 2100-01-26 12:45:00 begin of timestep (day): 18 (run): 818 0: MPIOM: current date: 2100-01-26 13:30:00 begin of timestep (day): 19 (run): 819 384: Radiation calculated for : 26. Jan 2100 09:56:15 384: Greenhouse gas concentrations 26. Jan 2100 09:56:15 CO2 = 1129.3310 CH4 = 2420.58 N2O = 391.598 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-26 14:15:00 begin of timestep (day): 20 (run): 820 0: MPIOM: current date: 2100-01-26 15:00:00 begin of timestep (day): 21 (run): 821 0: MPIOM: current date: 2100-01-26 15:45:00 begin of timestep (day): 22 (run): 822 0: MPIOM: current date: 2100-01-26 16:30:00 begin of timestep (day): 23 (run): 823 384: Radiation calculated for : 26. Jan 2100 11:56:15 384: Greenhouse gas concentrations 26. Jan 2100 11:56:15 CO2 = 1129.3341 CH4 = 2420.58 N2O = 391.599 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-26 17:15:00 begin of timestep (day): 24 (run): 824 0: MPIOM: current date: 2100-01-26 18:00:00 begin of timestep (day): 25 (run): 825 0: MPIOM: current date: 2100-01-26 18:45:00 begin of timestep (day): 26 (run): 826 0: MPIOM: current date: 2100-01-26 19:30:00 begin of timestep (day): 27 (run): 827 384: Radiation calculated for : 26. Jan 2100 13:56:15 384: Greenhouse gas concentrations 26. Jan 2100 13:56:15 CO2 = 1129.3372 CH4 = 2420.57 N2O = 391.599 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-26 20:15:00 begin of timestep (day): 28 (run): 828 0: MPIOM: current date: 2100-01-26 21:00:00 begin of timestep (day): 29 (run): 829 0: MPIOM: current date: 2100-01-26 21:45:00 begin of timestep (day): 30 (run): 830 0: MPIOM: current date: 2100-01-26 22:30:00 begin of timestep (day): 31 (run): 831 384: Radiation calculated for : 26. Jan 2100 15:56:15 384: Greenhouse gas concentrations 26. Jan 2100 15:56:15 CO2 = 1129.3403 CH4 = 2420.57 N2O = 391.599 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-26 23:15:00 begin of timestep (day): 32 (run): 832 0: MPIOM: current date: 2100-01-27 00:00:00 begin of timestep (day): 1 (run): 833 384: Radiation calculated for : 26. Jan 2100 17:56:15 384: Greenhouse gas concentrations 26. Jan 2100 17:56:15 CO2 = 1129.3435 CH4 = 2420.57 N2O = 391.599 CFC = 51.86 209.74 384: Radiation calculated for : 26. Jan 2100 19:56:15 384: Greenhouse gas concentrations 26. Jan 2100 19:56:15 CO2 = 1129.3466 CH4 = 2420.57 N2O = 391.599 CFC = 51.86 209.74 384: Radiation calculated for : 26. Jan 2100 21:56:15 384: Greenhouse gas concentrations 26. Jan 2100 21:56:15 CO2 = 1129.3497 CH4 = 2420.56 N2O = 391.599 CFC = 51.86 209.74 384: Radiation calculated for : 26. Jan 2100 23:56:15 384: Greenhouse gas concentrations 26. Jan 2100 23:56:15 CO2 = 1129.3528 CH4 = 2420.56 N2O = 391.599 CFC = 51.86 209.74 384: hydrology_model: Water budget change: -4.917383193969727E-007 m3/s 384: hydrology_model: global discharge: 903643.084541515 m3/s 384: hydrology_model: precip-evap (on ocean): -2063505.86209634 m3/s 384: water_budget_corr: P-E correction: -10823.4904819395 m3/s 384: water_budget_corr: slm/slf residuum: 46613.5120608730 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 56.3558377928523 m3/s 384: water_budget_corr: awfre corrected: -2074272.99674049 m3/s 384: water_budget_corr: river discharge: 903643.084541515 m3/s 384: water_budget_corr: water to ocean: -1170629.91219898 m3/s 384: Write GRIB1 output for : 26. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1052.71524371220 , n2 = 802000.000267114 , o2 = 0: 196800.000273937 384: CO2 flux correction (global): -2.801643671320483E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-27 00:45:00 begin of timestep (day): 2 (run): 834 0: MPIOM: current date: 2100-01-27 01:30:00 begin of timestep (day): 3 (run): 835 384: Radiation calculated for : 27. Jan 2100 01:56:15 384: Greenhouse gas concentrations 27. Jan 2100 01:56:15 CO2 = 1129.3559 CH4 = 2420.56 N2O = 391.599 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-27 02:15:00 begin of timestep (day): 4 (run): 836 0: MPIOM: current date: 2100-01-27 03:00:00 begin of timestep (day): 5 (run): 837 0: MPIOM: current date: 2100-01-27 03:45:00 begin of timestep (day): 6 (run): 838 0: MPIOM: current date: 2100-01-27 04:30:00 begin of timestep (day): 7 (run): 839 384: Radiation calculated for : 27. Jan 2100 03:56:15 384: Greenhouse gas concentrations 27. Jan 2100 03:56:15 CO2 = 1129.3591 CH4 = 2420.55 N2O = 391.599 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-27 05:15:00 begin of timestep (day): 8 (run): 840 0: MPIOM: current date: 2100-01-27 06:00:00 begin of timestep (day): 9 (run): 841 0: MPIOM: current date: 2100-01-27 06:45:00 begin of timestep (day): 10 (run): 842 0: MPIOM: current date: 2100-01-27 07:30:00 begin of timestep (day): 11 (run): 843 384: Radiation calculated for : 27. Jan 2100 05:56:15 384: Greenhouse gas concentrations 27. Jan 2100 05:56:15 CO2 = 1129.3622 CH4 = 2420.55 N2O = 391.599 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-27 08:15:00 begin of timestep (day): 12 (run): 844 0: MPIOM: current date: 2100-01-27 09:00:00 begin of timestep (day): 13 (run): 845 0: MPIOM: current date: 2100-01-27 09:45:00 begin of timestep (day): 14 (run): 846 0: MPIOM: current date: 2100-01-27 10:30:00 begin of timestep (day): 15 (run): 847 384: Radiation calculated for : 27. Jan 2100 07:56:15 384: Greenhouse gas concentrations 27. Jan 2100 07:56:15 CO2 = 1129.3653 CH4 = 2420.55 N2O = 391.600 CFC = 51.86 209.74 0: MPIOM: current date: 2100-01-27 11:15:00 begin of timestep (day): 16 (run): 848 0: MPIOM: current date: 2100-01-27 12:00:00 begin of timestep (day): 17 (run): 849 0: MPIOM: current date: 2100-01-27 12:45:00 begin of timestep (day): 18 (run): 850 0: MPIOM: current date: 2100-01-27 13:30:00 begin of timestep (day): 19 (run): 851 384: Radiation calculated for : 27. Jan 2100 09:56:15 384: Greenhouse gas concentrations 27. Jan 2100 09:56:15 CO2 = 1129.3684 CH4 = 2420.55 N2O = 391.600 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-27 14:15:00 begin of timestep (day): 20 (run): 852 0: MPIOM: current date: 2100-01-27 15:00:00 begin of timestep (day): 21 (run): 853 0: MPIOM: current date: 2100-01-27 15:45:00 begin of timestep (day): 22 (run): 854 0: MPIOM: current date: 2100-01-27 16:30:00 begin of timestep (day): 23 (run): 855 384: Radiation calculated for : 27. Jan 2100 11:56:15 384: Greenhouse gas concentrations 27. Jan 2100 11:56:15 CO2 = 1129.3715 CH4 = 2420.54 N2O = 391.600 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-27 17:15:00 begin of timestep (day): 24 (run): 856 0: MPIOM: current date: 2100-01-27 18:00:00 begin of timestep (day): 25 (run): 857 0: MPIOM: current date: 2100-01-27 18:45:00 begin of timestep (day): 26 (run): 858 0: MPIOM: current date: 2100-01-27 19:30:00 begin of timestep (day): 27 (run): 859 384: Radiation calculated for : 27. Jan 2100 13:56:15 384: Greenhouse gas concentrations 27. Jan 2100 13:56:15 CO2 = 1129.3747 CH4 = 2420.54 N2O = 391.600 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-27 20:15:00 begin of timestep (day): 28 (run): 860 0: MPIOM: current date: 2100-01-27 21:00:00 begin of timestep (day): 29 (run): 861 0: MPIOM: current date: 2100-01-27 21:45:00 begin of timestep (day): 30 (run): 862 0: MPIOM: current date: 2100-01-27 22:30:00 begin of timestep (day): 31 (run): 863 384: Radiation calculated for : 27. Jan 2100 15:56:15 384: Greenhouse gas concentrations 27. Jan 2100 15:56:15 CO2 = 1129.3778 CH4 = 2420.54 N2O = 391.600 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-27 23:15:00 begin of timestep (day): 32 (run): 864 0: MPIOM: current date: 2100-01-28 00:00:00 begin of timestep (day): 1 (run): 865 384: Radiation calculated for : 27. Jan 2100 17:56:15 384: Greenhouse gas concentrations 27. Jan 2100 17:56:15 CO2 = 1129.3809 CH4 = 2420.54 N2O = 391.600 CFC = 51.86 209.73 384: Radiation calculated for : 27. Jan 2100 19:56:15 384: Greenhouse gas concentrations 27. Jan 2100 19:56:15 CO2 = 1129.3840 CH4 = 2420.53 N2O = 391.600 CFC = 51.86 209.73 384: Radiation calculated for : 27. Jan 2100 21:56:15 384: Greenhouse gas concentrations 27. Jan 2100 21:56:15 CO2 = 1129.3871 CH4 = 2420.53 N2O = 391.600 CFC = 51.86 209.73 384: Radiation calculated for : 27. Jan 2100 23:56:15 384: Greenhouse gas concentrations 27. Jan 2100 23:56:15 CO2 = 1129.3902 CH4 = 2420.53 N2O = 391.600 CFC = 51.86 209.73 384: hydrology_model: Water budget change: 5.513429641723633E-007 m3/s 384: hydrology_model: global discharge: 904854.517191897 m3/s 384: hydrology_model: precip-evap (on ocean): -1288002.47444520 m3/s 384: water_budget_corr: P-E correction: 46335.3091803325 m3/s 384: water_budget_corr: slm/slf residuum: 34037.7165032684 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 94.7489065687724 m3/s 384: water_budget_corr: awfre corrected: -1241572.41635828 m3/s 384: water_budget_corr: river discharge: 904854.517191897 m3/s 384: water_budget_corr: water to ocean: -336717.899166376 m3/s 384: Write GRIB1 output for : 27. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1052.75205517360 , n2 = 802000.000270896 , o2 = 0: 196800.000268064 384: CO2 flux correction (global): -2.632933614974258E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-28 00:45:00 begin of timestep (day): 2 (run): 866 0: MPIOM: current date: 2100-01-28 01:30:00 begin of timestep (day): 3 (run): 867 384: Radiation calculated for : 28. Jan 2100 01:56:15 384: Greenhouse gas concentrations 28. Jan 2100 01:56:15 CO2 = 1129.3934 CH4 = 2420.52 N2O = 391.601 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-28 02:15:00 begin of timestep (day): 4 (run): 868 0: MPIOM: current date: 2100-01-28 03:00:00 begin of timestep (day): 5 (run): 869 0: MPIOM: current date: 2100-01-28 03:45:00 begin of timestep (day): 6 (run): 870 0: MPIOM: current date: 2100-01-28 04:30:00 begin of timestep (day): 7 (run): 871 384: Radiation calculated for : 28. Jan 2100 03:56:15 384: Greenhouse gas concentrations 28. Jan 2100 03:56:15 CO2 = 1129.3965 CH4 = 2420.52 N2O = 391.601 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-28 05:15:00 begin of timestep (day): 8 (run): 872 0: MPIOM: current date: 2100-01-28 06:00:00 begin of timestep (day): 9 (run): 873 0: MPIOM: current date: 2100-01-28 06:45:00 begin of timestep (day): 10 (run): 874 0: MPIOM: current date: 2100-01-28 07:30:00 begin of timestep (day): 11 (run): 875 384: Radiation calculated for : 28. Jan 2100 05:56:15 384: Greenhouse gas concentrations 28. Jan 2100 05:56:15 CO2 = 1129.3996 CH4 = 2420.52 N2O = 391.601 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-28 08:15:00 begin of timestep (day): 12 (run): 876 0: MPIOM: current date: 2100-01-28 09:00:00 begin of timestep (day): 13 (run): 877 0: MPIOM: current date: 2100-01-28 09:45:00 begin of timestep (day): 14 (run): 878 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 42 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 42 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 42 0: MPIOM: current date: 2100-01-28 10:30:00 begin of timestep (day): 15 (run): 879 384: Radiation calculated for : 28. Jan 2100 07:56:15 384: Greenhouse gas concentrations 28. Jan 2100 07:56:15 CO2 = 1129.4027 CH4 = 2420.52 N2O = 391.601 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-28 11:15:00 begin of timestep (day): 16 (run): 880 0: MPIOM: current date: 2100-01-28 12:00:00 begin of timestep (day): 17 (run): 881 0: MPIOM: current date: 2100-01-28 12:45:00 begin of timestep (day): 18 (run): 882 0: MPIOM: current date: 2100-01-28 13:30:00 begin of timestep (day): 19 (run): 883 384: Radiation calculated for : 28. Jan 2100 09:56:15 384: Greenhouse gas concentrations 28. Jan 2100 09:56:15 CO2 = 1129.4058 CH4 = 2420.51 N2O = 391.601 CFC = 51.86 209.73 0: MPIOM: current date: 2100-01-28 14:15:00 begin of timestep (day): 20 (run): 884 0: MPIOM: current date: 2100-01-28 15:00:00 begin of timestep (day): 21 (run): 885 0: MPIOM: current date: 2100-01-28 15:45:00 begin of timestep (day): 22 (run): 886 0: MPIOM: current date: 2100-01-28 16:30:00 begin of timestep (day): 23 (run): 887 384: Radiation calculated for : 28. Jan 2100 11:56:15 384: Greenhouse gas concentrations 28. Jan 2100 11:56:15 CO2 = 1129.4090 CH4 = 2420.51 N2O = 391.601 CFC = 51.85 209.73 0: MPIOM: current date: 2100-01-28 17:15:00 begin of timestep (day): 24 (run): 888 0: MPIOM: current date: 2100-01-28 18:00:00 begin of timestep (day): 25 (run): 889 0: MPIOM: current date: 2100-01-28 18:45:00 begin of timestep (day): 26 (run): 890 0: MPIOM: current date: 2100-01-28 19:30:00 begin of timestep (day): 27 (run): 891 384: Radiation calculated for : 28. Jan 2100 13:56:15 384: Greenhouse gas concentrations 28. Jan 2100 13:56:15 CO2 = 1129.4121 CH4 = 2420.51 N2O = 391.601 CFC = 51.85 209.73 0: MPIOM: current date: 2100-01-28 20:15:00 begin of timestep (day): 28 (run): 892 0: MPIOM: current date: 2100-01-28 21:00:00 begin of timestep (day): 29 (run): 893 0: MPIOM: current date: 2100-01-28 21:45:00 begin of timestep (day): 30 (run): 894 0: MPIOM: current date: 2100-01-28 22:30:00 begin of timestep (day): 31 (run): 895 384: Radiation calculated for : 28. Jan 2100 15:56:15 384: Greenhouse gas concentrations 28. Jan 2100 15:56:15 CO2 = 1129.4152 CH4 = 2420.50 N2O = 391.601 CFC = 51.85 209.73 0: MPIOM: current date: 2100-01-28 23:15:00 begin of timestep (day): 32 (run): 896 0: MPIOM: current date: 2100-01-29 00:00:00 begin of timestep (day): 1 (run): 897 384: Radiation calculated for : 28. Jan 2100 17:56:15 384: Greenhouse gas concentrations 28. Jan 2100 17:56:15 CO2 = 1129.4183 CH4 = 2420.50 N2O = 391.601 CFC = 51.85 209.73 384: Radiation calculated for : 28. Jan 2100 19:56:15 384: Greenhouse gas concentrations 28. Jan 2100 19:56:15 CO2 = 1129.4214 CH4 = 2420.50 N2O = 391.602 CFC = 51.85 209.73 384: Radiation calculated for : 28. Jan 2100 21:56:15 384: Greenhouse gas concentrations 28. Jan 2100 21:56:15 CO2 = 1129.4246 CH4 = 2420.50 N2O = 391.602 CFC = 51.85 209.72 384: Radiation calculated for : 28. Jan 2100 23:56:15 384: Greenhouse gas concentrations 28. Jan 2100 23:56:15 CO2 = 1129.4277 CH4 = 2420.49 N2O = 391.602 CFC = 51.85 209.72 384: hydrology_model: Water budget change: -4.470348358154297E-007 m3/s 384: hydrology_model: global discharge: 896441.225120428 m3/s 384: hydrology_model: precip-evap (on ocean): -1512405.45158938 m3/s 384: water_budget_corr: P-E correction: 5001.40377283323 m3/s 384: water_budget_corr: slm/slf residuum: 32237.5697816050 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -364.626388663014 m3/s 384: water_budget_corr: awfre corrected: -1507768.67420523 m3/s 384: water_budget_corr: river discharge: 896441.225120428 m3/s 384: water_budget_corr: water to ocean: -611327.449084796 m3/s 384: Write GRIB1 output for : 28. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.505129249978391E-010 kg m-2 s-1 0: co2 = 1052.75454688197 , n2 = 802000.000282372 , o2 = 0: 196800.000287150 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-29 00:45:00 begin of timestep (day): 2 (run): 898 0: MPIOM: current date: 2100-01-29 01:30:00 begin of timestep (day): 3 (run): 899 384: Radiation calculated for : 29. Jan 2100 01:56:15 384: Greenhouse gas concentrations 29. Jan 2100 01:56:15 CO2 = 1129.4308 CH4 = 2420.49 N2O = 391.602 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-29 02:15:00 begin of timestep (day): 4 (run): 900 0: MPIOM: current date: 2100-01-29 03:00:00 begin of timestep (day): 5 (run): 901 0: MPIOM: current date: 2100-01-29 03:45:00 begin of timestep (day): 6 (run): 902 0: MPIOM: current date: 2100-01-29 04:30:00 begin of timestep (day): 7 (run): 903 384: Radiation calculated for : 29. Jan 2100 03:56:15 384: Greenhouse gas concentrations 29. Jan 2100 03:56:15 CO2 = 1129.4339 CH4 = 2420.49 N2O = 391.602 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-29 05:15:00 begin of timestep (day): 8 (run): 904 0: MPIOM: current date: 2100-01-29 06:00:00 begin of timestep (day): 9 (run): 905 0: MPIOM: current date: 2100-01-29 06:45:00 begin of timestep (day): 10 (run): 906 0: MPIOM: current date: 2100-01-29 07:30:00 begin of timestep (day): 11 (run): 907 384: Radiation calculated for : 29. Jan 2100 05:56:15 384: Greenhouse gas concentrations 29. Jan 2100 05:56:15 CO2 = 1129.4370 CH4 = 2420.49 N2O = 391.602 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-29 08:15:00 begin of timestep (day): 12 (run): 908 0: MPIOM: current date: 2100-01-29 09:00:00 begin of timestep (day): 13 (run): 909 0: MPIOM: current date: 2100-01-29 09:45:00 begin of timestep (day): 14 (run): 910 0: MPIOM: current date: 2100-01-29 10:30:00 begin of timestep (day): 15 (run): 911 384: Radiation calculated for : 29. Jan 2100 07:56:15 384: Greenhouse gas concentrations 29. Jan 2100 07:56:15 CO2 = 1129.4401 CH4 = 2420.48 N2O = 391.602 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-29 11:15:00 begin of timestep (day): 16 (run): 912 0: MPIOM: current date: 2100-01-29 12:00:00 begin of timestep (day): 17 (run): 913 0: MPIOM: current date: 2100-01-29 12:45:00 begin of timestep (day): 18 (run): 914 0: MPIOM: current date: 2100-01-29 13:30:00 begin of timestep (day): 19 (run): 915 384: Radiation calculated for : 29. Jan 2100 09:56:15 384: Greenhouse gas concentrations 29. Jan 2100 09:56:15 CO2 = 1129.4433 CH4 = 2420.48 N2O = 391.602 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-29 14:15:00 begin of timestep (day): 20 (run): 916 0: MPIOM: current date: 2100-01-29 15:00:00 begin of timestep (day): 21 (run): 917 0: MPIOM: current date: 2100-01-29 15:45:00 begin of timestep (day): 22 (run): 918 0: MPIOM: current date: 2100-01-29 16:30:00 begin of timestep (day): 23 (run): 919 384: Radiation calculated for : 29. Jan 2100 11:56:15 384: Greenhouse gas concentrations 29. Jan 2100 11:56:15 CO2 = 1129.4464 CH4 = 2420.48 N2O = 391.602 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-29 17:15:00 begin of timestep (day): 24 (run): 920 0: MPIOM: current date: 2100-01-29 18:00:00 begin of timestep (day): 25 (run): 921 0: MPIOM: current date: 2100-01-29 18:45:00 begin of timestep (day): 26 (run): 922 0: MPIOM: current date: 2100-01-29 19:30:00 begin of timestep (day): 27 (run): 923 384: Radiation calculated for : 29. Jan 2100 13:56:15 384: Greenhouse gas concentrations 29. Jan 2100 13:56:15 CO2 = 1129.4495 CH4 = 2420.47 N2O = 391.602 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-29 20:15:00 begin of timestep (day): 28 (run): 924 0: MPIOM: current date: 2100-01-29 21:00:00 begin of timestep (day): 29 (run): 925 0: MPIOM: current date: 2100-01-29 21:45:00 begin of timestep (day): 30 (run): 926 0: MPIOM: current date: 2100-01-29 22:30:00 begin of timestep (day): 31 (run): 927 384: Radiation calculated for : 29. Jan 2100 15:56:15 384: Greenhouse gas concentrations 29. Jan 2100 15:56:15 CO2 = 1129.4526 CH4 = 2420.47 N2O = 391.603 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-29 23:15:00 begin of timestep (day): 32 (run): 928 0: MPIOM: current date: 2100-01-30 00:00:00 begin of timestep (day): 1 (run): 929 384: Radiation calculated for : 29. Jan 2100 17:56:15 384: Greenhouse gas concentrations 29. Jan 2100 17:56:15 CO2 = 1129.4557 CH4 = 2420.47 N2O = 391.603 CFC = 51.85 209.72 384: Radiation calculated for : 29. Jan 2100 19:56:15 384: Greenhouse gas concentrations 29. Jan 2100 19:56:15 CO2 = 1129.4589 CH4 = 2420.47 N2O = 391.603 CFC = 51.85 209.72 384: Radiation calculated for : 29. Jan 2100 21:56:15 384: Greenhouse gas concentrations 29. Jan 2100 21:56:15 CO2 = 1129.4620 CH4 = 2420.46 N2O = 391.603 CFC = 51.85 209.72 384: Radiation calculated for : 29. Jan 2100 23:56:15 384: Greenhouse gas concentrations 29. Jan 2100 23:56:15 CO2 = 1129.4651 CH4 = 2420.46 N2O = 391.603 CFC = 51.85 209.72 384: hydrology_model: Water budget change: -2.086162567138672E-007 m3/s 384: hydrology_model: global discharge: 896298.305296532 m3/s 384: hydrology_model: precip-evap (on ocean): -1244643.44680352 m3/s 384: water_budget_corr: P-E correction: -37691.4491186503 m3/s 384: water_budget_corr: slm/slf residuum: 75929.5742728840 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 205.162884773887 m3/s 384: water_budget_corr: awfre corrected: -1282129.73303741 m3/s 384: water_budget_corr: river discharge: 896298.305296532 m3/s 384: water_budget_corr: water to ocean: -385831.427740874 m3/s 384: Write GRIB1 output for : 29. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.700699581950757E-010 kg m-2 s-1 0: co2 = 1052.88755734837 , n2 = 802000.000187522 , o2 = 0: 196800.000165933 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-30 00:45:00 begin of timestep (day): 2 (run): 930 0: MPIOM: current date: 2100-01-30 01:30:00 begin of timestep (day): 3 (run): 931 384: Radiation calculated for : 30. Jan 2100 01:56:15 384: Greenhouse gas concentrations 30. Jan 2100 01:56:15 CO2 = 1129.4682 CH4 = 2420.46 N2O = 391.603 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-30 02:15:00 begin of timestep (day): 4 (run): 932 0: MPIOM: current date: 2100-01-30 03:00:00 begin of timestep (day): 5 (run): 933 0: MPIOM: current date: 2100-01-30 03:45:00 begin of timestep (day): 6 (run): 934 0: MPIOM: current date: 2100-01-30 04:30:00 begin of timestep (day): 7 (run): 935 384: Radiation calculated for : 30. Jan 2100 03:56:15 384: Greenhouse gas concentrations 30. Jan 2100 03:56:15 CO2 = 1129.4713 CH4 = 2420.45 N2O = 391.603 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-30 05:15:00 begin of timestep (day): 8 (run): 936 0: MPIOM: current date: 2100-01-30 06:00:00 begin of timestep (day): 9 (run): 937 0: MPIOM: current date: 2100-01-30 06:45:00 begin of timestep (day): 10 (run): 938 0: MPIOM: current date: 2100-01-30 07:30:00 begin of timestep (day): 11 (run): 939 384: Radiation calculated for : 30. Jan 2100 05:56:15 384: Greenhouse gas concentrations 30. Jan 2100 05:56:15 CO2 = 1129.4744 CH4 = 2420.45 N2O = 391.603 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-30 08:15:00 begin of timestep (day): 12 (run): 940 0: MPIOM: current date: 2100-01-30 09:00:00 begin of timestep (day): 13 (run): 941 0: MPIOM: current date: 2100-01-30 09:45:00 begin of timestep (day): 14 (run): 942 0: MPIOM: current date: 2100-01-30 10:30:00 begin of timestep (day): 15 (run): 943 384: Radiation calculated for : 30. Jan 2100 07:56:15 384: Greenhouse gas concentrations 30. Jan 2100 07:56:15 CO2 = 1129.4776 CH4 = 2420.45 N2O = 391.603 CFC = 51.85 209.72 0: MPIOM: current date: 2100-01-30 11:15:00 begin of timestep (day): 16 (run): 944 0: MPIOM: current date: 2100-01-30 12:00:00 begin of timestep (day): 17 (run): 945 0: MPIOM: current date: 2100-01-30 12:45:00 begin of timestep (day): 18 (run): 946 0: MPIOM: current date: 2100-01-30 13:30:00 begin of timestep (day): 19 (run): 947 384: Radiation calculated for : 30. Jan 2100 09:56:15 384: Greenhouse gas concentrations 30. Jan 2100 09:56:15 CO2 = 1129.4807 CH4 = 2420.45 N2O = 391.604 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-30 14:15:00 begin of timestep (day): 20 (run): 948 0: MPIOM: current date: 2100-01-30 15:00:00 begin of timestep (day): 21 (run): 949 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 120.000000000000 , lev 44 0: MPIOM: current date: 2100-01-30 15:45:00 begin of timestep (day): 22 (run): 950 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 120.000000000000 , lev 44 0: MPIOM: current date: 2100-01-30 16:30:00 begin of timestep (day): 23 (run): 951 0: MPIOM: current date: 2100-01-30 17:15:00 begin of timestep (day): 24 (run): 952 384: Radiation calculated for : 30. Jan 2100 11:56:15 384: Greenhouse gas concentrations 30. Jan 2100 11:56:15 CO2 = 1129.4838 CH4 = 2420.44 N2O = 391.604 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-30 18:00:00 begin of timestep (day): 25 (run): 953 0: MPIOM: current date: 2100-01-30 18:45:00 begin of timestep (day): 26 (run): 954 0: MPIOM: current date: 2100-01-30 19:30:00 begin of timestep (day): 27 (run): 955 0: MPIOM: current date: 2100-01-30 20:15:00 begin of timestep (day): 28 (run): 956 384: Radiation calculated for : 30. Jan 2100 13:56:15 384: Greenhouse gas concentrations 30. Jan 2100 13:56:15 CO2 = 1129.4869 CH4 = 2420.44 N2O = 391.604 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-30 21:00:00 begin of timestep (day): 29 (run): 957 0: MPIOM: current date: 2100-01-30 21:45:00 begin of timestep (day): 30 (run): 958 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 121.875000000000 , lev 43 0: MPIOM: current date: 2100-01-30 22:30:00 begin of timestep (day): 31 (run): 959 0: MPIOM: current date: 2100-01-30 23:15:00 begin of timestep (day): 32 (run): 960 384: Radiation calculated for : 30. Jan 2100 15:56:15 0: MPIOM: current date: 2100-01-31 00:00:00 begin of timestep (day): 1 (run): 961 384: Greenhouse gas concentrations 30. Jan 2100 15:56:15 CO2 = 1129.4900 CH4 = 2420.44 N2O = 391.604 CFC = 51.85 209.71 384: Radiation calculated for : 30. Jan 2100 17:56:15 384: Greenhouse gas concentrations 30. Jan 2100 17:56:15 CO2 = 1129.4932 CH4 = 2420.44 N2O = 391.604 CFC = 51.85 209.71 384: Radiation calculated for : 30. Jan 2100 19:56:15 384: Greenhouse gas concentrations 30. Jan 2100 19:56:15 CO2 = 1129.4963 CH4 = 2420.43 N2O = 391.604 CFC = 51.85 209.71 384: Radiation calculated for : 30. Jan 2100 21:56:15 384: Greenhouse gas concentrations 30. Jan 2100 21:56:15 CO2 = 1129.4994 CH4 = 2420.43 N2O = 391.604 CFC = 51.85 209.71 384: Radiation calculated for : 30. Jan 2100 23:56:15 384: Greenhouse gas concentrations 30. Jan 2100 23:56:15 CO2 = 1129.5025 CH4 = 2420.43 N2O = 391.604 CFC = 51.85 209.71 384: hydrology_model: Water budget change: 2.235174179077148E-007 m3/s 384: hydrology_model: global discharge: 892608.992966161 m3/s 384: hydrology_model: precip-evap (on ocean): -1453494.61015535 m3/s 384: water_budget_corr: P-E correction: -39388.1564620385 m3/s 384: water_budget_corr: slm/slf residuum: 59835.0323970129 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1139.87445971185 m3/s 384: water_budget_corr: awfre corrected: -1494022.64107713 m3/s 384: water_budget_corr: river discharge: 892608.992966161 m3/s 384: water_budget_corr: water to ocean: -601413.648110965 m3/s 384: Write GRIB1 output for : 30. Jan 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.835598216112077E-010 kg m-2 s-1 0: co2 = 1052.96678213717 , n2 = 802000.000143043 , o2 = 0: 196800.000087302 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-01-31 00:45:00 begin of timestep (day): 2 (run): 962 0: MPIOM: current date: 2100-01-31 01:30:00 begin of timestep (day): 3 (run): 963 384: Radiation calculated for : 31. Jan 2100 01:56:15 384: Greenhouse gas concentrations 31. Jan 2100 01:56:15 CO2 = 1129.5056 CH4 = 2420.42 N2O = 391.604 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-31 02:15:00 begin of timestep (day): 4 (run): 964 0: MPIOM: current date: 2100-01-31 03:00:00 begin of timestep (day): 5 (run): 965 0: MPIOM: current date: 2100-01-31 03:45:00 begin of timestep (day): 6 (run): 966 0: MPIOM: current date: 2100-01-31 04:30:00 begin of timestep (day): 7 (run): 967 384: Radiation calculated for : 31. Jan 2100 03:56:15 384: Greenhouse gas concentrations 31. Jan 2100 03:56:15 CO2 = 1129.5088 CH4 = 2420.42 N2O = 391.604 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-31 05:15:00 begin of timestep (day): 8 (run): 968 0: MPIOM: current date: 2100-01-31 06:00:00 begin of timestep (day): 9 (run): 969 0: MPIOM: current date: 2100-01-31 06:45:00 begin of timestep (day): 10 (run): 970 0: MPIOM: current date: 2100-01-31 07:30:00 begin of timestep (day): 11 (run): 971 384: Radiation calculated for : 31. Jan 2100 05:56:15 384: Greenhouse gas concentrations 31. Jan 2100 05:56:15 CO2 = 1129.5119 CH4 = 2420.42 N2O = 391.605 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-31 08:15:00 begin of timestep (day): 12 (run): 972 0: MPIOM: current date: 2100-01-31 09:00:00 begin of timestep (day): 13 (run): 973 0: MPIOM: current date: 2100-01-31 09:45:00 begin of timestep (day): 14 (run): 974 0: MPIOM: current date: 2100-01-31 10:30:00 begin of timestep (day): 15 (run): 975 384: Radiation calculated for : 31. Jan 2100 07:56:15 384: Greenhouse gas concentrations 31. Jan 2100 07:56:15 CO2 = 1129.5150 CH4 = 2420.42 N2O = 391.605 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-31 11:15:00 begin of timestep (day): 16 (run): 976 0: MPIOM: current date: 2100-01-31 12:00:00 begin of timestep (day): 17 (run): 977 0: MPIOM: current date: 2100-01-31 12:45:00 begin of timestep (day): 18 (run): 978 384: Radiation calculated for : 31. Jan 2100 09:56:15 384: Greenhouse gas concentrations 31. Jan 2100 09:56:15 CO2 = 1129.5181 CH4 = 2420.41 N2O = 391.605 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-31 13:30:00 begin of timestep (day): 19 (run): 979 0: MPIOM: current date: 2100-01-31 14:15:00 begin of timestep (day): 20 (run): 980 0: MPIOM: current date: 2100-01-31 15:00:00 begin of timestep (day): 21 (run): 981 0: MPIOM: current date: 2100-01-31 15:45:00 begin of timestep (day): 22 (run): 982 384: Radiation calculated for : 31. Jan 2100 11:56:15 0: MPIOM: current date: 2100-01-31 16:30:00 begin of timestep (day): 23 (run): 983 384: Greenhouse gas concentrations 31. Jan 2100 11:56:15 CO2 = 1129.5212 CH4 = 2420.41 N2O = 391.605 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-31 17:15:00 begin of timestep (day): 24 (run): 984 0: MPIOM: current date: 2100-01-31 18:00:00 begin of timestep (day): 25 (run): 985 0: MPIOM: current date: 2100-01-31 18:45:00 begin of timestep (day): 26 (run): 986 0: MPIOM: current date: 2100-01-31 19:30:00 begin of timestep (day): 27 (run): 987 384: Radiation calculated for : 31. Jan 2100 13:56:15 384: Greenhouse gas concentrations 31. Jan 2100 13:56:15 CO2 = 1129.5243 CH4 = 2420.41 N2O = 391.605 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-31 20:15:00 begin of timestep (day): 28 (run): 988 0: MPIOM: current date: 2100-01-31 21:00:00 begin of timestep (day): 29 (run): 989 0: MPIOM: current date: 2100-01-31 21:45:00 begin of timestep (day): 30 (run): 990 0: MPIOM: current date: 2100-01-31 22:30:00 begin of timestep (day): 31 (run): 991 384: Radiation calculated for : 31. Jan 2100 15:56:15 384: Greenhouse gas concentrations 31. Jan 2100 15:56:15 CO2 = 1129.5275 CH4 = 2420.40 N2O = 391.605 CFC = 51.85 209.71 0: MPIOM: current date: 2100-01-31 23:15:00 begin of timestep (day): 32 (run): 992 384: Radiation calculated for : 31. Jan 2100 17:56:15 384: Greenhouse gas concentrations 31. Jan 2100 17:56:15 CO2 = 1129.5306 CH4 = 2420.40 N2O = 391.605 CFC = 51.84 209.71 384: Radiation calculated for : 31. Jan 2100 19:56:15 384: Greenhouse gas concentrations 31. Jan 2100 19:56:15 CO2 = 1129.5337 CH4 = 2420.40 N2O = 391.605 CFC = 51.84 209.71 384: Radiation calculated for : 31. Jan 2100 21:56:15 384: Greenhouse gas concentrations 31. Jan 2100 21:56:15 CO2 = 1129.5368 CH4 = 2420.40 N2O = 391.605 CFC = 51.84 209.70 384: Radiation calculated for : 31. Jan 2100 23:56:15 384: Greenhouse gas concentrations 31. Jan 2100 23:56:15 CO2 = 1129.5399 CH4 = 2420.39 N2O = 391.606 CFC = 51.84 209.70 384: hydrology_model: Water budget change: 1.072883605957031E-006 m3/s 384: hydrology_model: global discharge: 909799.937561678 m3/s 384: hydrology_model: precip-evap (on ocean): -1200071.36921050 m3/s 384: water_budget_corr: P-E correction: -49623.3630746628 m3/s 384: water_budget_corr: slm/slf residuum: 82977.4858249709 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -652.406138389862 m3/s 384: water_budget_corr: awfre corrected: -1250347.13842357 m3/s 384: water_budget_corr: river discharge: 909799.937561678 m3/s 384: water_budget_corr: water to ocean: -340547.200861886 m3/s 384: Write GRIB1 output for : 31. Jan 2100 23:52:30 384: Warning (gribZip) : Compression disabled, szlib or libaec not available! 0: Warning (cdfDefVar) : Changed double entry of variable name 'si' to 'si_2'! 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210002.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 384: esm-ssp585-ocn-alk_EXP2_210002.01_accw accw 56 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_nitro nitro 58 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_echam spm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_echam glm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_echam g3bm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_co2 co2m 62 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_surf surfm 64 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_tracer tracerm 66 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_jsbach jsbachm 68 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_land landm 70 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_veg vegm 72 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_yasso yassom 74 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_echamday g3bday 76 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_jsbachday jsbachday 78 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_landday landday 80 T T 384: esm-ssp585-ocn-alk_EXP2_210002.01_vegday vegday 82 T T 384: 0: MPIOM: current date: 2100-02-01 00:00:00 begin of timestep (day): 1 (run): 993 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.798294971358045E-010 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 384: co2_mbalance: Resetting acc. CO2 burden correction 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:1) 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:1) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:1) 0: co2 = 1053.05327675773 , n2 = 802000.000144478 , o2 = 0: 196800.000062220 0: MPIOM: current date: 2100-02-01 00:45:00 begin of timestep (day): 2 (run): 994 384: Radiation calculated for : 1. Feb 2100 01:56:15 384: Greenhouse gas concentrations 1. Feb 2100 01:56:15 CO2 = 1129.5431 CH4 = 2420.39 N2O = 391.606 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-01 01:30:00 begin of timestep (day): 3 (run): 995 0: MPIOM: current date: 2100-02-01 02:15:00 begin of timestep (day): 4 (run): 996 0: MPIOM: current date: 2100-02-01 03:00:00 begin of timestep (day): 5 (run): 997 0: MPIOM: current date: 2100-02-01 03:45:00 begin of timestep (day): 6 (run): 998 384: Radiation calculated for : 1. Feb 2100 03:56:15 384: Greenhouse gas concentrations 1. Feb 2100 03:56:15 CO2 = 1129.5462 CH4 = 2420.39 N2O = 391.606 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-01 04:30:00 begin of timestep (day): 7 (run): 999 0: MPIOM: current date: 2100-02-01 05:15:00 begin of timestep (day): 8 (run): 1000 0: MPIOM: current date: 2100-02-01 06:00:00 begin of timestep (day): 9 (run): 1001 0: MPIOM: current date: 2100-02-01 06:45:00 begin of timestep (day): 10 (run): 1002 384: Radiation calculated for : 1. Feb 2100 05:56:15 384: Greenhouse gas concentrations 1. Feb 2100 05:56:15 CO2 = 1129.5493 CH4 = 2420.38 N2O = 391.606 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-01 07:30:00 begin of timestep (day): 11 (run): 1003 0: MPIOM: current date: 2100-02-01 08:15:00 begin of timestep (day): 12 (run): 1004 0: MPIOM: current date: 2100-02-01 09:00:00 begin of timestep (day): 13 (run): 1005 0: MPIOM: current date: 2100-02-01 09:45:00 begin of timestep (day): 14 (run): 1006 384: Radiation calculated for : 1. Feb 2100 07:56:15 384: Greenhouse gas concentrations 1. Feb 2100 07:56:15 CO2 = 1129.5524 CH4 = 2420.38 N2O = 391.606 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-01 10:30:00 begin of timestep (day): 15 (run): 1007 0: MPIOM: current date: 2100-02-01 11:15:00 begin of timestep (day): 16 (run): 1008 0: MPIOM: current date: 2100-02-01 12:00:00 begin of timestep (day): 17 (run): 1009 0: MPIOM: current date: 2100-02-01 12:45:00 begin of timestep (day): 18 (run): 1010 384: Radiation calculated for : 1. Feb 2100 09:56:15 384: Greenhouse gas concentrations 1. Feb 2100 09:56:15 CO2 = 1129.5555 CH4 = 2420.38 N2O = 391.606 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-01 13:30:00 begin of timestep (day): 19 (run): 1011 0: MPIOM: current date: 2100-02-01 14:15:00 begin of timestep (day): 20 (run): 1012 0: MPIOM: current date: 2100-02-01 15:00:00 begin of timestep (day): 21 (run): 1013 0: MPIOM: current date: 2100-02-01 15:45:00 begin of timestep (day): 22 (run): 1014 384: Radiation calculated for : 1. Feb 2100 11:56:15 384: Greenhouse gas concentrations 1. Feb 2100 11:56:15 CO2 = 1129.5587 CH4 = 2420.38 N2O = 391.606 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-01 16:30:00 begin of timestep (day): 23 (run): 1015 0: MPIOM: current date: 2100-02-01 17:15:00 begin of timestep (day): 24 (run): 1016 0: MPIOM: current date: 2100-02-01 18:00:00 begin of timestep (day): 25 (run): 1017 0: MPIOM: current date: 2100-02-01 18:45:00 begin of timestep (day): 26 (run): 1018 384: Radiation calculated for : 1. Feb 2100 13:56:15 384: Greenhouse gas concentrations 1. Feb 2100 13:56:15 CO2 = 1129.5618 CH4 = 2420.37 N2O = 391.606 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-01 19:30:00 begin of timestep (day): 27 (run): 1019 0: MPIOM: current date: 2100-02-01 20:15:00 begin of timestep (day): 28 (run): 1020 0: MPIOM: current date: 2100-02-01 21:00:00 begin of timestep (day): 29 (run): 1021 0: MPIOM: current date: 2100-02-01 21:45:00 begin of timestep (day): 30 (run): 1022 384: Radiation calculated for : 1. Feb 2100 15:56:15 384: Greenhouse gas concentrations 1. Feb 2100 15:56:15 CO2 = 1129.5649 CH4 = 2420.37 N2O = 391.606 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-01 22:30:00 begin of timestep (day): 31 (run): 1023 0: MPIOM: current date: 2100-02-01 23:15:00 begin of timestep (day): 32 (run): 1024 0: MPIOM: current date: 2100-02-02 00:00:00 begin of timestep (day): 1 (run): 1025 384: Radiation calculated for : 1. Feb 2100 17:56:15 384: Greenhouse gas concentrations 1. Feb 2100 17:56:15 CO2 = 1129.5680 CH4 = 2420.37 N2O = 391.607 CFC = 51.84 209.70 384: Radiation calculated for : 1. Feb 2100 19:56:15 384: Greenhouse gas concentrations 1. Feb 2100 19:56:15 CO2 = 1129.5711 CH4 = 2420.37 N2O = 391.607 CFC = 51.84 209.70 384: Radiation calculated for : 1. Feb 2100 21:56:15 384: Greenhouse gas concentrations 1. Feb 2100 21:56:15 CO2 = 1129.5742 CH4 = 2420.36 N2O = 391.607 CFC = 51.84 209.70 384: Radiation calculated for : 1. Feb 2100 23:56:15 384: Greenhouse gas concentrations 1. Feb 2100 23:56:15 CO2 = 1129.5774 CH4 = 2420.36 N2O = 391.607 CFC = 51.84 209.70 384: hydrology_model: Water budget change: -2.384185791015625E-007 m3/s 384: hydrology_model: global discharge: 915017.691037257 m3/s 384: hydrology_model: precip-evap (on ocean): -962042.785440342 m3/s 384: water_budget_corr: P-E correction: -76044.8340566557 m3/s 384: water_budget_corr: slm/slf residuum: 80497.4495943055 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -312.978939975854 m3/s 384: water_budget_corr: awfre corrected: -1038400.59843697 m3/s 384: water_budget_corr: river discharge: 915017.691037257 m3/s 384: water_budget_corr: water to ocean: -123382.907399718 m3/s 384: Write GRIB1 output for : 1. Feb 2100 23:52:30 0: co2 = 1053.13294597532 , n2 = 802000.000226864 , o2 = 0: 196800.000221202 0: MPIOM: current date: 2100-02-02 00:45:00 begin of timestep (day): 2 (run): 1026 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -7.371049290220786E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-02 01:30:00 begin of timestep (day): 3 (run): 1027 0: MPIOM: current date: 2100-02-02 02:15:00 begin of timestep (day): 4 (run): 1028 384: Radiation calculated for : 2. Feb 2100 01:56:15 384: Greenhouse gas concentrations 2. Feb 2100 01:56:15 CO2 = 1129.5805 CH4 = 2420.36 N2O = 391.607 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-02 03:00:00 begin of timestep (day): 5 (run): 1029 0: MPIOM: current date: 2100-02-02 03:45:00 begin of timestep (day): 6 (run): 1030 0: MPIOM: current date: 2100-02-02 04:30:00 begin of timestep (day): 7 (run): 1031 384: Radiation calculated for : 2. Feb 2100 03:56:15 384: Greenhouse gas concentrations 2. Feb 2100 03:56:15 CO2 = 1129.5836 CH4 = 2420.35 N2O = 391.607 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-02 05:15:00 begin of timestep (day): 8 (run): 1032 0: MPIOM: current date: 2100-02-02 06:00:00 begin of timestep (day): 9 (run): 1033 0: MPIOM: current date: 2100-02-02 06:45:00 begin of timestep (day): 10 (run): 1034 0: MPIOM: current date: 2100-02-02 07:30:00 begin of timestep (day): 11 (run): 1035 384: Radiation calculated for : 2. Feb 2100 05:56:15 384: Greenhouse gas concentrations 2. Feb 2100 05:56:15 CO2 = 1129.5867 CH4 = 2420.35 N2O = 391.607 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-02 08:15:00 begin of timestep (day): 12 (run): 1036 0: MPIOM: current date: 2100-02-02 09:00:00 begin of timestep (day): 13 (run): 1037 0: MPIOM: current date: 2100-02-02 09:45:00 begin of timestep (day): 14 (run): 1038 0: MPIOM: current date: 2100-02-02 10:30:00 begin of timestep (day): 15 (run): 1039 384: Radiation calculated for : 2. Feb 2100 07:56:15 384: Greenhouse gas concentrations 2. Feb 2100 07:56:15 CO2 = 1129.5898 CH4 = 2420.35 N2O = 391.607 CFC = 51.84 209.70 0: MPIOM: current date: 2100-02-02 11:15:00 begin of timestep (day): 16 (run): 1040 0: MPIOM: current date: 2100-02-02 12:00:00 begin of timestep (day): 17 (run): 1041 0: MPIOM: current date: 2100-02-02 12:45:00 begin of timestep (day): 18 (run): 1042 0: MPIOM: current date: 2100-02-02 13:30:00 begin of timestep (day): 19 (run): 1043 384: Radiation calculated for : 2. Feb 2100 09:56:15 384: Greenhouse gas concentrations 2. Feb 2100 09:56:15 CO2 = 1129.5930 CH4 = 2420.35 N2O = 391.607 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-02 14:15:00 begin of timestep (day): 20 (run): 1044 0: MPIOM: current date: 2100-02-02 15:00:00 begin of timestep (day): 21 (run): 1045 0: MPIOM: current date: 2100-02-02 15:45:00 begin of timestep (day): 22 (run): 1046 0: MPIOM: current date: 2100-02-02 16:30:00 begin of timestep (day): 23 (run): 1047 384: Radiation calculated for : 2. Feb 2100 11:56:15 384: Greenhouse gas concentrations 2. Feb 2100 11:56:15 CO2 = 1129.5961 CH4 = 2420.34 N2O = 391.607 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-02 17:15:00 begin of timestep (day): 24 (run): 1048 0: MPIOM: current date: 2100-02-02 18:00:00 begin of timestep (day): 25 (run): 1049 0: MPIOM: current date: 2100-02-02 18:45:00 begin of timestep (day): 26 (run): 1050 0: MPIOM: current date: 2100-02-02 19:30:00 begin of timestep (day): 27 (run): 1051 384: Radiation calculated for : 2. Feb 2100 13:56:15 384: Greenhouse gas concentrations 2. Feb 2100 13:56:15 CO2 = 1129.5992 CH4 = 2420.34 N2O = 391.608 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-02 20:15:00 begin of timestep (day): 28 (run): 1052 0: MPIOM: current date: 2100-02-02 21:00:00 begin of timestep (day): 29 (run): 1053 0: MPIOM: current date: 2100-02-02 21:45:00 begin of timestep (day): 30 (run): 1054 0: MPIOM: current date: 2100-02-02 22:30:00 begin of timestep (day): 31 (run): 1055 384: Radiation calculated for : 2. Feb 2100 15:56:15 384: Greenhouse gas concentrations 2. Feb 2100 15:56:15 CO2 = 1129.6023 CH4 = 2420.34 N2O = 391.608 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-02 23:15:00 begin of timestep (day): 32 (run): 1056 0: MPIOM: current date: 2100-02-03 00:00:00 begin of timestep (day): 1 (run): 1057 384: Radiation calculated for : 2. Feb 2100 17:56:15 384: Greenhouse gas concentrations 2. Feb 2100 17:56:15 CO2 = 1129.6054 CH4 = 2420.33 N2O = 391.608 CFC = 51.84 209.69 384: Radiation calculated for : 2. Feb 2100 19:56:15 384: Greenhouse gas concentrations 2. Feb 2100 19:56:15 CO2 = 1129.6086 CH4 = 2420.33 N2O = 391.608 CFC = 51.84 209.69 384: Radiation calculated for : 2. Feb 2100 21:56:15 384: Greenhouse gas concentrations 2. Feb 2100 21:56:15 CO2 = 1129.6117 CH4 = 2420.33 N2O = 391.608 CFC = 51.84 209.69 384: Radiation calculated for : 2. Feb 2100 23:56:15 384: Greenhouse gas concentrations 2. Feb 2100 23:56:15 CO2 = 1129.6148 CH4 = 2420.33 N2O = 391.608 CFC = 51.84 209.69 384: hydrology_model: Water budget change: -8.344650268554688E-007 m3/s 384: hydrology_model: global discharge: 913399.903246606 m3/s 384: hydrology_model: precip-evap (on ocean): -711528.877927898 m3/s 384: water_budget_corr: P-E correction: -76993.5200588147 m3/s 384: water_budget_corr: slm/slf residuum: 59582.6032516877 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 221.353147753603 m3/s 384: water_budget_corr: awfre corrected: -788301.044838949 m3/s 384: water_budget_corr: river discharge: 913399.903246606 m3/s 384: water_budget_corr: water to ocean: 125098.858407655 m3/s 384: Write GRIB1 output for : 2. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.176977642952927E-010 kg m-2 s-1 0: co2 = 1053.26215007143 , n2 = 802000.000364969 , o2 = 0: 196800.000419773 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-03 00:45:00 begin of timestep (day): 2 (run): 1058 0: MPIOM: current date: 2100-02-03 01:30:00 begin of timestep (day): 3 (run): 1059 384: Radiation calculated for : 3. Feb 2100 01:56:15 384: Greenhouse gas concentrations 3. Feb 2100 01:56:15 CO2 = 1129.6179 CH4 = 2420.32 N2O = 391.608 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-03 02:15:00 begin of timestep (day): 4 (run): 1060 0: MPIOM: current date: 2100-02-03 03:00:00 begin of timestep (day): 5 (run): 1061 0: MPIOM: current date: 2100-02-03 03:45:00 begin of timestep (day): 6 (run): 1062 0: MPIOM: current date: 2100-02-03 04:30:00 begin of timestep (day): 7 (run): 1063 384: Radiation calculated for : 3. Feb 2100 03:56:15 384: Greenhouse gas concentrations 3. Feb 2100 03:56:15 CO2 = 1129.6210 CH4 = 2420.32 N2O = 391.608 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-03 05:15:00 begin of timestep (day): 8 (run): 1064 0: MPIOM: current date: 2100-02-03 06:00:00 begin of timestep (day): 9 (run): 1065 0: MPIOM: current date: 2100-02-03 06:45:00 begin of timestep (day): 10 (run): 1066 384: Radiation calculated for : 3. Feb 2100 05:56:15 384: Greenhouse gas concentrations 3. Feb 2100 05:56:15 CO2 = 1129.6241 CH4 = 2420.32 N2O = 391.608 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-03 07:30:00 begin of timestep (day): 11 (run): 1067 0: MPIOM: current date: 2100-02-03 08:15:00 begin of timestep (day): 12 (run): 1068 0: MPIOM: current date: 2100-02-03 09:00:00 begin of timestep (day): 13 (run): 1069 0: MPIOM: current date: 2100-02-03 09:45:00 begin of timestep (day): 14 (run): 1070 384: Radiation calculated for : 3. Feb 2100 07:56:15 384: Greenhouse gas concentrations 3. Feb 2100 07:56:15 CO2 = 1129.6273 CH4 = 2420.32 N2O = 391.609 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-03 10:30:00 begin of timestep (day): 15 (run): 1071 0: MPIOM: current date: 2100-02-03 11:15:00 begin of timestep (day): 16 (run): 1072 0: MPIOM: current date: 2100-02-03 12:00:00 begin of timestep (day): 17 (run): 1073 0: MPIOM: current date: 2100-02-03 12:45:00 begin of timestep (day): 18 (run): 1074 384: Radiation calculated for : 3. Feb 2100 09:56:15 384: Greenhouse gas concentrations 3. Feb 2100 09:56:15 CO2 = 1129.6304 CH4 = 2420.31 N2O = 391.609 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-03 13:30:00 begin of timestep (day): 19 (run): 1075 0: MPIOM: current date: 2100-02-03 14:15:00 begin of timestep (day): 20 (run): 1076 0: MPIOM: current date: 2100-02-03 15:00:00 begin of timestep (day): 21 (run): 1077 0: MPIOM: current date: 2100-02-03 15:45:00 begin of timestep (day): 22 (run): 1078 384: Radiation calculated for : 3. Feb 2100 11:56:15 384: Greenhouse gas concentrations 3. Feb 2100 11:56:15 CO2 = 1129.6335 CH4 = 2420.31 N2O = 391.609 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-03 16:30:00 begin of timestep (day): 23 (run): 1079 0: MPIOM: current date: 2100-02-03 17:15:00 begin of timestep (day): 24 (run): 1080 0: MPIOM: current date: 2100-02-03 18:00:00 begin of timestep (day): 25 (run): 1081 0: MPIOM: current date: 2100-02-03 18:45:00 begin of timestep (day): 26 (run): 1082 384: Radiation calculated for : 3. Feb 2100 13:56:15 384: Greenhouse gas concentrations 3. Feb 2100 13:56:15 CO2 = 1129.6366 CH4 = 2420.31 N2O = 391.609 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-03 19:30:00 begin of timestep (day): 27 (run): 1083 0: MPIOM: current date: 2100-02-03 20:15:00 begin of timestep (day): 28 (run): 1084 0: MPIOM: current date: 2100-02-03 21:00:00 begin of timestep (day): 29 (run): 1085 0: MPIOM: current date: 2100-02-03 21:45:00 begin of timestep (day): 30 (run): 1086 384: Radiation calculated for : 3. Feb 2100 15:56:15 384: Greenhouse gas concentrations 3. Feb 2100 15:56:15 CO2 = 1129.6397 CH4 = 2420.30 N2O = 391.609 CFC = 51.84 209.69 0: MPIOM: current date: 2100-02-03 22:30:00 begin of timestep (day): 31 (run): 1087 0: MPIOM: current date: 2100-02-03 23:15:00 begin of timestep (day): 32 (run): 1088 0: MPIOM: current date: 2100-02-04 00:00:00 begin of timestep (day): 1 (run): 1089 384: Radiation calculated for : 3. Feb 2100 17:56:15 384: Greenhouse gas concentrations 3. Feb 2100 17:56:15 CO2 = 1129.6429 CH4 = 2420.30 N2O = 391.609 CFC = 51.84 209.69 384: Radiation calculated for : 3. Feb 2100 19:56:15 384: Greenhouse gas concentrations 3. Feb 2100 19:56:15 CO2 = 1129.6460 CH4 = 2420.30 N2O = 391.609 CFC = 51.84 209.69 589: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 133.125000000000 , lev 39 589: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 133.125000000000 , lev 40 384: Radiation calculated for : 3. Feb 2100 21:56:15 384: Greenhouse gas concentrations 3. Feb 2100 21:56:15 CO2 = 1129.6491 CH4 = 2420.30 N2O = 391.609 CFC = 51.84 209.68 384: Radiation calculated for : 3. Feb 2100 23:56:15 384: Greenhouse gas concentrations 3. Feb 2100 23:56:15 CO2 = 1129.6522 CH4 = 2420.29 N2O = 391.609 CFC = 51.83 209.68 384: hydrology_model: Water budget change: -2.086162567138672E-007 m3/s 384: hydrology_model: global discharge: 900857.550082202 m3/s 384: hydrology_model: precip-evap (on ocean): -1205124.95247384 m3/s 384: water_budget_corr: P-E correction: -4073.85718504717 m3/s 384: water_budget_corr: slm/slf residuum: 24693.0830424111 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1659.28962795222 m3/s 384: water_budget_corr: awfre corrected: -1210858.09928684 m3/s 384: water_budget_corr: river discharge: 900857.550082202 m3/s 384: water_budget_corr: water to ocean: -310000.549204634 m3/s 384: Write GRIB1 output for : 3. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.235737618266621E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1053.41040023125 , n2 = 802000.000411693 , o2 = 0: 196800.000467767 0: MPIOM: current date: 2100-02-04 00:45:00 begin of timestep (day): 2 (run): 1090 0: MPIOM: current date: 2100-02-04 01:30:00 begin of timestep (day): 3 (run): 1091 384: Radiation calculated for : 4. Feb 2100 01:56:15 384: Greenhouse gas concentrations 4. Feb 2100 01:56:15 CO2 = 1129.6553 CH4 = 2420.29 N2O = 391.609 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-04 02:15:00 begin of timestep (day): 4 (run): 1092 0: MPIOM: current date: 2100-02-04 03:00:00 begin of timestep (day): 5 (run): 1093 0: MPIOM: current date: 2100-02-04 03:45:00 begin of timestep (day): 6 (run): 1094 0: MPIOM: current date: 2100-02-04 04:30:00 begin of timestep (day): 7 (run): 1095 384: Radiation calculated for : 4. Feb 2100 03:56:15 384: Greenhouse gas concentrations 4. Feb 2100 03:56:15 CO2 = 1129.6585 CH4 = 2420.29 N2O = 391.610 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-04 05:15:00 begin of timestep (day): 8 (run): 1096 0: MPIOM: current date: 2100-02-04 06:00:00 begin of timestep (day): 9 (run): 1097 0: MPIOM: current date: 2100-02-04 06:45:00 begin of timestep (day): 10 (run): 1098 0: MPIOM: current date: 2100-02-04 07:30:00 begin of timestep (day): 11 (run): 1099 384: Radiation calculated for : 4. Feb 2100 05:56:15 384: Greenhouse gas concentrations 4. Feb 2100 05:56:15 CO2 = 1129.6616 CH4 = 2420.28 N2O = 391.610 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-04 08:15:00 begin of timestep (day): 12 (run): 1100 0: MPIOM: current date: 2100-02-04 09:00:00 begin of timestep (day): 13 (run): 1101 0: MPIOM: current date: 2100-02-04 09:45:00 begin of timestep (day): 14 (run): 1102 0: MPIOM: current date: 2100-02-04 10:30:00 begin of timestep (day): 15 (run): 1103 384: Radiation calculated for : 4. Feb 2100 07:56:15 384: Greenhouse gas concentrations 4. Feb 2100 07:56:15 CO2 = 1129.6647 CH4 = 2420.28 N2O = 391.610 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-04 11:15:00 begin of timestep (day): 16 (run): 1104 0: MPIOM: current date: 2100-02-04 12:00:00 begin of timestep (day): 17 (run): 1105 0: MPIOM: current date: 2100-02-04 12:45:00 begin of timestep (day): 18 (run): 1106 0: MPIOM: current date: 2100-02-04 13:30:00 begin of timestep (day): 19 (run): 1107 384: Radiation calculated for : 4. Feb 2100 09:56:15 384: Greenhouse gas concentrations 4. Feb 2100 09:56:15 CO2 = 1129.6678 CH4 = 2420.28 N2O = 391.610 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-04 14:15:00 begin of timestep (day): 20 (run): 1108 0: MPIOM: current date: 2100-02-04 15:00:00 begin of timestep (day): 21 (run): 1109 0: MPIOM: current date: 2100-02-04 15:45:00 begin of timestep (day): 22 (run): 1110 0: MPIOM: current date: 2100-02-04 16:30:00 begin of timestep (day): 23 (run): 1111 384: Radiation calculated for : 4. Feb 2100 11:56:15 384: Greenhouse gas concentrations 4. Feb 2100 11:56:15 CO2 = 1129.6709 CH4 = 2420.28 N2O = 391.610 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-04 17:15:00 begin of timestep (day): 24 (run): 1112 0: MPIOM: current date: 2100-02-04 18:00:00 begin of timestep (day): 25 (run): 1113 0: MPIOM: current date: 2100-02-04 18:45:00 begin of timestep (day): 26 (run): 1114 0: MPIOM: current date: 2100-02-04 19:30:00 begin of timestep (day): 27 (run): 1115 384: Radiation calculated for : 4. Feb 2100 13:56:15 384: Greenhouse gas concentrations 4. Feb 2100 13:56:15 CO2 = 1129.6740 CH4 = 2420.27 N2O = 391.610 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-04 20:15:00 begin of timestep (day): 28 (run): 1116 0: MPIOM: current date: 2100-02-04 21:00:00 begin of timestep (day): 29 (run): 1117 0: MPIOM: current date: 2100-02-04 21:45:00 begin of timestep (day): 30 (run): 1118 0: MPIOM: current date: 2100-02-04 22:30:00 begin of timestep (day): 31 (run): 1119 384: Radiation calculated for : 4. Feb 2100 15:56:15 384: Greenhouse gas concentrations 4. Feb 2100 15:56:15 CO2 = 1129.6772 CH4 = 2420.27 N2O = 391.610 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-04 23:15:00 begin of timestep (day): 32 (run): 1120 0: MPIOM: current date: 2100-02-05 00:00:00 begin of timestep (day): 1 (run): 1121 384: Radiation calculated for : 4. Feb 2100 17:56:15 384: Greenhouse gas concentrations 4. Feb 2100 17:56:15 CO2 = 1129.6803 CH4 = 2420.27 N2O = 391.610 CFC = 51.83 209.68 384: Radiation calculated for : 4. Feb 2100 19:56:15 384: Greenhouse gas concentrations 4. Feb 2100 19:56:15 CO2 = 1129.6834 CH4 = 2420.27 N2O = 391.610 CFC = 51.83 209.68 384: Radiation calculated for : 4. Feb 2100 21:56:15 384: Greenhouse gas concentrations 4. Feb 2100 21:56:15 CO2 = 1129.6865 CH4 = 2420.26 N2O = 391.611 CFC = 51.83 209.68 384: Radiation calculated for : 4. Feb 2100 23:56:15 384: Greenhouse gas concentrations 4. Feb 2100 23:56:15 CO2 = 1129.6896 CH4 = 2420.26 N2O = 391.611 CFC = 51.83 209.68 384: hydrology_model: Water budget change: 1.400709152221680E-006 m3/s 384: hydrology_model: global discharge: 889438.193115585 m3/s 384: hydrology_model: precip-evap (on ocean): -2185930.64595091 m3/s 384: water_budget_corr: P-E correction: -122.242191984400 m3/s 384: water_budget_corr: slm/slf residuum: 20828.7044628317 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1029.96914142918 m3/s 384: water_budget_corr: awfre corrected: -2187082.85728431 m3/s 384: water_budget_corr: river discharge: 889438.193115585 m3/s 384: water_budget_corr: water to ocean: -1297644.66416875 m3/s 384: Write GRIB1 output for : 4. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.963173215064744E-010 kg m-2 s-1 0: co2 = 1053.51624018820 , n2 = 802000.000375270 , o2 = 0: 196800.000415571 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-05 00:45:00 begin of timestep (day): 2 (run): 1122 0: MPIOM: current date: 2100-02-05 01:30:00 begin of timestep (day): 3 (run): 1123 384: Radiation calculated for : 5. Feb 2100 01:56:15 384: Greenhouse gas concentrations 5. Feb 2100 01:56:15 CO2 = 1129.6928 CH4 = 2420.26 N2O = 391.611 CFC = 51.83 209.68 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 288.750000000000 , lev 41 0: MPIOM: current date: 2100-02-05 02:15:00 begin of timestep (day): 4 (run): 1124 0: MPIOM: current date: 2100-02-05 03:00:00 begin of timestep (day): 5 (run): 1125 0: MPIOM: current date: 2100-02-05 03:45:00 begin of timestep (day): 6 (run): 1126 0: MPIOM: current date: 2100-02-05 04:30:00 begin of timestep (day): 7 (run): 1127 384: Radiation calculated for : 5. Feb 2100 03:56:15 0: MPIOM: current date: 2100-02-05 05:15:00 begin of timestep (day): 8 (run): 1128 384: Greenhouse gas concentrations 5. Feb 2100 03:56:15 CO2 = 1129.6959 CH4 = 2420.25 N2O = 391.611 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-05 06:00:00 begin of timestep (day): 9 (run): 1129 0: MPIOM: current date: 2100-02-05 06:45:00 begin of timestep (day): 10 (run): 1130 0: MPIOM: current date: 2100-02-05 07:30:00 begin of timestep (day): 11 (run): 1131 0: MPIOM: current date: 2100-02-05 08:15:00 begin of timestep (day): 12 (run): 1132 384: Radiation calculated for : 5. Feb 2100 05:56:15 384: Greenhouse gas concentrations 5. Feb 2100 05:56:15 CO2 = 1129.6990 CH4 = 2420.25 N2O = 391.611 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-05 09:00:00 begin of timestep (day): 13 (run): 1133 0: MPIOM: current date: 2100-02-05 09:45:00 begin of timestep (day): 14 (run): 1134 0: MPIOM: current date: 2100-02-05 10:30:00 begin of timestep (day): 15 (run): 1135 384: Radiation calculated for : 5. Feb 2100 07:56:15 0: MPIOM: current date: 2100-02-05 11:15:00 begin of timestep (day): 16 (run): 1136 384: Greenhouse gas concentrations 5. Feb 2100 07:56:15 CO2 = 1129.7021 CH4 = 2420.25 N2O = 391.611 CFC = 51.83 209.68 0: MPIOM: current date: 2100-02-05 12:00:00 begin of timestep (day): 17 (run): 1137 0: MPIOM: current date: 2100-02-05 12:45:00 begin of timestep (day): 18 (run): 1138 0: MPIOM: current date: 2100-02-05 13:30:00 begin of timestep (day): 19 (run): 1139 384: Radiation calculated for : 5. Feb 2100 09:56:15 0: MPIOM: current date: 2100-02-05 14:15:00 begin of timestep (day): 20 (run): 1140 384: Greenhouse gas concentrations 5. Feb 2100 09:56:15 CO2 = 1129.7052 CH4 = 2420.25 N2O = 391.611 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-05 15:00:00 begin of timestep (day): 21 (run): 1141 0: MPIOM: current date: 2100-02-05 15:45:00 begin of timestep (day): 22 (run): 1142 0: MPIOM: current date: 2100-02-05 16:30:00 begin of timestep (day): 23 (run): 1143 0: MPIOM: current date: 2100-02-05 17:15:00 begin of timestep (day): 24 (run): 1144 384: Radiation calculated for : 5. Feb 2100 11:56:15 384: Greenhouse gas concentrations 5. Feb 2100 11:56:15 CO2 = 1129.7084 CH4 = 2420.24 N2O = 391.611 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-05 18:00:00 begin of timestep (day): 25 (run): 1145 0: MPIOM: current date: 2100-02-05 18:45:00 begin of timestep (day): 26 (run): 1146 0: MPIOM: current date: 2100-02-05 19:30:00 begin of timestep (day): 27 (run): 1147 384: Radiation calculated for : 5. Feb 2100 13:56:15 0: MPIOM: current date: 2100-02-05 20:15:00 begin of timestep (day): 28 (run): 1148 384: Greenhouse gas concentrations 5. Feb 2100 13:56:15 CO2 = 1129.7115 CH4 = 2420.24 N2O = 391.611 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-05 21:00:00 begin of timestep (day): 29 (run): 1149 0: MPIOM: current date: 2100-02-05 21:45:00 begin of timestep (day): 30 (run): 1150 0: MPIOM: current date: 2100-02-05 22:30:00 begin of timestep (day): 31 (run): 1151 0: MPIOM: current date: 2100-02-05 23:15:00 begin of timestep (day): 32 (run): 1152 384: Radiation calculated for : 5. Feb 2100 15:56:15 384: Greenhouse gas concentrations 5. Feb 2100 15:56:15 CO2 = 1129.7146 CH4 = 2420.24 N2O = 391.612 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 00:00:00 begin of timestep (day): 1 (run): 1153 384: Radiation calculated for : 5. Feb 2100 17:56:15 384: Greenhouse gas concentrations 5. Feb 2100 17:56:15 CO2 = 1129.7177 CH4 = 2420.23 N2O = 391.612 CFC = 51.83 209.67 384: Radiation calculated for : 5. Feb 2100 19:56:15 384: Greenhouse gas concentrations 5. Feb 2100 19:56:15 CO2 = 1129.7208 CH4 = 2420.23 N2O = 391.612 CFC = 51.83 209.67 384: Radiation calculated for : 5. Feb 2100 21:56:15 384: Greenhouse gas concentrations 5. Feb 2100 21:56:15 CO2 = 1129.7239 CH4 = 2420.23 N2O = 391.612 CFC = 51.83 209.67 384: Radiation calculated for : 5. Feb 2100 23:56:15 384: Greenhouse gas concentrations 5. Feb 2100 23:56:15 CO2 = 1129.7271 CH4 = 2420.23 N2O = 391.612 CFC = 51.83 209.67 384: hydrology_model: Water budget change: -1.356005668640137E-006 m3/s 384: hydrology_model: global discharge: 875944.085155114 m3/s 384: hydrology_model: precip-evap (on ocean): -1719620.37067398 m3/s 384: water_budget_corr: P-E correction: 7331.14085714317 m3/s 384: water_budget_corr: slm/slf residuum: 41450.8065218570 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -735.908952242596 m3/s 384: water_budget_corr: awfre corrected: -1713025.13876907 m3/s 384: water_budget_corr: river discharge: 875944.085155114 m3/s 384: water_budget_corr: water to ocean: -837081.053613961 m3/s 384: Write GRIB1 output for : 5. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.58673974590 , n2 = 802000.000274337 , o2 = 0: 196800.000284420 384: CO2 flux correction (global): -3.413830885192858E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-06 00:45:00 begin of timestep (day): 2 (run): 1154 0: MPIOM: current date: 2100-02-06 01:30:00 begin of timestep (day): 3 (run): 1155 384: Radiation calculated for : 6. Feb 2100 01:56:15 384: Greenhouse gas concentrations 6. Feb 2100 01:56:15 CO2 = 1129.7302 CH4 = 2420.22 N2O = 391.612 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 02:15:00 begin of timestep (day): 4 (run): 1156 0: MPIOM: current date: 2100-02-06 03:00:00 begin of timestep (day): 5 (run): 1157 0: MPIOM: current date: 2100-02-06 03:45:00 begin of timestep (day): 6 (run): 1158 0: MPIOM: current date: 2100-02-06 04:30:00 begin of timestep (day): 7 (run): 1159 384: Radiation calculated for : 6. Feb 2100 03:56:15 384: Greenhouse gas concentrations 6. Feb 2100 03:56:15 CO2 = 1129.7333 CH4 = 2420.22 N2O = 391.612 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 05:15:00 begin of timestep (day): 8 (run): 1160 0: MPIOM: current date: 2100-02-06 06:00:00 begin of timestep (day): 9 (run): 1161 0: MPIOM: current date: 2100-02-06 06:45:00 begin of timestep (day): 10 (run): 1162 0: MPIOM: current date: 2100-02-06 07:30:00 begin of timestep (day): 11 (run): 1163 384: Radiation calculated for : 6. Feb 2100 05:56:15 384: Greenhouse gas concentrations 6. Feb 2100 05:56:15 CO2 = 1129.7364 CH4 = 2420.22 N2O = 391.612 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 08:15:00 begin of timestep (day): 12 (run): 1164 0: MPIOM: current date: 2100-02-06 09:00:00 begin of timestep (day): 13 (run): 1165 0: MPIOM: current date: 2100-02-06 09:45:00 begin of timestep (day): 14 (run): 1166 0: MPIOM: current date: 2100-02-06 10:30:00 begin of timestep (day): 15 (run): 1167 384: Radiation calculated for : 6. Feb 2100 07:56:15 384: Greenhouse gas concentrations 6. Feb 2100 07:56:15 CO2 = 1129.7395 CH4 = 2420.21 N2O = 391.612 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 11:15:00 begin of timestep (day): 16 (run): 1168 0: MPIOM: current date: 2100-02-06 12:00:00 begin of timestep (day): 17 (run): 1169 0: MPIOM: current date: 2100-02-06 12:45:00 begin of timestep (day): 18 (run): 1170 0: MPIOM: current date: 2100-02-06 13:30:00 begin of timestep (day): 19 (run): 1171 384: Radiation calculated for : 6. Feb 2100 09:56:15 384: Greenhouse gas concentrations 6. Feb 2100 09:56:15 CO2 = 1129.7427 CH4 = 2420.21 N2O = 391.612 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 14:15:00 begin of timestep (day): 20 (run): 1172 0: MPIOM: current date: 2100-02-06 15:00:00 begin of timestep (day): 21 (run): 1173 0: MPIOM: current date: 2100-02-06 15:45:00 begin of timestep (day): 22 (run): 1174 0: MPIOM: current date: 2100-02-06 16:30:00 begin of timestep (day): 23 (run): 1175 384: Radiation calculated for : 6. Feb 2100 11:56:15 384: Greenhouse gas concentrations 6. Feb 2100 11:56:15 CO2 = 1129.7458 CH4 = 2420.21 N2O = 391.613 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 17:15:00 begin of timestep (day): 24 (run): 1176 0: MPIOM: current date: 2100-02-06 18:00:00 begin of timestep (day): 25 (run): 1177 0: MPIOM: current date: 2100-02-06 18:45:00 begin of timestep (day): 26 (run): 1178 0: MPIOM: current date: 2100-02-06 19:30:00 begin of timestep (day): 27 (run): 1179 384: Radiation calculated for : 6. Feb 2100 13:56:15 384: Greenhouse gas concentrations 6. Feb 2100 13:56:15 CO2 = 1129.7489 CH4 = 2420.21 N2O = 391.613 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 20:15:00 begin of timestep (day): 28 (run): 1180 0: MPIOM: current date: 2100-02-06 21:00:00 begin of timestep (day): 29 (run): 1181 0: MPIOM: current date: 2100-02-06 21:45:00 begin of timestep (day): 30 (run): 1182 0: MPIOM: current date: 2100-02-06 22:30:00 begin of timestep (day): 31 (run): 1183 384: Radiation calculated for : 6. Feb 2100 15:56:15 384: Greenhouse gas concentrations 6. Feb 2100 15:56:15 CO2 = 1129.7520 CH4 = 2420.20 N2O = 391.613 CFC = 51.83 209.67 0: MPIOM: current date: 2100-02-06 23:15:00 begin of timestep (day): 32 (run): 1184 0: MPIOM: current date: 2100-02-07 00:00:00 begin of timestep (day): 1 (run): 1185 384: Radiation calculated for : 6. Feb 2100 17:56:15 384: Greenhouse gas concentrations 6. Feb 2100 17:56:15 CO2 = 1129.7551 CH4 = 2420.20 N2O = 391.613 CFC = 51.83 209.67 384: Radiation calculated for : 6. Feb 2100 19:56:15 384: Greenhouse gas concentrations 6. Feb 2100 19:56:15 CO2 = 1129.7583 CH4 = 2420.20 N2O = 391.613 CFC = 51.83 209.67 384: Radiation calculated for : 6. Feb 2100 21:56:15 384: Greenhouse gas concentrations 6. Feb 2100 21:56:15 CO2 = 1129.7614 CH4 = 2420.20 N2O = 391.613 CFC = 51.83 209.66 384: Radiation calculated for : 6. Feb 2100 23:56:15 384: Greenhouse gas concentrations 6. Feb 2100 23:56:15 CO2 = 1129.7645 CH4 = 2420.19 N2O = 391.613 CFC = 51.83 209.66 384: hydrology_model: Water budget change: 1.102685928344727E-006 m3/s 384: hydrology_model: global discharge: 878601.066202263 m3/s 384: hydrology_model: precip-evap (on ocean): -948765.044523160 m3/s 384: water_budget_corr: P-E correction: -29713.7986351288 m3/s 384: water_budget_corr: slm/slf residuum: 78770.0643929282 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1006.76869199416 m3/s 384: water_budget_corr: awfre corrected: -977472.074466298 m3/s 384: water_budget_corr: river discharge: 878601.066202263 m3/s 384: water_budget_corr: water to ocean: -98871.0082640401 m3/s 384: Write GRIB1 output for : 6. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.483409127654634E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1053.66131045661 , n2 = 802000.000222215 , o2 = 0: 196800.000185498 0: MPIOM: current date: 2100-02-07 00:45:00 begin of timestep (day): 2 (run): 1186 0: MPIOM: current date: 2100-02-07 01:30:00 begin of timestep (day): 3 (run): 1187 384: Radiation calculated for : 7. Feb 2100 01:56:15 384: Greenhouse gas concentrations 7. Feb 2100 01:56:15 CO2 = 1129.7676 CH4 = 2420.19 N2O = 391.613 CFC = 51.83 209.66 0: MPIOM: current date: 2100-02-07 02:15:00 begin of timestep (day): 4 (run): 1188 0: MPIOM: current date: 2100-02-07 03:00:00 begin of timestep (day): 5 (run): 1189 0: MPIOM: current date: 2100-02-07 03:45:00 begin of timestep (day): 6 (run): 1190 0: MPIOM: current date: 2100-02-07 04:30:00 begin of timestep (day): 7 (run): 1191 384: Radiation calculated for : 7. Feb 2100 03:56:15 384: Greenhouse gas concentrations 7. Feb 2100 03:56:15 CO2 = 1129.7707 CH4 = 2420.19 N2O = 391.613 CFC = 51.83 209.66 0: MPIOM: current date: 2100-02-07 05:15:00 begin of timestep (day): 8 (run): 1192 0: MPIOM: current date: 2100-02-07 06:00:00 begin of timestep (day): 9 (run): 1193 0: MPIOM: current date: 2100-02-07 06:45:00 begin of timestep (day): 10 (run): 1194 0: MPIOM: current date: 2100-02-07 07:30:00 begin of timestep (day): 11 (run): 1195 384: Radiation calculated for : 7. Feb 2100 05:56:15 384: Greenhouse gas concentrations 7. Feb 2100 05:56:15 CO2 = 1129.7738 CH4 = 2420.18 N2O = 391.614 CFC = 51.83 209.66 0: MPIOM: current date: 2100-02-07 08:15:00 begin of timestep (day): 12 (run): 1196 0: MPIOM: current date: 2100-02-07 09:00:00 begin of timestep (day): 13 (run): 1197 0: MPIOM: current date: 2100-02-07 09:45:00 begin of timestep (day): 14 (run): 1198 0: MPIOM: current date: 2100-02-07 10:30:00 begin of timestep (day): 15 (run): 1199 384: Radiation calculated for : 7. Feb 2100 07:56:15 384: Greenhouse gas concentrations 7. Feb 2100 07:56:15 CO2 = 1129.7770 CH4 = 2420.18 N2O = 391.614 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-07 11:15:00 begin of timestep (day): 16 (run): 1200 0: MPIOM: current date: 2100-02-07 12:00:00 begin of timestep (day): 17 (run): 1201 0: MPIOM: current date: 2100-02-07 12:45:00 begin of timestep (day): 18 (run): 1202 0: MPIOM: current date: 2100-02-07 13:30:00 begin of timestep (day): 19 (run): 1203 384: Radiation calculated for : 7. Feb 2100 09:56:15 384: Greenhouse gas concentrations 7. Feb 2100 09:56:15 CO2 = 1129.7801 CH4 = 2420.18 N2O = 391.614 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-07 14:15:00 begin of timestep (day): 20 (run): 1204 0: MPIOM: current date: 2100-02-07 15:00:00 begin of timestep (day): 21 (run): 1205 0: MPIOM: current date: 2100-02-07 15:45:00 begin of timestep (day): 22 (run): 1206 384: Radiation calculated for : 7. Feb 2100 11:56:15 384: Greenhouse gas concentrations 7. Feb 2100 11:56:15 CO2 = 1129.7832 CH4 = 2420.18 N2O = 391.614 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-07 16:30:00 begin of timestep (day): 23 (run): 1207 0: MPIOM: current date: 2100-02-07 17:15:00 begin of timestep (day): 24 (run): 1208 0: MPIOM: current date: 2100-02-07 18:00:00 begin of timestep (day): 25 (run): 1209 0: MPIOM: current date: 2100-02-07 18:45:00 begin of timestep (day): 26 (run): 1210 384: Radiation calculated for : 7. Feb 2100 13:56:15 384: Greenhouse gas concentrations 7. Feb 2100 13:56:15 CO2 = 1129.7863 CH4 = 2420.17 N2O = 391.614 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-07 19:30:00 begin of timestep (day): 27 (run): 1211 0: MPIOM: current date: 2100-02-07 20:15:00 begin of timestep (day): 28 (run): 1212 0: MPIOM: current date: 2100-02-07 21:00:00 begin of timestep (day): 29 (run): 1213 0: MPIOM: current date: 2100-02-07 21:45:00 begin of timestep (day): 30 (run): 1214 384: Radiation calculated for : 7. Feb 2100 15:56:15 384: Greenhouse gas concentrations 7. Feb 2100 15:56:15 CO2 = 1129.7894 CH4 = 2420.17 N2O = 391.614 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-07 22:30:00 begin of timestep (day): 31 (run): 1215 0: MPIOM: current date: 2100-02-07 23:15:00 begin of timestep (day): 32 (run): 1216 0: MPIOM: current date: 2100-02-08 00:00:00 begin of timestep (day): 1 (run): 1217 384: Radiation calculated for : 7. Feb 2100 17:56:15 384: Greenhouse gas concentrations 7. Feb 2100 17:56:15 CO2 = 1129.7926 CH4 = 2420.17 N2O = 391.614 CFC = 51.82 209.66 384: Radiation calculated for : 7. Feb 2100 19:56:15 384: Greenhouse gas concentrations 7. Feb 2100 19:56:15 CO2 = 1129.7957 CH4 = 2420.16 N2O = 391.614 CFC = 51.82 209.66 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 5.62500000000000 , lev 42 384: Radiation calculated for : 7. Feb 2100 21:56:15 384: Greenhouse gas concentrations 7. Feb 2100 21:56:15 CO2 = 1129.7988 CH4 = 2420.16 N2O = 391.614 CFC = 51.82 209.66 384: Radiation calculated for : 7. Feb 2100 23:56:15 384: Greenhouse gas concentrations 7. Feb 2100 23:56:15 CO2 = 1129.8019 CH4 = 2420.16 N2O = 391.614 CFC = 51.82 209.66 384: hydrology_model: Water budget change: 4.172325134277344E-007 m3/s 384: hydrology_model: global discharge: 872970.244556156 m3/s 384: hydrology_model: precip-evap (on ocean): -1436254.77180870 m3/s 384: water_budget_corr: P-E correction: -47798.1649913513 m3/s 384: water_budget_corr: slm/slf residuum: 50143.6356679408 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -369.294760000282 m3/s 384: water_budget_corr: awfre corrected: -1484422.23156004 m3/s 384: water_budget_corr: river discharge: 872970.244556156 m3/s 384: water_budget_corr: water to ocean: -611451.987003895 m3/s 384: Write GRIB1 output for : 7. Feb 2100 23:52:30 0: co2 = 1053.60860454827 , n2 = 802000.000193916 , o2 = 0: 196800.000188296 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.528924365453300E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-08 00:45:00 begin of timestep (day): 2 (run): 1218 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 7.50000000000000 , lev 40 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 7.50000000000000 , lev 41 0: MPIOM: current date: 2100-02-08 01:30:00 begin of timestep (day): 3 (run): 1219 384: Radiation calculated for : 8. Feb 2100 01:56:15 384: Greenhouse gas concentrations 8. Feb 2100 01:56:15 CO2 = 1129.8050 CH4 = 2420.16 N2O = 391.615 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-08 02:15:00 begin of timestep (day): 4 (run): 1220 0: MPIOM: current date: 2100-02-08 03:00:00 begin of timestep (day): 5 (run): 1221 0: MPIOM: current date: 2100-02-08 03:45:00 begin of timestep (day): 6 (run): 1222 0: MPIOM: current date: 2100-02-08 04:30:00 begin of timestep (day): 7 (run): 1223 384: Radiation calculated for : 8. Feb 2100 03:56:15 384: Greenhouse gas concentrations 8. Feb 2100 03:56:15 CO2 = 1129.8082 CH4 = 2420.15 N2O = 391.615 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-08 05:15:00 begin of timestep (day): 8 (run): 1224 0: MPIOM: current date: 2100-02-08 06:00:00 begin of timestep (day): 9 (run): 1225 0: MPIOM: current date: 2100-02-08 06:45:00 begin of timestep (day): 10 (run): 1226 0: MPIOM: current date: 2100-02-08 07:30:00 begin of timestep (day): 11 (run): 1227 384: Radiation calculated for : 8. Feb 2100 05:56:15 384: Greenhouse gas concentrations 8. Feb 2100 05:56:15 CO2 = 1129.8113 CH4 = 2420.15 N2O = 391.615 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-08 08:15:00 begin of timestep (day): 12 (run): 1228 0: MPIOM: current date: 2100-02-08 09:00:00 begin of timestep (day): 13 (run): 1229 0: MPIOM: current date: 2100-02-08 09:45:00 begin of timestep (day): 14 (run): 1230 0: MPIOM: current date: 2100-02-08 10:30:00 begin of timestep (day): 15 (run): 1231 384: Radiation calculated for : 8. Feb 2100 07:56:15 384: Greenhouse gas concentrations 8. Feb 2100 07:56:15 CO2 = 1129.8144 CH4 = 2420.15 N2O = 391.615 CFC = 51.82 209.66 0: MPIOM: current date: 2100-02-08 11:15:00 begin of timestep (day): 16 (run): 1232 0: MPIOM: current date: 2100-02-08 12:00:00 begin of timestep (day): 17 (run): 1233 0: MPIOM: current date: 2100-02-08 12:45:00 begin of timestep (day): 18 (run): 1234 0: MPIOM: current date: 2100-02-08 13:30:00 begin of timestep (day): 19 (run): 1235 384: Radiation calculated for : 8. Feb 2100 09:56:15 384: Greenhouse gas concentrations 8. Feb 2100 09:56:15 CO2 = 1129.8175 CH4 = 2420.15 N2O = 391.615 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-08 14:15:00 begin of timestep (day): 20 (run): 1236 0: MPIOM: current date: 2100-02-08 15:00:00 begin of timestep (day): 21 (run): 1237 0: MPIOM: current date: 2100-02-08 15:45:00 begin of timestep (day): 22 (run): 1238 0: MPIOM: current date: 2100-02-08 16:30:00 begin of timestep (day): 23 (run): 1239 384: Radiation calculated for : 8. Feb 2100 11:56:15 384: Greenhouse gas concentrations 8. Feb 2100 11:56:15 CO2 = 1129.8206 CH4 = 2420.14 N2O = 391.615 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-08 17:15:00 begin of timestep (day): 24 (run): 1240 0: MPIOM: current date: 2100-02-08 18:00:00 begin of timestep (day): 25 (run): 1241 0: MPIOM: current date: 2100-02-08 18:45:00 begin of timestep (day): 26 (run): 1242 384: Radiation calculated for : 8. Feb 2100 13:56:15 0: MPIOM: current date: 2100-02-08 19:30:00 begin of timestep (day): 27 (run): 1243 384: Greenhouse gas concentrations 8. Feb 2100 13:56:15 CO2 = 1129.8237 CH4 = 2420.14 N2O = 391.615 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-08 20:15:00 begin of timestep (day): 28 (run): 1244 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 80.6250000000000 , lev 40 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 80.6250000000000 , lev 41 0: MPIOM: current date: 2100-02-08 21:00:00 begin of timestep (day): 29 (run): 1245 0: MPIOM: current date: 2100-02-08 21:45:00 begin of timestep (day): 30 (run): 1246 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 80.6250000000000 , lev 40 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 80.6250000000000 , lev 41 0: MPIOM: current date: 2100-02-08 22:30:00 begin of timestep (day): 31 (run): 1247 384: Radiation calculated for : 8. Feb 2100 15:56:15 384: Greenhouse gas concentrations 8. Feb 2100 15:56:15 CO2 = 1129.8269 CH4 = 2420.14 N2O = 391.615 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-08 23:15:00 begin of timestep (day): 32 (run): 1248 0: MPIOM: current date: 2100-02-09 00:00:00 begin of timestep (day): 1 (run): 1249 384: Radiation calculated for : 8. Feb 2100 17:56:15 384: Greenhouse gas concentrations 8. Feb 2100 17:56:15 CO2 = 1129.8300 CH4 = 2420.13 N2O = 391.615 CFC = 51.82 209.65 384: Radiation calculated for : 8. Feb 2100 19:56:15 384: Greenhouse gas concentrations 8. Feb 2100 19:56:15 CO2 = 1129.8331 CH4 = 2420.13 N2O = 391.616 CFC = 51.82 209.65 384: Radiation calculated for : 8. Feb 2100 21:56:15 384: Greenhouse gas concentrations 8. Feb 2100 21:56:15 CO2 = 1129.8362 CH4 = 2420.13 N2O = 391.616 CFC = 51.82 209.65 384: Radiation calculated for : 8. Feb 2100 23:56:15 384: Greenhouse gas concentrations 8. Feb 2100 23:56:15 CO2 = 1129.8393 CH4 = 2420.13 N2O = 391.616 CFC = 51.82 209.65 384: hydrology_model: Water budget change: -9.238719940185547E-007 m3/s 384: hydrology_model: global discharge: 869287.211618370 m3/s 384: hydrology_model: precip-evap (on ocean): -1400996.99869155 m3/s 384: water_budget_corr: P-E correction: -33240.5627811994 m3/s 384: water_budget_corr: slm/slf residuum: 15672.2336142168 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 521.303124465050 m3/s 384: water_budget_corr: awfre corrected: -1433716.25834829 m3/s 384: water_budget_corr: river discharge: 869287.211618370 m3/s 384: water_budget_corr: water to ocean: -564429.046729920 m3/s 384: Write GRIB1 output for : 8. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.784028226479048E-010 kg m-2 s-1 0: co2 = 1053.49334446611 , n2 = 802000.000169076 , o2 = 0: 196800.000164034 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-09 00:45:00 begin of timestep (day): 2 (run): 1250 0: MPIOM: current date: 2100-02-09 01:30:00 begin of timestep (day): 3 (run): 1251 384: Radiation calculated for : 9. Feb 2100 01:56:15 384: Greenhouse gas concentrations 9. Feb 2100 01:56:15 CO2 = 1129.8425 CH4 = 2420.12 N2O = 391.616 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-09 02:15:00 begin of timestep (day): 4 (run): 1252 0: MPIOM: current date: 2100-02-09 03:00:00 begin of timestep (day): 5 (run): 1253 0: MPIOM: current date: 2100-02-09 03:45:00 begin of timestep (day): 6 (run): 1254 0: MPIOM: current date: 2100-02-09 04:30:00 begin of timestep (day): 7 (run): 1255 384: Radiation calculated for : 9. Feb 2100 03:56:15 384: Greenhouse gas concentrations 9. Feb 2100 03:56:15 CO2 = 1129.8456 CH4 = 2420.12 N2O = 391.616 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-09 05:15:00 begin of timestep (day): 8 (run): 1256 0: MPIOM: current date: 2100-02-09 06:00:00 begin of timestep (day): 9 (run): 1257 0: MPIOM: current date: 2100-02-09 06:45:00 begin of timestep (day): 10 (run): 1258 0: MPIOM: current date: 2100-02-09 07:30:00 begin of timestep (day): 11 (run): 1259 384: Radiation calculated for : 9. Feb 2100 05:56:15 384: Greenhouse gas concentrations 9. Feb 2100 05:56:15 CO2 = 1129.8487 CH4 = 2420.12 N2O = 391.616 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-09 08:15:00 begin of timestep (day): 12 (run): 1260 0: MPIOM: current date: 2100-02-09 09:00:00 begin of timestep (day): 13 (run): 1261 0: MPIOM: current date: 2100-02-09 09:45:00 begin of timestep (day): 14 (run): 1262 0: MPIOM: current date: 2100-02-09 10:30:00 begin of timestep (day): 15 (run): 1263 384: Radiation calculated for : 9. Feb 2100 07:56:15 384: Greenhouse gas concentrations 9. Feb 2100 07:56:15 CO2 = 1129.8518 CH4 = 2420.11 N2O = 391.616 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-09 11:15:00 begin of timestep (day): 16 (run): 1264 0: MPIOM: current date: 2100-02-09 12:00:00 begin of timestep (day): 17 (run): 1265 0: MPIOM: current date: 2100-02-09 12:45:00 begin of timestep (day): 18 (run): 1266 0: MPIOM: current date: 2100-02-09 13:30:00 begin of timestep (day): 19 (run): 1267 384: Radiation calculated for : 9. Feb 2100 09:56:15 384: Greenhouse gas concentrations 9. Feb 2100 09:56:15 CO2 = 1129.8549 CH4 = 2420.11 N2O = 391.616 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-09 14:15:00 begin of timestep (day): 20 (run): 1268 0: MPIOM: current date: 2100-02-09 15:00:00 begin of timestep (day): 21 (run): 1269 0: MPIOM: current date: 2100-02-09 15:45:00 begin of timestep (day): 22 (run): 1270 0: MPIOM: current date: 2100-02-09 16:30:00 begin of timestep (day): 23 (run): 1271 384: Radiation calculated for : 9. Feb 2100 11:56:15 384: Greenhouse gas concentrations 9. Feb 2100 11:56:15 CO2 = 1129.8580 CH4 = 2420.11 N2O = 391.616 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-09 17:15:00 begin of timestep (day): 24 (run): 1272 0: MPIOM: current date: 2100-02-09 18:00:00 begin of timestep (day): 25 (run): 1273 0: MPIOM: current date: 2100-02-09 18:45:00 begin of timestep (day): 26 (run): 1274 0: MPIOM: current date: 2100-02-09 19:30:00 begin of timestep (day): 27 (run): 1275 384: Radiation calculated for : 9. Feb 2100 13:56:15 384: Greenhouse gas concentrations 9. Feb 2100 13:56:15 CO2 = 1129.8612 CH4 = 2420.11 N2O = 391.617 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-09 20:15:00 begin of timestep (day): 28 (run): 1276 0: MPIOM: current date: 2100-02-09 21:00:00 begin of timestep (day): 29 (run): 1277 0: MPIOM: current date: 2100-02-09 21:45:00 begin of timestep (day): 30 (run): 1278 0: MPIOM: current date: 2100-02-09 22:30:00 begin of timestep (day): 31 (run): 1279 384: Radiation calculated for : 9. Feb 2100 15:56:15 384: Greenhouse gas concentrations 9. Feb 2100 15:56:15 CO2 = 1129.8643 CH4 = 2420.10 N2O = 391.617 CFC = 51.82 209.65 0: MPIOM: current date: 2100-02-09 23:15:00 begin of timestep (day): 32 (run): 1280 0: MPIOM: current date: 2100-02-10 00:00:00 begin of timestep (day): 1 (run): 1281 384: Radiation calculated for : 9. Feb 2100 17:56:15 384: Greenhouse gas concentrations 9. Feb 2100 17:56:15 CO2 = 1129.8674 CH4 = 2420.10 N2O = 391.617 CFC = 51.82 209.65 384: Radiation calculated for : 9. Feb 2100 19:56:15 384: Greenhouse gas concentrations 9. Feb 2100 19:56:15 CO2 = 1129.8705 CH4 = 2420.10 N2O = 391.617 CFC = 51.82 209.65 384: Radiation calculated for : 9. Feb 2100 21:56:15 384: Greenhouse gas concentrations 9. Feb 2100 21:56:15 CO2 = 1129.8736 CH4 = 2420.10 N2O = 391.617 CFC = 51.82 209.64 384: Radiation calculated for : 9. Feb 2100 23:56:15 384: Greenhouse gas concentrations 9. Feb 2100 23:56:15 CO2 = 1129.8768 CH4 = 2420.09 N2O = 391.617 CFC = 51.82 209.64 384: hydrology_model: Water budget change: -8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 857932.698694287 m3/s 384: hydrology_model: precip-evap (on ocean): -1333516.22340455 m3/s 384: water_budget_corr: P-E correction: -28506.3743446482 m3/s 384: water_budget_corr: slm/slf residuum: 43747.3106758045 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -546.519615207050 m3/s 384: water_budget_corr: awfre corrected: -1362569.11736439 m3/s 384: water_budget_corr: river discharge: 857932.698694287 m3/s 384: water_budget_corr: water to ocean: -504636.418670097 m3/s 384: Write GRIB1 output for : 9. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.019579181660490E-010 kg m-2 s-1 0: co2 = 1053.44204760264 , n2 = 802000.000147243 , o2 = 0: 196800.000223687 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-10 00:45:00 begin of timestep (day): 2 (run): 1282 0: MPIOM: current date: 2100-02-10 01:30:00 begin of timestep (day): 3 (run): 1283 384: Radiation calculated for : 10. Feb 2100 01:56:15 384: Greenhouse gas concentrations 10. Feb 2100 01:56:15 CO2 = 1129.8799 CH4 = 2420.09 N2O = 391.617 CFC = 51.82 209.64 0: MPIOM: current date: 2100-02-10 02:15:00 begin of timestep (day): 4 (run): 1284 0: MPIOM: current date: 2100-02-10 03:00:00 begin of timestep (day): 5 (run): 1285 0: MPIOM: current date: 2100-02-10 03:45:00 begin of timestep (day): 6 (run): 1286 0: MPIOM: current date: 2100-02-10 04:30:00 begin of timestep (day): 7 (run): 1287 384: Radiation calculated for : 10. Feb 2100 03:56:15 384: Greenhouse gas concentrations 10. Feb 2100 03:56:15 CO2 = 1129.8830 CH4 = 2420.09 N2O = 391.617 CFC = 51.82 209.64 0: MPIOM: current date: 2100-02-10 05:15:00 begin of timestep (day): 8 (run): 1288 0: MPIOM: current date: 2100-02-10 06:00:00 begin of timestep (day): 9 (run): 1289 0: MPIOM: current date: 2100-02-10 06:45:00 begin of timestep (day): 10 (run): 1290 0: MPIOM: current date: 2100-02-10 07:30:00 begin of timestep (day): 11 (run): 1291 384: Radiation calculated for : 10. Feb 2100 05:56:15 384: Greenhouse gas concentrations 10. Feb 2100 05:56:15 CO2 = 1129.8861 CH4 = 2420.08 N2O = 391.617 CFC = 51.82 209.64 0: MPIOM: current date: 2100-02-10 08:15:00 begin of timestep (day): 12 (run): 1292 0: MPIOM: current date: 2100-02-10 09:00:00 begin of timestep (day): 13 (run): 1293 0: MPIOM: current date: 2100-02-10 09:45:00 begin of timestep (day): 14 (run): 1294 0: MPIOM: current date: 2100-02-10 10:30:00 begin of timestep (day): 15 (run): 1295 384: Radiation calculated for : 10. Feb 2100 07:56:15 384: Greenhouse gas concentrations 10. Feb 2100 07:56:15 CO2 = 1129.8892 CH4 = 2420.08 N2O = 391.617 CFC = 51.82 209.64 0: MPIOM: current date: 2100-02-10 11:15:00 begin of timestep (day): 16 (run): 1296 0: MPIOM: current date: 2100-02-10 12:00:00 begin of timestep (day): 17 (run): 1297 0: MPIOM: current date: 2100-02-10 12:45:00 begin of timestep (day): 18 (run): 1298 0: MPIOM: current date: 2100-02-10 13:30:00 begin of timestep (day): 19 (run): 1299 384: Radiation calculated for : 10. Feb 2100 09:56:15 384: Greenhouse gas concentrations 10. Feb 2100 09:56:15 CO2 = 1129.8924 CH4 = 2420.08 N2O = 391.618 CFC = 51.82 209.64 0: MPIOM: current date: 2100-02-10 14:15:00 begin of timestep (day): 20 (run): 1300 0: MPIOM: current date: 2100-02-10 15:00:00 begin of timestep (day): 21 (run): 1301 0: MPIOM: current date: 2100-02-10 15:45:00 begin of timestep (day): 22 (run): 1302 0: MPIOM: current date: 2100-02-10 16:30:00 begin of timestep (day): 23 (run): 1303 384: Radiation calculated for : 10. Feb 2100 11:56:15 384: Greenhouse gas concentrations 10. Feb 2100 11:56:15 CO2 = 1129.8955 CH4 = 2420.08 N2O = 391.618 CFC = 51.82 209.64 0: MPIOM: current date: 2100-02-10 17:15:00 begin of timestep (day): 24 (run): 1304 0: MPIOM: current date: 2100-02-10 18:00:00 begin of timestep (day): 25 (run): 1305 0: MPIOM: current date: 2100-02-10 18:45:00 begin of timestep (day): 26 (run): 1306 384: Radiation calculated for : 10. Feb 2100 13:56:15 384: Greenhouse gas concentrations 10. Feb 2100 13:56:15 CO2 = 1129.8986 CH4 = 2420.07 N2O = 391.618 CFC = 51.81 209.64 0: MPIOM: current date: 2100-02-10 19:30:00 begin of timestep (day): 27 (run): 1307 0: MPIOM: current date: 2100-02-10 20:15:00 begin of timestep (day): 28 (run): 1308 0: MPIOM: current date: 2100-02-10 21:00:00 begin of timestep (day): 29 (run): 1309 384: Radiation calculated for : 10. Feb 2100 15:56:15 384: Greenhouse gas concentrations 10. Feb 2100 15:56:15 CO2 = 1129.9017 CH4 = 2420.07 N2O = 391.618 CFC = 51.81 209.64 0: MPIOM: current date: 2100-02-10 21:45:00 begin of timestep (day): 30 (run): 1310 0: MPIOM: current date: 2100-02-10 22:30:00 begin of timestep (day): 31 (run): 1311 0: MPIOM: current date: 2100-02-10 23:15:00 begin of timestep (day): 32 (run): 1312 0: MPIOM: current date: 2100-02-11 00:00:00 begin of timestep (day): 1 (run): 1313 384: Radiation calculated for : 10. Feb 2100 17:56:15 384: Greenhouse gas concentrations 10. Feb 2100 17:56:15 CO2 = 1129.9048 CH4 = 2420.07 N2O = 391.618 CFC = 51.81 209.64 384: Radiation calculated for : 10. Feb 2100 19:56:15 384: Greenhouse gas concentrations 10. Feb 2100 19:56:15 CO2 = 1129.9079 CH4 = 2420.06 N2O = 391.618 CFC = 51.81 209.64 384: Radiation calculated for : 10. Feb 2100 21:56:15 384: Greenhouse gas concentrations 10. Feb 2100 21:56:15 CO2 = 1129.9111 CH4 = 2420.06 N2O = 391.618 CFC = 51.81 209.64 384: Radiation calculated for : 10. Feb 2100 23:56:15 384: Greenhouse gas concentrations 10. Feb 2100 23:56:15 CO2 = 1129.9142 CH4 = 2420.06 N2O = 391.618 CFC = 51.81 209.64 384: hydrology_model: Water budget change: -7.450580596923828E-007 m3/s 384: hydrology_model: global discharge: 855864.758528781 m3/s 384: hydrology_model: precip-evap (on ocean): -1190655.91684080 m3/s 384: water_budget_corr: P-E correction: -34012.2747651298 m3/s 384: water_budget_corr: slm/slf residuum: 32540.5274601606 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 698.819747020893 m3/s 384: water_budget_corr: awfre corrected: -1223969.37185892 m3/s 384: water_budget_corr: river discharge: 855864.758528781 m3/s 384: water_budget_corr: water to ocean: -368104.613330121 m3/s 384: Write GRIB1 output for : 10. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.742970763584745E-010 kg m-2 s-1 0: co2 = 1053.55934381723 , n2 = 802000.000170026 , o2 = 0: 196800.000253643 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-11 00:45:00 begin of timestep (day): 2 (run): 1314 0: MPIOM: current date: 2100-02-11 01:30:00 begin of timestep (day): 3 (run): 1315 384: Radiation calculated for : 11. Feb 2100 01:56:15 384: Greenhouse gas concentrations 11. Feb 2100 01:56:15 CO2 = 1129.9173 CH4 = 2420.06 N2O = 391.618 CFC = 51.81 209.64 0: MPIOM: current date: 2100-02-11 02:15:00 begin of timestep (day): 4 (run): 1316 0: MPIOM: current date: 2100-02-11 03:00:00 begin of timestep (day): 5 (run): 1317 0: MPIOM: current date: 2100-02-11 03:45:00 begin of timestep (day): 6 (run): 1318 0: MPIOM: current date: 2100-02-11 04:30:00 begin of timestep (day): 7 (run): 1319 384: Radiation calculated for : 11. Feb 2100 03:56:15 384: Greenhouse gas concentrations 11. Feb 2100 03:56:15 CO2 = 1129.9204 CH4 = 2420.05 N2O = 391.619 CFC = 51.81 209.64 0: MPIOM: current date: 2100-02-11 05:15:00 begin of timestep (day): 8 (run): 1320 0: MPIOM: current date: 2100-02-11 06:00:00 begin of timestep (day): 9 (run): 1321 0: MPIOM: current date: 2100-02-11 06:45:00 begin of timestep (day): 10 (run): 1322 384: Radiation calculated for : 11. Feb 2100 05:56:15 0: MPIOM: current date: 2100-02-11 07:30:00 begin of timestep (day): 11 (run): 1323 384: Greenhouse gas concentrations 11. Feb 2100 05:56:15 CO2 = 1129.9235 CH4 = 2420.05 N2O = 391.619 CFC = 51.81 209.64 0: MPIOM: current date: 2100-02-11 08:15:00 begin of timestep (day): 12 (run): 1324 0: MPIOM: current date: 2100-02-11 09:00:00 begin of timestep (day): 13 (run): 1325 0: MPIOM: current date: 2100-02-11 09:45:00 begin of timestep (day): 14 (run): 1326 384: Radiation calculated for : 11. Feb 2100 07:56:15 0: MPIOM: current date: 2100-02-11 10:30:00 begin of timestep (day): 15 (run): 1327 384: Greenhouse gas concentrations 11. Feb 2100 07:56:15 CO2 = 1129.9267 CH4 = 2420.05 N2O = 391.619 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-11 11:15:00 begin of timestep (day): 16 (run): 1328 0: MPIOM: current date: 2100-02-11 12:00:00 begin of timestep (day): 17 (run): 1329 0: MPIOM: current date: 2100-02-11 12:45:00 begin of timestep (day): 18 (run): 1330 384: Radiation calculated for : 11. Feb 2100 09:56:15 384: Greenhouse gas concentrations 11. Feb 2100 09:56:15 CO2 = 1129.9298 CH4 = 2420.05 N2O = 391.619 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-11 13:30:00 begin of timestep (day): 19 (run): 1331 0: MPIOM: current date: 2100-02-11 14:15:00 begin of timestep (day): 20 (run): 1332 0: MPIOM: current date: 2100-02-11 15:00:00 begin of timestep (day): 21 (run): 1333 0: MPIOM: current date: 2100-02-11 15:45:00 begin of timestep (day): 22 (run): 1334 384: Radiation calculated for : 11. Feb 2100 11:56:15 384: Greenhouse gas concentrations 11. Feb 2100 11:56:15 CO2 = 1129.9329 CH4 = 2420.04 N2O = 391.619 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-11 16:30:00 begin of timestep (day): 23 (run): 1335 0: MPIOM: current date: 2100-02-11 17:15:00 begin of timestep (day): 24 (run): 1336 0: MPIOM: current date: 2100-02-11 18:00:00 begin of timestep (day): 25 (run): 1337 0: MPIOM: current date: 2100-02-11 18:45:00 begin of timestep (day): 26 (run): 1338 384: Radiation calculated for : 11. Feb 2100 13:56:15 384: Greenhouse gas concentrations 11. Feb 2100 13:56:15 CO2 = 1129.9360 CH4 = 2420.04 N2O = 391.619 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-11 19:30:00 begin of timestep (day): 27 (run): 1339 0: MPIOM: current date: 2100-02-11 20:15:00 begin of timestep (day): 28 (run): 1340 0: MPIOM: current date: 2100-02-11 21:00:00 begin of timestep (day): 29 (run): 1341 0: MPIOM: current date: 2100-02-11 21:45:00 begin of timestep (day): 30 (run): 1342 384: Radiation calculated for : 11. Feb 2100 15:56:15 384: Greenhouse gas concentrations 11. Feb 2100 15:56:15 CO2 = 1129.9391 CH4 = 2420.04 N2O = 391.619 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-11 22:30:00 begin of timestep (day): 31 (run): 1343 0: MPIOM: current date: 2100-02-11 23:15:00 begin of timestep (day): 32 (run): 1344 0: MPIOM: current date: 2100-02-12 00:00:00 begin of timestep (day): 1 (run): 1345 384: Radiation calculated for : 11. Feb 2100 17:56:15 384: Greenhouse gas concentrations 11. Feb 2100 17:56:15 CO2 = 1129.9423 CH4 = 2420.03 N2O = 391.619 CFC = 51.81 209.63 384: Radiation calculated for : 11. Feb 2100 19:56:15 384: Greenhouse gas concentrations 11. Feb 2100 19:56:15 CO2 = 1129.9454 CH4 = 2420.03 N2O = 391.619 CFC = 51.81 209.63 384: Radiation calculated for : 11. Feb 2100 21:56:15 384: Greenhouse gas concentrations 11. Feb 2100 21:56:15 CO2 = 1129.9485 CH4 = 2420.03 N2O = 391.619 CFC = 51.81 209.63 384: Radiation calculated for : 11. Feb 2100 23:56:15 384: Greenhouse gas concentrations 11. Feb 2100 23:56:15 CO2 = 1129.9516 CH4 = 2420.03 N2O = 391.620 CFC = 51.81 209.63 384: hydrology_model: Water budget change: -5.960464477539062E-008 m3/s 384: hydrology_model: global discharge: 879110.245034118 m3/s 384: hydrology_model: precip-evap (on ocean): -1452480.71426270 m3/s 384: water_budget_corr: P-E correction: -26552.6570365234 m3/s 384: water_budget_corr: slm/slf residuum: 4306.37671055016 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1631.76458891132 m3/s 384: water_budget_corr: awfre corrected: -1480665.13588815 m3/s 384: water_budget_corr: river discharge: 879110.245034118 m3/s 384: water_budget_corr: water to ocean: -601554.890854014 m3/s 384: Write GRIB1 output for : 11. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.823134164097577E-010 kg m-2 s-1 0: co2 = 1053.70743728175 , n2 = 802000.000266982 , o2 = 0: 196800.000244056 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-12 00:45:00 begin of timestep (day): 2 (run): 1346 0: MPIOM: current date: 2100-02-12 01:30:00 begin of timestep (day): 3 (run): 1347 384: Radiation calculated for : 12. Feb 2100 01:56:15 384: Greenhouse gas concentrations 12. Feb 2100 01:56:15 CO2 = 1129.9547 CH4 = 2420.02 N2O = 391.620 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-12 02:15:00 begin of timestep (day): 4 (run): 1348 0: MPIOM: current date: 2100-02-12 03:00:00 begin of timestep (day): 5 (run): 1349 0: MPIOM: current date: 2100-02-12 03:45:00 begin of timestep (day): 6 (run): 1350 0: MPIOM: current date: 2100-02-12 04:30:00 begin of timestep (day): 7 (run): 1351 384: Radiation calculated for : 12. Feb 2100 03:56:15 384: Greenhouse gas concentrations 12. Feb 2100 03:56:15 CO2 = 1129.9578 CH4 = 2420.02 N2O = 391.620 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-12 05:15:00 begin of timestep (day): 8 (run): 1352 0: MPIOM: current date: 2100-02-12 06:00:00 begin of timestep (day): 9 (run): 1353 0: MPIOM: current date: 2100-02-12 06:45:00 begin of timestep (day): 10 (run): 1354 0: MPIOM: current date: 2100-02-12 07:30:00 begin of timestep (day): 11 (run): 1355 384: Radiation calculated for : 12. Feb 2100 05:56:15 384: Greenhouse gas concentrations 12. Feb 2100 05:56:15 CO2 = 1129.9610 CH4 = 2420.02 N2O = 391.620 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-12 08:15:00 begin of timestep (day): 12 (run): 1356 0: MPIOM: current date: 2100-02-12 09:00:00 begin of timestep (day): 13 (run): 1357 0: MPIOM: current date: 2100-02-12 09:45:00 begin of timestep (day): 14 (run): 1358 384: Radiation calculated for : 12. Feb 2100 07:56:15 0: MPIOM: current date: 2100-02-12 10:30:00 begin of timestep (day): 15 (run): 1359 384: Greenhouse gas concentrations 12. Feb 2100 07:56:15 CO2 = 1129.9641 CH4 = 2420.01 N2O = 391.620 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-12 11:15:00 begin of timestep (day): 16 (run): 1360 0: MPIOM: current date: 2100-02-12 12:00:00 begin of timestep (day): 17 (run): 1361 0: MPIOM: current date: 2100-02-12 12:45:00 begin of timestep (day): 18 (run): 1362 384: Radiation calculated for : 12. Feb 2100 09:56:15 0: MPIOM: current date: 2100-02-12 13:30:00 begin of timestep (day): 19 (run): 1363 384: Greenhouse gas concentrations 12. Feb 2100 09:56:15 CO2 = 1129.9672 CH4 = 2420.01 N2O = 391.620 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-12 14:15:00 begin of timestep (day): 20 (run): 1364 0: MPIOM: current date: 2100-02-12 15:00:00 begin of timestep (day): 21 (run): 1365 0: MPIOM: current date: 2100-02-12 15:45:00 begin of timestep (day): 22 (run): 1366 0: MPIOM: current date: 2100-02-12 16:30:00 begin of timestep (day): 23 (run): 1367 384: Radiation calculated for : 12. Feb 2100 11:56:15 0: MPIOM: current date: 2100-02-12 17:15:00 begin of timestep (day): 24 (run): 1368 384: Greenhouse gas concentrations 12. Feb 2100 11:56:15 CO2 = 1129.9703 CH4 = 2420.01 N2O = 391.620 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-12 18:00:00 begin of timestep (day): 25 (run): 1369 0: MPIOM: current date: 2100-02-12 18:45:00 begin of timestep (day): 26 (run): 1370 0: MPIOM: current date: 2100-02-12 19:30:00 begin of timestep (day): 27 (run): 1371 384: Radiation calculated for : 12. Feb 2100 13:56:15 384: Greenhouse gas concentrations 12. Feb 2100 13:56:15 CO2 = 1129.9734 CH4 = 2420.01 N2O = 391.620 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-12 20:15:00 begin of timestep (day): 28 (run): 1372 0: MPIOM: current date: 2100-02-12 21:00:00 begin of timestep (day): 29 (run): 1373 0: MPIOM: current date: 2100-02-12 21:45:00 begin of timestep (day): 30 (run): 1374 0: MPIOM: current date: 2100-02-12 22:30:00 begin of timestep (day): 31 (run): 1375 384: Radiation calculated for : 12. Feb 2100 15:56:15 384: Greenhouse gas concentrations 12. Feb 2100 15:56:15 CO2 = 1129.9766 CH4 = 2420.00 N2O = 391.620 CFC = 51.81 209.63 0: MPIOM: current date: 2100-02-12 23:15:00 begin of timestep (day): 32 (run): 1376 0: MPIOM: current date: 2100-02-13 00:00:00 begin of timestep (day): 1 (run): 1377 384: Radiation calculated for : 12. Feb 2100 17:56:15 384: Greenhouse gas concentrations 12. Feb 2100 17:56:15 CO2 = 1129.9797 CH4 = 2420.00 N2O = 391.621 CFC = 51.81 209.63 384: Radiation calculated for : 12. Feb 2100 19:56:15 384: Greenhouse gas concentrations 12. Feb 2100 19:56:15 CO2 = 1129.9828 CH4 = 2420.00 N2O = 391.621 CFC = 51.81 209.62 384: Radiation calculated for : 12. Feb 2100 21:56:15 384: Greenhouse gas concentrations 12. Feb 2100 21:56:15 CO2 = 1129.9859 CH4 = 2419.99 N2O = 391.621 CFC = 51.81 209.62 384: Radiation calculated for : 12. Feb 2100 23:56:15 384: Greenhouse gas concentrations 12. Feb 2100 23:56:15 CO2 = 1129.9890 CH4 = 2419.99 N2O = 391.621 CFC = 51.81 209.62 384: hydrology_model: Water budget change: 5.066394805908203E-007 m3/s 384: hydrology_model: global discharge: 889345.636798513 m3/s 384: hydrology_model: precip-evap (on ocean): -1695571.84734116 m3/s 384: water_budget_corr: P-E correction: -27136.3228199524 m3/s 384: water_budget_corr: slm/slf residuum: 37377.8732656499 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -310.690225050425 m3/s 384: water_budget_corr: awfre corrected: -1723018.86038619 m3/s 384: water_budget_corr: river discharge: 889345.636798513 m3/s 384: water_budget_corr: water to ocean: -833673.223587677 m3/s 384: Write GRIB1 output for : 12. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.755354773678302E-010 kg m-2 s-1 0: co2 = 1053.74792943085 , n2 = 802000.000352458 , o2 = 0: 196800.000307440 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-13 00:45:00 begin of timestep (day): 2 (run): 1378 0: MPIOM: current date: 2100-02-13 01:30:00 begin of timestep (day): 3 (run): 1379 384: Radiation calculated for : 13. Feb 2100 01:56:15 384: Greenhouse gas concentrations 13. Feb 2100 01:56:15 CO2 = 1129.9922 CH4 = 2419.99 N2O = 391.621 CFC = 51.81 209.62 0: MPIOM: current date: 2100-02-13 02:15:00 begin of timestep (day): 4 (run): 1380 0: MPIOM: current date: 2100-02-13 03:00:00 begin of timestep (day): 5 (run): 1381 0: MPIOM: current date: 2100-02-13 03:45:00 begin of timestep (day): 6 (run): 1382 0: MPIOM: current date: 2100-02-13 04:30:00 begin of timestep (day): 7 (run): 1383 384: Radiation calculated for : 13. Feb 2100 03:56:15 384: Greenhouse gas concentrations 13. Feb 2100 03:56:15 CO2 = 1129.9953 CH4 = 2419.99 N2O = 391.621 CFC = 51.81 209.62 0: MPIOM: current date: 2100-02-13 05:15:00 begin of timestep (day): 8 (run): 1384 0: MPIOM: current date: 2100-02-13 06:00:00 begin of timestep (day): 9 (run): 1385 0: MPIOM: current date: 2100-02-13 06:45:00 begin of timestep (day): 10 (run): 1386 0: MPIOM: current date: 2100-02-13 07:30:00 begin of timestep (day): 11 (run): 1387 384: Radiation calculated for : 13. Feb 2100 05:56:15 384: Greenhouse gas concentrations 13. Feb 2100 05:56:15 CO2 = 1129.9984 CH4 = 2419.98 N2O = 391.621 CFC = 51.81 209.62 0: MPIOM: current date: 2100-02-13 08:15:00 begin of timestep (day): 12 (run): 1388 0: MPIOM: current date: 2100-02-13 09:00:00 begin of timestep (day): 13 (run): 1389 0: MPIOM: current date: 2100-02-13 09:45:00 begin of timestep (day): 14 (run): 1390 0: MPIOM: current date: 2100-02-13 10:30:00 begin of timestep (day): 15 (run): 1391 384: Radiation calculated for : 13. Feb 2100 07:56:15 384: Greenhouse gas concentrations 13. Feb 2100 07:56:15 CO2 = 1130.0015 CH4 = 2419.98 N2O = 391.621 CFC = 51.81 209.62 0: MPIOM: current date: 2100-02-13 11:15:00 begin of timestep (day): 16 (run): 1392 0: MPIOM: current date: 2100-02-13 12:00:00 begin of timestep (day): 17 (run): 1393 0: MPIOM: current date: 2100-02-13 12:45:00 begin of timestep (day): 18 (run): 1394 0: MPIOM: current date: 2100-02-13 13:30:00 begin of timestep (day): 19 (run): 1395 384: Radiation calculated for : 13. Feb 2100 09:56:15 384: Greenhouse gas concentrations 13. Feb 2100 09:56:15 CO2 = 1130.0046 CH4 = 2419.98 N2O = 391.621 CFC = 51.81 209.62 0: MPIOM: current date: 2100-02-13 14:15:00 begin of timestep (day): 20 (run): 1396 0: MPIOM: current date: 2100-02-13 15:00:00 begin of timestep (day): 21 (run): 1397 0: MPIOM: current date: 2100-02-13 15:45:00 begin of timestep (day): 22 (run): 1398 0: MPIOM: current date: 2100-02-13 16:30:00 begin of timestep (day): 23 (run): 1399 384: Radiation calculated for : 13. Feb 2100 11:56:15 384: Greenhouse gas concentrations 13. Feb 2100 11:56:15 CO2 = 1130.0077 CH4 = 2419.98 N2O = 391.622 CFC = 51.81 209.62 0: MPIOM: current date: 2100-02-13 17:15:00 begin of timestep (day): 24 (run): 1400 0: MPIOM: current date: 2100-02-13 18:00:00 begin of timestep (day): 25 (run): 1401 0: MPIOM: current date: 2100-02-13 18:45:00 begin of timestep (day): 26 (run): 1402 0: MPIOM: current date: 2100-02-13 19:30:00 begin of timestep (day): 27 (run): 1403 384: Radiation calculated for : 13. Feb 2100 13:56:15 384: Greenhouse gas concentrations 13. Feb 2100 13:56:15 CO2 = 1130.0109 CH4 = 2419.97 N2O = 391.622 CFC = 51.81 209.62 0: MPIOM: current date: 2100-02-13 20:15:00 begin of timestep (day): 28 (run): 1404 0: MPIOM: current date: 2100-02-13 21:00:00 begin of timestep (day): 29 (run): 1405 0: MPIOM: current date: 2100-02-13 21:45:00 begin of timestep (day): 30 (run): 1406 0: MPIOM: current date: 2100-02-13 22:30:00 begin of timestep (day): 31 (run): 1407 384: Radiation calculated for : 13. Feb 2100 15:56:15 384: Greenhouse gas concentrations 13. Feb 2100 15:56:15 CO2 = 1130.0140 CH4 = 2419.97 N2O = 391.622 CFC = 51.81 209.62 0: MPIOM: current date: 2100-02-13 23:15:00 begin of timestep (day): 32 (run): 1408 0: MPIOM: current date: 2100-02-14 00:00:00 begin of timestep (day): 1 (run): 1409 384: Radiation calculated for : 13. Feb 2100 17:56:15 384: Greenhouse gas concentrations 13. Feb 2100 17:56:15 CO2 = 1130.0171 CH4 = 2419.97 N2O = 391.622 CFC = 51.81 209.62 384: Radiation calculated for : 13. Feb 2100 19:56:15 384: Greenhouse gas concentrations 13. Feb 2100 19:56:15 CO2 = 1130.0202 CH4 = 2419.96 N2O = 391.622 CFC = 51.80 209.62 384: Radiation calculated for : 13. Feb 2100 21:56:15 384: Greenhouse gas concentrations 13. Feb 2100 21:56:15 CO2 = 1130.0233 CH4 = 2419.96 N2O = 391.622 CFC = 51.80 209.62 384: Radiation calculated for : 13. Feb 2100 23:56:15 384: Greenhouse gas concentrations 13. Feb 2100 23:56:15 CO2 = 1130.0265 CH4 = 2419.96 N2O = 391.622 CFC = 51.80 209.62 384: hydrology_model: Water budget change: -9.536743164062500E-007 m3/s 384: hydrology_model: global discharge: 878068.688858641 m3/s 384: hydrology_model: precip-evap (on ocean): -1928560.59750714 m3/s 384: water_budget_corr: P-E correction: -47070.1582702358 m3/s 384: water_budget_corr: slm/slf residuum: 15516.2526933894 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -232.940437765768 m3/s 384: water_budget_corr: awfre corrected: -1975863.69621512 m3/s 384: water_budget_corr: river discharge: 878068.688858641 m3/s 384: water_budget_corr: water to ocean: -1097795.00735650 m3/s 384: Write GRIB1 output for : 13. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.451434554617697E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1053.68952054085 , n2 = 802000.000300773 , o2 = 0: 196800.000270497 0: MPIOM: current date: 2100-02-14 00:45:00 begin of timestep (day): 2 (run): 1410 0: MPIOM: current date: 2100-02-14 01:30:00 begin of timestep (day): 3 (run): 1411 384: Radiation calculated for : 14. Feb 2100 01:56:15 384: Greenhouse gas concentrations 14. Feb 2100 01:56:15 CO2 = 1130.0296 CH4 = 2419.96 N2O = 391.622 CFC = 51.80 209.62 0: MPIOM: current date: 2100-02-14 02:15:00 begin of timestep (day): 4 (run): 1412 0: MPIOM: current date: 2100-02-14 03:00:00 begin of timestep (day): 5 (run): 1413 0: MPIOM: current date: 2100-02-14 03:45:00 begin of timestep (day): 6 (run): 1414 0: MPIOM: current date: 2100-02-14 04:30:00 begin of timestep (day): 7 (run): 1415 384: Radiation calculated for : 14. Feb 2100 03:56:15 384: Greenhouse gas concentrations 14. Feb 2100 03:56:15 CO2 = 1130.0327 CH4 = 2419.95 N2O = 391.622 CFC = 51.80 209.62 0: MPIOM: current date: 2100-02-14 05:15:00 begin of timestep (day): 8 (run): 1416 0: MPIOM: current date: 2100-02-14 06:00:00 begin of timestep (day): 9 (run): 1417 0: MPIOM: current date: 2100-02-14 06:45:00 begin of timestep (day): 10 (run): 1418 384: Radiation calculated for : 14. Feb 2100 05:56:15 384: Greenhouse gas concentrations 14. Feb 2100 05:56:15 CO2 = 1130.0358 CH4 = 2419.95 N2O = 391.622 CFC = 51.80 209.62 0: MPIOM: current date: 2100-02-14 07:30:00 begin of timestep (day): 11 (run): 1419 0: MPIOM: current date: 2100-02-14 08:15:00 begin of timestep (day): 12 (run): 1420 0: MPIOM: current date: 2100-02-14 09:00:00 begin of timestep (day): 13 (run): 1421 0: MPIOM: current date: 2100-02-14 09:45:00 begin of timestep (day): 14 (run): 1422 384: Radiation calculated for : 14. Feb 2100 07:56:15 384: Greenhouse gas concentrations 14. Feb 2100 07:56:15 CO2 = 1130.0389 CH4 = 2419.95 N2O = 391.623 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-14 10:30:00 begin of timestep (day): 15 (run): 1423 0: MPIOM: current date: 2100-02-14 11:15:00 begin of timestep (day): 16 (run): 1424 0: MPIOM: current date: 2100-02-14 12:00:00 begin of timestep (day): 17 (run): 1425 0: MPIOM: current date: 2100-02-14 12:45:00 begin of timestep (day): 18 (run): 1426 384: Radiation calculated for : 14. Feb 2100 09:56:15 384: Greenhouse gas concentrations 14. Feb 2100 09:56:15 CO2 = 1130.0421 CH4 = 2419.94 N2O = 391.623 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-14 13:30:00 begin of timestep (day): 19 (run): 1427 0: MPIOM: current date: 2100-02-14 14:15:00 begin of timestep (day): 20 (run): 1428 0: MPIOM: current date: 2100-02-14 15:00:00 begin of timestep (day): 21 (run): 1429 0: MPIOM: current date: 2100-02-14 15:45:00 begin of timestep (day): 22 (run): 1430 384: Radiation calculated for : 14. Feb 2100 11:56:15 384: Greenhouse gas concentrations 14. Feb 2100 11:56:15 CO2 = 1130.0452 CH4 = 2419.94 N2O = 391.623 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-14 16:30:00 begin of timestep (day): 23 (run): 1431 0: MPIOM: current date: 2100-02-14 17:15:00 begin of timestep (day): 24 (run): 1432 0: MPIOM: current date: 2100-02-14 18:00:00 begin of timestep (day): 25 (run): 1433 0: MPIOM: current date: 2100-02-14 18:45:00 begin of timestep (day): 26 (run): 1434 384: Radiation calculated for : 14. Feb 2100 13:56:15 384: Greenhouse gas concentrations 14. Feb 2100 13:56:15 CO2 = 1130.0483 CH4 = 2419.94 N2O = 391.623 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-14 19:30:00 begin of timestep (day): 27 (run): 1435 0: MPIOM: current date: 2100-02-14 20:15:00 begin of timestep (day): 28 (run): 1436 0: MPIOM: current date: 2100-02-14 21:00:00 begin of timestep (day): 29 (run): 1437 0: MPIOM: current date: 2100-02-14 21:45:00 begin of timestep (day): 30 (run): 1438 384: Radiation calculated for : 14. Feb 2100 15:56:15 384: Greenhouse gas concentrations 14. Feb 2100 15:56:15 CO2 = 1130.0514 CH4 = 2419.94 N2O = 391.623 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-14 22:30:00 begin of timestep (day): 31 (run): 1439 0: MPIOM: current date: 2100-02-14 23:15:00 begin of timestep (day): 32 (run): 1440 0: MPIOM: current date: 2100-02-15 00:00:00 begin of timestep (day): 1 (run): 1441 384: Radiation calculated for : 14. Feb 2100 17:56:15 384: Greenhouse gas concentrations 14. Feb 2100 17:56:15 CO2 = 1130.0545 CH4 = 2419.93 N2O = 391.623 CFC = 51.80 209.61 384: Radiation calculated for : 14. Feb 2100 19:56:15 384: Greenhouse gas concentrations 14. Feb 2100 19:56:15 CO2 = 1130.0576 CH4 = 2419.93 N2O = 391.623 CFC = 51.80 209.61 384: Radiation calculated for : 14. Feb 2100 21:56:15 384: Greenhouse gas concentrations 14. Feb 2100 21:56:15 CO2 = 1130.0608 CH4 = 2419.93 N2O = 391.623 CFC = 51.80 209.61 384: Radiation calculated for : 14. Feb 2100 23:56:15 384: Greenhouse gas concentrations 14. Feb 2100 23:56:15 CO2 = 1130.0639 CH4 = 2419.93 N2O = 391.623 CFC = 51.80 209.61 384: hydrology_model: Water budget change: 1.817941665649414E-006 m3/s 384: hydrology_model: global discharge: 878002.936060807 m3/s 384: hydrology_model: precip-evap (on ocean): -1238647.93498980 m3/s 384: water_budget_corr: P-E correction: -20721.2580164320 m3/s 384: water_budget_corr: slm/slf residuum: 57703.8644113103 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1225.74008482712 m3/s 384: water_budget_corr: awfre corrected: -1260594.93309103 m3/s 384: water_budget_corr: river discharge: 878002.936060807 m3/s 384: water_budget_corr: water to ocean: -382591.997030238 m3/s 384: Write GRIB1 output for : 14. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.755334827110586E-010 kg m-2 s-1 0: co2 = 1053.67675395003 , n2 = 802000.000248783 , o2 = 0: 196800.000248309 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-15 00:45:00 begin of timestep (day): 2 (run): 1442 0: MPIOM: current date: 2100-02-15 01:30:00 begin of timestep (day): 3 (run): 1443 384: Radiation calculated for : 15. Feb 2100 01:56:15 384: Greenhouse gas concentrations 15. Feb 2100 01:56:15 CO2 = 1130.0670 CH4 = 2419.92 N2O = 391.624 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-15 02:15:00 begin of timestep (day): 4 (run): 1444 0: MPIOM: current date: 2100-02-15 03:00:00 begin of timestep (day): 5 (run): 1445 0: MPIOM: current date: 2100-02-15 03:45:00 begin of timestep (day): 6 (run): 1446 0: MPIOM: current date: 2100-02-15 04:30:00 begin of timestep (day): 7 (run): 1447 384: Radiation calculated for : 15. Feb 2100 03:56:15 384: Greenhouse gas concentrations 15. Feb 2100 03:56:15 CO2 = 1130.0701 CH4 = 2419.92 N2O = 391.624 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-15 05:15:00 begin of timestep (day): 8 (run): 1448 0: MPIOM: current date: 2100-02-15 06:00:00 begin of timestep (day): 9 (run): 1449 0: MPIOM: current date: 2100-02-15 06:45:00 begin of timestep (day): 10 (run): 1450 0: MPIOM: current date: 2100-02-15 07:30:00 begin of timestep (day): 11 (run): 1451 384: Radiation calculated for : 15. Feb 2100 05:56:15 384: Greenhouse gas concentrations 15. Feb 2100 05:56:15 CO2 = 1130.0732 CH4 = 2419.92 N2O = 391.624 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-15 08:15:00 begin of timestep (day): 12 (run): 1452 0: MPIOM: current date: 2100-02-15 09:00:00 begin of timestep (day): 13 (run): 1453 0: MPIOM: current date: 2100-02-15 09:45:00 begin of timestep (day): 14 (run): 1454 384: Radiation calculated for : 15. Feb 2100 07:56:15 0: MPIOM: current date: 2100-02-15 10:30:00 begin of timestep (day): 15 (run): 1455 384: Greenhouse gas concentrations 15. Feb 2100 07:56:15 CO2 = 1130.0764 CH4 = 2419.91 N2O = 391.624 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-15 11:15:00 begin of timestep (day): 16 (run): 1456 0: MPIOM: current date: 2100-02-15 12:00:00 begin of timestep (day): 17 (run): 1457 0: MPIOM: current date: 2100-02-15 12:45:00 begin of timestep (day): 18 (run): 1458 0: MPIOM: current date: 2100-02-15 13:30:00 begin of timestep (day): 19 (run): 1459 384: Radiation calculated for : 15. Feb 2100 09:56:15 384: Greenhouse gas concentrations 15. Feb 2100 09:56:15 CO2 = 1130.0795 CH4 = 2419.91 N2O = 391.624 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-15 14:15:00 begin of timestep (day): 20 (run): 1460 0: MPIOM: current date: 2100-02-15 15:00:00 begin of timestep (day): 21 (run): 1461 0: MPIOM: current date: 2100-02-15 15:45:00 begin of timestep (day): 22 (run): 1462 384: Radiation calculated for : 15. Feb 2100 11:56:15 384: Greenhouse gas concentrations 15. Feb 2100 11:56:15 CO2 = 1130.0826 CH4 = 2419.91 N2O = 391.624 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-15 16:30:00 begin of timestep (day): 23 (run): 1463 0: MPIOM: current date: 2100-02-15 17:15:00 begin of timestep (day): 24 (run): 1464 0: MPIOM: current date: 2100-02-15 18:00:00 begin of timestep (day): 25 (run): 1465 0: MPIOM: current date: 2100-02-15 18:45:00 begin of timestep (day): 26 (run): 1466 384: Radiation calculated for : 15. Feb 2100 13:56:15 384: Greenhouse gas concentrations 15. Feb 2100 13:56:15 CO2 = 1130.0857 CH4 = 2419.91 N2O = 391.624 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-15 19:30:00 begin of timestep (day): 27 (run): 1467 0: MPIOM: current date: 2100-02-15 20:15:00 begin of timestep (day): 28 (run): 1468 0: MPIOM: current date: 2100-02-15 21:00:00 begin of timestep (day): 29 (run): 1469 0: MPIOM: current date: 2100-02-15 21:45:00 begin of timestep (day): 30 (run): 1470 384: Radiation calculated for : 15. Feb 2100 15:56:15 384: Greenhouse gas concentrations 15. Feb 2100 15:56:15 CO2 = 1130.0888 CH4 = 2419.90 N2O = 391.624 CFC = 51.80 209.61 0: MPIOM: current date: 2100-02-15 22:30:00 begin of timestep (day): 31 (run): 1471 0: MPIOM: current date: 2100-02-15 23:15:00 begin of timestep (day): 32 (run): 1472 0: MPIOM: current date: 2100-02-16 00:00:00 begin of timestep (day): 1 (run): 1473 384: Radiation calculated for : 15. Feb 2100 17:56:15 384: Greenhouse gas concentrations 15. Feb 2100 17:56:15 CO2 = 1130.0920 CH4 = 2419.90 N2O = 391.624 CFC = 51.80 209.61 384: Radiation calculated for : 15. Feb 2100 19:56:15 384: Greenhouse gas concentrations 15. Feb 2100 19:56:15 CO2 = 1130.0951 CH4 = 2419.90 N2O = 391.624 CFC = 51.80 209.60 384: Radiation calculated for : 15. Feb 2100 21:56:15 384: Greenhouse gas concentrations 15. Feb 2100 21:56:15 CO2 = 1130.0982 CH4 = 2419.89 N2O = 391.625 CFC = 51.80 209.60 384: Radiation calculated for : 15. Feb 2100 23:56:15 384: Greenhouse gas concentrations 15. Feb 2100 23:56:15 CO2 = 1130.1013 CH4 = 2419.89 N2O = 391.625 CFC = 51.80 209.60 384: hydrology_model: Water budget change: -2.384185791015625E-007 m3/s 384: hydrology_model: global discharge: 870364.732206829 m3/s 384: hydrology_model: precip-evap (on ocean): -1497368.23641401 m3/s 384: water_budget_corr: P-E correction: -24525.8368609472 m3/s 384: water_budget_corr: slm/slf residuum: 60176.9152202964 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -917.661988604635 m3/s 384: water_budget_corr: awfre corrected: -1522811.73526358 m3/s 384: water_budget_corr: river discharge: 870364.732206829 m3/s 384: water_budget_corr: water to ocean: -652447.003056747 m3/s 384: Write GRIB1 output for : 15. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.66046712114 , n2 = 802000.000247124 , o2 = 0: 196800.000100164 384: CO2 flux correction (global): -4.048664297751961E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-16 00:45:00 begin of timestep (day): 2 (run): 1474 384: 2100-02-16 00h: Read: Valid: 2100-03-16 12h: lightning_frq (lightning.nc, 3), avg = 0.0000 0: MPIOM: current date: 2100-02-16 01:30:00 begin of timestep (day): 3 (run): 1475 0: MPIOM: current date: 2100-02-16 02:15:00 begin of timestep (day): 4 (run): 1476 384: Radiation calculated for : 16. Feb 2100 01:56:15 384: Greenhouse gas concentrations 16. Feb 2100 01:56:15 CO2 = 1130.1044 CH4 = 2419.89 N2O = 391.625 CFC = 51.80 209.60 0: MPIOM: current date: 2100-02-16 03:00:00 begin of timestep (day): 5 (run): 1477 0: MPIOM: current date: 2100-02-16 03:45:00 begin of timestep (day): 6 (run): 1478 0: MPIOM: current date: 2100-02-16 04:30:00 begin of timestep (day): 7 (run): 1479 0: MPIOM: current date: 2100-02-16 05:15:00 begin of timestep (day): 8 (run): 1480 384: Radiation calculated for : 16. Feb 2100 03:56:15 384: Greenhouse gas concentrations 16. Feb 2100 03:56:15 CO2 = 1130.1075 CH4 = 2419.89 N2O = 391.625 CFC = 51.80 209.60 0: MPIOM: current date: 2100-02-16 06:00:00 begin of timestep (day): 9 (run): 1481 0: MPIOM: current date: 2100-02-16 06:45:00 begin of timestep (day): 10 (run): 1482 0: MPIOM: current date: 2100-02-16 07:30:00 begin of timestep (day): 11 (run): 1483 384: Radiation calculated for : 16. Feb 2100 05:56:15 0: MPIOM: current date: 2100-02-16 08:15:00 begin of timestep (day): 12 (run): 1484 384: Greenhouse gas concentrations 16. Feb 2100 05:56:15 CO2 = 1130.1107 CH4 = 2419.88 N2O = 391.625 CFC = 51.80 209.60 0: MPIOM: current date: 2100-02-16 09:00:00 begin of timestep (day): 13 (run): 1485 0: MPIOM: current date: 2100-02-16 09:45:00 begin of timestep (day): 14 (run): 1486 0: MPIOM: current date: 2100-02-16 10:30:00 begin of timestep (day): 15 (run): 1487 384: Radiation calculated for : 16. Feb 2100 07:56:15 384: Greenhouse gas concentrations 16. Feb 2100 07:56:15 CO2 = 1130.1138 CH4 = 2419.88 N2O = 391.625 CFC = 51.80 209.60 0: MPIOM: current date: 2100-02-16 11:15:00 begin of timestep (day): 16 (run): 1488 0: MPIOM: current date: 2100-02-16 12:00:00 begin of timestep (day): 17 (run): 1489 0: MPIOM: current date: 2100-02-16 12:45:00 begin of timestep (day): 18 (run): 1490 0: MPIOM: current date: 2100-02-16 13:30:00 begin of timestep (day): 19 (run): 1491 384: Radiation calculated for : 16. Feb 2100 09:56:15 384: Greenhouse gas concentrations 16. Feb 2100 09:56:15 CO2 = 1130.1169 CH4 = 2419.88 N2O = 391.625 CFC = 51.80 209.60 0: MPIOM: current date: 2100-02-16 14:15:00 begin of timestep (day): 20 (run): 1492 0: MPIOM: current date: 2100-02-16 15:00:00 begin of timestep (day): 21 (run): 1493 0: MPIOM: current date: 2100-02-16 15:45:00 begin of timestep (day): 22 (run): 1494 0: MPIOM: current date: 2100-02-16 16:30:00 begin of timestep (day): 23 (run): 1495 384: Radiation calculated for : 16. Feb 2100 11:56:15 384: Greenhouse gas concentrations 16. Feb 2100 11:56:15 CO2 = 1130.1200 CH4 = 2419.88 N2O = 391.625 CFC = 51.80 209.60 0: MPIOM: current date: 2100-02-16 17:15:00 begin of timestep (day): 24 (run): 1496 0: MPIOM: current date: 2100-02-16 18:00:00 begin of timestep (day): 25 (run): 1497 0: MPIOM: current date: 2100-02-16 18:45:00 begin of timestep (day): 26 (run): 1498 0: MPIOM: current date: 2100-02-16 19:30:00 begin of timestep (day): 27 (run): 1499 384: Radiation calculated for : 16. Feb 2100 13:56:15 384: Greenhouse gas concentrations 16. Feb 2100 13:56:15 CO2 = 1130.1231 CH4 = 2419.87 N2O = 391.625 CFC = 51.80 209.60 0: MPIOM: current date: 2100-02-16 20:15:00 begin of timestep (day): 28 (run): 1500 0: MPIOM: current date: 2100-02-16 21:00:00 begin of timestep (day): 29 (run): 1501 0: MPIOM: current date: 2100-02-16 21:45:00 begin of timestep (day): 30 (run): 1502 0: MPIOM: current date: 2100-02-16 22:30:00 begin of timestep (day): 31 (run): 1503 384: Radiation calculated for : 16. Feb 2100 15:56:15 384: Greenhouse gas concentrations 16. Feb 2100 15:56:15 CO2 = 1130.1263 CH4 = 2419.87 N2O = 391.626 CFC = 51.80 209.60 0: MPIOM: current date: 2100-02-16 23:15:00 begin of timestep (day): 32 (run): 1504 0: MPIOM: current date: 2100-02-17 00:00:00 begin of timestep (day): 1 (run): 1505 384: Radiation calculated for : 16. Feb 2100 17:56:15 384: Greenhouse gas concentrations 16. Feb 2100 17:56:15 CO2 = 1130.1294 CH4 = 2419.87 N2O = 391.626 CFC = 51.80 209.60 384: Radiation calculated for : 16. Feb 2100 19:56:15 384: Greenhouse gas concentrations 16. Feb 2100 19:56:15 CO2 = 1130.1325 CH4 = 2419.86 N2O = 391.626 CFC = 51.80 209.60 384: Radiation calculated for : 16. Feb 2100 21:56:15 384: Greenhouse gas concentrations 16. Feb 2100 21:56:15 CO2 = 1130.1356 CH4 = 2419.86 N2O = 391.626 CFC = 51.80 209.60 384: Radiation calculated for : 16. Feb 2100 23:56:15 384: Greenhouse gas concentrations 16. Feb 2100 23:56:15 CO2 = 1130.1387 CH4 = 2419.86 N2O = 391.626 CFC = 51.80 209.60 384: hydrology_model: Water budget change: -8.940696716308594E-007 m3/s 384: hydrology_model: global discharge: 886039.132705911 m3/s 384: hydrology_model: precip-evap (on ocean): -2198621.32249839 m3/s 384: water_budget_corr: P-E correction: 9649.75598047480 m3/s 384: water_budget_corr: slm/slf residuum: 61918.8539586468 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1368.44634281475 m3/s 384: water_budget_corr: awfre corrected: -2190340.01286069 m3/s 384: water_budget_corr: river discharge: 886039.132705911 m3/s 384: water_budget_corr: water to ocean: -1304300.88015480 m3/s 384: Write GRIB1 output for : 16. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.555930735989407E-010 kg m-2 s-1 0: co2 = 1053.50951715642 , n2 = 802000.000300699 , o2 = 0: 196800.000153698 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-17 00:45:00 begin of timestep (day): 2 (run): 1506 0: MPIOM: current date: 2100-02-17 01:30:00 begin of timestep (day): 3 (run): 1507 384: Radiation calculated for : 17. Feb 2100 01:56:15 384: Greenhouse gas concentrations 17. Feb 2100 01:56:15 CO2 = 1130.1419 CH4 = 2419.86 N2O = 391.626 CFC = 51.79 209.60 0: MPIOM: current date: 2100-02-17 02:15:00 begin of timestep (day): 4 (run): 1508 0: MPIOM: current date: 2100-02-17 03:00:00 begin of timestep (day): 5 (run): 1509 0: MPIOM: current date: 2100-02-17 03:45:00 begin of timestep (day): 6 (run): 1510 0: MPIOM: current date: 2100-02-17 04:30:00 begin of timestep (day): 7 (run): 1511 384: Radiation calculated for : 17. Feb 2100 03:56:15 384: Greenhouse gas concentrations 17. Feb 2100 03:56:15 CO2 = 1130.1450 CH4 = 2419.85 N2O = 391.626 CFC = 51.79 209.60 0: MPIOM: current date: 2100-02-17 05:15:00 begin of timestep (day): 8 (run): 1512 0: MPIOM: current date: 2100-02-17 06:00:00 begin of timestep (day): 9 (run): 1513 0: MPIOM: current date: 2100-02-17 06:45:00 begin of timestep (day): 10 (run): 1514 0: MPIOM: current date: 2100-02-17 07:30:00 begin of timestep (day): 11 (run): 1515 384: Radiation calculated for : 17. Feb 2100 05:56:15 384: Greenhouse gas concentrations 17. Feb 2100 05:56:15 CO2 = 1130.1481 CH4 = 2419.85 N2O = 391.626 CFC = 51.79 209.60 0: MPIOM: current date: 2100-02-17 08:15:00 begin of timestep (day): 12 (run): 1516 0: MPIOM: current date: 2100-02-17 09:00:00 begin of timestep (day): 13 (run): 1517 0: MPIOM: current date: 2100-02-17 09:45:00 begin of timestep (day): 14 (run): 1518 0: MPIOM: current date: 2100-02-17 10:30:00 begin of timestep (day): 15 (run): 1519 384: Radiation calculated for : 17. Feb 2100 07:56:15 384: Greenhouse gas concentrations 17. Feb 2100 07:56:15 CO2 = 1130.1512 CH4 = 2419.85 N2O = 391.626 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-17 11:15:00 begin of timestep (day): 16 (run): 1520 0: MPIOM: current date: 2100-02-17 12:00:00 begin of timestep (day): 17 (run): 1521 0: MPIOM: current date: 2100-02-17 12:45:00 begin of timestep (day): 18 (run): 1522 384: Radiation calculated for : 17. Feb 2100 09:56:15 384: Greenhouse gas concentrations 17. Feb 2100 09:56:15 CO2 = 1130.1543 CH4 = 2419.84 N2O = 391.627 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-17 13:30:00 begin of timestep (day): 19 (run): 1523 0: MPIOM: current date: 2100-02-17 14:15:00 begin of timestep (day): 20 (run): 1524 0: MPIOM: current date: 2100-02-17 15:00:00 begin of timestep (day): 21 (run): 1525 0: MPIOM: current date: 2100-02-17 15:45:00 begin of timestep (day): 22 (run): 1526 384: Radiation calculated for : 17. Feb 2100 11:56:15 384: Greenhouse gas concentrations 17. Feb 2100 11:56:15 CO2 = 1130.1574 CH4 = 2419.84 N2O = 391.627 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-17 16:30:00 begin of timestep (day): 23 (run): 1527 0: MPIOM: current date: 2100-02-17 17:15:00 begin of timestep (day): 24 (run): 1528 0: MPIOM: current date: 2100-02-17 18:00:00 begin of timestep (day): 25 (run): 1529 0: MPIOM: current date: 2100-02-17 18:45:00 begin of timestep (day): 26 (run): 1530 384: Radiation calculated for : 17. Feb 2100 13:56:15 384: Greenhouse gas concentrations 17. Feb 2100 13:56:15 CO2 = 1130.1606 CH4 = 2419.84 N2O = 391.627 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-17 19:30:00 begin of timestep (day): 27 (run): 1531 0: MPIOM: current date: 2100-02-17 20:15:00 begin of timestep (day): 28 (run): 1532 0: MPIOM: current date: 2100-02-17 21:00:00 begin of timestep (day): 29 (run): 1533 0: MPIOM: current date: 2100-02-17 21:45:00 begin of timestep (day): 30 (run): 1534 384: Radiation calculated for : 17. Feb 2100 15:56:15 384: Greenhouse gas concentrations 17. Feb 2100 15:56:15 CO2 = 1130.1637 CH4 = 2419.84 N2O = 391.627 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-17 22:30:00 begin of timestep (day): 31 (run): 1535 0: MPIOM: current date: 2100-02-17 23:15:00 begin of timestep (day): 32 (run): 1536 0: MPIOM: current date: 2100-02-18 00:00:00 begin of timestep (day): 1 (run): 1537 384: Radiation calculated for : 17. Feb 2100 17:56:15 384: Greenhouse gas concentrations 17. Feb 2100 17:56:15 CO2 = 1130.1668 CH4 = 2419.83 N2O = 391.627 CFC = 51.79 209.59 384: Radiation calculated for : 17. Feb 2100 19:56:15 384: Greenhouse gas concentrations 17. Feb 2100 19:56:15 CO2 = 1130.1699 CH4 = 2419.83 N2O = 391.627 CFC = 51.79 209.59 384: Radiation calculated for : 17. Feb 2100 21:56:15 384: Greenhouse gas concentrations 17. Feb 2100 21:56:15 CO2 = 1130.1730 CH4 = 2419.83 N2O = 391.627 CFC = 51.79 209.59 384: Radiation calculated for : 17. Feb 2100 23:56:15 384: Greenhouse gas concentrations 17. Feb 2100 23:56:15 CO2 = 1130.1762 CH4 = 2419.83 N2O = 391.627 CFC = 51.79 209.59 384: hydrology_model: Water budget change: 6.556510925292969E-007 m3/s 384: hydrology_model: global discharge: 895396.073138647 m3/s 384: hydrology_model: precip-evap (on ocean): -2498898.79956931 m3/s 384: water_budget_corr: P-E correction: -24850.5148037441 m3/s 384: water_budget_corr: slm/slf residuum: 60162.0974597288 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 29.0644622215599 m3/s 384: water_budget_corr: awfre corrected: -2523720.24991085 m3/s 384: water_budget_corr: river discharge: 895396.073138647 m3/s 384: water_budget_corr: water to ocean: -1628324.17677220 m3/s 384: Write GRIB1 output for : 17. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.48645202848 , n2 = 802000.000326446 , o2 = 0: 196800.000250494 384: CO2 flux correction (global): -6.293710834879468E-012 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-18 00:45:00 begin of timestep (day): 2 (run): 1538 0: MPIOM: current date: 2100-02-18 01:30:00 begin of timestep (day): 3 (run): 1539 384: Radiation calculated for : 18. Feb 2100 01:56:15 384: Greenhouse gas concentrations 18. Feb 2100 01:56:15 CO2 = 1130.1793 CH4 = 2419.82 N2O = 391.627 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-18 02:15:00 begin of timestep (day): 4 (run): 1540 0: MPIOM: current date: 2100-02-18 03:00:00 begin of timestep (day): 5 (run): 1541 0: MPIOM: current date: 2100-02-18 03:45:00 begin of timestep (day): 6 (run): 1542 0: MPIOM: current date: 2100-02-18 04:30:00 begin of timestep (day): 7 (run): 1543 384: Radiation calculated for : 18. Feb 2100 03:56:15 384: Greenhouse gas concentrations 18. Feb 2100 03:56:15 CO2 = 1130.1824 CH4 = 2419.82 N2O = 391.627 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-18 05:15:00 begin of timestep (day): 8 (run): 1544 0: MPIOM: current date: 2100-02-18 06:00:00 begin of timestep (day): 9 (run): 1545 0: MPIOM: current date: 2100-02-18 06:45:00 begin of timestep (day): 10 (run): 1546 0: MPIOM: current date: 2100-02-18 07:30:00 begin of timestep (day): 11 (run): 1547 384: Radiation calculated for : 18. Feb 2100 05:56:15 384: Greenhouse gas concentrations 18. Feb 2100 05:56:15 CO2 = 1130.1855 CH4 = 2419.82 N2O = 391.628 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-18 08:15:00 begin of timestep (day): 12 (run): 1548 0: MPIOM: current date: 2100-02-18 09:00:00 begin of timestep (day): 13 (run): 1549 0: MPIOM: current date: 2100-02-18 09:45:00 begin of timestep (day): 14 (run): 1550 0: MPIOM: current date: 2100-02-18 10:30:00 begin of timestep (day): 15 (run): 1551 384: Radiation calculated for : 18. Feb 2100 07:56:15 384: Greenhouse gas concentrations 18. Feb 2100 07:56:15 CO2 = 1130.1886 CH4 = 2419.81 N2O = 391.628 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-18 11:15:00 begin of timestep (day): 16 (run): 1552 0: MPIOM: current date: 2100-02-18 12:00:00 begin of timestep (day): 17 (run): 1553 0: MPIOM: current date: 2100-02-18 12:45:00 begin of timestep (day): 18 (run): 1554 0: MPIOM: current date: 2100-02-18 13:30:00 begin of timestep (day): 19 (run): 1555 384: Radiation calculated for : 18. Feb 2100 09:56:15 384: Greenhouse gas concentrations 18. Feb 2100 09:56:15 CO2 = 1130.1918 CH4 = 2419.81 N2O = 391.628 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-18 14:15:00 begin of timestep (day): 20 (run): 1556 0: MPIOM: current date: 2100-02-18 15:00:00 begin of timestep (day): 21 (run): 1557 0: MPIOM: current date: 2100-02-18 15:45:00 begin of timestep (day): 22 (run): 1558 384: Radiation calculated for : 18. Feb 2100 11:56:15 0: MPIOM: current date: 2100-02-18 16:30:00 begin of timestep (day): 23 (run): 1559 384: Greenhouse gas concentrations 18. Feb 2100 11:56:15 CO2 = 1130.1949 CH4 = 2419.81 N2O = 391.628 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-18 17:15:00 begin of timestep (day): 24 (run): 1560 0: MPIOM: current date: 2100-02-18 18:00:00 begin of timestep (day): 25 (run): 1561 0: MPIOM: current date: 2100-02-18 18:45:00 begin of timestep (day): 26 (run): 1562 384: Radiation calculated for : 18. Feb 2100 13:56:15 384: Greenhouse gas concentrations 18. Feb 2100 13:56:15 CO2 = 1130.1980 CH4 = 2419.81 N2O = 391.628 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-18 19:30:00 begin of timestep (day): 27 (run): 1563 0: MPIOM: current date: 2100-02-18 20:15:00 begin of timestep (day): 28 (run): 1564 0: MPIOM: current date: 2100-02-18 21:00:00 begin of timestep (day): 29 (run): 1565 0: MPIOM: current date: 2100-02-18 21:45:00 begin of timestep (day): 30 (run): 1566 384: Radiation calculated for : 18. Feb 2100 15:56:15 384: Greenhouse gas concentrations 18. Feb 2100 15:56:15 CO2 = 1130.2011 CH4 = 2419.80 N2O = 391.628 CFC = 51.79 209.59 0: MPIOM: current date: 2100-02-18 22:30:00 begin of timestep (day): 31 (run): 1567 0: MPIOM: current date: 2100-02-18 23:15:00 begin of timestep (day): 32 (run): 1568 0: MPIOM: current date: 2100-02-19 00:00:00 begin of timestep (day): 1 (run): 1569 384: Radiation calculated for : 18. Feb 2100 17:56:15 384: Greenhouse gas concentrations 18. Feb 2100 17:56:15 CO2 = 1130.2042 CH4 = 2419.80 N2O = 391.628 CFC = 51.79 209.59 384: Radiation calculated for : 18. Feb 2100 19:56:15 384: Greenhouse gas concentrations 18. Feb 2100 19:56:15 CO2 = 1130.2073 CH4 = 2419.80 N2O = 391.628 CFC = 51.79 209.58 384: Radiation calculated for : 18. Feb 2100 21:56:15 384: Greenhouse gas concentrations 18. Feb 2100 21:56:15 CO2 = 1130.2105 CH4 = 2419.79 N2O = 391.628 CFC = 51.79 209.58 384: Radiation calculated for : 18. Feb 2100 23:56:15 384: Greenhouse gas concentrations 18. Feb 2100 23:56:15 CO2 = 1130.2136 CH4 = 2419.79 N2O = 391.629 CFC = 51.79 209.58 384: hydrology_model: Water budget change: 5.066394805908203E-007 m3/s 384: hydrology_model: global discharge: 931074.183363414 m3/s 384: hydrology_model: precip-evap (on ocean): -1132285.53490927 m3/s 384: water_budget_corr: P-E correction: -75180.7558273003 m3/s 384: water_budget_corr: slm/slf residuum: 60746.6221246831 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 50.1502953538854 m3/s 384: water_budget_corr: awfre corrected: -1207416.14044121 m3/s 384: water_budget_corr: river discharge: 931074.183363414 m3/s 384: water_budget_corr: water to ocean: -276341.957077790 m3/s 384: Write GRIB1 output for : 18. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.54031326441 , n2 = 802000.000291015 , o2 = 0: 196800.000261615 384: CO2 flux correction (global): -4.216028883310876E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-19 00:45:00 begin of timestep (day): 2 (run): 1570 0: MPIOM: current date: 2100-02-19 01:30:00 begin of timestep (day): 3 (run): 1571 384: Radiation calculated for : 19. Feb 2100 01:56:15 384: Greenhouse gas concentrations 19. Feb 2100 01:56:15 CO2 = 1130.2167 CH4 = 2419.79 N2O = 391.629 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-19 02:15:00 begin of timestep (day): 4 (run): 1572 0: MPIOM: current date: 2100-02-19 03:00:00 begin of timestep (day): 5 (run): 1573 0: MPIOM: current date: 2100-02-19 03:45:00 begin of timestep (day): 6 (run): 1574 0: MPIOM: current date: 2100-02-19 04:30:00 begin of timestep (day): 7 (run): 1575 384: Radiation calculated for : 19. Feb 2100 03:56:15 384: Greenhouse gas concentrations 19. Feb 2100 03:56:15 CO2 = 1130.2198 CH4 = 2419.79 N2O = 391.629 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-19 05:15:00 begin of timestep (day): 8 (run): 1576 0: MPIOM: current date: 2100-02-19 06:00:00 begin of timestep (day): 9 (run): 1577 0: MPIOM: current date: 2100-02-19 06:45:00 begin of timestep (day): 10 (run): 1578 0: MPIOM: current date: 2100-02-19 07:30:00 begin of timestep (day): 11 (run): 1579 384: Radiation calculated for : 19. Feb 2100 05:56:15 384: Greenhouse gas concentrations 19. Feb 2100 05:56:15 CO2 = 1130.2229 CH4 = 2419.78 N2O = 391.629 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-19 08:15:00 begin of timestep (day): 12 (run): 1580 0: MPIOM: current date: 2100-02-19 09:00:00 begin of timestep (day): 13 (run): 1581 0: MPIOM: current date: 2100-02-19 09:45:00 begin of timestep (day): 14 (run): 1582 0: MPIOM: current date: 2100-02-19 10:30:00 begin of timestep (day): 15 (run): 1583 384: Radiation calculated for : 19. Feb 2100 07:56:15 384: Greenhouse gas concentrations 19. Feb 2100 07:56:15 CO2 = 1130.2261 CH4 = 2419.78 N2O = 391.629 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-19 11:15:00 begin of timestep (day): 16 (run): 1584 0: MPIOM: current date: 2100-02-19 12:00:00 begin of timestep (day): 17 (run): 1585 0: MPIOM: current date: 2100-02-19 12:45:00 begin of timestep (day): 18 (run): 1586 0: MPIOM: current date: 2100-02-19 13:30:00 begin of timestep (day): 19 (run): 1587 384: Radiation calculated for : 19. Feb 2100 09:56:15 384: Greenhouse gas concentrations 19. Feb 2100 09:56:15 CO2 = 1130.2292 CH4 = 2419.78 N2O = 391.629 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-19 14:15:00 begin of timestep (day): 20 (run): 1588 0: MPIOM: current date: 2100-02-19 15:00:00 begin of timestep (day): 21 (run): 1589 0: MPIOM: current date: 2100-02-19 15:45:00 begin of timestep (day): 22 (run): 1590 0: MPIOM: current date: 2100-02-19 16:30:00 begin of timestep (day): 23 (run): 1591 384: Radiation calculated for : 19. Feb 2100 11:56:15 384: Greenhouse gas concentrations 19. Feb 2100 11:56:15 CO2 = 1130.2323 CH4 = 2419.77 N2O = 391.629 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-19 17:15:00 begin of timestep (day): 24 (run): 1592 0: MPIOM: current date: 2100-02-19 18:00:00 begin of timestep (day): 25 (run): 1593 0: MPIOM: current date: 2100-02-19 18:45:00 begin of timestep (day): 26 (run): 1594 0: MPIOM: current date: 2100-02-19 19:30:00 begin of timestep (day): 27 (run): 1595 384: Radiation calculated for : 19. Feb 2100 13:56:15 384: Greenhouse gas concentrations 19. Feb 2100 13:56:15 CO2 = 1130.2354 CH4 = 2419.77 N2O = 391.629 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-19 20:15:00 begin of timestep (day): 28 (run): 1596 0: MPIOM: current date: 2100-02-19 21:00:00 begin of timestep (day): 29 (run): 1597 0: MPIOM: current date: 2100-02-19 21:45:00 begin of timestep (day): 30 (run): 1598 384: Radiation calculated for : 19. Feb 2100 15:56:15 0: MPIOM: current date: 2100-02-19 22:30:00 begin of timestep (day): 31 (run): 1599 384: Greenhouse gas concentrations 19. Feb 2100 15:56:15 CO2 = 1130.2385 CH4 = 2419.77 N2O = 391.629 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-19 23:15:00 begin of timestep (day): 32 (run): 1600 0: MPIOM: current date: 2100-02-20 00:00:00 begin of timestep (day): 1 (run): 1601 384: Radiation calculated for : 19. Feb 2100 17:56:15 384: Greenhouse gas concentrations 19. Feb 2100 17:56:15 CO2 = 1130.2417 CH4 = 2419.77 N2O = 391.629 CFC = 51.79 209.58 384: Radiation calculated for : 19. Feb 2100 19:56:15 384: Greenhouse gas concentrations 19. Feb 2100 19:56:15 CO2 = 1130.2448 CH4 = 2419.76 N2O = 391.630 CFC = 51.79 209.58 384: Radiation calculated for : 19. Feb 2100 21:56:15 384: Greenhouse gas concentrations 19. Feb 2100 21:56:15 CO2 = 1130.2479 CH4 = 2419.76 N2O = 391.630 CFC = 51.79 209.58 384: Radiation calculated for : 19. Feb 2100 23:56:15 384: Greenhouse gas concentrations 19. Feb 2100 23:56:15 CO2 = 1130.2510 CH4 = 2419.76 N2O = 391.630 CFC = 51.79 209.58 384: hydrology_model: Water budget change: 8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 916453.954970923 m3/s 384: hydrology_model: precip-evap (on ocean): -1165708.82786504 m3/s 384: water_budget_corr: P-E correction: -61309.4684881411 m3/s 384: water_budget_corr: slm/slf residuum: 68693.6320751560 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1410.19451148176 m3/s 384: water_budget_corr: awfre corrected: -1228428.49086466 m3/s 384: water_budget_corr: river discharge: 916453.954970923 m3/s 384: water_budget_corr: water to ocean: -311974.535893744 m3/s 384: Write GRIB1 output for : 19. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.72944977235 , n2 = 802000.000214425 , o2 = 0: 196800.000085561 384: CO2 flux correction (global): -5.219484884260959E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-20 00:45:00 begin of timestep (day): 2 (run): 1602 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 288.750000000000 , lev 41 0: MPIOM: current date: 2100-02-20 01:30:00 begin of timestep (day): 3 (run): 1603 0: MPIOM: current date: 2100-02-20 02:15:00 begin of timestep (day): 4 (run): 1604 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 286.875000000000 , lev 40 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 286.875000000000 , lev 41 384: Radiation calculated for : 20. Feb 2100 01:56:15 384: Greenhouse gas concentrations 20. Feb 2100 01:56:15 CO2 = 1130.2541 CH4 = 2419.76 N2O = 391.630 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-20 03:00:00 begin of timestep (day): 5 (run): 1605 0: MPIOM: current date: 2100-02-20 03:45:00 begin of timestep (day): 6 (run): 1606 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 286.875000000000 , lev 40 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 286.875000000000 , lev 41 0: MPIOM: current date: 2100-02-20 04:30:00 begin of timestep (day): 7 (run): 1607 0: MPIOM: current date: 2100-02-20 05:15:00 begin of timestep (day): 8 (run): 1608 384: Radiation calculated for : 20. Feb 2100 03:56:15 0: MPIOM: current date: 2100-02-20 06:00:00 begin of timestep (day): 9 (run): 1609 384: Greenhouse gas concentrations 20. Feb 2100 03:56:15 CO2 = 1130.2572 CH4 = 2419.75 N2O = 391.630 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-20 06:45:00 begin of timestep (day): 10 (run): 1610 0: MPIOM: current date: 2100-02-20 07:30:00 begin of timestep (day): 11 (run): 1611 0: MPIOM: current date: 2100-02-20 08:15:00 begin of timestep (day): 12 (run): 1612 0: MPIOM: current date: 2100-02-20 09:00:00 begin of timestep (day): 13 (run): 1613 384: Radiation calculated for : 20. Feb 2100 05:56:15 384: Greenhouse gas concentrations 20. Feb 2100 05:56:15 CO2 = 1130.2604 CH4 = 2419.75 N2O = 391.630 CFC = 51.79 209.58 0: MPIOM: current date: 2100-02-20 09:45:00 begin of timestep (day): 14 (run): 1614 0: MPIOM: current date: 2100-02-20 10:30:00 begin of timestep (day): 15 (run): 1615 0: MPIOM: current date: 2100-02-20 11:15:00 begin of timestep (day): 16 (run): 1616 0: MPIOM: current date: 2100-02-20 12:00:00 begin of timestep (day): 17 (run): 1617 384: Radiation calculated for : 20. Feb 2100 07:56:15 384: Greenhouse gas concentrations 20. Feb 2100 07:56:15 CO2 = 1130.2635 CH4 = 2419.75 N2O = 391.630 CFC = 51.79 209.57 0: MPIOM: current date: 2100-02-20 12:45:00 begin of timestep (day): 18 (run): 1618 0: MPIOM: current date: 2100-02-20 13:30:00 begin of timestep (day): 19 (run): 1619 0: MPIOM: current date: 2100-02-20 14:15:00 begin of timestep (day): 20 (run): 1620 0: MPIOM: current date: 2100-02-20 15:00:00 begin of timestep (day): 21 (run): 1621 384: Radiation calculated for : 20. Feb 2100 09:56:15 384: Greenhouse gas concentrations 20. Feb 2100 09:56:15 CO2 = 1130.2666 CH4 = 2419.74 N2O = 391.630 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-20 15:45:00 begin of timestep (day): 22 (run): 1622 0: MPIOM: current date: 2100-02-20 16:30:00 begin of timestep (day): 23 (run): 1623 0: MPIOM: current date: 2100-02-20 17:15:00 begin of timestep (day): 24 (run): 1624 0: MPIOM: current date: 2100-02-20 18:00:00 begin of timestep (day): 25 (run): 1625 384: Radiation calculated for : 20. Feb 2100 11:56:15 384: Greenhouse gas concentrations 20. Feb 2100 11:56:15 CO2 = 1130.2697 CH4 = 2419.74 N2O = 391.630 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-20 18:45:00 begin of timestep (day): 26 (run): 1626 0: MPIOM: current date: 2100-02-20 19:30:00 begin of timestep (day): 27 (run): 1627 0: MPIOM: current date: 2100-02-20 20:15:00 begin of timestep (day): 28 (run): 1628 0: MPIOM: current date: 2100-02-20 21:00:00 begin of timestep (day): 29 (run): 1629 384: Radiation calculated for : 20. Feb 2100 13:56:15 384: Greenhouse gas concentrations 20. Feb 2100 13:56:15 CO2 = 1130.2728 CH4 = 2419.74 N2O = 391.631 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-20 21:45:00 begin of timestep (day): 30 (run): 1630 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 290.625000000000 , lev 44 0: MPIOM: current date: 2100-02-20 22:30:00 begin of timestep (day): 31 (run): 1631 0: MPIOM: current date: 2100-02-20 23:15:00 begin of timestep (day): 32 (run): 1632 0: MPIOM: current date: 2100-02-21 00:00:00 begin of timestep (day): 1 (run): 1633 384: Radiation calculated for : 20. Feb 2100 15:56:15 384: Greenhouse gas concentrations 20. Feb 2100 15:56:15 CO2 = 1130.2760 CH4 = 2419.74 N2O = 391.631 CFC = 51.78 209.57 384: Radiation calculated for : 20. Feb 2100 17:56:15 384: Greenhouse gas concentrations 20. Feb 2100 17:56:15 CO2 = 1130.2791 CH4 = 2419.73 N2O = 391.631 CFC = 51.78 209.57 384: Radiation calculated for : 20. Feb 2100 19:56:15 384: Greenhouse gas concentrations 20. Feb 2100 19:56:15 CO2 = 1130.2822 CH4 = 2419.73 N2O = 391.631 CFC = 51.78 209.57 384: Radiation calculated for : 20. Feb 2100 21:56:15 384: Greenhouse gas concentrations 20. Feb 2100 21:56:15 CO2 = 1130.2853 CH4 = 2419.73 N2O = 391.631 CFC = 51.78 209.57 384: Radiation calculated for : 20. Feb 2100 23:56:15 384: Greenhouse gas concentrations 20. Feb 2100 23:56:15 CO2 = 1130.2884 CH4 = 2419.72 N2O = 391.631 CFC = 51.78 209.57 384: hydrology_model: Water budget change: -8.344650268554688E-007 m3/s 384: hydrology_model: global discharge: 895668.322177169 m3/s 384: hydrology_model: precip-evap (on ocean): -2375702.06156461 m3/s 384: water_budget_corr: P-E correction: -53532.2909307820 m3/s 384: water_budget_corr: slm/slf residuum: 33870.1438821616 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1508.01812799108 m3/s 384: water_budget_corr: awfre corrected: -2430742.37062340 m3/s 384: water_budget_corr: river discharge: 895668.322177169 m3/s 384: water_budget_corr: water to ocean: -1535074.04844623 m3/s 384: Write GRIB1 output for : 20. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.029896889087318E-010 kg m-2 s-1 0: co2 = 1053.79113309998 , n2 = 802000.000230589 , o2 = 0: 196800.000136178 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-21 00:45:00 begin of timestep (day): 2 (run): 1634 0: MPIOM: current date: 2100-02-21 01:30:00 begin of timestep (day): 3 (run): 1635 384: Radiation calculated for : 21. Feb 2100 01:56:15 384: Greenhouse gas concentrations 21. Feb 2100 01:56:15 CO2 = 1130.2915 CH4 = 2419.72 N2O = 391.631 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-21 02:15:00 begin of timestep (day): 4 (run): 1636 0: MPIOM: current date: 2100-02-21 03:00:00 begin of timestep (day): 5 (run): 1637 0: MPIOM: current date: 2100-02-21 03:45:00 begin of timestep (day): 6 (run): 1638 0: MPIOM: current date: 2100-02-21 04:30:00 begin of timestep (day): 7 (run): 1639 384: Radiation calculated for : 21. Feb 2100 03:56:15 384: Greenhouse gas concentrations 21. Feb 2100 03:56:15 CO2 = 1130.2947 CH4 = 2419.72 N2O = 391.631 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-21 05:15:00 begin of timestep (day): 8 (run): 1640 0: MPIOM: current date: 2100-02-21 06:00:00 begin of timestep (day): 9 (run): 1641 0: MPIOM: current date: 2100-02-21 06:45:00 begin of timestep (day): 10 (run): 1642 0: MPIOM: current date: 2100-02-21 07:30:00 begin of timestep (day): 11 (run): 1643 384: Radiation calculated for : 21. Feb 2100 05:56:15 384: Greenhouse gas concentrations 21. Feb 2100 05:56:15 CO2 = 1130.2978 CH4 = 2419.72 N2O = 391.631 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-21 08:15:00 begin of timestep (day): 12 (run): 1644 0: MPIOM: current date: 2100-02-21 09:00:00 begin of timestep (day): 13 (run): 1645 0: MPIOM: current date: 2100-02-21 09:45:00 begin of timestep (day): 14 (run): 1646 0: MPIOM: current date: 2100-02-21 10:30:00 begin of timestep (day): 15 (run): 1647 384: Radiation calculated for : 21. Feb 2100 07:56:15 384: Greenhouse gas concentrations 21. Feb 2100 07:56:15 CO2 = 1130.3009 CH4 = 2419.71 N2O = 391.632 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-21 11:15:00 begin of timestep (day): 16 (run): 1648 0: MPIOM: current date: 2100-02-21 12:00:00 begin of timestep (day): 17 (run): 1649 0: MPIOM: current date: 2100-02-21 12:45:00 begin of timestep (day): 18 (run): 1650 0: MPIOM: current date: 2100-02-21 13:30:00 begin of timestep (day): 19 (run): 1651 384: Radiation calculated for : 21. Feb 2100 09:56:15 384: Greenhouse gas concentrations 21. Feb 2100 09:56:15 CO2 = 1130.3040 CH4 = 2419.71 N2O = 391.632 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-21 14:15:00 begin of timestep (day): 20 (run): 1652 0: MPIOM: current date: 2100-02-21 15:00:00 begin of timestep (day): 21 (run): 1653 0: MPIOM: current date: 2100-02-21 15:45:00 begin of timestep (day): 22 (run): 1654 0: MPIOM: current date: 2100-02-21 16:30:00 begin of timestep (day): 23 (run): 1655 384: Radiation calculated for : 21. Feb 2100 11:56:15 384: Greenhouse gas concentrations 21. Feb 2100 11:56:15 CO2 = 1130.3071 CH4 = 2419.71 N2O = 391.632 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-21 17:15:00 begin of timestep (day): 24 (run): 1656 0: MPIOM: current date: 2100-02-21 18:00:00 begin of timestep (day): 25 (run): 1657 0: MPIOM: current date: 2100-02-21 18:45:00 begin of timestep (day): 26 (run): 1658 0: MPIOM: current date: 2100-02-21 19:30:00 begin of timestep (day): 27 (run): 1659 0: MPIOM: current date: 2100-02-21 20:15:00 begin of timestep (day): 28 (run): 1660 384: Radiation calculated for : 21. Feb 2100 13:56:15 384: Greenhouse gas concentrations 21. Feb 2100 13:56:15 CO2 = 1130.3103 CH4 = 2419.71 N2O = 391.632 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-21 21:00:00 begin of timestep (day): 29 (run): 1661 0: MPIOM: current date: 2100-02-21 21:45:00 begin of timestep (day): 30 (run): 1662 0: MPIOM: current date: 2100-02-21 22:30:00 begin of timestep (day): 31 (run): 1663 0: MPIOM: current date: 2100-02-21 23:15:00 begin of timestep (day): 32 (run): 1664 384: Radiation calculated for : 21. Feb 2100 15:56:15 384: Greenhouse gas concentrations 21. Feb 2100 15:56:15 CO2 = 1130.3134 CH4 = 2419.70 N2O = 391.632 CFC = 51.78 209.57 0: MPIOM: current date: 2100-02-22 00:00:00 begin of timestep (day): 1 (run): 1665 384: Radiation calculated for : 21. Feb 2100 17:56:15 384: Greenhouse gas concentrations 21. Feb 2100 17:56:15 CO2 = 1130.3165 CH4 = 2419.70 N2O = 391.632 CFC = 51.78 209.57 384: Radiation calculated for : 21. Feb 2100 19:56:15 384: Greenhouse gas concentrations 21. Feb 2100 19:56:15 CO2 = 1130.3196 CH4 = 2419.70 N2O = 391.632 CFC = 51.78 209.56 384: Radiation calculated for : 21. Feb 2100 21:56:15 384: Greenhouse gas concentrations 21. Feb 2100 21:56:15 CO2 = 1130.3227 CH4 = 2419.69 N2O = 391.632 CFC = 51.78 209.56 384: Radiation calculated for : 21. Feb 2100 23:56:15 384: Greenhouse gas concentrations 21. Feb 2100 23:56:15 CO2 = 1130.3259 CH4 = 2419.69 N2O = 391.632 CFC = 51.78 209.56 384: hydrology_model: Water budget change: -5.364418029785156E-007 m3/s 384: hydrology_model: global discharge: 926900.607390604 m3/s 384: hydrology_model: precip-evap (on ocean): -1975897.63848160 m3/s 384: water_budget_corr: P-E correction: -48167.1494876491 m3/s 384: water_budget_corr: slm/slf residuum: 31950.0701156909 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -175.764180120481 m3/s 384: water_budget_corr: awfre corrected: -2024240.55214942 m3/s 384: water_budget_corr: river discharge: 926900.607390604 m3/s 384: water_budget_corr: water to ocean: -1097339.94475880 m3/s 384: Write GRIB1 output for : 21. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.039380692071204E-010 kg m-2 s-1 0: co2 = 1053.70797178195 , n2 = 802000.000290607 , o2 = 0: 196800.000189755 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-22 00:45:00 begin of timestep (day): 2 (run): 1666 0: MPIOM: current date: 2100-02-22 01:30:00 begin of timestep (day): 3 (run): 1667 384: Radiation calculated for : 22. Feb 2100 01:56:15 384: Greenhouse gas concentrations 22. Feb 2100 01:56:15 CO2 = 1130.3290 CH4 = 2419.69 N2O = 391.632 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-22 02:15:00 begin of timestep (day): 4 (run): 1668 0: MPIOM: current date: 2100-02-22 03:00:00 begin of timestep (day): 5 (run): 1669 0: MPIOM: current date: 2100-02-22 03:45:00 begin of timestep (day): 6 (run): 1670 0: MPIOM: current date: 2100-02-22 04:30:00 begin of timestep (day): 7 (run): 1671 384: Radiation calculated for : 22. Feb 2100 03:56:15 384: Greenhouse gas concentrations 22. Feb 2100 03:56:15 CO2 = 1130.3321 CH4 = 2419.69 N2O = 391.633 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-22 05:15:00 begin of timestep (day): 8 (run): 1672 0: MPIOM: current date: 2100-02-22 06:00:00 begin of timestep (day): 9 (run): 1673 0: MPIOM: current date: 2100-02-22 06:45:00 begin of timestep (day): 10 (run): 1674 0: MPIOM: current date: 2100-02-22 07:30:00 begin of timestep (day): 11 (run): 1675 384: Radiation calculated for : 22. Feb 2100 05:56:15 384: Greenhouse gas concentrations 22. Feb 2100 05:56:15 CO2 = 1130.3352 CH4 = 2419.68 N2O = 391.633 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-22 08:15:00 begin of timestep (day): 12 (run): 1676 0: MPIOM: current date: 2100-02-22 09:00:00 begin of timestep (day): 13 (run): 1677 0: MPIOM: current date: 2100-02-22 09:45:00 begin of timestep (day): 14 (run): 1678 0: MPIOM: current date: 2100-02-22 10:30:00 begin of timestep (day): 15 (run): 1679 384: Radiation calculated for : 22. Feb 2100 07:56:15 384: Greenhouse gas concentrations 22. Feb 2100 07:56:15 CO2 = 1130.3383 CH4 = 2419.68 N2O = 391.633 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-22 11:15:00 begin of timestep (day): 16 (run): 1680 0: MPIOM: current date: 2100-02-22 12:00:00 begin of timestep (day): 17 (run): 1681 0: MPIOM: current date: 2100-02-22 12:45:00 begin of timestep (day): 18 (run): 1682 0: MPIOM: current date: 2100-02-22 13:30:00 begin of timestep (day): 19 (run): 1683 384: Radiation calculated for : 22. Feb 2100 09:56:15 384: Greenhouse gas concentrations 22. Feb 2100 09:56:15 CO2 = 1130.3414 CH4 = 2419.68 N2O = 391.633 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-22 14:15:00 begin of timestep (day): 20 (run): 1684 0: MPIOM: current date: 2100-02-22 15:00:00 begin of timestep (day): 21 (run): 1685 0: MPIOM: current date: 2100-02-22 15:45:00 begin of timestep (day): 22 (run): 1686 0: MPIOM: current date: 2100-02-22 16:30:00 begin of timestep (day): 23 (run): 1687 384: Radiation calculated for : 22. Feb 2100 11:56:15 384: Greenhouse gas concentrations 22. Feb 2100 11:56:15 CO2 = 1130.3446 CH4 = 2419.67 N2O = 391.633 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-22 17:15:00 begin of timestep (day): 24 (run): 1688 0: MPIOM: current date: 2100-02-22 18:00:00 begin of timestep (day): 25 (run): 1689 0: MPIOM: current date: 2100-02-22 18:45:00 begin of timestep (day): 26 (run): 1690 0: MPIOM: current date: 2100-02-22 19:30:00 begin of timestep (day): 27 (run): 1691 0: MPIOM: current date: 2100-02-22 20:15:00 begin of timestep (day): 28 (run): 1692 384: Radiation calculated for : 22. Feb 2100 13:56:15 384: Greenhouse gas concentrations 22. Feb 2100 13:56:15 CO2 = 1130.3477 CH4 = 2419.67 N2O = 391.633 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-22 21:00:00 begin of timestep (day): 29 (run): 1693 0: MPIOM: current date: 2100-02-22 21:45:00 begin of timestep (day): 30 (run): 1694 0: MPIOM: current date: 2100-02-22 22:30:00 begin of timestep (day): 31 (run): 1695 0: MPIOM: current date: 2100-02-22 23:15:00 begin of timestep (day): 32 (run): 1696 384: Radiation calculated for : 22. Feb 2100 15:56:15 384: Greenhouse gas concentrations 22. Feb 2100 15:56:15 CO2 = 1130.3508 CH4 = 2419.67 N2O = 391.633 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-23 00:00:00 begin of timestep (day): 1 (run): 1697 384: Radiation calculated for : 22. Feb 2100 17:56:15 384: Greenhouse gas concentrations 22. Feb 2100 17:56:15 CO2 = 1130.3539 CH4 = 2419.67 N2O = 391.633 CFC = 51.78 209.56 384: Radiation calculated for : 22. Feb 2100 19:56:15 384: Greenhouse gas concentrations 22. Feb 2100 19:56:15 CO2 = 1130.3570 CH4 = 2419.66 N2O = 391.633 CFC = 51.78 209.56 384: Radiation calculated for : 22. Feb 2100 21:56:15 384: Greenhouse gas concentrations 22. Feb 2100 21:56:15 CO2 = 1130.3602 CH4 = 2419.66 N2O = 391.634 CFC = 51.78 209.56 384: Radiation calculated for : 22. Feb 2100 23:56:15 384: Greenhouse gas concentrations 22. Feb 2100 23:56:15 CO2 = 1130.3633 CH4 = 2419.66 N2O = 391.634 CFC = 51.78 209.56 384: hydrology_model: Water budget change: 8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 953169.523956225 m3/s 384: hydrology_model: precip-evap (on ocean): -2617574.78468675 m3/s 384: water_budget_corr: P-E correction: -29449.7091635420 m3/s 384: water_budget_corr: slm/slf residuum: 33656.6988107161 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1123.35520631473 m3/s 384: water_budget_corr: awfre corrected: -2648147.84905661 m3/s 384: water_budget_corr: river discharge: 953169.523956225 m3/s 384: water_budget_corr: water to ocean: -1694978.32510039 m3/s 384: Write GRIB1 output for : 22. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.016080923742142E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1053.74647798665 , n2 = 802000.000236604 , o2 = 0: 196800.000077295 0: MPIOM: current date: 2100-02-23 00:45:00 begin of timestep (day): 2 (run): 1698 0: MPIOM: current date: 2100-02-23 01:30:00 begin of timestep (day): 3 (run): 1699 384: Radiation calculated for : 23. Feb 2100 01:56:15 384: Greenhouse gas concentrations 23. Feb 2100 01:56:15 CO2 = 1130.3664 CH4 = 2419.66 N2O = 391.634 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-23 02:15:00 begin of timestep (day): 4 (run): 1700 0: MPIOM: current date: 2100-02-23 03:00:00 begin of timestep (day): 5 (run): 1701 0: MPIOM: current date: 2100-02-23 03:45:00 begin of timestep (day): 6 (run): 1702 384: Radiation calculated for : 23. Feb 2100 03:56:15 384: Greenhouse gas concentrations 23. Feb 2100 03:56:15 CO2 = 1130.3695 CH4 = 2419.65 N2O = 391.634 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-23 04:30:00 begin of timestep (day): 7 (run): 1703 0: MPIOM: current date: 2100-02-23 05:15:00 begin of timestep (day): 8 (run): 1704 0: MPIOM: current date: 2100-02-23 06:00:00 begin of timestep (day): 9 (run): 1705 0: MPIOM: current date: 2100-02-23 06:45:00 begin of timestep (day): 10 (run): 1706 384: Radiation calculated for : 23. Feb 2100 05:56:15 384: Greenhouse gas concentrations 23. Feb 2100 05:56:15 CO2 = 1130.3726 CH4 = 2419.65 N2O = 391.634 CFC = 51.78 209.56 0: MPIOM: current date: 2100-02-23 07:30:00 begin of timestep (day): 11 (run): 1707 0: MPIOM: current date: 2100-02-23 08:15:00 begin of timestep (day): 12 (run): 1708 0: MPIOM: current date: 2100-02-23 09:00:00 begin of timestep (day): 13 (run): 1709 0: MPIOM: current date: 2100-02-23 09:45:00 begin of timestep (day): 14 (run): 1710 384: Radiation calculated for : 23. Feb 2100 07:56:15 384: Greenhouse gas concentrations 23. Feb 2100 07:56:15 CO2 = 1130.3758 CH4 = 2419.65 N2O = 391.634 CFC = 51.78 209.55 0: MPIOM: current date: 2100-02-23 10:30:00 begin of timestep (day): 15 (run): 1711 0: MPIOM: current date: 2100-02-23 11:15:00 begin of timestep (day): 16 (run): 1712 0: MPIOM: current date: 2100-02-23 12:00:00 begin of timestep (day): 17 (run): 1713 0: MPIOM: current date: 2100-02-23 12:45:00 begin of timestep (day): 18 (run): 1714 0: MPIOM: current date: 2100-02-23 13:30:00 begin of timestep (day): 19 (run): 1715 384: Radiation calculated for : 23. Feb 2100 09:56:15 384: Greenhouse gas concentrations 23. Feb 2100 09:56:15 CO2 = 1130.3789 CH4 = 2419.64 N2O = 391.634 CFC = 51.78 209.55 0: MPIOM: current date: 2100-02-23 14:15:00 begin of timestep (day): 20 (run): 1716 0: MPIOM: current date: 2100-02-23 15:00:00 begin of timestep (day): 21 (run): 1717 0: MPIOM: current date: 2100-02-23 15:45:00 begin of timestep (day): 22 (run): 1718 0: MPIOM: current date: 2100-02-23 16:30:00 begin of timestep (day): 23 (run): 1719 384: Radiation calculated for : 23. Feb 2100 11:56:15 384: Greenhouse gas concentrations 23. Feb 2100 11:56:15 CO2 = 1130.3820 CH4 = 2419.64 N2O = 391.634 CFC = 51.78 209.55 0: MPIOM: current date: 2100-02-23 17:15:00 begin of timestep (day): 24 (run): 1720 0: MPIOM: current date: 2100-02-23 18:00:00 begin of timestep (day): 25 (run): 1721 0: MPIOM: current date: 2100-02-23 18:45:00 begin of timestep (day): 26 (run): 1722 384: Radiation calculated for : 23. Feb 2100 13:56:15 0: MPIOM: current date: 2100-02-23 19:30:00 begin of timestep (day): 27 (run): 1723 384: Greenhouse gas concentrations 23. Feb 2100 13:56:15 CO2 = 1130.3851 CH4 = 2419.64 N2O = 391.634 CFC = 51.78 209.55 0: MPIOM: current date: 2100-02-23 20:15:00 begin of timestep (day): 28 (run): 1724 0: MPIOM: current date: 2100-02-23 21:00:00 begin of timestep (day): 29 (run): 1725 0: MPIOM: current date: 2100-02-23 21:45:00 begin of timestep (day): 30 (run): 1726 0: MPIOM: current date: 2100-02-23 22:30:00 begin of timestep (day): 31 (run): 1727 384: Radiation calculated for : 23. Feb 2100 15:56:15 384: Greenhouse gas concentrations 23. Feb 2100 15:56:15 CO2 = 1130.3882 CH4 = 2419.64 N2O = 391.634 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-23 23:15:00 begin of timestep (day): 32 (run): 1728 0: MPIOM: current date: 2100-02-24 00:00:00 begin of timestep (day): 1 (run): 1729 384: Radiation calculated for : 23. Feb 2100 17:56:15 384: Greenhouse gas concentrations 23. Feb 2100 17:56:15 CO2 = 1130.3913 CH4 = 2419.63 N2O = 391.635 CFC = 51.77 209.55 384: Radiation calculated for : 23. Feb 2100 19:56:15 384: Greenhouse gas concentrations 23. Feb 2100 19:56:15 CO2 = 1130.3945 CH4 = 2419.63 N2O = 391.635 CFC = 51.77 209.55 384: Radiation calculated for : 23. Feb 2100 21:56:15 384: Greenhouse gas concentrations 23. Feb 2100 21:56:15 CO2 = 1130.3976 CH4 = 2419.63 N2O = 391.635 CFC = 51.77 209.55 384: Radiation calculated for : 23. Feb 2100 23:56:15 384: Greenhouse gas concentrations 23. Feb 2100 23:56:15 CO2 = 1130.4007 CH4 = 2419.62 N2O = 391.635 CFC = 51.77 209.55 384: hydrology_model: Water budget change: 8.344650268554688E-007 m3/s 384: hydrology_model: global discharge: 917152.934185664 m3/s 384: hydrology_model: precip-evap (on ocean): -2224066.13085333 m3/s 384: water_budget_corr: P-E correction: -31071.5370162735 m3/s 384: water_budget_corr: slm/slf residuum: 3355.58381140952 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2621.38092998680 m3/s 384: water_budget_corr: awfre corrected: -2257759.04879961 m3/s 384: water_budget_corr: river discharge: 917152.934185664 m3/s 384: water_budget_corr: water to ocean: -1340606.11461394 m3/s 384: Write GRIB1 output for : 23. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.529194787984931E-010 kg m-2 s-1 0: co2 = 1053.83198909989 , n2 = 802000.000196072 , o2 = 0: 196800.000021673 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-24 00:45:00 begin of timestep (day): 2 (run): 1730 0: MPIOM: current date: 2100-02-24 01:30:00 begin of timestep (day): 3 (run): 1731 384: Radiation calculated for : 24. Feb 2100 01:56:15 384: Greenhouse gas concentrations 24. Feb 2100 01:56:15 CO2 = 1130.4038 CH4 = 2419.62 N2O = 391.635 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-24 02:15:00 begin of timestep (day): 4 (run): 1732 0: MPIOM: current date: 2100-02-24 03:00:00 begin of timestep (day): 5 (run): 1733 0: MPIOM: current date: 2100-02-24 03:45:00 begin of timestep (day): 6 (run): 1734 0: MPIOM: current date: 2100-02-24 04:30:00 begin of timestep (day): 7 (run): 1735 384: Radiation calculated for : 24. Feb 2100 03:56:15 384: Greenhouse gas concentrations 24. Feb 2100 03:56:15 CO2 = 1130.4069 CH4 = 2419.62 N2O = 391.635 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-24 05:15:00 begin of timestep (day): 8 (run): 1736 0: MPIOM: current date: 2100-02-24 06:00:00 begin of timestep (day): 9 (run): 1737 0: MPIOM: current date: 2100-02-24 06:45:00 begin of timestep (day): 10 (run): 1738 0: MPIOM: current date: 2100-02-24 07:30:00 begin of timestep (day): 11 (run): 1739 384: Radiation calculated for : 24. Feb 2100 05:56:15 384: Greenhouse gas concentrations 24. Feb 2100 05:56:15 CO2 = 1130.4101 CH4 = 2419.62 N2O = 391.635 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-24 08:15:00 begin of timestep (day): 12 (run): 1740 0: MPIOM: current date: 2100-02-24 09:00:00 begin of timestep (day): 13 (run): 1741 0: MPIOM: current date: 2100-02-24 09:45:00 begin of timestep (day): 14 (run): 1742 384: Radiation calculated for : 24. Feb 2100 07:56:15 0: MPIOM: current date: 2100-02-24 10:30:00 begin of timestep (day): 15 (run): 1743 384: Greenhouse gas concentrations 24. Feb 2100 07:56:15 CO2 = 1130.4132 CH4 = 2419.61 N2O = 391.635 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-24 11:15:00 begin of timestep (day): 16 (run): 1744 0: MPIOM: current date: 2100-02-24 12:00:00 begin of timestep (day): 17 (run): 1745 0: MPIOM: current date: 2100-02-24 12:45:00 begin of timestep (day): 18 (run): 1746 0: MPIOM: current date: 2100-02-24 13:30:00 begin of timestep (day): 19 (run): 1747 384: Radiation calculated for : 24. Feb 2100 09:56:15 384: Greenhouse gas concentrations 24. Feb 2100 09:56:15 CO2 = 1130.4163 CH4 = 2419.61 N2O = 391.635 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-24 14:15:00 begin of timestep (day): 20 (run): 1748 0: MPIOM: current date: 2100-02-24 15:00:00 begin of timestep (day): 21 (run): 1749 0: MPIOM: current date: 2100-02-24 15:45:00 begin of timestep (day): 22 (run): 1750 0: MPIOM: current date: 2100-02-24 16:30:00 begin of timestep (day): 23 (run): 1751 384: Radiation calculated for : 24. Feb 2100 11:56:15 384: Greenhouse gas concentrations 24. Feb 2100 11:56:15 CO2 = 1130.4194 CH4 = 2419.61 N2O = 391.636 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-24 17:15:00 begin of timestep (day): 24 (run): 1752 0: MPIOM: current date: 2100-02-24 18:00:00 begin of timestep (day): 25 (run): 1753 0: MPIOM: current date: 2100-02-24 18:45:00 begin of timestep (day): 26 (run): 1754 384: Radiation calculated for : 24. Feb 2100 13:56:15 0: MPIOM: current date: 2100-02-24 19:30:00 begin of timestep (day): 27 (run): 1755 384: Greenhouse gas concentrations 24. Feb 2100 13:56:15 CO2 = 1130.4225 CH4 = 2419.60 N2O = 391.636 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-24 20:15:00 begin of timestep (day): 28 (run): 1756 0: MPIOM: current date: 2100-02-24 21:00:00 begin of timestep (day): 29 (run): 1757 0: MPIOM: current date: 2100-02-24 21:45:00 begin of timestep (day): 30 (run): 1758 384: Radiation calculated for : 24. Feb 2100 15:56:15 384: Greenhouse gas concentrations 24. Feb 2100 15:56:15 CO2 = 1130.4257 CH4 = 2419.60 N2O = 391.636 CFC = 51.77 209.55 0: MPIOM: current date: 2100-02-24 22:30:00 begin of timestep (day): 31 (run): 1759 0: MPIOM: current date: 2100-02-24 23:15:00 begin of timestep (day): 32 (run): 1760 0: MPIOM: current date: 2100-02-25 00:00:00 begin of timestep (day): 1 (run): 1761 384: Radiation calculated for : 24. Feb 2100 17:56:15 384: Greenhouse gas concentrations 24. Feb 2100 17:56:15 CO2 = 1130.4288 CH4 = 2419.60 N2O = 391.636 CFC = 51.77 209.55 384: Radiation calculated for : 24. Feb 2100 19:56:15 384: Greenhouse gas concentrations 24. Feb 2100 19:56:15 CO2 = 1130.4319 CH4 = 2419.60 N2O = 391.636 CFC = 51.77 209.54 384: Radiation calculated for : 24. Feb 2100 21:56:15 384: Greenhouse gas concentrations 24. Feb 2100 21:56:15 CO2 = 1130.4350 CH4 = 2419.59 N2O = 391.636 CFC = 51.77 209.54 384: Radiation calculated for : 24. Feb 2100 23:56:15 384: Greenhouse gas concentrations 24. Feb 2100 23:56:15 CO2 = 1130.4381 CH4 = 2419.59 N2O = 391.636 CFC = 51.77 209.54 384: hydrology_model: Water budget change: 2.086162567138672E-006 m3/s 384: hydrology_model: global discharge: 907245.006770001 m3/s 384: hydrology_model: precip-evap (on ocean): -1423723.69283024 m3/s 384: water_budget_corr: P-E correction: -75773.0752127052 m3/s 384: water_budget_corr: slm/slf residuum: 25782.2727340300 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3428.40834867818 m3/s 384: water_budget_corr: awfre corrected: -1502925.17639164 m3/s 384: water_budget_corr: river discharge: 907245.006770001 m3/s 384: water_budget_corr: water to ocean: -595680.169621638 m3/s 384: Write GRIB1 output for : 24. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.542937100065649E-010 kg m-2 s-1 0: co2 = 1053.88211921530 , n2 = 802000.000224260 , o2 = 0: 196800.000065883 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-25 00:45:00 begin of timestep (day): 2 (run): 1762 0: MPIOM: current date: 2100-02-25 01:30:00 begin of timestep (day): 3 (run): 1763 384: Radiation calculated for : 25. Feb 2100 01:56:15 384: Greenhouse gas concentrations 25. Feb 2100 01:56:15 CO2 = 1130.4412 CH4 = 2419.59 N2O = 391.636 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-25 02:15:00 begin of timestep (day): 4 (run): 1764 0: MPIOM: current date: 2100-02-25 03:00:00 begin of timestep (day): 5 (run): 1765 0: MPIOM: current date: 2100-02-25 03:45:00 begin of timestep (day): 6 (run): 1766 0: MPIOM: current date: 2100-02-25 04:30:00 begin of timestep (day): 7 (run): 1767 384: Radiation calculated for : 25. Feb 2100 03:56:15 384: Greenhouse gas concentrations 25. Feb 2100 03:56:15 CO2 = 1130.4444 CH4 = 2419.59 N2O = 391.636 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-25 05:15:00 begin of timestep (day): 8 (run): 1768 0: MPIOM: current date: 2100-02-25 06:00:00 begin of timestep (day): 9 (run): 1769 0: MPIOM: current date: 2100-02-25 06:45:00 begin of timestep (day): 10 (run): 1770 384: Radiation calculated for : 25. Feb 2100 05:56:15 384: Greenhouse gas concentrations 25. Feb 2100 05:56:15 CO2 = 1130.4475 CH4 = 2419.58 N2O = 391.637 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-25 07:30:00 begin of timestep (day): 11 (run): 1771 0: MPIOM: current date: 2100-02-25 08:15:00 begin of timestep (day): 12 (run): 1772 0: MPIOM: current date: 2100-02-25 09:00:00 begin of timestep (day): 13 (run): 1773 0: MPIOM: current date: 2100-02-25 09:45:00 begin of timestep (day): 14 (run): 1774 384: Radiation calculated for : 25. Feb 2100 07:56:15 384: Greenhouse gas concentrations 25. Feb 2100 07:56:15 CO2 = 1130.4506 CH4 = 2419.58 N2O = 391.637 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-25 10:30:00 begin of timestep (day): 15 (run): 1775 0: MPIOM: current date: 2100-02-25 11:15:00 begin of timestep (day): 16 (run): 1776 0: MPIOM: current date: 2100-02-25 12:00:00 begin of timestep (day): 17 (run): 1777 0: MPIOM: current date: 2100-02-25 12:45:00 begin of timestep (day): 18 (run): 1778 384: Radiation calculated for : 25. Feb 2100 09:56:15 384: Greenhouse gas concentrations 25. Feb 2100 09:56:15 CO2 = 1130.4537 CH4 = 2419.58 N2O = 391.637 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-25 13:30:00 begin of timestep (day): 19 (run): 1779 0: MPIOM: current date: 2100-02-25 14:15:00 begin of timestep (day): 20 (run): 1780 0: MPIOM: current date: 2100-02-25 15:00:00 begin of timestep (day): 21 (run): 1781 0: MPIOM: current date: 2100-02-25 15:45:00 begin of timestep (day): 22 (run): 1782 384: Radiation calculated for : 25. Feb 2100 11:56:15 384: Greenhouse gas concentrations 25. Feb 2100 11:56:15 CO2 = 1130.4568 CH4 = 2419.57 N2O = 391.637 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-25 16:30:00 begin of timestep (day): 23 (run): 1783 0: MPIOM: current date: 2100-02-25 17:15:00 begin of timestep (day): 24 (run): 1784 0: MPIOM: current date: 2100-02-25 18:00:00 begin of timestep (day): 25 (run): 1785 0: MPIOM: current date: 2100-02-25 18:45:00 begin of timestep (day): 26 (run): 1786 384: Radiation calculated for : 25. Feb 2100 13:56:15 384: Greenhouse gas concentrations 25. Feb 2100 13:56:15 CO2 = 1130.4600 CH4 = 2419.57 N2O = 391.637 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-25 19:30:00 begin of timestep (day): 27 (run): 1787 0: MPIOM: current date: 2100-02-25 20:15:00 begin of timestep (day): 28 (run): 1788 0: MPIOM: current date: 2100-02-25 21:00:00 begin of timestep (day): 29 (run): 1789 0: MPIOM: current date: 2100-02-25 21:45:00 begin of timestep (day): 30 (run): 1790 384: Radiation calculated for : 25. Feb 2100 15:56:15 384: Greenhouse gas concentrations 25. Feb 2100 15:56:15 CO2 = 1130.4631 CH4 = 2419.57 N2O = 391.637 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-25 22:30:00 begin of timestep (day): 31 (run): 1791 0: MPIOM: current date: 2100-02-25 23:15:00 begin of timestep (day): 32 (run): 1792 0: MPIOM: current date: 2100-02-26 00:00:00 begin of timestep (day): 1 (run): 1793 384: Radiation calculated for : 25. Feb 2100 17:56:15 384: Greenhouse gas concentrations 25. Feb 2100 17:56:15 CO2 = 1130.4662 CH4 = 2419.57 N2O = 391.637 CFC = 51.77 209.54 384: Radiation calculated for : 25. Feb 2100 19:56:15 384: Greenhouse gas concentrations 25. Feb 2100 19:56:15 CO2 = 1130.4693 CH4 = 2419.56 N2O = 391.637 CFC = 51.77 209.54 384: Radiation calculated for : 25. Feb 2100 21:56:15 384: Greenhouse gas concentrations 25. Feb 2100 21:56:15 CO2 = 1130.4724 CH4 = 2419.56 N2O = 391.637 CFC = 51.77 209.54 384: Radiation calculated for : 25. Feb 2100 23:56:15 384: Greenhouse gas concentrations 25. Feb 2100 23:56:15 CO2 = 1130.4756 CH4 = 2419.56 N2O = 391.637 CFC = 51.77 209.54 384: hydrology_model: Water budget change: -2.324581146240234E-006 m3/s 384: hydrology_model: global discharge: 915104.664990498 m3/s 384: hydrology_model: precip-evap (on ocean): -1882169.78695673 m3/s 384: water_budget_corr: P-E correction: -121614.500707147 m3/s 384: water_budget_corr: slm/slf residuum: 22952.2034079916 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -327.012060312996 m3/s 384: water_budget_corr: awfre corrected: -2004111.29972419 m3/s 384: water_budget_corr: river discharge: 915104.664990498 m3/s 384: water_budget_corr: water to ocean: -1089006.63473368 m3/s 384: Write GRIB1 output for : 25. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.155021975739922E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1054.05988843014 , n2 = 802000.000269250 , o2 = 0: 196800.000162534 0: MPIOM: current date: 2100-02-26 00:45:00 begin of timestep (day): 2 (run): 1794 0: MPIOM: current date: 2100-02-26 01:30:00 begin of timestep (day): 3 (run): 1795 384: Radiation calculated for : 26. Feb 2100 01:56:15 384: Greenhouse gas concentrations 26. Feb 2100 01:56:15 CO2 = 1130.4787 CH4 = 2419.55 N2O = 391.638 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-26 02:15:00 begin of timestep (day): 4 (run): 1796 0: MPIOM: current date: 2100-02-26 03:00:00 begin of timestep (day): 5 (run): 1797 0: MPIOM: current date: 2100-02-26 03:45:00 begin of timestep (day): 6 (run): 1798 0: MPIOM: current date: 2100-02-26 04:30:00 begin of timestep (day): 7 (run): 1799 384: Radiation calculated for : 26. Feb 2100 03:56:15 384: Greenhouse gas concentrations 26. Feb 2100 03:56:15 CO2 = 1130.4818 CH4 = 2419.55 N2O = 391.638 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-26 05:15:00 begin of timestep (day): 8 (run): 1800 0: MPIOM: current date: 2100-02-26 06:00:00 begin of timestep (day): 9 (run): 1801 0: MPIOM: current date: 2100-02-26 06:45:00 begin of timestep (day): 10 (run): 1802 0: MPIOM: current date: 2100-02-26 07:30:00 begin of timestep (day): 11 (run): 1803 384: Radiation calculated for : 26. Feb 2100 05:56:15 384: Greenhouse gas concentrations 26. Feb 2100 05:56:15 CO2 = 1130.4849 CH4 = 2419.55 N2O = 391.638 CFC = 51.77 209.54 0: MPIOM: current date: 2100-02-26 08:15:00 begin of timestep (day): 12 (run): 1804 0: MPIOM: current date: 2100-02-26 09:00:00 begin of timestep (day): 13 (run): 1805 0: MPIOM: current date: 2100-02-26 09:45:00 begin of timestep (day): 14 (run): 1806 0: MPIOM: current date: 2100-02-26 10:30:00 begin of timestep (day): 15 (run): 1807 384: Radiation calculated for : 26. Feb 2100 07:56:15 384: Greenhouse gas concentrations 26. Feb 2100 07:56:15 CO2 = 1130.4880 CH4 = 2419.55 N2O = 391.638 CFC = 51.77 209.53 0: MPIOM: current date: 2100-02-26 11:15:00 begin of timestep (day): 16 (run): 1808 0: MPIOM: current date: 2100-02-26 12:00:00 begin of timestep (day): 17 (run): 1809 0: MPIOM: current date: 2100-02-26 12:45:00 begin of timestep (day): 18 (run): 1810 0: MPIOM: current date: 2100-02-26 13:30:00 begin of timestep (day): 19 (run): 1811 384: Radiation calculated for : 26. Feb 2100 09:56:15 384: Greenhouse gas concentrations 26. Feb 2100 09:56:15 CO2 = 1130.4911 CH4 = 2419.54 N2O = 391.638 CFC = 51.77 209.53 0: MPIOM: current date: 2100-02-26 14:15:00 begin of timestep (day): 20 (run): 1812 0: MPIOM: current date: 2100-02-26 15:00:00 begin of timestep (day): 21 (run): 1813 0: MPIOM: current date: 2100-02-26 15:45:00 begin of timestep (day): 22 (run): 1814 0: MPIOM: current date: 2100-02-26 16:30:00 begin of timestep (day): 23 (run): 1815 384: Radiation calculated for : 26. Feb 2100 11:56:15 384: Greenhouse gas concentrations 26. Feb 2100 11:56:15 CO2 = 1130.4943 CH4 = 2419.54 N2O = 391.638 CFC = 51.77 209.53 0: MPIOM: current date: 2100-02-26 17:15:00 begin of timestep (day): 24 (run): 1816 0: MPIOM: current date: 2100-02-26 18:00:00 begin of timestep (day): 25 (run): 1817 0: MPIOM: current date: 2100-02-26 18:45:00 begin of timestep (day): 26 (run): 1818 0: MPIOM: current date: 2100-02-26 19:30:00 begin of timestep (day): 27 (run): 1819 384: Radiation calculated for : 26. Feb 2100 13:56:15 384: Greenhouse gas concentrations 26. Feb 2100 13:56:15 CO2 = 1130.4974 CH4 = 2419.54 N2O = 391.638 CFC = 51.77 209.53 0: MPIOM: current date: 2100-02-26 20:15:00 begin of timestep (day): 28 (run): 1820 0: MPIOM: current date: 2100-02-26 21:00:00 begin of timestep (day): 29 (run): 1821 0: MPIOM: current date: 2100-02-26 21:45:00 begin of timestep (day): 30 (run): 1822 0: MPIOM: current date: 2100-02-26 22:30:00 begin of timestep (day): 31 (run): 1823 384: Radiation calculated for : 26. Feb 2100 15:56:15 384: Greenhouse gas concentrations 26. Feb 2100 15:56:15 CO2 = 1130.5005 CH4 = 2419.54 N2O = 391.638 CFC = 51.77 209.53 0: MPIOM: current date: 2100-02-26 23:15:00 begin of timestep (day): 32 (run): 1824 0: MPIOM: current date: 2100-02-27 00:00:00 begin of timestep (day): 1 (run): 1825 384: Radiation calculated for : 26. Feb 2100 17:56:15 384: Greenhouse gas concentrations 26. Feb 2100 17:56:15 CO2 = 1130.5036 CH4 = 2419.53 N2O = 391.638 CFC = 51.77 209.53 384: Radiation calculated for : 26. Feb 2100 19:56:15 384: Greenhouse gas concentrations 26. Feb 2100 19:56:15 CO2 = 1130.5067 CH4 = 2419.53 N2O = 391.639 CFC = 51.77 209.53 384: Radiation calculated for : 26. Feb 2100 21:56:15 384: Greenhouse gas concentrations 26. Feb 2100 21:56:15 CO2 = 1130.5099 CH4 = 2419.53 N2O = 391.639 CFC = 51.76 209.53 384: Radiation calculated for : 26. Feb 2100 23:56:15 384: Greenhouse gas concentrations 26. Feb 2100 23:56:15 CO2 = 1130.5130 CH4 = 2419.52 N2O = 391.639 CFC = 51.76 209.53 384: hydrology_model: Water budget change: 7.152557373046875E-007 m3/s 384: hydrology_model: global discharge: 918212.738778684 m3/s 384: hydrology_model: precip-evap (on ocean): -2416127.25625413 m3/s 384: water_budget_corr: P-E correction: -57289.1303338584 m3/s 384: water_budget_corr: slm/slf residuum: 36113.6524404999 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -445.021950075790 m3/s 384: water_budget_corr: awfre corrected: -2473861.40853807 m3/s 384: water_budget_corr: river discharge: 918212.738778684 m3/s 384: water_budget_corr: water to ocean: -1555648.66975937 m3/s 384: Write GRIB1 output for : 26. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.054990563360395E-010 kg m-2 s-1 0: co2 = 1054.18849990461 , n2 = 802000.000319335 , o2 = 0: 196800.000206303 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-02-27 00:45:00 begin of timestep (day): 2 (run): 1826 0: MPIOM: current date: 2100-02-27 01:30:00 begin of timestep (day): 3 (run): 1827 384: Radiation calculated for : 27. Feb 2100 01:56:15 384: Greenhouse gas concentrations 27. Feb 2100 01:56:15 CO2 = 1130.5161 CH4 = 2419.52 N2O = 391.639 CFC = 51.76 209.53 0: MPIOM: current date: 2100-02-27 02:15:00 begin of timestep (day): 4 (run): 1828 0: MPIOM: current date: 2100-02-27 03:00:00 begin of timestep (day): 5 (run): 1829 0: MPIOM: current date: 2100-02-27 03:45:00 begin of timestep (day): 6 (run): 1830 0: MPIOM: current date: 2100-02-27 04:30:00 begin of timestep (day): 7 (run): 1831 384: Radiation calculated for : 27. Feb 2100 03:56:15 384: Greenhouse gas concentrations 27. Feb 2100 03:56:15 CO2 = 1130.5192 CH4 = 2419.52 N2O = 391.639 CFC = 51.76 209.53 0: MPIOM: current date: 2100-02-27 05:15:00 begin of timestep (day): 8 (run): 1832 0: MPIOM: current date: 2100-02-27 06:00:00 begin of timestep (day): 9 (run): 1833 0: MPIOM: current date: 2100-02-27 06:45:00 begin of timestep (day): 10 (run): 1834 0: MPIOM: current date: 2100-02-27 07:30:00 begin of timestep (day): 11 (run): 1835 384: Radiation calculated for : 27. Feb 2100 05:56:15 384: Greenhouse gas concentrations 27. Feb 2100 05:56:15 CO2 = 1130.5223 CH4 = 2419.52 N2O = 391.639 CFC = 51.76 209.53 0: MPIOM: current date: 2100-02-27 08:15:00 begin of timestep (day): 12 (run): 1836 0: MPIOM: current date: 2100-02-27 09:00:00 begin of timestep (day): 13 (run): 1837 0: MPIOM: current date: 2100-02-27 09:45:00 begin of timestep (day): 14 (run): 1838 384: Radiation calculated for : 27. Feb 2100 07:56:15 384: Greenhouse gas concentrations 27. Feb 2100 07:56:15 CO2 = 1130.5255 CH4 = 2419.51 N2O = 391.639 CFC = 51.76 209.53 0: MPIOM: current date: 2100-02-27 10:30:00 begin of timestep (day): 15 (run): 1839 0: MPIOM: current date: 2100-02-27 11:15:00 begin of timestep (day): 16 (run): 1840 0: MPIOM: current date: 2100-02-27 12:00:00 begin of timestep (day): 17 (run): 1841 0: MPIOM: current date: 2100-02-27 12:45:00 begin of timestep (day): 18 (run): 1842 384: Radiation calculated for : 27. Feb 2100 09:56:15 384: Greenhouse gas concentrations 27. Feb 2100 09:56:15 CO2 = 1130.5286 CH4 = 2419.51 N2O = 391.639 CFC = 51.76 209.53 0: MPIOM: current date: 2100-02-27 13:30:00 begin of timestep (day): 19 (run): 1843 0: MPIOM: current date: 2100-02-27 14:15:00 begin of timestep (day): 20 (run): 1844 0: MPIOM: current date: 2100-02-27 15:00:00 begin of timestep (day): 21 (run): 1845 0: MPIOM: current date: 2100-02-27 15:45:00 begin of timestep (day): 22 (run): 1846 384: Radiation calculated for : 27. Feb 2100 11:56:15 384: Greenhouse gas concentrations 27. Feb 2100 11:56:15 CO2 = 1130.5317 CH4 = 2419.51 N2O = 391.639 CFC = 51.76 209.53 0: MPIOM: current date: 2100-02-27 16:30:00 begin of timestep (day): 23 (run): 1847 0: MPIOM: current date: 2100-02-27 17:15:00 begin of timestep (day): 24 (run): 1848 0: MPIOM: current date: 2100-02-27 18:00:00 begin of timestep (day): 25 (run): 1849 0: MPIOM: current date: 2100-02-27 18:45:00 begin of timestep (day): 26 (run): 1850 384: Radiation calculated for : 27. Feb 2100 13:56:15 384: Greenhouse gas concentrations 27. Feb 2100 13:56:15 CO2 = 1130.5348 CH4 = 2419.50 N2O = 391.639 CFC = 51.76 209.53 0: MPIOM: current date: 2100-02-27 19:30:00 begin of timestep (day): 27 (run): 1851 0: MPIOM: current date: 2100-02-27 20:15:00 begin of timestep (day): 28 (run): 1852 0: MPIOM: current date: 2100-02-27 21:00:00 begin of timestep (day): 29 (run): 1853 0: MPIOM: current date: 2100-02-27 21:45:00 begin of timestep (day): 30 (run): 1854 384: Radiation calculated for : 27. Feb 2100 15:56:15 384: Greenhouse gas concentrations 27. Feb 2100 15:56:15 CO2 = 1130.5379 CH4 = 2419.50 N2O = 391.640 CFC = 51.76 209.53 0: MPIOM: current date: 2100-02-27 22:30:00 begin of timestep (day): 31 (run): 1855 0: MPIOM: current date: 2100-02-27 23:15:00 begin of timestep (day): 32 (run): 1856 0: MPIOM: current date: 2100-02-28 00:00:00 begin of timestep (day): 1 (run): 1857 384: Radiation calculated for : 27. Feb 2100 17:56:15 384: Greenhouse gas concentrations 27. Feb 2100 17:56:15 CO2 = 1130.5410 CH4 = 2419.50 N2O = 391.640 CFC = 51.76 209.52 384: Radiation calculated for : 27. Feb 2100 19:56:15 384: Greenhouse gas concentrations 27. Feb 2100 19:56:15 CO2 = 1130.5442 CH4 = 2419.50 N2O = 391.640 CFC = 51.76 209.52 384: Radiation calculated for : 27. Feb 2100 21:56:15 384: Greenhouse gas concentrations 27. Feb 2100 21:56:15 CO2 = 1130.5473 CH4 = 2419.49 N2O = 391.640 CFC = 51.76 209.52 384: Radiation calculated for : 27. Feb 2100 23:56:15 384: Greenhouse gas concentrations 27. Feb 2100 23:56:15 CO2 = 1130.5504 CH4 = 2419.49 N2O = 391.640 CFC = 51.76 209.52 384: hydrology_model: Water budget change: 2.980232238769531E-008 m3/s 384: hydrology_model: global discharge: 911146.325888648 m3/s 384: hydrology_model: precip-evap (on ocean): -2363897.76017538 m3/s 384: water_budget_corr: P-E correction: -46291.0668859636 m3/s 384: water_budget_corr: slm/slf residuum: 40213.6983787979 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2.73756931267506 m3/s 384: water_budget_corr: awfre corrected: -2410186.08949205 m3/s 384: water_budget_corr: river discharge: 911146.325888648 m3/s 384: water_budget_corr: water to ocean: -1499039.76360340 m3/s 384: Write GRIB1 output for : 27. Feb 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.496972392935836E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1054.16283781291 , n2 = 802000.000310905 , o2 = 0: 196800.000197394 0: MPIOM: current date: 2100-02-28 00:45:00 begin of timestep (day): 2 (run): 1858 0: MPIOM: current date: 2100-02-28 01:30:00 begin of timestep (day): 3 (run): 1859 384: Radiation calculated for : 28. Feb 2100 01:56:15 384: Greenhouse gas concentrations 28. Feb 2100 01:56:15 CO2 = 1130.5535 CH4 = 2419.49 N2O = 391.640 CFC = 51.76 209.52 0: MPIOM: current date: 2100-02-28 02:15:00 begin of timestep (day): 4 (run): 1860 0: MPIOM: current date: 2100-02-28 03:00:00 begin of timestep (day): 5 (run): 1861 0: MPIOM: current date: 2100-02-28 03:45:00 begin of timestep (day): 6 (run): 1862 0: MPIOM: current date: 2100-02-28 04:30:00 begin of timestep (day): 7 (run): 1863 384: Radiation calculated for : 28. Feb 2100 03:56:15 384: Greenhouse gas concentrations 28. Feb 2100 03:56:15 CO2 = 1130.5566 CH4 = 2419.49 N2O = 391.640 CFC = 51.76 209.52 0: MPIOM: current date: 2100-02-28 05:15:00 begin of timestep (day): 8 (run): 1864 0: MPIOM: current date: 2100-02-28 06:00:00 begin of timestep (day): 9 (run): 1865 0: MPIOM: current date: 2100-02-28 06:45:00 begin of timestep (day): 10 (run): 1866 384: Radiation calculated for : 28. Feb 2100 05:56:15 384: Greenhouse gas concentrations 28. Feb 2100 05:56:15 CO2 = 1130.5598 CH4 = 2419.48 N2O = 391.640 CFC = 51.76 209.52 0: MPIOM: current date: 2100-02-28 07:30:00 begin of timestep (day): 11 (run): 1867 0: MPIOM: current date: 2100-02-28 08:15:00 begin of timestep (day): 12 (run): 1868 0: MPIOM: current date: 2100-02-28 09:00:00 begin of timestep (day): 13 (run): 1869 0: MPIOM: current date: 2100-02-28 09:45:00 begin of timestep (day): 14 (run): 1870 384: Radiation calculated for : 28. Feb 2100 07:56:15 384: Greenhouse gas concentrations 28. Feb 2100 07:56:15 CO2 = 1130.5629 CH4 = 2419.48 N2O = 391.640 CFC = 51.76 209.52 0: MPIOM: current date: 2100-02-28 10:30:00 begin of timestep (day): 15 (run): 1871 0: MPIOM: current date: 2100-02-28 11:15:00 begin of timestep (day): 16 (run): 1872 0: MPIOM: current date: 2100-02-28 12:00:00 begin of timestep (day): 17 (run): 1873 0: MPIOM: current date: 2100-02-28 12:45:00 begin of timestep (day): 18 (run): 1874 384: Radiation calculated for : 28. Feb 2100 09:56:15 384: Greenhouse gas concentrations 28. Feb 2100 09:56:15 CO2 = 1130.5660 CH4 = 2419.48 N2O = 391.641 CFC = 51.76 209.52 0: MPIOM: current date: 2100-02-28 13:30:00 begin of timestep (day): 19 (run): 1875 0: MPIOM: current date: 2100-02-28 14:15:00 begin of timestep (day): 20 (run): 1876 0: MPIOM: current date: 2100-02-28 15:00:00 begin of timestep (day): 21 (run): 1877 0: MPIOM: current date: 2100-02-28 15:45:00 begin of timestep (day): 22 (run): 1878 384: Radiation calculated for : 28. Feb 2100 11:56:15 384: Greenhouse gas concentrations 28. Feb 2100 11:56:15 CO2 = 1130.5691 CH4 = 2419.47 N2O = 391.641 CFC = 51.76 209.52 0: MPIOM: current date: 2100-02-28 16:30:00 begin of timestep (day): 23 (run): 1879 0: MPIOM: current date: 2100-02-28 17:15:00 begin of timestep (day): 24 (run): 1880 0: MPIOM: current date: 2100-02-28 18:00:00 begin of timestep (day): 25 (run): 1881 0: MPIOM: current date: 2100-02-28 18:45:00 begin of timestep (day): 26 (run): 1882 384: Radiation calculated for : 28. Feb 2100 13:56:15 384: Greenhouse gas concentrations 28. Feb 2100 13:56:15 CO2 = 1130.5722 CH4 = 2419.47 N2O = 391.641 CFC = 51.76 209.52 0: MPIOM: current date: 2100-02-28 19:30:00 begin of timestep (day): 27 (run): 1883 0: MPIOM: current date: 2100-02-28 20:15:00 begin of timestep (day): 28 (run): 1884 0: MPIOM: current date: 2100-02-28 21:00:00 begin of timestep (day): 29 (run): 1885 0: MPIOM: current date: 2100-02-28 21:45:00 begin of timestep (day): 30 (run): 1886 384: Radiation calculated for : 28. Feb 2100 15:56:15 384: Greenhouse gas concentrations 28. Feb 2100 15:56:15 CO2 = 1130.5754 CH4 = 2419.47 N2O = 391.641 CFC = 51.76 209.52 0: MPIOM: current date: 2100-02-28 22:30:00 begin of timestep (day): 31 (run): 1887 0: MPIOM: current date: 2100-02-28 23:15:00 begin of timestep (day): 32 (run): 1888 384: Radiation calculated for : 28. Feb 2100 17:56:15 384: Greenhouse gas concentrations 28. Feb 2100 17:56:15 CO2 = 1130.5785 CH4 = 2419.47 N2O = 391.641 CFC = 51.76 209.52 384: Radiation calculated for : 28. Feb 2100 19:56:15 384: Greenhouse gas concentrations 28. Feb 2100 19:56:15 CO2 = 1130.5816 CH4 = 2419.46 N2O = 391.641 CFC = 51.76 209.52 384: Radiation calculated for : 28. Feb 2100 21:56:15 384: Greenhouse gas concentrations 28. Feb 2100 21:56:15 CO2 = 1130.5847 CH4 = 2419.46 N2O = 391.641 CFC = 51.76 209.52 384: Radiation calculated for : 28. Feb 2100 23:56:15 384: Greenhouse gas concentrations 28. Feb 2100 23:56:15 CO2 = 1130.5878 CH4 = 2419.46 N2O = 391.641 CFC = 51.76 209.52 384: hydrology_model: Water budget change: -2.473592758178711E-006 m3/s 384: hydrology_model: global discharge: 914552.025438624 m3/s 384: hydrology_model: precip-evap (on ocean): -1533024.70019910 m3/s 384: water_budget_corr: P-E correction: -60217.2976018262 m3/s 384: water_budget_corr: slm/slf residuum: 29832.1034354939 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -489.906874669349 m3/s 384: water_budget_corr: awfre corrected: -1593731.90467560 m3/s 384: water_budget_corr: river discharge: 914552.025438624 m3/s 384: water_budget_corr: water to ocean: -679179.879236986 m3/s 384: Write GRIB1 output for : 28. Feb 2100 23:52:30 0: MPIOM: current date: 2100-03-01 00:00:00 begin of timestep (day): 1 (run): 1889 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:2) 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:2) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:2) 0: co2 = 1054.17218935469 , n2 = 802000.000308893 , o2 = 0: 196800.000181018 0: MPIOM: current date: 2100-03-01 00:45:00 begin of timestep (day): 2 (run): 1890 0: MPIOM: current date: 2100-03-01 01:30:00 begin of timestep (day): 3 (run): 1891 0: MPIOM: current date: 2100-03-01 02:15:00 begin of timestep (day): 4 (run): 1892 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210003.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 0: MPIOM: current date: 2100-03-01 03:00:00 begin of timestep (day): 5 (run): 1893 0: MPIOM: current date: 2100-03-01 03:45:00 begin of timestep (day): 6 (run): 1894 384: esm-ssp585-ocn-alk_EXP2_210003.01_accw accw 82 T T 0: MPIOM: current date: 2100-03-01 04:30:00 begin of timestep (day): 7 (run): 1895 384: esm-ssp585-ocn-alk_EXP2_210003.01_nitro nitro 80 T T 0: MPIOM: current date: 2100-03-01 05:15:00 begin of timestep (day): 8 (run): 1896 384: esm-ssp585-ocn-alk_EXP2_210003.01_echam spm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210003.01_echam glm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210003.01_echam g3bm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210003.01_co2 co2m 76 T T 0: MPIOM: current date: 2100-03-01 06:00:00 begin of timestep (day): 9 (run): 1897 384: esm-ssp585-ocn-alk_EXP2_210003.01_surf surfm 74 T T 0: MPIOM: current date: 2100-03-01 06:45:00 begin of timestep (day): 10 (run): 1898 384: esm-ssp585-ocn-alk_EXP2_210003.01_tracer tracerm 72 T T 0: MPIOM: current date: 2100-03-01 07:30:00 begin of timestep (day): 11 (run): 1899 384: esm-ssp585-ocn-alk_EXP2_210003.01_jsbach jsbachm 70 T T 0: MPIOM: current date: 2100-03-01 08:15:00 begin of timestep (day): 12 (run): 1900 384: esm-ssp585-ocn-alk_EXP2_210003.01_land landm 68 T T 0: MPIOM: current date: 2100-03-01 09:00:00 begin of timestep (day): 13 (run): 1901 384: esm-ssp585-ocn-alk_EXP2_210003.01_veg vegm 66 T T 0: MPIOM: current date: 2100-03-01 09:45:00 begin of timestep (day): 14 (run): 1902 384: esm-ssp585-ocn-alk_EXP2_210003.01_yasso yassom 64 T T 0: MPIOM: current date: 2100-03-01 10:30:00 begin of timestep (day): 15 (run): 1903 384: esm-ssp585-ocn-alk_EXP2_210003.01_echamday g3bday 62 T T 0: MPIOM: current date: 2100-03-01 11:15:00 begin of timestep (day): 16 (run): 1904 384: esm-ssp585-ocn-alk_EXP2_210003.01_jsbachday jsbachday 60 T T 384: esm-ssp585-ocn-alk_EXP2_210003.01_landday landday 58 T T 0: MPIOM: current date: 2100-03-01 12:00:00 begin of timestep (day): 17 (run): 1905 384: esm-ssp585-ocn-alk_EXP2_210003.01_vegday vegday 56 T T 384: 0: MPIOM: current date: 2100-03-01 12:45:00 begin of timestep (day): 18 (run): 1906 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.586702141824118E-010 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-01 13:30:00 begin of timestep (day): 19 (run): 1907 0: MPIOM: current date: 2100-03-01 14:15:00 begin of timestep (day): 20 (run): 1908 384: Radiation calculated for : 1. Mar 2100 01:56:15 384: Greenhouse gas concentrations 1. Mar 2100 01:56:15 CO2 = 1130.5909 CH4 = 2419.45 N2O = 391.641 CFC = 51.76 209.52 0: MPIOM: current date: 2100-03-01 15:00:00 begin of timestep (day): 21 (run): 1909 0: MPIOM: current date: 2100-03-01 15:45:00 begin of timestep (day): 22 (run): 1910 0: MPIOM: current date: 2100-03-01 16:30:00 begin of timestep (day): 23 (run): 1911 0: MPIOM: current date: 2100-03-01 17:15:00 begin of timestep (day): 24 (run): 1912 384: Radiation calculated for : 1. Mar 2100 03:56:15 384: Greenhouse gas concentrations 1. Mar 2100 03:56:15 CO2 = 1130.5941 CH4 = 2419.45 N2O = 391.642 CFC = 51.76 209.52 0: MPIOM: current date: 2100-03-01 18:00:00 begin of timestep (day): 25 (run): 1913 0: MPIOM: current date: 2100-03-01 18:45:00 begin of timestep (day): 26 (run): 1914 0: MPIOM: current date: 2100-03-01 19:30:00 begin of timestep (day): 27 (run): 1915 0: MPIOM: current date: 2100-03-01 20:15:00 begin of timestep (day): 28 (run): 1916 384: Radiation calculated for : 1. Mar 2100 05:56:15 384: Greenhouse gas concentrations 1. Mar 2100 05:56:15 CO2 = 1130.5972 CH4 = 2419.45 N2O = 391.642 CFC = 51.76 209.51 0: MPIOM: current date: 2100-03-01 21:00:00 begin of timestep (day): 29 (run): 1917 0: MPIOM: current date: 2100-03-01 21:45:00 begin of timestep (day): 30 (run): 1918 0: MPIOM: current date: 2100-03-01 22:30:00 begin of timestep (day): 31 (run): 1919 384: Radiation calculated for : 1. Mar 2100 07:56:15 384: Greenhouse gas concentrations 1. Mar 2100 07:56:15 CO2 = 1130.6003 CH4 = 2419.45 N2O = 391.642 CFC = 51.76 209.51 0: MPIOM: current date: 2100-03-01 23:15:00 begin of timestep (day): 32 (run): 1920 0: MPIOM: current date: 2100-03-02 00:00:00 begin of timestep (day): 1 (run): 1921 384: Radiation calculated for : 1. Mar 2100 09:56:15 384: Greenhouse gas concentrations 1. Mar 2100 09:56:15 CO2 = 1130.6034 CH4 = 2419.44 N2O = 391.642 CFC = 51.76 209.51 384: Radiation calculated for : 1. Mar 2100 11:56:15 384: Greenhouse gas concentrations 1. Mar 2100 11:56:15 CO2 = 1130.6065 CH4 = 2419.44 N2O = 391.642 CFC = 51.76 209.51 384: Radiation calculated for : 1. Mar 2100 13:56:15 384: Greenhouse gas concentrations 1. Mar 2100 13:56:15 CO2 = 1130.6097 CH4 = 2419.44 N2O = 391.642 CFC = 51.76 209.51 384: Radiation calculated for : 1. Mar 2100 15:56:15 384: Greenhouse gas concentrations 1. Mar 2100 15:56:15 CO2 = 1130.6128 CH4 = 2419.44 N2O = 391.642 CFC = 51.76 209.51 384: Radiation calculated for : 1. Mar 2100 17:56:15 384: Greenhouse gas concentrations 1. Mar 2100 17:56:15 CO2 = 1130.6159 CH4 = 2419.43 N2O = 391.642 CFC = 51.76 209.51 384: Radiation calculated for : 1. Mar 2100 19:56:15 384: Greenhouse gas concentrations 1. Mar 2100 19:56:15 CO2 = 1130.6190 CH4 = 2419.43 N2O = 391.642 CFC = 51.76 209.51 384: Radiation calculated for : 1. Mar 2100 21:56:15 384: Greenhouse gas concentrations 1. Mar 2100 21:56:15 CO2 = 1130.6221 CH4 = 2419.43 N2O = 391.642 CFC = 51.76 209.51 384: Radiation calculated for : 1. Mar 2100 23:56:15 384: Greenhouse gas concentrations 1. Mar 2100 23:56:15 CO2 = 1130.6253 CH4 = 2419.42 N2O = 391.643 CFC = 51.76 209.51 384: hydrology_model: Water budget change: 1.341104507446289E-006 m3/s 384: hydrology_model: global discharge: 900646.271406081 m3/s 384: hydrology_model: precip-evap (on ocean): -1599690.23542778 m3/s 384: water_budget_corr: P-E correction: -27375.1596099029 m3/s 384: water_budget_corr: slm/slf residuum: 73301.7834527891 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -558.411941883571 m3/s 384: water_budget_corr: awfre corrected: -1627623.80697956 m3/s 384: water_budget_corr: river discharge: 900646.271406081 m3/s 384: water_budget_corr: water to ocean: -726977.535573475 m3/s 384: Write GRIB1 output for : 1. Mar 2100 23:52:30 0: co2 = 1054.26425740653 , n2 = 802000.000292243 , o2 = 0: 196800.000099656 0: MPIOM: current date: 2100-03-02 00:45:00 begin of timestep (day): 2 (run): 1922 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.772428926501616E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-02 01:30:00 begin of timestep (day): 3 (run): 1923 0: MPIOM: current date: 2100-03-02 02:15:00 begin of timestep (day): 4 (run): 1924 384: Radiation calculated for : 2. Mar 2100 01:56:15 384: Greenhouse gas concentrations 2. Mar 2100 01:56:15 CO2 = 1130.6284 CH4 = 2419.42 N2O = 391.643 CFC = 51.76 209.51 0: MPIOM: current date: 2100-03-02 03:00:00 begin of timestep (day): 5 (run): 1925 0: MPIOM: current date: 2100-03-02 03:45:00 begin of timestep (day): 6 (run): 1926 0: MPIOM: current date: 2100-03-02 04:30:00 begin of timestep (day): 7 (run): 1927 384: Radiation calculated for : 2. Mar 2100 03:56:15 0: MPIOM: current date: 2100-03-02 05:15:00 begin of timestep (day): 8 (run): 1928 384: Greenhouse gas concentrations 2. Mar 2100 03:56:15 CO2 = 1130.6315 CH4 = 2419.42 N2O = 391.643 CFC = 51.76 209.51 0: MPIOM: current date: 2100-03-02 06:00:00 begin of timestep (day): 9 (run): 1929 0: MPIOM: current date: 2100-03-02 06:45:00 begin of timestep (day): 10 (run): 1930 0: MPIOM: current date: 2100-03-02 07:30:00 begin of timestep (day): 11 (run): 1931 384: Radiation calculated for : 2. Mar 2100 05:56:15 384: Greenhouse gas concentrations 2. Mar 2100 05:56:15 CO2 = 1130.6346 CH4 = 2419.42 N2O = 391.643 CFC = 51.75 209.51 0: MPIOM: current date: 2100-03-02 08:15:00 begin of timestep (day): 12 (run): 1932 0: MPIOM: current date: 2100-03-02 09:00:00 begin of timestep (day): 13 (run): 1933 0: MPIOM: current date: 2100-03-02 09:45:00 begin of timestep (day): 14 (run): 1934 0: MPIOM: current date: 2100-03-02 10:30:00 begin of timestep (day): 15 (run): 1935 384: Radiation calculated for : 2. Mar 2100 07:56:15 384: Greenhouse gas concentrations 2. Mar 2100 07:56:15 CO2 = 1130.6377 CH4 = 2419.41 N2O = 391.643 CFC = 51.75 209.51 0: MPIOM: current date: 2100-03-02 11:15:00 begin of timestep (day): 16 (run): 1936 0: MPIOM: current date: 2100-03-02 12:00:00 begin of timestep (day): 17 (run): 1937 0: MPIOM: current date: 2100-03-02 12:45:00 begin of timestep (day): 18 (run): 1938 0: MPIOM: current date: 2100-03-02 13:30:00 begin of timestep (day): 19 (run): 1939 384: Radiation calculated for : 2. Mar 2100 09:56:15 384: Greenhouse gas concentrations 2. Mar 2100 09:56:15 CO2 = 1130.6408 CH4 = 2419.41 N2O = 391.643 CFC = 51.75 209.51 0: MPIOM: current date: 2100-03-02 14:15:00 begin of timestep (day): 20 (run): 1940 0: MPIOM: current date: 2100-03-02 15:00:00 begin of timestep (day): 21 (run): 1941 0: MPIOM: current date: 2100-03-02 15:45:00 begin of timestep (day): 22 (run): 1942 0: MPIOM: current date: 2100-03-02 16:30:00 begin of timestep (day): 23 (run): 1943 384: Radiation calculated for : 2. Mar 2100 11:56:15 384: Greenhouse gas concentrations 2. Mar 2100 11:56:15 CO2 = 1130.6440 CH4 = 2419.41 N2O = 391.643 CFC = 51.75 209.51 0: MPIOM: current date: 2100-03-02 17:15:00 begin of timestep (day): 24 (run): 1944 0: MPIOM: current date: 2100-03-02 18:00:00 begin of timestep (day): 25 (run): 1945 0: MPIOM: current date: 2100-03-02 18:45:00 begin of timestep (day): 26 (run): 1946 0: MPIOM: current date: 2100-03-02 19:30:00 begin of timestep (day): 27 (run): 1947 384: Radiation calculated for : 2. Mar 2100 13:56:15 384: Greenhouse gas concentrations 2. Mar 2100 13:56:15 CO2 = 1130.6471 CH4 = 2419.40 N2O = 391.643 CFC = 51.75 209.51 0: MPIOM: current date: 2100-03-02 20:15:00 begin of timestep (day): 28 (run): 1948 0: MPIOM: current date: 2100-03-02 21:00:00 begin of timestep (day): 29 (run): 1949 0: MPIOM: current date: 2100-03-02 21:45:00 begin of timestep (day): 30 (run): 1950 0: MPIOM: current date: 2100-03-02 22:30:00 begin of timestep (day): 31 (run): 1951 384: Radiation calculated for : 2. Mar 2100 15:56:15 384: Greenhouse gas concentrations 2. Mar 2100 15:56:15 CO2 = 1130.6502 CH4 = 2419.40 N2O = 391.643 CFC = 51.75 209.51 0: MPIOM: current date: 2100-03-02 23:15:00 begin of timestep (day): 32 (run): 1952 0: MPIOM: current date: 2100-03-03 00:00:00 begin of timestep (day): 1 (run): 1953 384: Radiation calculated for : 2. Mar 2100 17:56:15 384: Greenhouse gas concentrations 2. Mar 2100 17:56:15 CO2 = 1130.6533 CH4 = 2419.40 N2O = 391.644 CFC = 51.75 209.50 384: Radiation calculated for : 2. Mar 2100 19:56:15 384: Greenhouse gas concentrations 2. Mar 2100 19:56:15 CO2 = 1130.6564 CH4 = 2419.40 N2O = 391.644 CFC = 51.75 209.50 384: Radiation calculated for : 2. Mar 2100 21:56:15 384: Greenhouse gas concentrations 2. Mar 2100 21:56:15 CO2 = 1130.6596 CH4 = 2419.39 N2O = 391.644 CFC = 51.75 209.50 384: Radiation calculated for : 2. Mar 2100 23:56:15 384: Greenhouse gas concentrations 2. Mar 2100 23:56:15 CO2 = 1130.6627 CH4 = 2419.39 N2O = 391.644 CFC = 51.75 209.50 384: hydrology_model: Water budget change: 4.172325134277344E-007 m3/s 384: hydrology_model: global discharge: 896169.178025354 m3/s 384: hydrology_model: precip-evap (on ocean): -1445287.39606529 m3/s 384: water_budget_corr: P-E correction: -32412.9251467302 m3/s 384: water_budget_corr: slm/slf residuum: 57539.7007718234 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 378.667888825289 m3/s 384: water_budget_corr: awfre corrected: -1477321.65332321 m3/s 384: water_budget_corr: river discharge: 896169.178025354 m3/s 384: water_budget_corr: water to ocean: -581152.475297856 m3/s 384: Write GRIB1 output for : 2. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.312616409701980E-010 kg m-2 s-1 0: co2 = 1054.44012389381 , n2 = 802000.000233812 , o2 = 0: 196800.000040869 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-03 00:45:00 begin of timestep (day): 2 (run): 1954 0: MPIOM: current date: 2100-03-03 01:30:00 begin of timestep (day): 3 (run): 1955 384: Radiation calculated for : 3. Mar 2100 01:56:15 384: Greenhouse gas concentrations 3. Mar 2100 01:56:15 CO2 = 1130.6658 CH4 = 2419.39 N2O = 391.644 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-03 02:15:00 begin of timestep (day): 4 (run): 1956 0: MPIOM: current date: 2100-03-03 03:00:00 begin of timestep (day): 5 (run): 1957 0: MPIOM: current date: 2100-03-03 03:45:00 begin of timestep (day): 6 (run): 1958 0: MPIOM: current date: 2100-03-03 04:30:00 begin of timestep (day): 7 (run): 1959 384: Radiation calculated for : 3. Mar 2100 03:56:15 384: Greenhouse gas concentrations 3. Mar 2100 03:56:15 CO2 = 1130.6689 CH4 = 2419.38 N2O = 391.644 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-03 05:15:00 begin of timestep (day): 8 (run): 1960 0: MPIOM: current date: 2100-03-03 06:00:00 begin of timestep (day): 9 (run): 1961 0: MPIOM: current date: 2100-03-03 06:45:00 begin of timestep (day): 10 (run): 1962 0: MPIOM: current date: 2100-03-03 07:30:00 begin of timestep (day): 11 (run): 1963 384: Radiation calculated for : 3. Mar 2100 05:56:15 384: Greenhouse gas concentrations 3. Mar 2100 05:56:15 CO2 = 1130.6720 CH4 = 2419.38 N2O = 391.644 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-03 08:15:00 begin of timestep (day): 12 (run): 1964 0: MPIOM: current date: 2100-03-03 09:00:00 begin of timestep (day): 13 (run): 1965 0: MPIOM: current date: 2100-03-03 09:45:00 begin of timestep (day): 14 (run): 1966 384: Radiation calculated for : 3. Mar 2100 07:56:15 0: MPIOM: current date: 2100-03-03 10:30:00 begin of timestep (day): 15 (run): 1967 384: Greenhouse gas concentrations 3. Mar 2100 07:56:15 CO2 = 1130.6751 CH4 = 2419.38 N2O = 391.644 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-03 11:15:00 begin of timestep (day): 16 (run): 1968 0: MPIOM: current date: 2100-03-03 12:00:00 begin of timestep (day): 17 (run): 1969 0: MPIOM: current date: 2100-03-03 12:45:00 begin of timestep (day): 18 (run): 1970 384: Radiation calculated for : 3. Mar 2100 09:56:15 384: Greenhouse gas concentrations 3. Mar 2100 09:56:15 CO2 = 1130.6783 CH4 = 2419.38 N2O = 391.644 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-03 13:30:00 begin of timestep (day): 19 (run): 1971 0: MPIOM: current date: 2100-03-03 14:15:00 begin of timestep (day): 20 (run): 1972 0: MPIOM: current date: 2100-03-03 15:00:00 begin of timestep (day): 21 (run): 1973 0: MPIOM: current date: 2100-03-03 15:45:00 begin of timestep (day): 22 (run): 1974 384: Radiation calculated for : 3. Mar 2100 11:56:15 384: Greenhouse gas concentrations 3. Mar 2100 11:56:15 CO2 = 1130.6814 CH4 = 2419.37 N2O = 391.644 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-03 16:30:00 begin of timestep (day): 23 (run): 1975 0: MPIOM: current date: 2100-03-03 17:15:00 begin of timestep (day): 24 (run): 1976 0: MPIOM: current date: 2100-03-03 18:00:00 begin of timestep (day): 25 (run): 1977 0: MPIOM: current date: 2100-03-03 18:45:00 begin of timestep (day): 26 (run): 1978 384: Radiation calculated for : 3. Mar 2100 13:56:15 384: Greenhouse gas concentrations 3. Mar 2100 13:56:15 CO2 = 1130.6845 CH4 = 2419.37 N2O = 391.645 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-03 19:30:00 begin of timestep (day): 27 (run): 1979 0: MPIOM: current date: 2100-03-03 20:15:00 begin of timestep (day): 28 (run): 1980 0: MPIOM: current date: 2100-03-03 21:00:00 begin of timestep (day): 29 (run): 1981 0: MPIOM: current date: 2100-03-03 21:45:00 begin of timestep (day): 30 (run): 1982 0: MPIOM: current date: 2100-03-03 22:30:00 begin of timestep (day): 31 (run): 1983 384: Radiation calculated for : 3. Mar 2100 15:56:15 384: Greenhouse gas concentrations 3. Mar 2100 15:56:15 CO2 = 1130.6876 CH4 = 2419.37 N2O = 391.645 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-03 23:15:00 begin of timestep (day): 32 (run): 1984 0: MPIOM: current date: 2100-03-04 00:00:00 begin of timestep (day): 1 (run): 1985 384: Radiation calculated for : 3. Mar 2100 17:56:15 384: Greenhouse gas concentrations 3. Mar 2100 17:56:15 CO2 = 1130.6907 CH4 = 2419.37 N2O = 391.645 CFC = 51.75 209.50 384: Radiation calculated for : 3. Mar 2100 19:56:15 384: Greenhouse gas concentrations 3. Mar 2100 19:56:15 CO2 = 1130.6939 CH4 = 2419.36 N2O = 391.645 CFC = 51.75 209.50 384: Radiation calculated for : 3. Mar 2100 21:56:15 384: Greenhouse gas concentrations 3. Mar 2100 21:56:15 CO2 = 1130.6970 CH4 = 2419.36 N2O = 391.645 CFC = 51.75 209.50 384: Radiation calculated for : 3. Mar 2100 23:56:15 384: Greenhouse gas concentrations 3. Mar 2100 23:56:15 CO2 = 1130.7001 CH4 = 2419.36 N2O = 391.645 CFC = 51.75 209.50 384: hydrology_model: Water budget change: -7.450580596923828E-007 m3/s 384: hydrology_model: global discharge: 901299.595309576 m3/s 384: hydrology_model: precip-evap (on ocean): -1103015.02613964 m3/s 384: water_budget_corr: P-E correction: -50855.8260231632 m3/s 384: water_budget_corr: slm/slf residuum: 49494.8372733339 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2252.66622258393 m3/s 384: water_budget_corr: awfre corrected: -1156123.51838538 m3/s 384: water_budget_corr: river discharge: 901299.595309576 m3/s 384: water_budget_corr: water to ocean: -254823.923075810 m3/s 384: Write GRIB1 output for : 3. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.60260164212 , n2 = 802000.000182638 , o2 = 0: 196800.000058364 384: CO2 flux correction (global): -3.302542232963692E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-04 00:45:00 begin of timestep (day): 2 (run): 1986 0: MPIOM: current date: 2100-03-04 01:30:00 begin of timestep (day): 3 (run): 1987 384: Radiation calculated for : 4. Mar 2100 01:56:15 384: Greenhouse gas concentrations 4. Mar 2100 01:56:15 CO2 = 1130.7032 CH4 = 2419.35 N2O = 391.645 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-04 02:15:00 begin of timestep (day): 4 (run): 1988 0: MPIOM: current date: 2100-03-04 03:00:00 begin of timestep (day): 5 (run): 1989 0: MPIOM: current date: 2100-03-04 03:45:00 begin of timestep (day): 6 (run): 1990 0: MPIOM: current date: 2100-03-04 04:30:00 begin of timestep (day): 7 (run): 1991 384: Radiation calculated for : 4. Mar 2100 03:56:15 384: Greenhouse gas concentrations 4. Mar 2100 03:56:15 CO2 = 1130.7063 CH4 = 2419.35 N2O = 391.645 CFC = 51.75 209.50 0: MPIOM: current date: 2100-03-04 05:15:00 begin of timestep (day): 8 (run): 1992 0: MPIOM: current date: 2100-03-04 06:00:00 begin of timestep (day): 9 (run): 1993 0: MPIOM: current date: 2100-03-04 06:45:00 begin of timestep (day): 10 (run): 1994 0: MPIOM: current date: 2100-03-04 07:30:00 begin of timestep (day): 11 (run): 1995 384: Radiation calculated for : 4. Mar 2100 05:56:15 384: Greenhouse gas concentrations 4. Mar 2100 05:56:15 CO2 = 1130.7095 CH4 = 2419.35 N2O = 391.645 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-04 08:15:00 begin of timestep (day): 12 (run): 1996 0: MPIOM: current date: 2100-03-04 09:00:00 begin of timestep (day): 13 (run): 1997 0: MPIOM: current date: 2100-03-04 09:45:00 begin of timestep (day): 14 (run): 1998 0: MPIOM: current date: 2100-03-04 10:30:00 begin of timestep (day): 15 (run): 1999 384: Radiation calculated for : 4. Mar 2100 07:56:15 384: Greenhouse gas concentrations 4. Mar 2100 07:56:15 CO2 = 1130.7126 CH4 = 2419.35 N2O = 391.646 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-04 11:15:00 begin of timestep (day): 16 (run): 2000 0: MPIOM: current date: 2100-03-04 12:00:00 begin of timestep (day): 17 (run): 2001 0: MPIOM: current date: 2100-03-04 12:45:00 begin of timestep (day): 18 (run): 2002 0: MPIOM: current date: 2100-03-04 13:30:00 begin of timestep (day): 19 (run): 2003 384: Radiation calculated for : 4. Mar 2100 09:56:15 384: Greenhouse gas concentrations 4. Mar 2100 09:56:15 CO2 = 1130.7157 CH4 = 2419.34 N2O = 391.646 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-04 14:15:00 begin of timestep (day): 20 (run): 2004 0: MPIOM: current date: 2100-03-04 15:00:00 begin of timestep (day): 21 (run): 2005 0: MPIOM: current date: 2100-03-04 15:45:00 begin of timestep (day): 22 (run): 2006 384: Radiation calculated for : 4. Mar 2100 11:56:15 0: MPIOM: current date: 2100-03-04 16:30:00 begin of timestep (day): 23 (run): 2007 384: Greenhouse gas concentrations 4. Mar 2100 11:56:15 CO2 = 1130.7188 CH4 = 2419.34 N2O = 391.646 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-04 17:15:00 begin of timestep (day): 24 (run): 2008 0: MPIOM: current date: 2100-03-04 18:00:00 begin of timestep (day): 25 (run): 2009 0: MPIOM: current date: 2100-03-04 18:45:00 begin of timestep (day): 26 (run): 2010 384: Radiation calculated for : 4. Mar 2100 13:56:15 384: Greenhouse gas concentrations 4. Mar 2100 13:56:15 CO2 = 1130.7219 CH4 = 2419.34 N2O = 391.646 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-04 19:30:00 begin of timestep (day): 27 (run): 2011 0: MPIOM: current date: 2100-03-04 20:15:00 begin of timestep (day): 28 (run): 2012 0: MPIOM: current date: 2100-03-04 21:00:00 begin of timestep (day): 29 (run): 2013 0: MPIOM: current date: 2100-03-04 21:45:00 begin of timestep (day): 30 (run): 2014 384: Radiation calculated for : 4. Mar 2100 15:56:15 384: Greenhouse gas concentrations 4. Mar 2100 15:56:15 CO2 = 1130.7250 CH4 = 2419.33 N2O = 391.646 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-04 22:30:00 begin of timestep (day): 31 (run): 2015 0: MPIOM: current date: 2100-03-04 23:15:00 begin of timestep (day): 32 (run): 2016 0: MPIOM: current date: 2100-03-05 00:00:00 begin of timestep (day): 1 (run): 2017 384: Radiation calculated for : 4. Mar 2100 17:56:15 384: Greenhouse gas concentrations 4. Mar 2100 17:56:15 CO2 = 1130.7282 CH4 = 2419.33 N2O = 391.646 CFC = 51.75 209.49 384: Radiation calculated for : 4. Mar 2100 19:56:15 384: Greenhouse gas concentrations 4. Mar 2100 19:56:15 CO2 = 1130.7313 CH4 = 2419.33 N2O = 391.646 CFC = 51.75 209.49 384: Radiation calculated for : 4. Mar 2100 21:56:15 384: Greenhouse gas concentrations 4. Mar 2100 21:56:15 CO2 = 1130.7344 CH4 = 2419.33 N2O = 391.646 CFC = 51.75 209.49 384: Radiation calculated for : 4. Mar 2100 23:56:15 384: Greenhouse gas concentrations 4. Mar 2100 23:56:15 CO2 = 1130.7375 CH4 = 2419.32 N2O = 391.646 CFC = 51.75 209.49 384: hydrology_model: Water budget change: 2.413988113403320E-006 m3/s 384: hydrology_model: global discharge: 902816.573101209 m3/s 384: hydrology_model: precip-evap (on ocean): -664613.845214696 m3/s 384: water_budget_corr: P-E correction: -30256.5075935136 m3/s 384: water_budget_corr: slm/slf residuum: 26938.0511345442 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2681.45332090972 m3/s 384: water_budget_corr: awfre corrected: -697551.806129107 m3/s 384: water_budget_corr: river discharge: 902816.573101209 m3/s 384: water_budget_corr: water to ocean: 205264.766972101 m3/s 384: Write GRIB1 output for : 4. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.858726084026416E-010 kg m-2 s-1 0: co2 = 1054.74257285633 , n2 = 802000.000249295 , o2 = 0: 196800.000158836 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-05 00:45:00 begin of timestep (day): 2 (run): 2018 0: MPIOM: current date: 2100-03-05 01:30:00 begin of timestep (day): 3 (run): 2019 384: Radiation calculated for : 5. Mar 2100 01:56:15 384: Greenhouse gas concentrations 5. Mar 2100 01:56:15 CO2 = 1130.7406 CH4 = 2419.32 N2O = 391.647 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-05 02:15:00 begin of timestep (day): 4 (run): 2020 0: MPIOM: current date: 2100-03-05 03:00:00 begin of timestep (day): 5 (run): 2021 0: MPIOM: current date: 2100-03-05 03:45:00 begin of timestep (day): 6 (run): 2022 0: MPIOM: current date: 2100-03-05 04:30:00 begin of timestep (day): 7 (run): 2023 384: Radiation calculated for : 5. Mar 2100 03:56:15 384: Greenhouse gas concentrations 5. Mar 2100 03:56:15 CO2 = 1130.7438 CH4 = 2419.32 N2O = 391.647 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-05 05:15:00 begin of timestep (day): 8 (run): 2024 0: MPIOM: current date: 2100-03-05 06:00:00 begin of timestep (day): 9 (run): 2025 0: MPIOM: current date: 2100-03-05 06:45:00 begin of timestep (day): 10 (run): 2026 0: MPIOM: current date: 2100-03-05 07:30:00 begin of timestep (day): 11 (run): 2027 384: Radiation calculated for : 5. Mar 2100 05:56:15 384: Greenhouse gas concentrations 5. Mar 2100 05:56:15 CO2 = 1130.7469 CH4 = 2419.32 N2O = 391.647 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-05 08:15:00 begin of timestep (day): 12 (run): 2028 0: MPIOM: current date: 2100-03-05 09:00:00 begin of timestep (day): 13 (run): 2029 0: MPIOM: current date: 2100-03-05 09:45:00 begin of timestep (day): 14 (run): 2030 0: MPIOM: current date: 2100-03-05 10:30:00 begin of timestep (day): 15 (run): 2031 384: Radiation calculated for : 5. Mar 2100 07:56:15 384: Greenhouse gas concentrations 5. Mar 2100 07:56:15 CO2 = 1130.7500 CH4 = 2419.31 N2O = 391.647 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-05 11:15:00 begin of timestep (day): 16 (run): 2032 0: MPIOM: current date: 2100-03-05 12:00:00 begin of timestep (day): 17 (run): 2033 0: MPIOM: current date: 2100-03-05 12:45:00 begin of timestep (day): 18 (run): 2034 0: MPIOM: current date: 2100-03-05 13:30:00 begin of timestep (day): 19 (run): 2035 384: Radiation calculated for : 5. Mar 2100 09:56:15 384: Greenhouse gas concentrations 5. Mar 2100 09:56:15 CO2 = 1130.7531 CH4 = 2419.31 N2O = 391.647 CFC = 51.75 209.49 0: MPIOM: current date: 2100-03-05 14:15:00 begin of timestep (day): 20 (run): 2036 0: MPIOM: current date: 2100-03-05 15:00:00 begin of timestep (day): 21 (run): 2037 0: MPIOM: current date: 2100-03-05 15:45:00 begin of timestep (day): 22 (run): 2038 0: MPIOM: current date: 2100-03-05 16:30:00 begin of timestep (day): 23 (run): 2039 384: Radiation calculated for : 5. Mar 2100 11:56:15 384: Greenhouse gas concentrations 5. Mar 2100 11:56:15 CO2 = 1130.7562 CH4 = 2419.31 N2O = 391.647 CFC = 51.74 209.49 0: MPIOM: current date: 2100-03-05 17:15:00 begin of timestep (day): 24 (run): 2040 0: MPIOM: current date: 2100-03-05 18:00:00 begin of timestep (day): 25 (run): 2041 0: MPIOM: current date: 2100-03-05 18:45:00 begin of timestep (day): 26 (run): 2042 0: MPIOM: current date: 2100-03-05 19:30:00 begin of timestep (day): 27 (run): 2043 384: Radiation calculated for : 5. Mar 2100 13:56:15 384: Greenhouse gas concentrations 5. Mar 2100 13:56:15 CO2 = 1130.7594 CH4 = 2419.30 N2O = 391.647 CFC = 51.74 209.49 0: MPIOM: current date: 2100-03-05 20:15:00 begin of timestep (day): 28 (run): 2044 0: MPIOM: current date: 2100-03-05 21:00:00 begin of timestep (day): 29 (run): 2045 0: MPIOM: current date: 2100-03-05 21:45:00 begin of timestep (day): 30 (run): 2046 0: MPIOM: current date: 2100-03-05 22:30:00 begin of timestep (day): 31 (run): 2047 384: Radiation calculated for : 5. Mar 2100 15:56:15 384: Greenhouse gas concentrations 5. Mar 2100 15:56:15 CO2 = 1130.7625 CH4 = 2419.30 N2O = 391.647 CFC = 51.74 209.49 0: MPIOM: current date: 2100-03-05 23:15:00 begin of timestep (day): 32 (run): 2048 0: MPIOM: current date: 2100-03-06 00:00:00 begin of timestep (day): 1 (run): 2049 525: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 10.2589281680064 , lon 84.3750000000000 , lev 40 525: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 10.2589281680064 , lon 84.3750000000000 , lev 41 384: Radiation calculated for : 5. Mar 2100 17:56:15 384: Greenhouse gas concentrations 5. Mar 2100 17:56:15 CO2 = 1130.7656 CH4 = 2419.30 N2O = 391.647 CFC = 51.74 209.48 384: Radiation calculated for : 5. Mar 2100 19:56:15 384: Greenhouse gas concentrations 5. Mar 2100 19:56:15 CO2 = 1130.7687 CH4 = 2419.30 N2O = 391.647 CFC = 51.74 209.48 384: Radiation calculated for : 5. Mar 2100 21:56:15 384: Greenhouse gas concentrations 5. Mar 2100 21:56:15 CO2 = 1130.7718 CH4 = 2419.29 N2O = 391.648 CFC = 51.74 209.48 384: Radiation calculated for : 5. Mar 2100 23:56:15 384: Greenhouse gas concentrations 5. Mar 2100 23:56:15 CO2 = 1130.7749 CH4 = 2419.29 N2O = 391.648 CFC = 51.74 209.48 384: hydrology_model: Water budget change: -1.400709152221680E-006 m3/s 384: hydrology_model: global discharge: 926416.006613940 m3/s 384: hydrology_model: precip-evap (on ocean): -1425751.02017595 m3/s 384: water_budget_corr: P-E correction: -11139.6890051597 m3/s 384: water_budget_corr: slm/slf residuum: 29467.9216162590 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3450.32423583325 m3/s 384: water_budget_corr: awfre corrected: -1440341.03341695 m3/s 384: water_budget_corr: river discharge: 926416.006613940 m3/s 384: water_budget_corr: water to ocean: -513925.026803015 m3/s 384: Write GRIB1 output for : 5. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.002582642951296E-010 kg m-2 s-1 0: co2 = 1054.80327771216 , n2 = 802000.000270712 , o2 = 0: 196800.000134429 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-06 00:45:00 begin of timestep (day): 2 (run): 2050 0: MPIOM: current date: 2100-03-06 01:30:00 begin of timestep (day): 3 (run): 2051 384: Radiation calculated for : 6. Mar 2100 01:56:15 384: Greenhouse gas concentrations 6. Mar 2100 01:56:15 CO2 = 1130.7781 CH4 = 2419.29 N2O = 391.648 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-06 02:15:00 begin of timestep (day): 4 (run): 2052 0: MPIOM: current date: 2100-03-06 03:00:00 begin of timestep (day): 5 (run): 2053 0: MPIOM: current date: 2100-03-06 03:45:00 begin of timestep (day): 6 (run): 2054 0: MPIOM: current date: 2100-03-06 04:30:00 begin of timestep (day): 7 (run): 2055 384: Radiation calculated for : 6. Mar 2100 03:56:15 384: Greenhouse gas concentrations 6. Mar 2100 03:56:15 CO2 = 1130.7812 CH4 = 2419.28 N2O = 391.648 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-06 05:15:00 begin of timestep (day): 8 (run): 2056 0: MPIOM: current date: 2100-03-06 06:00:00 begin of timestep (day): 9 (run): 2057 0: MPIOM: current date: 2100-03-06 06:45:00 begin of timestep (day): 10 (run): 2058 0: MPIOM: current date: 2100-03-06 07:30:00 begin of timestep (day): 11 (run): 2059 384: Radiation calculated for : 6. Mar 2100 05:56:15 384: Greenhouse gas concentrations 6. Mar 2100 05:56:15 CO2 = 1130.7843 CH4 = 2419.28 N2O = 391.648 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-06 08:15:00 begin of timestep (day): 12 (run): 2060 0: MPIOM: current date: 2100-03-06 09:00:00 begin of timestep (day): 13 (run): 2061 0: MPIOM: current date: 2100-03-06 09:45:00 begin of timestep (day): 14 (run): 2062 0: MPIOM: current date: 2100-03-06 10:30:00 begin of timestep (day): 15 (run): 2063 384: Radiation calculated for : 6. Mar 2100 07:56:15 384: Greenhouse gas concentrations 6. Mar 2100 07:56:15 CO2 = 1130.7874 CH4 = 2419.28 N2O = 391.648 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-06 11:15:00 begin of timestep (day): 16 (run): 2064 0: MPIOM: current date: 2100-03-06 12:00:00 begin of timestep (day): 17 (run): 2065 0: MPIOM: current date: 2100-03-06 12:45:00 begin of timestep (day): 18 (run): 2066 0: MPIOM: current date: 2100-03-06 13:30:00 begin of timestep (day): 19 (run): 2067 384: Radiation calculated for : 6. Mar 2100 09:56:15 384: Greenhouse gas concentrations 6. Mar 2100 09:56:15 CO2 = 1130.7905 CH4 = 2419.28 N2O = 391.648 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-06 14:15:00 begin of timestep (day): 20 (run): 2068 0: MPIOM: current date: 2100-03-06 15:00:00 begin of timestep (day): 21 (run): 2069 0: MPIOM: current date: 2100-03-06 15:45:00 begin of timestep (day): 22 (run): 2070 0: MPIOM: current date: 2100-03-06 16:30:00 begin of timestep (day): 23 (run): 2071 384: Radiation calculated for : 6. Mar 2100 11:56:15 384: Greenhouse gas concentrations 6. Mar 2100 11:56:15 CO2 = 1130.7937 CH4 = 2419.27 N2O = 391.648 CFC = 51.74 209.48 855: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 32.6419944385177 , lon 286.875000000000 , lev 41 0: MPIOM: current date: 2100-03-06 17:15:00 begin of timestep (day): 24 (run): 2072 0: MPIOM: current date: 2100-03-06 18:00:00 begin of timestep (day): 25 (run): 2073 0: MPIOM: current date: 2100-03-06 18:45:00 begin of timestep (day): 26 (run): 2074 0: MPIOM: current date: 2100-03-06 19:30:00 begin of timestep (day): 27 (run): 2075 384: Radiation calculated for : 6. Mar 2100 13:56:15 0: MPIOM: current date: 2100-03-06 20:15:00 begin of timestep (day): 28 (run): 2076 384: Greenhouse gas concentrations 6. Mar 2100 13:56:15 CO2 = 1130.7968 CH4 = 2419.27 N2O = 391.648 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-06 21:00:00 begin of timestep (day): 29 (run): 2077 0: MPIOM: current date: 2100-03-06 21:45:00 begin of timestep (day): 30 (run): 2078 0: MPIOM: current date: 2100-03-06 22:30:00 begin of timestep (day): 31 (run): 2079 384: Radiation calculated for : 6. Mar 2100 15:56:15 384: Greenhouse gas concentrations 6. Mar 2100 15:56:15 CO2 = 1130.7999 CH4 = 2419.27 N2O = 391.649 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-06 23:15:00 begin of timestep (day): 32 (run): 2080 0: MPIOM: current date: 2100-03-07 00:00:00 begin of timestep (day): 1 (run): 2081 384: Radiation calculated for : 6. Mar 2100 17:56:15 384: Greenhouse gas concentrations 6. Mar 2100 17:56:15 CO2 = 1130.8030 CH4 = 2419.27 N2O = 391.649 CFC = 51.74 209.48 384: Radiation calculated for : 6. Mar 2100 19:56:15 384: Greenhouse gas concentrations 6. Mar 2100 19:56:15 CO2 = 1130.8061 CH4 = 2419.26 N2O = 391.649 CFC = 51.74 209.48 384: Radiation calculated for : 6. Mar 2100 21:56:15 384: Greenhouse gas concentrations 6. Mar 2100 21:56:15 CO2 = 1130.8093 CH4 = 2419.26 N2O = 391.649 CFC = 51.74 209.48 384: Radiation calculated for : 6. Mar 2100 23:56:15 384: Greenhouse gas concentrations 6. Mar 2100 23:56:15 CO2 = 1130.8124 CH4 = 2419.26 N2O = 391.649 CFC = 51.74 209.48 384: hydrology_model: Water budget change: 4.172325134277344E-007 m3/s 384: hydrology_model: global discharge: 925822.339776466 m3/s 384: hydrology_model: precip-evap (on ocean): -1924390.01132432 m3/s 384: water_budget_corr: P-E correction: -32111.0174347888 m3/s 384: water_budget_corr: slm/slf residuum: -13484.2154715592 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1243.70657208316 m3/s 384: water_budget_corr: awfre corrected: -1957744.73533122 m3/s 384: water_budget_corr: river discharge: 925822.339776466 m3/s 384: water_budget_corr: water to ocean: -1031922.39555473 m3/s 384: Write GRIB1 output for : 6. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.335080741400469E-010 kg m-2 s-1 0: co2 = 1054.95891514294 , n2 = 802000.000248780 , o2 = 0: 196800.000110802 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-07 00:45:00 begin of timestep (day): 2 (run): 2082 0: MPIOM: current date: 2100-03-07 01:30:00 begin of timestep (day): 3 (run): 2083 384: Radiation calculated for : 7. Mar 2100 01:56:15 384: Greenhouse gas concentrations 7. Mar 2100 01:56:15 CO2 = 1130.8155 CH4 = 2419.25 N2O = 391.649 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-07 02:15:00 begin of timestep (day): 4 (run): 2084 0: MPIOM: current date: 2100-03-07 03:00:00 begin of timestep (day): 5 (run): 2085 0: MPIOM: current date: 2100-03-07 03:45:00 begin of timestep (day): 6 (run): 2086 0: MPIOM: current date: 2100-03-07 04:30:00 begin of timestep (day): 7 (run): 2087 384: Radiation calculated for : 7. Mar 2100 03:56:15 384: Greenhouse gas concentrations 7. Mar 2100 03:56:15 CO2 = 1130.8186 CH4 = 2419.25 N2O = 391.649 CFC = 51.74 209.48 0: MPIOM: current date: 2100-03-07 05:15:00 begin of timestep (day): 8 (run): 2088 0: MPIOM: current date: 2100-03-07 06:00:00 begin of timestep (day): 9 (run): 2089 0: MPIOM: current date: 2100-03-07 06:45:00 begin of timestep (day): 10 (run): 2090 0: MPIOM: current date: 2100-03-07 07:30:00 begin of timestep (day): 11 (run): 2091 384: Radiation calculated for : 7. Mar 2100 05:56:15 384: Greenhouse gas concentrations 7. Mar 2100 05:56:15 CO2 = 1130.8217 CH4 = 2419.25 N2O = 391.649 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-07 08:15:00 begin of timestep (day): 12 (run): 2092 0: MPIOM: current date: 2100-03-07 09:00:00 begin of timestep (day): 13 (run): 2093 0: MPIOM: current date: 2100-03-07 09:45:00 begin of timestep (day): 14 (run): 2094 0: MPIOM: current date: 2100-03-07 10:30:00 begin of timestep (day): 15 (run): 2095 384: Radiation calculated for : 7. Mar 2100 07:56:15 384: Greenhouse gas concentrations 7. Mar 2100 07:56:15 CO2 = 1130.8248 CH4 = 2419.25 N2O = 391.649 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-07 11:15:00 begin of timestep (day): 16 (run): 2096 0: MPIOM: current date: 2100-03-07 12:00:00 begin of timestep (day): 17 (run): 2097 0: MPIOM: current date: 2100-03-07 12:45:00 begin of timestep (day): 18 (run): 2098 0: MPIOM: current date: 2100-03-07 13:30:00 begin of timestep (day): 19 (run): 2099 384: Radiation calculated for : 7. Mar 2100 09:56:15 384: Greenhouse gas concentrations 7. Mar 2100 09:56:15 CO2 = 1130.8280 CH4 = 2419.24 N2O = 391.649 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-07 14:15:00 begin of timestep (day): 20 (run): 2100 0: MPIOM: current date: 2100-03-07 15:00:00 begin of timestep (day): 21 (run): 2101 0: MPIOM: current date: 2100-03-07 15:45:00 begin of timestep (day): 22 (run): 2102 0: MPIOM: current date: 2100-03-07 16:30:00 begin of timestep (day): 23 (run): 2103 384: Radiation calculated for : 7. Mar 2100 11:56:15 384: Greenhouse gas concentrations 7. Mar 2100 11:56:15 CO2 = 1130.8311 CH4 = 2419.24 N2O = 391.650 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-07 17:15:00 begin of timestep (day): 24 (run): 2104 0: MPIOM: current date: 2100-03-07 18:00:00 begin of timestep (day): 25 (run): 2105 0: MPIOM: current date: 2100-03-07 18:45:00 begin of timestep (day): 26 (run): 2106 384: Radiation calculated for : 7. Mar 2100 13:56:15 0: MPIOM: current date: 2100-03-07 19:30:00 begin of timestep (day): 27 (run): 2107 384: Greenhouse gas concentrations 7. Mar 2100 13:56:15 CO2 = 1130.8342 CH4 = 2419.24 N2O = 391.650 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-07 20:15:00 begin of timestep (day): 28 (run): 2108 0: MPIOM: current date: 2100-03-07 21:00:00 begin of timestep (day): 29 (run): 2109 0: MPIOM: current date: 2100-03-07 21:45:00 begin of timestep (day): 30 (run): 2110 384: Radiation calculated for : 7. Mar 2100 15:56:15 384: Greenhouse gas concentrations 7. Mar 2100 15:56:15 CO2 = 1130.8373 CH4 = 2419.23 N2O = 391.650 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-07 22:30:00 begin of timestep (day): 31 (run): 2111 0: MPIOM: current date: 2100-03-07 23:15:00 begin of timestep (day): 32 (run): 2112 0: MPIOM: current date: 2100-03-08 00:00:00 begin of timestep (day): 1 (run): 2113 384: Radiation calculated for : 7. Mar 2100 17:56:15 384: Greenhouse gas concentrations 7. Mar 2100 17:56:15 CO2 = 1130.8404 CH4 = 2419.23 N2O = 391.650 CFC = 51.74 209.47 384: Radiation calculated for : 7. Mar 2100 19:56:15 384: Greenhouse gas concentrations 7. Mar 2100 19:56:15 CO2 = 1130.8436 CH4 = 2419.23 N2O = 391.650 CFC = 51.74 209.47 384: Radiation calculated for : 7. Mar 2100 21:56:15 384: Greenhouse gas concentrations 7. Mar 2100 21:56:15 CO2 = 1130.8467 CH4 = 2419.23 N2O = 391.650 CFC = 51.74 209.47 384: Radiation calculated for : 7. Mar 2100 23:56:15 384: Greenhouse gas concentrations 7. Mar 2100 23:56:15 CO2 = 1130.8498 CH4 = 2419.22 N2O = 391.650 CFC = 51.74 209.47 384: hydrology_model: Water budget change: -1.788139343261719E-006 m3/s 384: hydrology_model: global discharge: 931379.773264299 m3/s 384: hydrology_model: precip-evap (on ocean): -1881816.41510417 m3/s 384: water_budget_corr: P-E correction: -36724.4917031563 m3/s 384: water_budget_corr: slm/slf residuum: -21197.1444054194 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -870.974044291246 m3/s 384: water_budget_corr: awfre corrected: -1919411.88085161 m3/s 384: water_budget_corr: river discharge: 931379.773264299 m3/s 384: water_budget_corr: water to ocean: -988032.107587306 m3/s 384: Write GRIB1 output for : 7. Mar 2100 23:52:30 0: co2 = 1055.06815824423 , n2 = 802000.000248472 , o2 = 0: 196800.000089035 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.355423004821383E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-08 00:45:00 begin of timestep (day): 2 (run): 2114 0: MPIOM: current date: 2100-03-08 01:30:00 begin of timestep (day): 3 (run): 2115 384: Radiation calculated for : 8. Mar 2100 01:56:15 384: Greenhouse gas concentrations 8. Mar 2100 01:56:15 CO2 = 1130.8529 CH4 = 2419.22 N2O = 391.650 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-08 02:15:00 begin of timestep (day): 4 (run): 2116 0: MPIOM: current date: 2100-03-08 03:00:00 begin of timestep (day): 5 (run): 2117 0: MPIOM: current date: 2100-03-08 03:45:00 begin of timestep (day): 6 (run): 2118 0: MPIOM: current date: 2100-03-08 04:30:00 begin of timestep (day): 7 (run): 2119 384: Radiation calculated for : 8. Mar 2100 03:56:15 384: Greenhouse gas concentrations 8. Mar 2100 03:56:15 CO2 = 1130.8560 CH4 = 2419.22 N2O = 391.650 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-08 05:15:00 begin of timestep (day): 8 (run): 2120 0: MPIOM: current date: 2100-03-08 06:00:00 begin of timestep (day): 9 (run): 2121 0: MPIOM: current date: 2100-03-08 06:45:00 begin of timestep (day): 10 (run): 2122 0: MPIOM: current date: 2100-03-08 07:30:00 begin of timestep (day): 11 (run): 2123 384: Radiation calculated for : 8. Mar 2100 05:56:15 384: Greenhouse gas concentrations 8. Mar 2100 05:56:15 CO2 = 1130.8592 CH4 = 2419.22 N2O = 391.651 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-08 08:15:00 begin of timestep (day): 12 (run): 2124 0: MPIOM: current date: 2100-03-08 09:00:00 begin of timestep (day): 13 (run): 2125 0: MPIOM: current date: 2100-03-08 09:45:00 begin of timestep (day): 14 (run): 2126 0: MPIOM: current date: 2100-03-08 10:30:00 begin of timestep (day): 15 (run): 2127 384: Radiation calculated for : 8. Mar 2100 07:56:15 384: Greenhouse gas concentrations 8. Mar 2100 07:56:15 CO2 = 1130.8623 CH4 = 2419.21 N2O = 391.651 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-08 11:15:00 begin of timestep (day): 16 (run): 2128 0: MPIOM: current date: 2100-03-08 12:00:00 begin of timestep (day): 17 (run): 2129 0: MPIOM: current date: 2100-03-08 12:45:00 begin of timestep (day): 18 (run): 2130 0: MPIOM: current date: 2100-03-08 13:30:00 begin of timestep (day): 19 (run): 2131 384: Radiation calculated for : 8. Mar 2100 09:56:15 384: Greenhouse gas concentrations 8. Mar 2100 09:56:15 CO2 = 1130.8654 CH4 = 2419.21 N2O = 391.651 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-08 14:15:00 begin of timestep (day): 20 (run): 2132 0: MPIOM: current date: 2100-03-08 15:00:00 begin of timestep (day): 21 (run): 2133 0: MPIOM: current date: 2100-03-08 15:45:00 begin of timestep (day): 22 (run): 2134 0: MPIOM: current date: 2100-03-08 16:30:00 begin of timestep (day): 23 (run): 2135 384: Radiation calculated for : 8. Mar 2100 11:56:15 384: Greenhouse gas concentrations 8. Mar 2100 11:56:15 CO2 = 1130.8685 CH4 = 2419.21 N2O = 391.651 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-08 17:15:00 begin of timestep (day): 24 (run): 2136 0: MPIOM: current date: 2100-03-08 18:00:00 begin of timestep (day): 25 (run): 2137 0: MPIOM: current date: 2100-03-08 18:45:00 begin of timestep (day): 26 (run): 2138 0: MPIOM: current date: 2100-03-08 19:30:00 begin of timestep (day): 27 (run): 2139 384: Radiation calculated for : 8. Mar 2100 13:56:15 384: Greenhouse gas concentrations 8. Mar 2100 13:56:15 CO2 = 1130.8716 CH4 = 2419.20 N2O = 391.651 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-08 20:15:00 begin of timestep (day): 28 (run): 2140 0: MPIOM: current date: 2100-03-08 21:00:00 begin of timestep (day): 29 (run): 2141 0: MPIOM: current date: 2100-03-08 21:45:00 begin of timestep (day): 30 (run): 2142 0: MPIOM: current date: 2100-03-08 22:30:00 begin of timestep (day): 31 (run): 2143 384: Radiation calculated for : 8. Mar 2100 15:56:15 384: Greenhouse gas concentrations 8. Mar 2100 15:56:15 CO2 = 1130.8747 CH4 = 2419.20 N2O = 391.651 CFC = 51.74 209.47 0: MPIOM: current date: 2100-03-08 23:15:00 begin of timestep (day): 32 (run): 2144 0: MPIOM: current date: 2100-03-09 00:00:00 begin of timestep (day): 1 (run): 2145 384: Radiation calculated for : 8. Mar 2100 17:56:15 384: Greenhouse gas concentrations 8. Mar 2100 17:56:15 CO2 = 1130.8779 CH4 = 2419.20 N2O = 391.651 CFC = 51.73 209.46 384: Radiation calculated for : 8. Mar 2100 19:56:15 384: Greenhouse gas concentrations 8. Mar 2100 19:56:15 CO2 = 1130.8810 CH4 = 2419.20 N2O = 391.651 CFC = 51.73 209.46 384: Radiation calculated for : 8. Mar 2100 21:56:15 384: Greenhouse gas concentrations 8. Mar 2100 21:56:15 CO2 = 1130.8841 CH4 = 2419.19 N2O = 391.651 CFC = 51.73 209.46 384: Radiation calculated for : 8. Mar 2100 23:56:15 384: Greenhouse gas concentrations 8. Mar 2100 23:56:15 CO2 = 1130.8872 CH4 = 2419.19 N2O = 391.652 CFC = 51.73 209.46 384: hydrology_model: Water budget change: 2.533197402954102E-006 m3/s 384: hydrology_model: global discharge: 939562.776405192 m3/s 384: hydrology_model: precip-evap (on ocean): -1655170.22579662 m3/s 384: water_budget_corr: P-E correction: -72322.7240317887 m3/s 384: water_budget_corr: slm/slf residuum: 33688.4768701878 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -733.376457673525 m3/s 384: water_budget_corr: awfre corrected: -1728226.32628607 m3/s 384: water_budget_corr: river discharge: 939562.776405192 m3/s 384: water_budget_corr: water to ocean: -788663.549880894 m3/s 384: Write GRIB1 output for : 8. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.99232515735 , n2 = 802000.000208397 , o2 = 0: 196800.000065844 384: CO2 flux correction (global): -3.454480500904940E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-09 00:45:00 begin of timestep (day): 2 (run): 2146 0: MPIOM: current date: 2100-03-09 01:30:00 begin of timestep (day): 3 (run): 2147 384: Radiation calculated for : 9. Mar 2100 01:56:15 384: Greenhouse gas concentrations 9. Mar 2100 01:56:15 CO2 = 1130.8903 CH4 = 2419.19 N2O = 391.652 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-09 02:15:00 begin of timestep (day): 4 (run): 2148 0: MPIOM: current date: 2100-03-09 03:00:00 begin of timestep (day): 5 (run): 2149 0: MPIOM: current date: 2100-03-09 03:45:00 begin of timestep (day): 6 (run): 2150 0: MPIOM: current date: 2100-03-09 04:30:00 begin of timestep (day): 7 (run): 2151 384: Radiation calculated for : 9. Mar 2100 03:56:15 384: Greenhouse gas concentrations 9. Mar 2100 03:56:15 CO2 = 1130.8935 CH4 = 2419.18 N2O = 391.652 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-09 05:15:00 begin of timestep (day): 8 (run): 2152 0: MPIOM: current date: 2100-03-09 06:00:00 begin of timestep (day): 9 (run): 2153 0: MPIOM: current date: 2100-03-09 06:45:00 begin of timestep (day): 10 (run): 2154 0: MPIOM: current date: 2100-03-09 07:30:00 begin of timestep (day): 11 (run): 2155 384: Radiation calculated for : 9. Mar 2100 05:56:15 384: Greenhouse gas concentrations 9. Mar 2100 05:56:15 CO2 = 1130.8966 CH4 = 2419.18 N2O = 391.652 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-09 08:15:00 begin of timestep (day): 12 (run): 2156 0: MPIOM: current date: 2100-03-09 09:00:00 begin of timestep (day): 13 (run): 2157 0: MPIOM: current date: 2100-03-09 09:45:00 begin of timestep (day): 14 (run): 2158 0: MPIOM: current date: 2100-03-09 10:30:00 begin of timestep (day): 15 (run): 2159 384: Radiation calculated for : 9. Mar 2100 07:56:15 384: Greenhouse gas concentrations 9. Mar 2100 07:56:15 CO2 = 1130.8997 CH4 = 2419.18 N2O = 391.652 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-09 11:15:00 begin of timestep (day): 16 (run): 2160 0: MPIOM: current date: 2100-03-09 12:00:00 begin of timestep (day): 17 (run): 2161 0: MPIOM: current date: 2100-03-09 12:45:00 begin of timestep (day): 18 (run): 2162 384: Radiation calculated for : 9. Mar 2100 09:56:15 0: MPIOM: current date: 2100-03-09 13:30:00 begin of timestep (day): 19 (run): 2163 384: Greenhouse gas concentrations 9. Mar 2100 09:56:15 CO2 = 1130.9028 CH4 = 2419.18 N2O = 391.652 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-09 14:15:00 begin of timestep (day): 20 (run): 2164 0: MPIOM: current date: 2100-03-09 15:00:00 begin of timestep (day): 21 (run): 2165 0: MPIOM: current date: 2100-03-09 15:45:00 begin of timestep (day): 22 (run): 2166 384: Radiation calculated for : 9. Mar 2100 11:56:15 0: MPIOM: current date: 2100-03-09 16:30:00 begin of timestep (day): 23 (run): 2167 384: Greenhouse gas concentrations 9. Mar 2100 11:56:15 CO2 = 1130.9059 CH4 = 2419.17 N2O = 391.652 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-09 17:15:00 begin of timestep (day): 24 (run): 2168 0: MPIOM: current date: 2100-03-09 18:00:00 begin of timestep (day): 25 (run): 2169 0: MPIOM: current date: 2100-03-09 18:45:00 begin of timestep (day): 26 (run): 2170 384: Radiation calculated for : 9. Mar 2100 13:56:15 0: MPIOM: current date: 2100-03-09 19:30:00 begin of timestep (day): 27 (run): 2171 384: Greenhouse gas concentrations 9. Mar 2100 13:56:15 CO2 = 1130.9091 CH4 = 2419.17 N2O = 391.652 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-09 20:15:00 begin of timestep (day): 28 (run): 2172 0: MPIOM: current date: 2100-03-09 21:00:00 begin of timestep (day): 29 (run): 2173 0: MPIOM: current date: 2100-03-09 21:45:00 begin of timestep (day): 30 (run): 2174 0: MPIOM: current date: 2100-03-09 22:30:00 begin of timestep (day): 31 (run): 2175 384: Radiation calculated for : 9. Mar 2100 15:56:15 384: Greenhouse gas concentrations 9. Mar 2100 15:56:15 CO2 = 1130.9122 CH4 = 2419.17 N2O = 391.652 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-09 23:15:00 begin of timestep (day): 32 (run): 2176 0: MPIOM: current date: 2100-03-10 00:00:00 begin of timestep (day): 1 (run): 2177 384: Radiation calculated for : 9. Mar 2100 17:56:15 384: Greenhouse gas concentrations 9. Mar 2100 17:56:15 CO2 = 1130.9153 CH4 = 2419.16 N2O = 391.652 CFC = 51.73 209.46 384: Radiation calculated for : 9. Mar 2100 19:56:15 384: Greenhouse gas concentrations 9. Mar 2100 19:56:15 CO2 = 1130.9184 CH4 = 2419.16 N2O = 391.653 CFC = 51.73 209.46 384: Radiation calculated for : 9. Mar 2100 21:56:15 384: Greenhouse gas concentrations 9. Mar 2100 21:56:15 CO2 = 1130.9215 CH4 = 2419.16 N2O = 391.653 CFC = 51.73 209.46 384: Radiation calculated for : 9. Mar 2100 23:56:15 384: Greenhouse gas concentrations 9. Mar 2100 23:56:15 CO2 = 1130.9246 CH4 = 2419.16 N2O = 391.653 CFC = 51.73 209.46 384: hydrology_model: Water budget change: -3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 957786.859441843 m3/s 384: hydrology_model: precip-evap (on ocean): -1916668.36124841 m3/s 384: water_budget_corr: P-E correction: -39530.2390703696 m3/s 384: water_budget_corr: slm/slf residuum: 83574.1664962365 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -691.137295117998 m3/s 384: water_budget_corr: awfre corrected: -1956889.73761390 m3/s 384: water_budget_corr: river discharge: 957786.859441843 m3/s 384: water_budget_corr: water to ocean: -999102.878172060 m3/s 384: Write GRIB1 output for : 9. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.875290844154121E-010 kg m-2 s-1 0: co2 = 1054.93561210519 , n2 = 802000.000189055 , o2 = 0: 196800.000056774 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-10 00:45:00 begin of timestep (day): 2 (run): 2178 0: MPIOM: current date: 2100-03-10 01:30:00 begin of timestep (day): 3 (run): 2179 384: Radiation calculated for : 10. Mar 2100 01:56:15 384: Greenhouse gas concentrations 10. Mar 2100 01:56:15 CO2 = 1130.9278 CH4 = 2419.15 N2O = 391.653 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-10 02:15:00 begin of timestep (day): 4 (run): 2180 0: MPIOM: current date: 2100-03-10 03:00:00 begin of timestep (day): 5 (run): 2181 0: MPIOM: current date: 2100-03-10 03:45:00 begin of timestep (day): 6 (run): 2182 0: MPIOM: current date: 2100-03-10 04:30:00 begin of timestep (day): 7 (run): 2183 384: Radiation calculated for : 10. Mar 2100 03:56:15 384: Greenhouse gas concentrations 10. Mar 2100 03:56:15 CO2 = 1130.9309 CH4 = 2419.15 N2O = 391.653 CFC = 51.73 209.46 0: MPIOM: current date: 2100-03-10 05:15:00 begin of timestep (day): 8 (run): 2184 0: MPIOM: current date: 2100-03-10 06:00:00 begin of timestep (day): 9 (run): 2185 0: MPIOM: current date: 2100-03-10 06:45:00 begin of timestep (day): 10 (run): 2186 0: MPIOM: current date: 2100-03-10 07:30:00 begin of timestep (day): 11 (run): 2187 384: Radiation calculated for : 10. Mar 2100 05:56:15 384: Greenhouse gas concentrations 10. Mar 2100 05:56:15 CO2 = 1130.9340 CH4 = 2419.15 N2O = 391.653 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-10 08:15:00 begin of timestep (day): 12 (run): 2188 0: MPIOM: current date: 2100-03-10 09:00:00 begin of timestep (day): 13 (run): 2189 0: MPIOM: current date: 2100-03-10 09:45:00 begin of timestep (day): 14 (run): 2190 384: Radiation calculated for : 10. Mar 2100 07:56:15 0: MPIOM: current date: 2100-03-10 10:30:00 begin of timestep (day): 15 (run): 2191 384: Greenhouse gas concentrations 10. Mar 2100 07:56:15 CO2 = 1130.9371 CH4 = 2419.15 N2O = 391.653 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-10 11:15:00 begin of timestep (day): 16 (run): 2192 0: MPIOM: current date: 2100-03-10 12:00:00 begin of timestep (day): 17 (run): 2193 0: MPIOM: current date: 2100-03-10 12:45:00 begin of timestep (day): 18 (run): 2194 0: MPIOM: current date: 2100-03-10 13:30:00 begin of timestep (day): 19 (run): 2195 384: Radiation calculated for : 10. Mar 2100 09:56:15 384: Greenhouse gas concentrations 10. Mar 2100 09:56:15 CO2 = 1130.9402 CH4 = 2419.14 N2O = 391.653 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-10 14:15:00 begin of timestep (day): 20 (run): 2196 0: MPIOM: current date: 2100-03-10 15:00:00 begin of timestep (day): 21 (run): 2197 0: MPIOM: current date: 2100-03-10 15:45:00 begin of timestep (day): 22 (run): 2198 384: Radiation calculated for : 10. Mar 2100 11:56:15 384: Greenhouse gas concentrations 10. Mar 2100 11:56:15 CO2 = 1130.9434 CH4 = 2419.14 N2O = 391.653 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-10 16:30:00 begin of timestep (day): 23 (run): 2199 0: MPIOM: current date: 2100-03-10 17:15:00 begin of timestep (day): 24 (run): 2200 0: MPIOM: current date: 2100-03-10 18:00:00 begin of timestep (day): 25 (run): 2201 0: MPIOM: current date: 2100-03-10 18:45:00 begin of timestep (day): 26 (run): 2202 384: Radiation calculated for : 10. Mar 2100 13:56:15 0: MPIOM: current date: 2100-03-10 19:30:00 begin of timestep (day): 27 (run): 2203 384: Greenhouse gas concentrations 10. Mar 2100 13:56:15 CO2 = 1130.9465 CH4 = 2419.14 N2O = 391.654 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-10 20:15:00 begin of timestep (day): 28 (run): 2204 0: MPIOM: current date: 2100-03-10 21:00:00 begin of timestep (day): 29 (run): 2205 0: MPIOM: current date: 2100-03-10 21:45:00 begin of timestep (day): 30 (run): 2206 0: MPIOM: current date: 2100-03-10 22:30:00 begin of timestep (day): 31 (run): 2207 384: Radiation calculated for : 10. Mar 2100 15:56:15 384: Greenhouse gas concentrations 10. Mar 2100 15:56:15 CO2 = 1130.9496 CH4 = 2419.13 N2O = 391.654 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-10 23:15:00 begin of timestep (day): 32 (run): 2208 0: MPIOM: current date: 2100-03-11 00:00:00 begin of timestep (day): 1 (run): 2209 384: Radiation calculated for : 10. Mar 2100 17:56:15 384: Greenhouse gas concentrations 10. Mar 2100 17:56:15 CO2 = 1130.9527 CH4 = 2419.13 N2O = 391.654 CFC = 51.73 209.45 384: Radiation calculated for : 10. Mar 2100 19:56:15 384: Greenhouse gas concentrations 10. Mar 2100 19:56:15 CO2 = 1130.9558 CH4 = 2419.13 N2O = 391.654 CFC = 51.73 209.45 384: Radiation calculated for : 10. Mar 2100 21:56:15 384: Greenhouse gas concentrations 10. Mar 2100 21:56:15 CO2 = 1130.9590 CH4 = 2419.13 N2O = 391.654 CFC = 51.73 209.45 384: Radiation calculated for : 10. Mar 2100 23:56:15 384: Greenhouse gas concentrations 10. Mar 2100 23:56:15 CO2 = 1130.9621 CH4 = 2419.12 N2O = 391.654 CFC = 51.73 209.45 384: hydrology_model: Water budget change: -8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 996396.807761441 m3/s 384: hydrology_model: precip-evap (on ocean): -1546928.15408719 m3/s 384: water_budget_corr: P-E correction: -50437.8713439498 m3/s 384: water_budget_corr: slm/slf residuum: 70804.4126966717 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1694.63716256190 m3/s 384: water_budget_corr: awfre corrected: -1595671.38826857 m3/s 384: water_budget_corr: river discharge: 996396.807761441 m3/s 384: water_budget_corr: water to ocean: -599274.580507142 m3/s 384: Write GRIB1 output for : 10. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.88432737374 , n2 = 802000.000182683 , o2 = 0: 196800.000053365 384: CO2 flux correction (global): -4.737470569664023E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-11 00:45:00 begin of timestep (day): 2 (run): 2210 0: MPIOM: current date: 2100-03-11 01:30:00 begin of timestep (day): 3 (run): 2211 384: Radiation calculated for : 11. Mar 2100 01:56:15 384: Greenhouse gas concentrations 11. Mar 2100 01:56:15 CO2 = 1130.9652 CH4 = 2419.12 N2O = 391.654 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-11 02:15:00 begin of timestep (day): 4 (run): 2212 0: MPIOM: current date: 2100-03-11 03:00:00 begin of timestep (day): 5 (run): 2213 0: MPIOM: current date: 2100-03-11 03:45:00 begin of timestep (day): 6 (run): 2214 0: MPIOM: current date: 2100-03-11 04:30:00 begin of timestep (day): 7 (run): 2215 384: Radiation calculated for : 11. Mar 2100 03:56:15 384: Greenhouse gas concentrations 11. Mar 2100 03:56:15 CO2 = 1130.9683 CH4 = 2419.12 N2O = 391.654 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-11 05:15:00 begin of timestep (day): 8 (run): 2216 0: MPIOM: current date: 2100-03-11 06:00:00 begin of timestep (day): 9 (run): 2217 0: MPIOM: current date: 2100-03-11 06:45:00 begin of timestep (day): 10 (run): 2218 384: Radiation calculated for : 11. Mar 2100 05:56:15 0: MPIOM: current date: 2100-03-11 07:30:00 begin of timestep (day): 11 (run): 2219 384: Greenhouse gas concentrations 11. Mar 2100 05:56:15 CO2 = 1130.9714 CH4 = 2419.11 N2O = 391.654 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-11 08:15:00 begin of timestep (day): 12 (run): 2220 0: MPIOM: current date: 2100-03-11 09:00:00 begin of timestep (day): 13 (run): 2221 0: MPIOM: current date: 2100-03-11 09:45:00 begin of timestep (day): 14 (run): 2222 0: MPIOM: current date: 2100-03-11 10:30:00 begin of timestep (day): 15 (run): 2223 384: Radiation calculated for : 11. Mar 2100 07:56:15 384: Greenhouse gas concentrations 11. Mar 2100 07:56:15 CO2 = 1130.9745 CH4 = 2419.11 N2O = 391.654 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-11 11:15:00 begin of timestep (day): 16 (run): 2224 0: MPIOM: current date: 2100-03-11 12:00:00 begin of timestep (day): 17 (run): 2225 0: MPIOM: current date: 2100-03-11 12:45:00 begin of timestep (day): 18 (run): 2226 0: MPIOM: current date: 2100-03-11 13:30:00 begin of timestep (day): 19 (run): 2227 384: Radiation calculated for : 11. Mar 2100 09:56:15 384: Greenhouse gas concentrations 11. Mar 2100 09:56:15 CO2 = 1130.9777 CH4 = 2419.11 N2O = 391.655 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-11 14:15:00 begin of timestep (day): 20 (run): 2228 0: MPIOM: current date: 2100-03-11 15:00:00 begin of timestep (day): 21 (run): 2229 0: MPIOM: current date: 2100-03-11 15:45:00 begin of timestep (day): 22 (run): 2230 0: MPIOM: current date: 2100-03-11 16:30:00 begin of timestep (day): 23 (run): 2231 384: Radiation calculated for : 11. Mar 2100 11:56:15 384: Greenhouse gas concentrations 11. Mar 2100 11:56:15 CO2 = 1130.9808 CH4 = 2419.11 N2O = 391.655 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-11 17:15:00 begin of timestep (day): 24 (run): 2232 0: MPIOM: current date: 2100-03-11 18:00:00 begin of timestep (day): 25 (run): 2233 0: MPIOM: current date: 2100-03-11 18:45:00 begin of timestep (day): 26 (run): 2234 0: MPIOM: current date: 2100-03-11 19:30:00 begin of timestep (day): 27 (run): 2235 384: Radiation calculated for : 11. Mar 2100 13:56:15 384: Greenhouse gas concentrations 11. Mar 2100 13:56:15 CO2 = 1130.9839 CH4 = 2419.10 N2O = 391.655 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-11 20:15:00 begin of timestep (day): 28 (run): 2236 0: MPIOM: current date: 2100-03-11 21:00:00 begin of timestep (day): 29 (run): 2237 0: MPIOM: current date: 2100-03-11 21:45:00 begin of timestep (day): 30 (run): 2238 0: MPIOM: current date: 2100-03-11 22:30:00 begin of timestep (day): 31 (run): 2239 384: Radiation calculated for : 11. Mar 2100 15:56:15 384: Greenhouse gas concentrations 11. Mar 2100 15:56:15 CO2 = 1130.9870 CH4 = 2419.10 N2O = 391.655 CFC = 51.73 209.45 0: MPIOM: current date: 2100-03-11 23:15:00 begin of timestep (day): 32 (run): 2240 0: MPIOM: current date: 2100-03-12 00:00:00 begin of timestep (day): 1 (run): 2241 384: Radiation calculated for : 11. Mar 2100 17:56:15 384: Greenhouse gas concentrations 11. Mar 2100 17:56:15 CO2 = 1130.9901 CH4 = 2419.10 N2O = 391.655 CFC = 51.73 209.44 384: Radiation calculated for : 11. Mar 2100 19:56:15 384: Greenhouse gas concentrations 11. Mar 2100 19:56:15 CO2 = 1130.9933 CH4 = 2419.10 N2O = 391.655 CFC = 51.73 209.44 384: Radiation calculated for : 11. Mar 2100 21:56:15 384: Greenhouse gas concentrations 11. Mar 2100 21:56:15 CO2 = 1130.9964 CH4 = 2419.09 N2O = 391.655 CFC = 51.73 209.44 384: Radiation calculated for : 11. Mar 2100 23:56:15 384: Greenhouse gas concentrations 11. Mar 2100 23:56:15 CO2 = 1130.9995 CH4 = 2419.09 N2O = 391.655 CFC = 51.73 209.44 384: hydrology_model: Water budget change: 3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 1009718.94204621 m3/s 384: hydrology_model: precip-evap (on ocean): -1850052.22444490 m3/s 384: water_budget_corr: P-E correction: -60521.4036426760 m3/s 384: water_budget_corr: slm/slf residuum: 34183.8685418004 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -27.2787264514200 m3/s 384: water_budget_corr: awfre corrected: -1910600.90681403 m3/s 384: water_budget_corr: river discharge: 1009718.94204621 m3/s 384: water_budget_corr: water to ocean: -900881.964767836 m3/s 384: Write GRIB1 output for : 11. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.662585615147368E-010 kg m-2 s-1 0: co2 = 1054.94630930019 , n2 = 802000.000164752 , o2 = 0: 196800.000062116 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-12 00:45:00 begin of timestep (day): 2 (run): 2242 0: MPIOM: current date: 2100-03-12 01:30:00 begin of timestep (day): 3 (run): 2243 384: Radiation calculated for : 12. Mar 2100 01:56:15 384: Greenhouse gas concentrations 12. Mar 2100 01:56:15 CO2 = 1131.0026 CH4 = 2419.09 N2O = 391.655 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-12 02:15:00 begin of timestep (day): 4 (run): 2244 0: MPIOM: current date: 2100-03-12 03:00:00 begin of timestep (day): 5 (run): 2245 0: MPIOM: current date: 2100-03-12 03:45:00 begin of timestep (day): 6 (run): 2246 0: MPIOM: current date: 2100-03-12 04:30:00 begin of timestep (day): 7 (run): 2247 384: Radiation calculated for : 12. Mar 2100 03:56:15 384: Greenhouse gas concentrations 12. Mar 2100 03:56:15 CO2 = 1131.0057 CH4 = 2419.08 N2O = 391.656 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-12 05:15:00 begin of timestep (day): 8 (run): 2248 0: MPIOM: current date: 2100-03-12 06:00:00 begin of timestep (day): 9 (run): 2249 0: MPIOM: current date: 2100-03-12 06:45:00 begin of timestep (day): 10 (run): 2250 0: MPIOM: current date: 2100-03-12 07:30:00 begin of timestep (day): 11 (run): 2251 384: Radiation calculated for : 12. Mar 2100 05:56:15 384: Greenhouse gas concentrations 12. Mar 2100 05:56:15 CO2 = 1131.0089 CH4 = 2419.08 N2O = 391.656 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-12 08:15:00 begin of timestep (day): 12 (run): 2252 0: MPIOM: current date: 2100-03-12 09:00:00 begin of timestep (day): 13 (run): 2253 0: MPIOM: current date: 2100-03-12 09:45:00 begin of timestep (day): 14 (run): 2254 0: MPIOM: current date: 2100-03-12 10:30:00 begin of timestep (day): 15 (run): 2255 384: Radiation calculated for : 12. Mar 2100 07:56:15 384: Greenhouse gas concentrations 12. Mar 2100 07:56:15 CO2 = 1131.0120 CH4 = 2419.08 N2O = 391.656 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-12 11:15:00 begin of timestep (day): 16 (run): 2256 0: MPIOM: current date: 2100-03-12 12:00:00 begin of timestep (day): 17 (run): 2257 0: MPIOM: current date: 2100-03-12 12:45:00 begin of timestep (day): 18 (run): 2258 0: MPIOM: current date: 2100-03-12 13:30:00 begin of timestep (day): 19 (run): 2259 384: Radiation calculated for : 12. Mar 2100 09:56:15 384: Greenhouse gas concentrations 12. Mar 2100 09:56:15 CO2 = 1131.0151 CH4 = 2419.08 N2O = 391.656 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-12 14:15:00 begin of timestep (day): 20 (run): 2260 0: MPIOM: current date: 2100-03-12 15:00:00 begin of timestep (day): 21 (run): 2261 0: MPIOM: current date: 2100-03-12 15:45:00 begin of timestep (day): 22 (run): 2262 0: MPIOM: current date: 2100-03-12 16:30:00 begin of timestep (day): 23 (run): 2263 384: Radiation calculated for : 12. Mar 2100 11:56:15 384: Greenhouse gas concentrations 12. Mar 2100 11:56:15 CO2 = 1131.0182 CH4 = 2419.07 N2O = 391.656 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-12 17:15:00 begin of timestep (day): 24 (run): 2264 0: MPIOM: current date: 2100-03-12 18:00:00 begin of timestep (day): 25 (run): 2265 0: MPIOM: current date: 2100-03-12 18:45:00 begin of timestep (day): 26 (run): 2266 0: MPIOM: current date: 2100-03-12 19:30:00 begin of timestep (day): 27 (run): 2267 384: Radiation calculated for : 12. Mar 2100 13:56:15 384: Greenhouse gas concentrations 12. Mar 2100 13:56:15 CO2 = 1131.0213 CH4 = 2419.07 N2O = 391.656 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-12 20:15:00 begin of timestep (day): 28 (run): 2268 0: MPIOM: current date: 2100-03-12 21:00:00 begin of timestep (day): 29 (run): 2269 0: MPIOM: current date: 2100-03-12 21:45:00 begin of timestep (day): 30 (run): 2270 0: MPIOM: current date: 2100-03-12 22:30:00 begin of timestep (day): 31 (run): 2271 384: Radiation calculated for : 12. Mar 2100 15:56:15 384: Greenhouse gas concentrations 12. Mar 2100 15:56:15 CO2 = 1131.0244 CH4 = 2419.07 N2O = 391.656 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-12 23:15:00 begin of timestep (day): 32 (run): 2272 0: MPIOM: current date: 2100-03-13 00:00:00 begin of timestep (day): 1 (run): 2273 384: Radiation calculated for : 12. Mar 2100 17:56:15 384: Greenhouse gas concentrations 12. Mar 2100 17:56:15 CO2 = 1131.0276 CH4 = 2419.06 N2O = 391.656 CFC = 51.72 209.44 384: Radiation calculated for : 12. Mar 2100 19:56:15 384: Greenhouse gas concentrations 12. Mar 2100 19:56:15 CO2 = 1131.0307 CH4 = 2419.06 N2O = 391.656 CFC = 51.72 209.44 384: Radiation calculated for : 12. Mar 2100 21:56:15 384: Greenhouse gas concentrations 12. Mar 2100 21:56:15 CO2 = 1131.0338 CH4 = 2419.06 N2O = 391.657 CFC = 51.72 209.44 384: Radiation calculated for : 12. Mar 2100 23:56:15 384: Greenhouse gas concentrations 12. Mar 2100 23:56:15 CO2 = 1131.0369 CH4 = 2419.06 N2O = 391.657 CFC = 51.72 209.44 384: hydrology_model: Water budget change: -2.712011337280273E-006 m3/s 384: hydrology_model: global discharge: 1024530.75931845 m3/s 384: hydrology_model: precip-evap (on ocean): -2067177.52117219 m3/s 384: water_budget_corr: P-E correction: -63821.5900089818 m3/s 384: water_budget_corr: slm/slf residuum: 12019.9543514550 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -759.805734555223 m3/s 384: water_budget_corr: awfre corrected: -2131758.91691571 m3/s 384: water_budget_corr: river discharge: 1024530.75931845 m3/s 384: water_budget_corr: water to ocean: -1107228.15759724 m3/s 384: Write GRIB1 output for : 12. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.369293588946061E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1055.06696505291 , n2 = 802000.000212153 , o2 = 0: 196800.000111205 0: MPIOM: current date: 2100-03-13 00:45:00 begin of timestep (day): 2 (run): 2274 0: MPIOM: current date: 2100-03-13 01:30:00 begin of timestep (day): 3 (run): 2275 384: Radiation calculated for : 13. Mar 2100 01:56:15 384: Greenhouse gas concentrations 13. Mar 2100 01:56:15 CO2 = 1131.0400 CH4 = 2419.05 N2O = 391.657 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-13 02:15:00 begin of timestep (day): 4 (run): 2276 0: MPIOM: current date: 2100-03-13 03:00:00 begin of timestep (day): 5 (run): 2277 0: MPIOM: current date: 2100-03-13 03:45:00 begin of timestep (day): 6 (run): 2278 0: MPIOM: current date: 2100-03-13 04:30:00 begin of timestep (day): 7 (run): 2279 384: Radiation calculated for : 13. Mar 2100 03:56:15 384: Greenhouse gas concentrations 13. Mar 2100 03:56:15 CO2 = 1131.0432 CH4 = 2419.05 N2O = 391.657 CFC = 51.72 209.44 0: MPIOM: current date: 2100-03-13 05:15:00 begin of timestep (day): 8 (run): 2280 0: MPIOM: current date: 2100-03-13 06:00:00 begin of timestep (day): 9 (run): 2281 0: MPIOM: current date: 2100-03-13 06:45:00 begin of timestep (day): 10 (run): 2282 0: MPIOM: current date: 2100-03-13 07:30:00 begin of timestep (day): 11 (run): 2283 384: Radiation calculated for : 13. Mar 2100 05:56:15 384: Greenhouse gas concentrations 13. Mar 2100 05:56:15 CO2 = 1131.0463 CH4 = 2419.05 N2O = 391.657 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-13 08:15:00 begin of timestep (day): 12 (run): 2284 0: MPIOM: current date: 2100-03-13 09:00:00 begin of timestep (day): 13 (run): 2285 0: MPIOM: current date: 2100-03-13 09:45:00 begin of timestep (day): 14 (run): 2286 0: MPIOM: current date: 2100-03-13 10:30:00 begin of timestep (day): 15 (run): 2287 384: Radiation calculated for : 13. Mar 2100 07:56:15 384: Greenhouse gas concentrations 13. Mar 2100 07:56:15 CO2 = 1131.0494 CH4 = 2419.05 N2O = 391.657 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-13 11:15:00 begin of timestep (day): 16 (run): 2288 0: MPIOM: current date: 2100-03-13 12:00:00 begin of timestep (day): 17 (run): 2289 0: MPIOM: current date: 2100-03-13 12:45:00 begin of timestep (day): 18 (run): 2290 384: Radiation calculated for : 13. Mar 2100 09:56:15 0: MPIOM: current date: 2100-03-13 13:30:00 begin of timestep (day): 19 (run): 2291 384: Greenhouse gas concentrations 13. Mar 2100 09:56:15 CO2 = 1131.0525 CH4 = 2419.04 N2O = 391.657 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-13 14:15:00 begin of timestep (day): 20 (run): 2292 0: MPIOM: current date: 2100-03-13 15:00:00 begin of timestep (day): 21 (run): 2293 0: MPIOM: current date: 2100-03-13 15:45:00 begin of timestep (day): 22 (run): 2294 384: Radiation calculated for : 13. Mar 2100 11:56:15 384: Greenhouse gas concentrations 13. Mar 2100 11:56:15 CO2 = 1131.0556 CH4 = 2419.04 N2O = 391.657 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-13 16:30:00 begin of timestep (day): 23 (run): 2295 0: MPIOM: current date: 2100-03-13 17:15:00 begin of timestep (day): 24 (run): 2296 0: MPIOM: current date: 2100-03-13 18:00:00 begin of timestep (day): 25 (run): 2297 0: MPIOM: current date: 2100-03-13 18:45:00 begin of timestep (day): 26 (run): 2298 384: Radiation calculated for : 13. Mar 2100 13:56:15 384: Greenhouse gas concentrations 13. Mar 2100 13:56:15 CO2 = 1131.0587 CH4 = 2419.04 N2O = 391.657 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-13 19:30:00 begin of timestep (day): 27 (run): 2299 0: MPIOM: current date: 2100-03-13 20:15:00 begin of timestep (day): 28 (run): 2300 0: MPIOM: current date: 2100-03-13 21:00:00 begin of timestep (day): 29 (run): 2301 0: MPIOM: current date: 2100-03-13 21:45:00 begin of timestep (day): 30 (run): 2302 384: Radiation calculated for : 13. Mar 2100 15:56:15 384: Greenhouse gas concentrations 13. Mar 2100 15:56:15 CO2 = 1131.0619 CH4 = 2419.03 N2O = 391.657 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-13 22:30:00 begin of timestep (day): 31 (run): 2303 0: MPIOM: current date: 2100-03-13 23:15:00 begin of timestep (day): 32 (run): 2304 0: MPIOM: current date: 2100-03-14 00:00:00 begin of timestep (day): 1 (run): 2305 384: Radiation calculated for : 13. Mar 2100 17:56:15 384: Greenhouse gas concentrations 13. Mar 2100 17:56:15 CO2 = 1131.0650 CH4 = 2419.03 N2O = 391.658 CFC = 51.72 209.43 384: Radiation calculated for : 13. Mar 2100 19:56:15 384: Greenhouse gas concentrations 13. Mar 2100 19:56:15 CO2 = 1131.0681 CH4 = 2419.03 N2O = 391.658 CFC = 51.72 209.43 384: Radiation calculated for : 13. Mar 2100 21:56:15 384: Greenhouse gas concentrations 13. Mar 2100 21:56:15 CO2 = 1131.0712 CH4 = 2419.03 N2O = 391.658 CFC = 51.72 209.43 384: Radiation calculated for : 13. Mar 2100 23:56:15 384: Greenhouse gas concentrations 13. Mar 2100 23:56:15 CO2 = 1131.0743 CH4 = 2419.02 N2O = 391.658 CFC = 51.72 209.43 384: hydrology_model: Water budget change: 1.430511474609375E-006 m3/s 384: hydrology_model: global discharge: 999895.992371621 m3/s 384: hydrology_model: precip-evap (on ocean): -1434850.92891216 m3/s 384: water_budget_corr: P-E correction: -103137.728415168 m3/s 384: water_budget_corr: slm/slf residuum: 10533.0984330463 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3572.68683617090 m3/s 384: water_budget_corr: awfre corrected: -1541561.34416349 m3/s 384: water_budget_corr: river discharge: 999895.992371621 m3/s 384: water_budget_corr: water to ocean: -541665.351791864 m3/s 384: Write GRIB1 output for : 13. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.13243629267 , n2 = 802000.000202902 , o2 = 0: 196800.000100559 384: CO2 flux correction (global): -3.922246502233290E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-14 00:45:00 begin of timestep (day): 2 (run): 2306 0: MPIOM: current date: 2100-03-14 01:30:00 begin of timestep (day): 3 (run): 2307 384: Radiation calculated for : 14. Mar 2100 01:56:15 384: Greenhouse gas concentrations 14. Mar 2100 01:56:15 CO2 = 1131.0775 CH4 = 2419.02 N2O = 391.658 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-14 02:15:00 begin of timestep (day): 4 (run): 2308 0: MPIOM: current date: 2100-03-14 03:00:00 begin of timestep (day): 5 (run): 2309 0: MPIOM: current date: 2100-03-14 03:45:00 begin of timestep (day): 6 (run): 2310 0: MPIOM: current date: 2100-03-14 04:30:00 begin of timestep (day): 7 (run): 2311 384: Radiation calculated for : 14. Mar 2100 03:56:15 384: Greenhouse gas concentrations 14. Mar 2100 03:56:15 CO2 = 1131.0806 CH4 = 2419.02 N2O = 391.658 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-14 05:15:00 begin of timestep (day): 8 (run): 2312 0: MPIOM: current date: 2100-03-14 06:00:00 begin of timestep (day): 9 (run): 2313 0: MPIOM: current date: 2100-03-14 06:45:00 begin of timestep (day): 10 (run): 2314 0: MPIOM: current date: 2100-03-14 07:30:00 begin of timestep (day): 11 (run): 2315 384: Radiation calculated for : 14. Mar 2100 05:56:15 384: Greenhouse gas concentrations 14. Mar 2100 05:56:15 CO2 = 1131.0837 CH4 = 2419.01 N2O = 391.658 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-14 08:15:00 begin of timestep (day): 12 (run): 2316 0: MPIOM: current date: 2100-03-14 09:00:00 begin of timestep (day): 13 (run): 2317 0: MPIOM: current date: 2100-03-14 09:45:00 begin of timestep (day): 14 (run): 2318 0: MPIOM: current date: 2100-03-14 10:30:00 begin of timestep (day): 15 (run): 2319 384: Radiation calculated for : 14. Mar 2100 07:56:15 384: Greenhouse gas concentrations 14. Mar 2100 07:56:15 CO2 = 1131.0868 CH4 = 2419.01 N2O = 391.658 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-14 11:15:00 begin of timestep (day): 16 (run): 2320 0: MPIOM: current date: 2100-03-14 12:00:00 begin of timestep (day): 17 (run): 2321 0: MPIOM: current date: 2100-03-14 12:45:00 begin of timestep (day): 18 (run): 2322 0: MPIOM: current date: 2100-03-14 13:30:00 begin of timestep (day): 19 (run): 2323 384: Radiation calculated for : 14. Mar 2100 09:56:15 384: Greenhouse gas concentrations 14. Mar 2100 09:56:15 CO2 = 1131.0899 CH4 = 2419.01 N2O = 391.658 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-14 14:15:00 begin of timestep (day): 20 (run): 2324 0: MPIOM: current date: 2100-03-14 15:00:00 begin of timestep (day): 21 (run): 2325 0: MPIOM: current date: 2100-03-14 15:45:00 begin of timestep (day): 22 (run): 2326 0: MPIOM: current date: 2100-03-14 16:30:00 begin of timestep (day): 23 (run): 2327 384: Radiation calculated for : 14. Mar 2100 11:56:15 384: Greenhouse gas concentrations 14. Mar 2100 11:56:15 CO2 = 1131.0931 CH4 = 2419.01 N2O = 391.659 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-14 17:15:00 begin of timestep (day): 24 (run): 2328 0: MPIOM: current date: 2100-03-14 18:00:00 begin of timestep (day): 25 (run): 2329 0: MPIOM: current date: 2100-03-14 18:45:00 begin of timestep (day): 26 (run): 2330 0: MPIOM: current date: 2100-03-14 19:30:00 begin of timestep (day): 27 (run): 2331 384: Radiation calculated for : 14. Mar 2100 13:56:15 384: Greenhouse gas concentrations 14. Mar 2100 13:56:15 CO2 = 1131.0962 CH4 = 2419.00 N2O = 391.659 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-14 20:15:00 begin of timestep (day): 28 (run): 2332 0: MPIOM: current date: 2100-03-14 21:00:00 begin of timestep (day): 29 (run): 2333 0: MPIOM: current date: 2100-03-14 21:45:00 begin of timestep (day): 30 (run): 2334 0: MPIOM: current date: 2100-03-14 22:30:00 begin of timestep (day): 31 (run): 2335 384: Radiation calculated for : 14. Mar 2100 15:56:15 384: Greenhouse gas concentrations 14. Mar 2100 15:56:15 CO2 = 1131.0993 CH4 = 2419.00 N2O = 391.659 CFC = 51.72 209.43 0: MPIOM: current date: 2100-03-14 23:15:00 begin of timestep (day): 32 (run): 2336 0: MPIOM: current date: 2100-03-15 00:00:00 begin of timestep (day): 1 (run): 2337 384: Radiation calculated for : 14. Mar 2100 17:56:15 384: Greenhouse gas concentrations 14. Mar 2100 17:56:15 CO2 = 1131.1024 CH4 = 2419.00 N2O = 391.659 CFC = 51.72 209.42 384: Radiation calculated for : 14. Mar 2100 19:56:15 384: Greenhouse gas concentrations 14. Mar 2100 19:56:15 CO2 = 1131.1055 CH4 = 2418.99 N2O = 391.659 CFC = 51.72 209.42 384: Radiation calculated for : 14. Mar 2100 21:56:15 384: Greenhouse gas concentrations 14. Mar 2100 21:56:15 CO2 = 1131.1086 CH4 = 2418.99 N2O = 391.659 CFC = 51.72 209.42 384: Radiation calculated for : 14. Mar 2100 23:56:15 384: Greenhouse gas concentrations 14. Mar 2100 23:56:15 CO2 = 1131.1118 CH4 = 2418.99 N2O = 391.659 CFC = 51.72 209.42 384: hydrology_model: Water budget change: -2.980232238769531E-007 m3/s 384: hydrology_model: global discharge: 1011242.45563095 m3/s 384: hydrology_model: precip-evap (on ocean): -538111.808566425 m3/s 384: water_budget_corr: P-E correction: -119244.896915083 m3/s 384: water_budget_corr: slm/slf residuum: 385.385476943806 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2288.26939682216 m3/s 384: water_budget_corr: awfre corrected: -659644.974878335 m3/s 384: water_budget_corr: river discharge: 1011242.45563095 m3/s 384: water_budget_corr: water to ocean: 351597.480752610 m3/s 384: Write GRIB1 output for : 14. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.060775381157784E-010 kg m-2 s-1 0: co2 = 1055.21900048945 , n2 = 802000.000221162 , o2 = 0: 196800.000111445 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-15 00:45:00 begin of timestep (day): 2 (run): 2338 0: MPIOM: current date: 2100-03-15 01:30:00 begin of timestep (day): 3 (run): 2339 384: Radiation calculated for : 15. Mar 2100 01:56:15 384: Greenhouse gas concentrations 15. Mar 2100 01:56:15 CO2 = 1131.1149 CH4 = 2418.99 N2O = 391.659 CFC = 51.72 209.42 0: MPIOM: current date: 2100-03-15 02:15:00 begin of timestep (day): 4 (run): 2340 0: MPIOM: current date: 2100-03-15 03:00:00 begin of timestep (day): 5 (run): 2341 0: MPIOM: current date: 2100-03-15 03:45:00 begin of timestep (day): 6 (run): 2342 0: MPIOM: current date: 2100-03-15 04:30:00 begin of timestep (day): 7 (run): 2343 384: Radiation calculated for : 15. Mar 2100 03:56:15 384: Greenhouse gas concentrations 15. Mar 2100 03:56:15 CO2 = 1131.1180 CH4 = 2418.98 N2O = 391.659 CFC = 51.72 209.42 0: MPIOM: current date: 2100-03-15 05:15:00 begin of timestep (day): 8 (run): 2344 0: MPIOM: current date: 2100-03-15 06:00:00 begin of timestep (day): 9 (run): 2345 0: MPIOM: current date: 2100-03-15 06:45:00 begin of timestep (day): 10 (run): 2346 0: MPIOM: current date: 2100-03-15 07:30:00 begin of timestep (day): 11 (run): 2347 384: Radiation calculated for : 15. Mar 2100 05:56:15 384: Greenhouse gas concentrations 15. Mar 2100 05:56:15 CO2 = 1131.1211 CH4 = 2418.98 N2O = 391.659 CFC = 51.72 209.42 0: MPIOM: current date: 2100-03-15 08:15:00 begin of timestep (day): 12 (run): 2348 0: MPIOM: current date: 2100-03-15 09:00:00 begin of timestep (day): 13 (run): 2349 0: MPIOM: current date: 2100-03-15 09:45:00 begin of timestep (day): 14 (run): 2350 384: Radiation calculated for : 15. Mar 2100 07:56:15 384: Greenhouse gas concentrations 15. Mar 2100 07:56:15 CO2 = 1131.1242 CH4 = 2418.98 N2O = 391.660 CFC = 51.71 209.42 0: MPIOM: current date: 2100-03-15 10:30:00 begin of timestep (day): 15 (run): 2351 0: MPIOM: current date: 2100-03-15 11:15:00 begin of timestep (day): 16 (run): 2352 0: MPIOM: current date: 2100-03-15 12:00:00 begin of timestep (day): 17 (run): 2353 0: MPIOM: current date: 2100-03-15 12:45:00 begin of timestep (day): 18 (run): 2354 384: Radiation calculated for : 15. Mar 2100 09:56:15 384: Greenhouse gas concentrations 15. Mar 2100 09:56:15 CO2 = 1131.1274 CH4 = 2418.98 N2O = 391.660 CFC = 51.71 209.42 0: MPIOM: current date: 2100-03-15 13:30:00 begin of timestep (day): 19 (run): 2355 0: MPIOM: current date: 2100-03-15 14:15:00 begin of timestep (day): 20 (run): 2356 0: MPIOM: current date: 2100-03-15 15:00:00 begin of timestep (day): 21 (run): 2357 0: MPIOM: current date: 2100-03-15 15:45:00 begin of timestep (day): 22 (run): 2358 384: Radiation calculated for : 15. Mar 2100 11:56:15 384: Greenhouse gas concentrations 15. Mar 2100 11:56:15 CO2 = 1131.1305 CH4 = 2418.97 N2O = 391.660 CFC = 51.71 209.42 0: MPIOM: current date: 2100-03-15 16:30:00 begin of timestep (day): 23 (run): 2359 0: MPIOM: current date: 2100-03-15 17:15:00 begin of timestep (day): 24 (run): 2360 0: MPIOM: current date: 2100-03-15 18:00:00 begin of timestep (day): 25 (run): 2361 0: MPIOM: current date: 2100-03-15 18:45:00 begin of timestep (day): 26 (run): 2362 384: Radiation calculated for : 15. Mar 2100 13:56:15 384: Greenhouse gas concentrations 15. Mar 2100 13:56:15 CO2 = 1131.1336 CH4 = 2418.97 N2O = 391.660 CFC = 51.71 209.42 0: MPIOM: current date: 2100-03-15 19:30:00 begin of timestep (day): 27 (run): 2363 0: MPIOM: current date: 2100-03-15 20:15:00 begin of timestep (day): 28 (run): 2364 0: MPIOM: current date: 2100-03-15 21:00:00 begin of timestep (day): 29 (run): 2365 0: MPIOM: current date: 2100-03-15 21:45:00 begin of timestep (day): 30 (run): 2366 384: Radiation calculated for : 15. Mar 2100 15:56:15 384: Greenhouse gas concentrations 15. Mar 2100 15:56:15 CO2 = 1131.1367 CH4 = 2418.97 N2O = 391.660 CFC = 51.71 209.42 0: MPIOM: current date: 2100-03-15 22:30:00 begin of timestep (day): 31 (run): 2367 0: MPIOM: current date: 2100-03-15 23:15:00 begin of timestep (day): 32 (run): 2368 0: MPIOM: current date: 2100-03-16 00:00:00 begin of timestep (day): 1 (run): 2369 384: Radiation calculated for : 15. Mar 2100 17:56:15 384: Greenhouse gas concentrations 15. Mar 2100 17:56:15 CO2 = 1131.1398 CH4 = 2418.96 N2O = 391.660 CFC = 51.71 209.42 384: Radiation calculated for : 15. Mar 2100 19:56:15 384: Greenhouse gas concentrations 15. Mar 2100 19:56:15 CO2 = 1131.1430 CH4 = 2418.96 N2O = 391.660 CFC = 51.71 209.42 384: Radiation calculated for : 15. Mar 2100 21:56:15 384: Greenhouse gas concentrations 15. Mar 2100 21:56:15 CO2 = 1131.1461 CH4 = 2418.96 N2O = 391.660 CFC = 51.71 209.42 384: Radiation calculated for : 15. Mar 2100 23:56:15 384: Greenhouse gas concentrations 15. Mar 2100 23:56:15 CO2 = 1131.1492 CH4 = 2418.96 N2O = 391.660 CFC = 51.71 209.42 384: hydrology_model: Water budget change: 8.046627044677734E-007 m3/s 384: hydrology_model: global discharge: 1033169.33603129 m3/s 384: hydrology_model: precip-evap (on ocean): -1491605.02830109 m3/s 384: water_budget_corr: P-E correction: -79329.9541774139 m3/s 384: water_budget_corr: slm/slf residuum: 34616.9530067018 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 182.153212702609 m3/s 384: water_budget_corr: awfre corrected: -1570752.82926582 m3/s 384: water_budget_corr: river discharge: 1033169.33603129 m3/s 384: water_budget_corr: water to ocean: -537583.493234518 m3/s 384: Write GRIB1 output for : 15. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.168609457930089E-010 kg m-2 s-1 0: co2 = 1055.36081548188 , n2 = 802000.000174824 , o2 = 0: 196800.000029406 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-16 00:45:00 begin of timestep (day): 2 (run): 2370 0: MPIOM: current date: 2100-03-16 01:30:00 begin of timestep (day): 3 (run): 2371 384: Radiation calculated for : 16. Mar 2100 01:56:15 384: Greenhouse gas concentrations 16. Mar 2100 01:56:15 CO2 = 1131.1523 CH4 = 2418.95 N2O = 391.661 CFC = 51.71 209.42 0: MPIOM: current date: 2100-03-16 02:15:00 begin of timestep (day): 4 (run): 2372 0: MPIOM: current date: 2100-03-16 03:00:00 begin of timestep (day): 5 (run): 2373 0: MPIOM: current date: 2100-03-16 03:45:00 begin of timestep (day): 6 (run): 2374 0: MPIOM: current date: 2100-03-16 04:30:00 begin of timestep (day): 7 (run): 2375 384: Radiation calculated for : 16. Mar 2100 03:56:15 384: Greenhouse gas concentrations 16. Mar 2100 03:56:15 CO2 = 1131.1554 CH4 = 2418.95 N2O = 391.661 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-16 05:15:00 begin of timestep (day): 8 (run): 2376 0: MPIOM: current date: 2100-03-16 06:00:00 begin of timestep (day): 9 (run): 2377 0: MPIOM: current date: 2100-03-16 06:45:00 begin of timestep (day): 10 (run): 2378 0: MPIOM: current date: 2100-03-16 07:30:00 begin of timestep (day): 11 (run): 2379 384: Radiation calculated for : 16. Mar 2100 05:56:15 384: Greenhouse gas concentrations 16. Mar 2100 05:56:15 CO2 = 1131.1585 CH4 = 2418.95 N2O = 391.661 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-16 08:15:00 begin of timestep (day): 12 (run): 2380 0: MPIOM: current date: 2100-03-16 09:00:00 begin of timestep (day): 13 (run): 2381 0: MPIOM: current date: 2100-03-16 09:45:00 begin of timestep (day): 14 (run): 2382 0: MPIOM: current date: 2100-03-16 10:30:00 begin of timestep (day): 15 (run): 2383 384: Radiation calculated for : 16. Mar 2100 07:56:15 384: Greenhouse gas concentrations 16. Mar 2100 07:56:15 CO2 = 1131.1617 CH4 = 2418.94 N2O = 391.661 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-16 11:15:00 begin of timestep (day): 16 (run): 2384 0: MPIOM: current date: 2100-03-16 12:00:00 begin of timestep (day): 17 (run): 2385 0: MPIOM: current date: 2100-03-16 12:45:00 begin of timestep (day): 18 (run): 2386 0: MPIOM: current date: 2100-03-16 13:30:00 begin of timestep (day): 19 (run): 2387 384: Radiation calculated for : 16. Mar 2100 09:56:15 384: Greenhouse gas concentrations 16. Mar 2100 09:56:15 CO2 = 1131.1648 CH4 = 2418.94 N2O = 391.661 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-16 14:15:00 begin of timestep (day): 20 (run): 2388 0: MPIOM: current date: 2100-03-16 15:00:00 begin of timestep (day): 21 (run): 2389 0: MPIOM: current date: 2100-03-16 15:45:00 begin of timestep (day): 22 (run): 2390 0: MPIOM: current date: 2100-03-16 16:30:00 begin of timestep (day): 23 (run): 2391 384: Radiation calculated for : 16. Mar 2100 11:56:15 384: Greenhouse gas concentrations 16. Mar 2100 11:56:15 CO2 = 1131.1679 CH4 = 2418.94 N2O = 391.661 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-16 17:15:00 begin of timestep (day): 24 (run): 2392 0: MPIOM: current date: 2100-03-16 18:00:00 begin of timestep (day): 25 (run): 2393 0: MPIOM: current date: 2100-03-16 18:45:00 begin of timestep (day): 26 (run): 2394 0: MPIOM: current date: 2100-03-16 19:30:00 begin of timestep (day): 27 (run): 2395 384: Radiation calculated for : 16. Mar 2100 13:56:15 384: Greenhouse gas concentrations 16. Mar 2100 13:56:15 CO2 = 1131.1710 CH4 = 2418.94 N2O = 391.661 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-16 20:15:00 begin of timestep (day): 28 (run): 2396 0: MPIOM: current date: 2100-03-16 21:00:00 begin of timestep (day): 29 (run): 2397 0: MPIOM: current date: 2100-03-16 21:45:00 begin of timestep (day): 30 (run): 2398 0: MPIOM: current date: 2100-03-16 22:30:00 begin of timestep (day): 31 (run): 2399 384: Radiation calculated for : 16. Mar 2100 15:56:15 384: Greenhouse gas concentrations 16. Mar 2100 15:56:15 CO2 = 1131.1741 CH4 = 2418.93 N2O = 391.661 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-16 23:15:00 begin of timestep (day): 32 (run): 2400 0: MPIOM: current date: 2100-03-17 00:00:00 begin of timestep (day): 1 (run): 2401 384: Radiation calculated for : 16. Mar 2100 17:56:15 384: Greenhouse gas concentrations 16. Mar 2100 17:56:15 CO2 = 1131.1773 CH4 = 2418.93 N2O = 391.661 CFC = 51.71 209.41 384: Radiation calculated for : 16. Mar 2100 19:56:15 384: Greenhouse gas concentrations 16. Mar 2100 19:56:15 CO2 = 1131.1804 CH4 = 2418.93 N2O = 391.662 CFC = 51.71 209.41 384: Radiation calculated for : 16. Mar 2100 21:56:15 384: Greenhouse gas concentrations 16. Mar 2100 21:56:15 CO2 = 1131.1835 CH4 = 2418.93 N2O = 391.662 CFC = 51.71 209.41 384: Radiation calculated for : 16. Mar 2100 23:56:15 384: Greenhouse gas concentrations 16. Mar 2100 23:56:15 CO2 = 1131.1866 CH4 = 2418.92 N2O = 391.662 CFC = 51.71 209.41 384: hydrology_model: Water budget change: -1.549720764160156E-006 m3/s 384: hydrology_model: global discharge: 1048014.97578326 m3/s 384: hydrology_model: precip-evap (on ocean): -2764136.86585539 m3/s 384: water_budget_corr: P-E correction: -6819.59523131274 m3/s 384: water_budget_corr: slm/slf residuum: -4745.53981006863 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1853.51026456230 m3/s 384: water_budget_corr: awfre corrected: -2769102.95082213 m3/s 384: water_budget_corr: river discharge: 1048014.97578326 m3/s 384: water_budget_corr: water to ocean: -1721087.97503888 m3/s 384: Write GRIB1 output for : 16. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.087011028273402E-010 kg m-2 s-1 0: co2 = 1055.41350968210 , n2 = 802000.000146874 , o2 = 0: 196800.000014146 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-17 00:45:00 begin of timestep (day): 2 (run): 2402 384: 2100-03-17 00h: Read: Valid: 2100-04-16 00h: lightning_frq (lightning.nc, 4), avg = 0.0000 0: MPIOM: current date: 2100-03-17 01:30:00 begin of timestep (day): 3 (run): 2403 384: Radiation calculated for : 17. Mar 2100 01:56:15 0: MPIOM: current date: 2100-03-17 02:15:00 begin of timestep (day): 4 (run): 2404 384: Greenhouse gas concentrations 17. Mar 2100 01:56:15 CO2 = 1131.1897 CH4 = 2418.92 N2O = 391.662 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-17 03:00:00 begin of timestep (day): 5 (run): 2405 0: MPIOM: current date: 2100-03-17 03:45:00 begin of timestep (day): 6 (run): 2406 0: MPIOM: current date: 2100-03-17 04:30:00 begin of timestep (day): 7 (run): 2407 384: Radiation calculated for : 17. Mar 2100 03:56:15 0: MPIOM: current date: 2100-03-17 05:15:00 begin of timestep (day): 8 (run): 2408 384: Greenhouse gas concentrations 17. Mar 2100 03:56:15 CO2 = 1131.1929 CH4 = 2418.92 N2O = 391.662 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-17 06:00:00 begin of timestep (day): 9 (run): 2409 0: MPIOM: current date: 2100-03-17 06:45:00 begin of timestep (day): 10 (run): 2410 0: MPIOM: current date: 2100-03-17 07:30:00 begin of timestep (day): 11 (run): 2411 384: Radiation calculated for : 17. Mar 2100 05:56:15 0: MPIOM: current date: 2100-03-17 08:15:00 begin of timestep (day): 12 (run): 2412 384: Greenhouse gas concentrations 17. Mar 2100 05:56:15 CO2 = 1131.1960 CH4 = 2418.91 N2O = 391.662 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-17 09:00:00 begin of timestep (day): 13 (run): 2413 0: MPIOM: current date: 2100-03-17 09:45:00 begin of timestep (day): 14 (run): 2414 0: MPIOM: current date: 2100-03-17 10:30:00 begin of timestep (day): 15 (run): 2415 384: Radiation calculated for : 17. Mar 2100 07:56:15 384: Greenhouse gas concentrations 17. Mar 2100 07:56:15 CO2 = 1131.1991 CH4 = 2418.91 N2O = 391.662 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-17 11:15:00 begin of timestep (day): 16 (run): 2416 0: MPIOM: current date: 2100-03-17 12:00:00 begin of timestep (day): 17 (run): 2417 0: MPIOM: current date: 2100-03-17 12:45:00 begin of timestep (day): 18 (run): 2418 0: MPIOM: current date: 2100-03-17 13:30:00 begin of timestep (day): 19 (run): 2419 384: Radiation calculated for : 17. Mar 2100 09:56:15 384: Greenhouse gas concentrations 17. Mar 2100 09:56:15 CO2 = 1131.2022 CH4 = 2418.91 N2O = 391.662 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-17 14:15:00 begin of timestep (day): 20 (run): 2420 0: MPIOM: current date: 2100-03-17 15:00:00 begin of timestep (day): 21 (run): 2421 0: MPIOM: current date: 2100-03-17 15:45:00 begin of timestep (day): 22 (run): 2422 0: MPIOM: current date: 2100-03-17 16:30:00 begin of timestep (day): 23 (run): 2423 384: Radiation calculated for : 17. Mar 2100 11:56:15 384: Greenhouse gas concentrations 17. Mar 2100 11:56:15 CO2 = 1131.2053 CH4 = 2418.91 N2O = 391.662 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-17 17:15:00 begin of timestep (day): 24 (run): 2424 0: MPIOM: current date: 2100-03-17 18:00:00 begin of timestep (day): 25 (run): 2425 0: MPIOM: current date: 2100-03-17 18:45:00 begin of timestep (day): 26 (run): 2426 0: MPIOM: current date: 2100-03-17 19:30:00 begin of timestep (day): 27 (run): 2427 384: Radiation calculated for : 17. Mar 2100 13:56:15 384: Greenhouse gas concentrations 17. Mar 2100 13:56:15 CO2 = 1131.2084 CH4 = 2418.90 N2O = 391.662 CFC = 51.71 209.41 0: MPIOM: current date: 2100-03-17 20:15:00 begin of timestep (day): 28 (run): 2428 0: MPIOM: current date: 2100-03-17 21:00:00 begin of timestep (day): 29 (run): 2429 0: MPIOM: current date: 2100-03-17 21:45:00 begin of timestep (day): 30 (run): 2430 0: MPIOM: current date: 2100-03-17 22:30:00 begin of timestep (day): 31 (run): 2431 384: Radiation calculated for : 17. Mar 2100 15:56:15 384: Greenhouse gas concentrations 17. Mar 2100 15:56:15 CO2 = 1131.2116 CH4 = 2418.90 N2O = 391.663 CFC = 51.71 209.40 0: MPIOM: current date: 2100-03-17 23:15:00 begin of timestep (day): 32 (run): 2432 0: MPIOM: current date: 2100-03-18 00:00:00 begin of timestep (day): 1 (run): 2433 384: Radiation calculated for : 17. Mar 2100 17:56:15 384: Greenhouse gas concentrations 17. Mar 2100 17:56:15 CO2 = 1131.2147 CH4 = 2418.90 N2O = 391.663 CFC = 51.71 209.40 384: Radiation calculated for : 17. Mar 2100 19:56:15 384: Greenhouse gas concentrations 17. Mar 2100 19:56:15 CO2 = 1131.2178 CH4 = 2418.89 N2O = 391.663 CFC = 51.71 209.40 384: Radiation calculated for : 17. Mar 2100 21:56:15 384: Greenhouse gas concentrations 17. Mar 2100 21:56:15 CO2 = 1131.2209 CH4 = 2418.89 N2O = 391.663 CFC = 51.71 209.40 384: Radiation calculated for : 17. Mar 2100 23:56:15 384: Greenhouse gas concentrations 17. Mar 2100 23:56:15 CO2 = 1131.2240 CH4 = 2418.89 N2O = 391.663 CFC = 51.71 209.40 384: hydrology_model: Water budget change: 1.311302185058594E-006 m3/s 384: hydrology_model: global discharge: 1057410.92563539 m3/s 384: hydrology_model: precip-evap (on ocean): -2626589.81872751 m3/s 384: water_budget_corr: P-E correction: -114300.343050561 m3/s 384: water_budget_corr: slm/slf residuum: 52306.5284738346 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -535.446578654119 m3/s 384: water_budget_corr: awfre corrected: -2741425.60835671 m3/s 384: water_budget_corr: river discharge: 1057410.92563539 m3/s 384: water_budget_corr: water to ocean: -1684014.68272132 m3/s 384: Write GRIB1 output for : 17. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.46375880225 , n2 = 802000.000105744 , o2 = 0: 196800.000002492 384: CO2 flux correction (global): -4.272313161462374E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-18 00:45:00 begin of timestep (day): 2 (run): 2434 0: MPIOM: current date: 2100-03-18 01:30:00 begin of timestep (day): 3 (run): 2435 384: Radiation calculated for : 18. Mar 2100 01:56:15 384: Greenhouse gas concentrations 18. Mar 2100 01:56:15 CO2 = 1131.2272 CH4 = 2418.89 N2O = 391.663 CFC = 51.71 209.40 0: MPIOM: current date: 2100-03-18 02:15:00 begin of timestep (day): 4 (run): 2436 0: MPIOM: current date: 2100-03-18 03:00:00 begin of timestep (day): 5 (run): 2437 0: MPIOM: current date: 2100-03-18 03:45:00 begin of timestep (day): 6 (run): 2438 0: MPIOM: current date: 2100-03-18 04:30:00 begin of timestep (day): 7 (run): 2439 0: MPIOM: current date: 2100-03-18 05:15:00 begin of timestep (day): 8 (run): 2440 384: Radiation calculated for : 18. Mar 2100 03:56:15 384: Greenhouse gas concentrations 18. Mar 2100 03:56:15 CO2 = 1131.2303 CH4 = 2418.88 N2O = 391.663 CFC = 51.71 209.40 0: MPIOM: current date: 2100-03-18 06:00:00 begin of timestep (day): 9 (run): 2441 0: MPIOM: current date: 2100-03-18 06:45:00 begin of timestep (day): 10 (run): 2442 0: MPIOM: current date: 2100-03-18 07:30:00 begin of timestep (day): 11 (run): 2443 0: MPIOM: current date: 2100-03-18 08:15:00 begin of timestep (day): 12 (run): 2444 384: Radiation calculated for : 18. Mar 2100 05:56:15 384: Greenhouse gas concentrations 18. Mar 2100 05:56:15 CO2 = 1131.2334 CH4 = 2418.88 N2O = 391.663 CFC = 51.71 209.40 0: MPIOM: current date: 2100-03-18 09:00:00 begin of timestep (day): 13 (run): 2445 0: MPIOM: current date: 2100-03-18 09:45:00 begin of timestep (day): 14 (run): 2446 0: MPIOM: current date: 2100-03-18 10:30:00 begin of timestep (day): 15 (run): 2447 0: MPIOM: current date: 2100-03-18 11:15:00 begin of timestep (day): 16 (run): 2448 384: Radiation calculated for : 18. Mar 2100 07:56:15 384: Greenhouse gas concentrations 18. Mar 2100 07:56:15 CO2 = 1131.2365 CH4 = 2418.88 N2O = 391.663 CFC = 51.71 209.40 0: MPIOM: current date: 2100-03-18 12:00:00 begin of timestep (day): 17 (run): 2449 0: MPIOM: current date: 2100-03-18 12:45:00 begin of timestep (day): 18 (run): 2450 0: MPIOM: current date: 2100-03-18 13:30:00 begin of timestep (day): 19 (run): 2451 0: MPIOM: current date: 2100-03-18 14:15:00 begin of timestep (day): 20 (run): 2452 384: Radiation calculated for : 18. Mar 2100 09:56:15 384: Greenhouse gas concentrations 18. Mar 2100 09:56:15 CO2 = 1131.2396 CH4 = 2418.88 N2O = 391.664 CFC = 51.71 209.40 0: MPIOM: current date: 2100-03-18 15:00:00 begin of timestep (day): 21 (run): 2453 0: MPIOM: current date: 2100-03-18 15:45:00 begin of timestep (day): 22 (run): 2454 0: MPIOM: current date: 2100-03-18 16:30:00 begin of timestep (day): 23 (run): 2455 384: Radiation calculated for : 18. Mar 2100 11:56:15 384: Greenhouse gas concentrations 18. Mar 2100 11:56:15 CO2 = 1131.2428 CH4 = 2418.87 N2O = 391.664 CFC = 51.71 209.40 0: MPIOM: current date: 2100-03-18 17:15:00 begin of timestep (day): 24 (run): 2456 0: MPIOM: current date: 2100-03-18 18:00:00 begin of timestep (day): 25 (run): 2457 0: MPIOM: current date: 2100-03-18 18:45:00 begin of timestep (day): 26 (run): 2458 0: MPIOM: current date: 2100-03-18 19:30:00 begin of timestep (day): 27 (run): 2459 384: Radiation calculated for : 18. Mar 2100 13:56:15 384: Greenhouse gas concentrations 18. Mar 2100 13:56:15 CO2 = 1131.2459 CH4 = 2418.87 N2O = 391.664 CFC = 51.70 209.40 0: MPIOM: current date: 2100-03-18 20:15:00 begin of timestep (day): 28 (run): 2460 0: MPIOM: current date: 2100-03-18 21:00:00 begin of timestep (day): 29 (run): 2461 0: MPIOM: current date: 2100-03-18 21:45:00 begin of timestep (day): 30 (run): 2462 0: MPIOM: current date: 2100-03-18 22:30:00 begin of timestep (day): 31 (run): 2463 384: Radiation calculated for : 18. Mar 2100 15:56:15 384: Greenhouse gas concentrations 18. Mar 2100 15:56:15 CO2 = 1131.2490 CH4 = 2418.87 N2O = 391.664 CFC = 51.70 209.40 0: MPIOM: current date: 2100-03-18 23:15:00 begin of timestep (day): 32 (run): 2464 0: MPIOM: current date: 2100-03-19 00:00:00 begin of timestep (day): 1 (run): 2465 384: Radiation calculated for : 18. Mar 2100 17:56:15 384: Greenhouse gas concentrations 18. Mar 2100 17:56:15 CO2 = 1131.2521 CH4 = 2418.86 N2O = 391.664 CFC = 51.70 209.40 384: Radiation calculated for : 18. Mar 2100 19:56:15 384: Greenhouse gas concentrations 18. Mar 2100 19:56:15 CO2 = 1131.2552 CH4 = 2418.86 N2O = 391.664 CFC = 51.70 209.40 384: Radiation calculated for : 18. Mar 2100 21:56:15 384: Greenhouse gas concentrations 18. Mar 2100 21:56:15 CO2 = 1131.2583 CH4 = 2418.86 N2O = 391.664 CFC = 51.70 209.40 384: Radiation calculated for : 18. Mar 2100 23:56:15 384: Greenhouse gas concentrations 18. Mar 2100 23:56:15 CO2 = 1131.2615 CH4 = 2418.86 N2O = 391.664 CFC = 51.70 209.40 384: hydrology_model: Water budget change: 1.788139343261719E-007 m3/s 384: hydrology_model: global discharge: 1060015.14109069 m3/s 384: hydrology_model: precip-evap (on ocean): -1693456.64780499 m3/s 384: water_budget_corr: P-E correction: -149977.996509609 m3/s 384: water_budget_corr: slm/slf residuum: 24354.3006234238 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1272.42611545403 m3/s 384: water_budget_corr: awfre corrected: -1842162.21819915 m3/s 384: water_budget_corr: river discharge: 1060015.14109069 m3/s 384: water_budget_corr: water to ocean: -782147.077108454 m3/s 384: Write GRIB1 output for : 18. Mar 2100 23:52:30 0: co2 = 1055.49688574990 , n2 = 802000.000128361 , o2 = 0: 196800.000014599 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.834739294565490E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-19 00:45:00 begin of timestep (day): 2 (run): 2466 0: MPIOM: current date: 2100-03-19 01:30:00 begin of timestep (day): 3 (run): 2467 384: Radiation calculated for : 19. Mar 2100 01:56:15 384: Greenhouse gas concentrations 19. Mar 2100 01:56:15 CO2 = 1131.2646 CH4 = 2418.85 N2O = 391.664 CFC = 51.70 209.40 0: MPIOM: current date: 2100-03-19 02:15:00 begin of timestep (day): 4 (run): 2468 0: MPIOM: current date: 2100-03-19 03:00:00 begin of timestep (day): 5 (run): 2469 0: MPIOM: current date: 2100-03-19 03:45:00 begin of timestep (day): 6 (run): 2470 0: MPIOM: current date: 2100-03-19 04:30:00 begin of timestep (day): 7 (run): 2471 384: Radiation calculated for : 19. Mar 2100 03:56:15 384: Greenhouse gas concentrations 19. Mar 2100 03:56:15 CO2 = 1131.2677 CH4 = 2418.85 N2O = 391.664 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-19 05:15:00 begin of timestep (day): 8 (run): 2472 0: MPIOM: current date: 2100-03-19 06:00:00 begin of timestep (day): 9 (run): 2473 0: MPIOM: current date: 2100-03-19 06:45:00 begin of timestep (day): 10 (run): 2474 0: MPIOM: current date: 2100-03-19 07:30:00 begin of timestep (day): 11 (run): 2475 384: Radiation calculated for : 19. Mar 2100 05:56:15 384: Greenhouse gas concentrations 19. Mar 2100 05:56:15 CO2 = 1131.2708 CH4 = 2418.85 N2O = 391.665 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-19 08:15:00 begin of timestep (day): 12 (run): 2476 0: MPIOM: current date: 2100-03-19 09:00:00 begin of timestep (day): 13 (run): 2477 0: MPIOM: current date: 2100-03-19 09:45:00 begin of timestep (day): 14 (run): 2478 0: MPIOM: current date: 2100-03-19 10:30:00 begin of timestep (day): 15 (run): 2479 384: Radiation calculated for : 19. Mar 2100 07:56:15 384: Greenhouse gas concentrations 19. Mar 2100 07:56:15 CO2 = 1131.2739 CH4 = 2418.84 N2O = 391.665 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-19 11:15:00 begin of timestep (day): 16 (run): 2480 0: MPIOM: current date: 2100-03-19 12:00:00 begin of timestep (day): 17 (run): 2481 0: MPIOM: current date: 2100-03-19 12:45:00 begin of timestep (day): 18 (run): 2482 0: MPIOM: current date: 2100-03-19 13:30:00 begin of timestep (day): 19 (run): 2483 384: Radiation calculated for : 19. Mar 2100 09:56:15 384: Greenhouse gas concentrations 19. Mar 2100 09:56:15 CO2 = 1131.2771 CH4 = 2418.84 N2O = 391.665 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-19 14:15:00 begin of timestep (day): 20 (run): 2484 0: MPIOM: current date: 2100-03-19 15:00:00 begin of timestep (day): 21 (run): 2485 0: MPIOM: current date: 2100-03-19 15:45:00 begin of timestep (day): 22 (run): 2486 0: MPIOM: current date: 2100-03-19 16:30:00 begin of timestep (day): 23 (run): 2487 384: Radiation calculated for : 19. Mar 2100 11:56:15 384: Greenhouse gas concentrations 19. Mar 2100 11:56:15 CO2 = 1131.2802 CH4 = 2418.84 N2O = 391.665 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-19 17:15:00 begin of timestep (day): 24 (run): 2488 0: MPIOM: current date: 2100-03-19 18:00:00 begin of timestep (day): 25 (run): 2489 0: MPIOM: current date: 2100-03-19 18:45:00 begin of timestep (day): 26 (run): 2490 384: Radiation calculated for : 19. Mar 2100 13:56:15 0: MPIOM: current date: 2100-03-19 19:30:00 begin of timestep (day): 27 (run): 2491 384: Greenhouse gas concentrations 19. Mar 2100 13:56:15 CO2 = 1131.2833 CH4 = 2418.84 N2O = 391.665 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-19 20:15:00 begin of timestep (day): 28 (run): 2492 0: MPIOM: current date: 2100-03-19 21:00:00 begin of timestep (day): 29 (run): 2493 0: MPIOM: current date: 2100-03-19 21:45:00 begin of timestep (day): 30 (run): 2494 384: Radiation calculated for : 19. Mar 2100 15:56:15 384: Greenhouse gas concentrations 19. Mar 2100 15:56:15 CO2 = 1131.2864 CH4 = 2418.83 N2O = 391.665 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-19 22:30:00 begin of timestep (day): 31 (run): 2495 0: MPIOM: current date: 2100-03-19 23:15:00 begin of timestep (day): 32 (run): 2496 0: MPIOM: current date: 2100-03-20 00:00:00 begin of timestep (day): 1 (run): 2497 384: Radiation calculated for : 19. Mar 2100 17:56:15 384: Greenhouse gas concentrations 19. Mar 2100 17:56:15 CO2 = 1131.2895 CH4 = 2418.83 N2O = 391.665 CFC = 51.70 209.39 384: Radiation calculated for : 19. Mar 2100 19:56:15 384: Greenhouse gas concentrations 19. Mar 2100 19:56:15 CO2 = 1131.2927 CH4 = 2418.83 N2O = 391.665 CFC = 51.70 209.39 384: Radiation calculated for : 19. Mar 2100 21:56:15 384: Greenhouse gas concentrations 19. Mar 2100 21:56:15 CO2 = 1131.2958 CH4 = 2418.83 N2O = 391.665 CFC = 51.70 209.39 384: Radiation calculated for : 19. Mar 2100 23:56:15 384: Greenhouse gas concentrations 19. Mar 2100 23:56:15 CO2 = 1131.2989 CH4 = 2418.82 N2O = 391.666 CFC = 51.70 209.39 384: hydrology_model: Water budget change: -4.768371582031250E-007 m3/s 384: hydrology_model: global discharge: 1079599.47135654 m3/s 384: hydrology_model: precip-evap (on ocean): -1072196.37625800 m3/s 384: water_budget_corr: P-E correction: -118222.858025090 m3/s 384: water_budget_corr: slm/slf residuum: 56418.2206843840 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -66.9125780398763 m3/s 384: water_budget_corr: awfre corrected: -1190486.14686115 m3/s 384: water_budget_corr: river discharge: 1079599.47135654 m3/s 384: water_budget_corr: water to ocean: -110886.675504609 m3/s 384: Write GRIB1 output for : 19. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.955433074197961E-010 kg m-2 s-1 0: co2 = 1055.49538364655 , n2 = 802000.000137377 , o2 = 0: 196800.000056755 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-20 00:45:00 begin of timestep (day): 2 (run): 2498 0: MPIOM: current date: 2100-03-20 01:30:00 begin of timestep (day): 3 (run): 2499 384: Radiation calculated for : 20. Mar 2100 01:56:15 384: Greenhouse gas concentrations 20. Mar 2100 01:56:15 CO2 = 1131.3020 CH4 = 2418.82 N2O = 391.666 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-20 02:15:00 begin of timestep (day): 4 (run): 2500 0: MPIOM: current date: 2100-03-20 03:00:00 begin of timestep (day): 5 (run): 2501 0: MPIOM: current date: 2100-03-20 03:45:00 begin of timestep (day): 6 (run): 2502 0: MPIOM: current date: 2100-03-20 04:30:00 begin of timestep (day): 7 (run): 2503 384: Radiation calculated for : 20. Mar 2100 03:56:15 384: Greenhouse gas concentrations 20. Mar 2100 03:56:15 CO2 = 1131.3051 CH4 = 2418.82 N2O = 391.666 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-20 05:15:00 begin of timestep (day): 8 (run): 2504 0: MPIOM: current date: 2100-03-20 06:00:00 begin of timestep (day): 9 (run): 2505 0: MPIOM: current date: 2100-03-20 06:45:00 begin of timestep (day): 10 (run): 2506 0: MPIOM: current date: 2100-03-20 07:30:00 begin of timestep (day): 11 (run): 2507 384: Radiation calculated for : 20. Mar 2100 05:56:15 384: Greenhouse gas concentrations 20. Mar 2100 05:56:15 CO2 = 1131.3082 CH4 = 2418.81 N2O = 391.666 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-20 08:15:00 begin of timestep (day): 12 (run): 2508 0: MPIOM: current date: 2100-03-20 09:00:00 begin of timestep (day): 13 (run): 2509 0: MPIOM: current date: 2100-03-20 09:45:00 begin of timestep (day): 14 (run): 2510 384: Radiation calculated for : 20. Mar 2100 07:56:15 0: MPIOM: current date: 2100-03-20 10:30:00 begin of timestep (day): 15 (run): 2511 384: Greenhouse gas concentrations 20. Mar 2100 07:56:15 CO2 = 1131.3114 CH4 = 2418.81 N2O = 391.666 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-20 11:15:00 begin of timestep (day): 16 (run): 2512 0: MPIOM: current date: 2100-03-20 12:00:00 begin of timestep (day): 17 (run): 2513 0: MPIOM: current date: 2100-03-20 12:45:00 begin of timestep (day): 18 (run): 2514 384: Radiation calculated for : 20. Mar 2100 09:56:15 384: Greenhouse gas concentrations 20. Mar 2100 09:56:15 CO2 = 1131.3145 CH4 = 2418.81 N2O = 391.666 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-20 13:30:00 begin of timestep (day): 19 (run): 2515 0: MPIOM: current date: 2100-03-20 14:15:00 begin of timestep (day): 20 (run): 2516 0: MPIOM: current date: 2100-03-20 15:00:00 begin of timestep (day): 21 (run): 2517 0: MPIOM: current date: 2100-03-20 15:45:00 begin of timestep (day): 22 (run): 2518 384: Radiation calculated for : 20. Mar 2100 11:56:15 384: Greenhouse gas concentrations 20. Mar 2100 11:56:15 CO2 = 1131.3176 CH4 = 2418.81 N2O = 391.666 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-20 16:30:00 begin of timestep (day): 23 (run): 2519 0: MPIOM: current date: 2100-03-20 17:15:00 begin of timestep (day): 24 (run): 2520 0: MPIOM: current date: 2100-03-20 18:00:00 begin of timestep (day): 25 (run): 2521 0: MPIOM: current date: 2100-03-20 18:45:00 begin of timestep (day): 26 (run): 2522 384: Radiation calculated for : 20. Mar 2100 13:56:15 384: Greenhouse gas concentrations 20. Mar 2100 13:56:15 CO2 = 1131.3207 CH4 = 2418.80 N2O = 391.666 CFC = 51.70 209.39 0: MPIOM: current date: 2100-03-20 19:30:00 begin of timestep (day): 27 (run): 2523 0: MPIOM: current date: 2100-03-20 20:15:00 begin of timestep (day): 28 (run): 2524 0: MPIOM: current date: 2100-03-20 21:00:00 begin of timestep (day): 29 (run): 2525 0: MPIOM: current date: 2100-03-20 21:45:00 begin of timestep (day): 30 (run): 2526 384: Radiation calculated for : 20. Mar 2100 15:56:15 384: Greenhouse gas concentrations 20. Mar 2100 15:56:15 CO2 = 1131.3238 CH4 = 2418.80 N2O = 391.666 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-20 22:30:00 begin of timestep (day): 31 (run): 2527 0: MPIOM: current date: 2100-03-20 23:15:00 begin of timestep (day): 32 (run): 2528 0: MPIOM: current date: 2100-03-21 00:00:00 begin of timestep (day): 1 (run): 2529 384: Radiation calculated for : 20. Mar 2100 17:56:15 384: Greenhouse gas concentrations 20. Mar 2100 17:56:15 CO2 = 1131.3270 CH4 = 2418.80 N2O = 391.667 CFC = 51.70 209.38 384: Radiation calculated for : 20. Mar 2100 19:56:15 384: Greenhouse gas concentrations 20. Mar 2100 19:56:15 CO2 = 1131.3301 CH4 = 2418.79 N2O = 391.667 CFC = 51.70 209.38 384: Radiation calculated for : 20. Mar 2100 21:56:15 384: Greenhouse gas concentrations 20. Mar 2100 21:56:15 CO2 = 1131.3332 CH4 = 2418.79 N2O = 391.667 CFC = 51.70 209.38 384: Radiation calculated for : 20. Mar 2100 23:56:15 384: Greenhouse gas concentrations 20. Mar 2100 23:56:15 CO2 = 1131.3363 CH4 = 2418.79 N2O = 391.667 CFC = 51.70 209.38 384: hydrology_model: Water budget change: -3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 1084560.19631594 m3/s 384: hydrology_model: precip-evap (on ocean): -1628657.16576977 m3/s 384: water_budget_corr: P-E correction: -99943.9345634434 m3/s 384: water_budget_corr: slm/slf residuum: 60771.4869760409 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2280.87191991065 m3/s 384: water_budget_corr: awfre corrected: -1730881.97225315 m3/s 384: water_budget_corr: river discharge: 1084560.19631594 m3/s 384: water_budget_corr: water to ocean: -646321.775937193 m3/s 384: Write GRIB1 output for : 20. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.680741711040978E-010 kg m-2 s-1 0: co2 = 1055.51935874242 , n2 = 802000.000170553 , o2 = 384: co2_mbalance: Resetting acc. CO2 burden correction 0: 196800.000144768 0: MPIOM: current date: 2100-03-21 00:45:00 begin of timestep (day): 2 (run): 2530 0: MPIOM: current date: 2100-03-21 01:30:00 begin of timestep (day): 3 (run): 2531 384: Radiation calculated for : 21. Mar 2100 01:56:15 384: Greenhouse gas concentrations 21. Mar 2100 01:56:15 CO2 = 1131.3394 CH4 = 2418.79 N2O = 391.667 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-21 02:15:00 begin of timestep (day): 4 (run): 2532 0: MPIOM: current date: 2100-03-21 03:00:00 begin of timestep (day): 5 (run): 2533 0: MPIOM: current date: 2100-03-21 03:45:00 begin of timestep (day): 6 (run): 2534 0: MPIOM: current date: 2100-03-21 04:30:00 begin of timestep (day): 7 (run): 2535 384: Radiation calculated for : 21. Mar 2100 03:56:15 384: Greenhouse gas concentrations 21. Mar 2100 03:56:15 CO2 = 1131.3426 CH4 = 2418.78 N2O = 391.667 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-21 05:15:00 begin of timestep (day): 8 (run): 2536 0: MPIOM: current date: 2100-03-21 06:00:00 begin of timestep (day): 9 (run): 2537 0: MPIOM: current date: 2100-03-21 06:45:00 begin of timestep (day): 10 (run): 2538 0: MPIOM: current date: 2100-03-21 07:30:00 begin of timestep (day): 11 (run): 2539 384: Radiation calculated for : 21. Mar 2100 05:56:15 384: Greenhouse gas concentrations 21. Mar 2100 05:56:15 CO2 = 1131.3457 CH4 = 2418.78 N2O = 391.667 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-21 08:15:00 begin of timestep (day): 12 (run): 2540 0: MPIOM: current date: 2100-03-21 09:00:00 begin of timestep (day): 13 (run): 2541 0: MPIOM: current date: 2100-03-21 09:45:00 begin of timestep (day): 14 (run): 2542 0: MPIOM: current date: 2100-03-21 10:30:00 begin of timestep (day): 15 (run): 2543 384: Radiation calculated for : 21. Mar 2100 07:56:15 384: Greenhouse gas concentrations 21. Mar 2100 07:56:15 CO2 = 1131.3488 CH4 = 2418.78 N2O = 391.667 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-21 11:15:00 begin of timestep (day): 16 (run): 2544 0: MPIOM: current date: 2100-03-21 12:00:00 begin of timestep (day): 17 (run): 2545 0: MPIOM: current date: 2100-03-21 12:45:00 begin of timestep (day): 18 (run): 2546 0: MPIOM: current date: 2100-03-21 13:30:00 begin of timestep (day): 19 (run): 2547 384: Radiation calculated for : 21. Mar 2100 09:56:15 384: Greenhouse gas concentrations 21. Mar 2100 09:56:15 CO2 = 1131.3519 CH4 = 2418.77 N2O = 391.667 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-21 14:15:00 begin of timestep (day): 20 (run): 2548 0: MPIOM: current date: 2100-03-21 15:00:00 begin of timestep (day): 21 (run): 2549 0: MPIOM: current date: 2100-03-21 15:45:00 begin of timestep (day): 22 (run): 2550 0: MPIOM: current date: 2100-03-21 16:30:00 begin of timestep (day): 23 (run): 2551 384: Radiation calculated for : 21. Mar 2100 11:56:15 384: Greenhouse gas concentrations 21. Mar 2100 11:56:15 CO2 = 1131.3550 CH4 = 2418.77 N2O = 391.667 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-21 17:15:00 begin of timestep (day): 24 (run): 2552 0: MPIOM: current date: 2100-03-21 18:00:00 begin of timestep (day): 25 (run): 2553 0: MPIOM: current date: 2100-03-21 18:45:00 begin of timestep (day): 26 (run): 2554 0: MPIOM: current date: 2100-03-21 19:30:00 begin of timestep (day): 27 (run): 2555 384: Radiation calculated for : 21. Mar 2100 13:56:15 384: Greenhouse gas concentrations 21. Mar 2100 13:56:15 CO2 = 1131.3581 CH4 = 2418.77 N2O = 391.668 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-21 20:15:00 begin of timestep (day): 28 (run): 2556 0: MPIOM: current date: 2100-03-21 21:00:00 begin of timestep (day): 29 (run): 2557 0: MPIOM: current date: 2100-03-21 21:45:00 begin of timestep (day): 30 (run): 2558 0: MPIOM: current date: 2100-03-21 22:30:00 begin of timestep (day): 31 (run): 2559 384: Radiation calculated for : 21. Mar 2100 15:56:15 384: Greenhouse gas concentrations 21. Mar 2100 15:56:15 CO2 = 1131.3613 CH4 = 2418.77 N2O = 391.668 CFC = 51.70 209.38 0: MPIOM: current date: 2100-03-21 23:15:00 begin of timestep (day): 32 (run): 2560 0: MPIOM: current date: 2100-03-22 00:00:00 begin of timestep (day): 1 (run): 2561 384: Radiation calculated for : 21. Mar 2100 17:56:15 384: Greenhouse gas concentrations 21. Mar 2100 17:56:15 CO2 = 1131.3644 CH4 = 2418.76 N2O = 391.668 CFC = 51.70 209.38 384: Radiation calculated for : 21. Mar 2100 19:56:15 384: Greenhouse gas concentrations 21. Mar 2100 19:56:15 CO2 = 1131.3675 CH4 = 2418.76 N2O = 391.668 CFC = 51.69 209.38 384: Radiation calculated for : 21. Mar 2100 21:56:15 384: Greenhouse gas concentrations 21. Mar 2100 21:56:15 CO2 = 1131.3706 CH4 = 2418.76 N2O = 391.668 CFC = 51.69 209.38 384: Radiation calculated for : 21. Mar 2100 23:56:15 384: Greenhouse gas concentrations 21. Mar 2100 23:56:15 CO2 = 1131.3737 CH4 = 2418.76 N2O = 391.668 CFC = 51.69 209.38 384: hydrology_model: Water budget change: 1.490116119384766E-007 m3/s 384: hydrology_model: global discharge: 1117670.15231022 m3/s 384: hydrology_model: precip-evap (on ocean): -1061878.31333706 m3/s 384: water_budget_corr: P-E correction: -115072.491815081 m3/s 384: water_budget_corr: slm/slf residuum: 35954.6212833990 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1382.90098112682 m3/s 384: water_budget_corr: awfre corrected: -1175567.90417104 m3/s 384: water_budget_corr: river discharge: 1117670.15231022 m3/s 384: water_budget_corr: water to ocean: -57897.7518608141 m3/s 384: Write GRIB1 output for : 21. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -7.474961742341343E-010 kg m-2 s-1 0: co2 = 1055.51147322950 , n2 = 802000.000133285 , o2 = 0: 196800.000095791 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-22 00:45:00 begin of timestep (day): 2 (run): 2562 0: MPIOM: current date: 2100-03-22 01:30:00 begin of timestep (day): 3 (run): 2563 384: Radiation calculated for : 22. Mar 2100 01:56:15 384: Greenhouse gas concentrations 22. Mar 2100 01:56:15 CO2 = 1131.3769 CH4 = 2418.75 N2O = 391.668 CFC = 51.69 209.38 0: MPIOM: current date: 2100-03-22 02:15:00 begin of timestep (day): 4 (run): 2564 0: MPIOM: current date: 2100-03-22 03:00:00 begin of timestep (day): 5 (run): 2565 0: MPIOM: current date: 2100-03-22 03:45:00 begin of timestep (day): 6 (run): 2566 0: MPIOM: current date: 2100-03-22 04:30:00 begin of timestep (day): 7 (run): 2567 384: Radiation calculated for : 22. Mar 2100 03:56:15 384: Greenhouse gas concentrations 22. Mar 2100 03:56:15 CO2 = 1131.3800 CH4 = 2418.75 N2O = 391.668 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-22 05:15:00 begin of timestep (day): 8 (run): 2568 0: MPIOM: current date: 2100-03-22 06:00:00 begin of timestep (day): 9 (run): 2569 0: MPIOM: current date: 2100-03-22 06:45:00 begin of timestep (day): 10 (run): 2570 0: MPIOM: current date: 2100-03-22 07:30:00 begin of timestep (day): 11 (run): 2571 384: Radiation calculated for : 22. Mar 2100 05:56:15 384: Greenhouse gas concentrations 22. Mar 2100 05:56:15 CO2 = 1131.3831 CH4 = 2418.75 N2O = 391.668 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-22 08:15:00 begin of timestep (day): 12 (run): 2572 0: MPIOM: current date: 2100-03-22 09:00:00 begin of timestep (day): 13 (run): 2573 0: MPIOM: current date: 2100-03-22 09:45:00 begin of timestep (day): 14 (run): 2574 0: MPIOM: current date: 2100-03-22 10:30:00 begin of timestep (day): 15 (run): 2575 384: Radiation calculated for : 22. Mar 2100 07:56:15 384: Greenhouse gas concentrations 22. Mar 2100 07:56:15 CO2 = 1131.3862 CH4 = 2418.74 N2O = 391.669 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-22 11:15:00 begin of timestep (day): 16 (run): 2576 0: MPIOM: current date: 2100-03-22 12:00:00 begin of timestep (day): 17 (run): 2577 0: MPIOM: current date: 2100-03-22 12:45:00 begin of timestep (day): 18 (run): 2578 384: Radiation calculated for : 22. Mar 2100 09:56:15 0: MPIOM: current date: 2100-03-22 13:30:00 begin of timestep (day): 19 (run): 2579 384: Greenhouse gas concentrations 22. Mar 2100 09:56:15 CO2 = 1131.3893 CH4 = 2418.74 N2O = 391.669 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-22 14:15:00 begin of timestep (day): 20 (run): 2580 0: MPIOM: current date: 2100-03-22 15:00:00 begin of timestep (day): 21 (run): 2581 0: MPIOM: current date: 2100-03-22 15:45:00 begin of timestep (day): 22 (run): 2582 384: Radiation calculated for : 22. Mar 2100 11:56:15 384: Greenhouse gas concentrations 22. Mar 2100 11:56:15 CO2 = 1131.3925 CH4 = 2418.74 N2O = 391.669 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-22 16:30:00 begin of timestep (day): 23 (run): 2583 0: MPIOM: current date: 2100-03-22 17:15:00 begin of timestep (day): 24 (run): 2584 0: MPIOM: current date: 2100-03-22 18:00:00 begin of timestep (day): 25 (run): 2585 0: MPIOM: current date: 2100-03-22 18:45:00 begin of timestep (day): 26 (run): 2586 384: Radiation calculated for : 22. Mar 2100 13:56:15 384: Greenhouse gas concentrations 22. Mar 2100 13:56:15 CO2 = 1131.3956 CH4 = 2418.74 N2O = 391.669 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-22 19:30:00 begin of timestep (day): 27 (run): 2587 0: MPIOM: current date: 2100-03-22 20:15:00 begin of timestep (day): 28 (run): 2588 0: MPIOM: current date: 2100-03-22 21:00:00 begin of timestep (day): 29 (run): 2589 0: MPIOM: current date: 2100-03-22 21:45:00 begin of timestep (day): 30 (run): 2590 384: Radiation calculated for : 22. Mar 2100 15:56:15 384: Greenhouse gas concentrations 22. Mar 2100 15:56:15 CO2 = 1131.3987 CH4 = 2418.73 N2O = 391.669 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-22 22:30:00 begin of timestep (day): 31 (run): 2591 0: MPIOM: current date: 2100-03-22 23:15:00 begin of timestep (day): 32 (run): 2592 0: MPIOM: current date: 2100-03-23 00:00:00 begin of timestep (day): 1 (run): 2593 384: Radiation calculated for : 22. Mar 2100 17:56:15 384: Greenhouse gas concentrations 22. Mar 2100 17:56:15 CO2 = 1131.4018 CH4 = 2418.73 N2O = 391.669 CFC = 51.69 209.37 384: Radiation calculated for : 22. Mar 2100 19:56:15 384: Greenhouse gas concentrations 22. Mar 2100 19:56:15 CO2 = 1131.4049 CH4 = 2418.73 N2O = 391.669 CFC = 51.69 209.37 384: Radiation calculated for : 22. Mar 2100 21:56:15 384: Greenhouse gas concentrations 22. Mar 2100 21:56:15 CO2 = 1131.4080 CH4 = 2418.72 N2O = 391.669 CFC = 51.69 209.37 384: Radiation calculated for : 22. Mar 2100 23:56:15 384: Greenhouse gas concentrations 22. Mar 2100 23:56:15 CO2 = 1131.4112 CH4 = 2418.72 N2O = 391.669 CFC = 51.69 209.37 384: hydrology_model: Water budget change: 2.682209014892578E-007 m3/s 384: hydrology_model: global discharge: 1107029.93411131 m3/s 384: hydrology_model: precip-evap (on ocean): -814597.966845385 m3/s 384: water_budget_corr: P-E correction: -41123.8742458163 m3/s 384: water_budget_corr: slm/slf residuum: 67364.2799061460 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2427.73476651506 m3/s 384: water_budget_corr: awfre corrected: -853294.106324697 m3/s 384: water_budget_corr: river discharge: 1107029.93411131 m3/s 384: water_budget_corr: water to ocean: 253735.827786627 m3/s 384: Write GRIB1 output for : 22. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.50357539440 , n2 = 802000.000131893 , o2 = 384: CO2 flux correction (global): -4.752723714594425E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: 196800.000119384 0: MPIOM: current date: 2100-03-23 00:45:00 begin of timestep (day): 2 (run): 2594 0: MPIOM: current date: 2100-03-23 01:30:00 begin of timestep (day): 3 (run): 2595 384: Radiation calculated for : 23. Mar 2100 01:56:15 384: Greenhouse gas concentrations 23. Mar 2100 01:56:15 CO2 = 1131.4143 CH4 = 2418.72 N2O = 391.669 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-23 02:15:00 begin of timestep (day): 4 (run): 2596 0: MPIOM: current date: 2100-03-23 03:00:00 begin of timestep (day): 5 (run): 2597 0: MPIOM: current date: 2100-03-23 03:45:00 begin of timestep (day): 6 (run): 2598 0: MPIOM: current date: 2100-03-23 04:30:00 begin of timestep (day): 7 (run): 2599 384: Radiation calculated for : 23. Mar 2100 03:56:15 384: Greenhouse gas concentrations 23. Mar 2100 03:56:15 CO2 = 1131.4174 CH4 = 2418.72 N2O = 391.670 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-23 05:15:00 begin of timestep (day): 8 (run): 2600 0: MPIOM: current date: 2100-03-23 06:00:00 begin of timestep (day): 9 (run): 2601 0: MPIOM: current date: 2100-03-23 06:45:00 begin of timestep (day): 10 (run): 2602 0: MPIOM: current date: 2100-03-23 07:30:00 begin of timestep (day): 11 (run): 2603 384: Radiation calculated for : 23. Mar 2100 05:56:15 384: Greenhouse gas concentrations 23. Mar 2100 05:56:15 CO2 = 1131.4205 CH4 = 2418.71 N2O = 391.670 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-23 08:15:00 begin of timestep (day): 12 (run): 2604 0: MPIOM: current date: 2100-03-23 09:00:00 begin of timestep (day): 13 (run): 2605 0: MPIOM: current date: 2100-03-23 09:45:00 begin of timestep (day): 14 (run): 2606 0: MPIOM: current date: 2100-03-23 10:30:00 begin of timestep (day): 15 (run): 2607 384: Radiation calculated for : 23. Mar 2100 07:56:15 384: Greenhouse gas concentrations 23. Mar 2100 07:56:15 CO2 = 1131.4236 CH4 = 2418.71 N2O = 391.670 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-23 11:15:00 begin of timestep (day): 16 (run): 2608 0: MPIOM: current date: 2100-03-23 12:00:00 begin of timestep (day): 17 (run): 2609 0: MPIOM: current date: 2100-03-23 12:45:00 begin of timestep (day): 18 (run): 2610 0: MPIOM: current date: 2100-03-23 13:30:00 begin of timestep (day): 19 (run): 2611 384: Radiation calculated for : 23. Mar 2100 09:56:15 384: Greenhouse gas concentrations 23. Mar 2100 09:56:15 CO2 = 1131.4268 CH4 = 2418.71 N2O = 391.670 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-23 14:15:00 begin of timestep (day): 20 (run): 2612 0: MPIOM: current date: 2100-03-23 15:00:00 begin of timestep (day): 21 (run): 2613 0: MPIOM: current date: 2100-03-23 15:45:00 begin of timestep (day): 22 (run): 2614 384: Radiation calculated for : 23. Mar 2100 11:56:15 0: MPIOM: current date: 2100-03-23 16:30:00 begin of timestep (day): 23 (run): 2615 384: Greenhouse gas concentrations 23. Mar 2100 11:56:15 CO2 = 1131.4299 CH4 = 2418.71 N2O = 391.670 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-23 17:15:00 begin of timestep (day): 24 (run): 2616 0: MPIOM: current date: 2100-03-23 18:00:00 begin of timestep (day): 25 (run): 2617 0: MPIOM: current date: 2100-03-23 18:45:00 begin of timestep (day): 26 (run): 2618 384: Radiation calculated for : 23. Mar 2100 13:56:15 0: MPIOM: current date: 2100-03-23 19:30:00 begin of timestep (day): 27 (run): 2619 384: Greenhouse gas concentrations 23. Mar 2100 13:56:15 CO2 = 1131.4330 CH4 = 2418.70 N2O = 391.670 CFC = 51.69 209.37 0: MPIOM: current date: 2100-03-23 20:15:00 begin of timestep (day): 28 (run): 2620 0: MPIOM: current date: 2100-03-23 21:00:00 begin of timestep (day): 29 (run): 2621 0: MPIOM: current date: 2100-03-23 21:45:00 begin of timestep (day): 30 (run): 2622 0: MPIOM: current date: 2100-03-23 22:30:00 begin of timestep (day): 31 (run): 2623 384: Radiation calculated for : 23. Mar 2100 15:56:15 384: Greenhouse gas concentrations 23. Mar 2100 15:56:15 CO2 = 1131.4361 CH4 = 2418.70 N2O = 391.670 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-23 23:15:00 begin of timestep (day): 32 (run): 2624 0: MPIOM: current date: 2100-03-24 00:00:00 begin of timestep (day): 1 (run): 2625 384: Radiation calculated for : 23. Mar 2100 17:56:15 384: Greenhouse gas concentrations 23. Mar 2100 17:56:15 CO2 = 1131.4392 CH4 = 2418.70 N2O = 391.670 CFC = 51.69 209.36 384: Radiation calculated for : 23. Mar 2100 19:56:15 384: Greenhouse gas concentrations 23. Mar 2100 19:56:15 CO2 = 1131.4424 CH4 = 2418.69 N2O = 391.670 CFC = 51.69 209.36 384: Radiation calculated for : 23. Mar 2100 21:56:15 384: Greenhouse gas concentrations 23. Mar 2100 21:56:15 CO2 = 1131.4455 CH4 = 2418.69 N2O = 391.671 CFC = 51.69 209.36 384: Radiation calculated for : 23. Mar 2100 23:56:15 384: Greenhouse gas concentrations 23. Mar 2100 23:56:15 CO2 = 1131.4486 CH4 = 2418.69 N2O = 391.671 CFC = 51.69 209.36 384: hydrology_model: Water budget change: -1.311302185058594E-006 m3/s 384: hydrology_model: global discharge: 1119921.78017807 m3/s 384: hydrology_model: precip-evap (on ocean): -1236666.49429598 m3/s 384: water_budget_corr: P-E correction: -18871.9481193500 m3/s 384: water_budget_corr: slm/slf residuum: 52289.4601784982 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4522.82148187962 m3/s 384: water_budget_corr: awfre corrected: -1251015.62093345 m3/s 384: water_budget_corr: river discharge: 1119921.78017807 m3/s 384: water_budget_corr: water to ocean: -131093.840755393 m3/s 384: Write GRIB1 output for : 23. Mar 2100 23:52:30 0: co2 = 1055.55411726232 , n2 = 802000.000142103 , o2 = 0: 196800.000210218 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.135690714280742E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-24 00:45:00 begin of timestep (day): 2 (run): 2626 0: MPIOM: current date: 2100-03-24 01:30:00 begin of timestep (day): 3 (run): 2627 384: Radiation calculated for : 24. Mar 2100 01:56:15 384: Greenhouse gas concentrations 24. Mar 2100 01:56:15 CO2 = 1131.4517 CH4 = 2418.69 N2O = 391.671 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-24 02:15:00 begin of timestep (day): 4 (run): 2628 0: MPIOM: current date: 2100-03-24 03:00:00 begin of timestep (day): 5 (run): 2629 0: MPIOM: current date: 2100-03-24 03:45:00 begin of timestep (day): 6 (run): 2630 0: MPIOM: current date: 2100-03-24 04:30:00 begin of timestep (day): 7 (run): 2631 384: Radiation calculated for : 24. Mar 2100 03:56:15 384: Greenhouse gas concentrations 24. Mar 2100 03:56:15 CO2 = 1131.4548 CH4 = 2418.68 N2O = 391.671 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-24 05:15:00 begin of timestep (day): 8 (run): 2632 0: MPIOM: current date: 2100-03-24 06:00:00 begin of timestep (day): 9 (run): 2633 0: MPIOM: current date: 2100-03-24 06:45:00 begin of timestep (day): 10 (run): 2634 0: MPIOM: current date: 2100-03-24 07:30:00 begin of timestep (day): 11 (run): 2635 384: Radiation calculated for : 24. Mar 2100 05:56:15 384: Greenhouse gas concentrations 24. Mar 2100 05:56:15 CO2 = 1131.4579 CH4 = 2418.68 N2O = 391.671 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-24 08:15:00 begin of timestep (day): 12 (run): 2636 0: MPIOM: current date: 2100-03-24 09:00:00 begin of timestep (day): 13 (run): 2637 0: MPIOM: current date: 2100-03-24 09:45:00 begin of timestep (day): 14 (run): 2638 0: MPIOM: current date: 2100-03-24 10:30:00 begin of timestep (day): 15 (run): 2639 384: Radiation calculated for : 24. Mar 2100 07:56:15 384: Greenhouse gas concentrations 24. Mar 2100 07:56:15 CO2 = 1131.4611 CH4 = 2418.68 N2O = 391.671 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-24 11:15:00 begin of timestep (day): 16 (run): 2640 0: MPIOM: current date: 2100-03-24 12:00:00 begin of timestep (day): 17 (run): 2641 0: MPIOM: current date: 2100-03-24 12:45:00 begin of timestep (day): 18 (run): 2642 0: MPIOM: current date: 2100-03-24 13:30:00 begin of timestep (day): 19 (run): 2643 384: Radiation calculated for : 24. Mar 2100 09:56:15 384: Greenhouse gas concentrations 24. Mar 2100 09:56:15 CO2 = 1131.4642 CH4 = 2418.67 N2O = 391.671 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-24 14:15:00 begin of timestep (day): 20 (run): 2644 0: MPIOM: current date: 2100-03-24 15:00:00 begin of timestep (day): 21 (run): 2645 0: MPIOM: current date: 2100-03-24 15:45:00 begin of timestep (day): 22 (run): 2646 0: MPIOM: current date: 2100-03-24 16:30:00 begin of timestep (day): 23 (run): 2647 384: Radiation calculated for : 24. Mar 2100 11:56:15 384: Greenhouse gas concentrations 24. Mar 2100 11:56:15 CO2 = 1131.4673 CH4 = 2418.67 N2O = 391.671 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-24 17:15:00 begin of timestep (day): 24 (run): 2648 0: MPIOM: current date: 2100-03-24 18:00:00 begin of timestep (day): 25 (run): 2649 0: MPIOM: current date: 2100-03-24 18:45:00 begin of timestep (day): 26 (run): 2650 0: MPIOM: current date: 2100-03-24 19:30:00 begin of timestep (day): 27 (run): 2651 384: Radiation calculated for : 24. Mar 2100 13:56:15 384: Greenhouse gas concentrations 24. Mar 2100 13:56:15 CO2 = 1131.4704 CH4 = 2418.67 N2O = 391.671 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-24 20:15:00 begin of timestep (day): 28 (run): 2652 0: MPIOM: current date: 2100-03-24 21:00:00 begin of timestep (day): 29 (run): 2653 0: MPIOM: current date: 2100-03-24 21:45:00 begin of timestep (day): 30 (run): 2654 0: MPIOM: current date: 2100-03-24 22:30:00 begin of timestep (day): 31 (run): 2655 384: Radiation calculated for : 24. Mar 2100 15:56:15 384: Greenhouse gas concentrations 24. Mar 2100 15:56:15 CO2 = 1131.4735 CH4 = 2418.67 N2O = 391.672 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-24 23:15:00 begin of timestep (day): 32 (run): 2656 0: MPIOM: current date: 2100-03-25 00:00:00 begin of timestep (day): 1 (run): 2657 384: Radiation calculated for : 24. Mar 2100 17:56:15 384: Greenhouse gas concentrations 24. Mar 2100 17:56:15 CO2 = 1131.4767 CH4 = 2418.66 N2O = 391.672 CFC = 51.69 209.36 384: Radiation calculated for : 24. Mar 2100 19:56:15 384: Greenhouse gas concentrations 24. Mar 2100 19:56:15 CO2 = 1131.4798 CH4 = 2418.66 N2O = 391.672 CFC = 51.69 209.36 384: Radiation calculated for : 24. Mar 2100 21:56:15 384: Greenhouse gas concentrations 24. Mar 2100 21:56:15 CO2 = 1131.4829 CH4 = 2418.66 N2O = 391.672 CFC = 51.69 209.36 384: Radiation calculated for : 24. Mar 2100 23:56:15 384: Greenhouse gas concentrations 24. Mar 2100 23:56:15 CO2 = 1131.4860 CH4 = 2418.66 N2O = 391.672 CFC = 51.69 209.36 384: hydrology_model: Water budget change: 1.549720764160156E-006 m3/s 384: hydrology_model: global discharge: 1118939.18549071 m3/s 384: hydrology_model: precip-evap (on ocean): -1498540.87027259 m3/s 384: water_budget_corr: P-E correction: -1152.58971351524 m3/s 384: water_budget_corr: slm/slf residuum: 49995.4992512764 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -214.683191149564 m3/s 384: water_budget_corr: awfre corrected: -1499908.14317728 m3/s 384: water_budget_corr: river discharge: 1118939.18549071 m3/s 384: water_budget_corr: water to ocean: -380968.957686571 m3/s 384: Write GRIB1 output for : 24. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.251467482743159E-010 kg m-2 s-1 0: co2 = 1055.59766194290 , n2 = 802000.000132131 , o2 = 0: 196800.000153879 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-25 00:45:00 begin of timestep (day): 2 (run): 2658 0: MPIOM: current date: 2100-03-25 01:30:00 begin of timestep (day): 3 (run): 2659 384: Radiation calculated for : 25. Mar 2100 01:56:15 384: Greenhouse gas concentrations 25. Mar 2100 01:56:15 CO2 = 1131.4891 CH4 = 2418.65 N2O = 391.672 CFC = 51.69 209.36 0: MPIOM: current date: 2100-03-25 02:15:00 begin of timestep (day): 4 (run): 2660 0: MPIOM: current date: 2100-03-25 03:00:00 begin of timestep (day): 5 (run): 2661 0: MPIOM: current date: 2100-03-25 03:45:00 begin of timestep (day): 6 (run): 2662 0: MPIOM: current date: 2100-03-25 04:30:00 begin of timestep (day): 7 (run): 2663 384: Radiation calculated for : 25. Mar 2100 03:56:15 384: Greenhouse gas concentrations 25. Mar 2100 03:56:15 CO2 = 1131.4922 CH4 = 2418.65 N2O = 391.672 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-25 05:15:00 begin of timestep (day): 8 (run): 2664 0: MPIOM: current date: 2100-03-25 06:00:00 begin of timestep (day): 9 (run): 2665 0: MPIOM: current date: 2100-03-25 06:45:00 begin of timestep (day): 10 (run): 2666 0: MPIOM: current date: 2100-03-25 07:30:00 begin of timestep (day): 11 (run): 2667 384: Radiation calculated for : 25. Mar 2100 05:56:15 384: Greenhouse gas concentrations 25. Mar 2100 05:56:15 CO2 = 1131.4954 CH4 = 2418.65 N2O = 391.672 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-25 08:15:00 begin of timestep (day): 12 (run): 2668 0: MPIOM: current date: 2100-03-25 09:00:00 begin of timestep (day): 13 (run): 2669 0: MPIOM: current date: 2100-03-25 09:45:00 begin of timestep (day): 14 (run): 2670 0: MPIOM: current date: 2100-03-25 10:30:00 begin of timestep (day): 15 (run): 2671 384: Radiation calculated for : 25. Mar 2100 07:56:15 384: Greenhouse gas concentrations 25. Mar 2100 07:56:15 CO2 = 1131.4985 CH4 = 2418.64 N2O = 391.672 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-25 11:15:00 begin of timestep (day): 16 (run): 2672 0: MPIOM: current date: 2100-03-25 12:00:00 begin of timestep (day): 17 (run): 2673 0: MPIOM: current date: 2100-03-25 12:45:00 begin of timestep (day): 18 (run): 2674 0: MPIOM: current date: 2100-03-25 13:30:00 begin of timestep (day): 19 (run): 2675 384: Radiation calculated for : 25. Mar 2100 09:56:15 384: Greenhouse gas concentrations 25. Mar 2100 09:56:15 CO2 = 1131.5016 CH4 = 2418.64 N2O = 391.672 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-25 14:15:00 begin of timestep (day): 20 (run): 2676 0: MPIOM: current date: 2100-03-25 15:00:00 begin of timestep (day): 21 (run): 2677 0: MPIOM: current date: 2100-03-25 15:45:00 begin of timestep (day): 22 (run): 2678 0: MPIOM: current date: 2100-03-25 16:30:00 begin of timestep (day): 23 (run): 2679 384: Radiation calculated for : 25. Mar 2100 11:56:15 384: Greenhouse gas concentrations 25. Mar 2100 11:56:15 CO2 = 1131.5047 CH4 = 2418.64 N2O = 391.673 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-25 17:15:00 begin of timestep (day): 24 (run): 2680 0: MPIOM: current date: 2100-03-25 18:00:00 begin of timestep (day): 25 (run): 2681 0: MPIOM: current date: 2100-03-25 18:45:00 begin of timestep (day): 26 (run): 2682 0: MPIOM: current date: 2100-03-25 19:30:00 begin of timestep (day): 27 (run): 2683 384: Radiation calculated for : 25. Mar 2100 13:56:15 384: Greenhouse gas concentrations 25. Mar 2100 13:56:15 CO2 = 1131.5078 CH4 = 2418.64 N2O = 391.673 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-25 20:15:00 begin of timestep (day): 28 (run): 2684 0: MPIOM: current date: 2100-03-25 21:00:00 begin of timestep (day): 29 (run): 2685 0: MPIOM: current date: 2100-03-25 21:45:00 begin of timestep (day): 30 (run): 2686 0: MPIOM: current date: 2100-03-25 22:30:00 begin of timestep (day): 31 (run): 2687 384: Radiation calculated for : 25. Mar 2100 15:56:15 384: Greenhouse gas concentrations 25. Mar 2100 15:56:15 CO2 = 1131.5110 CH4 = 2418.63 N2O = 391.673 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-25 23:15:00 begin of timestep (day): 32 (run): 2688 0: MPIOM: current date: 2100-03-26 00:00:00 begin of timestep (day): 1 (run): 2689 384: Radiation calculated for : 25. Mar 2100 17:56:15 384: Greenhouse gas concentrations 25. Mar 2100 17:56:15 CO2 = 1131.5141 CH4 = 2418.63 N2O = 391.673 CFC = 51.68 209.35 384: Radiation calculated for : 25. Mar 2100 19:56:15 384: Greenhouse gas concentrations 25. Mar 2100 19:56:15 CO2 = 1131.5172 CH4 = 2418.63 N2O = 391.673 CFC = 51.68 209.35 384: Radiation calculated for : 25. Mar 2100 21:56:15 384: Greenhouse gas concentrations 25. Mar 2100 21:56:15 CO2 = 1131.5203 CH4 = 2418.62 N2O = 391.673 CFC = 51.68 209.35 384: Radiation calculated for : 25. Mar 2100 23:56:15 384: Greenhouse gas concentrations 25. Mar 2100 23:56:15 CO2 = 1131.5234 CH4 = 2418.62 N2O = 391.673 CFC = 51.68 209.35 384: hydrology_model: Water budget change: -1.221895217895508E-006 m3/s 384: hydrology_model: global discharge: 1154644.39676871 m3/s 384: hydrology_model: precip-evap (on ocean): -1291261.01788546 m3/s 384: water_budget_corr: P-E correction: 34602.5831419007 m3/s 384: water_budget_corr: slm/slf residuum: 22858.5887192779 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -998.091185599165 m3/s 384: water_budget_corr: awfre corrected: -1257656.52592917 m3/s 384: water_budget_corr: river discharge: 1154644.39676871 m3/s 384: water_budget_corr: water to ocean: -103012.129160456 m3/s 384: Write GRIB1 output for : 25. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.61657042911 , n2 = 802000.000115291 , o2 = 0: 196800.000079797 384: CO2 flux correction (global): 1.411308888611793E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-26 00:45:00 begin of timestep (day): 2 (run): 2690 0: MPIOM: current date: 2100-03-26 01:30:00 begin of timestep (day): 3 (run): 2691 384: Radiation calculated for : 26. Mar 2100 01:56:15 384: Greenhouse gas concentrations 26. Mar 2100 01:56:15 CO2 = 1131.5266 CH4 = 2418.62 N2O = 391.673 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-26 02:15:00 begin of timestep (day): 4 (run): 2692 0: MPIOM: current date: 2100-03-26 03:00:00 begin of timestep (day): 5 (run): 2693 0: MPIOM: current date: 2100-03-26 03:45:00 begin of timestep (day): 6 (run): 2694 0: MPIOM: current date: 2100-03-26 04:30:00 begin of timestep (day): 7 (run): 2695 384: Radiation calculated for : 26. Mar 2100 03:56:15 384: Greenhouse gas concentrations 26. Mar 2100 03:56:15 CO2 = 1131.5297 CH4 = 2418.62 N2O = 391.673 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-26 05:15:00 begin of timestep (day): 8 (run): 2696 0: MPIOM: current date: 2100-03-26 06:00:00 begin of timestep (day): 9 (run): 2697 0: MPIOM: current date: 2100-03-26 06:45:00 begin of timestep (day): 10 (run): 2698 0: MPIOM: current date: 2100-03-26 07:30:00 begin of timestep (day): 11 (run): 2699 384: Radiation calculated for : 26. Mar 2100 05:56:15 384: Greenhouse gas concentrations 26. Mar 2100 05:56:15 CO2 = 1131.5328 CH4 = 2418.61 N2O = 391.674 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-26 08:15:00 begin of timestep (day): 12 (run): 2700 0: MPIOM: current date: 2100-03-26 09:00:00 begin of timestep (day): 13 (run): 2701 0: MPIOM: current date: 2100-03-26 09:45:00 begin of timestep (day): 14 (run): 2702 0: MPIOM: current date: 2100-03-26 10:30:00 begin of timestep (day): 15 (run): 2703 384: Radiation calculated for : 26. Mar 2100 07:56:15 384: Greenhouse gas concentrations 26. Mar 2100 07:56:15 CO2 = 1131.5359 CH4 = 2418.61 N2O = 391.674 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-26 11:15:00 begin of timestep (day): 16 (run): 2704 0: MPIOM: current date: 2100-03-26 12:00:00 begin of timestep (day): 17 (run): 2705 0: MPIOM: current date: 2100-03-26 12:45:00 begin of timestep (day): 18 (run): 2706 0: MPIOM: current date: 2100-03-26 13:30:00 begin of timestep (day): 19 (run): 2707 384: Radiation calculated for : 26. Mar 2100 09:56:15 384: Greenhouse gas concentrations 26. Mar 2100 09:56:15 CO2 = 1131.5390 CH4 = 2418.61 N2O = 391.674 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-26 14:15:00 begin of timestep (day): 20 (run): 2708 0: MPIOM: current date: 2100-03-26 15:00:00 begin of timestep (day): 21 (run): 2709 0: MPIOM: current date: 2100-03-26 15:45:00 begin of timestep (day): 22 (run): 2710 0: MPIOM: current date: 2100-03-26 16:30:00 begin of timestep (day): 23 (run): 2711 384: Radiation calculated for : 26. Mar 2100 11:56:15 384: Greenhouse gas concentrations 26. Mar 2100 11:56:15 CO2 = 1131.5421 CH4 = 2418.61 N2O = 391.674 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-26 17:15:00 begin of timestep (day): 24 (run): 2712 0: MPIOM: current date: 2100-03-26 18:00:00 begin of timestep (day): 25 (run): 2713 0: MPIOM: current date: 2100-03-26 18:45:00 begin of timestep (day): 26 (run): 2714 0: MPIOM: current date: 2100-03-26 19:30:00 begin of timestep (day): 27 (run): 2715 384: Radiation calculated for : 26. Mar 2100 13:56:15 384: Greenhouse gas concentrations 26. Mar 2100 13:56:15 CO2 = 1131.5453 CH4 = 2418.60 N2O = 391.674 CFC = 51.68 209.35 0: MPIOM: current date: 2100-03-26 20:15:00 begin of timestep (day): 28 (run): 2716 0: MPIOM: current date: 2100-03-26 21:00:00 begin of timestep (day): 29 (run): 2717 0: MPIOM: current date: 2100-03-26 21:45:00 begin of timestep (day): 30 (run): 2718 0: MPIOM: current date: 2100-03-26 22:30:00 begin of timestep (day): 31 (run): 2719 384: Radiation calculated for : 26. Mar 2100 15:56:15 384: Greenhouse gas concentrations 26. Mar 2100 15:56:15 CO2 = 1131.5484 CH4 = 2418.60 N2O = 391.674 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-26 23:15:00 begin of timestep (day): 32 (run): 2720 0: MPIOM: current date: 2100-03-27 00:00:00 begin of timestep (day): 1 (run): 2721 384: Radiation calculated for : 26. Mar 2100 17:56:15 384: Greenhouse gas concentrations 26. Mar 2100 17:56:15 CO2 = 1131.5515 CH4 = 2418.60 N2O = 391.674 CFC = 51.68 209.34 384: Radiation calculated for : 26. Mar 2100 19:56:15 384: Greenhouse gas concentrations 26. Mar 2100 19:56:15 CO2 = 1131.5546 CH4 = 2418.59 N2O = 391.674 CFC = 51.68 209.34 384: Radiation calculated for : 26. Mar 2100 21:56:15 384: Greenhouse gas concentrations 26. Mar 2100 21:56:15 CO2 = 1131.5577 CH4 = 2418.59 N2O = 391.674 CFC = 51.68 209.34 384: Radiation calculated for : 26. Mar 2100 23:56:15 384: Greenhouse gas concentrations 26. Mar 2100 23:56:15 CO2 = 1131.5609 CH4 = 2418.59 N2O = 391.674 CFC = 51.68 209.34 384: hydrology_model: Water budget change: 2.980232238769531E-008 m3/s 384: hydrology_model: global discharge: 1187252.03899459 m3/s 384: hydrology_model: precip-evap (on ocean): -1590725.71100741 m3/s 384: water_budget_corr: P-E correction: -10501.1553518341 m3/s 384: water_budget_corr: slm/slf residuum: 37947.6553075862 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -4281.83899416590 m3/s 384: water_budget_corr: awfre corrected: -1605508.70535341 m3/s 384: water_budget_corr: river discharge: 1187252.03899459 m3/s 384: water_budget_corr: water to ocean: -418256.666358813 m3/s 384: Write GRIB1 output for : 26. Mar 2100 23:52:30 0: co2 = 1055.65022979531 , n2 = 802000.000096797 , o2 = 0: 196800.000059091 384: co2_flux_correction: Computing global mean CO2 flux correction 0: MPIOM: current date: 2100-03-27 00:45:00 begin of timestep (day): 2 (run): 2722 384: CO2 flux correction (global): 1.278594913998966E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-27 01:30:00 begin of timestep (day): 3 (run): 2723 384: Radiation calculated for : 27. Mar 2100 01:56:15 384: Greenhouse gas concentrations 27. Mar 2100 01:56:15 CO2 = 1131.5640 CH4 = 2418.59 N2O = 391.675 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-27 02:15:00 begin of timestep (day): 4 (run): 2724 0: MPIOM: current date: 2100-03-27 03:00:00 begin of timestep (day): 5 (run): 2725 0: MPIOM: current date: 2100-03-27 03:45:00 begin of timestep (day): 6 (run): 2726 0: MPIOM: current date: 2100-03-27 04:30:00 begin of timestep (day): 7 (run): 2727 384: Radiation calculated for : 27. Mar 2100 03:56:15 384: Greenhouse gas concentrations 27. Mar 2100 03:56:15 CO2 = 1131.5671 CH4 = 2418.58 N2O = 391.675 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-27 05:15:00 begin of timestep (day): 8 (run): 2728 0: MPIOM: current date: 2100-03-27 06:00:00 begin of timestep (day): 9 (run): 2729 0: MPIOM: current date: 2100-03-27 06:45:00 begin of timestep (day): 10 (run): 2730 0: MPIOM: current date: 2100-03-27 07:30:00 begin of timestep (day): 11 (run): 2731 0: MPIOM: current date: 2100-03-27 08:15:00 begin of timestep (day): 12 (run): 2732 384: Radiation calculated for : 27. Mar 2100 05:56:15 384: Greenhouse gas concentrations 27. Mar 2100 05:56:15 CO2 = 1131.5702 CH4 = 2418.58 N2O = 391.675 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-27 09:00:00 begin of timestep (day): 13 (run): 2733 0: MPIOM: current date: 2100-03-27 09:45:00 begin of timestep (day): 14 (run): 2734 0: MPIOM: current date: 2100-03-27 10:30:00 begin of timestep (day): 15 (run): 2735 0: MPIOM: current date: 2100-03-27 11:15:00 begin of timestep (day): 16 (run): 2736 384: Radiation calculated for : 27. Mar 2100 07:56:15 384: Greenhouse gas concentrations 27. Mar 2100 07:56:15 CO2 = 1131.5733 CH4 = 2418.58 N2O = 391.675 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-27 12:00:00 begin of timestep (day): 17 (run): 2737 0: MPIOM: current date: 2100-03-27 12:45:00 begin of timestep (day): 18 (run): 2738 0: MPIOM: current date: 2100-03-27 13:30:00 begin of timestep (day): 19 (run): 2739 384: Radiation calculated for : 27. Mar 2100 09:56:15 384: Greenhouse gas concentrations 27. Mar 2100 09:56:15 CO2 = 1131.5765 CH4 = 2418.57 N2O = 391.675 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-27 14:15:00 begin of timestep (day): 20 (run): 2740 0: MPIOM: current date: 2100-03-27 15:00:00 begin of timestep (day): 21 (run): 2741 0: MPIOM: current date: 2100-03-27 15:45:00 begin of timestep (day): 22 (run): 2742 0: MPIOM: current date: 2100-03-27 16:30:00 begin of timestep (day): 23 (run): 2743 384: Radiation calculated for : 27. Mar 2100 11:56:15 384: Greenhouse gas concentrations 27. Mar 2100 11:56:15 CO2 = 1131.5796 CH4 = 2418.57 N2O = 391.675 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-27 17:15:00 begin of timestep (day): 24 (run): 2744 0: MPIOM: current date: 2100-03-27 18:00:00 begin of timestep (day): 25 (run): 2745 0: MPIOM: current date: 2100-03-27 18:45:00 begin of timestep (day): 26 (run): 2746 0: MPIOM: current date: 2100-03-27 19:30:00 begin of timestep (day): 27 (run): 2747 384: Radiation calculated for : 27. Mar 2100 13:56:15 384: Greenhouse gas concentrations 27. Mar 2100 13:56:15 CO2 = 1131.5827 CH4 = 2418.57 N2O = 391.675 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-27 20:15:00 begin of timestep (day): 28 (run): 2748 0: MPIOM: current date: 2100-03-27 21:00:00 begin of timestep (day): 29 (run): 2749 0: MPIOM: current date: 2100-03-27 21:45:00 begin of timestep (day): 30 (run): 2750 0: MPIOM: current date: 2100-03-27 22:30:00 begin of timestep (day): 31 (run): 2751 384: Radiation calculated for : 27. Mar 2100 15:56:15 384: Greenhouse gas concentrations 27. Mar 2100 15:56:15 CO2 = 1131.5858 CH4 = 2418.57 N2O = 391.675 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-27 23:15:00 begin of timestep (day): 32 (run): 2752 0: MPIOM: current date: 2100-03-28 00:00:00 begin of timestep (day): 1 (run): 2753 384: Radiation calculated for : 27. Mar 2100 17:56:15 384: Greenhouse gas concentrations 27. Mar 2100 17:56:15 CO2 = 1131.5889 CH4 = 2418.56 N2O = 391.675 CFC = 51.68 209.34 384: Radiation calculated for : 27. Mar 2100 19:56:15 384: Greenhouse gas concentrations 27. Mar 2100 19:56:15 CO2 = 1131.5920 CH4 = 2418.56 N2O = 391.676 CFC = 51.68 209.34 384: Radiation calculated for : 27. Mar 2100 21:56:15 384: Greenhouse gas concentrations 27. Mar 2100 21:56:15 CO2 = 1131.5952 CH4 = 2418.56 N2O = 391.676 CFC = 51.68 209.34 384: Radiation calculated for : 27. Mar 2100 23:56:15 384: Greenhouse gas concentrations 27. Mar 2100 23:56:15 CO2 = 1131.5983 CH4 = 2418.55 N2O = 391.676 CFC = 51.68 209.34 384: hydrology_model: Water budget change: 3.367662429809570E-006 m3/s 384: hydrology_model: global discharge: 1175940.09452665 m3/s 384: hydrology_model: precip-evap (on ocean): -1520324.04631102 m3/s 384: water_budget_corr: P-E correction: -26549.2701944747 m3/s 384: water_budget_corr: slm/slf residuum: 24299.1455820001 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -4564.70174451405 m3/s 384: water_budget_corr: awfre corrected: -1551438.01825002 m3/s 384: water_budget_corr: river discharge: 1175940.09452665 m3/s 384: water_budget_corr: water to ocean: -375497.923723356 m3/s 384: Write GRIB1 output for : 27. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.224888248808952E-010 kg m-2 s-1 0: co2 = 1055.68362061189 , n2 = 802000.000094247 , o2 = 0: 196800.000035671 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-28 00:45:00 begin of timestep (day): 2 (run): 2754 0: MPIOM: current date: 2100-03-28 01:30:00 begin of timestep (day): 3 (run): 2755 384: Radiation calculated for : 28. Mar 2100 01:56:15 384: Greenhouse gas concentrations 28. Mar 2100 01:56:15 CO2 = 1131.6014 CH4 = 2418.55 N2O = 391.676 CFC = 51.68 209.34 0: MPIOM: current date: 2100-03-28 02:15:00 begin of timestep (day): 4 (run): 2756 0: MPIOM: current date: 2100-03-28 03:00:00 begin of timestep (day): 5 (run): 2757 0: MPIOM: current date: 2100-03-28 03:45:00 begin of timestep (day): 6 (run): 2758 0: MPIOM: current date: 2100-03-28 04:30:00 begin of timestep (day): 7 (run): 2759 384: Radiation calculated for : 28. Mar 2100 03:56:15 384: Greenhouse gas concentrations 28. Mar 2100 03:56:15 CO2 = 1131.6045 CH4 = 2418.55 N2O = 391.676 CFC = 51.68 209.33 0: MPIOM: current date: 2100-03-28 05:15:00 begin of timestep (day): 8 (run): 2760 0: MPIOM: current date: 2100-03-28 06:00:00 begin of timestep (day): 9 (run): 2761 0: MPIOM: current date: 2100-03-28 06:45:00 begin of timestep (day): 10 (run): 2762 0: MPIOM: current date: 2100-03-28 07:30:00 begin of timestep (day): 11 (run): 2763 384: Radiation calculated for : 28. Mar 2100 05:56:15 384: Greenhouse gas concentrations 28. Mar 2100 05:56:15 CO2 = 1131.6076 CH4 = 2418.55 N2O = 391.676 CFC = 51.68 209.33 0: MPIOM: current date: 2100-03-28 08:15:00 begin of timestep (day): 12 (run): 2764 0: MPIOM: current date: 2100-03-28 09:00:00 begin of timestep (day): 13 (run): 2765 0: MPIOM: current date: 2100-03-28 09:45:00 begin of timestep (day): 14 (run): 2766 0: MPIOM: current date: 2100-03-28 10:30:00 begin of timestep (day): 15 (run): 2767 384: Radiation calculated for : 28. Mar 2100 07:56:15 384: Greenhouse gas concentrations 28. Mar 2100 07:56:15 CO2 = 1131.6108 CH4 = 2418.54 N2O = 391.676 CFC = 51.68 209.33 0: MPIOM: current date: 2100-03-28 11:15:00 begin of timestep (day): 16 (run): 2768 0: MPIOM: current date: 2100-03-28 12:00:00 begin of timestep (day): 17 (run): 2769 0: MPIOM: current date: 2100-03-28 12:45:00 begin of timestep (day): 18 (run): 2770 0: MPIOM: current date: 2100-03-28 13:30:00 begin of timestep (day): 19 (run): 2771 384: Radiation calculated for : 28. Mar 2100 09:56:15 384: Greenhouse gas concentrations 28. Mar 2100 09:56:15 CO2 = 1131.6139 CH4 = 2418.54 N2O = 391.676 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-28 14:15:00 begin of timestep (day): 20 (run): 2772 0: MPIOM: current date: 2100-03-28 15:00:00 begin of timestep (day): 21 (run): 2773 0: MPIOM: current date: 2100-03-28 15:45:00 begin of timestep (day): 22 (run): 2774 0: MPIOM: current date: 2100-03-28 16:30:00 begin of timestep (day): 23 (run): 2775 384: Radiation calculated for : 28. Mar 2100 11:56:15 384: Greenhouse gas concentrations 28. Mar 2100 11:56:15 CO2 = 1131.6170 CH4 = 2418.54 N2O = 391.676 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-28 17:15:00 begin of timestep (day): 24 (run): 2776 0: MPIOM: current date: 2100-03-28 18:00:00 begin of timestep (day): 25 (run): 2777 0: MPIOM: current date: 2100-03-28 18:45:00 begin of timestep (day): 26 (run): 2778 0: MPIOM: current date: 2100-03-28 19:30:00 begin of timestep (day): 27 (run): 2779 384: Radiation calculated for : 28. Mar 2100 13:56:15 0: MPIOM: current date: 2100-03-28 20:15:00 begin of timestep (day): 28 (run): 2780 384: Greenhouse gas concentrations 28. Mar 2100 13:56:15 CO2 = 1131.6201 CH4 = 2418.54 N2O = 391.677 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-28 21:00:00 begin of timestep (day): 29 (run): 2781 0: MPIOM: current date: 2100-03-28 21:45:00 begin of timestep (day): 30 (run): 2782 0: MPIOM: current date: 2100-03-28 22:30:00 begin of timestep (day): 31 (run): 2783 384: Radiation calculated for : 28. Mar 2100 15:56:15 384: Greenhouse gas concentrations 28. Mar 2100 15:56:15 CO2 = 1131.6232 CH4 = 2418.53 N2O = 391.677 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-28 23:15:00 begin of timestep (day): 32 (run): 2784 0: MPIOM: current date: 2100-03-29 00:00:00 begin of timestep (day): 1 (run): 2785 384: Radiation calculated for : 28. Mar 2100 17:56:15 384: Greenhouse gas concentrations 28. Mar 2100 17:56:15 CO2 = 1131.6264 CH4 = 2418.53 N2O = 391.677 CFC = 51.67 209.33 384: Radiation calculated for : 28. Mar 2100 19:56:15 384: Greenhouse gas concentrations 28. Mar 2100 19:56:15 CO2 = 1131.6295 CH4 = 2418.53 N2O = 391.677 CFC = 51.67 209.33 384: Radiation calculated for : 28. Mar 2100 21:56:15 384: Greenhouse gas concentrations 28. Mar 2100 21:56:15 CO2 = 1131.6326 CH4 = 2418.52 N2O = 391.677 CFC = 51.67 209.33 384: Radiation calculated for : 28. Mar 2100 23:56:15 384: Greenhouse gas concentrations 28. Mar 2100 23:56:15 CO2 = 1131.6357 CH4 = 2418.52 N2O = 391.677 CFC = 51.67 209.33 384: hydrology_model: Water budget change: -3.665685653686523E-006 m3/s 384: hydrology_model: global discharge: 1185619.05825875 m3/s 384: hydrology_model: precip-evap (on ocean): -1344047.21306417 m3/s 384: water_budget_corr: P-E correction: -49241.3041452830 m3/s 384: water_budget_corr: slm/slf residuum: 21692.8474804907 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1754.57214221895 m3/s 384: water_budget_corr: awfre corrected: -1395043.08935166 m3/s 384: water_budget_corr: river discharge: 1185619.05825875 m3/s 384: water_budget_corr: water to ocean: -209424.031092932 m3/s 384: Write GRIB1 output for : 28. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.69589396913 , n2 = 802000.000084244 , o2 = 0: 196800.000027168 384: CO2 flux correction (global): -4.527335151693791E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-29 00:45:00 begin of timestep (day): 2 (run): 2786 0: MPIOM: current date: 2100-03-29 01:30:00 begin of timestep (day): 3 (run): 2787 384: Radiation calculated for : 29. Mar 2100 01:56:15 384: Greenhouse gas concentrations 29. Mar 2100 01:56:15 CO2 = 1131.6388 CH4 = 2418.52 N2O = 391.677 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-29 02:15:00 begin of timestep (day): 4 (run): 2788 0: MPIOM: current date: 2100-03-29 03:00:00 begin of timestep (day): 5 (run): 2789 0: MPIOM: current date: 2100-03-29 03:45:00 begin of timestep (day): 6 (run): 2790 0: MPIOM: current date: 2100-03-29 04:30:00 begin of timestep (day): 7 (run): 2791 384: Radiation calculated for : 29. Mar 2100 03:56:15 384: Greenhouse gas concentrations 29. Mar 2100 03:56:15 CO2 = 1131.6419 CH4 = 2418.52 N2O = 391.677 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-29 05:15:00 begin of timestep (day): 8 (run): 2792 0: MPIOM: current date: 2100-03-29 06:00:00 begin of timestep (day): 9 (run): 2793 0: MPIOM: current date: 2100-03-29 06:45:00 begin of timestep (day): 10 (run): 2794 0: MPIOM: current date: 2100-03-29 07:30:00 begin of timestep (day): 11 (run): 2795 384: Radiation calculated for : 29. Mar 2100 05:56:15 384: Greenhouse gas concentrations 29. Mar 2100 05:56:15 CO2 = 1131.6451 CH4 = 2418.51 N2O = 391.677 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-29 08:15:00 begin of timestep (day): 12 (run): 2796 0: MPIOM: current date: 2100-03-29 09:00:00 begin of timestep (day): 13 (run): 2797 0: MPIOM: current date: 2100-03-29 09:45:00 begin of timestep (day): 14 (run): 2798 0: MPIOM: current date: 2100-03-29 10:30:00 begin of timestep (day): 15 (run): 2799 384: Radiation calculated for : 29. Mar 2100 07:56:15 384: Greenhouse gas concentrations 29. Mar 2100 07:56:15 CO2 = 1131.6482 CH4 = 2418.51 N2O = 391.677 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-29 11:15:00 begin of timestep (day): 16 (run): 2800 0: MPIOM: current date: 2100-03-29 12:00:00 begin of timestep (day): 17 (run): 2801 0: MPIOM: current date: 2100-03-29 12:45:00 begin of timestep (day): 18 (run): 2802 0: MPIOM: current date: 2100-03-29 13:30:00 begin of timestep (day): 19 (run): 2803 384: Radiation calculated for : 29. Mar 2100 09:56:15 384: Greenhouse gas concentrations 29. Mar 2100 09:56:15 CO2 = 1131.6513 CH4 = 2418.51 N2O = 391.678 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-29 14:15:00 begin of timestep (day): 20 (run): 2804 0: MPIOM: current date: 2100-03-29 15:00:00 begin of timestep (day): 21 (run): 2805 0: MPIOM: current date: 2100-03-29 15:45:00 begin of timestep (day): 22 (run): 2806 0: MPIOM: current date: 2100-03-29 16:30:00 begin of timestep (day): 23 (run): 2807 384: Radiation calculated for : 29. Mar 2100 11:56:15 384: Greenhouse gas concentrations 29. Mar 2100 11:56:15 CO2 = 1131.6544 CH4 = 2418.50 N2O = 391.678 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-29 17:15:00 begin of timestep (day): 24 (run): 2808 0: MPIOM: current date: 2100-03-29 18:00:00 begin of timestep (day): 25 (run): 2809 0: MPIOM: current date: 2100-03-29 18:45:00 begin of timestep (day): 26 (run): 2810 0: MPIOM: current date: 2100-03-29 19:30:00 begin of timestep (day): 27 (run): 2811 384: Radiation calculated for : 29. Mar 2100 13:56:15 384: Greenhouse gas concentrations 29. Mar 2100 13:56:15 CO2 = 1131.6575 CH4 = 2418.50 N2O = 391.678 CFC = 51.67 209.33 0: MPIOM: current date: 2100-03-29 20:15:00 begin of timestep (day): 28 (run): 2812 0: MPIOM: current date: 2100-03-29 21:00:00 begin of timestep (day): 29 (run): 2813 0: MPIOM: current date: 2100-03-29 21:45:00 begin of timestep (day): 30 (run): 2814 384: Radiation calculated for : 29. Mar 2100 15:56:15 384: Greenhouse gas concentrations 29. Mar 2100 15:56:15 CO2 = 1131.6607 CH4 = 2418.50 N2O = 391.678 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-29 22:30:00 begin of timestep (day): 31 (run): 2815 0: MPIOM: current date: 2100-03-29 23:15:00 begin of timestep (day): 32 (run): 2816 0: MPIOM: current date: 2100-03-30 00:00:00 begin of timestep (day): 1 (run): 2817 384: Radiation calculated for : 29. Mar 2100 17:56:15 384: Greenhouse gas concentrations 29. Mar 2100 17:56:15 CO2 = 1131.6638 CH4 = 2418.50 N2O = 391.678 CFC = 51.67 209.32 384: Radiation calculated for : 29. Mar 2100 19:56:15 384: Greenhouse gas concentrations 29. Mar 2100 19:56:15 CO2 = 1131.6669 CH4 = 2418.49 N2O = 391.678 CFC = 51.67 209.32 384: Radiation calculated for : 29. Mar 2100 21:56:15 384: Greenhouse gas concentrations 29. Mar 2100 21:56:15 CO2 = 1131.6700 CH4 = 2418.49 N2O = 391.678 CFC = 51.67 209.32 384: Radiation calculated for : 29. Mar 2100 23:56:15 384: Greenhouse gas concentrations 29. Mar 2100 23:56:15 CO2 = 1131.6731 CH4 = 2418.49 N2O = 391.678 CFC = 51.67 209.32 384: hydrology_model: Water budget change: 1.579523086547852E-006 m3/s 384: hydrology_model: global discharge: 1187672.63090983 m3/s 384: hydrology_model: precip-evap (on ocean): -999687.688552913 m3/s 384: water_budget_corr: P-E correction: -95798.7104384115 m3/s 384: water_budget_corr: slm/slf residuum: 51345.9399253223 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1205.47472822944 m3/s 384: water_budget_corr: awfre corrected: -1096691.87371956 m3/s 384: water_budget_corr: river discharge: 1187672.63090983 m3/s 384: water_budget_corr: water to ocean: 90980.7571902794 m3/s 384: Write GRIB1 output for : 29. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.71689455378 , n2 = 802000.000097872 , o2 = 384: CO2 flux correction (global): -3.049921781627709E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: 196800.000044670 0: MPIOM: current date: 2100-03-30 00:45:00 begin of timestep (day): 2 (run): 2818 0: MPIOM: current date: 2100-03-30 01:30:00 begin of timestep (day): 3 (run): 2819 384: Radiation calculated for : 30. Mar 2100 01:56:15 384: Greenhouse gas concentrations 30. Mar 2100 01:56:15 CO2 = 1131.6763 CH4 = 2418.49 N2O = 391.678 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-30 02:15:00 begin of timestep (day): 4 (run): 2820 0: MPIOM: current date: 2100-03-30 03:00:00 begin of timestep (day): 5 (run): 2821 0: MPIOM: current date: 2100-03-30 03:45:00 begin of timestep (day): 6 (run): 2822 0: MPIOM: current date: 2100-03-30 04:30:00 begin of timestep (day): 7 (run): 2823 384: Radiation calculated for : 30. Mar 2100 03:56:15 384: Greenhouse gas concentrations 30. Mar 2100 03:56:15 CO2 = 1131.6794 CH4 = 2418.48 N2O = 391.679 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-30 05:15:00 begin of timestep (day): 8 (run): 2824 0: MPIOM: current date: 2100-03-30 06:00:00 begin of timestep (day): 9 (run): 2825 0: MPIOM: current date: 2100-03-30 06:45:00 begin of timestep (day): 10 (run): 2826 0: MPIOM: current date: 2100-03-30 07:30:00 begin of timestep (day): 11 (run): 2827 384: Radiation calculated for : 30. Mar 2100 05:56:15 384: Greenhouse gas concentrations 30. Mar 2100 05:56:15 CO2 = 1131.6825 CH4 = 2418.48 N2O = 391.679 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-30 08:15:00 begin of timestep (day): 12 (run): 2828 0: MPIOM: current date: 2100-03-30 09:00:00 begin of timestep (day): 13 (run): 2829 0: MPIOM: current date: 2100-03-30 09:45:00 begin of timestep (day): 14 (run): 2830 0: MPIOM: current date: 2100-03-30 10:30:00 begin of timestep (day): 15 (run): 2831 384: Radiation calculated for : 30. Mar 2100 07:56:15 384: Greenhouse gas concentrations 30. Mar 2100 07:56:15 CO2 = 1131.6856 CH4 = 2418.48 N2O = 391.679 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-30 11:15:00 begin of timestep (day): 16 (run): 2832 0: MPIOM: current date: 2100-03-30 12:00:00 begin of timestep (day): 17 (run): 2833 0: MPIOM: current date: 2100-03-30 12:45:00 begin of timestep (day): 18 (run): 2834 0: MPIOM: current date: 2100-03-30 13:30:00 begin of timestep (day): 19 (run): 2835 384: Radiation calculated for : 30. Mar 2100 09:56:15 384: Greenhouse gas concentrations 30. Mar 2100 09:56:15 CO2 = 1131.6887 CH4 = 2418.47 N2O = 391.679 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-30 14:15:00 begin of timestep (day): 20 (run): 2836 0: MPIOM: current date: 2100-03-30 15:00:00 begin of timestep (day): 21 (run): 2837 0: MPIOM: current date: 2100-03-30 15:45:00 begin of timestep (day): 22 (run): 2838 0: MPIOM: current date: 2100-03-30 16:30:00 begin of timestep (day): 23 (run): 2839 384: Radiation calculated for : 30. Mar 2100 11:56:15 384: Greenhouse gas concentrations 30. Mar 2100 11:56:15 CO2 = 1131.6918 CH4 = 2418.47 N2O = 391.679 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-30 17:15:00 begin of timestep (day): 24 (run): 2840 0: MPIOM: current date: 2100-03-30 18:00:00 begin of timestep (day): 25 (run): 2841 0: MPIOM: current date: 2100-03-30 18:45:00 begin of timestep (day): 26 (run): 2842 0: MPIOM: current date: 2100-03-30 19:30:00 begin of timestep (day): 27 (run): 2843 384: Radiation calculated for : 30. Mar 2100 13:56:15 384: Greenhouse gas concentrations 30. Mar 2100 13:56:15 CO2 = 1131.6950 CH4 = 2418.47 N2O = 391.679 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-30 20:15:00 begin of timestep (day): 28 (run): 2844 0: MPIOM: current date: 2100-03-30 21:00:00 begin of timestep (day): 29 (run): 2845 0: MPIOM: current date: 2100-03-30 21:45:00 begin of timestep (day): 30 (run): 2846 0: MPIOM: current date: 2100-03-30 22:30:00 begin of timestep (day): 31 (run): 2847 0: MPIOM: current date: 2100-03-30 23:15:00 begin of timestep (day): 32 (run): 2848 384: Radiation calculated for : 30. Mar 2100 15:56:15 384: Greenhouse gas concentrations 30. Mar 2100 15:56:15 CO2 = 1131.6981 CH4 = 2418.47 N2O = 391.679 CFC = 51.67 209.32 0: MPIOM: current date: 2100-03-31 00:00:00 begin of timestep (day): 1 (run): 2849 384: Radiation calculated for : 30. Mar 2100 17:56:15 384: Greenhouse gas concentrations 30. Mar 2100 17:56:15 CO2 = 1131.7012 CH4 = 2418.46 N2O = 391.679 CFC = 51.67 209.32 384: Radiation calculated for : 30. Mar 2100 19:56:15 384: Greenhouse gas concentrations 30. Mar 2100 19:56:15 CO2 = 1131.7043 CH4 = 2418.46 N2O = 391.679 CFC = 51.67 209.32 384: Radiation calculated for : 30. Mar 2100 21:56:15 384: Greenhouse gas concentrations 30. Mar 2100 21:56:15 CO2 = 1131.7074 CH4 = 2418.46 N2O = 391.679 CFC = 51.67 209.32 384: Radiation calculated for : 30. Mar 2100 23:56:15 384: Greenhouse gas concentrations 30. Mar 2100 23:56:15 CO2 = 1131.7106 CH4 = 2418.45 N2O = 391.680 CFC = 51.67 209.32 384: hydrology_model: Water budget change: -1.221895217895508E-006 m3/s 384: hydrology_model: global discharge: 1189822.08536488 m3/s 384: hydrology_model: precip-evap (on ocean): -1099646.89549331 m3/s 384: water_budget_corr: P-E correction: -59705.1377846431 m3/s 384: water_budget_corr: slm/slf residuum: 40253.4249458613 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -784.415997000616 m3/s 384: water_budget_corr: awfre corrected: -1160136.44927496 m3/s 384: water_budget_corr: river discharge: 1189822.08536488 m3/s 384: water_budget_corr: water to ocean: 29685.6360899209 m3/s 384: Write GRIB1 output for : 30. Mar 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.75915004484 , n2 = 802000.000129255 , o2 = 0: 196800.000113070 384: CO2 flux correction (global): -4.290419085120101E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-03-31 00:45:00 begin of timestep (day): 2 (run): 2850 0: MPIOM: current date: 2100-03-31 01:30:00 begin of timestep (day): 3 (run): 2851 384: Radiation calculated for : 31. Mar 2100 01:56:15 384: Greenhouse gas concentrations 31. Mar 2100 01:56:15 CO2 = 1131.7137 CH4 = 2418.45 N2O = 391.680 CFC = 51.67 209.31 0: MPIOM: current date: 2100-03-31 02:15:00 begin of timestep (day): 4 (run): 2852 0: MPIOM: current date: 2100-03-31 03:00:00 begin of timestep (day): 5 (run): 2853 0: MPIOM: current date: 2100-03-31 03:45:00 begin of timestep (day): 6 (run): 2854 0: MPIOM: current date: 2100-03-31 04:30:00 begin of timestep (day): 7 (run): 2855 384: Radiation calculated for : 31. Mar 2100 03:56:15 384: Greenhouse gas concentrations 31. Mar 2100 03:56:15 CO2 = 1131.7168 CH4 = 2418.45 N2O = 391.680 CFC = 51.67 209.31 0: MPIOM: current date: 2100-03-31 05:15:00 begin of timestep (day): 8 (run): 2856 0: MPIOM: current date: 2100-03-31 06:00:00 begin of timestep (day): 9 (run): 2857 0: MPIOM: current date: 2100-03-31 06:45:00 begin of timestep (day): 10 (run): 2858 0: MPIOM: current date: 2100-03-31 07:30:00 begin of timestep (day): 11 (run): 2859 384: Radiation calculated for : 31. Mar 2100 05:56:15 384: Greenhouse gas concentrations 31. Mar 2100 05:56:15 CO2 = 1131.7199 CH4 = 2418.45 N2O = 391.680 CFC = 51.67 209.31 0: MPIOM: current date: 2100-03-31 08:15:00 begin of timestep (day): 12 (run): 2860 0: MPIOM: current date: 2100-03-31 09:00:00 begin of timestep (day): 13 (run): 2861 0: MPIOM: current date: 2100-03-31 09:45:00 begin of timestep (day): 14 (run): 2862 384: Radiation calculated for : 31. Mar 2100 07:56:15 0: MPIOM: current date: 2100-03-31 10:30:00 begin of timestep (day): 15 (run): 2863 384: Greenhouse gas concentrations 31. Mar 2100 07:56:15 CO2 = 1131.7230 CH4 = 2418.44 N2O = 391.680 CFC = 51.67 209.31 0: MPIOM: current date: 2100-03-31 11:15:00 begin of timestep (day): 16 (run): 2864 0: MPIOM: current date: 2100-03-31 12:00:00 begin of timestep (day): 17 (run): 2865 0: MPIOM: current date: 2100-03-31 12:45:00 begin of timestep (day): 18 (run): 2866 384: Radiation calculated for : 31. Mar 2100 09:56:15 384: Greenhouse gas concentrations 31. Mar 2100 09:56:15 CO2 = 1131.7262 CH4 = 2418.44 N2O = 391.680 CFC = 51.67 209.31 0: MPIOM: current date: 2100-03-31 13:30:00 begin of timestep (day): 19 (run): 2867 0: MPIOM: current date: 2100-03-31 14:15:00 begin of timestep (day): 20 (run): 2868 0: MPIOM: current date: 2100-03-31 15:00:00 begin of timestep (day): 21 (run): 2869 0: MPIOM: current date: 2100-03-31 15:45:00 begin of timestep (day): 22 (run): 2870 384: Radiation calculated for : 31. Mar 2100 11:56:15 384: Greenhouse gas concentrations 31. Mar 2100 11:56:15 CO2 = 1131.7293 CH4 = 2418.44 N2O = 391.680 CFC = 51.67 209.31 0: MPIOM: current date: 2100-03-31 16:30:00 begin of timestep (day): 23 (run): 2871 0: MPIOM: current date: 2100-03-31 17:15:00 begin of timestep (day): 24 (run): 2872 0: MPIOM: current date: 2100-03-31 18:00:00 begin of timestep (day): 25 (run): 2873 0: MPIOM: current date: 2100-03-31 18:45:00 begin of timestep (day): 26 (run): 2874 384: Radiation calculated for : 31. Mar 2100 13:56:15 384: Greenhouse gas concentrations 31. Mar 2100 13:56:15 CO2 = 1131.7324 CH4 = 2418.44 N2O = 391.680 CFC = 51.67 209.31 0: MPIOM: current date: 2100-03-31 19:30:00 begin of timestep (day): 27 (run): 2875 0: MPIOM: current date: 2100-03-31 20:15:00 begin of timestep (day): 28 (run): 2876 0: MPIOM: current date: 2100-03-31 21:00:00 begin of timestep (day): 29 (run): 2877 0: MPIOM: current date: 2100-03-31 21:45:00 begin of timestep (day): 30 (run): 2878 384: Radiation calculated for : 31. Mar 2100 15:56:15 384: Greenhouse gas concentrations 31. Mar 2100 15:56:15 CO2 = 1131.7355 CH4 = 2418.43 N2O = 391.680 CFC = 51.66 209.31 0: MPIOM: current date: 2100-03-31 22:30:00 begin of timestep (day): 31 (run): 2879 0: MPIOM: current date: 2100-03-31 23:15:00 begin of timestep (day): 32 (run): 2880 384: Radiation calculated for : 31. Mar 2100 17:56:15 384: Greenhouse gas concentrations 31. Mar 2100 17:56:15 CO2 = 1131.7386 CH4 = 2418.43 N2O = 391.681 CFC = 51.66 209.31 384: Radiation calculated for : 31. Mar 2100 19:56:15 384: Greenhouse gas concentrations 31. Mar 2100 19:56:15 CO2 = 1131.7417 CH4 = 2418.43 N2O = 391.681 CFC = 51.66 209.31 384: Radiation calculated for : 31. Mar 2100 21:56:15 384: Greenhouse gas concentrations 31. Mar 2100 21:56:15 CO2 = 1131.7449 CH4 = 2418.42 N2O = 391.681 CFC = 51.66 209.31 384: Radiation calculated for : 31. Mar 2100 23:56:15 384: Greenhouse gas concentrations 31. Mar 2100 23:56:15 CO2 = 1131.7480 CH4 = 2418.42 N2O = 391.681 CFC = 51.66 209.31 384: hydrology_model: Water budget change: 6.556510925292969E-007 m3/s 384: hydrology_model: global discharge: 1188464.01906323 m3/s 384: hydrology_model: precip-evap (on ocean): -1607263.93817832 m3/s 384: water_budget_corr: P-E correction: -36055.6175078887 m3/s 384: water_budget_corr: slm/slf residuum: -2026.62839668341 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -8294.70704328721 m3/s 384: water_budget_corr: awfre corrected: -1651614.26272952 m3/s 384: water_budget_corr: river discharge: 1188464.01906323 m3/s 384: water_budget_corr: water to ocean: -463150.243666285 m3/s 384: Write GRIB1 output for : 31. Mar 2100 23:52:30 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210004.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 384: esm-ssp585-ocn-alk_EXP2_210004.01_accw accw 56 T T 0: MPIOM: current date: 2100-04-01 00:00:00 begin of timestep (day): 1 (run): 2881 384: esm-ssp585-ocn-alk_EXP2_210004.01_nitro nitro 58 T T 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:3) 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:3) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:3) 384: esm-ssp585-ocn-alk_EXP2_210004.01_echam spm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210004.01_echam glm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210004.01_echam g3bm 60 T T 0: co2 = 1055.78935580065 , n2 = 802000.000124710 , o2 = 0: 196800.000086295 0: MPIOM: current date: 2100-04-01 00:45:00 begin of timestep (day): 2 (run): 2882 384: esm-ssp585-ocn-alk_EXP2_210004.01_co2 co2m 62 T T 0: MPIOM: current date: 2100-04-01 01:30:00 begin of timestep (day): 3 (run): 2883 384: esm-ssp585-ocn-alk_EXP2_210004.01_surf surfm 64 T T 384: esm-ssp585-ocn-alk_EXP2_210004.01_tracer tracerm 66 T T 0: MPIOM: current date: 2100-04-01 02:15:00 begin of timestep (day): 4 (run): 2884 384: esm-ssp585-ocn-alk_EXP2_210004.01_jsbach jsbachm 68 T T 384: esm-ssp585-ocn-alk_EXP2_210004.01_land landm 70 T T 0: MPIOM: current date: 2100-04-01 03:00:00 begin of timestep (day): 5 (run): 2885 384: esm-ssp585-ocn-alk_EXP2_210004.01_veg vegm 72 T T 0: MPIOM: current date: 2100-04-01 03:45:00 begin of timestep (day): 6 (run): 2886 384: esm-ssp585-ocn-alk_EXP2_210004.01_yasso yassom 74 T T 0: MPIOM: current date: 2100-04-01 04:30:00 begin of timestep (day): 7 (run): 2887 384: esm-ssp585-ocn-alk_EXP2_210004.01_echamday g3bday 76 T T 384: esm-ssp585-ocn-alk_EXP2_210004.01_jsbachday jsbachday 78 T T 0: MPIOM: current date: 2100-04-01 05:15:00 begin of timestep (day): 8 (run): 2888 384: esm-ssp585-ocn-alk_EXP2_210004.01_landday landday 80 T T 384: esm-ssp585-ocn-alk_EXP2_210004.01_vegday vegday 82 T T 0: MPIOM: current date: 2100-04-01 06:00:00 begin of timestep (day): 9 (run): 2889 384: 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.238542812802211E-010 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-01 06:45:00 begin of timestep (day): 10 (run): 2890 0: MPIOM: current date: 2100-04-01 07:30:00 begin of timestep (day): 11 (run): 2891 384: Radiation calculated for : 1. Apr 2100 01:56:15 384: Greenhouse gas concentrations 1. Apr 2100 01:56:15 CO2 = 1131.7511 CH4 = 2418.42 N2O = 391.681 CFC = 51.66 209.31 0: MPIOM: current date: 2100-04-01 08:15:00 begin of timestep (day): 12 (run): 2892 0: MPIOM: current date: 2100-04-01 09:00:00 begin of timestep (day): 13 (run): 2893 0: MPIOM: current date: 2100-04-01 09:45:00 begin of timestep (day): 14 (run): 2894 0: MPIOM: current date: 2100-04-01 10:30:00 begin of timestep (day): 15 (run): 2895 384: Radiation calculated for : 1. Apr 2100 03:56:15 384: Greenhouse gas concentrations 1. Apr 2100 03:56:15 CO2 = 1131.7542 CH4 = 2418.42 N2O = 391.681 CFC = 51.66 209.31 0: MPIOM: current date: 2100-04-01 11:15:00 begin of timestep (day): 16 (run): 2896 0: MPIOM: current date: 2100-04-01 12:00:00 begin of timestep (day): 17 (run): 2897 0: MPIOM: current date: 2100-04-01 12:45:00 begin of timestep (day): 18 (run): 2898 0: MPIOM: current date: 2100-04-01 13:30:00 begin of timestep (day): 19 (run): 2899 384: Radiation calculated for : 1. Apr 2100 05:56:15 384: Greenhouse gas concentrations 1. Apr 2100 05:56:15 CO2 = 1131.7573 CH4 = 2418.41 N2O = 391.681 CFC = 51.66 209.31 0: MPIOM: current date: 2100-04-01 14:15:00 begin of timestep (day): 20 (run): 2900 0: MPIOM: current date: 2100-04-01 15:00:00 begin of timestep (day): 21 (run): 2901 0: MPIOM: current date: 2100-04-01 15:45:00 begin of timestep (day): 22 (run): 2902 0: MPIOM: current date: 2100-04-01 16:30:00 begin of timestep (day): 23 (run): 2903 384: Radiation calculated for : 1. Apr 2100 07:56:15 384: Greenhouse gas concentrations 1. Apr 2100 07:56:15 CO2 = 1131.7605 CH4 = 2418.41 N2O = 391.681 CFC = 51.66 209.31 0: MPIOM: current date: 2100-04-01 17:15:00 begin of timestep (day): 24 (run): 2904 0: MPIOM: current date: 2100-04-01 18:00:00 begin of timestep (day): 25 (run): 2905 0: MPIOM: current date: 2100-04-01 18:45:00 begin of timestep (day): 26 (run): 2906 0: MPIOM: current date: 2100-04-01 19:30:00 begin of timestep (day): 27 (run): 2907 384: Radiation calculated for : 1. Apr 2100 09:56:15 384: Greenhouse gas concentrations 1. Apr 2100 09:56:15 CO2 = 1131.7636 CH4 = 2418.41 N2O = 391.681 CFC = 51.66 209.31 0: MPIOM: current date: 2100-04-01 20:15:00 begin of timestep (day): 28 (run): 2908 0: MPIOM: current date: 2100-04-01 21:00:00 begin of timestep (day): 29 (run): 2909 0: MPIOM: current date: 2100-04-01 21:45:00 begin of timestep (day): 30 (run): 2910 0: MPIOM: current date: 2100-04-01 22:30:00 begin of timestep (day): 31 (run): 2911 384: Radiation calculated for : 1. Apr 2100 11:56:15 384: Greenhouse gas concentrations 1. Apr 2100 11:56:15 CO2 = 1131.7667 CH4 = 2418.40 N2O = 391.682 CFC = 51.66 209.31 0: MPIOM: current date: 2100-04-01 23:15:00 begin of timestep (day): 32 (run): 2912 0: MPIOM: current date: 2100-04-02 00:00:00 begin of timestep (day): 1 (run): 2913 384: Radiation calculated for : 1. Apr 2100 13:56:15 384: Greenhouse gas concentrations 1. Apr 2100 13:56:15 CO2 = 1131.7698 CH4 = 2418.40 N2O = 391.682 CFC = 51.66 209.30 384: Radiation calculated for : 1. Apr 2100 15:56:15 384: Greenhouse gas concentrations 1. Apr 2100 15:56:15 CO2 = 1131.7729 CH4 = 2418.40 N2O = 391.682 CFC = 51.66 209.30 384: Radiation calculated for : 1. Apr 2100 17:56:15 384: Greenhouse gas concentrations 1. Apr 2100 17:56:15 CO2 = 1131.7761 CH4 = 2418.40 N2O = 391.682 CFC = 51.66 209.30 384: Radiation calculated for : 1. Apr 2100 19:56:15 384: Greenhouse gas concentrations 1. Apr 2100 19:56:15 CO2 = 1131.7792 CH4 = 2418.39 N2O = 391.682 CFC = 51.66 209.30 384: Radiation calculated for : 1. Apr 2100 21:56:15 384: Greenhouse gas concentrations 1. Apr 2100 21:56:15 CO2 = 1131.7823 CH4 = 2418.39 N2O = 391.682 CFC = 51.66 209.30 384: Radiation calculated for : 1. Apr 2100 23:56:15 384: Greenhouse gas concentrations 1. Apr 2100 23:56:15 CO2 = 1131.7854 CH4 = 2418.39 N2O = 391.682 CFC = 51.66 209.30 384: hydrology_model: Water budget change: -1.192092895507812E-006 m3/s 384: hydrology_model: global discharge: 1185209.30469739 m3/s 384: hydrology_model: precip-evap (on ocean): -1581286.01642118 m3/s 384: water_budget_corr: P-E correction: -41594.7150714937 m3/s 384: water_budget_corr: slm/slf residuum: 58601.5564193773 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -4993.05633165688 m3/s 384: water_budget_corr: awfre corrected: -1627873.78782431 m3/s 384: water_budget_corr: river discharge: 1185209.30469739 m3/s 384: water_budget_corr: water to ocean: -442664.483126916 m3/s 384: Write GRIB1 output for : 1. Apr 2100 23:52:30 0: co2 = 1055.75823725555 , n2 = 802000.000098212 , o2 = 0: 196800.000061289 0: MPIOM: current date: 2100-04-02 00:45:00 begin of timestep (day): 2 (run): 2914 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.436573177259908E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-02 01:30:00 begin of timestep (day): 3 (run): 2915 384: Radiation calculated for : 2. Apr 2100 01:56:15 384: Greenhouse gas concentrations 2. Apr 2100 01:56:15 CO2 = 1131.7885 CH4 = 2418.38 N2O = 391.682 CFC = 51.66 209.30 0: MPIOM: current date: 2100-04-02 02:15:00 begin of timestep (day): 4 (run): 2916 0: MPIOM: current date: 2100-04-02 03:00:00 begin of timestep (day): 5 (run): 2917 0: MPIOM: current date: 2100-04-02 03:45:00 begin of timestep (day): 6 (run): 2918 0: MPIOM: current date: 2100-04-02 04:30:00 begin of timestep (day): 7 (run): 2919 384: Radiation calculated for : 2. Apr 2100 03:56:15 0: MPIOM: current date: 2100-04-02 05:15:00 begin of timestep (day): 8 (run): 2920 384: Greenhouse gas concentrations 2. Apr 2100 03:56:15 CO2 = 1131.7916 CH4 = 2418.38 N2O = 391.682 CFC = 51.66 209.30 0: MPIOM: current date: 2100-04-02 06:00:00 begin of timestep (day): 9 (run): 2921 0: MPIOM: current date: 2100-04-02 06:45:00 begin of timestep (day): 10 (run): 2922 0: MPIOM: current date: 2100-04-02 07:30:00 begin of timestep (day): 11 (run): 2923 384: Radiation calculated for : 2. Apr 2100 05:56:15 384: Greenhouse gas concentrations 2. Apr 2100 05:56:15 CO2 = 1131.7948 CH4 = 2418.38 N2O = 391.682 CFC = 51.66 209.30 0: MPIOM: current date: 2100-04-02 08:15:00 begin of timestep (day): 12 (run): 2924 0: MPIOM: current date: 2100-04-02 09:00:00 begin of timestep (day): 13 (run): 2925 0: MPIOM: current date: 2100-04-02 09:45:00 begin of timestep (day): 14 (run): 2926 0: MPIOM: current date: 2100-04-02 10:30:00 begin of timestep (day): 15 (run): 2927 384: Radiation calculated for : 2. Apr 2100 07:56:15 384: Greenhouse gas concentrations 2. Apr 2100 07:56:15 CO2 = 1131.7979 CH4 = 2418.38 N2O = 391.683 CFC = 51.66 209.30 0: MPIOM: current date: 2100-04-02 11:15:00 begin of timestep (day): 16 (run): 2928 0: MPIOM: current date: 2100-04-02 12:00:00 begin of timestep (day): 17 (run): 2929 0: MPIOM: current date: 2100-04-02 12:45:00 begin of timestep (day): 18 (run): 2930 0: MPIOM: current date: 2100-04-02 13:30:00 begin of timestep (day): 19 (run): 2931 384: Radiation calculated for : 2. Apr 2100 09:56:15 384: Greenhouse gas concentrations 2. Apr 2100 09:56:15 CO2 = 1131.8010 CH4 = 2418.37 N2O = 391.683 CFC = 51.66 209.30 0: MPIOM: current date: 2100-04-02 14:15:00 begin of timestep (day): 20 (run): 2932 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 292.500000000000 , lev 41 0: MPIOM: current date: 2100-04-02 15:00:00 begin of timestep (day): 21 (run): 2933 0: MPIOM: current date: 2100-04-02 15:45:00 begin of timestep (day): 22 (run): 2934 0: MPIOM: current date: 2100-04-02 16:30:00 begin of timestep (day): 23 (run): 2935 0: MPIOM: current date: 2100-04-02 17:15:00 begin of timestep (day): 24 (run): 2936 384: Radiation calculated for : 2. Apr 2100 11:56:15 384: Greenhouse gas concentrations 2. Apr 2100 11:56:15 CO2 = 1131.8041 CH4 = 2418.37 N2O = 391.683 CFC = 51.66 209.30 0: MPIOM: current date: 2100-04-02 18:00:00 begin of timestep (day): 25 (run): 2937 0: MPIOM: current date: 2100-04-02 18:45:00 begin of timestep (day): 26 (run): 2938 0: MPIOM: current date: 2100-04-02 19:30:00 begin of timestep (day): 27 (run): 2939 0: MPIOM: current date: 2100-04-02 20:15:00 begin of timestep (day): 28 (run): 2940 384: Radiation calculated for : 2. Apr 2100 13:56:15 384: Greenhouse gas concentrations 2. Apr 2100 13:56:15 CO2 = 1131.8072 CH4 = 2418.37 N2O = 391.683 CFC = 51.66 209.30 0: MPIOM: current date: 2100-04-02 21:00:00 begin of timestep (day): 29 (run): 2941 0: MPIOM: current date: 2100-04-02 21:45:00 begin of timestep (day): 30 (run): 2942 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 294.375000000000 , lev 40 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 294.375000000000 , lev 41 0: MPIOM: current date: 2100-04-02 22:30:00 begin of timestep (day): 31 (run): 2943 0: MPIOM: current date: 2100-04-02 23:15:00 begin of timestep (day): 32 (run): 2944 384: Radiation calculated for : 2. Apr 2100 15:56:15 0: MPIOM: current date: 2100-04-03 00:00:00 begin of timestep (day): 1 (run): 2945 384: Greenhouse gas concentrations 2. Apr 2100 15:56:15 CO2 = 1131.8104 CH4 = 2418.37 N2O = 391.683 CFC = 51.66 209.30 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 294.375000000000 , lev 39 384: Radiation calculated for : 2. Apr 2100 17:56:15 384: Greenhouse gas concentrations 2. Apr 2100 17:56:15 CO2 = 1131.8135 CH4 = 2418.36 N2O = 391.683 CFC = 51.66 209.30 384: Radiation calculated for : 2. Apr 2100 19:56:15 384: Greenhouse gas concentrations 2. Apr 2100 19:56:15 CO2 = 1131.8166 CH4 = 2418.36 N2O = 391.683 CFC = 51.66 209.30 384: Radiation calculated for : 2. Apr 2100 21:56:15 384: Greenhouse gas concentrations 2. Apr 2100 21:56:15 CO2 = 1131.8197 CH4 = 2418.36 N2O = 391.683 CFC = 51.66 209.30 384: Radiation calculated for : 2. Apr 2100 23:56:15 384: Greenhouse gas concentrations 2. Apr 2100 23:56:15 CO2 = 1131.8228 CH4 = 2418.35 N2O = 391.683 CFC = 51.66 209.30 384: hydrology_model: Water budget change: 2.533197402954102E-006 m3/s 384: hydrology_model: global discharge: 1233281.62423821 m3/s 384: hydrology_model: precip-evap (on ocean): -1546296.19133210 m3/s 384: water_budget_corr: P-E correction: -6651.46086105867 m3/s 384: water_budget_corr: slm/slf residuum: 35234.3968210052 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -495.197977044858 m3/s 384: water_budget_corr: awfre corrected: -1553442.85017020 m3/s 384: water_budget_corr: river discharge: 1233281.62423821 m3/s 384: water_budget_corr: water to ocean: -320161.225932012 m3/s 384: Write GRIB1 output for : 2. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.002889422895268E-010 kg m-2 s-1 0: co2 = 1055.74427209529 , n2 = 802000.000109586 , o2 = 0: 196800.000009761 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-03 00:45:00 begin of timestep (day): 2 (run): 2946 0: MPIOM: current date: 2100-04-03 01:30:00 begin of timestep (day): 3 (run): 2947 384: Radiation calculated for : 3. Apr 2100 01:56:15 384: Greenhouse gas concentrations 3. Apr 2100 01:56:15 CO2 = 1131.8260 CH4 = 2418.35 N2O = 391.684 CFC = 51.66 209.29 0: MPIOM: current date: 2100-04-03 02:15:00 begin of timestep (day): 4 (run): 2948 0: MPIOM: current date: 2100-04-03 03:00:00 begin of timestep (day): 5 (run): 2949 0: MPIOM: current date: 2100-04-03 03:45:00 begin of timestep (day): 6 (run): 2950 0: MPIOM: current date: 2100-04-03 04:30:00 begin of timestep (day): 7 (run): 2951 384: Radiation calculated for : 3. Apr 2100 03:56:15 384: Greenhouse gas concentrations 3. Apr 2100 03:56:15 CO2 = 1131.8291 CH4 = 2418.35 N2O = 391.684 CFC = 51.66 209.29 0: MPIOM: current date: 2100-04-03 05:15:00 begin of timestep (day): 8 (run): 2952 0: MPIOM: current date: 2100-04-03 06:00:00 begin of timestep (day): 9 (run): 2953 0: MPIOM: current date: 2100-04-03 06:45:00 begin of timestep (day): 10 (run): 2954 0: MPIOM: current date: 2100-04-03 07:30:00 begin of timestep (day): 11 (run): 2955 384: Radiation calculated for : 3. Apr 2100 05:56:15 384: Greenhouse gas concentrations 3. Apr 2100 05:56:15 CO2 = 1131.8322 CH4 = 2418.35 N2O = 391.684 CFC = 51.66 209.29 0: MPIOM: current date: 2100-04-03 08:15:00 begin of timestep (day): 12 (run): 2956 0: MPIOM: current date: 2100-04-03 09:00:00 begin of timestep (day): 13 (run): 2957 0: MPIOM: current date: 2100-04-03 09:45:00 begin of timestep (day): 14 (run): 2958 0: MPIOM: current date: 2100-04-03 10:30:00 begin of timestep (day): 15 (run): 2959 384: Radiation calculated for : 3. Apr 2100 07:56:15 384: Greenhouse gas concentrations 3. Apr 2100 07:56:15 CO2 = 1131.8353 CH4 = 2418.34 N2O = 391.684 CFC = 51.66 209.29 0: MPIOM: current date: 2100-04-03 11:15:00 begin of timestep (day): 16 (run): 2960 0: MPIOM: current date: 2100-04-03 12:00:00 begin of timestep (day): 17 (run): 2961 0: MPIOM: current date: 2100-04-03 12:45:00 begin of timestep (day): 18 (run): 2962 384: Radiation calculated for : 3. Apr 2100 09:56:15 384: Greenhouse gas concentrations 3. Apr 2100 09:56:15 CO2 = 1131.8384 CH4 = 2418.34 N2O = 391.684 CFC = 51.66 209.29 0: MPIOM: current date: 2100-04-03 13:30:00 begin of timestep (day): 19 (run): 2963 0: MPIOM: current date: 2100-04-03 14:15:00 begin of timestep (day): 20 (run): 2964 0: MPIOM: current date: 2100-04-03 15:00:00 begin of timestep (day): 21 (run): 2965 0: MPIOM: current date: 2100-04-03 15:45:00 begin of timestep (day): 22 (run): 2966 384: Radiation calculated for : 3. Apr 2100 11:56:15 384: Greenhouse gas concentrations 3. Apr 2100 11:56:15 CO2 = 1131.8415 CH4 = 2418.34 N2O = 391.684 CFC = 51.66 209.29 0: MPIOM: current date: 2100-04-03 16:30:00 begin of timestep (day): 23 (run): 2967 0: MPIOM: current date: 2100-04-03 17:15:00 begin of timestep (day): 24 (run): 2968 0: MPIOM: current date: 2100-04-03 18:00:00 begin of timestep (day): 25 (run): 2969 0: MPIOM: current date: 2100-04-03 18:45:00 begin of timestep (day): 26 (run): 2970 384: Radiation calculated for : 3. Apr 2100 13:56:15 384: Greenhouse gas concentrations 3. Apr 2100 13:56:15 CO2 = 1131.8447 CH4 = 2418.33 N2O = 391.684 CFC = 51.66 209.29 0: MPIOM: current date: 2100-04-03 19:30:00 begin of timestep (day): 27 (run): 2971 0: MPIOM: current date: 2100-04-03 20:15:00 begin of timestep (day): 28 (run): 2972 0: MPIOM: current date: 2100-04-03 21:00:00 begin of timestep (day): 29 (run): 2973 0: MPIOM: current date: 2100-04-03 21:45:00 begin of timestep (day): 30 (run): 2974 384: Radiation calculated for : 3. Apr 2100 15:56:15 384: Greenhouse gas concentrations 3. Apr 2100 15:56:15 CO2 = 1131.8478 CH4 = 2418.33 N2O = 391.684 CFC = 51.66 209.29 0: MPIOM: current date: 2100-04-03 22:30:00 begin of timestep (day): 31 (run): 2975 0: MPIOM: current date: 2100-04-03 23:15:00 begin of timestep (day): 32 (run): 2976 0: MPIOM: current date: 2100-04-04 00:00:00 begin of timestep (day): 1 (run): 2977 384: Radiation calculated for : 3. Apr 2100 17:56:15 384: Greenhouse gas concentrations 3. Apr 2100 17:56:15 CO2 = 1131.8509 CH4 = 2418.33 N2O = 391.684 CFC = 51.66 209.29 384: Radiation calculated for : 3. Apr 2100 19:56:15 384: Greenhouse gas concentrations 3. Apr 2100 19:56:15 CO2 = 1131.8540 CH4 = 2418.33 N2O = 391.684 CFC = 51.66 209.29 384: Radiation calculated for : 3. Apr 2100 21:56:15 384: Greenhouse gas concentrations 3. Apr 2100 21:56:15 CO2 = 1131.8571 CH4 = 2418.32 N2O = 391.685 CFC = 51.66 209.29 384: Radiation calculated for : 3. Apr 2100 23:56:15 384: Greenhouse gas concentrations 3. Apr 2100 23:56:15 CO2 = 1131.8603 CH4 = 2418.32 N2O = 391.685 CFC = 51.65 209.29 384: hydrology_model: Water budget change: -1.460313796997070E-006 m3/s 384: hydrology_model: global discharge: 1230466.17022345 m3/s 384: hydrology_model: precip-evap (on ocean): -1349703.88840118 m3/s 384: water_budget_corr: P-E correction: -63146.1948174658 m3/s 384: water_budget_corr: slm/slf residuum: 65958.1775588723 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -503.381246737234 m3/s 384: water_budget_corr: awfre corrected: -1413353.46446538 m3/s 384: water_budget_corr: river discharge: 1230466.17022345 m3/s 384: water_budget_corr: water to ocean: -182887.294241930 m3/s 384: Write GRIB1 output for : 3. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.169260155706997E-010 kg m-2 s-1 0: co2 = 1055.73312861344 , n2 = 802000.000107898 , o2 = 0: 196800.000021352 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-04 00:45:00 begin of timestep (day): 2 (run): 2978 0: MPIOM: current date: 2100-04-04 01:30:00 begin of timestep (day): 3 (run): 2979 384: Radiation calculated for : 4. Apr 2100 01:56:15 384: Greenhouse gas concentrations 4. Apr 2100 01:56:15 CO2 = 1131.8634 CH4 = 2418.32 N2O = 391.685 CFC = 51.65 209.29 0: MPIOM: current date: 2100-04-04 02:15:00 begin of timestep (day): 4 (run): 2980 0: MPIOM: current date: 2100-04-04 03:00:00 begin of timestep (day): 5 (run): 2981 0: MPIOM: current date: 2100-04-04 03:45:00 begin of timestep (day): 6 (run): 2982 0: MPIOM: current date: 2100-04-04 04:30:00 begin of timestep (day): 7 (run): 2983 384: Radiation calculated for : 4. Apr 2100 03:56:15 384: Greenhouse gas concentrations 4. Apr 2100 03:56:15 CO2 = 1131.8665 CH4 = 2418.32 N2O = 391.685 CFC = 51.65 209.29 0: MPIOM: current date: 2100-04-04 05:15:00 begin of timestep (day): 8 (run): 2984 0: MPIOM: current date: 2100-04-04 06:00:00 begin of timestep (day): 9 (run): 2985 0: MPIOM: current date: 2100-04-04 06:45:00 begin of timestep (day): 10 (run): 2986 384: Radiation calculated for : 4. Apr 2100 05:56:15 0: MPIOM: current date: 2100-04-04 07:30:00 begin of timestep (day): 11 (run): 2987 384: Greenhouse gas concentrations 4. Apr 2100 05:56:15 CO2 = 1131.8696 CH4 = 2418.31 N2O = 391.685 CFC = 51.65 209.29 0: MPIOM: current date: 2100-04-04 08:15:00 begin of timestep (day): 12 (run): 2988 0: MPIOM: current date: 2100-04-04 09:00:00 begin of timestep (day): 13 (run): 2989 0: MPIOM: current date: 2100-04-04 09:45:00 begin of timestep (day): 14 (run): 2990 384: Radiation calculated for : 4. Apr 2100 07:56:15 384: Greenhouse gas concentrations 4. Apr 2100 07:56:15 CO2 = 1131.8727 CH4 = 2418.31 N2O = 391.685 CFC = 51.65 209.29 0: MPIOM: current date: 2100-04-04 10:30:00 begin of timestep (day): 15 (run): 2991 0: MPIOM: current date: 2100-04-04 11:15:00 begin of timestep (day): 16 (run): 2992 0: MPIOM: current date: 2100-04-04 12:00:00 begin of timestep (day): 17 (run): 2993 0: MPIOM: current date: 2100-04-04 12:45:00 begin of timestep (day): 18 (run): 2994 384: Radiation calculated for : 4. Apr 2100 09:56:15 384: Greenhouse gas concentrations 4. Apr 2100 09:56:15 CO2 = 1131.8758 CH4 = 2418.31 N2O = 391.685 CFC = 51.65 209.29 0: MPIOM: current date: 2100-04-04 13:30:00 begin of timestep (day): 19 (run): 2995 0: MPIOM: current date: 2100-04-04 14:15:00 begin of timestep (day): 20 (run): 2996 0: MPIOM: current date: 2100-04-04 15:00:00 begin of timestep (day): 21 (run): 2997 0: MPIOM: current date: 2100-04-04 15:45:00 begin of timestep (day): 22 (run): 2998 384: Radiation calculated for : 4. Apr 2100 11:56:15 384: Greenhouse gas concentrations 4. Apr 2100 11:56:15 CO2 = 1131.8790 CH4 = 2418.30 N2O = 391.685 CFC = 51.65 209.29 0: MPIOM: current date: 2100-04-04 16:30:00 begin of timestep (day): 23 (run): 2999 0: MPIOM: current date: 2100-04-04 17:15:00 begin of timestep (day): 24 (run): 3000 0: MPIOM: current date: 2100-04-04 18:00:00 begin of timestep (day): 25 (run): 3001 0: MPIOM: current date: 2100-04-04 18:45:00 begin of timestep (day): 26 (run): 3002 384: Radiation calculated for : 4. Apr 2100 13:56:15 384: Greenhouse gas concentrations 4. Apr 2100 13:56:15 CO2 = 1131.8821 CH4 = 2418.30 N2O = 391.685 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-04 19:30:00 begin of timestep (day): 27 (run): 3003 0: MPIOM: current date: 2100-04-04 20:15:00 begin of timestep (day): 28 (run): 3004 0: MPIOM: current date: 2100-04-04 21:00:00 begin of timestep (day): 29 (run): 3005 0: MPIOM: current date: 2100-04-04 21:45:00 begin of timestep (day): 30 (run): 3006 384: Radiation calculated for : 4. Apr 2100 15:56:15 384: Greenhouse gas concentrations 4. Apr 2100 15:56:15 CO2 = 1131.8852 CH4 = 2418.30 N2O = 391.686 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-04 22:30:00 begin of timestep (day): 31 (run): 3007 0: MPIOM: current date: 2100-04-04 23:15:00 begin of timestep (day): 32 (run): 3008 0: MPIOM: current date: 2100-04-05 00:00:00 begin of timestep (day): 1 (run): 3009 384: Radiation calculated for : 4. Apr 2100 17:56:15 384: Greenhouse gas concentrations 4. Apr 2100 17:56:15 CO2 = 1131.8883 CH4 = 2418.30 N2O = 391.686 CFC = 51.65 209.28 384: Radiation calculated for : 4. Apr 2100 19:56:15 384: Greenhouse gas concentrations 4. Apr 2100 19:56:15 CO2 = 1131.8914 CH4 = 2418.29 N2O = 391.686 CFC = 51.65 209.28 384: Radiation calculated for : 4. Apr 2100 21:56:15 384: Greenhouse gas concentrations 4. Apr 2100 21:56:15 CO2 = 1131.8946 CH4 = 2418.29 N2O = 391.686 CFC = 51.65 209.28 384: Radiation calculated for : 4. Apr 2100 23:56:15 384: Greenhouse gas concentrations 4. Apr 2100 23:56:15 CO2 = 1131.8977 CH4 = 2418.29 N2O = 391.686 CFC = 51.65 209.28 384: hydrology_model: Water budget change: 4.470348358154297E-007 m3/s 384: hydrology_model: global discharge: 1206389.97187905 m3/s 384: hydrology_model: precip-evap (on ocean): -1126565.71561692 m3/s 384: water_budget_corr: P-E correction: -54054.0908161527 m3/s 384: water_budget_corr: slm/slf residuum: 78302.4901674736 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2120.19225785357 m3/s 384: water_budget_corr: awfre corrected: -1182739.99869093 m3/s 384: water_budget_corr: river discharge: 1206389.97187905 m3/s 384: water_budget_corr: water to ocean: 23649.9731881338 m3/s 384: Write GRIB1 output for : 4. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.923830245949482E-010 kg m-2 s-1 0: co2 = 1055.68799601868 , n2 = 802000.000114832 , o2 = 0: 196800.000075466 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-05 00:45:00 begin of timestep (day): 2 (run): 3010 0: MPIOM: current date: 2100-04-05 01:30:00 begin of timestep (day): 3 (run): 3011 384: Radiation calculated for : 5. Apr 2100 01:56:15 384: Greenhouse gas concentrations 5. Apr 2100 01:56:15 CO2 = 1131.9008 CH4 = 2418.28 N2O = 391.686 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-05 02:15:00 begin of timestep (day): 4 (run): 3012 0: MPIOM: current date: 2100-04-05 03:00:00 begin of timestep (day): 5 (run): 3013 0: MPIOM: current date: 2100-04-05 03:45:00 begin of timestep (day): 6 (run): 3014 0: MPIOM: current date: 2100-04-05 04:30:00 begin of timestep (day): 7 (run): 3015 384: Radiation calculated for : 5. Apr 2100 03:56:15 384: Greenhouse gas concentrations 5. Apr 2100 03:56:15 CO2 = 1131.9039 CH4 = 2418.28 N2O = 391.686 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-05 05:15:00 begin of timestep (day): 8 (run): 3016 0: MPIOM: current date: 2100-04-05 06:00:00 begin of timestep (day): 9 (run): 3017 0: MPIOM: current date: 2100-04-05 06:45:00 begin of timestep (day): 10 (run): 3018 0: MPIOM: current date: 2100-04-05 07:30:00 begin of timestep (day): 11 (run): 3019 384: Radiation calculated for : 5. Apr 2100 05:56:15 384: Greenhouse gas concentrations 5. Apr 2100 05:56:15 CO2 = 1131.9070 CH4 = 2418.28 N2O = 391.686 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-05 08:15:00 begin of timestep (day): 12 (run): 3020 0: MPIOM: current date: 2100-04-05 09:00:00 begin of timestep (day): 13 (run): 3021 0: MPIOM: current date: 2100-04-05 09:45:00 begin of timestep (day): 14 (run): 3022 0: MPIOM: current date: 2100-04-05 10:30:00 begin of timestep (day): 15 (run): 3023 384: Radiation calculated for : 5. Apr 2100 07:56:15 384: Greenhouse gas concentrations 5. Apr 2100 07:56:15 CO2 = 1131.9102 CH4 = 2418.28 N2O = 391.686 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-05 11:15:00 begin of timestep (day): 16 (run): 3024 0: MPIOM: current date: 2100-04-05 12:00:00 begin of timestep (day): 17 (run): 3025 0: MPIOM: current date: 2100-04-05 12:45:00 begin of timestep (day): 18 (run): 3026 0: MPIOM: current date: 2100-04-05 13:30:00 begin of timestep (day): 19 (run): 3027 384: Radiation calculated for : 5. Apr 2100 09:56:15 384: Greenhouse gas concentrations 5. Apr 2100 09:56:15 CO2 = 1131.9133 CH4 = 2418.27 N2O = 391.687 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-05 14:15:00 begin of timestep (day): 20 (run): 3028 0: MPIOM: current date: 2100-04-05 15:00:00 begin of timestep (day): 21 (run): 3029 0: MPIOM: current date: 2100-04-05 15:45:00 begin of timestep (day): 22 (run): 3030 0: MPIOM: current date: 2100-04-05 16:30:00 begin of timestep (day): 23 (run): 3031 384: Radiation calculated for : 5. Apr 2100 11:56:15 384: Greenhouse gas concentrations 5. Apr 2100 11:56:15 CO2 = 1131.9164 CH4 = 2418.27 N2O = 391.687 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-05 17:15:00 begin of timestep (day): 24 (run): 3032 0: MPIOM: current date: 2100-04-05 18:00:00 begin of timestep (day): 25 (run): 3033 0: MPIOM: current date: 2100-04-05 18:45:00 begin of timestep (day): 26 (run): 3034 0: MPIOM: current date: 2100-04-05 19:30:00 begin of timestep (day): 27 (run): 3035 384: Radiation calculated for : 5. Apr 2100 13:56:15 384: Greenhouse gas concentrations 5. Apr 2100 13:56:15 CO2 = 1131.9195 CH4 = 2418.27 N2O = 391.687 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-05 20:15:00 begin of timestep (day): 28 (run): 3036 0: MPIOM: current date: 2100-04-05 21:00:00 begin of timestep (day): 29 (run): 3037 0: MPIOM: current date: 2100-04-05 21:45:00 begin of timestep (day): 30 (run): 3038 384: Radiation calculated for : 5. Apr 2100 15:56:15 384: Greenhouse gas concentrations 5. Apr 2100 15:56:15 CO2 = 1131.9226 CH4 = 2418.27 N2O = 391.687 CFC = 51.65 209.28 0: MPIOM: current date: 2100-04-05 22:30:00 begin of timestep (day): 31 (run): 3039 0: MPIOM: current date: 2100-04-05 23:15:00 begin of timestep (day): 32 (run): 3040 0: MPIOM: current date: 2100-04-06 00:00:00 begin of timestep (day): 1 (run): 3041 384: Radiation calculated for : 5. Apr 2100 17:56:15 384: Greenhouse gas concentrations 5. Apr 2100 17:56:15 CO2 = 1131.9257 CH4 = 2418.26 N2O = 391.687 CFC = 51.65 209.28 384: Radiation calculated for : 5. Apr 2100 19:56:15 384: Greenhouse gas concentrations 5. Apr 2100 19:56:15 CO2 = 1131.9289 CH4 = 2418.26 N2O = 391.687 CFC = 51.65 209.28 384: Radiation calculated for : 5. Apr 2100 21:56:15 384: Greenhouse gas concentrations 5. Apr 2100 21:56:15 CO2 = 1131.9320 CH4 = 2418.26 N2O = 391.687 CFC = 51.65 209.28 384: Radiation calculated for : 5. Apr 2100 23:56:15 384: Greenhouse gas concentrations 5. Apr 2100 23:56:15 CO2 = 1131.9351 CH4 = 2418.25 N2O = 391.687 CFC = 51.65 209.28 384: hydrology_model: Water budget change: 6.258487701416016E-007 m3/s 384: hydrology_model: global discharge: 1213435.00212625 m3/s 384: hydrology_model: precip-evap (on ocean): -657409.991982444 m3/s 384: water_budget_corr: P-E correction: -61250.1603339628 m3/s 384: water_budget_corr: slm/slf residuum: 48608.2360781982 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2205.32972737790 m3/s 384: water_budget_corr: awfre corrected: -720865.482043794 m3/s 384: water_budget_corr: river discharge: 1213435.00212625 m3/s 384: water_budget_corr: water to ocean: 492569.520082470 m3/s 384: Write GRIB1 output for : 5. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.66483314541 , n2 = 802000.000109135 , o2 = 0: 196800.000102427 384: CO2 flux correction (global): -1.782752852071362E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-06 00:45:00 begin of timestep (day): 2 (run): 3042 0: MPIOM: current date: 2100-04-06 01:30:00 begin of timestep (day): 3 (run): 3043 384: Radiation calculated for : 6. Apr 2100 01:56:15 384: Greenhouse gas concentrations 6. Apr 2100 01:56:15 CO2 = 1131.9382 CH4 = 2418.25 N2O = 391.687 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-06 02:15:00 begin of timestep (day): 4 (run): 3044 0: MPIOM: current date: 2100-04-06 03:00:00 begin of timestep (day): 5 (run): 3045 0: MPIOM: current date: 2100-04-06 03:45:00 begin of timestep (day): 6 (run): 3046 0: MPIOM: current date: 2100-04-06 04:30:00 begin of timestep (day): 7 (run): 3047 384: Radiation calculated for : 6. Apr 2100 03:56:15 384: Greenhouse gas concentrations 6. Apr 2100 03:56:15 CO2 = 1131.9413 CH4 = 2418.25 N2O = 391.687 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-06 05:15:00 begin of timestep (day): 8 (run): 3048 0: MPIOM: current date: 2100-04-06 06:00:00 begin of timestep (day): 9 (run): 3049 0: MPIOM: current date: 2100-04-06 06:45:00 begin of timestep (day): 10 (run): 3050 0: MPIOM: current date: 2100-04-06 07:30:00 begin of timestep (day): 11 (run): 3051 384: Radiation calculated for : 6. Apr 2100 05:56:15 384: Greenhouse gas concentrations 6. Apr 2100 05:56:15 CO2 = 1131.9445 CH4 = 2418.25 N2O = 391.688 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-06 08:15:00 begin of timestep (day): 12 (run): 3052 0: MPIOM: current date: 2100-04-06 09:00:00 begin of timestep (day): 13 (run): 3053 0: MPIOM: current date: 2100-04-06 09:45:00 begin of timestep (day): 14 (run): 3054 0: MPIOM: current date: 2100-04-06 10:30:00 begin of timestep (day): 15 (run): 3055 384: Radiation calculated for : 6. Apr 2100 07:56:15 384: Greenhouse gas concentrations 6. Apr 2100 07:56:15 CO2 = 1131.9476 CH4 = 2418.24 N2O = 391.688 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-06 11:15:00 begin of timestep (day): 16 (run): 3056 0: MPIOM: current date: 2100-04-06 12:00:00 begin of timestep (day): 17 (run): 3057 0: MPIOM: current date: 2100-04-06 12:45:00 begin of timestep (day): 18 (run): 3058 0: MPIOM: current date: 2100-04-06 13:30:00 begin of timestep (day): 19 (run): 3059 384: Radiation calculated for : 6. Apr 2100 09:56:15 384: Greenhouse gas concentrations 6. Apr 2100 09:56:15 CO2 = 1131.9507 CH4 = 2418.24 N2O = 391.688 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-06 14:15:00 begin of timestep (day): 20 (run): 3060 0: MPIOM: current date: 2100-04-06 15:00:00 begin of timestep (day): 21 (run): 3061 0: MPIOM: current date: 2100-04-06 15:45:00 begin of timestep (day): 22 (run): 3062 0: MPIOM: current date: 2100-04-06 16:30:00 begin of timestep (day): 23 (run): 3063 384: Radiation calculated for : 6. Apr 2100 11:56:15 384: Greenhouse gas concentrations 6. Apr 2100 11:56:15 CO2 = 1131.9538 CH4 = 2418.24 N2O = 391.688 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-06 17:15:00 begin of timestep (day): 24 (run): 3064 0: MPIOM: current date: 2100-04-06 18:00:00 begin of timestep (day): 25 (run): 3065 0: MPIOM: current date: 2100-04-06 18:45:00 begin of timestep (day): 26 (run): 3066 0: MPIOM: current date: 2100-04-06 19:30:00 begin of timestep (day): 27 (run): 3067 384: Radiation calculated for : 6. Apr 2100 13:56:15 384: Greenhouse gas concentrations 6. Apr 2100 13:56:15 CO2 = 1131.9569 CH4 = 2418.23 N2O = 391.688 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-06 20:15:00 begin of timestep (day): 28 (run): 3068 0: MPIOM: current date: 2100-04-06 21:00:00 begin of timestep (day): 29 (run): 3069 0: MPIOM: current date: 2100-04-06 21:45:00 begin of timestep (day): 30 (run): 3070 0: MPIOM: current date: 2100-04-06 22:30:00 begin of timestep (day): 31 (run): 3071 384: Radiation calculated for : 6. Apr 2100 15:56:15 384: Greenhouse gas concentrations 6. Apr 2100 15:56:15 CO2 = 1131.9601 CH4 = 2418.23 N2O = 391.688 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-06 23:15:00 begin of timestep (day): 32 (run): 3072 0: MPIOM: current date: 2100-04-07 00:00:00 begin of timestep (day): 1 (run): 3073 384: Radiation calculated for : 6. Apr 2100 17:56:15 384: Greenhouse gas concentrations 6. Apr 2100 17:56:15 CO2 = 1131.9632 CH4 = 2418.23 N2O = 391.688 CFC = 51.65 209.27 384: Radiation calculated for : 6. Apr 2100 19:56:15 384: Greenhouse gas concentrations 6. Apr 2100 19:56:15 CO2 = 1131.9663 CH4 = 2418.23 N2O = 391.688 CFC = 51.65 209.27 384: Radiation calculated for : 6. Apr 2100 21:56:15 384: Greenhouse gas concentrations 6. Apr 2100 21:56:15 CO2 = 1131.9694 CH4 = 2418.22 N2O = 391.688 CFC = 51.65 209.27 384: Radiation calculated for : 6. Apr 2100 23:56:15 384: Greenhouse gas concentrations 6. Apr 2100 23:56:15 CO2 = 1131.9725 CH4 = 2418.22 N2O = 391.689 CFC = 51.65 209.27 384: hydrology_model: Water budget change: 8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 1228589.86107385 m3/s 384: hydrology_model: precip-evap (on ocean): -386752.647700050 m3/s 384: water_budget_corr: P-E correction: -62113.2489198659 m3/s 384: water_budget_corr: slm/slf residuum: 41312.0963112306 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1931.85396741844 m3/s 384: water_budget_corr: awfre corrected: -450797.750587329 m3/s 384: water_budget_corr: river discharge: 1228589.86107385 m3/s 384: water_budget_corr: water to ocean: 777792.110486517 m3/s 384: Write GRIB1 output for : 6. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.338168899625905E-010 kg m-2 s-1 0: co2 = 1055.70027866519 , n2 = 802000.000092284 , o2 = 0: 196799.999994718 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-07 00:45:00 begin of timestep (day): 2 (run): 3074 0: MPIOM: current date: 2100-04-07 01:30:00 begin of timestep (day): 3 (run): 3075 384: Radiation calculated for : 7. Apr 2100 01:56:15 384: Greenhouse gas concentrations 7. Apr 2100 01:56:15 CO2 = 1131.9756 CH4 = 2418.22 N2O = 391.689 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-07 02:15:00 begin of timestep (day): 4 (run): 3076 0: MPIOM: current date: 2100-04-07 03:00:00 begin of timestep (day): 5 (run): 3077 0: MPIOM: current date: 2100-04-07 03:45:00 begin of timestep (day): 6 (run): 3078 0: MPIOM: current date: 2100-04-07 04:30:00 begin of timestep (day): 7 (run): 3079 384: Radiation calculated for : 7. Apr 2100 03:56:15 384: Greenhouse gas concentrations 7. Apr 2100 03:56:15 CO2 = 1131.9788 CH4 = 2418.22 N2O = 391.689 CFC = 51.65 209.27 0: MPIOM: current date: 2100-04-07 05:15:00 begin of timestep (day): 8 (run): 3080 0: MPIOM: current date: 2100-04-07 06:00:00 begin of timestep (day): 9 (run): 3081 0: MPIOM: current date: 2100-04-07 06:45:00 begin of timestep (day): 10 (run): 3082 0: MPIOM: current date: 2100-04-07 07:30:00 begin of timestep (day): 11 (run): 3083 0: MPIOM: current date: 2100-04-07 08:15:00 begin of timestep (day): 12 (run): 3084 384: Radiation calculated for : 7. Apr 2100 05:56:15 384: Greenhouse gas concentrations 7. Apr 2100 05:56:15 CO2 = 1131.9819 CH4 = 2418.21 N2O = 391.689 CFC = 51.64 209.27 0: MPIOM: current date: 2100-04-07 09:00:00 begin of timestep (day): 13 (run): 3085 0: MPIOM: current date: 2100-04-07 09:45:00 begin of timestep (day): 14 (run): 3086 0: MPIOM: current date: 2100-04-07 10:30:00 begin of timestep (day): 15 (run): 3087 384: Radiation calculated for : 7. Apr 2100 07:56:15 0: MPIOM: current date: 2100-04-07 11:15:00 begin of timestep (day): 16 (run): 3088 384: Greenhouse gas concentrations 7. Apr 2100 07:56:15 CO2 = 1131.9850 CH4 = 2418.21 N2O = 391.689 CFC = 51.64 209.27 0: MPIOM: current date: 2100-04-07 12:00:00 begin of timestep (day): 17 (run): 3089 0: MPIOM: current date: 2100-04-07 12:45:00 begin of timestep (day): 18 (run): 3090 0: MPIOM: current date: 2100-04-07 13:30:00 begin of timestep (day): 19 (run): 3091 0: MPIOM: current date: 2100-04-07 14:15:00 begin of timestep (day): 20 (run): 3092 384: Radiation calculated for : 7. Apr 2100 09:56:15 384: Greenhouse gas concentrations 7. Apr 2100 09:56:15 CO2 = 1131.9881 CH4 = 2418.21 N2O = 391.689 CFC = 51.64 209.27 0: MPIOM: current date: 2100-04-07 15:00:00 begin of timestep (day): 21 (run): 3093 0: MPIOM: current date: 2100-04-07 15:45:00 begin of timestep (day): 22 (run): 3094 0: MPIOM: current date: 2100-04-07 16:30:00 begin of timestep (day): 23 (run): 3095 0: MPIOM: current date: 2100-04-07 17:15:00 begin of timestep (day): 24 (run): 3096 384: Radiation calculated for : 7. Apr 2100 11:56:15 384: Greenhouse gas concentrations 7. Apr 2100 11:56:15 CO2 = 1131.9912 CH4 = 2418.20 N2O = 391.689 CFC = 51.64 209.27 0: MPIOM: current date: 2100-04-07 18:00:00 begin of timestep (day): 25 (run): 3097 0: MPIOM: current date: 2100-04-07 18:45:00 begin of timestep (day): 26 (run): 3098 0: MPIOM: current date: 2100-04-07 19:30:00 begin of timestep (day): 27 (run): 3099 0: MPIOM: current date: 2100-04-07 20:15:00 begin of timestep (day): 28 (run): 3100 384: Radiation calculated for : 7. Apr 2100 13:56:15 384: Greenhouse gas concentrations 7. Apr 2100 13:56:15 CO2 = 1131.9944 CH4 = 2418.20 N2O = 391.689 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-07 21:00:00 begin of timestep (day): 29 (run): 3101 0: MPIOM: current date: 2100-04-07 21:45:00 begin of timestep (day): 30 (run): 3102 0: MPIOM: current date: 2100-04-07 22:30:00 begin of timestep (day): 31 (run): 3103 0: MPIOM: current date: 2100-04-07 23:15:00 begin of timestep (day): 32 (run): 3104 384: Radiation calculated for : 7. Apr 2100 15:56:15 384: Greenhouse gas concentrations 7. Apr 2100 15:56:15 CO2 = 1131.9975 CH4 = 2418.20 N2O = 391.689 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 00:00:00 begin of timestep (day): 1 (run): 3105 384: Radiation calculated for : 7. Apr 2100 17:56:15 384: Greenhouse gas concentrations 7. Apr 2100 17:56:15 CO2 = 1132.0006 CH4 = 2418.20 N2O = 391.689 CFC = 51.64 209.26 384: Radiation calculated for : 7. Apr 2100 19:56:15 384: Greenhouse gas concentrations 7. Apr 2100 19:56:15 CO2 = 1132.0037 CH4 = 2418.19 N2O = 391.690 CFC = 51.64 209.26 384: Radiation calculated for : 7. Apr 2100 21:56:15 384: Greenhouse gas concentrations 7. Apr 2100 21:56:15 CO2 = 1132.0068 CH4 = 2418.19 N2O = 391.690 CFC = 51.64 209.26 384: Radiation calculated for : 7. Apr 2100 23:56:15 384: Greenhouse gas concentrations 7. Apr 2100 23:56:15 CO2 = 1132.0100 CH4 = 2418.19 N2O = 391.690 CFC = 51.64 209.26 384: hydrology_model: Water budget change: -1.192092895507812E-006 m3/s 384: hydrology_model: global discharge: 1214176.06045603 m3/s 384: hydrology_model: precip-evap (on ocean): -453607.866681929 m3/s 384: water_budget_corr: P-E correction: -132691.469694106 m3/s 384: water_budget_corr: slm/slf residuum: 71523.7722376264 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 609.000184386153 m3/s 384: water_budget_corr: awfre corrected: -585690.336191658 m3/s 384: water_budget_corr: river discharge: 1214176.06045603 m3/s 384: water_budget_corr: water to ocean: 628485.724264377 m3/s 384: Write GRIB1 output for : 7. Apr 2100 23:52:30 0: co2 = 1055.65715649165 , n2 = 802000.000107347 , o2 = 0: 196800.000018310 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.258361200436445E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-08 00:45:00 begin of timestep (day): 2 (run): 3106 0: MPIOM: current date: 2100-04-08 01:30:00 begin of timestep (day): 3 (run): 3107 384: Radiation calculated for : 8. Apr 2100 01:56:15 384: Greenhouse gas concentrations 8. Apr 2100 01:56:15 CO2 = 1132.0131 CH4 = 2418.18 N2O = 391.690 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 02:15:00 begin of timestep (day): 4 (run): 3108 0: MPIOM: current date: 2100-04-08 03:00:00 begin of timestep (day): 5 (run): 3109 0: MPIOM: current date: 2100-04-08 03:45:00 begin of timestep (day): 6 (run): 3110 0: MPIOM: current date: 2100-04-08 04:30:00 begin of timestep (day): 7 (run): 3111 384: Radiation calculated for : 8. Apr 2100 03:56:15 384: Greenhouse gas concentrations 8. Apr 2100 03:56:15 CO2 = 1132.0162 CH4 = 2418.18 N2O = 391.690 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 05:15:00 begin of timestep (day): 8 (run): 3112 0: MPIOM: current date: 2100-04-08 06:00:00 begin of timestep (day): 9 (run): 3113 0: MPIOM: current date: 2100-04-08 06:45:00 begin of timestep (day): 10 (run): 3114 0: MPIOM: current date: 2100-04-08 07:30:00 begin of timestep (day): 11 (run): 3115 384: Radiation calculated for : 8. Apr 2100 05:56:15 384: Greenhouse gas concentrations 8. Apr 2100 05:56:15 CO2 = 1132.0193 CH4 = 2418.18 N2O = 391.690 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 08:15:00 begin of timestep (day): 12 (run): 3116 0: MPIOM: current date: 2100-04-08 09:00:00 begin of timestep (day): 13 (run): 3117 0: MPIOM: current date: 2100-04-08 09:45:00 begin of timestep (day): 14 (run): 3118 0: MPIOM: current date: 2100-04-08 10:30:00 begin of timestep (day): 15 (run): 3119 384: Radiation calculated for : 8. Apr 2100 07:56:15 384: Greenhouse gas concentrations 8. Apr 2100 07:56:15 CO2 = 1132.0224 CH4 = 2418.18 N2O = 391.690 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 11:15:00 begin of timestep (day): 16 (run): 3120 0: MPIOM: current date: 2100-04-08 12:00:00 begin of timestep (day): 17 (run): 3121 0: MPIOM: current date: 2100-04-08 12:45:00 begin of timestep (day): 18 (run): 3122 0: MPIOM: current date: 2100-04-08 13:30:00 begin of timestep (day): 19 (run): 3123 384: Radiation calculated for : 8. Apr 2100 09:56:15 384: Greenhouse gas concentrations 8. Apr 2100 09:56:15 CO2 = 1132.0255 CH4 = 2418.17 N2O = 391.690 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 14:15:00 begin of timestep (day): 20 (run): 3124 0: MPIOM: current date: 2100-04-08 15:00:00 begin of timestep (day): 21 (run): 3125 0: MPIOM: current date: 2100-04-08 15:45:00 begin of timestep (day): 22 (run): 3126 0: MPIOM: current date: 2100-04-08 16:30:00 begin of timestep (day): 23 (run): 3127 384: Radiation calculated for : 8. Apr 2100 11:56:15 384: Greenhouse gas concentrations 8. Apr 2100 11:56:15 CO2 = 1132.0287 CH4 = 2418.17 N2O = 391.690 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 17:15:00 begin of timestep (day): 24 (run): 3128 0: MPIOM: current date: 2100-04-08 18:00:00 begin of timestep (day): 25 (run): 3129 0: MPIOM: current date: 2100-04-08 18:45:00 begin of timestep (day): 26 (run): 3130 0: MPIOM: current date: 2100-04-08 19:30:00 begin of timestep (day): 27 (run): 3131 384: Radiation calculated for : 8. Apr 2100 13:56:15 384: Greenhouse gas concentrations 8. Apr 2100 13:56:15 CO2 = 1132.0318 CH4 = 2418.17 N2O = 391.691 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 20:15:00 begin of timestep (day): 28 (run): 3132 0: MPIOM: current date: 2100-04-08 21:00:00 begin of timestep (day): 29 (run): 3133 0: MPIOM: current date: 2100-04-08 21:45:00 begin of timestep (day): 30 (run): 3134 0: MPIOM: current date: 2100-04-08 22:30:00 begin of timestep (day): 31 (run): 3135 384: Radiation calculated for : 8. Apr 2100 15:56:15 384: Greenhouse gas concentrations 8. Apr 2100 15:56:15 CO2 = 1132.0349 CH4 = 2418.16 N2O = 391.691 CFC = 51.64 209.26 0: MPIOM: current date: 2100-04-08 23:15:00 begin of timestep (day): 32 (run): 3136 0: MPIOM: current date: 2100-04-09 00:00:00 begin of timestep (day): 1 (run): 3137 384: Radiation calculated for : 8. Apr 2100 17:56:15 384: Greenhouse gas concentrations 8. Apr 2100 17:56:15 CO2 = 1132.0380 CH4 = 2418.16 N2O = 391.691 CFC = 51.64 209.26 384: Radiation calculated for : 8. Apr 2100 19:56:15 384: Greenhouse gas concentrations 8. Apr 2100 19:56:15 CO2 = 1132.0411 CH4 = 2418.16 N2O = 391.691 CFC = 51.64 209.26 384: Radiation calculated for : 8. Apr 2100 21:56:15 384: Greenhouse gas concentrations 8. Apr 2100 21:56:15 CO2 = 1132.0443 CH4 = 2418.16 N2O = 391.691 CFC = 51.64 209.26 384: Radiation calculated for : 8. Apr 2100 23:56:15 384: Greenhouse gas concentrations 8. Apr 2100 23:56:15 CO2 = 1132.0474 CH4 = 2418.15 N2O = 391.691 CFC = 51.64 209.26 384: hydrology_model: Water budget change: 0.000000000000000E+000 m3/s 384: hydrology_model: global discharge: 1205806.96524018 m3/s 384: hydrology_model: precip-evap (on ocean): 271582.151188555 m3/s 384: water_budget_corr: P-E correction: -89666.2836475505 m3/s 384: water_budget_corr: slm/slf residuum: 72832.5068962433 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 687.408125730721 m3/s 384: water_budget_corr: awfre corrected: 182603.275666741 m3/s 384: water_budget_corr: river discharge: 1205806.96524018 m3/s 384: water_budget_corr: water to ocean: 1388410.24090691 m3/s 384: Write GRIB1 output for : 8. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.080771163216353E-010 kg m-2 s-1 0: co2 = 1055.64732368464 , n2 = 802000.000112777 , o2 = 0: 196800.000004168 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-09 00:45:00 begin of timestep (day): 2 (run): 3138 0: MPIOM: current date: 2100-04-09 01:30:00 begin of timestep (day): 3 (run): 3139 384: Radiation calculated for : 9. Apr 2100 01:56:15 384: Greenhouse gas concentrations 9. Apr 2100 01:56:15 CO2 = 1132.0505 CH4 = 2418.15 N2O = 391.691 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-09 02:15:00 begin of timestep (day): 4 (run): 3140 0: MPIOM: current date: 2100-04-09 03:00:00 begin of timestep (day): 5 (run): 3141 0: MPIOM: current date: 2100-04-09 03:45:00 begin of timestep (day): 6 (run): 3142 0: MPIOM: current date: 2100-04-09 04:30:00 begin of timestep (day): 7 (run): 3143 384: Radiation calculated for : 9. Apr 2100 03:56:15 384: Greenhouse gas concentrations 9. Apr 2100 03:56:15 CO2 = 1132.0536 CH4 = 2418.15 N2O = 391.691 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-09 05:15:00 begin of timestep (day): 8 (run): 3144 0: MPIOM: current date: 2100-04-09 06:00:00 begin of timestep (day): 9 (run): 3145 0: MPIOM: current date: 2100-04-09 06:45:00 begin of timestep (day): 10 (run): 3146 0: MPIOM: current date: 2100-04-09 07:30:00 begin of timestep (day): 11 (run): 3147 384: Radiation calculated for : 9. Apr 2100 05:56:15 384: Greenhouse gas concentrations 9. Apr 2100 05:56:15 CO2 = 1132.0567 CH4 = 2418.15 N2O = 391.691 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-09 08:15:00 begin of timestep (day): 12 (run): 3148 0: MPIOM: current date: 2100-04-09 09:00:00 begin of timestep (day): 13 (run): 3149 0: MPIOM: current date: 2100-04-09 09:45:00 begin of timestep (day): 14 (run): 3150 0: MPIOM: current date: 2100-04-09 10:30:00 begin of timestep (day): 15 (run): 3151 384: Radiation calculated for : 9. Apr 2100 07:56:15 384: Greenhouse gas concentrations 9. Apr 2100 07:56:15 CO2 = 1132.0599 CH4 = 2418.14 N2O = 391.692 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-09 11:15:00 begin of timestep (day): 16 (run): 3152 0: MPIOM: current date: 2100-04-09 12:00:00 begin of timestep (day): 17 (run): 3153 0: MPIOM: current date: 2100-04-09 12:45:00 begin of timestep (day): 18 (run): 3154 0: MPIOM: current date: 2100-04-09 13:30:00 begin of timestep (day): 19 (run): 3155 384: Radiation calculated for : 9. Apr 2100 09:56:15 384: Greenhouse gas concentrations 9. Apr 2100 09:56:15 CO2 = 1132.0630 CH4 = 2418.14 N2O = 391.692 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-09 14:15:00 begin of timestep (day): 20 (run): 3156 0: MPIOM: current date: 2100-04-09 15:00:00 begin of timestep (day): 21 (run): 3157 0: MPIOM: current date: 2100-04-09 15:45:00 begin of timestep (day): 22 (run): 3158 384: Radiation calculated for : 9. Apr 2100 11:56:15 384: Greenhouse gas concentrations 9. Apr 2100 11:56:15 CO2 = 1132.0661 CH4 = 2418.14 N2O = 391.692 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-09 16:30:00 begin of timestep (day): 23 (run): 3159 0: MPIOM: current date: 2100-04-09 17:15:00 begin of timestep (day): 24 (run): 3160 0: MPIOM: current date: 2100-04-09 18:00:00 begin of timestep (day): 25 (run): 3161 0: MPIOM: current date: 2100-04-09 18:45:00 begin of timestep (day): 26 (run): 3162 384: Radiation calculated for : 9. Apr 2100 13:56:15 0: MPIOM: current date: 2100-04-09 19:30:00 begin of timestep (day): 27 (run): 3163 384: Greenhouse gas concentrations 9. Apr 2100 13:56:15 CO2 = 1132.0692 CH4 = 2418.13 N2O = 391.692 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-09 20:15:00 begin of timestep (day): 28 (run): 3164 0: MPIOM: current date: 2100-04-09 21:00:00 begin of timestep (day): 29 (run): 3165 0: MPIOM: current date: 2100-04-09 21:45:00 begin of timestep (day): 30 (run): 3166 0: MPIOM: current date: 2100-04-09 22:30:00 begin of timestep (day): 31 (run): 3167 384: Radiation calculated for : 9. Apr 2100 15:56:15 384: Greenhouse gas concentrations 9. Apr 2100 15:56:15 CO2 = 1132.0723 CH4 = 2418.13 N2O = 391.692 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-09 23:15:00 begin of timestep (day): 32 (run): 3168 0: MPIOM: current date: 2100-04-10 00:00:00 begin of timestep (day): 1 (run): 3169 384: Radiation calculated for : 9. Apr 2100 17:56:15 384: Greenhouse gas concentrations 9. Apr 2100 17:56:15 CO2 = 1132.0754 CH4 = 2418.13 N2O = 391.692 CFC = 51.64 209.25 384: Radiation calculated for : 9. Apr 2100 19:56:15 384: Greenhouse gas concentrations 9. Apr 2100 19:56:15 CO2 = 1132.0786 CH4 = 2418.13 N2O = 391.692 CFC = 51.64 209.25 384: Radiation calculated for : 9. Apr 2100 21:56:15 384: Greenhouse gas concentrations 9. Apr 2100 21:56:15 CO2 = 1132.0817 CH4 = 2418.12 N2O = 391.692 CFC = 51.64 209.25 384: Radiation calculated for : 9. Apr 2100 23:56:15 384: Greenhouse gas concentrations 9. Apr 2100 23:56:15 CO2 = 1132.0848 CH4 = 2418.12 N2O = 391.692 CFC = 51.64 209.25 384: hydrology_model: Water budget change: 1.162290573120117E-006 m3/s 384: hydrology_model: global discharge: 1238015.31693267 m3/s 384: hydrology_model: precip-evap (on ocean): 116517.236665438 m3/s 384: water_budget_corr: P-E correction: -50813.4018278493 m3/s 384: water_budget_corr: slm/slf residuum: 50896.9964010440 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1601.46944972240 m3/s 384: water_budget_corr: awfre corrected: 64102.3653878592 m3/s 384: water_budget_corr: river discharge: 1238015.31693267 m3/s 384: water_budget_corr: water to ocean: 1302117.68232055 m3/s 384: Write GRIB1 output for : 9. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.488466476987089E-010 kg m-2 s-1 0: co2 = 1055.71075468655 , n2 = 802000.000074006 , o2 = 0: 196799.999950062 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-10 00:45:00 begin of timestep (day): 2 (run): 3170 0: MPIOM: current date: 2100-04-10 01:30:00 begin of timestep (day): 3 (run): 3171 384: Radiation calculated for : 10. Apr 2100 01:56:15 384: Greenhouse gas concentrations 10. Apr 2100 01:56:15 CO2 = 1132.0879 CH4 = 2418.12 N2O = 391.692 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-10 02:15:00 begin of timestep (day): 4 (run): 3172 0: MPIOM: current date: 2100-04-10 03:00:00 begin of timestep (day): 5 (run): 3173 0: MPIOM: current date: 2100-04-10 03:45:00 begin of timestep (day): 6 (run): 3174 0: MPIOM: current date: 2100-04-10 04:30:00 begin of timestep (day): 7 (run): 3175 384: Radiation calculated for : 10. Apr 2100 03:56:15 384: Greenhouse gas concentrations 10. Apr 2100 03:56:15 CO2 = 1132.0910 CH4 = 2418.11 N2O = 391.693 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-10 05:15:00 begin of timestep (day): 8 (run): 3176 0: MPIOM: current date: 2100-04-10 06:00:00 begin of timestep (day): 9 (run): 3177 0: MPIOM: current date: 2100-04-10 06:45:00 begin of timestep (day): 10 (run): 3178 0: MPIOM: current date: 2100-04-10 07:30:00 begin of timestep (day): 11 (run): 3179 384: Radiation calculated for : 10. Apr 2100 05:56:15 384: Greenhouse gas concentrations 10. Apr 2100 05:56:15 CO2 = 1132.0942 CH4 = 2418.11 N2O = 391.693 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-10 08:15:00 begin of timestep (day): 12 (run): 3180 0: MPIOM: current date: 2100-04-10 09:00:00 begin of timestep (day): 13 (run): 3181 0: MPIOM: current date: 2100-04-10 09:45:00 begin of timestep (day): 14 (run): 3182 0: MPIOM: current date: 2100-04-10 10:30:00 begin of timestep (day): 15 (run): 3183 384: Radiation calculated for : 10. Apr 2100 07:56:15 384: Greenhouse gas concentrations 10. Apr 2100 07:56:15 CO2 = 1132.0973 CH4 = 2418.11 N2O = 391.693 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-10 11:15:00 begin of timestep (day): 16 (run): 3184 0: MPIOM: current date: 2100-04-10 12:00:00 begin of timestep (day): 17 (run): 3185 0: MPIOM: current date: 2100-04-10 12:45:00 begin of timestep (day): 18 (run): 3186 0: MPIOM: current date: 2100-04-10 13:30:00 begin of timestep (day): 19 (run): 3187 384: Radiation calculated for : 10. Apr 2100 09:56:15 384: Greenhouse gas concentrations 10. Apr 2100 09:56:15 CO2 = 1132.1004 CH4 = 2418.11 N2O = 391.693 CFC = 51.64 209.25 0: MPIOM: current date: 2100-04-10 14:15:00 begin of timestep (day): 20 (run): 3188 0: MPIOM: current date: 2100-04-10 15:00:00 begin of timestep (day): 21 (run): 3189 0: MPIOM: current date: 2100-04-10 15:45:00 begin of timestep (day): 22 (run): 3190 0: MPIOM: current date: 2100-04-10 16:30:00 begin of timestep (day): 23 (run): 3191 384: Radiation calculated for : 10. Apr 2100 11:56:15 384: Greenhouse gas concentrations 10. Apr 2100 11:56:15 CO2 = 1132.1035 CH4 = 2418.10 N2O = 391.693 CFC = 51.63 209.25 0: MPIOM: current date: 2100-04-10 17:15:00 begin of timestep (day): 24 (run): 3192 0: MPIOM: current date: 2100-04-10 18:00:00 begin of timestep (day): 25 (run): 3193 0: MPIOM: current date: 2100-04-10 18:45:00 begin of timestep (day): 26 (run): 3194 0: MPIOM: current date: 2100-04-10 19:30:00 begin of timestep (day): 27 (run): 3195 384: Radiation calculated for : 10. Apr 2100 13:56:15 384: Greenhouse gas concentrations 10. Apr 2100 13:56:15 CO2 = 1132.1066 CH4 = 2418.10 N2O = 391.693 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-10 20:15:00 begin of timestep (day): 28 (run): 3196 0: MPIOM: current date: 2100-04-10 21:00:00 begin of timestep (day): 29 (run): 3197 0: MPIOM: current date: 2100-04-10 21:45:00 begin of timestep (day): 30 (run): 3198 384: Radiation calculated for : 10. Apr 2100 15:56:15 384: Greenhouse gas concentrations 10. Apr 2100 15:56:15 CO2 = 1132.1098 CH4 = 2418.10 N2O = 391.693 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-10 22:30:00 begin of timestep (day): 31 (run): 3199 0: MPIOM: current date: 2100-04-10 23:15:00 begin of timestep (day): 32 (run): 3200 0: MPIOM: current date: 2100-04-11 00:00:00 begin of timestep (day): 1 (run): 3201 384: Radiation calculated for : 10. Apr 2100 17:56:15 384: Greenhouse gas concentrations 10. Apr 2100 17:56:15 CO2 = 1132.1129 CH4 = 2418.10 N2O = 391.693 CFC = 51.63 209.24 384: Radiation calculated for : 10. Apr 2100 19:56:15 384: Greenhouse gas concentrations 10. Apr 2100 19:56:15 CO2 = 1132.1160 CH4 = 2418.09 N2O = 391.693 CFC = 51.63 209.24 384: Radiation calculated for : 10. Apr 2100 21:56:15 384: Greenhouse gas concentrations 10. Apr 2100 21:56:15 CO2 = 1132.1191 CH4 = 2418.09 N2O = 391.694 CFC = 51.63 209.24 384: Radiation calculated for : 10. Apr 2100 23:56:15 384: Greenhouse gas concentrations 10. Apr 2100 23:56:15 CO2 = 1132.1222 CH4 = 2418.09 N2O = 391.694 CFC = 51.63 209.24 384: hydrology_model: Water budget change: 5.960464477539062E-008 m3/s 384: hydrology_model: global discharge: 1234471.48275577 m3/s 384: hydrology_model: precip-evap (on ocean): -519654.284621743 m3/s 384: water_budget_corr: P-E correction: -59836.5768675706 m3/s 384: water_budget_corr: slm/slf residuum: 41213.4028157229 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3884.00887466767 m3/s 384: water_budget_corr: awfre corrected: -583374.870363980 m3/s 384: water_budget_corr: river discharge: 1234471.48275577 m3/s 384: water_budget_corr: water to ocean: 651096.612391781 m3/s 384: Write GRIB1 output for : 10. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.950304317770479E-011 kg m-2 s-1 0: co2 = 1055.78595876862 , n2 = 802000.000086714 , o2 = 0: 196799.999977069 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-11 00:45:00 begin of timestep (day): 2 (run): 3202 0: MPIOM: current date: 2100-04-11 01:30:00 begin of timestep (day): 3 (run): 3203 384: Radiation calculated for : 11. Apr 2100 01:56:15 384: Greenhouse gas concentrations 11. Apr 2100 01:56:15 CO2 = 1132.1253 CH4 = 2418.08 N2O = 391.694 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-11 02:15:00 begin of timestep (day): 4 (run): 3204 0: MPIOM: current date: 2100-04-11 03:00:00 begin of timestep (day): 5 (run): 3205 0: MPIOM: current date: 2100-04-11 03:45:00 begin of timestep (day): 6 (run): 3206 0: MPIOM: current date: 2100-04-11 04:30:00 begin of timestep (day): 7 (run): 3207 384: Radiation calculated for : 11. Apr 2100 03:56:15 384: Greenhouse gas concentrations 11. Apr 2100 03:56:15 CO2 = 1132.1285 CH4 = 2418.08 N2O = 391.694 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-11 05:15:00 begin of timestep (day): 8 (run): 3208 0: MPIOM: current date: 2100-04-11 06:00:00 begin of timestep (day): 9 (run): 3209 0: MPIOM: current date: 2100-04-11 06:45:00 begin of timestep (day): 10 (run): 3210 0: MPIOM: current date: 2100-04-11 07:30:00 begin of timestep (day): 11 (run): 3211 384: Radiation calculated for : 11. Apr 2100 05:56:15 384: Greenhouse gas concentrations 11. Apr 2100 05:56:15 CO2 = 1132.1316 CH4 = 2418.08 N2O = 391.694 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-11 08:15:00 begin of timestep (day): 12 (run): 3212 0: MPIOM: current date: 2100-04-11 09:00:00 begin of timestep (day): 13 (run): 3213 0: MPIOM: current date: 2100-04-11 09:45:00 begin of timestep (day): 14 (run): 3214 0: MPIOM: current date: 2100-04-11 10:30:00 begin of timestep (day): 15 (run): 3215 384: Radiation calculated for : 11. Apr 2100 07:56:15 384: Greenhouse gas concentrations 11. Apr 2100 07:56:15 CO2 = 1132.1347 CH4 = 2418.08 N2O = 391.694 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-11 11:15:00 begin of timestep (day): 16 (run): 3216 0: MPIOM: current date: 2100-04-11 12:00:00 begin of timestep (day): 17 (run): 3217 0: MPIOM: current date: 2100-04-11 12:45:00 begin of timestep (day): 18 (run): 3218 0: MPIOM: current date: 2100-04-11 13:30:00 begin of timestep (day): 19 (run): 3219 384: Radiation calculated for : 11. Apr 2100 09:56:15 384: Greenhouse gas concentrations 11. Apr 2100 09:56:15 CO2 = 1132.1378 CH4 = 2418.07 N2O = 391.694 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-11 14:15:00 begin of timestep (day): 20 (run): 3220 0: MPIOM: current date: 2100-04-11 15:00:00 begin of timestep (day): 21 (run): 3221 0: MPIOM: current date: 2100-04-11 15:45:00 begin of timestep (day): 22 (run): 3222 384: Radiation calculated for : 11. Apr 2100 11:56:15 0: MPIOM: current date: 2100-04-11 16:30:00 begin of timestep (day): 23 (run): 3223 384: Greenhouse gas concentrations 11. Apr 2100 11:56:15 CO2 = 1132.1409 CH4 = 2418.07 N2O = 391.694 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-11 17:15:00 begin of timestep (day): 24 (run): 3224 0: MPIOM: current date: 2100-04-11 18:00:00 begin of timestep (day): 25 (run): 3225 0: MPIOM: current date: 2100-04-11 18:45:00 begin of timestep (day): 26 (run): 3226 384: Radiation calculated for : 11. Apr 2100 13:56:15 0: MPIOM: current date: 2100-04-11 19:30:00 begin of timestep (day): 27 (run): 3227 384: Greenhouse gas concentrations 11. Apr 2100 13:56:15 CO2 = 1132.1441 CH4 = 2418.07 N2O = 391.694 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-11 20:15:00 begin of timestep (day): 28 (run): 3228 0: MPIOM: current date: 2100-04-11 21:00:00 begin of timestep (day): 29 (run): 3229 0: MPIOM: current date: 2100-04-11 21:45:00 begin of timestep (day): 30 (run): 3230 384: Radiation calculated for : 11. Apr 2100 15:56:15 384: Greenhouse gas concentrations 11. Apr 2100 15:56:15 CO2 = 1132.1472 CH4 = 2418.06 N2O = 391.694 CFC = 51.63 209.24 0: MPIOM: current date: 2100-04-11 22:30:00 begin of timestep (day): 31 (run): 3231 0: MPIOM: current date: 2100-04-11 23:15:00 begin of timestep (day): 32 (run): 3232 0: MPIOM: current date: 2100-04-12 00:00:00 begin of timestep (day): 1 (run): 3233 384: Radiation calculated for : 11. Apr 2100 17:56:15 384: Greenhouse gas concentrations 11. Apr 2100 17:56:15 CO2 = 1132.1503 CH4 = 2418.06 N2O = 391.695 CFC = 51.63 209.24 384: Radiation calculated for : 11. Apr 2100 19:56:15 384: Greenhouse gas concentrations 11. Apr 2100 19:56:15 CO2 = 1132.1534 CH4 = 2418.06 N2O = 391.695 CFC = 51.63 209.24 384: Radiation calculated for : 11. Apr 2100 21:56:15 384: Greenhouse gas concentrations 11. Apr 2100 21:56:15 CO2 = 1132.1565 CH4 = 2418.06 N2O = 391.695 CFC = 51.63 209.24 384: Radiation calculated for : 11. Apr 2100 23:56:15 384: Greenhouse gas concentrations 11. Apr 2100 23:56:15 CO2 = 1132.1597 CH4 = 2418.05 N2O = 391.695 CFC = 51.63 209.24 384: hydrology_model: Water budget change: -2.682209014892578E-007 m3/s 384: hydrology_model: global discharge: 1233769.10736879 m3/s 384: hydrology_model: precip-evap (on ocean): -1775614.20206311 m3/s 384: water_budget_corr: P-E correction: -83984.1292206883 m3/s 384: water_budget_corr: slm/slf residuum: 40326.1558653882 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -5150.61022248564 m3/s 384: water_budget_corr: awfre corrected: -1864748.94150630 m3/s 384: water_budget_corr: river discharge: 1233769.10736879 m3/s 384: water_budget_corr: water to ocean: -630979.834137499 m3/s 384: Write GRIB1 output for : 11. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 7.860883251961171E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1055.82969461858 , n2 = 802000.000077491 , o2 = 0: 196800.000011906 0: MPIOM: current date: 2100-04-12 00:45:00 begin of timestep (day): 2 (run): 3234 0: MPIOM: current date: 2100-04-12 01:30:00 begin of timestep (day): 3 (run): 3235 384: Radiation calculated for : 12. Apr 2100 01:56:15 384: Greenhouse gas concentrations 12. Apr 2100 01:56:15 CO2 = 1132.1628 CH4 = 2418.05 N2O = 391.695 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-12 02:15:00 begin of timestep (day): 4 (run): 3236 0: MPIOM: current date: 2100-04-12 03:00:00 begin of timestep (day): 5 (run): 3237 0: MPIOM: current date: 2100-04-12 03:45:00 begin of timestep (day): 6 (run): 3238 0: MPIOM: current date: 2100-04-12 04:30:00 begin of timestep (day): 7 (run): 3239 384: Radiation calculated for : 12. Apr 2100 03:56:15 384: Greenhouse gas concentrations 12. Apr 2100 03:56:15 CO2 = 1132.1659 CH4 = 2418.05 N2O = 391.695 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-12 05:15:00 begin of timestep (day): 8 (run): 3240 0: MPIOM: current date: 2100-04-12 06:00:00 begin of timestep (day): 9 (run): 3241 0: MPIOM: current date: 2100-04-12 06:45:00 begin of timestep (day): 10 (run): 3242 0: MPIOM: current date: 2100-04-12 07:30:00 begin of timestep (day): 11 (run): 3243 384: Radiation calculated for : 12. Apr 2100 05:56:15 384: Greenhouse gas concentrations 12. Apr 2100 05:56:15 CO2 = 1132.1690 CH4 = 2418.05 N2O = 391.695 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-12 08:15:00 begin of timestep (day): 12 (run): 3244 0: MPIOM: current date: 2100-04-12 09:00:00 begin of timestep (day): 13 (run): 3245 0: MPIOM: current date: 2100-04-12 09:45:00 begin of timestep (day): 14 (run): 3246 0: MPIOM: current date: 2100-04-12 10:30:00 begin of timestep (day): 15 (run): 3247 384: Radiation calculated for : 12. Apr 2100 07:56:15 384: Greenhouse gas concentrations 12. Apr 2100 07:56:15 CO2 = 1132.1721 CH4 = 2418.04 N2O = 391.695 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-12 11:15:00 begin of timestep (day): 16 (run): 3248 0: MPIOM: current date: 2100-04-12 12:00:00 begin of timestep (day): 17 (run): 3249 0: MPIOM: current date: 2100-04-12 12:45:00 begin of timestep (day): 18 (run): 3250 0: MPIOM: current date: 2100-04-12 13:30:00 begin of timestep (day): 19 (run): 3251 384: Radiation calculated for : 12. Apr 2100 09:56:15 384: Greenhouse gas concentrations 12. Apr 2100 09:56:15 CO2 = 1132.1752 CH4 = 2418.04 N2O = 391.695 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-12 14:15:00 begin of timestep (day): 20 (run): 3252 0: MPIOM: current date: 2100-04-12 15:00:00 begin of timestep (day): 21 (run): 3253 0: MPIOM: current date: 2100-04-12 15:45:00 begin of timestep (day): 22 (run): 3254 0: MPIOM: current date: 2100-04-12 16:30:00 begin of timestep (day): 23 (run): 3255 384: Radiation calculated for : 12. Apr 2100 11:56:15 384: Greenhouse gas concentrations 12. Apr 2100 11:56:15 CO2 = 1132.1784 CH4 = 2418.04 N2O = 391.696 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-12 17:15:00 begin of timestep (day): 24 (run): 3256 0: MPIOM: current date: 2100-04-12 18:00:00 begin of timestep (day): 25 (run): 3257 0: MPIOM: current date: 2100-04-12 18:45:00 begin of timestep (day): 26 (run): 3258 0: MPIOM: current date: 2100-04-12 19:30:00 begin of timestep (day): 27 (run): 3259 384: Radiation calculated for : 12. Apr 2100 13:56:15 384: Greenhouse gas concentrations 12. Apr 2100 13:56:15 CO2 = 1132.1815 CH4 = 2418.03 N2O = 391.696 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-12 20:15:00 begin of timestep (day): 28 (run): 3260 0: MPIOM: current date: 2100-04-12 21:00:00 begin of timestep (day): 29 (run): 3261 0: MPIOM: current date: 2100-04-12 21:45:00 begin of timestep (day): 30 (run): 3262 0: MPIOM: current date: 2100-04-12 22:30:00 begin of timestep (day): 31 (run): 3263 384: Radiation calculated for : 12. Apr 2100 15:56:15 384: Greenhouse gas concentrations 12. Apr 2100 15:56:15 CO2 = 1132.1846 CH4 = 2418.03 N2O = 391.696 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-12 23:15:00 begin of timestep (day): 32 (run): 3264 0: MPIOM: current date: 2100-04-13 00:00:00 begin of timestep (day): 1 (run): 3265 384: Radiation calculated for : 12. Apr 2100 17:56:15 384: Greenhouse gas concentrations 12. Apr 2100 17:56:15 CO2 = 1132.1877 CH4 = 2418.03 N2O = 391.696 CFC = 51.63 209.23 384: Radiation calculated for : 12. Apr 2100 19:56:15 384: Greenhouse gas concentrations 12. Apr 2100 19:56:15 CO2 = 1132.1908 CH4 = 2418.03 N2O = 391.696 CFC = 51.63 209.23 384: Radiation calculated for : 12. Apr 2100 21:56:15 384: Greenhouse gas concentrations 12. Apr 2100 21:56:15 CO2 = 1132.1940 CH4 = 2418.02 N2O = 391.696 CFC = 51.63 209.23 384: Radiation calculated for : 12. Apr 2100 23:56:15 384: Greenhouse gas concentrations 12. Apr 2100 23:56:15 CO2 = 1132.1971 CH4 = 2418.02 N2O = 391.696 CFC = 51.63 209.23 384: hydrology_model: Water budget change: -1.311302185058594E-006 m3/s 384: hydrology_model: global discharge: 1251820.86460010 m3/s 384: hydrology_model: precip-evap (on ocean): -1346210.46418434 m3/s 384: water_budget_corr: P-E correction: -63903.8670451544 m3/s 384: water_budget_corr: slm/slf residuum: 45404.4278252670 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -949.207652918271 m3/s 384: water_budget_corr: awfre corrected: -1411063.53888241 m3/s 384: water_budget_corr: river discharge: 1251820.86460010 m3/s 384: water_budget_corr: water to ocean: -159242.674282308 m3/s 384: Write GRIB1 output for : 12. Apr 2100 23:52:30 0: co2 = 1055.85863260733 , n2 = 802000.000096418 , o2 = 0: 196799.999974793 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -8.407925776068741E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-13 00:45:00 begin of timestep (day): 2 (run): 3266 0: MPIOM: current date: 2100-04-13 01:30:00 begin of timestep (day): 3 (run): 3267 384: Radiation calculated for : 13. Apr 2100 01:56:15 384: Greenhouse gas concentrations 13. Apr 2100 01:56:15 CO2 = 1132.2002 CH4 = 2418.02 N2O = 391.696 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-13 02:15:00 begin of timestep (day): 4 (run): 3268 0: MPIOM: current date: 2100-04-13 03:00:00 begin of timestep (day): 5 (run): 3269 0: MPIOM: current date: 2100-04-13 03:45:00 begin of timestep (day): 6 (run): 3270 0: MPIOM: current date: 2100-04-13 04:30:00 begin of timestep (day): 7 (run): 3271 384: Radiation calculated for : 13. Apr 2100 03:56:15 384: Greenhouse gas concentrations 13. Apr 2100 03:56:15 CO2 = 1132.2033 CH4 = 2418.01 N2O = 391.696 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-13 05:15:00 begin of timestep (day): 8 (run): 3272 0: MPIOM: current date: 2100-04-13 06:00:00 begin of timestep (day): 9 (run): 3273 0: MPIOM: current date: 2100-04-13 06:45:00 begin of timestep (day): 10 (run): 3274 0: MPIOM: current date: 2100-04-13 07:30:00 begin of timestep (day): 11 (run): 3275 384: Radiation calculated for : 13. Apr 2100 05:56:15 384: Greenhouse gas concentrations 13. Apr 2100 05:56:15 CO2 = 1132.2064 CH4 = 2418.01 N2O = 391.697 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-13 08:15:00 begin of timestep (day): 12 (run): 3276 0: MPIOM: current date: 2100-04-13 09:00:00 begin of timestep (day): 13 (run): 3277 0: MPIOM: current date: 2100-04-13 09:45:00 begin of timestep (day): 14 (run): 3278 0: MPIOM: current date: 2100-04-13 10:30:00 begin of timestep (day): 15 (run): 3279 384: Radiation calculated for : 13. Apr 2100 07:56:15 384: Greenhouse gas concentrations 13. Apr 2100 07:56:15 CO2 = 1132.2096 CH4 = 2418.01 N2O = 391.697 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-13 11:15:00 begin of timestep (day): 16 (run): 3280 0: MPIOM: current date: 2100-04-13 12:00:00 begin of timestep (day): 17 (run): 3281 0: MPIOM: current date: 2100-04-13 12:45:00 begin of timestep (day): 18 (run): 3282 0: MPIOM: current date: 2100-04-13 13:30:00 begin of timestep (day): 19 (run): 3283 384: Radiation calculated for : 13. Apr 2100 09:56:15 384: Greenhouse gas concentrations 13. Apr 2100 09:56:15 CO2 = 1132.2127 CH4 = 2418.01 N2O = 391.697 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-13 14:15:00 begin of timestep (day): 20 (run): 3284 0: MPIOM: current date: 2100-04-13 15:00:00 begin of timestep (day): 21 (run): 3285 0: MPIOM: current date: 2100-04-13 15:45:00 begin of timestep (day): 22 (run): 3286 0: MPIOM: current date: 2100-04-13 16:30:00 begin of timestep (day): 23 (run): 3287 384: Radiation calculated for : 13. Apr 2100 11:56:15 384: Greenhouse gas concentrations 13. Apr 2100 11:56:15 CO2 = 1132.2158 CH4 = 2418.00 N2O = 391.697 CFC = 51.63 209.23 0: MPIOM: current date: 2100-04-13 17:15:00 begin of timestep (day): 24 (run): 3288 0: MPIOM: current date: 2100-04-13 18:00:00 begin of timestep (day): 25 (run): 3289 0: MPIOM: current date: 2100-04-13 18:45:00 begin of timestep (day): 26 (run): 3290 0: MPIOM: current date: 2100-04-13 19:30:00 begin of timestep (day): 27 (run): 3291 384: Radiation calculated for : 13. Apr 2100 13:56:15 384: Greenhouse gas concentrations 13. Apr 2100 13:56:15 CO2 = 1132.2189 CH4 = 2418.00 N2O = 391.697 CFC = 51.63 209.22 0: MPIOM: current date: 2100-04-13 20:15:00 begin of timestep (day): 28 (run): 3292 0: MPIOM: current date: 2100-04-13 21:00:00 begin of timestep (day): 29 (run): 3293 0: MPIOM: current date: 2100-04-13 21:45:00 begin of timestep (day): 30 (run): 3294 384: Radiation calculated for : 13. Apr 2100 15:56:15 0: MPIOM: current date: 2100-04-13 22:30:00 begin of timestep (day): 31 (run): 3295 384: Greenhouse gas concentrations 13. Apr 2100 15:56:15 CO2 = 1132.2220 CH4 = 2418.00 N2O = 391.697 CFC = 51.63 209.22 0: MPIOM: current date: 2100-04-13 23:15:00 begin of timestep (day): 32 (run): 3296 0: MPIOM: current date: 2100-04-14 00:00:00 begin of timestep (day): 1 (run): 3297 384: Radiation calculated for : 13. Apr 2100 17:56:15 384: Greenhouse gas concentrations 13. Apr 2100 17:56:15 CO2 = 1132.2251 CH4 = 2418.00 N2O = 391.697 CFC = 51.63 209.22 384: Radiation calculated for : 13. Apr 2100 19:56:15 384: Greenhouse gas concentrations 13. Apr 2100 19:56:15 CO2 = 1132.2283 CH4 = 2417.99 N2O = 391.697 CFC = 51.62 209.22 384: Radiation calculated for : 13. Apr 2100 21:56:15 384: Greenhouse gas concentrations 13. Apr 2100 21:56:15 CO2 = 1132.2314 CH4 = 2417.99 N2O = 391.697 CFC = 51.62 209.22 384: Radiation calculated for : 13. Apr 2100 23:56:15 384: Greenhouse gas concentrations 13. Apr 2100 23:56:15 CO2 = 1132.2345 CH4 = 2417.99 N2O = 391.697 CFC = 51.62 209.22 384: hydrology_model: Water budget change: 2.086162567138672E-007 m3/s 384: hydrology_model: global discharge: 1280401.85775642 m3/s 384: hydrology_model: precip-evap (on ocean): -950935.737312787 m3/s 384: water_budget_corr: P-E correction: -66097.5493746237 m3/s 384: water_budget_corr: slm/slf residuum: 25638.7073828575 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 995.605388384146 m3/s 384: water_budget_corr: awfre corrected: -1016037.68129903 m3/s 384: water_budget_corr: river discharge: 1280401.85775642 m3/s 384: water_budget_corr: water to ocean: 264364.176457395 m3/s 384: Write GRIB1 output for : 13. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.721123737626704E-010 kg m-2 s-1 0: co2 = 1055.85207594203 , n2 = 802000.000081306 , o2 = 0: 196799.999925217 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-14 00:45:00 begin of timestep (day): 2 (run): 3298 0: MPIOM: current date: 2100-04-14 01:30:00 begin of timestep (day): 3 (run): 3299 384: Radiation calculated for : 14. Apr 2100 01:56:15 384: Greenhouse gas concentrations 14. Apr 2100 01:56:15 CO2 = 1132.2376 CH4 = 2417.98 N2O = 391.698 CFC = 51.62 209.22 0: MPIOM: current date: 2100-04-14 02:15:00 begin of timestep (day): 4 (run): 3300 0: MPIOM: current date: 2100-04-14 03:00:00 begin of timestep (day): 5 (run): 3301 0: MPIOM: current date: 2100-04-14 03:45:00 begin of timestep (day): 6 (run): 3302 0: MPIOM: current date: 2100-04-14 04:30:00 begin of timestep (day): 7 (run): 3303 384: Radiation calculated for : 14. Apr 2100 03:56:15 384: Greenhouse gas concentrations 14. Apr 2100 03:56:15 CO2 = 1132.2407 CH4 = 2417.98 N2O = 391.698 CFC = 51.62 209.22 0: MPIOM: current date: 2100-04-14 05:15:00 begin of timestep (day): 8 (run): 3304 0: MPIOM: current date: 2100-04-14 06:00:00 begin of timestep (day): 9 (run): 3305 0: MPIOM: current date: 2100-04-14 06:45:00 begin of timestep (day): 10 (run): 3306 0: MPIOM: current date: 2100-04-14 07:30:00 begin of timestep (day): 11 (run): 3307 384: Radiation calculated for : 14. Apr 2100 05:56:15 384: Greenhouse gas concentrations 14. Apr 2100 05:56:15 CO2 = 1132.2439 CH4 = 2417.98 N2O = 391.698 CFC = 51.62 209.22 0: MPIOM: current date: 2100-04-14 08:15:00 begin of timestep (day): 12 (run): 3308 0: MPIOM: current date: 2100-04-14 09:00:00 begin of timestep (day): 13 (run): 3309 0: MPIOM: current date: 2100-04-14 09:45:00 begin of timestep (day): 14 (run): 3310 0: MPIOM: current date: 2100-04-14 10:30:00 begin of timestep (day): 15 (run): 3311 384: Radiation calculated for : 14. Apr 2100 07:56:15 384: Greenhouse gas concentrations 14. Apr 2100 07:56:15 CO2 = 1132.2470 CH4 = 2417.98 N2O = 391.698 CFC = 51.62 209.22 0: MPIOM: current date: 2100-04-14 11:15:00 begin of timestep (day): 16 (run): 3312 0: MPIOM: current date: 2100-04-14 12:00:00 begin of timestep (day): 17 (run): 3313 0: MPIOM: current date: 2100-04-14 12:45:00 begin of timestep (day): 18 (run): 3314 0: MPIOM: current date: 2100-04-14 13:30:00 begin of timestep (day): 19 (run): 3315 384: Radiation calculated for : 14. Apr 2100 09:56:15 384: Greenhouse gas concentrations 14. Apr 2100 09:56:15 CO2 = 1132.2501 CH4 = 2417.97 N2O = 391.698 CFC = 51.62 209.22 0: MPIOM: current date: 2100-04-14 14:15:00 begin of timestep (day): 20 (run): 3316 0: MPIOM: current date: 2100-04-14 15:00:00 begin of timestep (day): 21 (run): 3317 0: MPIOM: current date: 2100-04-14 15:45:00 begin of timestep (day): 22 (run): 3318 0: MPIOM: current date: 2100-04-14 16:30:00 begin of timestep (day): 23 (run): 3319 384: Radiation calculated for : 14. Apr 2100 11:56:15 384: Greenhouse gas concentrations 14. Apr 2100 11:56:15 CO2 = 1132.2532 CH4 = 2417.97 N2O = 391.698 CFC = 51.62 209.22 0: MPIOM: current date: 2100-04-14 17:15:00 begin of timestep (day): 24 (run): 3320 0: MPIOM: current date: 2100-04-14 18:00:00 begin of timestep (day): 25 (run): 3321 0: MPIOM: current date: 2100-04-14 18:45:00 begin of timestep (day): 26 (run): 3322 0: MPIOM: current date: 2100-04-14 19:30:00 begin of timestep (day): 27 (run): 3323 384: Radiation calculated for : 14. Apr 2100 13:56:15 384: Greenhouse gas concentrations 14. Apr 2100 13:56:15 CO2 = 1132.2563 CH4 = 2417.97 N2O = 391.698 CFC = 51.62 209.22 0: MPIOM: current date: 2100-04-14 20:15:00 begin of timestep (day): 28 (run): 3324 0: MPIOM: current date: 2100-04-14 21:00:00 begin of timestep (day): 29 (run): 3325 0: MPIOM: current date: 2100-04-14 21:45:00 begin of timestep (day): 30 (run): 3326 0: MPIOM: current date: 2100-04-14 22:30:00 begin of timestep (day): 31 (run): 3327 384: Radiation calculated for : 14. Apr 2100 15:56:15 384: Greenhouse gas concentrations 14. Apr 2100 15:56:15 CO2 = 1132.2594 CH4 = 2417.96 N2O = 391.698 CFC = 51.62 209.22 0: MPIOM: current date: 2100-04-14 23:15:00 begin of timestep (day): 32 (run): 3328 0: MPIOM: current date: 2100-04-15 00:00:00 begin of timestep (day): 1 (run): 3329 384: Radiation calculated for : 14. Apr 2100 17:56:15 384: Greenhouse gas concentrations 14. Apr 2100 17:56:15 CO2 = 1132.2626 CH4 = 2417.96 N2O = 391.698 CFC = 51.62 209.22 384: Radiation calculated for : 14. Apr 2100 19:56:15 384: Greenhouse gas concentrations 14. Apr 2100 19:56:15 CO2 = 1132.2657 CH4 = 2417.96 N2O = 391.699 CFC = 51.62 209.22 384: Radiation calculated for : 14. Apr 2100 21:56:15 384: Greenhouse gas concentrations 14. Apr 2100 21:56:15 CO2 = 1132.2688 CH4 = 2417.96 N2O = 391.699 CFC = 51.62 209.22 384: Radiation calculated for : 14. Apr 2100 23:56:15 384: Greenhouse gas concentrations 14. Apr 2100 23:56:15 CO2 = 1132.2719 CH4 = 2417.95 N2O = 391.699 CFC = 51.62 209.22 384: hydrology_model: Water budget change: 9.834766387939453E-007 m3/s 384: hydrology_model: global discharge: 1239097.73910665 m3/s 384: hydrology_model: precip-evap (on ocean): -1396623.44415521 m3/s 384: water_budget_corr: P-E correction: -44745.7656670040 m3/s 384: water_budget_corr: slm/slf residuum: 73590.4760517773 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 722.480334672730 m3/s 384: water_budget_corr: awfre corrected: -1440646.72948753 m3/s 384: water_budget_corr: river discharge: 1239097.73910665 m3/s 384: water_budget_corr: water to ocean: -201548.990380877 m3/s 384: Write GRIB1 output for : 14. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.84072328501 , n2 = 802000.000064569 , o2 = 0: 196799.999900628 384: CO2 flux correction (global): -2.056119823552766E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-15 00:45:00 begin of timestep (day): 2 (run): 3330 0: MPIOM: current date: 2100-04-15 01:30:00 begin of timestep (day): 3 (run): 3331 384: Radiation calculated for : 15. Apr 2100 01:56:15 384: Greenhouse gas concentrations 15. Apr 2100 01:56:15 CO2 = 1132.2750 CH4 = 2417.95 N2O = 391.699 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-15 02:15:00 begin of timestep (day): 4 (run): 3332 0: MPIOM: current date: 2100-04-15 03:00:00 begin of timestep (day): 5 (run): 3333 0: MPIOM: current date: 2100-04-15 03:45:00 begin of timestep (day): 6 (run): 3334 0: MPIOM: current date: 2100-04-15 04:30:00 begin of timestep (day): 7 (run): 3335 384: Radiation calculated for : 15. Apr 2100 03:56:15 384: Greenhouse gas concentrations 15. Apr 2100 03:56:15 CO2 = 1132.2782 CH4 = 2417.95 N2O = 391.699 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-15 05:15:00 begin of timestep (day): 8 (run): 3336 0: MPIOM: current date: 2100-04-15 06:00:00 begin of timestep (day): 9 (run): 3337 0: MPIOM: current date: 2100-04-15 06:45:00 begin of timestep (day): 10 (run): 3338 0: MPIOM: current date: 2100-04-15 07:30:00 begin of timestep (day): 11 (run): 3339 384: Radiation calculated for : 15. Apr 2100 05:56:15 384: Greenhouse gas concentrations 15. Apr 2100 05:56:15 CO2 = 1132.2813 CH4 = 2417.94 N2O = 391.699 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-15 08:15:00 begin of timestep (day): 12 (run): 3340 0: MPIOM: current date: 2100-04-15 09:00:00 begin of timestep (day): 13 (run): 3341 0: MPIOM: current date: 2100-04-15 09:45:00 begin of timestep (day): 14 (run): 3342 0: MPIOM: current date: 2100-04-15 10:30:00 begin of timestep (day): 15 (run): 3343 384: Radiation calculated for : 15. Apr 2100 07:56:15 384: Greenhouse gas concentrations 15. Apr 2100 07:56:15 CO2 = 1132.2844 CH4 = 2417.94 N2O = 391.699 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-15 11:15:00 begin of timestep (day): 16 (run): 3344 0: MPIOM: current date: 2100-04-15 12:00:00 begin of timestep (day): 17 (run): 3345 0: MPIOM: current date: 2100-04-15 12:45:00 begin of timestep (day): 18 (run): 3346 0: MPIOM: current date: 2100-04-15 13:30:00 begin of timestep (day): 19 (run): 3347 384: Radiation calculated for : 15. Apr 2100 09:56:15 384: Greenhouse gas concentrations 15. Apr 2100 09:56:15 CO2 = 1132.2875 CH4 = 2417.94 N2O = 391.699 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-15 14:15:00 begin of timestep (day): 20 (run): 3348 0: MPIOM: current date: 2100-04-15 15:00:00 begin of timestep (day): 21 (run): 3349 0: MPIOM: current date: 2100-04-15 15:45:00 begin of timestep (day): 22 (run): 3350 0: MPIOM: current date: 2100-04-15 16:30:00 begin of timestep (day): 23 (run): 3351 384: Radiation calculated for : 15. Apr 2100 11:56:15 384: Greenhouse gas concentrations 15. Apr 2100 11:56:15 CO2 = 1132.2906 CH4 = 2417.94 N2O = 391.699 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-15 17:15:00 begin of timestep (day): 24 (run): 3352 0: MPIOM: current date: 2100-04-15 18:00:00 begin of timestep (day): 25 (run): 3353 0: MPIOM: current date: 2100-04-15 18:45:00 begin of timestep (day): 26 (run): 3354 0: MPIOM: current date: 2100-04-15 19:30:00 begin of timestep (day): 27 (run): 3355 384: Radiation calculated for : 15. Apr 2100 13:56:15 384: Greenhouse gas concentrations 15. Apr 2100 13:56:15 CO2 = 1132.2938 CH4 = 2417.93 N2O = 391.699 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-15 20:15:00 begin of timestep (day): 28 (run): 3356 0: MPIOM: current date: 2100-04-15 21:00:00 begin of timestep (day): 29 (run): 3357 0: MPIOM: current date: 2100-04-15 21:45:00 begin of timestep (day): 30 (run): 3358 0: MPIOM: current date: 2100-04-15 22:30:00 begin of timestep (day): 31 (run): 3359 384: Radiation calculated for : 15. Apr 2100 15:56:15 384: Greenhouse gas concentrations 15. Apr 2100 15:56:15 CO2 = 1132.2969 CH4 = 2417.93 N2O = 391.700 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-15 23:15:00 begin of timestep (day): 32 (run): 3360 0: MPIOM: current date: 2100-04-16 00:00:00 begin of timestep (day): 1 (run): 3361 384: Radiation calculated for : 15. Apr 2100 17:56:15 384: Greenhouse gas concentrations 15. Apr 2100 17:56:15 CO2 = 1132.3000 CH4 = 2417.93 N2O = 391.700 CFC = 51.62 209.21 384: Radiation calculated for : 15. Apr 2100 19:56:15 384: Greenhouse gas concentrations 15. Apr 2100 19:56:15 CO2 = 1132.3031 CH4 = 2417.93 N2O = 391.700 CFC = 51.62 209.21 384: Radiation calculated for : 15. Apr 2100 21:56:15 384: Greenhouse gas concentrations 15. Apr 2100 21:56:15 CO2 = 1132.3062 CH4 = 2417.92 N2O = 391.700 CFC = 51.62 209.21 384: Radiation calculated for : 15. Apr 2100 23:56:15 384: Greenhouse gas concentrations 15. Apr 2100 23:56:15 CO2 = 1132.3093 CH4 = 2417.92 N2O = 391.700 CFC = 51.62 209.21 384: hydrology_model: Water budget change: 1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 1249835.07361900 m3/s 384: hydrology_model: precip-evap (on ocean): -677075.183544049 m3/s 384: water_budget_corr: P-E correction: -58940.7741772715 m3/s 384: water_budget_corr: slm/slf residuum: 56628.6445887309 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1258.92020772277 m3/s 384: water_budget_corr: awfre corrected: -734757.037513601 m3/s 384: water_budget_corr: river discharge: 1249835.07361900 m3/s 384: water_budget_corr: water to ocean: 515078.036105404 m3/s 384: Write GRIB1 output for : 15. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.089435464701249E-011 kg m-2 s-1 0: co2 = 1055.84356417939 , n2 = 802000.000048703 , o2 = 0: 196799.999897996 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-16 00:45:00 begin of timestep (day): 2 (run): 3362 0: MPIOM: current date: 2100-04-16 01:30:00 begin of timestep (day): 3 (run): 3363 384: Radiation calculated for : 16. Apr 2100 01:56:15 384: Greenhouse gas concentrations 16. Apr 2100 01:56:15 CO2 = 1132.3125 CH4 = 2417.92 N2O = 391.700 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-16 02:15:00 begin of timestep (day): 4 (run): 3364 0: MPIOM: current date: 2100-04-16 03:00:00 begin of timestep (day): 5 (run): 3365 0: MPIOM: current date: 2100-04-16 03:45:00 begin of timestep (day): 6 (run): 3366 0: MPIOM: current date: 2100-04-16 04:30:00 begin of timestep (day): 7 (run): 3367 384: Radiation calculated for : 16. Apr 2100 03:56:15 384: Greenhouse gas concentrations 16. Apr 2100 03:56:15 CO2 = 1132.3156 CH4 = 2417.91 N2O = 391.700 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-16 05:15:00 begin of timestep (day): 8 (run): 3368 0: MPIOM: current date: 2100-04-16 06:00:00 begin of timestep (day): 9 (run): 3369 0: MPIOM: current date: 2100-04-16 06:45:00 begin of timestep (day): 10 (run): 3370 0: MPIOM: current date: 2100-04-16 07:30:00 begin of timestep (day): 11 (run): 3371 384: Radiation calculated for : 16. Apr 2100 05:56:15 384: Greenhouse gas concentrations 16. Apr 2100 05:56:15 CO2 = 1132.3187 CH4 = 2417.91 N2O = 391.700 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-16 08:15:00 begin of timestep (day): 12 (run): 3372 0: MPIOM: current date: 2100-04-16 09:00:00 begin of timestep (day): 13 (run): 3373 0: MPIOM: current date: 2100-04-16 09:45:00 begin of timestep (day): 14 (run): 3374 0: MPIOM: current date: 2100-04-16 10:30:00 begin of timestep (day): 15 (run): 3375 384: Radiation calculated for : 16. Apr 2100 07:56:15 384: Greenhouse gas concentrations 16. Apr 2100 07:56:15 CO2 = 1132.3218 CH4 = 2417.91 N2O = 391.700 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-16 11:15:00 begin of timestep (day): 16 (run): 3376 0: MPIOM: current date: 2100-04-16 12:00:00 begin of timestep (day): 17 (run): 3377 0: MPIOM: current date: 2100-04-16 12:45:00 begin of timestep (day): 18 (run): 3378 384: Radiation calculated for : 16. Apr 2100 09:56:15 0: MPIOM: current date: 2100-04-16 13:30:00 begin of timestep (day): 19 (run): 3379 384: Greenhouse gas concentrations 16. Apr 2100 09:56:15 CO2 = 1132.3249 CH4 = 2417.91 N2O = 391.701 CFC = 51.62 209.21 0: MPIOM: current date: 2100-04-16 14:15:00 begin of timestep (day): 20 (run): 3380 0: MPIOM: current date: 2100-04-16 15:00:00 begin of timestep (day): 21 (run): 3381 0: MPIOM: current date: 2100-04-16 15:45:00 begin of timestep (day): 22 (run): 3382 0: MPIOM: current date: 2100-04-16 16:30:00 begin of timestep (day): 23 (run): 3383 384: Radiation calculated for : 16. Apr 2100 11:56:15 384: Greenhouse gas concentrations 16. Apr 2100 11:56:15 CO2 = 1132.3281 CH4 = 2417.90 N2O = 391.701 CFC = 51.62 209.20 0: MPIOM: current date: 2100-04-16 17:15:00 begin of timestep (day): 24 (run): 3384 0: MPIOM: current date: 2100-04-16 18:00:00 begin of timestep (day): 25 (run): 3385 0: MPIOM: current date: 2100-04-16 18:45:00 begin of timestep (day): 26 (run): 3386 384: Radiation calculated for : 16. Apr 2100 13:56:15 384: Greenhouse gas concentrations 16. Apr 2100 13:56:15 CO2 = 1132.3312 CH4 = 2417.90 N2O = 391.701 CFC = 51.62 209.20 0: MPIOM: current date: 2100-04-16 19:30:00 begin of timestep (day): 27 (run): 3387 0: MPIOM: current date: 2100-04-16 20:15:00 begin of timestep (day): 28 (run): 3388 0: MPIOM: current date: 2100-04-16 21:00:00 begin of timestep (day): 29 (run): 3389 0: MPIOM: current date: 2100-04-16 21:45:00 begin of timestep (day): 30 (run): 3390 384: Radiation calculated for : 16. Apr 2100 15:56:15 0: MPIOM: current date: 2100-04-16 22:30:00 begin of timestep (day): 31 (run): 3391 384: Greenhouse gas concentrations 16. Apr 2100 15:56:15 CO2 = 1132.3343 CH4 = 2417.90 N2O = 391.701 CFC = 51.62 209.20 0: MPIOM: current date: 2100-04-16 23:15:00 begin of timestep (day): 32 (run): 3392 0: MPIOM: current date: 2100-04-17 00:00:00 begin of timestep (day): 1 (run): 3393 384: Radiation calculated for : 16. Apr 2100 17:56:15 384: Greenhouse gas concentrations 16. Apr 2100 17:56:15 CO2 = 1132.3374 CH4 = 2417.89 N2O = 391.701 CFC = 51.62 209.20 384: Radiation calculated for : 16. Apr 2100 19:56:15 384: Greenhouse gas concentrations 16. Apr 2100 19:56:15 CO2 = 1132.3405 CH4 = 2417.89 N2O = 391.701 CFC = 51.62 209.20 384: Radiation calculated for : 16. Apr 2100 21:56:15 384: Greenhouse gas concentrations 16. Apr 2100 21:56:15 CO2 = 1132.3437 CH4 = 2417.89 N2O = 391.701 CFC = 51.62 209.20 384: Radiation calculated for : 16. Apr 2100 23:56:15 384: Greenhouse gas concentrations 16. Apr 2100 23:56:15 CO2 = 1132.3468 CH4 = 2417.89 N2O = 391.701 CFC = 51.62 209.20 384: hydrology_model: Water budget change: -2.980232238769531E-008 m3/s 384: hydrology_model: global discharge: 1268823.08765783 m3/s 384: hydrology_model: precip-evap (on ocean): -860818.863845804 m3/s 384: water_budget_corr: P-E correction: -44987.4005394507 m3/s 384: water_budget_corr: slm/slf residuum: 66668.6193399943 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 339.980427941596 m3/s 384: water_budget_corr: awfre corrected: -905466.283957303 m3/s 384: water_budget_corr: river discharge: 1268823.08765783 m3/s 384: water_budget_corr: water to ocean: 363356.803700519 m3/s 384: Write GRIB1 output for : 16. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.023827098091869E-010 kg m-2 s-1 0: co2 = 1055.88046997240 , n2 = 802000.000052559 , o2 = 0: 196799.999943907 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-17 00:45:00 begin of timestep (day): 2 (run): 3394 384: 2100-04-17 00h: Read: Valid: 2100-05-16 12h: lightning_frq (lightning.nc, 5), avg = 0.0000 0: MPIOM: current date: 2100-04-17 01:30:00 begin of timestep (day): 3 (run): 3395 384: Radiation calculated for : 17. Apr 2100 01:56:15 0: MPIOM: current date: 2100-04-17 02:15:00 begin of timestep (day): 4 (run): 3396 384: Greenhouse gas concentrations 17. Apr 2100 01:56:15 CO2 = 1132.3499 CH4 = 2417.88 N2O = 391.701 CFC = 51.61 209.20 0: MPIOM: current date: 2100-04-17 03:00:00 begin of timestep (day): 5 (run): 3397 0: MPIOM: current date: 2100-04-17 03:45:00 begin of timestep (day): 6 (run): 3398 0: MPIOM: current date: 2100-04-17 04:30:00 begin of timestep (day): 7 (run): 3399 384: Radiation calculated for : 17. Apr 2100 03:56:15 0: MPIOM: current date: 2100-04-17 05:15:00 begin of timestep (day): 8 (run): 3400 384: Greenhouse gas concentrations 17. Apr 2100 03:56:15 CO2 = 1132.3530 CH4 = 2417.88 N2O = 391.702 CFC = 51.61 209.20 0: MPIOM: current date: 2100-04-17 06:00:00 begin of timestep (day): 9 (run): 3401 0: MPIOM: current date: 2100-04-17 06:45:00 begin of timestep (day): 10 (run): 3402 0: MPIOM: current date: 2100-04-17 07:30:00 begin of timestep (day): 11 (run): 3403 384: Radiation calculated for : 17. Apr 2100 05:56:15 0: MPIOM: current date: 2100-04-17 08:15:00 begin of timestep (day): 12 (run): 3404 384: Greenhouse gas concentrations 17. Apr 2100 05:56:15 CO2 = 1132.3561 CH4 = 2417.88 N2O = 391.702 CFC = 51.61 209.20 0: MPIOM: current date: 2100-04-17 09:00:00 begin of timestep (day): 13 (run): 3405 0: MPIOM: current date: 2100-04-17 09:45:00 begin of timestep (day): 14 (run): 3406 0: MPIOM: current date: 2100-04-17 10:30:00 begin of timestep (day): 15 (run): 3407 384: Radiation calculated for : 17. Apr 2100 07:56:15 0: MPIOM: current date: 2100-04-17 11:15:00 begin of timestep (day): 16 (run): 3408 384: Greenhouse gas concentrations 17. Apr 2100 07:56:15 CO2 = 1132.3592 CH4 = 2417.88 N2O = 391.702 CFC = 51.61 209.20 0: MPIOM: current date: 2100-04-17 12:00:00 begin of timestep (day): 17 (run): 3409 0: MPIOM: current date: 2100-04-17 12:45:00 begin of timestep (day): 18 (run): 3410 0: MPIOM: current date: 2100-04-17 13:30:00 begin of timestep (day): 19 (run): 3411 384: Radiation calculated for : 17. Apr 2100 09:56:15 384: Greenhouse gas concentrations 17. Apr 2100 09:56:15 CO2 = 1132.3624 CH4 = 2417.87 N2O = 391.702 CFC = 51.61 209.20 0: MPIOM: current date: 2100-04-17 14:15:00 begin of timestep (day): 20 (run): 3412 0: MPIOM: current date: 2100-04-17 15:00:00 begin of timestep (day): 21 (run): 3413 0: MPIOM: current date: 2100-04-17 15:45:00 begin of timestep (day): 22 (run): 3414 0: MPIOM: current date: 2100-04-17 16:30:00 begin of timestep (day): 23 (run): 3415 384: Radiation calculated for : 17. Apr 2100 11:56:15 384: Greenhouse gas concentrations 17. Apr 2100 11:56:15 CO2 = 1132.3655 CH4 = 2417.87 N2O = 391.702 CFC = 51.61 209.20 0: MPIOM: current date: 2100-04-17 17:15:00 begin of timestep (day): 24 (run): 3416 0: MPIOM: current date: 2100-04-17 18:00:00 begin of timestep (day): 25 (run): 3417 0: MPIOM: current date: 2100-04-17 18:45:00 begin of timestep (day): 26 (run): 3418 0: MPIOM: current date: 2100-04-17 19:30:00 begin of timestep (day): 27 (run): 3419 384: Radiation calculated for : 17. Apr 2100 13:56:15 0: MPIOM: current date: 2100-04-17 20:15:00 begin of timestep (day): 28 (run): 3420 384: Greenhouse gas concentrations 17. Apr 2100 13:56:15 CO2 = 1132.3686 CH4 = 2417.87 N2O = 391.702 CFC = 51.61 209.20 0: MPIOM: current date: 2100-04-17 21:00:00 begin of timestep (day): 29 (run): 3421 0: MPIOM: current date: 2100-04-17 21:45:00 begin of timestep (day): 30 (run): 3422 0: MPIOM: current date: 2100-04-17 22:30:00 begin of timestep (day): 31 (run): 3423 0: MPIOM: current date: 2100-04-17 23:15:00 begin of timestep (day): 32 (run): 3424 384: Radiation calculated for : 17. Apr 2100 15:56:15 384: Greenhouse gas concentrations 17. Apr 2100 15:56:15 CO2 = 1132.3717 CH4 = 2417.86 N2O = 391.702 CFC = 51.61 209.20 0: MPIOM: current date: 2100-04-18 00:00:00 begin of timestep (day): 1 (run): 3425 384: Radiation calculated for : 17. Apr 2100 17:56:15 384: Greenhouse gas concentrations 17. Apr 2100 17:56:15 CO2 = 1132.3748 CH4 = 2417.86 N2O = 391.702 CFC = 51.61 209.20 384: Radiation calculated for : 17. Apr 2100 19:56:15 384: Greenhouse gas concentrations 17. Apr 2100 19:56:15 CO2 = 1132.3780 CH4 = 2417.86 N2O = 391.702 CFC = 51.61 209.20 384: Radiation calculated for : 17. Apr 2100 21:56:15 384: Greenhouse gas concentrations 17. Apr 2100 21:56:15 CO2 = 1132.3811 CH4 = 2417.86 N2O = 391.702 CFC = 51.61 209.20 384: Radiation calculated for : 17. Apr 2100 23:56:15 384: Greenhouse gas concentrations 17. Apr 2100 23:56:15 CO2 = 1132.3842 CH4 = 2417.85 N2O = 391.703 CFC = 51.61 209.19 384: hydrology_model: Water budget change: -4.172325134277344E-007 m3/s 384: hydrology_model: global discharge: 1262450.92060447 m3/s 384: hydrology_model: precip-evap (on ocean): -1288046.97758331 m3/s 384: water_budget_corr: P-E correction: -28775.1985829373 m3/s 384: water_budget_corr: slm/slf residuum: 85758.7997820325 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 496.321498443898 m3/s 384: water_budget_corr: awfre corrected: -1316325.85466781 m3/s 384: water_budget_corr: river discharge: 1262450.92060447 m3/s 384: water_budget_corr: water to ocean: -53874.9340633258 m3/s 384: Write GRIB1 output for : 17. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 7.237266666661495E-011 kg m-2 s-1 0: co2 = 1055.91551360847 , n2 = 802000.000074462 , o2 = 0: 196799.999983850 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-18 00:45:00 begin of timestep (day): 2 (run): 3426 0: MPIOM: current date: 2100-04-18 01:30:00 begin of timestep (day): 3 (run): 3427 384: Radiation calculated for : 18. Apr 2100 01:56:15 384: Greenhouse gas concentrations 18. Apr 2100 01:56:15 CO2 = 1132.3873 CH4 = 2417.85 N2O = 391.703 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-18 02:15:00 begin of timestep (day): 4 (run): 3428 0: MPIOM: current date: 2100-04-18 03:00:00 begin of timestep (day): 5 (run): 3429 0: MPIOM: current date: 2100-04-18 03:45:00 begin of timestep (day): 6 (run): 3430 0: MPIOM: current date: 2100-04-18 04:30:00 begin of timestep (day): 7 (run): 3431 384: Radiation calculated for : 18. Apr 2100 03:56:15 384: Greenhouse gas concentrations 18. Apr 2100 03:56:15 CO2 = 1132.3904 CH4 = 2417.85 N2O = 391.703 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-18 05:15:00 begin of timestep (day): 8 (run): 3432 0: MPIOM: current date: 2100-04-18 06:00:00 begin of timestep (day): 9 (run): 3433 0: MPIOM: current date: 2100-04-18 06:45:00 begin of timestep (day): 10 (run): 3434 0: MPIOM: current date: 2100-04-18 07:30:00 begin of timestep (day): 11 (run): 3435 384: Radiation calculated for : 18. Apr 2100 05:56:15 384: Greenhouse gas concentrations 18. Apr 2100 05:56:15 CO2 = 1132.3936 CH4 = 2417.84 N2O = 391.703 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-18 08:15:00 begin of timestep (day): 12 (run): 3436 0: MPIOM: current date: 2100-04-18 09:00:00 begin of timestep (day): 13 (run): 3437 0: MPIOM: current date: 2100-04-18 09:45:00 begin of timestep (day): 14 (run): 3438 0: MPIOM: current date: 2100-04-18 10:30:00 begin of timestep (day): 15 (run): 3439 384: Radiation calculated for : 18. Apr 2100 07:56:15 384: Greenhouse gas concentrations 18. Apr 2100 07:56:15 CO2 = 1132.3967 CH4 = 2417.84 N2O = 391.703 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-18 11:15:00 begin of timestep (day): 16 (run): 3440 0: MPIOM: current date: 2100-04-18 12:00:00 begin of timestep (day): 17 (run): 3441 0: MPIOM: current date: 2100-04-18 12:45:00 begin of timestep (day): 18 (run): 3442 384: Radiation calculated for : 18. Apr 2100 09:56:15 0: MPIOM: current date: 2100-04-18 13:30:00 begin of timestep (day): 19 (run): 3443 384: Greenhouse gas concentrations 18. Apr 2100 09:56:15 CO2 = 1132.3998 CH4 = 2417.84 N2O = 391.703 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-18 14:15:00 begin of timestep (day): 20 (run): 3444 0: MPIOM: current date: 2100-04-18 15:00:00 begin of timestep (day): 21 (run): 3445 0: MPIOM: current date: 2100-04-18 15:45:00 begin of timestep (day): 22 (run): 3446 384: Radiation calculated for : 18. Apr 2100 11:56:15 384: Greenhouse gas concentrations 18. Apr 2100 11:56:15 CO2 = 1132.4029 CH4 = 2417.84 N2O = 391.703 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-18 16:30:00 begin of timestep (day): 23 (run): 3447 0: MPIOM: current date: 2100-04-18 17:15:00 begin of timestep (day): 24 (run): 3448 0: MPIOM: current date: 2100-04-18 18:00:00 begin of timestep (day): 25 (run): 3449 0: MPIOM: current date: 2100-04-18 18:45:00 begin of timestep (day): 26 (run): 3450 384: Radiation calculated for : 18. Apr 2100 13:56:15 384: Greenhouse gas concentrations 18. Apr 2100 13:56:15 CO2 = 1132.4060 CH4 = 2417.83 N2O = 391.703 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-18 19:30:00 begin of timestep (day): 27 (run): 3451 0: MPIOM: current date: 2100-04-18 20:15:00 begin of timestep (day): 28 (run): 3452 0: MPIOM: current date: 2100-04-18 21:00:00 begin of timestep (day): 29 (run): 3453 0: MPIOM: current date: 2100-04-18 21:45:00 begin of timestep (day): 30 (run): 3454 384: Radiation calculated for : 18. Apr 2100 15:56:15 384: Greenhouse gas concentrations 18. Apr 2100 15:56:15 CO2 = 1132.4091 CH4 = 2417.83 N2O = 391.703 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-18 22:30:00 begin of timestep (day): 31 (run): 3455 0: MPIOM: current date: 2100-04-18 23:15:00 begin of timestep (day): 32 (run): 3456 0: MPIOM: current date: 2100-04-19 00:00:00 begin of timestep (day): 1 (run): 3457 384: Radiation calculated for : 18. Apr 2100 17:56:15 384: Greenhouse gas concentrations 18. Apr 2100 17:56:15 CO2 = 1132.4123 CH4 = 2417.83 N2O = 391.704 CFC = 51.61 209.19 384: Radiation calculated for : 18. Apr 2100 19:56:15 384: Greenhouse gas concentrations 18. Apr 2100 19:56:15 CO2 = 1132.4154 CH4 = 2417.83 N2O = 391.704 CFC = 51.61 209.19 384: Radiation calculated for : 18. Apr 2100 21:56:15 384: Greenhouse gas concentrations 18. Apr 2100 21:56:15 CO2 = 1132.4185 CH4 = 2417.82 N2O = 391.704 CFC = 51.61 209.19 384: Radiation calculated for : 18. Apr 2100 23:56:15 384: Greenhouse gas concentrations 18. Apr 2100 23:56:15 CO2 = 1132.4216 CH4 = 2417.82 N2O = 391.704 CFC = 51.61 209.19 384: hydrology_model: Water budget change: 8.046627044677734E-007 m3/s 384: hydrology_model: global discharge: 1265005.76946043 m3/s 384: hydrology_model: precip-evap (on ocean): -1643413.75916447 m3/s 384: water_budget_corr: P-E correction: -10013.6618811788 m3/s 384: water_budget_corr: slm/slf residuum: 70522.7379523510 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1380.82165747217 m3/s 384: water_budget_corr: awfre corrected: -1652046.59938821 m3/s 384: water_budget_corr: river discharge: 1265005.76946043 m3/s 384: water_budget_corr: water to ocean: -387040.829927763 m3/s 384: Write GRIB1 output for : 18. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -7.103119405907318E-011 kg m-2 s-1 0: co2 = 1055.89693514546 , n2 = 802000.000078974 , o2 = 0: 196799.999975007 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-19 00:45:00 begin of timestep (day): 2 (run): 3458 0: MPIOM: current date: 2100-04-19 01:30:00 begin of timestep (day): 3 (run): 3459 384: Radiation calculated for : 19. Apr 2100 01:56:15 384: Greenhouse gas concentrations 19. Apr 2100 01:56:15 CO2 = 1132.4247 CH4 = 2417.82 N2O = 391.704 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-19 02:15:00 begin of timestep (day): 4 (run): 3460 0: MPIOM: current date: 2100-04-19 03:00:00 begin of timestep (day): 5 (run): 3461 0: MPIOM: current date: 2100-04-19 03:45:00 begin of timestep (day): 6 (run): 3462 0: MPIOM: current date: 2100-04-19 04:30:00 begin of timestep (day): 7 (run): 3463 384: Radiation calculated for : 19. Apr 2100 03:56:15 384: Greenhouse gas concentrations 19. Apr 2100 03:56:15 CO2 = 1132.4279 CH4 = 2417.81 N2O = 391.704 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-19 05:15:00 begin of timestep (day): 8 (run): 3464 0: MPIOM: current date: 2100-04-19 06:00:00 begin of timestep (day): 9 (run): 3465 0: MPIOM: current date: 2100-04-19 06:45:00 begin of timestep (day): 10 (run): 3466 0: MPIOM: current date: 2100-04-19 07:30:00 begin of timestep (day): 11 (run): 3467 384: Radiation calculated for : 19. Apr 2100 05:56:15 384: Greenhouse gas concentrations 19. Apr 2100 05:56:15 CO2 = 1132.4310 CH4 = 2417.81 N2O = 391.704 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-19 08:15:00 begin of timestep (day): 12 (run): 3468 0: MPIOM: current date: 2100-04-19 09:00:00 begin of timestep (day): 13 (run): 3469 0: MPIOM: current date: 2100-04-19 09:45:00 begin of timestep (day): 14 (run): 3470 0: MPIOM: current date: 2100-04-19 10:30:00 begin of timestep (day): 15 (run): 3471 384: Radiation calculated for : 19. Apr 2100 07:56:15 384: Greenhouse gas concentrations 19. Apr 2100 07:56:15 CO2 = 1132.4341 CH4 = 2417.81 N2O = 391.704 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-19 11:15:00 begin of timestep (day): 16 (run): 3472 0: MPIOM: current date: 2100-04-19 12:00:00 begin of timestep (day): 17 (run): 3473 0: MPIOM: current date: 2100-04-19 12:45:00 begin of timestep (day): 18 (run): 3474 0: MPIOM: current date: 2100-04-19 13:30:00 begin of timestep (day): 19 (run): 3475 384: Radiation calculated for : 19. Apr 2100 09:56:15 384: Greenhouse gas concentrations 19. Apr 2100 09:56:15 CO2 = 1132.4372 CH4 = 2417.81 N2O = 391.704 CFC = 51.61 209.19 0: MPIOM: current date: 2100-04-19 14:15:00 begin of timestep (day): 20 (run): 3476 0: MPIOM: current date: 2100-04-19 15:00:00 begin of timestep (day): 21 (run): 3477 0: MPIOM: current date: 2100-04-19 15:45:00 begin of timestep (day): 22 (run): 3478 384: Radiation calculated for : 19. Apr 2100 11:56:15 0: MPIOM: current date: 2100-04-19 16:30:00 begin of timestep (day): 23 (run): 3479 384: Greenhouse gas concentrations 19. Apr 2100 11:56:15 CO2 = 1132.4403 CH4 = 2417.80 N2O = 391.704 CFC = 51.61 209.18 0: MPIOM: current date: 2100-04-19 17:15:00 begin of timestep (day): 24 (run): 3480 0: MPIOM: current date: 2100-04-19 18:00:00 begin of timestep (day): 25 (run): 3481 0: MPIOM: current date: 2100-04-19 18:45:00 begin of timestep (day): 26 (run): 3482 384: Radiation calculated for : 19. Apr 2100 13:56:15 384: Greenhouse gas concentrations 19. Apr 2100 13:56:15 CO2 = 1132.4435 CH4 = 2417.80 N2O = 391.705 CFC = 51.61 209.18 0: MPIOM: current date: 2100-04-19 19:30:00 begin of timestep (day): 27 (run): 3483 0: MPIOM: current date: 2100-04-19 20:15:00 begin of timestep (day): 28 (run): 3484 0: MPIOM: current date: 2100-04-19 21:00:00 begin of timestep (day): 29 (run): 3485 0: MPIOM: current date: 2100-04-19 21:45:00 begin of timestep (day): 30 (run): 3486 384: Radiation calculated for : 19. Apr 2100 15:56:15 384: Greenhouse gas concentrations 19. Apr 2100 15:56:15 CO2 = 1132.4466 CH4 = 2417.80 N2O = 391.705 CFC = 51.61 209.18 0: MPIOM: current date: 2100-04-19 22:30:00 begin of timestep (day): 31 (run): 3487 0: MPIOM: current date: 2100-04-19 23:15:00 begin of timestep (day): 32 (run): 3488 0: MPIOM: current date: 2100-04-20 00:00:00 begin of timestep (day): 1 (run): 3489 384: Radiation calculated for : 19. Apr 2100 17:56:15 384: Greenhouse gas concentrations 19. Apr 2100 17:56:15 CO2 = 1132.4497 CH4 = 2417.79 N2O = 391.705 CFC = 51.61 209.18 384: Radiation calculated for : 19. Apr 2100 19:56:15 384: Greenhouse gas concentrations 19. Apr 2100 19:56:15 CO2 = 1132.4528 CH4 = 2417.79 N2O = 391.705 CFC = 51.61 209.18 384: Radiation calculated for : 19. Apr 2100 21:56:15 384: Greenhouse gas concentrations 19. Apr 2100 21:56:15 CO2 = 1132.4559 CH4 = 2417.79 N2O = 391.705 CFC = 51.61 209.18 384: Radiation calculated for : 19. Apr 2100 23:56:15 384: Greenhouse gas concentrations 19. Apr 2100 23:56:15 CO2 = 1132.4590 CH4 = 2417.79 N2O = 391.705 CFC = 51.61 209.18 384: hydrology_model: Water budget change: -7.152557373046875E-007 m3/s 384: hydrology_model: global discharge: 1265642.64136004 m3/s 384: hydrology_model: precip-evap (on ocean): -1483942.65000362 m3/s 384: water_budget_corr: P-E correction: -23255.6284420350 m3/s 384: water_budget_corr: slm/slf residuum: 46844.5666638760 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 993.756750054808 m3/s 384: water_budget_corr: awfre corrected: -1506204.52169560 m3/s 384: water_budget_corr: river discharge: 1265642.64136004 m3/s 384: water_budget_corr: water to ocean: -240561.880335554 m3/s 384: Write GRIB1 output for : 19. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.945938527126417E-011 kg m-2 s-1 0: co2 = 1055.88562846841 , n2 = 802000.000054617 , o2 = 0: 196799.999978211 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-20 00:45:00 begin of timestep (day): 2 (run): 3490 0: MPIOM: current date: 2100-04-20 01:30:00 begin of timestep (day): 3 (run): 3491 0: MPIOM: current date: 2100-04-20 02:15:00 begin of timestep (day): 4 (run): 3492 384: Radiation calculated for : 20. Apr 2100 01:56:15 384: Greenhouse gas concentrations 20. Apr 2100 01:56:15 CO2 = 1132.4622 CH4 = 2417.78 N2O = 391.705 CFC = 51.61 209.18 0: MPIOM: current date: 2100-04-20 03:00:00 begin of timestep (day): 5 (run): 3493 0: MPIOM: current date: 2100-04-20 03:45:00 begin of timestep (day): 6 (run): 3494 0: MPIOM: current date: 2100-04-20 04:30:00 begin of timestep (day): 7 (run): 3495 0: MPIOM: current date: 2100-04-20 05:15:00 begin of timestep (day): 8 (run): 3496 384: Radiation calculated for : 20. Apr 2100 03:56:15 384: Greenhouse gas concentrations 20. Apr 2100 03:56:15 CO2 = 1132.4653 CH4 = 2417.78 N2O = 391.705 CFC = 51.61 209.18 0: MPIOM: current date: 2100-04-20 06:00:00 begin of timestep (day): 9 (run): 3497 0: MPIOM: current date: 2100-04-20 06:45:00 begin of timestep (day): 10 (run): 3498 0: MPIOM: current date: 2100-04-20 07:30:00 begin of timestep (day): 11 (run): 3499 0: MPIOM: current date: 2100-04-20 08:15:00 begin of timestep (day): 12 (run): 3500 384: Radiation calculated for : 20. Apr 2100 05:56:15 384: Greenhouse gas concentrations 20. Apr 2100 05:56:15 CO2 = 1132.4684 CH4 = 2417.78 N2O = 391.705 CFC = 51.61 209.18 0: MPIOM: current date: 2100-04-20 09:00:00 begin of timestep (day): 13 (run): 3501 0: MPIOM: current date: 2100-04-20 09:45:00 begin of timestep (day): 14 (run): 3502 0: MPIOM: current date: 2100-04-20 10:30:00 begin of timestep (day): 15 (run): 3503 0: MPIOM: current date: 2100-04-20 11:15:00 begin of timestep (day): 16 (run): 3504 384: Radiation calculated for : 20. Apr 2100 07:56:15 384: Greenhouse gas concentrations 20. Apr 2100 07:56:15 CO2 = 1132.4715 CH4 = 2417.77 N2O = 391.706 CFC = 51.60 209.18 0: MPIOM: current date: 2100-04-20 12:00:00 begin of timestep (day): 17 (run): 3505 0: MPIOM: current date: 2100-04-20 12:45:00 begin of timestep (day): 18 (run): 3506 0: MPIOM: current date: 2100-04-20 13:30:00 begin of timestep (day): 19 (run): 3507 384: Radiation calculated for : 20. Apr 2100 09:56:15 0: MPIOM: current date: 2100-04-20 14:15:00 begin of timestep (day): 20 (run): 3508 384: Greenhouse gas concentrations 20. Apr 2100 09:56:15 CO2 = 1132.4746 CH4 = 2417.77 N2O = 391.706 CFC = 51.60 209.18 0: MPIOM: current date: 2100-04-20 15:00:00 begin of timestep (day): 21 (run): 3509 0: MPIOM: current date: 2100-04-20 15:45:00 begin of timestep (day): 22 (run): 3510 0: MPIOM: current date: 2100-04-20 16:30:00 begin of timestep (day): 23 (run): 3511 384: Radiation calculated for : 20. Apr 2100 11:56:15 0: MPIOM: current date: 2100-04-20 17:15:00 begin of timestep (day): 24 (run): 3512 384: Greenhouse gas concentrations 20. Apr 2100 11:56:15 CO2 = 1132.4778 CH4 = 2417.77 N2O = 391.706 CFC = 51.60 209.18 0: MPIOM: current date: 2100-04-20 18:00:00 begin of timestep (day): 25 (run): 3513 0: MPIOM: current date: 2100-04-20 18:45:00 begin of timestep (day): 26 (run): 3514 0: MPIOM: current date: 2100-04-20 19:30:00 begin of timestep (day): 27 (run): 3515 384: Radiation calculated for : 20. Apr 2100 13:56:15 0: MPIOM: current date: 2100-04-20 20:15:00 begin of timestep (day): 28 (run): 3516 384: Greenhouse gas concentrations 20. Apr 2100 13:56:15 CO2 = 1132.4809 CH4 = 2417.77 N2O = 391.706 CFC = 51.60 209.18 0: MPIOM: current date: 2100-04-20 21:00:00 begin of timestep (day): 29 (run): 3517 0: MPIOM: current date: 2100-04-20 21:45:00 begin of timestep (day): 30 (run): 3518 0: MPIOM: current date: 2100-04-20 22:30:00 begin of timestep (day): 31 (run): 3519 384: Radiation calculated for : 20. Apr 2100 15:56:15 0: MPIOM: current date: 2100-04-20 23:15:00 begin of timestep (day): 32 (run): 3520 384: Greenhouse gas concentrations 20. Apr 2100 15:56:15 CO2 = 1132.4840 CH4 = 2417.76 N2O = 391.706 CFC = 51.60 209.18 0: MPIOM: current date: 2100-04-21 00:00:00 begin of timestep (day): 1 (run): 3521 384: Radiation calculated for : 20. Apr 2100 17:56:15 384: Greenhouse gas concentrations 20. Apr 2100 17:56:15 CO2 = 1132.4871 CH4 = 2417.76 N2O = 391.706 CFC = 51.60 209.18 384: Radiation calculated for : 20. Apr 2100 19:56:15 384: Greenhouse gas concentrations 20. Apr 2100 19:56:15 CO2 = 1132.4902 CH4 = 2417.76 N2O = 391.706 CFC = 51.60 209.18 384: Radiation calculated for : 20. Apr 2100 21:56:15 384: Greenhouse gas concentrations 20. Apr 2100 21:56:15 CO2 = 1132.4934 CH4 = 2417.76 N2O = 391.706 CFC = 51.60 209.18 384: Radiation calculated for : 20. Apr 2100 23:56:15 384: Greenhouse gas concentrations 20. Apr 2100 23:56:15 CO2 = 1132.4965 CH4 = 2417.75 N2O = 391.706 CFC = 51.60 209.17 384: hydrology_model: Water budget change: -1.072883605957031E-006 m3/s 384: hydrology_model: global discharge: 1270676.06871787 m3/s 384: hydrology_model: precip-evap (on ocean): -1230421.48420672 m3/s 384: water_budget_corr: P-E correction: 5307.59593909403 m3/s 384: water_budget_corr: slm/slf residuum: 49653.4950243060 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -5907.12090646699 m3/s 384: water_budget_corr: awfre corrected: -1231021.00917411 m3/s 384: water_budget_corr: river discharge: 1270676.06871787 m3/s 384: water_budget_corr: water to ocean: 39655.0595437691 m3/s 384: Write GRIB1 output for : 20. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.740224939815875E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1055.93947600340 , n2 = 802000.000027649 , o2 = 0: 196799.999891843 0: MPIOM: current date: 2100-04-21 00:45:00 begin of timestep (day): 2 (run): 3522 0: MPIOM: current date: 2100-04-21 01:30:00 begin of timestep (day): 3 (run): 3523 384: Radiation calculated for : 21. Apr 2100 01:56:15 384: Greenhouse gas concentrations 21. Apr 2100 01:56:15 CO2 = 1132.4996 CH4 = 2417.75 N2O = 391.707 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-21 02:15:00 begin of timestep (day): 4 (run): 3524 0: MPIOM: current date: 2100-04-21 03:00:00 begin of timestep (day): 5 (run): 3525 0: MPIOM: current date: 2100-04-21 03:45:00 begin of timestep (day): 6 (run): 3526 0: MPIOM: current date: 2100-04-21 04:30:00 begin of timestep (day): 7 (run): 3527 384: Radiation calculated for : 21. Apr 2100 03:56:15 384: Greenhouse gas concentrations 21. Apr 2100 03:56:15 CO2 = 1132.5027 CH4 = 2417.75 N2O = 391.707 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-21 05:15:00 begin of timestep (day): 8 (run): 3528 0: MPIOM: current date: 2100-04-21 06:00:00 begin of timestep (day): 9 (run): 3529 0: MPIOM: current date: 2100-04-21 06:45:00 begin of timestep (day): 10 (run): 3530 0: MPIOM: current date: 2100-04-21 07:30:00 begin of timestep (day): 11 (run): 3531 384: Radiation calculated for : 21. Apr 2100 05:56:15 384: Greenhouse gas concentrations 21. Apr 2100 05:56:15 CO2 = 1132.5058 CH4 = 2417.74 N2O = 391.707 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-21 08:15:00 begin of timestep (day): 12 (run): 3532 0: MPIOM: current date: 2100-04-21 09:00:00 begin of timestep (day): 13 (run): 3533 0: MPIOM: current date: 2100-04-21 09:45:00 begin of timestep (day): 14 (run): 3534 0: MPIOM: current date: 2100-04-21 10:30:00 begin of timestep (day): 15 (run): 3535 384: Radiation calculated for : 21. Apr 2100 07:56:15 384: Greenhouse gas concentrations 21. Apr 2100 07:56:15 CO2 = 1132.5089 CH4 = 2417.74 N2O = 391.707 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-21 11:15:00 begin of timestep (day): 16 (run): 3536 0: MPIOM: current date: 2100-04-21 12:00:00 begin of timestep (day): 17 (run): 3537 0: MPIOM: current date: 2100-04-21 12:45:00 begin of timestep (day): 18 (run): 3538 0: MPIOM: current date: 2100-04-21 13:30:00 begin of timestep (day): 19 (run): 3539 384: Radiation calculated for : 21. Apr 2100 09:56:15 384: Greenhouse gas concentrations 21. Apr 2100 09:56:15 CO2 = 1132.5121 CH4 = 2417.74 N2O = 391.707 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-21 14:15:00 begin of timestep (day): 20 (run): 3540 0: MPIOM: current date: 2100-04-21 15:00:00 begin of timestep (day): 21 (run): 3541 0: MPIOM: current date: 2100-04-21 15:45:00 begin of timestep (day): 22 (run): 3542 0: MPIOM: current date: 2100-04-21 16:30:00 begin of timestep (day): 23 (run): 3543 384: Radiation calculated for : 21. Apr 2100 11:56:15 384: Greenhouse gas concentrations 21. Apr 2100 11:56:15 CO2 = 1132.5152 CH4 = 2417.74 N2O = 391.707 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-21 17:15:00 begin of timestep (day): 24 (run): 3544 0: MPIOM: current date: 2100-04-21 18:00:00 begin of timestep (day): 25 (run): 3545 0: MPIOM: current date: 2100-04-21 18:45:00 begin of timestep (day): 26 (run): 3546 0: MPIOM: current date: 2100-04-21 19:30:00 begin of timestep (day): 27 (run): 3547 384: Radiation calculated for : 21. Apr 2100 13:56:15 384: Greenhouse gas concentrations 21. Apr 2100 13:56:15 CO2 = 1132.5183 CH4 = 2417.73 N2O = 391.707 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-21 20:15:00 begin of timestep (day): 28 (run): 3548 0: MPIOM: current date: 2100-04-21 21:00:00 begin of timestep (day): 29 (run): 3549 0: MPIOM: current date: 2100-04-21 21:45:00 begin of timestep (day): 30 (run): 3550 0: MPIOM: current date: 2100-04-21 22:30:00 begin of timestep (day): 31 (run): 3551 384: Radiation calculated for : 21. Apr 2100 15:56:15 384: Greenhouse gas concentrations 21. Apr 2100 15:56:15 CO2 = 1132.5214 CH4 = 2417.73 N2O = 391.707 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-21 23:15:00 begin of timestep (day): 32 (run): 3552 0: MPIOM: current date: 2100-04-22 00:00:00 begin of timestep (day): 1 (run): 3553 384: Radiation calculated for : 21. Apr 2100 17:56:15 384: Greenhouse gas concentrations 21. Apr 2100 17:56:15 CO2 = 1132.5245 CH4 = 2417.73 N2O = 391.707 CFC = 51.60 209.17 384: Radiation calculated for : 21. Apr 2100 19:56:15 384: Greenhouse gas concentrations 21. Apr 2100 19:56:15 CO2 = 1132.5277 CH4 = 2417.72 N2O = 391.707 CFC = 51.60 209.17 384: Radiation calculated for : 21. Apr 2100 21:56:15 384: Greenhouse gas concentrations 21. Apr 2100 21:56:15 CO2 = 1132.5308 CH4 = 2417.72 N2O = 391.708 CFC = 51.60 209.17 384: Radiation calculated for : 21. Apr 2100 23:56:15 384: Greenhouse gas concentrations 21. Apr 2100 23:56:15 CO2 = 1132.5339 CH4 = 2417.72 N2O = 391.708 CFC = 51.60 209.17 384: hydrology_model: Water budget change: 8.046627044677734E-007 m3/s 384: hydrology_model: global discharge: 1286282.38351832 m3/s 384: hydrology_model: precip-evap (on ocean): 2689.81159063672 m3/s 384: water_budget_corr: P-E correction: -25339.0066133774 m3/s 384: water_budget_corr: slm/slf residuum: 61255.1195130889 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1497.91001765657 m3/s 384: water_budget_corr: awfre corrected: -24147.1050403908 m3/s 384: water_budget_corr: river discharge: 1286282.38351832 m3/s 384: water_budget_corr: water to ocean: 1262135.27847793 m3/s 384: Write GRIB1 output for : 21. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.93295624238 , n2 = 802000.000035633 , o2 = 0: 196799.999861083 384: CO2 flux correction (global): -3.506184723280349E-012 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-22 00:45:00 begin of timestep (day): 2 (run): 3554 0: MPIOM: current date: 2100-04-22 01:30:00 begin of timestep (day): 3 (run): 3555 384: Radiation calculated for : 22. Apr 2100 01:56:15 384: Greenhouse gas concentrations 22. Apr 2100 01:56:15 CO2 = 1132.5370 CH4 = 2417.72 N2O = 391.708 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-22 02:15:00 begin of timestep (day): 4 (run): 3556 0: MPIOM: current date: 2100-04-22 03:00:00 begin of timestep (day): 5 (run): 3557 0: MPIOM: current date: 2100-04-22 03:45:00 begin of timestep (day): 6 (run): 3558 0: MPIOM: current date: 2100-04-22 04:30:00 begin of timestep (day): 7 (run): 3559 384: Radiation calculated for : 22. Apr 2100 03:56:15 384: Greenhouse gas concentrations 22. Apr 2100 03:56:15 CO2 = 1132.5401 CH4 = 2417.71 N2O = 391.708 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-22 05:15:00 begin of timestep (day): 8 (run): 3560 0: MPIOM: current date: 2100-04-22 06:00:00 begin of timestep (day): 9 (run): 3561 0: MPIOM: current date: 2100-04-22 06:45:00 begin of timestep (day): 10 (run): 3562 0: MPIOM: current date: 2100-04-22 07:30:00 begin of timestep (day): 11 (run): 3563 384: Radiation calculated for : 22. Apr 2100 05:56:15 384: Greenhouse gas concentrations 22. Apr 2100 05:56:15 CO2 = 1132.5433 CH4 = 2417.71 N2O = 391.708 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-22 08:15:00 begin of timestep (day): 12 (run): 3564 0: MPIOM: current date: 2100-04-22 09:00:00 begin of timestep (day): 13 (run): 3565 0: MPIOM: current date: 2100-04-22 09:45:00 begin of timestep (day): 14 (run): 3566 0: MPIOM: current date: 2100-04-22 10:30:00 begin of timestep (day): 15 (run): 3567 384: Radiation calculated for : 22. Apr 2100 07:56:15 384: Greenhouse gas concentrations 22. Apr 2100 07:56:15 CO2 = 1132.5464 CH4 = 2417.71 N2O = 391.708 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-22 11:15:00 begin of timestep (day): 16 (run): 3568 0: MPIOM: current date: 2100-04-22 12:00:00 begin of timestep (day): 17 (run): 3569 0: MPIOM: current date: 2100-04-22 12:45:00 begin of timestep (day): 18 (run): 3570 0: MPIOM: current date: 2100-04-22 13:30:00 begin of timestep (day): 19 (run): 3571 384: Radiation calculated for : 22. Apr 2100 09:56:15 384: Greenhouse gas concentrations 22. Apr 2100 09:56:15 CO2 = 1132.5495 CH4 = 2417.71 N2O = 391.708 CFC = 51.60 209.17 0: MPIOM: current date: 2100-04-22 14:15:00 begin of timestep (day): 20 (run): 3572 0: MPIOM: current date: 2100-04-22 15:00:00 begin of timestep (day): 21 (run): 3573 0: MPIOM: current date: 2100-04-22 15:45:00 begin of timestep (day): 22 (run): 3574 0: MPIOM: current date: 2100-04-22 16:30:00 begin of timestep (day): 23 (run): 3575 384: Radiation calculated for : 22. Apr 2100 11:56:15 384: Greenhouse gas concentrations 22. Apr 2100 11:56:15 CO2 = 1132.5526 CH4 = 2417.70 N2O = 391.708 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-22 17:15:00 begin of timestep (day): 24 (run): 3576 0: MPIOM: current date: 2100-04-22 18:00:00 begin of timestep (day): 25 (run): 3577 0: MPIOM: current date: 2100-04-22 18:45:00 begin of timestep (day): 26 (run): 3578 0: MPIOM: current date: 2100-04-22 19:30:00 begin of timestep (day): 27 (run): 3579 384: Radiation calculated for : 22. Apr 2100 13:56:15 384: Greenhouse gas concentrations 22. Apr 2100 13:56:15 CO2 = 1132.5557 CH4 = 2417.70 N2O = 391.708 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-22 20:15:00 begin of timestep (day): 28 (run): 3580 0: MPIOM: current date: 2100-04-22 21:00:00 begin of timestep (day): 29 (run): 3581 0: MPIOM: current date: 2100-04-22 21:45:00 begin of timestep (day): 30 (run): 3582 0: MPIOM: current date: 2100-04-22 22:30:00 begin of timestep (day): 31 (run): 3583 384: Radiation calculated for : 22. Apr 2100 15:56:15 384: Greenhouse gas concentrations 22. Apr 2100 15:56:15 CO2 = 1132.5588 CH4 = 2417.70 N2O = 391.709 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-22 23:15:00 begin of timestep (day): 32 (run): 3584 0: MPIOM: current date: 2100-04-23 00:00:00 begin of timestep (day): 1 (run): 3585 384: Radiation calculated for : 22. Apr 2100 17:56:15 384: Greenhouse gas concentrations 22. Apr 2100 17:56:15 CO2 = 1132.5620 CH4 = 2417.69 N2O = 391.709 CFC = 51.60 209.16 384: Radiation calculated for : 22. Apr 2100 19:56:15 384: Greenhouse gas concentrations 22. Apr 2100 19:56:15 CO2 = 1132.5651 CH4 = 2417.69 N2O = 391.709 CFC = 51.60 209.16 384: Radiation calculated for : 22. Apr 2100 21:56:15 384: Greenhouse gas concentrations 22. Apr 2100 21:56:15 CO2 = 1132.5682 CH4 = 2417.69 N2O = 391.709 CFC = 51.60 209.16 384: Radiation calculated for : 22. Apr 2100 23:56:15 384: Greenhouse gas concentrations 22. Apr 2100 23:56:15 CO2 = 1132.5713 CH4 = 2417.69 N2O = 391.709 CFC = 51.60 209.16 384: hydrology_model: Water budget change: -3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1301054.28752845 m3/s 384: hydrology_model: precip-evap (on ocean): 126995.922881911 m3/s 384: water_budget_corr: P-E correction: -61700.1347592110 m3/s 384: water_budget_corr: slm/slf residuum: 62575.1189421923 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 507.210881059318 m3/s 384: water_budget_corr: awfre corrected: 65802.9990037476 m3/s 384: water_budget_corr: river discharge: 1301054.28752845 m3/s 384: water_budget_corr: water to ocean: 1366857.28653219 m3/s 384: Write GRIB1 output for : 22. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -9.211919206275148E-011 kg m-2 s-1 0: co2 = 1055.84197410233 , n2 = 802000.000025803 , o2 = 0: 196799.999882944 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-23 00:45:00 begin of timestep (day): 2 (run): 3586 0: MPIOM: current date: 2100-04-23 01:30:00 begin of timestep (day): 3 (run): 3587 384: Radiation calculated for : 23. Apr 2100 01:56:15 384: Greenhouse gas concentrations 23. Apr 2100 01:56:15 CO2 = 1132.5744 CH4 = 2417.68 N2O = 391.709 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-23 02:15:00 begin of timestep (day): 4 (run): 3588 0: MPIOM: current date: 2100-04-23 03:00:00 begin of timestep (day): 5 (run): 3589 0: MPIOM: current date: 2100-04-23 03:45:00 begin of timestep (day): 6 (run): 3590 0: MPIOM: current date: 2100-04-23 04:30:00 begin of timestep (day): 7 (run): 3591 384: Radiation calculated for : 23. Apr 2100 03:56:15 384: Greenhouse gas concentrations 23. Apr 2100 03:56:15 CO2 = 1132.5776 CH4 = 2417.68 N2O = 391.709 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-23 05:15:00 begin of timestep (day): 8 (run): 3592 0: MPIOM: current date: 2100-04-23 06:00:00 begin of timestep (day): 9 (run): 3593 0: MPIOM: current date: 2100-04-23 06:45:00 begin of timestep (day): 10 (run): 3594 0: MPIOM: current date: 2100-04-23 07:30:00 begin of timestep (day): 11 (run): 3595 384: Radiation calculated for : 23. Apr 2100 05:56:15 384: Greenhouse gas concentrations 23. Apr 2100 05:56:15 CO2 = 1132.5807 CH4 = 2417.68 N2O = 391.709 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-23 08:15:00 begin of timestep (day): 12 (run): 3596 0: MPIOM: current date: 2100-04-23 09:00:00 begin of timestep (day): 13 (run): 3597 0: MPIOM: current date: 2100-04-23 09:45:00 begin of timestep (day): 14 (run): 3598 0: MPIOM: current date: 2100-04-23 10:30:00 begin of timestep (day): 15 (run): 3599 384: Radiation calculated for : 23. Apr 2100 07:56:15 384: Greenhouse gas concentrations 23. Apr 2100 07:56:15 CO2 = 1132.5838 CH4 = 2417.67 N2O = 391.709 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-23 11:15:00 begin of timestep (day): 16 (run): 3600 0: MPIOM: current date: 2100-04-23 12:00:00 begin of timestep (day): 17 (run): 3601 0: MPIOM: current date: 2100-04-23 12:45:00 begin of timestep (day): 18 (run): 3602 0: MPIOM: current date: 2100-04-23 13:30:00 begin of timestep (day): 19 (run): 3603 384: Radiation calculated for : 23. Apr 2100 09:56:15 384: Greenhouse gas concentrations 23. Apr 2100 09:56:15 CO2 = 1132.5869 CH4 = 2417.67 N2O = 391.710 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-23 14:15:00 begin of timestep (day): 20 (run): 3604 0: MPIOM: current date: 2100-04-23 15:00:00 begin of timestep (day): 21 (run): 3605 0: MPIOM: current date: 2100-04-23 15:45:00 begin of timestep (day): 22 (run): 3606 0: MPIOM: current date: 2100-04-23 16:30:00 begin of timestep (day): 23 (run): 3607 384: Radiation calculated for : 23. Apr 2100 11:56:15 384: Greenhouse gas concentrations 23. Apr 2100 11:56:15 CO2 = 1132.5900 CH4 = 2417.67 N2O = 391.710 CFC = 51.60 209.16 0: MPIOM: current date: 2100-04-23 17:15:00 begin of timestep (day): 24 (run): 3608 0: MPIOM: current date: 2100-04-23 18:00:00 begin of timestep (day): 25 (run): 3609 0: MPIOM: current date: 2100-04-23 18:45:00 begin of timestep (day): 26 (run): 3610 0: MPIOM: current date: 2100-04-23 19:30:00 begin of timestep (day): 27 (run): 3611 384: Radiation calculated for : 23. Apr 2100 13:56:15 384: Greenhouse gas concentrations 23. Apr 2100 13:56:15 CO2 = 1132.5932 CH4 = 2417.67 N2O = 391.710 CFC = 51.59 209.16 0: MPIOM: current date: 2100-04-23 20:15:00 begin of timestep (day): 28 (run): 3612 0: MPIOM: current date: 2100-04-23 21:00:00 begin of timestep (day): 29 (run): 3613 0: MPIOM: current date: 2100-04-23 21:45:00 begin of timestep (day): 30 (run): 3614 0: MPIOM: current date: 2100-04-23 22:30:00 begin of timestep (day): 31 (run): 3615 384: Radiation calculated for : 23. Apr 2100 15:56:15 384: Greenhouse gas concentrations 23. Apr 2100 15:56:15 CO2 = 1132.5963 CH4 = 2417.66 N2O = 391.710 CFC = 51.59 209.16 0: MPIOM: current date: 2100-04-23 23:15:00 begin of timestep (day): 32 (run): 3616 0: MPIOM: current date: 2100-04-24 00:00:00 begin of timestep (day): 1 (run): 3617 384: Radiation calculated for : 23. Apr 2100 17:56:15 384: Greenhouse gas concentrations 23. Apr 2100 17:56:15 CO2 = 1132.5994 CH4 = 2417.66 N2O = 391.710 CFC = 51.59 209.16 384: Radiation calculated for : 23. Apr 2100 19:56:15 384: Greenhouse gas concentrations 23. Apr 2100 19:56:15 CO2 = 1132.6025 CH4 = 2417.66 N2O = 391.710 CFC = 51.59 209.16 384: Radiation calculated for : 23. Apr 2100 21:56:15 384: Greenhouse gas concentrations 23. Apr 2100 21:56:15 CO2 = 1132.6056 CH4 = 2417.66 N2O = 391.710 CFC = 51.59 209.16 384: Radiation calculated for : 23. Apr 2100 23:56:15 384: Greenhouse gas concentrations 23. Apr 2100 23:56:15 CO2 = 1132.6087 CH4 = 2417.65 N2O = 391.710 CFC = 51.59 209.15 384: hydrology_model: Water budget change: 3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1344968.74386466 m3/s 384: hydrology_model: precip-evap (on ocean): 76312.1719713275 m3/s 384: water_budget_corr: P-E correction: -49590.3405607023 m3/s 384: water_budget_corr: slm/slf residuum: 64852.8743830236 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1087.95519929673 m3/s 384: water_budget_corr: awfre corrected: 25633.8762113246 m3/s 384: water_budget_corr: river discharge: 1344968.74386466 m3/s 384: water_budget_corr: water to ocean: 1370602.62007599 m3/s 384: Write GRIB1 output for : 23. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.729513278479361E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1055.78194499888 , n2 = 802000.000012881 , o2 = 0: 196799.999845386 0: MPIOM: current date: 2100-04-24 00:45:00 begin of timestep (day): 2 (run): 3618 384: Radiation calculated for : 24. Apr 2100 01:56:15 384: Greenhouse gas concentrations 24. Apr 2100 01:56:15 CO2 = 1132.6119 CH4 = 2417.65 N2O = 391.710 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-24 01:30:00 begin of timestep (day): 3 (run): 3619 0: MPIOM: current date: 2100-04-24 02:15:00 begin of timestep (day): 4 (run): 3620 0: MPIOM: current date: 2100-04-24 03:00:00 begin of timestep (day): 5 (run): 3621 0: MPIOM: current date: 2100-04-24 03:45:00 begin of timestep (day): 6 (run): 3622 384: Radiation calculated for : 24. Apr 2100 03:56:15 384: Greenhouse gas concentrations 24. Apr 2100 03:56:15 CO2 = 1132.6150 CH4 = 2417.65 N2O = 391.710 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-24 04:30:00 begin of timestep (day): 7 (run): 3623 0: MPIOM: current date: 2100-04-24 05:15:00 begin of timestep (day): 8 (run): 3624 0: MPIOM: current date: 2100-04-24 06:00:00 begin of timestep (day): 9 (run): 3625 0: MPIOM: current date: 2100-04-24 06:45:00 begin of timestep (day): 10 (run): 3626 0: MPIOM: current date: 2100-04-24 07:30:00 begin of timestep (day): 11 (run): 3627 384: Radiation calculated for : 24. Apr 2100 05:56:15 384: Greenhouse gas concentrations 24. Apr 2100 05:56:15 CO2 = 1132.6181 CH4 = 2417.64 N2O = 391.711 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-24 08:15:00 begin of timestep (day): 12 (run): 3628 0: MPIOM: current date: 2100-04-24 09:00:00 begin of timestep (day): 13 (run): 3629 0: MPIOM: current date: 2100-04-24 09:45:00 begin of timestep (day): 14 (run): 3630 0: MPIOM: current date: 2100-04-24 10:30:00 begin of timestep (day): 15 (run): 3631 384: Radiation calculated for : 24. Apr 2100 07:56:15 0: MPIOM: current date: 2100-04-24 11:15:00 begin of timestep (day): 16 (run): 3632 384: Greenhouse gas concentrations 24. Apr 2100 07:56:15 CO2 = 1132.6212 CH4 = 2417.64 N2O = 391.711 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-24 12:00:00 begin of timestep (day): 17 (run): 3633 0: MPIOM: current date: 2100-04-24 12:45:00 begin of timestep (day): 18 (run): 3634 0: MPIOM: current date: 2100-04-24 13:30:00 begin of timestep (day): 19 (run): 3635 0: MPIOM: current date: 2100-04-24 14:15:00 begin of timestep (day): 20 (run): 3636 384: Radiation calculated for : 24. Apr 2100 09:56:15 384: Greenhouse gas concentrations 24. Apr 2100 09:56:15 CO2 = 1132.6243 CH4 = 2417.64 N2O = 391.711 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-24 15:00:00 begin of timestep (day): 21 (run): 3637 0: MPIOM: current date: 2100-04-24 15:45:00 begin of timestep (day): 22 (run): 3638 0: MPIOM: current date: 2100-04-24 16:30:00 begin of timestep (day): 23 (run): 3639 0: MPIOM: current date: 2100-04-24 17:15:00 begin of timestep (day): 24 (run): 3640 384: Radiation calculated for : 24. Apr 2100 11:56:15 384: Greenhouse gas concentrations 24. Apr 2100 11:56:15 CO2 = 1132.6275 CH4 = 2417.64 N2O = 391.711 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-24 18:00:00 begin of timestep (day): 25 (run): 3641 0: MPIOM: current date: 2100-04-24 18:45:00 begin of timestep (day): 26 (run): 3642 0: MPIOM: current date: 2100-04-24 19:30:00 begin of timestep (day): 27 (run): 3643 384: Radiation calculated for : 24. Apr 2100 13:56:15 384: Greenhouse gas concentrations 24. Apr 2100 13:56:15 CO2 = 1132.6306 CH4 = 2417.63 N2O = 391.711 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-24 20:15:00 begin of timestep (day): 28 (run): 3644 0: MPIOM: current date: 2100-04-24 21:00:00 begin of timestep (day): 29 (run): 3645 0: MPIOM: current date: 2100-04-24 21:45:00 begin of timestep (day): 30 (run): 3646 0: MPIOM: current date: 2100-04-24 22:30:00 begin of timestep (day): 31 (run): 3647 384: Radiation calculated for : 24. Apr 2100 15:56:15 384: Greenhouse gas concentrations 24. Apr 2100 15:56:15 CO2 = 1132.6337 CH4 = 2417.63 N2O = 391.711 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-24 23:15:00 begin of timestep (day): 32 (run): 3648 0: MPIOM: current date: 2100-04-25 00:00:00 begin of timestep (day): 1 (run): 3649 384: Radiation calculated for : 24. Apr 2100 17:56:15 384: Greenhouse gas concentrations 24. Apr 2100 17:56:15 CO2 = 1132.6368 CH4 = 2417.63 N2O = 391.711 CFC = 51.59 209.15 384: Radiation calculated for : 24. Apr 2100 19:56:15 384: Greenhouse gas concentrations 24. Apr 2100 19:56:15 CO2 = 1132.6399 CH4 = 2417.62 N2O = 391.711 CFC = 51.59 209.15 384: Radiation calculated for : 24. Apr 2100 21:56:15 384: Greenhouse gas concentrations 24. Apr 2100 21:56:15 CO2 = 1132.6431 CH4 = 2417.62 N2O = 391.711 CFC = 51.59 209.15 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 285.000000000000 , lev 40 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 285.000000000000 , lev 41 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 285.000000000000 , lev 40 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 285.000000000000 , lev 41 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 285.000000000000 , lev 40 854: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 285.000000000000 , lev 40 384: Radiation calculated for : 24. Apr 2100 23:56:15 384: Greenhouse gas concentrations 24. Apr 2100 23:56:15 CO2 = 1132.6462 CH4 = 2417.62 N2O = 391.712 CFC = 51.59 209.15 831: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 32.6419944385177 , lon 281.250000000000 , lev 39 384: hydrology_model: Water budget change: -1.013278961181641E-006 m3/s 384: hydrology_model: global discharge: 1343705.19655050 m3/s 384: hydrology_model: precip-evap (on ocean): -834262.582691423 m3/s 384: water_budget_corr: P-E correction: -29601.5113590062 m3/s 384: water_budget_corr: slm/slf residuum: 43861.3130991563 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -322.891858230852 m3/s 384: water_budget_corr: awfre corrected: -864186.985908675 m3/s 384: water_budget_corr: river discharge: 1343705.19655050 m3/s 384: water_budget_corr: water to ocean: 479518.210641840 m3/s 384: Write GRIB1 output for : 24. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.742123963759511E-011 kg m-2 s-1 0: co2 = 1055.74546306780 , n2 = 801999.999999989 , o2 = 0: 196799.999752513 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-25 00:45:00 begin of timestep (day): 2 (run): 3650 0: MPIOM: current date: 2100-04-25 01:30:00 begin of timestep (day): 3 (run): 3651 384: Radiation calculated for : 25. Apr 2100 01:56:15 384: Greenhouse gas concentrations 25. Apr 2100 01:56:15 CO2 = 1132.6493 CH4 = 2417.62 N2O = 391.712 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-25 02:15:00 begin of timestep (day): 4 (run): 3652 0: MPIOM: current date: 2100-04-25 03:00:00 begin of timestep (day): 5 (run): 3653 0: MPIOM: current date: 2100-04-25 03:45:00 begin of timestep (day): 6 (run): 3654 0: MPIOM: current date: 2100-04-25 04:30:00 begin of timestep (day): 7 (run): 3655 384: Radiation calculated for : 25. Apr 2100 03:56:15 384: Greenhouse gas concentrations 25. Apr 2100 03:56:15 CO2 = 1132.6524 CH4 = 2417.61 N2O = 391.712 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-25 05:15:00 begin of timestep (day): 8 (run): 3656 0: MPIOM: current date: 2100-04-25 06:00:00 begin of timestep (day): 9 (run): 3657 0: MPIOM: current date: 2100-04-25 06:45:00 begin of timestep (day): 10 (run): 3658 0: MPIOM: current date: 2100-04-25 07:30:00 begin of timestep (day): 11 (run): 3659 384: Radiation calculated for : 25. Apr 2100 05:56:15 384: Greenhouse gas concentrations 25. Apr 2100 05:56:15 CO2 = 1132.6555 CH4 = 2417.61 N2O = 391.712 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-25 08:15:00 begin of timestep (day): 12 (run): 3660 0: MPIOM: current date: 2100-04-25 09:00:00 begin of timestep (day): 13 (run): 3661 0: MPIOM: current date: 2100-04-25 09:45:00 begin of timestep (day): 14 (run): 3662 384: Radiation calculated for : 25. Apr 2100 07:56:15 0: MPIOM: current date: 2100-04-25 10:30:00 begin of timestep (day): 15 (run): 3663 384: Greenhouse gas concentrations 25. Apr 2100 07:56:15 CO2 = 1132.6586 CH4 = 2417.61 N2O = 391.712 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-25 11:15:00 begin of timestep (day): 16 (run): 3664 0: MPIOM: current date: 2100-04-25 12:00:00 begin of timestep (day): 17 (run): 3665 0: MPIOM: current date: 2100-04-25 12:45:00 begin of timestep (day): 18 (run): 3666 0: MPIOM: current date: 2100-04-25 13:30:00 begin of timestep (day): 19 (run): 3667 384: Radiation calculated for : 25. Apr 2100 09:56:15 384: Greenhouse gas concentrations 25. Apr 2100 09:56:15 CO2 = 1132.6618 CH4 = 2417.61 N2O = 391.712 CFC = 51.59 209.15 0: MPIOM: current date: 2100-04-25 14:15:00 begin of timestep (day): 20 (run): 3668 0: MPIOM: current date: 2100-04-25 15:00:00 begin of timestep (day): 21 (run): 3669 0: MPIOM: current date: 2100-04-25 15:45:00 begin of timestep (day): 22 (run): 3670 384: Radiation calculated for : 25. Apr 2100 11:56:15 0: MPIOM: current date: 2100-04-25 16:30:00 begin of timestep (day): 23 (run): 3671 384: Greenhouse gas concentrations 25. Apr 2100 11:56:15 CO2 = 1132.6649 CH4 = 2417.60 N2O = 391.712 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-25 17:15:00 begin of timestep (day): 24 (run): 3672 0: MPIOM: current date: 2100-04-25 18:00:00 begin of timestep (day): 25 (run): 3673 0: MPIOM: current date: 2100-04-25 18:45:00 begin of timestep (day): 26 (run): 3674 384: Radiation calculated for : 25. Apr 2100 13:56:15 0: MPIOM: current date: 2100-04-25 19:30:00 begin of timestep (day): 27 (run): 3675 384: Greenhouse gas concentrations 25. Apr 2100 13:56:15 CO2 = 1132.6680 CH4 = 2417.60 N2O = 391.712 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-25 20:15:00 begin of timestep (day): 28 (run): 3676 0: MPIOM: current date: 2100-04-25 21:00:00 begin of timestep (day): 29 (run): 3677 0: MPIOM: current date: 2100-04-25 21:45:00 begin of timestep (day): 30 (run): 3678 384: Radiation calculated for : 25. Apr 2100 15:56:15 0: MPIOM: current date: 2100-04-25 22:30:00 begin of timestep (day): 31 (run): 3679 384: Greenhouse gas concentrations 25. Apr 2100 15:56:15 CO2 = 1132.6711 CH4 = 2417.60 N2O = 391.712 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-25 23:15:00 begin of timestep (day): 32 (run): 3680 0: MPIOM: current date: 2100-04-26 00:00:00 begin of timestep (day): 1 (run): 3681 384: Radiation calculated for : 25. Apr 2100 17:56:15 384: Greenhouse gas concentrations 25. Apr 2100 17:56:15 CO2 = 1132.6742 CH4 = 2417.59 N2O = 391.712 CFC = 51.59 209.14 384: Radiation calculated for : 25. Apr 2100 19:56:15 384: Greenhouse gas concentrations 25. Apr 2100 19:56:15 CO2 = 1132.6774 CH4 = 2417.59 N2O = 391.713 CFC = 51.59 209.14 384: Radiation calculated for : 25. Apr 2100 21:56:15 384: Greenhouse gas concentrations 25. Apr 2100 21:56:15 CO2 = 1132.6805 CH4 = 2417.59 N2O = 391.713 CFC = 51.59 209.14 384: Radiation calculated for : 25. Apr 2100 23:56:15 384: Greenhouse gas concentrations 25. Apr 2100 23:56:15 CO2 = 1132.6836 CH4 = 2417.59 N2O = 391.713 CFC = 51.59 209.14 384: hydrology_model: Water budget change: 1.281499862670898E-006 m3/s 384: hydrology_model: global discharge: 1359264.43977261 m3/s 384: hydrology_model: precip-evap (on ocean): -388941.918202700 m3/s 384: water_budget_corr: P-E correction: -53303.7916238405 m3/s 384: water_budget_corr: slm/slf residuum: 61468.7121132890 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1480.69782358270 m3/s 384: water_budget_corr: awfre corrected: -440765.012002960 m3/s 384: water_budget_corr: river discharge: 1359264.43977261 m3/s 384: water_budget_corr: water to ocean: 918499.427769654 m3/s 384: Write GRIB1 output for : 25. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.355448242513337E-010 kg m-2 s-1 0: co2 = 1055.69093107419 , n2 = 802000.000028377 , o2 = 0: 196799.999847170 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-26 00:45:00 begin of timestep (day): 2 (run): 3682 0: MPIOM: current date: 2100-04-26 01:30:00 begin of timestep (day): 3 (run): 3683 384: Radiation calculated for : 26. Apr 2100 01:56:15 384: Greenhouse gas concentrations 26. Apr 2100 01:56:15 CO2 = 1132.6867 CH4 = 2417.58 N2O = 391.713 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-26 02:15:00 begin of timestep (day): 4 (run): 3684 0: MPIOM: current date: 2100-04-26 03:00:00 begin of timestep (day): 5 (run): 3685 0: MPIOM: current date: 2100-04-26 03:45:00 begin of timestep (day): 6 (run): 3686 0: MPIOM: current date: 2100-04-26 04:30:00 begin of timestep (day): 7 (run): 3687 384: Radiation calculated for : 26. Apr 2100 03:56:15 384: Greenhouse gas concentrations 26. Apr 2100 03:56:15 CO2 = 1132.6898 CH4 = 2417.58 N2O = 391.713 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-26 05:15:00 begin of timestep (day): 8 (run): 3688 0: MPIOM: current date: 2100-04-26 06:00:00 begin of timestep (day): 9 (run): 3689 0: MPIOM: current date: 2100-04-26 06:45:00 begin of timestep (day): 10 (run): 3690 384: Radiation calculated for : 26. Apr 2100 05:56:15 384: Greenhouse gas concentrations 26. Apr 2100 05:56:15 CO2 = 1132.6929 CH4 = 2417.58 N2O = 391.713 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-26 07:30:00 begin of timestep (day): 11 (run): 3691 0: MPIOM: current date: 2100-04-26 08:15:00 begin of timestep (day): 12 (run): 3692 0: MPIOM: current date: 2100-04-26 09:00:00 begin of timestep (day): 13 (run): 3693 0: MPIOM: current date: 2100-04-26 09:45:00 begin of timestep (day): 14 (run): 3694 0: MPIOM: current date: 2100-04-26 10:30:00 begin of timestep (day): 15 (run): 3695 384: Radiation calculated for : 26. Apr 2100 07:56:15 384: Greenhouse gas concentrations 26. Apr 2100 07:56:15 CO2 = 1132.6961 CH4 = 2417.57 N2O = 391.713 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-26 11:15:00 begin of timestep (day): 16 (run): 3696 0: MPIOM: current date: 2100-04-26 12:00:00 begin of timestep (day): 17 (run): 3697 0: MPIOM: current date: 2100-04-26 12:45:00 begin of timestep (day): 18 (run): 3698 384: Radiation calculated for : 26. Apr 2100 09:56:15 0: MPIOM: current date: 2100-04-26 13:30:00 begin of timestep (day): 19 (run): 3699 384: Greenhouse gas concentrations 26. Apr 2100 09:56:15 CO2 = 1132.6992 CH4 = 2417.57 N2O = 391.713 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-26 14:15:00 begin of timestep (day): 20 (run): 3700 0: MPIOM: current date: 2100-04-26 15:00:00 begin of timestep (day): 21 (run): 3701 0: MPIOM: current date: 2100-04-26 15:45:00 begin of timestep (day): 22 (run): 3702 384: Radiation calculated for : 26. Apr 2100 11:56:15 0: MPIOM: current date: 2100-04-26 16:30:00 begin of timestep (day): 23 (run): 3703 384: Greenhouse gas concentrations 26. Apr 2100 11:56:15 CO2 = 1132.7023 CH4 = 2417.57 N2O = 391.713 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-26 17:15:00 begin of timestep (day): 24 (run): 3704 0: MPIOM: current date: 2100-04-26 18:00:00 begin of timestep (day): 25 (run): 3705 0: MPIOM: current date: 2100-04-26 18:45:00 begin of timestep (day): 26 (run): 3706 0: MPIOM: current date: 2100-04-26 19:30:00 begin of timestep (day): 27 (run): 3707 384: Radiation calculated for : 26. Apr 2100 13:56:15 384: Greenhouse gas concentrations 26. Apr 2100 13:56:15 CO2 = 1132.7054 CH4 = 2417.57 N2O = 391.714 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-26 20:15:00 begin of timestep (day): 28 (run): 3708 0: MPIOM: current date: 2100-04-26 21:00:00 begin of timestep (day): 29 (run): 3709 0: MPIOM: current date: 2100-04-26 21:45:00 begin of timestep (day): 30 (run): 3710 384: Radiation calculated for : 26. Apr 2100 15:56:15 384: Greenhouse gas concentrations 26. Apr 2100 15:56:15 CO2 = 1132.7085 CH4 = 2417.56 N2O = 391.714 CFC = 51.59 209.14 0: MPIOM: current date: 2100-04-26 22:30:00 begin of timestep (day): 31 (run): 3711 0: MPIOM: current date: 2100-04-26 23:15:00 begin of timestep (day): 32 (run): 3712 0: MPIOM: current date: 2100-04-27 00:00:00 begin of timestep (day): 1 (run): 3713 384: Radiation calculated for : 26. Apr 2100 17:56:15 384: Greenhouse gas concentrations 26. Apr 2100 17:56:15 CO2 = 1132.7117 CH4 = 2417.56 N2O = 391.714 CFC = 51.59 209.14 384: Radiation calculated for : 26. Apr 2100 19:56:15 384: Greenhouse gas concentrations 26. Apr 2100 19:56:15 CO2 = 1132.7148 CH4 = 2417.56 N2O = 391.714 CFC = 51.59 209.14 384: Radiation calculated for : 26. Apr 2100 21:56:15 384: Greenhouse gas concentrations 26. Apr 2100 21:56:15 CO2 = 1132.7179 CH4 = 2417.55 N2O = 391.714 CFC = 51.58 209.14 384: Radiation calculated for : 26. Apr 2100 23:56:15 384: Greenhouse gas concentrations 26. Apr 2100 23:56:15 CO2 = 1132.7210 CH4 = 2417.55 N2O = 391.714 CFC = 51.58 209.13 384: hydrology_model: Water budget change: -5.066394805908203E-007 m3/s 384: hydrology_model: global discharge: 1383076.59652383 m3/s 384: hydrology_model: precip-evap (on ocean): -48601.6239664510 m3/s 384: water_budget_corr: P-E correction: -65644.3200086905 m3/s 384: water_budget_corr: slm/slf residuum: 63174.1356207005 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 207.105764826258 m3/s 384: water_budget_corr: awfre corrected: -114038.838210322 m3/s 384: water_budget_corr: river discharge: 1383076.59652383 m3/s 384: water_budget_corr: water to ocean: 1269037.75831351 m3/s 384: Write GRIB1 output for : 26. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -7.888661773482537E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1055.66647099806 , n2 = 802000.000105070 , o2 = 0: 196799.999923251 384: Radiation calculated for : 27. Apr 2100 01:56:15 384: Greenhouse gas concentrations 27. Apr 2100 01:56:15 CO2 = 1132.7241 CH4 = 2417.55 N2O = 391.714 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-27 00:45:00 begin of timestep (day): 2 (run): 3714 0: MPIOM: current date: 2100-04-27 01:30:00 begin of timestep (day): 3 (run): 3715 0: MPIOM: current date: 2100-04-27 02:15:00 begin of timestep (day): 4 (run): 3716 0: MPIOM: current date: 2100-04-27 03:00:00 begin of timestep (day): 5 (run): 3717 384: Radiation calculated for : 27. Apr 2100 03:56:15 384: Greenhouse gas concentrations 27. Apr 2100 03:56:15 CO2 = 1132.7273 CH4 = 2417.55 N2O = 391.714 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-27 03:45:00 begin of timestep (day): 6 (run): 3718 0: MPIOM: current date: 2100-04-27 04:30:00 begin of timestep (day): 7 (run): 3719 0: MPIOM: current date: 2100-04-27 05:15:00 begin of timestep (day): 8 (run): 3720 0: MPIOM: current date: 2100-04-27 06:00:00 begin of timestep (day): 9 (run): 3721 384: Radiation calculated for : 27. Apr 2100 05:56:15 384: Greenhouse gas concentrations 27. Apr 2100 05:56:15 CO2 = 1132.7304 CH4 = 2417.54 N2O = 391.714 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-27 06:45:00 begin of timestep (day): 10 (run): 3722 0: MPIOM: current date: 2100-04-27 07:30:00 begin of timestep (day): 11 (run): 3723 0: MPIOM: current date: 2100-04-27 08:15:00 begin of timestep (day): 12 (run): 3724 0: MPIOM: current date: 2100-04-27 09:00:00 begin of timestep (day): 13 (run): 3725 384: Radiation calculated for : 27. Apr 2100 07:56:15 384: Greenhouse gas concentrations 27. Apr 2100 07:56:15 CO2 = 1132.7335 CH4 = 2417.54 N2O = 391.715 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-27 09:45:00 begin of timestep (day): 14 (run): 3726 0: MPIOM: current date: 2100-04-27 10:30:00 begin of timestep (day): 15 (run): 3727 0: MPIOM: current date: 2100-04-27 11:15:00 begin of timestep (day): 16 (run): 3728 0: MPIOM: current date: 2100-04-27 12:00:00 begin of timestep (day): 17 (run): 3729 384: Radiation calculated for : 27. Apr 2100 09:56:15 384: Greenhouse gas concentrations 27. Apr 2100 09:56:15 CO2 = 1132.7366 CH4 = 2417.54 N2O = 391.715 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-27 12:45:00 begin of timestep (day): 18 (run): 3730 0: MPIOM: current date: 2100-04-27 13:30:00 begin of timestep (day): 19 (run): 3731 0: MPIOM: current date: 2100-04-27 14:15:00 begin of timestep (day): 20 (run): 3732 0: MPIOM: current date: 2100-04-27 15:00:00 begin of timestep (day): 21 (run): 3733 384: Radiation calculated for : 27. Apr 2100 11:56:15 384: Greenhouse gas concentrations 27. Apr 2100 11:56:15 CO2 = 1132.7397 CH4 = 2417.54 N2O = 391.715 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-27 15:45:00 begin of timestep (day): 22 (run): 3734 0: MPIOM: current date: 2100-04-27 16:30:00 begin of timestep (day): 23 (run): 3735 0: MPIOM: current date: 2100-04-27 17:15:00 begin of timestep (day): 24 (run): 3736 0: MPIOM: current date: 2100-04-27 18:00:00 begin of timestep (day): 25 (run): 3737 384: Radiation calculated for : 27. Apr 2100 13:56:15 384: Greenhouse gas concentrations 27. Apr 2100 13:56:15 CO2 = 1132.7428 CH4 = 2417.53 N2O = 391.715 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-27 18:45:00 begin of timestep (day): 26 (run): 3738 0: MPIOM: current date: 2100-04-27 19:30:00 begin of timestep (day): 27 (run): 3739 0: MPIOM: current date: 2100-04-27 20:15:00 begin of timestep (day): 28 (run): 3740 0: MPIOM: current date: 2100-04-27 21:00:00 begin of timestep (day): 29 (run): 3741 384: Radiation calculated for : 27. Apr 2100 15:56:15 384: Greenhouse gas concentrations 27. Apr 2100 15:56:15 CO2 = 1132.7460 CH4 = 2417.53 N2O = 391.715 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-27 21:45:00 begin of timestep (day): 30 (run): 3742 0: MPIOM: current date: 2100-04-27 22:30:00 begin of timestep (day): 31 (run): 3743 0: MPIOM: current date: 2100-04-27 23:15:00 begin of timestep (day): 32 (run): 3744 0: MPIOM: current date: 2100-04-28 00:00:00 begin of timestep (day): 1 (run): 3745 384: Radiation calculated for : 27. Apr 2100 17:56:15 384: Greenhouse gas concentrations 27. Apr 2100 17:56:15 CO2 = 1132.7491 CH4 = 2417.53 N2O = 391.715 CFC = 51.58 209.13 384: Radiation calculated for : 27. Apr 2100 19:56:15 384: Greenhouse gas concentrations 27. Apr 2100 19:56:15 CO2 = 1132.7522 CH4 = 2417.52 N2O = 391.715 CFC = 51.58 209.13 384: Radiation calculated for : 27. Apr 2100 21:56:15 384: Greenhouse gas concentrations 27. Apr 2100 21:56:15 CO2 = 1132.7553 CH4 = 2417.52 N2O = 391.715 CFC = 51.58 209.13 384: Radiation calculated for : 27. Apr 2100 23:56:15 384: Greenhouse gas concentrations 27. Apr 2100 23:56:15 CO2 = 1132.7584 CH4 = 2417.52 N2O = 391.715 CFC = 51.58 209.13 384: hydrology_model: Water budget change: 2.086162567138672E-007 m3/s 384: hydrology_model: global discharge: 1379308.90608870 m3/s 384: hydrology_model: precip-evap (on ocean): -463126.843898090 m3/s 384: water_budget_corr: P-E correction: -40841.1842509955 m3/s 384: water_budget_corr: slm/slf residuum: 48706.0939262427 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2444.00269887670 m3/s 384: water_budget_corr: awfre corrected: -501524.025450190 m3/s 384: water_budget_corr: river discharge: 1379308.90608870 m3/s 384: water_budget_corr: water to ocean: 877784.880638501 m3/s 384: Write GRIB1 output for : 27. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.224619921921216E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1055.62808744952 , n2 = 802000.000099925 , o2 = 0: 196799.999921580 0: MPIOM: current date: 2100-04-28 00:45:00 begin of timestep (day): 2 (run): 3746 384: Radiation calculated for : 28. Apr 2100 01:56:15 384: Greenhouse gas concentrations 28. Apr 2100 01:56:15 CO2 = 1132.7616 CH4 = 2417.52 N2O = 391.715 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-28 01:30:00 begin of timestep (day): 3 (run): 3747 0: MPIOM: current date: 2100-04-28 02:15:00 begin of timestep (day): 4 (run): 3748 0: MPIOM: current date: 2100-04-28 03:00:00 begin of timestep (day): 5 (run): 3749 0: MPIOM: current date: 2100-04-28 03:45:00 begin of timestep (day): 6 (run): 3750 384: Radiation calculated for : 28. Apr 2100 03:56:15 384: Greenhouse gas concentrations 28. Apr 2100 03:56:15 CO2 = 1132.7647 CH4 = 2417.51 N2O = 391.716 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-28 04:30:00 begin of timestep (day): 7 (run): 3751 0: MPIOM: current date: 2100-04-28 05:15:00 begin of timestep (day): 8 (run): 3752 0: MPIOM: current date: 2100-04-28 06:00:00 begin of timestep (day): 9 (run): 3753 0: MPIOM: current date: 2100-04-28 06:45:00 begin of timestep (day): 10 (run): 3754 384: Radiation calculated for : 28. Apr 2100 05:56:15 384: Greenhouse gas concentrations 28. Apr 2100 05:56:15 CO2 = 1132.7678 CH4 = 2417.51 N2O = 391.716 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-28 07:30:00 begin of timestep (day): 11 (run): 3755 0: MPIOM: current date: 2100-04-28 08:15:00 begin of timestep (day): 12 (run): 3756 0: MPIOM: current date: 2100-04-28 09:00:00 begin of timestep (day): 13 (run): 3757 0: MPIOM: current date: 2100-04-28 09:45:00 begin of timestep (day): 14 (run): 3758 384: Radiation calculated for : 28. Apr 2100 07:56:15 384: Greenhouse gas concentrations 28. Apr 2100 07:56:15 CO2 = 1132.7709 CH4 = 2417.51 N2O = 391.716 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-28 10:30:00 begin of timestep (day): 15 (run): 3759 0: MPIOM: current date: 2100-04-28 11:15:00 begin of timestep (day): 16 (run): 3760 0: MPIOM: current date: 2100-04-28 12:00:00 begin of timestep (day): 17 (run): 3761 0: MPIOM: current date: 2100-04-28 12:45:00 begin of timestep (day): 18 (run): 3762 384: Radiation calculated for : 28. Apr 2100 09:56:15 384: Greenhouse gas concentrations 28. Apr 2100 09:56:15 CO2 = 1132.7740 CH4 = 2417.50 N2O = 391.716 CFC = 51.58 209.13 0: MPIOM: current date: 2100-04-28 13:30:00 begin of timestep (day): 19 (run): 3763 0: MPIOM: current date: 2100-04-28 14:15:00 begin of timestep (day): 20 (run): 3764 0: MPIOM: current date: 2100-04-28 15:00:00 begin of timestep (day): 21 (run): 3765 0: MPIOM: current date: 2100-04-28 15:45:00 begin of timestep (day): 22 (run): 3766 384: Radiation calculated for : 28. Apr 2100 11:56:15 384: Greenhouse gas concentrations 28. Apr 2100 11:56:15 CO2 = 1132.7772 CH4 = 2417.50 N2O = 391.716 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-28 16:30:00 begin of timestep (day): 23 (run): 3767 0: MPIOM: current date: 2100-04-28 17:15:00 begin of timestep (day): 24 (run): 3768 0: MPIOM: current date: 2100-04-28 18:00:00 begin of timestep (day): 25 (run): 3769 0: MPIOM: current date: 2100-04-28 18:45:00 begin of timestep (day): 26 (run): 3770 0: MPIOM: current date: 2100-04-28 19:30:00 begin of timestep (day): 27 (run): 3771 384: Radiation calculated for : 28. Apr 2100 13:56:15 384: Greenhouse gas concentrations 28. Apr 2100 13:56:15 CO2 = 1132.7803 CH4 = 2417.50 N2O = 391.716 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-28 20:15:00 begin of timestep (day): 28 (run): 3772 0: MPIOM: current date: 2100-04-28 21:00:00 begin of timestep (day): 29 (run): 3773 0: MPIOM: current date: 2100-04-28 21:45:00 begin of timestep (day): 30 (run): 3774 384: Radiation calculated for : 28. Apr 2100 15:56:15 0: MPIOM: current date: 2100-04-28 22:30:00 begin of timestep (day): 31 (run): 3775 384: Greenhouse gas concentrations 28. Apr 2100 15:56:15 CO2 = 1132.7834 CH4 = 2417.50 N2O = 391.716 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-28 23:15:00 begin of timestep (day): 32 (run): 3776 0: MPIOM: current date: 2100-04-29 00:00:00 begin of timestep (day): 1 (run): 3777 384: Radiation calculated for : 28. Apr 2100 17:56:15 384: Greenhouse gas concentrations 28. Apr 2100 17:56:15 CO2 = 1132.7865 CH4 = 2417.49 N2O = 391.716 CFC = 51.58 209.12 384: Radiation calculated for : 28. Apr 2100 19:56:15 384: Greenhouse gas concentrations 28. Apr 2100 19:56:15 CO2 = 1132.7896 CH4 = 2417.49 N2O = 391.716 CFC = 51.58 209.12 384: Radiation calculated for : 28. Apr 2100 21:56:15 384: Greenhouse gas concentrations 28. Apr 2100 21:56:15 CO2 = 1132.7927 CH4 = 2417.49 N2O = 391.717 CFC = 51.58 209.12 384: Radiation calculated for : 28. Apr 2100 23:56:15 384: Greenhouse gas concentrations 28. Apr 2100 23:56:15 CO2 = 1132.7959 CH4 = 2417.49 N2O = 391.717 CFC = 51.58 209.12 384: hydrology_model: Water budget change: 3.278255462646484E-007 m3/s 384: hydrology_model: global discharge: 1427999.05914709 m3/s 384: hydrology_model: precip-evap (on ocean): -565869.211585010 m3/s 384: water_budget_corr: P-E correction: -50062.6718675165 m3/s 384: water_budget_corr: slm/slf residuum: 49816.6883517277 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4391.98837690748 m3/s 384: water_budget_corr: awfre corrected: -611539.895075619 m3/s 384: water_budget_corr: river discharge: 1427999.05914709 m3/s 384: water_budget_corr: water to ocean: 816459.164071470 m3/s 384: Write GRIB1 output for : 28. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.62957254686 , n2 = 802000.000071221 , o2 = 0: 196799.999972265 384: CO2 flux correction (global): -8.225372178807471E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-29 00:45:00 begin of timestep (day): 2 (run): 3778 0: MPIOM: current date: 2100-04-29 01:30:00 begin of timestep (day): 3 (run): 3779 384: Radiation calculated for : 29. Apr 2100 01:56:15 384: Greenhouse gas concentrations 29. Apr 2100 01:56:15 CO2 = 1132.7990 CH4 = 2417.48 N2O = 391.717 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-29 02:15:00 begin of timestep (day): 4 (run): 3780 0: MPIOM: current date: 2100-04-29 03:00:00 begin of timestep (day): 5 (run): 3781 0: MPIOM: current date: 2100-04-29 03:45:00 begin of timestep (day): 6 (run): 3782 0: MPIOM: current date: 2100-04-29 04:30:00 begin of timestep (day): 7 (run): 3783 384: Radiation calculated for : 29. Apr 2100 03:56:15 384: Greenhouse gas concentrations 29. Apr 2100 03:56:15 CO2 = 1132.8021 CH4 = 2417.48 N2O = 391.717 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-29 05:15:00 begin of timestep (day): 8 (run): 3784 0: MPIOM: current date: 2100-04-29 06:00:00 begin of timestep (day): 9 (run): 3785 0: MPIOM: current date: 2100-04-29 06:45:00 begin of timestep (day): 10 (run): 3786 0: MPIOM: current date: 2100-04-29 07:30:00 begin of timestep (day): 11 (run): 3787 384: Radiation calculated for : 29. Apr 2100 05:56:15 384: Greenhouse gas concentrations 29. Apr 2100 05:56:15 CO2 = 1132.8052 CH4 = 2417.48 N2O = 391.717 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-29 08:15:00 begin of timestep (day): 12 (run): 3788 0: MPIOM: current date: 2100-04-29 09:00:00 begin of timestep (day): 13 (run): 3789 0: MPIOM: current date: 2100-04-29 09:45:00 begin of timestep (day): 14 (run): 3790 0: MPIOM: current date: 2100-04-29 10:30:00 begin of timestep (day): 15 (run): 3791 384: Radiation calculated for : 29. Apr 2100 07:56:15 384: Greenhouse gas concentrations 29. Apr 2100 07:56:15 CO2 = 1132.8083 CH4 = 2417.47 N2O = 391.717 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-29 11:15:00 begin of timestep (day): 16 (run): 3792 0: MPIOM: current date: 2100-04-29 12:00:00 begin of timestep (day): 17 (run): 3793 0: MPIOM: current date: 2100-04-29 12:45:00 begin of timestep (day): 18 (run): 3794 0: MPIOM: current date: 2100-04-29 13:30:00 begin of timestep (day): 19 (run): 3795 0: MPIOM: current date: 2100-04-29 14:15:00 begin of timestep (day): 20 (run): 3796 384: Radiation calculated for : 29. Apr 2100 09:56:15 384: Greenhouse gas concentrations 29. Apr 2100 09:56:15 CO2 = 1132.8115 CH4 = 2417.47 N2O = 391.717 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-29 15:00:00 begin of timestep (day): 21 (run): 3797 0: MPIOM: current date: 2100-04-29 15:45:00 begin of timestep (day): 22 (run): 3798 0: MPIOM: current date: 2100-04-29 16:30:00 begin of timestep (day): 23 (run): 3799 0: MPIOM: current date: 2100-04-29 17:15:00 begin of timestep (day): 24 (run): 3800 384: Radiation calculated for : 29. Apr 2100 11:56:15 384: Greenhouse gas concentrations 29. Apr 2100 11:56:15 CO2 = 1132.8146 CH4 = 2417.47 N2O = 391.717 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-29 18:00:00 begin of timestep (day): 25 (run): 3801 0: MPIOM: current date: 2100-04-29 18:45:00 begin of timestep (day): 26 (run): 3802 0: MPIOM: current date: 2100-04-29 19:30:00 begin of timestep (day): 27 (run): 3803 0: MPIOM: current date: 2100-04-29 20:15:00 begin of timestep (day): 28 (run): 3804 384: Radiation calculated for : 29. Apr 2100 13:56:15 384: Greenhouse gas concentrations 29. Apr 2100 13:56:15 CO2 = 1132.8177 CH4 = 2417.47 N2O = 391.717 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-29 21:00:00 begin of timestep (day): 29 (run): 3805 0: MPIOM: current date: 2100-04-29 21:45:00 begin of timestep (day): 30 (run): 3806 0: MPIOM: current date: 2100-04-29 22:30:00 begin of timestep (day): 31 (run): 3807 0: MPIOM: current date: 2100-04-29 23:15:00 begin of timestep (day): 32 (run): 3808 384: Radiation calculated for : 29. Apr 2100 15:56:15 384: Greenhouse gas concentrations 29. Apr 2100 15:56:15 CO2 = 1132.8208 CH4 = 2417.46 N2O = 391.717 CFC = 51.58 209.12 0: MPIOM: current date: 2100-04-30 00:00:00 begin of timestep (day): 1 (run): 3809 384: Radiation calculated for : 29. Apr 2100 17:56:15 384: Greenhouse gas concentrations 29. Apr 2100 17:56:15 CO2 = 1132.8239 CH4 = 2417.46 N2O = 391.718 CFC = 51.58 209.12 384: Radiation calculated for : 29. Apr 2100 19:56:15 384: Greenhouse gas concentrations 29. Apr 2100 19:56:15 CO2 = 1132.8271 CH4 = 2417.46 N2O = 391.718 CFC = 51.58 209.12 384: Radiation calculated for : 29. Apr 2100 21:56:15 384: Greenhouse gas concentrations 29. Apr 2100 21:56:15 CO2 = 1132.8302 CH4 = 2417.45 N2O = 391.718 CFC = 51.58 209.12 384: Radiation calculated for : 29. Apr 2100 23:56:15 384: Greenhouse gas concentrations 29. Apr 2100 23:56:15 CO2 = 1132.8333 CH4 = 2417.45 N2O = 391.718 CFC = 51.58 209.11 384: hydrology_model: Water budget change: -2.056360244750977E-006 m3/s 384: hydrology_model: global discharge: 1409456.09964889 m3/s 384: hydrology_model: precip-evap (on ocean): -541007.751912066 m3/s 384: water_budget_corr: P-E correction: -5841.07490149142 m3/s 384: water_budget_corr: slm/slf residuum: 81148.8623932094 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2281.68860854283 m3/s 384: water_budget_corr: awfre corrected: -544567.138205007 m3/s 384: water_budget_corr: river discharge: 1409456.09964889 m3/s 384: water_budget_corr: water to ocean: 864888.961443879 m3/s 384: Write GRIB1 output for : 29. Apr 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.65468373402 , n2 = 802000.000032092 , o2 = 0: 196799.999932948 384: CO2 flux correction (global): -2.282615770388854E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-04-30 00:45:00 begin of timestep (day): 2 (run): 3810 0: MPIOM: current date: 2100-04-30 01:30:00 begin of timestep (day): 3 (run): 3811 384: Radiation calculated for : 30. Apr 2100 01:56:15 384: Greenhouse gas concentrations 30. Apr 2100 01:56:15 CO2 = 1132.8364 CH4 = 2417.45 N2O = 391.718 CFC = 51.58 209.11 0: MPIOM: current date: 2100-04-30 02:15:00 begin of timestep (day): 4 (run): 3812 384: Radiation calculated for : 30. Apr 2100 03:56:15 384: Greenhouse gas concentrations 30. Apr 2100 03:56:15 CO2 = 1132.8395 CH4 = 2417.45 N2O = 391.718 CFC = 51.57 209.11 0: MPIOM: current date: 2100-04-30 03:00:00 begin of timestep (day): 5 (run): 3813 0: MPIOM: current date: 2100-04-30 03:45:00 begin of timestep (day): 6 (run): 3814 0: MPIOM: current date: 2100-04-30 04:30:00 begin of timestep (day): 7 (run): 3815 384: Radiation calculated for : 30. Apr 2100 05:56:15 384: Greenhouse gas concentrations 30. Apr 2100 05:56:15 CO2 = 1132.8426 CH4 = 2417.44 N2O = 391.718 CFC = 51.57 209.11 0: MPIOM: current date: 2100-04-30 05:15:00 begin of timestep (day): 8 (run): 3816 0: MPIOM: current date: 2100-04-30 06:00:00 begin of timestep (day): 9 (run): 3817 0: MPIOM: current date: 2100-04-30 06:45:00 begin of timestep (day): 10 (run): 3818 0: MPIOM: current date: 2100-04-30 07:30:00 begin of timestep (day): 11 (run): 3819 384: Radiation calculated for : 30. Apr 2100 07:56:15 384: Greenhouse gas concentrations 30. Apr 2100 07:56:15 CO2 = 1132.8458 CH4 = 2417.44 N2O = 391.718 CFC = 51.57 209.11 0: MPIOM: current date: 2100-04-30 08:15:00 begin of timestep (day): 12 (run): 3820 0: MPIOM: current date: 2100-04-30 09:00:00 begin of timestep (day): 13 (run): 3821 0: MPIOM: current date: 2100-04-30 09:45:00 begin of timestep (day): 14 (run): 3822 0: MPIOM: current date: 2100-04-30 10:30:00 begin of timestep (day): 15 (run): 3823 384: Radiation calculated for : 30. Apr 2100 09:56:15 384: Greenhouse gas concentrations 30. Apr 2100 09:56:15 CO2 = 1132.8489 CH4 = 2417.44 N2O = 391.718 CFC = 51.57 209.11 0: MPIOM: current date: 2100-04-30 11:15:00 begin of timestep (day): 16 (run): 3824 0: MPIOM: current date: 2100-04-30 12:00:00 begin of timestep (day): 17 (run): 3825 0: MPIOM: current date: 2100-04-30 12:45:00 begin of timestep (day): 18 (run): 3826 0: MPIOM: current date: 2100-04-30 13:30:00 begin of timestep (day): 19 (run): 3827 384: Radiation calculated for : 30. Apr 2100 11:56:15 384: Greenhouse gas concentrations 30. Apr 2100 11:56:15 CO2 = 1132.8520 CH4 = 2417.44 N2O = 391.719 CFC = 51.57 209.11 0: MPIOM: current date: 2100-04-30 14:15:00 begin of timestep (day): 20 (run): 3828 0: MPIOM: current date: 2100-04-30 15:00:00 begin of timestep (day): 21 (run): 3829 0: MPIOM: current date: 2100-04-30 15:45:00 begin of timestep (day): 22 (run): 3830 0: MPIOM: current date: 2100-04-30 16:30:00 begin of timestep (day): 23 (run): 3831 384: Radiation calculated for : 30. Apr 2100 13:56:15 384: Greenhouse gas concentrations 30. Apr 2100 13:56:15 CO2 = 1132.8551 CH4 = 2417.43 N2O = 391.719 CFC = 51.57 209.11 0: MPIOM: current date: 2100-04-30 17:15:00 begin of timestep (day): 24 (run): 3832 0: MPIOM: current date: 2100-04-30 18:00:00 begin of timestep (day): 25 (run): 3833 0: MPIOM: current date: 2100-04-30 18:45:00 begin of timestep (day): 26 (run): 3834 0: MPIOM: current date: 2100-04-30 19:30:00 begin of timestep (day): 27 (run): 3835 384: Radiation calculated for : 30. Apr 2100 15:56:15 384: Greenhouse gas concentrations 30. Apr 2100 15:56:15 CO2 = 1132.8582 CH4 = 2417.43 N2O = 391.719 CFC = 51.57 209.11 0: MPIOM: current date: 2100-04-30 20:15:00 begin of timestep (day): 28 (run): 3836 0: MPIOM: current date: 2100-04-30 21:00:00 begin of timestep (day): 29 (run): 3837 0: MPIOM: current date: 2100-04-30 21:45:00 begin of timestep (day): 30 (run): 3838 0: MPIOM: current date: 2100-04-30 22:30:00 begin of timestep (day): 31 (run): 3839 384: Radiation calculated for : 30. Apr 2100 17:56:15 384: Greenhouse gas concentrations 30. Apr 2100 17:56:15 CO2 = 1132.8614 CH4 = 2417.43 N2O = 391.719 CFC = 51.57 209.11 0: MPIOM: current date: 2100-04-30 23:15:00 begin of timestep (day): 32 (run): 3840 384: Radiation calculated for : 30. Apr 2100 19:56:15 384: Greenhouse gas concentrations 30. Apr 2100 19:56:15 CO2 = 1132.8645 CH4 = 2417.42 N2O = 391.719 CFC = 51.57 209.11 384: Radiation calculated for : 30. Apr 2100 21:56:15 384: Greenhouse gas concentrations 30. Apr 2100 21:56:15 CO2 = 1132.8676 CH4 = 2417.42 N2O = 391.719 CFC = 51.57 209.11 384: Radiation calculated for : 30. Apr 2100 23:56:15 384: Greenhouse gas concentrations 30. Apr 2100 23:56:15 CO2 = 1132.8707 CH4 = 2417.42 N2O = 391.719 CFC = 51.57 209.11 384: hydrology_model: Water budget change: -1.311302185058594E-006 m3/s 384: hydrology_model: global discharge: 1433193.53223367 m3/s 384: hydrology_model: precip-evap (on ocean): -1316880.18647837 m3/s 384: water_budget_corr: P-E correction: -47743.1466383640 m3/s 384: water_budget_corr: slm/slf residuum: 58293.7016880547 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1807.51351287331 m3/s 384: water_budget_corr: awfre corrected: -1362815.81960387 m3/s 384: water_budget_corr: river discharge: 1433193.53223367 m3/s 384: water_budget_corr: water to ocean: 70377.7126297927 m3/s 384: Write GRIB1 output for : 30. Apr 2100 23:52:30 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210005.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 384: esm-ssp585-ocn-alk_EXP2_210005.01_accw accw 82 T T 384: esm-ssp585-ocn-alk_EXP2_210005.01_nitro nitro 80 T T 384: esm-ssp585-ocn-alk_EXP2_210005.01_echam spm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210005.01_echam glm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210005.01_echam g3bm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210005.01_co2 co2m 76 T T 0: MPIOM: current date: 2100-05-01 00:00:00 begin of timestep (day): 1 (run): 3841 384: esm-ssp585-ocn-alk_EXP2_210005.01_surf surfm 74 T T 384: esm-ssp585-ocn-alk_EXP2_210005.01_tracer tracerm 72 T T 384: esm-ssp585-ocn-alk_EXP2_210005.01_jsbach jsbachm 70 T T 384: esm-ssp585-ocn-alk_EXP2_210005.01_land landm 68 T T 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:4) 384: esm-ssp585-ocn-alk_EXP2_210005.01_veg vegm 66 T T 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:4) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:4) 384: esm-ssp585-ocn-alk_EXP2_210005.01_yasso yassom 64 T T 0: co2 = 1055.67448646134 , n2 = 801999.999998639 , o2 = 0: 196799.999863746 0: MPIOM: current date: 2100-05-01 00:45:00 begin of timestep (day): 2 (run): 3842 384: esm-ssp585-ocn-alk_EXP2_210005.01_echamday g3bday 62 T T 0: MPIOM: current date: 2100-05-01 01:30:00 begin of timestep (day): 3 (run): 3843 0: MPIOM: current date: 2100-05-01 02:15:00 begin of timestep (day): 4 (run): 3844 384: esm-ssp585-ocn-alk_EXP2_210005.01_jsbachday jsbachday 60 T T 0: MPIOM: current date: 2100-05-01 03:00:00 begin of timestep (day): 5 (run): 3845 384: esm-ssp585-ocn-alk_EXP2_210005.01_landday landday 58 T T 0: MPIOM: current date: 2100-05-01 03:45:00 begin of timestep (day): 6 (run): 3846 384: esm-ssp585-ocn-alk_EXP2_210005.01_vegday vegday 56 T T 384: 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.587466795611493E-011 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 0: MPIOM: current date: 2100-05-01 04:30:00 begin of timestep (day): 7 (run): 3847 0: MPIOM: current date: 2100-05-01 05:15:00 begin of timestep (day): 8 (run): 3848 0: MPIOM: current date: 2100-05-01 06:00:00 begin of timestep (day): 9 (run): 3849 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-01 06:45:00 begin of timestep (day): 10 (run): 3850 0: MPIOM: current date: 2100-05-01 07:30:00 begin of timestep (day): 11 (run): 3851 384: Radiation calculated for : 1. May 2100 01:56:15 384: Greenhouse gas concentrations 1. May 2100 01:56:15 CO2 = 1132.8738 CH4 = 2417.42 N2O = 391.719 CFC = 51.57 209.11 0: MPIOM: current date: 2100-05-01 08:15:00 begin of timestep (day): 12 (run): 3852 0: MPIOM: current date: 2100-05-01 09:00:00 begin of timestep (day): 13 (run): 3853 0: MPIOM: current date: 2100-05-01 09:45:00 begin of timestep (day): 14 (run): 3854 0: MPIOM: current date: 2100-05-01 10:30:00 begin of timestep (day): 15 (run): 3855 384: Radiation calculated for : 1. May 2100 03:56:15 384: Greenhouse gas concentrations 1. May 2100 03:56:15 CO2 = 1132.8770 CH4 = 2417.41 N2O = 391.719 CFC = 51.57 209.11 0: MPIOM: current date: 2100-05-01 11:15:00 begin of timestep (day): 16 (run): 3856 0: MPIOM: current date: 2100-05-01 12:00:00 begin of timestep (day): 17 (run): 3857 0: MPIOM: current date: 2100-05-01 12:45:00 begin of timestep (day): 18 (run): 3858 0: MPIOM: current date: 2100-05-01 13:30:00 begin of timestep (day): 19 (run): 3859 384: Radiation calculated for : 1. May 2100 05:56:15 384: Greenhouse gas concentrations 1. May 2100 05:56:15 CO2 = 1132.8801 CH4 = 2417.41 N2O = 391.720 CFC = 51.57 209.11 0: MPIOM: current date: 2100-05-01 14:15:00 begin of timestep (day): 20 (run): 3860 0: MPIOM: current date: 2100-05-01 15:00:00 begin of timestep (day): 21 (run): 3861 0: MPIOM: current date: 2100-05-01 15:45:00 begin of timestep (day): 22 (run): 3862 0: MPIOM: current date: 2100-05-01 16:30:00 begin of timestep (day): 23 (run): 3863 384: Radiation calculated for : 1. May 2100 07:56:15 384: Greenhouse gas concentrations 1. May 2100 07:56:15 CO2 = 1132.8832 CH4 = 2417.41 N2O = 391.720 CFC = 51.57 209.11 0: MPIOM: current date: 2100-05-01 17:15:00 begin of timestep (day): 24 (run): 3864 0: MPIOM: current date: 2100-05-01 18:00:00 begin of timestep (day): 25 (run): 3865 0: MPIOM: current date: 2100-05-01 18:45:00 begin of timestep (day): 26 (run): 3866 0: MPIOM: current date: 2100-05-01 19:30:00 begin of timestep (day): 27 (run): 3867 384: Radiation calculated for : 1. May 2100 09:56:15 384: Greenhouse gas concentrations 1. May 2100 09:56:15 CO2 = 1132.8863 CH4 = 2417.40 N2O = 391.720 CFC = 51.57 209.11 0: MPIOM: current date: 2100-05-01 20:15:00 begin of timestep (day): 28 (run): 3868 0: MPIOM: current date: 2100-05-01 21:00:00 begin of timestep (day): 29 (run): 3869 0: MPIOM: current date: 2100-05-01 21:45:00 begin of timestep (day): 30 (run): 3870 0: MPIOM: current date: 2100-05-01 22:30:00 begin of timestep (day): 31 (run): 3871 384: Radiation calculated for : 1. May 2100 11:56:15 384: Greenhouse gas concentrations 1. May 2100 11:56:15 CO2 = 1132.8894 CH4 = 2417.40 N2O = 391.720 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-01 23:15:00 begin of timestep (day): 32 (run): 3872 0: MPIOM: current date: 2100-05-02 00:00:00 begin of timestep (day): 1 (run): 3873 384: Radiation calculated for : 1. May 2100 13:56:15 384: Greenhouse gas concentrations 1. May 2100 13:56:15 CO2 = 1132.8925 CH4 = 2417.40 N2O = 391.720 CFC = 51.57 209.10 384: Radiation calculated for : 1. May 2100 15:56:15 384: Greenhouse gas concentrations 1. May 2100 15:56:15 CO2 = 1132.8957 CH4 = 2417.40 N2O = 391.720 CFC = 51.57 209.10 384: Radiation calculated for : 1. May 2100 17:56:15 384: Greenhouse gas concentrations 1. May 2100 17:56:15 CO2 = 1132.8988 CH4 = 2417.39 N2O = 391.720 CFC = 51.57 209.10 384: Radiation calculated for : 1. May 2100 19:56:15 384: Greenhouse gas concentrations 1. May 2100 19:56:15 CO2 = 1132.9019 CH4 = 2417.39 N2O = 391.720 CFC = 51.57 209.10 384: Radiation calculated for : 1. May 2100 21:56:15 384: Greenhouse gas concentrations 1. May 2100 21:56:15 CO2 = 1132.9050 CH4 = 2417.39 N2O = 391.720 CFC = 51.57 209.10 384: Radiation calculated for : 1. May 2100 23:56:15 384: Greenhouse gas concentrations 1. May 2100 23:56:15 CO2 = 1132.9081 CH4 = 2417.39 N2O = 391.720 CFC = 51.57 209.10 384: hydrology_model: Water budget change: 1.579523086547852E-006 m3/s 384: hydrology_model: global discharge: 1448865.20490237 m3/s 384: hydrology_model: precip-evap (on ocean): -1100252.28769832 m3/s 384: water_budget_corr: P-E correction: -43553.3271767415 m3/s 384: water_budget_corr: slm/slf residuum: 29878.1693621450 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1011.59991850289 m3/s 384: water_budget_corr: awfre corrected: -1142794.01495656 m3/s 384: water_budget_corr: river discharge: 1448865.20490237 m3/s 384: water_budget_corr: water to ocean: 306071.189945816 m3/s 384: Write GRIB1 output for : 1. May 2100 23:52:30 0: co2 = 1055.67513371000 , n2 = 801999.999957447 , o2 = 0: 196799.999839604 0: MPIOM: current date: 2100-05-02 00:45:00 begin of timestep (day): 2 (run): 3874 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.738766960444489E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-02 01:30:00 begin of timestep (day): 3 (run): 3875 384: Radiation calculated for : 2. May 2100 01:56:15 0: MPIOM: current date: 2100-05-02 02:15:00 begin of timestep (day): 4 (run): 3876 384: Greenhouse gas concentrations 2. May 2100 01:56:15 CO2 = 1132.9113 CH4 = 2417.38 N2O = 391.721 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-02 03:00:00 begin of timestep (day): 5 (run): 3877 0: MPIOM: current date: 2100-05-02 03:45:00 begin of timestep (day): 6 (run): 3878 0: MPIOM: current date: 2100-05-02 04:30:00 begin of timestep (day): 7 (run): 3879 384: Radiation calculated for : 2. May 2100 03:56:15 384: Greenhouse gas concentrations 2. May 2100 03:56:15 CO2 = 1132.9144 CH4 = 2417.38 N2O = 391.721 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-02 05:15:00 begin of timestep (day): 8 (run): 3880 0: MPIOM: current date: 2100-05-02 06:00:00 begin of timestep (day): 9 (run): 3881 0: MPIOM: current date: 2100-05-02 06:45:00 begin of timestep (day): 10 (run): 3882 0: MPIOM: current date: 2100-05-02 07:30:00 begin of timestep (day): 11 (run): 3883 0: MPIOM: current date: 2100-05-02 08:15:00 begin of timestep (day): 12 (run): 3884 384: Radiation calculated for : 2. May 2100 05:56:15 384: Greenhouse gas concentrations 2. May 2100 05:56:15 CO2 = 1132.9175 CH4 = 2417.38 N2O = 391.721 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-02 09:00:00 begin of timestep (day): 13 (run): 3885 0: MPIOM: current date: 2100-05-02 09:45:00 begin of timestep (day): 14 (run): 3886 0: MPIOM: current date: 2100-05-02 10:30:00 begin of timestep (day): 15 (run): 3887 0: MPIOM: current date: 2100-05-02 11:15:00 begin of timestep (day): 16 (run): 3888 384: Radiation calculated for : 2. May 2100 07:56:15 384: Greenhouse gas concentrations 2. May 2100 07:56:15 CO2 = 1132.9206 CH4 = 2417.37 N2O = 391.721 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-02 12:00:00 begin of timestep (day): 17 (run): 3889 0: MPIOM: current date: 2100-05-02 12:45:00 begin of timestep (day): 18 (run): 3890 0: MPIOM: current date: 2100-05-02 13:30:00 begin of timestep (day): 19 (run): 3891 0: MPIOM: current date: 2100-05-02 14:15:00 begin of timestep (day): 20 (run): 3892 384: Radiation calculated for : 2. May 2100 09:56:15 384: Greenhouse gas concentrations 2. May 2100 09:56:15 CO2 = 1132.9237 CH4 = 2417.37 N2O = 391.721 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-02 15:00:00 begin of timestep (day): 21 (run): 3893 0: MPIOM: current date: 2100-05-02 15:45:00 begin of timestep (day): 22 (run): 3894 0: MPIOM: current date: 2100-05-02 16:30:00 begin of timestep (day): 23 (run): 3895 0: MPIOM: current date: 2100-05-02 17:15:00 begin of timestep (day): 24 (run): 3896 384: Radiation calculated for : 2. May 2100 11:56:15 384: Greenhouse gas concentrations 2. May 2100 11:56:15 CO2 = 1132.9269 CH4 = 2417.37 N2O = 391.721 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-02 18:00:00 begin of timestep (day): 25 (run): 3897 0: MPIOM: current date: 2100-05-02 18:45:00 begin of timestep (day): 26 (run): 3898 0: MPIOM: current date: 2100-05-02 19:30:00 begin of timestep (day): 27 (run): 3899 0: MPIOM: current date: 2100-05-02 20:15:00 begin of timestep (day): 28 (run): 3900 384: Radiation calculated for : 2. May 2100 13:56:15 384: Greenhouse gas concentrations 2. May 2100 13:56:15 CO2 = 1132.9300 CH4 = 2417.37 N2O = 391.721 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-02 21:00:00 begin of timestep (day): 29 (run): 3901 0: MPIOM: current date: 2100-05-02 21:45:00 begin of timestep (day): 30 (run): 3902 0: MPIOM: current date: 2100-05-02 22:30:00 begin of timestep (day): 31 (run): 3903 0: MPIOM: current date: 2100-05-02 23:15:00 begin of timestep (day): 32 (run): 3904 384: Radiation calculated for : 2. May 2100 15:56:15 384: Greenhouse gas concentrations 2. May 2100 15:56:15 CO2 = 1132.9331 CH4 = 2417.36 N2O = 391.721 CFC = 51.57 209.10 0: MPIOM: current date: 2100-05-03 00:00:00 begin of timestep (day): 1 (run): 3905 384: Radiation calculated for : 2. May 2100 17:56:15 384: Greenhouse gas concentrations 2. May 2100 17:56:15 CO2 = 1132.9362 CH4 = 2417.36 N2O = 391.721 CFC = 51.57 209.10 384: Radiation calculated for : 2. May 2100 19:56:15 384: Greenhouse gas concentrations 2. May 2100 19:56:15 CO2 = 1132.9393 CH4 = 2417.36 N2O = 391.722 CFC = 51.57 209.10 384: Radiation calculated for : 2. May 2100 21:56:15 384: Greenhouse gas concentrations 2. May 2100 21:56:15 CO2 = 1132.9424 CH4 = 2417.35 N2O = 391.722 CFC = 51.57 209.09 384: Radiation calculated for : 2. May 2100 23:56:15 384: Greenhouse gas concentrations 2. May 2100 23:56:15 CO2 = 1132.9456 CH4 = 2417.35 N2O = 391.722 CFC = 51.57 209.09 384: hydrology_model: Water budget change: 1.460313796997070E-006 m3/s 384: hydrology_model: global discharge: 1444267.65694640 m3/s 384: hydrology_model: precip-evap (on ocean): -982718.308669884 m3/s 384: water_budget_corr: P-E correction: -45801.4866210360 m3/s 384: water_budget_corr: slm/slf residuum: 51060.3532103023 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1957.62001024015 m3/s 384: water_budget_corr: awfre corrected: -1026562.17528069 m3/s 384: water_budget_corr: river discharge: 1444267.65694640 m3/s 384: water_budget_corr: water to ocean: 417705.481665722 m3/s 384: Write GRIB1 output for : 2. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.774918553168763E-011 kg m-2 s-1 0: co2 = 1055.60903002080 , n2 = 801999.999931848 , o2 = 0: 196799.999715202 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-03 00:45:00 begin of timestep (day): 2 (run): 3906 0: MPIOM: current date: 2100-05-03 01:30:00 begin of timestep (day): 3 (run): 3907 384: Radiation calculated for : 3. May 2100 01:56:15 384: Greenhouse gas concentrations 3. May 2100 01:56:15 CO2 = 1132.9487 CH4 = 2417.35 N2O = 391.722 CFC = 51.57 209.09 0: MPIOM: current date: 2100-05-03 02:15:00 begin of timestep (day): 4 (run): 3908 0: MPIOM: current date: 2100-05-03 03:00:00 begin of timestep (day): 5 (run): 3909 0: MPIOM: current date: 2100-05-03 03:45:00 begin of timestep (day): 6 (run): 3910 0: MPIOM: current date: 2100-05-03 04:30:00 begin of timestep (day): 7 (run): 3911 384: Radiation calculated for : 3. May 2100 03:56:15 384: Greenhouse gas concentrations 3. May 2100 03:56:15 CO2 = 1132.9518 CH4 = 2417.35 N2O = 391.722 CFC = 51.57 209.09 0: MPIOM: current date: 2100-05-03 05:15:00 begin of timestep (day): 8 (run): 3912 0: MPIOM: current date: 2100-05-03 06:00:00 begin of timestep (day): 9 (run): 3913 0: MPIOM: current date: 2100-05-03 06:45:00 begin of timestep (day): 10 (run): 3914 0: MPIOM: current date: 2100-05-03 07:30:00 begin of timestep (day): 11 (run): 3915 384: Radiation calculated for : 3. May 2100 05:56:15 384: Greenhouse gas concentrations 3. May 2100 05:56:15 CO2 = 1132.9549 CH4 = 2417.34 N2O = 391.722 CFC = 51.57 209.09 0: MPIOM: current date: 2100-05-03 08:15:00 begin of timestep (day): 12 (run): 3916 0: MPIOM: current date: 2100-05-03 09:00:00 begin of timestep (day): 13 (run): 3917 0: MPIOM: current date: 2100-05-03 09:45:00 begin of timestep (day): 14 (run): 3918 0: MPIOM: current date: 2100-05-03 10:30:00 begin of timestep (day): 15 (run): 3919 384: Radiation calculated for : 3. May 2100 07:56:15 384: Greenhouse gas concentrations 3. May 2100 07:56:15 CO2 = 1132.9580 CH4 = 2417.34 N2O = 391.722 CFC = 51.57 209.09 0: MPIOM: current date: 2100-05-03 11:15:00 begin of timestep (day): 16 (run): 3920 0: MPIOM: current date: 2100-05-03 12:00:00 begin of timestep (day): 17 (run): 3921 0: MPIOM: current date: 2100-05-03 12:45:00 begin of timestep (day): 18 (run): 3922 0: MPIOM: current date: 2100-05-03 13:30:00 begin of timestep (day): 19 (run): 3923 384: Radiation calculated for : 3. May 2100 09:56:15 384: Greenhouse gas concentrations 3. May 2100 09:56:15 CO2 = 1132.9612 CH4 = 2417.34 N2O = 391.722 CFC = 51.56 209.09 0: MPIOM: current date: 2100-05-03 14:15:00 begin of timestep (day): 20 (run): 3924 0: MPIOM: current date: 2100-05-03 15:00:00 begin of timestep (day): 21 (run): 3925 0: MPIOM: current date: 2100-05-03 15:45:00 begin of timestep (day): 22 (run): 3926 0: MPIOM: current date: 2100-05-03 16:30:00 begin of timestep (day): 23 (run): 3927 384: Radiation calculated for : 3. May 2100 11:56:15 384: Greenhouse gas concentrations 3. May 2100 11:56:15 CO2 = 1132.9643 CH4 = 2417.33 N2O = 391.722 CFC = 51.56 209.09 0: MPIOM: current date: 2100-05-03 17:15:00 begin of timestep (day): 24 (run): 3928 0: MPIOM: current date: 2100-05-03 18:00:00 begin of timestep (day): 25 (run): 3929 0: MPIOM: current date: 2100-05-03 18:45:00 begin of timestep (day): 26 (run): 3930 0: MPIOM: current date: 2100-05-03 19:30:00 begin of timestep (day): 27 (run): 3931 384: Radiation calculated for : 3. May 2100 13:56:15 384: Greenhouse gas concentrations 3. May 2100 13:56:15 CO2 = 1132.9674 CH4 = 2417.33 N2O = 391.722 CFC = 51.56 209.09 0: MPIOM: current date: 2100-05-03 20:15:00 begin of timestep (day): 28 (run): 3932 0: MPIOM: current date: 2100-05-03 21:00:00 begin of timestep (day): 29 (run): 3933 0: MPIOM: current date: 2100-05-03 21:45:00 begin of timestep (day): 30 (run): 3934 0: MPIOM: current date: 2100-05-03 22:30:00 begin of timestep (day): 31 (run): 3935 384: Radiation calculated for : 3. May 2100 15:56:15 384: Greenhouse gas concentrations 3. May 2100 15:56:15 CO2 = 1132.9705 CH4 = 2417.33 N2O = 391.723 CFC = 51.56 209.09 0: MPIOM: current date: 2100-05-03 23:15:00 begin of timestep (day): 32 (run): 3936 0: MPIOM: current date: 2100-05-04 00:00:00 begin of timestep (day): 1 (run): 3937 384: Radiation calculated for : 3. May 2100 17:56:15 384: Greenhouse gas concentrations 3. May 2100 17:56:15 CO2 = 1132.9736 CH4 = 2417.33 N2O = 391.723 CFC = 51.56 209.09 384: Radiation calculated for : 3. May 2100 19:56:15 384: Greenhouse gas concentrations 3. May 2100 19:56:15 CO2 = 1132.9768 CH4 = 2417.32 N2O = 391.723 CFC = 51.56 209.09 384: Radiation calculated for : 3. May 2100 21:56:15 384: Greenhouse gas concentrations 3. May 2100 21:56:15 CO2 = 1132.9799 CH4 = 2417.32 N2O = 391.723 CFC = 51.56 209.09 384: Radiation calculated for : 3. May 2100 23:56:15 384: Greenhouse gas concentrations 3. May 2100 23:56:15 CO2 = 1132.9830 CH4 = 2417.32 N2O = 391.723 CFC = 51.56 209.09 384: hydrology_model: Water budget change: 1.490116119384766E-007 m3/s 384: hydrology_model: global discharge: 1475295.12870768 m3/s 384: hydrology_model: precip-evap (on ocean): -618824.329645094 m3/s 384: water_budget_corr: P-E correction: -56320.8043172613 m3/s 384: water_budget_corr: slm/slf residuum: 65793.9440569439 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -458.731351877432 m3/s 384: water_budget_corr: awfre corrected: -675603.865314228 m3/s 384: water_budget_corr: river discharge: 1475295.12870768 m3/s 384: water_budget_corr: water to ocean: 799691.263393443 m3/s 384: Write GRIB1 output for : 3. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.234726239624988E-010 kg m-2 s-1 0: co2 = 1055.59053077764 , n2 = 801999.999937492 , o2 = 0: 196799.999757207 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-04 00:45:00 begin of timestep (day): 2 (run): 3938 0: MPIOM: current date: 2100-05-04 01:30:00 begin of timestep (day): 3 (run): 3939 384: Radiation calculated for : 4. May 2100 01:56:15 384: Greenhouse gas concentrations 4. May 2100 01:56:15 CO2 = 1132.9861 CH4 = 2417.32 N2O = 391.723 CFC = 51.56 209.09 0: MPIOM: current date: 2100-05-04 02:15:00 begin of timestep (day): 4 (run): 3940 0: MPIOM: current date: 2100-05-04 03:00:00 begin of timestep (day): 5 (run): 3941 0: MPIOM: current date: 2100-05-04 03:45:00 begin of timestep (day): 6 (run): 3942 0: MPIOM: current date: 2100-05-04 04:30:00 begin of timestep (day): 7 (run): 3943 384: Radiation calculated for : 4. May 2100 03:56:15 384: Greenhouse gas concentrations 4. May 2100 03:56:15 CO2 = 1132.9892 CH4 = 2417.31 N2O = 391.723 CFC = 51.56 209.09 0: MPIOM: current date: 2100-05-04 05:15:00 begin of timestep (day): 8 (run): 3944 0: MPIOM: current date: 2100-05-04 06:00:00 begin of timestep (day): 9 (run): 3945 0: MPIOM: current date: 2100-05-04 06:45:00 begin of timestep (day): 10 (run): 3946 0: MPIOM: current date: 2100-05-04 07:30:00 begin of timestep (day): 11 (run): 3947 384: Radiation calculated for : 4. May 2100 05:56:15 384: Greenhouse gas concentrations 4. May 2100 05:56:15 CO2 = 1132.9923 CH4 = 2417.31 N2O = 391.723 CFC = 51.56 209.09 0: MPIOM: current date: 2100-05-04 08:15:00 begin of timestep (day): 12 (run): 3948 0: MPIOM: current date: 2100-05-04 09:00:00 begin of timestep (day): 13 (run): 3949 0: MPIOM: current date: 2100-05-04 09:45:00 begin of timestep (day): 14 (run): 3950 0: MPIOM: current date: 2100-05-04 10:30:00 begin of timestep (day): 15 (run): 3951 384: Radiation calculated for : 4. May 2100 07:56:15 384: Greenhouse gas concentrations 4. May 2100 07:56:15 CO2 = 1132.9955 CH4 = 2417.31 N2O = 391.723 CFC = 51.56 209.09 0: MPIOM: current date: 2100-05-04 11:15:00 begin of timestep (day): 16 (run): 3952 0: MPIOM: current date: 2100-05-04 12:00:00 begin of timestep (day): 17 (run): 3953 0: MPIOM: current date: 2100-05-04 12:45:00 begin of timestep (day): 18 (run): 3954 0: MPIOM: current date: 2100-05-04 13:30:00 begin of timestep (day): 19 (run): 3955 384: Radiation calculated for : 4. May 2100 09:56:15 384: Greenhouse gas concentrations 4. May 2100 09:56:15 CO2 = 1132.9986 CH4 = 2417.30 N2O = 391.724 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-04 14:15:00 begin of timestep (day): 20 (run): 3956 0: MPIOM: current date: 2100-05-04 15:00:00 begin of timestep (day): 21 (run): 3957 0: MPIOM: current date: 2100-05-04 15:45:00 begin of timestep (day): 22 (run): 3958 384: Radiation calculated for : 4. May 2100 11:56:15 384: Greenhouse gas concentrations 4. May 2100 11:56:15 CO2 = 1133.0017 CH4 = 2417.30 N2O = 391.724 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-04 16:30:00 begin of timestep (day): 23 (run): 3959 0: MPIOM: current date: 2100-05-04 17:15:00 begin of timestep (day): 24 (run): 3960 0: MPIOM: current date: 2100-05-04 18:00:00 begin of timestep (day): 25 (run): 3961 0: MPIOM: current date: 2100-05-04 18:45:00 begin of timestep (day): 26 (run): 3962 384: Radiation calculated for : 4. May 2100 13:56:15 384: Greenhouse gas concentrations 4. May 2100 13:56:15 CO2 = 1133.0048 CH4 = 2417.30 N2O = 391.724 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-04 19:30:00 begin of timestep (day): 27 (run): 3963 0: MPIOM: current date: 2100-05-04 20:15:00 begin of timestep (day): 28 (run): 3964 0: MPIOM: current date: 2100-05-04 21:00:00 begin of timestep (day): 29 (run): 3965 0: MPIOM: current date: 2100-05-04 21:45:00 begin of timestep (day): 30 (run): 3966 0: MPIOM: current date: 2100-05-04 22:30:00 begin of timestep (day): 31 (run): 3967 384: Radiation calculated for : 4. May 2100 15:56:15 384: Greenhouse gas concentrations 4. May 2100 15:56:15 CO2 = 1133.0079 CH4 = 2417.30 N2O = 391.724 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-04 23:15:00 begin of timestep (day): 32 (run): 3968 0: MPIOM: current date: 2100-05-05 00:00:00 begin of timestep (day): 1 (run): 3969 384: Radiation calculated for : 4. May 2100 17:56:15 384: Greenhouse gas concentrations 4. May 2100 17:56:15 CO2 = 1133.0111 CH4 = 2417.29 N2O = 391.724 CFC = 51.56 209.08 384: Radiation calculated for : 4. May 2100 19:56:15 384: Greenhouse gas concentrations 4. May 2100 19:56:15 CO2 = 1133.0142 CH4 = 2417.29 N2O = 391.724 CFC = 51.56 209.08 384: Radiation calculated for : 4. May 2100 21:56:15 384: Greenhouse gas concentrations 4. May 2100 21:56:15 CO2 = 1133.0173 CH4 = 2417.29 N2O = 391.724 CFC = 51.56 209.08 384: Radiation calculated for : 4. May 2100 23:56:15 384: Greenhouse gas concentrations 4. May 2100 23:56:15 CO2 = 1133.0204 CH4 = 2417.28 N2O = 391.724 CFC = 51.56 209.08 384: hydrology_model: Water budget change: 5.662441253662109E-007 m3/s 384: hydrology_model: global discharge: 1466444.15672195 m3/s 384: hydrology_model: precip-evap (on ocean): -214430.265899006 m3/s 384: water_budget_corr: P-E correction: -42445.9542954663 m3/s 384: water_budget_corr: slm/slf residuum: 54901.7353728998 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -4405.75853468958 m3/s 384: water_budget_corr: awfre corrected: -261281.978729161 m3/s 384: water_budget_corr: river discharge: 1466444.15672195 m3/s 384: water_budget_corr: water to ocean: 1205162.17799279 m3/s 384: Write GRIB1 output for : 4. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -9.639018978284345E-011 kg m-2 s-1 0: co2 = 1055.56666763860 , n2 = 801999.999977909 , o2 = 0: 196799.999822239 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-05 00:45:00 begin of timestep (day): 2 (run): 3970 0: MPIOM: current date: 2100-05-05 01:30:00 begin of timestep (day): 3 (run): 3971 384: Radiation calculated for : 5. May 2100 01:56:15 384: Greenhouse gas concentrations 5. May 2100 01:56:15 CO2 = 1133.0235 CH4 = 2417.28 N2O = 391.724 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-05 02:15:00 begin of timestep (day): 4 (run): 3972 0: MPIOM: current date: 2100-05-05 03:00:00 begin of timestep (day): 5 (run): 3973 0: MPIOM: current date: 2100-05-05 03:45:00 begin of timestep (day): 6 (run): 3974 0: MPIOM: current date: 2100-05-05 04:30:00 begin of timestep (day): 7 (run): 3975 384: Radiation calculated for : 5. May 2100 03:56:15 384: Greenhouse gas concentrations 5. May 2100 03:56:15 CO2 = 1133.0267 CH4 = 2417.28 N2O = 391.725 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-05 05:15:00 begin of timestep (day): 8 (run): 3976 0: MPIOM: current date: 2100-05-05 06:00:00 begin of timestep (day): 9 (run): 3977 0: MPIOM: current date: 2100-05-05 06:45:00 begin of timestep (day): 10 (run): 3978 0: MPIOM: current date: 2100-05-05 07:30:00 begin of timestep (day): 11 (run): 3979 384: Radiation calculated for : 5. May 2100 05:56:15 384: Greenhouse gas concentrations 5. May 2100 05:56:15 CO2 = 1133.0298 CH4 = 2417.28 N2O = 391.725 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-05 08:15:00 begin of timestep (day): 12 (run): 3980 0: MPIOM: current date: 2100-05-05 09:00:00 begin of timestep (day): 13 (run): 3981 0: MPIOM: current date: 2100-05-05 09:45:00 begin of timestep (day): 14 (run): 3982 0: MPIOM: current date: 2100-05-05 10:30:00 begin of timestep (day): 15 (run): 3983 384: Radiation calculated for : 5. May 2100 07:56:15 384: Greenhouse gas concentrations 5. May 2100 07:56:15 CO2 = 1133.0329 CH4 = 2417.27 N2O = 391.725 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-05 11:15:00 begin of timestep (day): 16 (run): 3984 0: MPIOM: current date: 2100-05-05 12:00:00 begin of timestep (day): 17 (run): 3985 0: MPIOM: current date: 2100-05-05 12:45:00 begin of timestep (day): 18 (run): 3986 0: MPIOM: current date: 2100-05-05 13:30:00 begin of timestep (day): 19 (run): 3987 384: Radiation calculated for : 5. May 2100 09:56:15 384: Greenhouse gas concentrations 5. May 2100 09:56:15 CO2 = 1133.0360 CH4 = 2417.27 N2O = 391.725 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-05 14:15:00 begin of timestep (day): 20 (run): 3988 0: MPIOM: current date: 2100-05-05 15:00:00 begin of timestep (day): 21 (run): 3989 0: MPIOM: current date: 2100-05-05 15:45:00 begin of timestep (day): 22 (run): 3990 0: MPIOM: current date: 2100-05-05 16:30:00 begin of timestep (day): 23 (run): 3991 384: Radiation calculated for : 5. May 2100 11:56:15 384: Greenhouse gas concentrations 5. May 2100 11:56:15 CO2 = 1133.0391 CH4 = 2417.27 N2O = 391.725 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-05 17:15:00 begin of timestep (day): 24 (run): 3992 0: MPIOM: current date: 2100-05-05 18:00:00 begin of timestep (day): 25 (run): 3993 0: MPIOM: current date: 2100-05-05 18:45:00 begin of timestep (day): 26 (run): 3994 0: MPIOM: current date: 2100-05-05 19:30:00 begin of timestep (day): 27 (run): 3995 384: Radiation calculated for : 5. May 2100 13:56:15 384: Greenhouse gas concentrations 5. May 2100 13:56:15 CO2 = 1133.0422 CH4 = 2417.27 N2O = 391.725 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-05 20:15:00 begin of timestep (day): 28 (run): 3996 0: MPIOM: current date: 2100-05-05 21:00:00 begin of timestep (day): 29 (run): 3997 0: MPIOM: current date: 2100-05-05 21:45:00 begin of timestep (day): 30 (run): 3998 0: MPIOM: current date: 2100-05-05 22:30:00 begin of timestep (day): 31 (run): 3999 384: Radiation calculated for : 5. May 2100 15:56:15 384: Greenhouse gas concentrations 5. May 2100 15:56:15 CO2 = 1133.0454 CH4 = 2417.26 N2O = 391.725 CFC = 51.56 209.08 0: MPIOM: current date: 2100-05-05 23:15:00 begin of timestep (day): 32 (run): 4000 0: MPIOM: current date: 2100-05-06 00:00:00 begin of timestep (day): 1 (run): 4001 384: Radiation calculated for : 5. May 2100 17:56:15 384: Greenhouse gas concentrations 5. May 2100 17:56:15 CO2 = 1133.0485 CH4 = 2417.26 N2O = 391.725 CFC = 51.56 209.08 384: Radiation calculated for : 5. May 2100 19:56:15 384: Greenhouse gas concentrations 5. May 2100 19:56:15 CO2 = 1133.0516 CH4 = 2417.26 N2O = 391.725 CFC = 51.56 209.08 384: Radiation calculated for : 5. May 2100 21:56:15 384: Greenhouse gas concentrations 5. May 2100 21:56:15 CO2 = 1133.0547 CH4 = 2417.25 N2O = 391.725 CFC = 51.56 209.07 384: Radiation calculated for : 5. May 2100 23:56:15 384: Greenhouse gas concentrations 5. May 2100 23:56:15 CO2 = 1133.0578 CH4 = 2417.25 N2O = 391.726 CFC = 51.56 209.07 384: hydrology_model: Water budget change: -1.579523086547852E-006 m3/s 384: hydrology_model: global discharge: 1494697.29784756 m3/s 384: hydrology_model: precip-evap (on ocean): -637435.083972768 m3/s 384: water_budget_corr: P-E correction: -37521.5398427152 m3/s 384: water_budget_corr: slm/slf residuum: 54638.6176466716 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3964.80631905936 m3/s 384: water_budget_corr: awfre corrected: -678921.430134543 m3/s 384: water_budget_corr: river discharge: 1494697.29784756 m3/s 384: water_budget_corr: water to ocean: 815775.867713031 m3/s 384: Write GRIB1 output for : 5. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.431709848868192E-012 kg m-2 s-1 0: co2 = 1055.56451160530 , n2 = 802000.000038257 , o2 = 0: 196799.999875185 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-06 00:45:00 begin of timestep (day): 2 (run): 4002 0: MPIOM: current date: 2100-05-06 01:30:00 begin of timestep (day): 3 (run): 4003 384: Radiation calculated for : 6. May 2100 01:56:15 384: Greenhouse gas concentrations 6. May 2100 01:56:15 CO2 = 1133.0610 CH4 = 2417.25 N2O = 391.726 CFC = 51.56 209.07 0: MPIOM: current date: 2100-05-06 02:15:00 begin of timestep (day): 4 (run): 4004 0: MPIOM: current date: 2100-05-06 03:00:00 begin of timestep (day): 5 (run): 4005 0: MPIOM: current date: 2100-05-06 03:45:00 begin of timestep (day): 6 (run): 4006 0: MPIOM: current date: 2100-05-06 04:30:00 begin of timestep (day): 7 (run): 4007 384: Radiation calculated for : 6. May 2100 03:56:15 384: Greenhouse gas concentrations 6. May 2100 03:56:15 CO2 = 1133.0641 CH4 = 2417.25 N2O = 391.726 CFC = 51.56 209.07 0: MPIOM: current date: 2100-05-06 05:15:00 begin of timestep (day): 8 (run): 4008 0: MPIOM: current date: 2100-05-06 06:00:00 begin of timestep (day): 9 (run): 4009 0: MPIOM: current date: 2100-05-06 06:45:00 begin of timestep (day): 10 (run): 4010 0: MPIOM: current date: 2100-05-06 07:30:00 begin of timestep (day): 11 (run): 4011 384: Radiation calculated for : 6. May 2100 05:56:15 384: Greenhouse gas concentrations 6. May 2100 05:56:15 CO2 = 1133.0672 CH4 = 2417.24 N2O = 391.726 CFC = 51.56 209.07 0: MPIOM: current date: 2100-05-06 08:15:00 begin of timestep (day): 12 (run): 4012 0: MPIOM: current date: 2100-05-06 09:00:00 begin of timestep (day): 13 (run): 4013 0: MPIOM: current date: 2100-05-06 09:45:00 begin of timestep (day): 14 (run): 4014 0: MPIOM: current date: 2100-05-06 10:30:00 begin of timestep (day): 15 (run): 4015 384: Radiation calculated for : 6. May 2100 07:56:15 384: Greenhouse gas concentrations 6. May 2100 07:56:15 CO2 = 1133.0703 CH4 = 2417.24 N2O = 391.726 CFC = 51.56 209.07 0: MPIOM: current date: 2100-05-06 11:15:00 begin of timestep (day): 16 (run): 4016 0: MPIOM: current date: 2100-05-06 12:00:00 begin of timestep (day): 17 (run): 4017 0: MPIOM: current date: 2100-05-06 12:45:00 begin of timestep (day): 18 (run): 4018 0: MPIOM: current date: 2100-05-06 13:30:00 begin of timestep (day): 19 (run): 4019 384: Radiation calculated for : 6. May 2100 09:56:15 384: Greenhouse gas concentrations 6. May 2100 09:56:15 CO2 = 1133.0734 CH4 = 2417.24 N2O = 391.726 CFC = 51.56 209.07 0: MPIOM: current date: 2100-05-06 14:15:00 begin of timestep (day): 20 (run): 4020 0: MPIOM: current date: 2100-05-06 15:00:00 begin of timestep (day): 21 (run): 4021 0: MPIOM: current date: 2100-05-06 15:45:00 begin of timestep (day): 22 (run): 4022 0: MPIOM: current date: 2100-05-06 16:30:00 begin of timestep (day): 23 (run): 4023 384: Radiation calculated for : 6. May 2100 11:56:15 384: Greenhouse gas concentrations 6. May 2100 11:56:15 CO2 = 1133.0765 CH4 = 2417.23 N2O = 391.726 CFC = 51.56 209.07 0: MPIOM: current date: 2100-05-06 17:15:00 begin of timestep (day): 24 (run): 4024 0: MPIOM: current date: 2100-05-06 18:00:00 begin of timestep (day): 25 (run): 4025 0: MPIOM: current date: 2100-05-06 18:45:00 begin of timestep (day): 26 (run): 4026 0: MPIOM: current date: 2100-05-06 19:30:00 begin of timestep (day): 27 (run): 4027 384: Radiation calculated for : 6. May 2100 13:56:15 384: Greenhouse gas concentrations 6. May 2100 13:56:15 CO2 = 1133.0797 CH4 = 2417.23 N2O = 391.726 CFC = 51.56 209.07 0: MPIOM: current date: 2100-05-06 20:15:00 begin of timestep (day): 28 (run): 4028 0: MPIOM: current date: 2100-05-06 21:00:00 begin of timestep (day): 29 (run): 4029 0: MPIOM: current date: 2100-05-06 21:45:00 begin of timestep (day): 30 (run): 4030 0: MPIOM: current date: 2100-05-06 22:30:00 begin of timestep (day): 31 (run): 4031 384: Radiation calculated for : 6. May 2100 15:56:15 384: Greenhouse gas concentrations 6. May 2100 15:56:15 CO2 = 1133.0828 CH4 = 2417.23 N2O = 391.726 CFC = 51.56 209.07 0: MPIOM: current date: 2100-05-06 23:15:00 begin of timestep (day): 32 (run): 4032 0: MPIOM: current date: 2100-05-07 00:00:00 begin of timestep (day): 1 (run): 4033 384: Radiation calculated for : 6. May 2100 17:56:15 384: Greenhouse gas concentrations 6. May 2100 17:56:15 CO2 = 1133.0859 CH4 = 2417.23 N2O = 391.727 CFC = 51.55 209.07 384: Radiation calculated for : 6. May 2100 19:56:15 384: Greenhouse gas concentrations 6. May 2100 19:56:15 CO2 = 1133.0890 CH4 = 2417.22 N2O = 391.727 CFC = 51.55 209.07 384: Radiation calculated for : 6. May 2100 21:56:15 384: Greenhouse gas concentrations 6. May 2100 21:56:15 CO2 = 1133.0921 CH4 = 2417.22 N2O = 391.727 CFC = 51.55 209.07 384: Radiation calculated for : 6. May 2100 23:56:15 384: Greenhouse gas concentrations 6. May 2100 23:56:15 CO2 = 1133.0953 CH4 = 2417.22 N2O = 391.727 CFC = 51.55 209.07 384: hydrology_model: Water budget change: 1.102685928344727E-006 m3/s 384: hydrology_model: global discharge: 1491572.14273485 m3/s 384: hydrology_model: precip-evap (on ocean): -943476.732518617 m3/s 384: water_budget_corr: P-E correction: -40289.9900844690 m3/s 384: water_budget_corr: slm/slf residuum: 60628.3358084068 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -36.0228841350050 m3/s 384: water_budget_corr: awfre corrected: -983802.745487222 m3/s 384: water_budget_corr: river discharge: 1491572.14273485 m3/s 384: water_budget_corr: water to ocean: 507769.397247631 m3/s 384: Write GRIB1 output for : 6. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 7.886869145537121E-011 kg m-2 s-1 0: co2 = 1055.53487340677 , n2 = 802000.000035514 , o2 = 0: 196799.999883162 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-07 00:45:00 begin of timestep (day): 2 (run): 4034 0: MPIOM: current date: 2100-05-07 01:30:00 begin of timestep (day): 3 (run): 4035 384: Radiation calculated for : 7. May 2100 01:56:15 384: Greenhouse gas concentrations 7. May 2100 01:56:15 CO2 = 1133.0984 CH4 = 2417.22 N2O = 391.727 CFC = 51.55 209.07 0: MPIOM: current date: 2100-05-07 02:15:00 begin of timestep (day): 4 (run): 4036 0: MPIOM: current date: 2100-05-07 03:00:00 begin of timestep (day): 5 (run): 4037 0: MPIOM: current date: 2100-05-07 03:45:00 begin of timestep (day): 6 (run): 4038 0: MPIOM: current date: 2100-05-07 04:30:00 begin of timestep (day): 7 (run): 4039 384: Radiation calculated for : 7. May 2100 03:56:15 384: Greenhouse gas concentrations 7. May 2100 03:56:15 CO2 = 1133.1015 CH4 = 2417.21 N2O = 391.727 CFC = 51.55 209.07 0: MPIOM: current date: 2100-05-07 05:15:00 begin of timestep (day): 8 (run): 4040 0: MPIOM: current date: 2100-05-07 06:00:00 begin of timestep (day): 9 (run): 4041 0: MPIOM: current date: 2100-05-07 06:45:00 begin of timestep (day): 10 (run): 4042 384: Radiation calculated for : 7. May 2100 05:56:15 0: MPIOM: current date: 2100-05-07 07:30:00 begin of timestep (day): 11 (run): 4043 384: Greenhouse gas concentrations 7. May 2100 05:56:15 CO2 = 1133.1046 CH4 = 2417.21 N2O = 391.727 CFC = 51.55 209.07 0: MPIOM: current date: 2100-05-07 08:15:00 begin of timestep (day): 12 (run): 4044 0: MPIOM: current date: 2100-05-07 09:00:00 begin of timestep (day): 13 (run): 4045 0: MPIOM: current date: 2100-05-07 09:45:00 begin of timestep (day): 14 (run): 4046 384: Radiation calculated for : 7. May 2100 07:56:15 384: Greenhouse gas concentrations 7. May 2100 07:56:15 CO2 = 1133.1077 CH4 = 2417.21 N2O = 391.727 CFC = 51.55 209.07 0: MPIOM: current date: 2100-05-07 10:30:00 begin of timestep (day): 15 (run): 4047 0: MPIOM: current date: 2100-05-07 11:15:00 begin of timestep (day): 16 (run): 4048 0: MPIOM: current date: 2100-05-07 12:00:00 begin of timestep (day): 17 (run): 4049 0: MPIOM: current date: 2100-05-07 12:45:00 begin of timestep (day): 18 (run): 4050 0: MPIOM: current date: 2100-05-07 13:30:00 begin of timestep (day): 19 (run): 4051 384: Radiation calculated for : 7. May 2100 09:56:15 384: Greenhouse gas concentrations 7. May 2100 09:56:15 CO2 = 1133.1109 CH4 = 2417.20 N2O = 391.727 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-07 14:15:00 begin of timestep (day): 20 (run): 4052 0: MPIOM: current date: 2100-05-07 15:00:00 begin of timestep (day): 21 (run): 4053 0: MPIOM: current date: 2100-05-07 15:45:00 begin of timestep (day): 22 (run): 4054 0: MPIOM: current date: 2100-05-07 16:30:00 begin of timestep (day): 23 (run): 4055 384: Radiation calculated for : 7. May 2100 11:56:15 384: Greenhouse gas concentrations 7. May 2100 11:56:15 CO2 = 1133.1140 CH4 = 2417.20 N2O = 391.727 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-07 17:15:00 begin of timestep (day): 24 (run): 4056 0: MPIOM: current date: 2100-05-07 18:00:00 begin of timestep (day): 25 (run): 4057 0: MPIOM: current date: 2100-05-07 18:45:00 begin of timestep (day): 26 (run): 4058 384: Radiation calculated for : 7. May 2100 13:56:15 0: MPIOM: current date: 2100-05-07 19:30:00 begin of timestep (day): 27 (run): 4059 384: Greenhouse gas concentrations 7. May 2100 13:56:15 CO2 = 1133.1171 CH4 = 2417.20 N2O = 391.728 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-07 20:15:00 begin of timestep (day): 28 (run): 4060 0: MPIOM: current date: 2100-05-07 21:00:00 begin of timestep (day): 29 (run): 4061 0: MPIOM: current date: 2100-05-07 21:45:00 begin of timestep (day): 30 (run): 4062 0: MPIOM: current date: 2100-05-07 22:30:00 begin of timestep (day): 31 (run): 4063 384: Radiation calculated for : 7. May 2100 15:56:15 384: Greenhouse gas concentrations 7. May 2100 15:56:15 CO2 = 1133.1202 CH4 = 2417.20 N2O = 391.728 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-07 23:15:00 begin of timestep (day): 32 (run): 4064 0: MPIOM: current date: 2100-05-08 00:00:00 begin of timestep (day): 1 (run): 4065 384: Radiation calculated for : 7. May 2100 17:56:15 384: Greenhouse gas concentrations 7. May 2100 17:56:15 CO2 = 1133.1233 CH4 = 2417.19 N2O = 391.728 CFC = 51.55 209.06 384: Radiation calculated for : 7. May 2100 19:56:15 384: Greenhouse gas concentrations 7. May 2100 19:56:15 CO2 = 1133.1264 CH4 = 2417.19 N2O = 391.728 CFC = 51.55 209.06 384: Radiation calculated for : 7. May 2100 21:56:15 384: Greenhouse gas concentrations 7. May 2100 21:56:15 CO2 = 1133.1296 CH4 = 2417.19 N2O = 391.728 CFC = 51.55 209.06 384: Radiation calculated for : 7. May 2100 23:56:15 384: Greenhouse gas concentrations 7. May 2100 23:56:15 CO2 = 1133.1327 CH4 = 2417.18 N2O = 391.728 CFC = 51.55 209.06 384: hydrology_model: Water budget change: -8.940696716308594E-007 m3/s 384: hydrology_model: global discharge: 1518845.95193808 m3/s 384: hydrology_model: precip-evap (on ocean): -1956986.03967956 m3/s 384: water_budget_corr: P-E correction: -72958.2126105480 m3/s 384: water_budget_corr: slm/slf residuum: 43941.6830548214 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -911.809153169986 m3/s 384: water_budget_corr: awfre corrected: -2030856.06144328 m3/s 384: water_budget_corr: river discharge: 1518845.95193808 m3/s 384: water_budget_corr: water to ocean: -512010.109505188 m3/s 384: Write GRIB1 output for : 7. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.268243942284147E-011 kg m-2 s-1 0: co2 = 1055.48859197596 , n2 = 802000.000012915 , o2 = 0: 196799.999842886 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-08 00:45:00 begin of timestep (day): 2 (run): 4066 0: MPIOM: current date: 2100-05-08 01:30:00 begin of timestep (day): 3 (run): 4067 384: Radiation calculated for : 8. May 2100 01:56:15 384: Greenhouse gas concentrations 8. May 2100 01:56:15 CO2 = 1133.1358 CH4 = 2417.18 N2O = 391.728 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-08 02:15:00 begin of timestep (day): 4 (run): 4068 0: MPIOM: current date: 2100-05-08 03:00:00 begin of timestep (day): 5 (run): 4069 0: MPIOM: current date: 2100-05-08 03:45:00 begin of timestep (day): 6 (run): 4070 0: MPIOM: current date: 2100-05-08 04:30:00 begin of timestep (day): 7 (run): 4071 384: Radiation calculated for : 8. May 2100 03:56:15 384: Greenhouse gas concentrations 8. May 2100 03:56:15 CO2 = 1133.1389 CH4 = 2417.18 N2O = 391.728 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-08 05:15:00 begin of timestep (day): 8 (run): 4072 0: MPIOM: current date: 2100-05-08 06:00:00 begin of timestep (day): 9 (run): 4073 0: MPIOM: current date: 2100-05-08 06:45:00 begin of timestep (day): 10 (run): 4074 0: MPIOM: current date: 2100-05-08 07:30:00 begin of timestep (day): 11 (run): 4075 384: Radiation calculated for : 8. May 2100 05:56:15 384: Greenhouse gas concentrations 8. May 2100 05:56:15 CO2 = 1133.1420 CH4 = 2417.18 N2O = 391.728 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-08 08:15:00 begin of timestep (day): 12 (run): 4076 0: MPIOM: current date: 2100-05-08 09:00:00 begin of timestep (day): 13 (run): 4077 0: MPIOM: current date: 2100-05-08 09:45:00 begin of timestep (day): 14 (run): 4078 0: MPIOM: current date: 2100-05-08 10:30:00 begin of timestep (day): 15 (run): 4079 384: Radiation calculated for : 8. May 2100 07:56:15 384: Greenhouse gas concentrations 8. May 2100 07:56:15 CO2 = 1133.1452 CH4 = 2417.17 N2O = 391.729 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-08 11:15:00 begin of timestep (day): 16 (run): 4080 0: MPIOM: current date: 2100-05-08 12:00:00 begin of timestep (day): 17 (run): 4081 0: MPIOM: current date: 2100-05-08 12:45:00 begin of timestep (day): 18 (run): 4082 0: MPIOM: current date: 2100-05-08 13:30:00 begin of timestep (day): 19 (run): 4083 384: Radiation calculated for : 8. May 2100 09:56:15 384: Greenhouse gas concentrations 8. May 2100 09:56:15 CO2 = 1133.1483 CH4 = 2417.17 N2O = 391.729 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-08 14:15:00 begin of timestep (day): 20 (run): 4084 0: MPIOM: current date: 2100-05-08 15:00:00 begin of timestep (day): 21 (run): 4085 0: MPIOM: current date: 2100-05-08 15:45:00 begin of timestep (day): 22 (run): 4086 0: MPIOM: current date: 2100-05-08 16:30:00 begin of timestep (day): 23 (run): 4087 384: Radiation calculated for : 8. May 2100 11:56:15 384: Greenhouse gas concentrations 8. May 2100 11:56:15 CO2 = 1133.1514 CH4 = 2417.17 N2O = 391.729 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-08 17:15:00 begin of timestep (day): 24 (run): 4088 0: MPIOM: current date: 2100-05-08 18:00:00 begin of timestep (day): 25 (run): 4089 0: MPIOM: current date: 2100-05-08 18:45:00 begin of timestep (day): 26 (run): 4090 0: MPIOM: current date: 2100-05-08 19:30:00 begin of timestep (day): 27 (run): 4091 384: Radiation calculated for : 8. May 2100 13:56:15 384: Greenhouse gas concentrations 8. May 2100 13:56:15 CO2 = 1133.1545 CH4 = 2417.16 N2O = 391.729 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-08 20:15:00 begin of timestep (day): 28 (run): 4092 0: MPIOM: current date: 2100-05-08 21:00:00 begin of timestep (day): 29 (run): 4093 0: MPIOM: current date: 2100-05-08 21:45:00 begin of timestep (day): 30 (run): 4094 0: MPIOM: current date: 2100-05-08 22:30:00 begin of timestep (day): 31 (run): 4095 384: Radiation calculated for : 8. May 2100 15:56:15 384: Greenhouse gas concentrations 8. May 2100 15:56:15 CO2 = 1133.1576 CH4 = 2417.16 N2O = 391.729 CFC = 51.55 209.06 0: MPIOM: current date: 2100-05-08 23:15:00 begin of timestep (day): 32 (run): 4096 0: MPIOM: current date: 2100-05-09 00:00:00 begin of timestep (day): 1 (run): 4097 384: Radiation calculated for : 8. May 2100 17:56:15 384: Greenhouse gas concentrations 8. May 2100 17:56:15 CO2 = 1133.1608 CH4 = 2417.16 N2O = 391.729 CFC = 51.55 209.06 384: Radiation calculated for : 8. May 2100 19:56:15 384: Greenhouse gas concentrations 8. May 2100 19:56:15 CO2 = 1133.1639 CH4 = 2417.16 N2O = 391.729 CFC = 51.55 209.06 384: Radiation calculated for : 8. May 2100 21:56:15 384: Greenhouse gas concentrations 8. May 2100 21:56:15 CO2 = 1133.1670 CH4 = 2417.15 N2O = 391.729 CFC = 51.55 209.05 384: Radiation calculated for : 8. May 2100 23:56:15 384: Greenhouse gas concentrations 8. May 2100 23:56:15 CO2 = 1133.1701 CH4 = 2417.15 N2O = 391.729 CFC = 51.55 209.05 384: hydrology_model: Water budget change: 3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 1569978.79551195 m3/s 384: hydrology_model: precip-evap (on ocean): -1715863.49153426 m3/s 384: water_budget_corr: P-E correction: -55320.9660898817 m3/s 384: water_budget_corr: slm/slf residuum: 34728.4657196033 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3406.17893141363 m3/s 384: water_budget_corr: awfre corrected: -1774590.63655557 m3/s 384: water_budget_corr: river discharge: 1569978.79551195 m3/s 384: water_budget_corr: water to ocean: -204611.841043614 m3/s 384: Write GRIB1 output for : 8. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.269716695153490E-012 kg m-2 s-1 0: co2 = 1055.42021216089 , n2 = 802000.000020719 , o2 = 0: 196799.999880000 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-09 00:45:00 begin of timestep (day): 2 (run): 4098 0: MPIOM: current date: 2100-05-09 01:30:00 begin of timestep (day): 3 (run): 4099 384: Radiation calculated for : 9. May 2100 01:56:15 384: Greenhouse gas concentrations 9. May 2100 01:56:15 CO2 = 1133.1732 CH4 = 2417.15 N2O = 391.730 CFC = 51.55 209.05 0: MPIOM: current date: 2100-05-09 02:15:00 begin of timestep (day): 4 (run): 4100 0: MPIOM: current date: 2100-05-09 03:00:00 begin of timestep (day): 5 (run): 4101 0: MPIOM: current date: 2100-05-09 03:45:00 begin of timestep (day): 6 (run): 4102 0: MPIOM: current date: 2100-05-09 04:30:00 begin of timestep (day): 7 (run): 4103 384: Radiation calculated for : 9. May 2100 03:56:15 384: Greenhouse gas concentrations 9. May 2100 03:56:15 CO2 = 1133.1763 CH4 = 2417.15 N2O = 391.730 CFC = 51.55 209.05 0: MPIOM: current date: 2100-05-09 05:15:00 begin of timestep (day): 8 (run): 4104 0: MPIOM: current date: 2100-05-09 06:00:00 begin of timestep (day): 9 (run): 4105 0: MPIOM: current date: 2100-05-09 06:45:00 begin of timestep (day): 10 (run): 4106 0: MPIOM: current date: 2100-05-09 07:30:00 begin of timestep (day): 11 (run): 4107 384: Radiation calculated for : 9. May 2100 05:56:15 384: Greenhouse gas concentrations 9. May 2100 05:56:15 CO2 = 1133.1795 CH4 = 2417.14 N2O = 391.730 CFC = 51.55 209.05 0: MPIOM: current date: 2100-05-09 08:15:00 begin of timestep (day): 12 (run): 4108 0: MPIOM: current date: 2100-05-09 09:00:00 begin of timestep (day): 13 (run): 4109 0: MPIOM: current date: 2100-05-09 09:45:00 begin of timestep (day): 14 (run): 4110 0: MPIOM: current date: 2100-05-09 10:30:00 begin of timestep (day): 15 (run): 4111 384: Radiation calculated for : 9. May 2100 07:56:15 384: Greenhouse gas concentrations 9. May 2100 07:56:15 CO2 = 1133.1826 CH4 = 2417.14 N2O = 391.730 CFC = 51.55 209.05 0: MPIOM: current date: 2100-05-09 11:15:00 begin of timestep (day): 16 (run): 4112 0: MPIOM: current date: 2100-05-09 12:00:00 begin of timestep (day): 17 (run): 4113 0: MPIOM: current date: 2100-05-09 12:45:00 begin of timestep (day): 18 (run): 4114 0: MPIOM: current date: 2100-05-09 13:30:00 begin of timestep (day): 19 (run): 4115 384: Radiation calculated for : 9. May 2100 09:56:15 384: Greenhouse gas concentrations 9. May 2100 09:56:15 CO2 = 1133.1857 CH4 = 2417.14 N2O = 391.730 CFC = 51.55 209.05 0: MPIOM: current date: 2100-05-09 14:15:00 begin of timestep (day): 20 (run): 4116 0: MPIOM: current date: 2100-05-09 15:00:00 begin of timestep (day): 21 (run): 4117 0: MPIOM: current date: 2100-05-09 15:45:00 begin of timestep (day): 22 (run): 4118 0: MPIOM: current date: 2100-05-09 16:30:00 begin of timestep (day): 23 (run): 4119 384: Radiation calculated for : 9. May 2100 11:56:15 384: Greenhouse gas concentrations 9. May 2100 11:56:15 CO2 = 1133.1888 CH4 = 2417.13 N2O = 391.730 CFC = 51.55 209.05 0: MPIOM: current date: 2100-05-09 17:15:00 begin of timestep (day): 24 (run): 4120 0: MPIOM: current date: 2100-05-09 18:00:00 begin of timestep (day): 25 (run): 4121 0: MPIOM: current date: 2100-05-09 18:45:00 begin of timestep (day): 26 (run): 4122 0: MPIOM: current date: 2100-05-09 19:30:00 begin of timestep (day): 27 (run): 4123 384: Radiation calculated for : 9. May 2100 13:56:15 384: Greenhouse gas concentrations 9. May 2100 13:56:15 CO2 = 1133.1919 CH4 = 2417.13 N2O = 391.730 CFC = 51.55 209.05 0: MPIOM: current date: 2100-05-09 20:15:00 begin of timestep (day): 28 (run): 4124 0: MPIOM: current date: 2100-05-09 21:00:00 begin of timestep (day): 29 (run): 4125 0: MPIOM: current date: 2100-05-09 21:45:00 begin of timestep (day): 30 (run): 4126 0: MPIOM: current date: 2100-05-09 22:30:00 begin of timestep (day): 31 (run): 4127 384: Radiation calculated for : 9. May 2100 15:56:15 384: Greenhouse gas concentrations 9. May 2100 15:56:15 CO2 = 1133.1951 CH4 = 2417.13 N2O = 391.730 CFC = 51.55 209.05 0: MPIOM: current date: 2100-05-09 23:15:00 begin of timestep (day): 32 (run): 4128 0: MPIOM: current date: 2100-05-10 00:00:00 begin of timestep (day): 1 (run): 4129 384: Radiation calculated for : 9. May 2100 17:56:15 384: Greenhouse gas concentrations 9. May 2100 17:56:15 CO2 = 1133.1982 CH4 = 2417.13 N2O = 391.730 CFC = 51.55 209.05 384: Radiation calculated for : 9. May 2100 19:56:15 384: Greenhouse gas concentrations 9. May 2100 19:56:15 CO2 = 1133.2013 CH4 = 2417.12 N2O = 391.730 CFC = 51.55 209.05 384: Radiation calculated for : 9. May 2100 21:56:15 384: Greenhouse gas concentrations 9. May 2100 21:56:15 CO2 = 1133.2044 CH4 = 2417.12 N2O = 391.731 CFC = 51.55 209.05 384: Radiation calculated for : 9. May 2100 23:56:15 384: Greenhouse gas concentrations 9. May 2100 23:56:15 CO2 = 1133.2075 CH4 = 2417.12 N2O = 391.731 CFC = 51.54 209.05 384: hydrology_model: Water budget change: 2.384185791015625E-007 m3/s 384: hydrology_model: global discharge: 1534619.96696076 m3/s 384: hydrology_model: precip-evap (on ocean): -1251111.40334609 m3/s 384: water_budget_corr: P-E correction: -57008.6786847515 m3/s 384: water_budget_corr: slm/slf residuum: 17653.7589933087 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3883.27101894404 m3/s 384: water_budget_corr: awfre corrected: -1312003.35304979 m3/s 384: water_budget_corr: river discharge: 1534619.96696076 m3/s 384: water_budget_corr: water to ocean: 222616.613910975 m3/s 384: Write GRIB1 output for : 9. May 2100 23:52:30 0: co2 = 1055.34783215283 , n2 = 801999.999984462 , o2 = 0: 196799.999829544 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.529595000632546E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-10 00:45:00 begin of timestep (day): 2 (run): 4130 0: MPIOM: current date: 2100-05-10 01:30:00 begin of timestep (day): 3 (run): 4131 384: Radiation calculated for : 10. May 2100 01:56:15 384: Greenhouse gas concentrations 10. May 2100 01:56:15 CO2 = 1133.2107 CH4 = 2417.11 N2O = 391.731 CFC = 51.54 209.05 0: MPIOM: current date: 2100-05-10 02:15:00 begin of timestep (day): 4 (run): 4132 0: MPIOM: current date: 2100-05-10 03:00:00 begin of timestep (day): 5 (run): 4133 0: MPIOM: current date: 2100-05-10 03:45:00 begin of timestep (day): 6 (run): 4134 0: MPIOM: current date: 2100-05-10 04:30:00 begin of timestep (day): 7 (run): 4135 384: Radiation calculated for : 10. May 2100 03:56:15 384: Greenhouse gas concentrations 10. May 2100 03:56:15 CO2 = 1133.2138 CH4 = 2417.11 N2O = 391.731 CFC = 51.54 209.05 0: MPIOM: current date: 2100-05-10 05:15:00 begin of timestep (day): 8 (run): 4136 0: MPIOM: current date: 2100-05-10 06:00:00 begin of timestep (day): 9 (run): 4137 0: MPIOM: current date: 2100-05-10 06:45:00 begin of timestep (day): 10 (run): 4138 0: MPIOM: current date: 2100-05-10 07:30:00 begin of timestep (day): 11 (run): 4139 0: MPIOM: current date: 2100-05-10 08:15:00 begin of timestep (day): 12 (run): 4140 384: Radiation calculated for : 10. May 2100 05:56:15 384: Greenhouse gas concentrations 10. May 2100 05:56:15 CO2 = 1133.2169 CH4 = 2417.11 N2O = 391.731 CFC = 51.54 209.05 0: MPIOM: current date: 2100-05-10 09:00:00 begin of timestep (day): 13 (run): 4141 0: MPIOM: current date: 2100-05-10 09:45:00 begin of timestep (day): 14 (run): 4142 0: MPIOM: current date: 2100-05-10 10:30:00 begin of timestep (day): 15 (run): 4143 0: MPIOM: current date: 2100-05-10 11:15:00 begin of timestep (day): 16 (run): 4144 384: Radiation calculated for : 10. May 2100 07:56:15 384: Greenhouse gas concentrations 10. May 2100 07:56:15 CO2 = 1133.2200 CH4 = 2417.11 N2O = 391.731 CFC = 51.54 209.05 0: MPIOM: current date: 2100-05-10 12:00:00 begin of timestep (day): 17 (run): 4145 0: MPIOM: current date: 2100-05-10 12:45:00 begin of timestep (day): 18 (run): 4146 0: MPIOM: current date: 2100-05-10 13:30:00 begin of timestep (day): 19 (run): 4147 0: MPIOM: current date: 2100-05-10 14:15:00 begin of timestep (day): 20 (run): 4148 384: Radiation calculated for : 10. May 2100 09:56:15 384: Greenhouse gas concentrations 10. May 2100 09:56:15 CO2 = 1133.2231 CH4 = 2417.10 N2O = 391.731 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-10 15:00:00 begin of timestep (day): 21 (run): 4149 0: MPIOM: current date: 2100-05-10 15:45:00 begin of timestep (day): 22 (run): 4150 0: MPIOM: current date: 2100-05-10 16:30:00 begin of timestep (day): 23 (run): 4151 0: MPIOM: current date: 2100-05-10 17:15:00 begin of timestep (day): 24 (run): 4152 384: Radiation calculated for : 10. May 2100 11:56:15 384: Greenhouse gas concentrations 10. May 2100 11:56:15 CO2 = 1133.2262 CH4 = 2417.10 N2O = 391.731 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-10 18:00:00 begin of timestep (day): 25 (run): 4153 0: MPIOM: current date: 2100-05-10 18:45:00 begin of timestep (day): 26 (run): 4154 0: MPIOM: current date: 2100-05-10 19:30:00 begin of timestep (day): 27 (run): 4155 384: Radiation calculated for : 10. May 2100 13:56:15 384: Greenhouse gas concentrations 10. May 2100 13:56:15 CO2 = 1133.2294 CH4 = 2417.10 N2O = 391.731 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-10 20:15:00 begin of timestep (day): 28 (run): 4156 0: MPIOM: current date: 2100-05-10 21:00:00 begin of timestep (day): 29 (run): 4157 0: MPIOM: current date: 2100-05-10 21:45:00 begin of timestep (day): 30 (run): 4158 0: MPIOM: current date: 2100-05-10 22:30:00 begin of timestep (day): 31 (run): 4159 0: MPIOM: current date: 2100-05-10 23:15:00 begin of timestep (day): 32 (run): 4160 384: Radiation calculated for : 10. May 2100 15:56:15 384: Greenhouse gas concentrations 10. May 2100 15:56:15 CO2 = 1133.2325 CH4 = 2417.10 N2O = 391.732 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 00:00:00 begin of timestep (day): 1 (run): 4161 384: Radiation calculated for : 10. May 2100 17:56:15 384: Greenhouse gas concentrations 10. May 2100 17:56:15 CO2 = 1133.2356 CH4 = 2417.09 N2O = 391.732 CFC = 51.54 209.04 384: Radiation calculated for : 10. May 2100 19:56:15 384: Greenhouse gas concentrations 10. May 2100 19:56:15 CO2 = 1133.2387 CH4 = 2417.09 N2O = 391.732 CFC = 51.54 209.04 384: Radiation calculated for : 10. May 2100 21:56:15 384: Greenhouse gas concentrations 10. May 2100 21:56:15 CO2 = 1133.2418 CH4 = 2417.09 N2O = 391.732 CFC = 51.54 209.04 384: Radiation calculated for : 10. May 2100 23:56:15 384: Greenhouse gas concentrations 10. May 2100 23:56:15 CO2 = 1133.2450 CH4 = 2417.08 N2O = 391.732 CFC = 51.54 209.04 384: hydrology_model: Water budget change: 6.854534149169922E-007 m3/s 384: hydrology_model: global discharge: 1534490.76297393 m3/s 384: hydrology_model: precip-evap (on ocean): -1743527.53353191 m3/s 384: water_budget_corr: P-E correction: 8960.98274162053 m3/s 384: water_budget_corr: slm/slf residuum: 43165.9636732721 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1846.29947320509 m3/s 384: water_budget_corr: awfre corrected: -1736412.85026348 m3/s 384: water_budget_corr: river discharge: 1534490.76297393 m3/s 384: water_budget_corr: water to ocean: -201922.087289564 m3/s 384: Write GRIB1 output for : 10. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.306746920265072E-010 kg m-2 s-1 0: co2 = 1055.31352335549 , n2 = 801999.999932749 , o2 = 0: 196799.999716903 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-11 00:45:00 begin of timestep (day): 2 (run): 4162 0: MPIOM: current date: 2100-05-11 01:30:00 begin of timestep (day): 3 (run): 4163 384: Radiation calculated for : 11. May 2100 01:56:15 384: Greenhouse gas concentrations 11. May 2100 01:56:15 CO2 = 1133.2481 CH4 = 2417.08 N2O = 391.732 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 02:15:00 begin of timestep (day): 4 (run): 4164 0: MPIOM: current date: 2100-05-11 03:00:00 begin of timestep (day): 5 (run): 4165 0: MPIOM: current date: 2100-05-11 03:45:00 begin of timestep (day): 6 (run): 4166 0: MPIOM: current date: 2100-05-11 04:30:00 begin of timestep (day): 7 (run): 4167 384: Radiation calculated for : 11. May 2100 03:56:15 384: Greenhouse gas concentrations 11. May 2100 03:56:15 CO2 = 1133.2512 CH4 = 2417.08 N2O = 391.732 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 05:15:00 begin of timestep (day): 8 (run): 4168 0: MPIOM: current date: 2100-05-11 06:00:00 begin of timestep (day): 9 (run): 4169 0: MPIOM: current date: 2100-05-11 06:45:00 begin of timestep (day): 10 (run): 4170 0: MPIOM: current date: 2100-05-11 07:30:00 begin of timestep (day): 11 (run): 4171 384: Radiation calculated for : 11. May 2100 05:56:15 384: Greenhouse gas concentrations 11. May 2100 05:56:15 CO2 = 1133.2543 CH4 = 2417.08 N2O = 391.732 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 08:15:00 begin of timestep (day): 12 (run): 4172 0: MPIOM: current date: 2100-05-11 09:00:00 begin of timestep (day): 13 (run): 4173 0: MPIOM: current date: 2100-05-11 09:45:00 begin of timestep (day): 14 (run): 4174 0: MPIOM: current date: 2100-05-11 10:30:00 begin of timestep (day): 15 (run): 4175 384: Radiation calculated for : 11. May 2100 07:56:15 384: Greenhouse gas concentrations 11. May 2100 07:56:15 CO2 = 1133.2574 CH4 = 2417.07 N2O = 391.732 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 11:15:00 begin of timestep (day): 16 (run): 4176 0: MPIOM: current date: 2100-05-11 12:00:00 begin of timestep (day): 17 (run): 4177 0: MPIOM: current date: 2100-05-11 12:45:00 begin of timestep (day): 18 (run): 4178 0: MPIOM: current date: 2100-05-11 13:30:00 begin of timestep (day): 19 (run): 4179 384: Radiation calculated for : 11. May 2100 09:56:15 384: Greenhouse gas concentrations 11. May 2100 09:56:15 CO2 = 1133.2606 CH4 = 2417.07 N2O = 391.732 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 14:15:00 begin of timestep (day): 20 (run): 4180 0: MPIOM: current date: 2100-05-11 15:00:00 begin of timestep (day): 21 (run): 4181 0: MPIOM: current date: 2100-05-11 15:45:00 begin of timestep (day): 22 (run): 4182 0: MPIOM: current date: 2100-05-11 16:30:00 begin of timestep (day): 23 (run): 4183 384: Radiation calculated for : 11. May 2100 11:56:15 384: Greenhouse gas concentrations 11. May 2100 11:56:15 CO2 = 1133.2637 CH4 = 2417.07 N2O = 391.733 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 17:15:00 begin of timestep (day): 24 (run): 4184 0: MPIOM: current date: 2100-05-11 18:00:00 begin of timestep (day): 25 (run): 4185 0: MPIOM: current date: 2100-05-11 18:45:00 begin of timestep (day): 26 (run): 4186 0: MPIOM: current date: 2100-05-11 19:30:00 begin of timestep (day): 27 (run): 4187 384: Radiation calculated for : 11. May 2100 13:56:15 384: Greenhouse gas concentrations 11. May 2100 13:56:15 CO2 = 1133.2668 CH4 = 2417.06 N2O = 391.733 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 20:15:00 begin of timestep (day): 28 (run): 4188 0: MPIOM: current date: 2100-05-11 21:00:00 begin of timestep (day): 29 (run): 4189 0: MPIOM: current date: 2100-05-11 21:45:00 begin of timestep (day): 30 (run): 4190 0: MPIOM: current date: 2100-05-11 22:30:00 begin of timestep (day): 31 (run): 4191 384: Radiation calculated for : 11. May 2100 15:56:15 384: Greenhouse gas concentrations 11. May 2100 15:56:15 CO2 = 1133.2699 CH4 = 2417.06 N2O = 391.733 CFC = 51.54 209.04 0: MPIOM: current date: 2100-05-11 23:15:00 begin of timestep (day): 32 (run): 4192 0: MPIOM: current date: 2100-05-12 00:00:00 begin of timestep (day): 1 (run): 4193 384: Radiation calculated for : 11. May 2100 17:56:15 384: Greenhouse gas concentrations 11. May 2100 17:56:15 CO2 = 1133.2730 CH4 = 2417.06 N2O = 391.733 CFC = 51.54 209.04 384: Radiation calculated for : 11. May 2100 19:56:15 384: Greenhouse gas concentrations 11. May 2100 19:56:15 CO2 = 1133.2761 CH4 = 2417.06 N2O = 391.733 CFC = 51.54 209.04 384: Radiation calculated for : 11. May 2100 21:56:15 384: Greenhouse gas concentrations 11. May 2100 21:56:15 CO2 = 1133.2793 CH4 = 2417.05 N2O = 391.733 CFC = 51.54 209.03 384: Radiation calculated for : 11. May 2100 23:56:15 384: Greenhouse gas concentrations 11. May 2100 23:56:15 CO2 = 1133.2824 CH4 = 2417.05 N2O = 391.733 CFC = 51.54 209.03 384: hydrology_model: Water budget change: -1.788139343261719E-007 m3/s 384: hydrology_model: global discharge: 1580243.47404306 m3/s 384: hydrology_model: precip-evap (on ocean): -1026524.60141308 m3/s 384: water_budget_corr: P-E correction: -23958.1940893306 m3/s 384: water_budget_corr: slm/slf residuum: 56510.0841617514 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 974.349129835914 m3/s 384: water_budget_corr: awfre corrected: -1049508.44637258 m3/s 384: water_budget_corr: river discharge: 1580243.47404306 m3/s 384: water_budget_corr: water to ocean: 530735.027670480 m3/s 384: Write GRIB1 output for : 11. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.148401780557892E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1055.26694353621 , n2 = 801999.999944048 , o2 = 0: 196799.999718144 0: MPIOM: current date: 2100-05-12 00:45:00 begin of timestep (day): 2 (run): 4194 0: MPIOM: current date: 2100-05-12 01:30:00 begin of timestep (day): 3 (run): 4195 384: Radiation calculated for : 12. May 2100 01:56:15 384: Greenhouse gas concentrations 12. May 2100 01:56:15 CO2 = 1133.2855 CH4 = 2417.05 N2O = 391.733 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-12 02:15:00 begin of timestep (day): 4 (run): 4196 0: MPIOM: current date: 2100-05-12 03:00:00 begin of timestep (day): 5 (run): 4197 0: MPIOM: current date: 2100-05-12 03:45:00 begin of timestep (day): 6 (run): 4198 0: MPIOM: current date: 2100-05-12 04:30:00 begin of timestep (day): 7 (run): 4199 384: Radiation calculated for : 12. May 2100 03:56:15 384: Greenhouse gas concentrations 12. May 2100 03:56:15 CO2 = 1133.2886 CH4 = 2417.05 N2O = 391.733 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-12 05:15:00 begin of timestep (day): 8 (run): 4200 0: MPIOM: current date: 2100-05-12 06:00:00 begin of timestep (day): 9 (run): 4201 0: MPIOM: current date: 2100-05-12 06:45:00 begin of timestep (day): 10 (run): 4202 0: MPIOM: current date: 2100-05-12 07:30:00 begin of timestep (day): 11 (run): 4203 384: Radiation calculated for : 12. May 2100 05:56:15 384: Greenhouse gas concentrations 12. May 2100 05:56:15 CO2 = 1133.2917 CH4 = 2417.04 N2O = 391.734 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-12 08:15:00 begin of timestep (day): 12 (run): 4204 0: MPIOM: current date: 2100-05-12 09:00:00 begin of timestep (day): 13 (run): 4205 0: MPIOM: current date: 2100-05-12 09:45:00 begin of timestep (day): 14 (run): 4206 0: MPIOM: current date: 2100-05-12 10:30:00 begin of timestep (day): 15 (run): 4207 384: Radiation calculated for : 12. May 2100 07:56:15 384: Greenhouse gas concentrations 12. May 2100 07:56:15 CO2 = 1133.2949 CH4 = 2417.04 N2O = 391.734 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-12 11:15:00 begin of timestep (day): 16 (run): 4208 0: MPIOM: current date: 2100-05-12 12:00:00 begin of timestep (day): 17 (run): 4209 0: MPIOM: current date: 2100-05-12 12:45:00 begin of timestep (day): 18 (run): 4210 0: MPIOM: current date: 2100-05-12 13:30:00 begin of timestep (day): 19 (run): 4211 384: Radiation calculated for : 12. May 2100 09:56:15 384: Greenhouse gas concentrations 12. May 2100 09:56:15 CO2 = 1133.2980 CH4 = 2417.04 N2O = 391.734 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-12 14:15:00 begin of timestep (day): 20 (run): 4212 0: MPIOM: current date: 2100-05-12 15:00:00 begin of timestep (day): 21 (run): 4213 0: MPIOM: current date: 2100-05-12 15:45:00 begin of timestep (day): 22 (run): 4214 0: MPIOM: current date: 2100-05-12 16:30:00 begin of timestep (day): 23 (run): 4215 384: Radiation calculated for : 12. May 2100 11:56:15 384: Greenhouse gas concentrations 12. May 2100 11:56:15 CO2 = 1133.3011 CH4 = 2417.03 N2O = 391.734 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-12 17:15:00 begin of timestep (day): 24 (run): 4216 0: MPIOM: current date: 2100-05-12 18:00:00 begin of timestep (day): 25 (run): 4217 0: MPIOM: current date: 2100-05-12 18:45:00 begin of timestep (day): 26 (run): 4218 0: MPIOM: current date: 2100-05-12 19:30:00 begin of timestep (day): 27 (run): 4219 384: Radiation calculated for : 12. May 2100 13:56:15 384: Greenhouse gas concentrations 12. May 2100 13:56:15 CO2 = 1133.3042 CH4 = 2417.03 N2O = 391.734 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-12 20:15:00 begin of timestep (day): 28 (run): 4220 0: MPIOM: current date: 2100-05-12 21:00:00 begin of timestep (day): 29 (run): 4221 0: MPIOM: current date: 2100-05-12 21:45:00 begin of timestep (day): 30 (run): 4222 0: MPIOM: current date: 2100-05-12 22:30:00 begin of timestep (day): 31 (run): 4223 384: Radiation calculated for : 12. May 2100 15:56:15 384: Greenhouse gas concentrations 12. May 2100 15:56:15 CO2 = 1133.3073 CH4 = 2417.03 N2O = 391.734 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-12 23:15:00 begin of timestep (day): 32 (run): 4224 0: MPIOM: current date: 2100-05-13 00:00:00 begin of timestep (day): 1 (run): 4225 384: Radiation calculated for : 12. May 2100 17:56:15 384: Greenhouse gas concentrations 12. May 2100 17:56:15 CO2 = 1133.3105 CH4 = 2417.03 N2O = 391.734 CFC = 51.54 209.03 384: Radiation calculated for : 12. May 2100 19:56:15 384: Greenhouse gas concentrations 12. May 2100 19:56:15 CO2 = 1133.3136 CH4 = 2417.02 N2O = 391.734 CFC = 51.54 209.03 384: Radiation calculated for : 12. May 2100 21:56:15 384: Greenhouse gas concentrations 12. May 2100 21:56:15 CO2 = 1133.3167 CH4 = 2417.02 N2O = 391.734 CFC = 51.54 209.03 384: Radiation calculated for : 12. May 2100 23:56:15 384: Greenhouse gas concentrations 12. May 2100 23:56:15 CO2 = 1133.3198 CH4 = 2417.02 N2O = 391.735 CFC = 51.54 209.03 384: hydrology_model: Water budget change: 3.278255462646484E-007 m3/s 384: hydrology_model: global discharge: 1586035.21857481 m3/s 384: hydrology_model: precip-evap (on ocean): -95818.5180357249 m3/s 384: water_budget_corr: P-E correction: -53516.1173201529 m3/s 384: water_budget_corr: slm/slf residuum: 99179.1481175055 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 710.607764688848 m3/s 384: water_budget_corr: awfre corrected: -148624.027591187 m3/s 384: water_budget_corr: river discharge: 1586035.21857481 m3/s 384: water_budget_corr: water to ocean: 1437411.19098363 m3/s 384: Write GRIB1 output for : 12. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.19668399461 , n2 = 801999.999943545 , o2 = 0: 196799.999773678 384: CO2 flux correction (global): 1.332260859513312E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-13 00:45:00 begin of timestep (day): 2 (run): 4226 0: MPIOM: current date: 2100-05-13 01:30:00 begin of timestep (day): 3 (run): 4227 384: Radiation calculated for : 13. May 2100 01:56:15 384: Greenhouse gas concentrations 13. May 2100 01:56:15 CO2 = 1133.3229 CH4 = 2417.01 N2O = 391.735 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-13 02:15:00 begin of timestep (day): 4 (run): 4228 0: MPIOM: current date: 2100-05-13 03:00:00 begin of timestep (day): 5 (run): 4229 0: MPIOM: current date: 2100-05-13 03:45:00 begin of timestep (day): 6 (run): 4230 0: MPIOM: current date: 2100-05-13 04:30:00 begin of timestep (day): 7 (run): 4231 384: Radiation calculated for : 13. May 2100 03:56:15 384: Greenhouse gas concentrations 13. May 2100 03:56:15 CO2 = 1133.3260 CH4 = 2417.01 N2O = 391.735 CFC = 51.54 209.03 0: MPIOM: current date: 2100-05-13 05:15:00 begin of timestep (day): 8 (run): 4232 0: MPIOM: current date: 2100-05-13 06:00:00 begin of timestep (day): 9 (run): 4233 0: MPIOM: current date: 2100-05-13 06:45:00 begin of timestep (day): 10 (run): 4234 0: MPIOM: current date: 2100-05-13 07:30:00 begin of timestep (day): 11 (run): 4235 384: Radiation calculated for : 13. May 2100 05:56:15 384: Greenhouse gas concentrations 13. May 2100 05:56:15 CO2 = 1133.3292 CH4 = 2417.01 N2O = 391.735 CFC = 51.53 209.03 0: MPIOM: current date: 2100-05-13 08:15:00 begin of timestep (day): 12 (run): 4236 0: MPIOM: current date: 2100-05-13 09:00:00 begin of timestep (day): 13 (run): 4237 0: MPIOM: current date: 2100-05-13 09:45:00 begin of timestep (day): 14 (run): 4238 0: MPIOM: current date: 2100-05-13 10:30:00 begin of timestep (day): 15 (run): 4239 384: Radiation calculated for : 13. May 2100 07:56:15 384: Greenhouse gas concentrations 13. May 2100 07:56:15 CO2 = 1133.3323 CH4 = 2417.01 N2O = 391.735 CFC = 51.53 209.03 0: MPIOM: current date: 2100-05-13 11:15:00 begin of timestep (day): 16 (run): 4240 0: MPIOM: current date: 2100-05-13 12:00:00 begin of timestep (day): 17 (run): 4241 0: MPIOM: current date: 2100-05-13 12:45:00 begin of timestep (day): 18 (run): 4242 0: MPIOM: current date: 2100-05-13 13:30:00 begin of timestep (day): 19 (run): 4243 384: Radiation calculated for : 13. May 2100 09:56:15 384: Greenhouse gas concentrations 13. May 2100 09:56:15 CO2 = 1133.3354 CH4 = 2417.00 N2O = 391.735 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-13 14:15:00 begin of timestep (day): 20 (run): 4244 0: MPIOM: current date: 2100-05-13 15:00:00 begin of timestep (day): 21 (run): 4245 0: MPIOM: current date: 2100-05-13 15:45:00 begin of timestep (day): 22 (run): 4246 0: MPIOM: current date: 2100-05-13 16:30:00 begin of timestep (day): 23 (run): 4247 384: Radiation calculated for : 13. May 2100 11:56:15 384: Greenhouse gas concentrations 13. May 2100 11:56:15 CO2 = 1133.3385 CH4 = 2417.00 N2O = 391.735 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-13 17:15:00 begin of timestep (day): 24 (run): 4248 0: MPIOM: current date: 2100-05-13 18:00:00 begin of timestep (day): 25 (run): 4249 0: MPIOM: current date: 2100-05-13 18:45:00 begin of timestep (day): 26 (run): 4250 0: MPIOM: current date: 2100-05-13 19:30:00 begin of timestep (day): 27 (run): 4251 384: Radiation calculated for : 13. May 2100 13:56:15 384: Greenhouse gas concentrations 13. May 2100 13:56:15 CO2 = 1133.3416 CH4 = 2417.00 N2O = 391.735 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-13 20:15:00 begin of timestep (day): 28 (run): 4252 0: MPIOM: current date: 2100-05-13 21:00:00 begin of timestep (day): 29 (run): 4253 0: MPIOM: current date: 2100-05-13 21:45:00 begin of timestep (day): 30 (run): 4254 0: MPIOM: current date: 2100-05-13 22:30:00 begin of timestep (day): 31 (run): 4255 384: Radiation calculated for : 13. May 2100 15:56:15 384: Greenhouse gas concentrations 13. May 2100 15:56:15 CO2 = 1133.3448 CH4 = 2417.00 N2O = 391.735 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-13 23:15:00 begin of timestep (day): 32 (run): 4256 0: MPIOM: current date: 2100-05-14 00:00:00 begin of timestep (day): 1 (run): 4257 384: Radiation calculated for : 13. May 2100 17:56:15 384: Greenhouse gas concentrations 13. May 2100 17:56:15 CO2 = 1133.3479 CH4 = 2416.99 N2O = 391.735 CFC = 51.53 209.02 384: Radiation calculated for : 13. May 2100 19:56:15 384: Greenhouse gas concentrations 13. May 2100 19:56:15 CO2 = 1133.3510 CH4 = 2416.99 N2O = 391.736 CFC = 51.53 209.02 384: Radiation calculated for : 13. May 2100 21:56:15 384: Greenhouse gas concentrations 13. May 2100 21:56:15 CO2 = 1133.3541 CH4 = 2416.99 N2O = 391.736 CFC = 51.53 209.02 384: Radiation calculated for : 13. May 2100 23:56:15 384: Greenhouse gas concentrations 13. May 2100 23:56:15 CO2 = 1133.3572 CH4 = 2416.98 N2O = 391.736 CFC = 51.53 209.02 384: hydrology_model: Water budget change: -9.834766387939453E-007 m3/s 384: hydrology_model: global discharge: 1565784.29695733 m3/s 384: hydrology_model: precip-evap (on ocean): 14540.3932022110 m3/s 384: water_budget_corr: P-E correction: -62751.0194995674 m3/s 384: water_budget_corr: slm/slf residuum: 95269.1912312127 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2466.72972604036 m3/s 384: water_budget_corr: awfre corrected: -50677.3560233970 m3/s 384: water_budget_corr: river discharge: 1565784.29695733 m3/s 384: water_budget_corr: water to ocean: 1515106.94093395 m3/s 384: Write GRIB1 output for : 13. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.856333067038439E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1055.16431038830 , n2 = 801999.999916668 , o2 = 0: 196799.999717155 0: MPIOM: current date: 2100-05-14 00:45:00 begin of timestep (day): 2 (run): 4258 384: Radiation calculated for : 14. May 2100 01:56:15 384: Greenhouse gas concentrations 14. May 2100 01:56:15 CO2 = 1133.3604 CH4 = 2416.98 N2O = 391.736 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-14 01:30:00 begin of timestep (day): 3 (run): 4259 0: MPIOM: current date: 2100-05-14 02:15:00 begin of timestep (day): 4 (run): 4260 0: MPIOM: current date: 2100-05-14 03:00:00 begin of timestep (day): 5 (run): 4261 0: MPIOM: current date: 2100-05-14 03:45:00 begin of timestep (day): 6 (run): 4262 384: Radiation calculated for : 14. May 2100 03:56:15 384: Greenhouse gas concentrations 14. May 2100 03:56:15 CO2 = 1133.3635 CH4 = 2416.98 N2O = 391.736 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-14 04:30:00 begin of timestep (day): 7 (run): 4263 0: MPIOM: current date: 2100-05-14 05:15:00 begin of timestep (day): 8 (run): 4264 0: MPIOM: current date: 2100-05-14 06:00:00 begin of timestep (day): 9 (run): 4265 0: MPIOM: current date: 2100-05-14 06:45:00 begin of timestep (day): 10 (run): 4266 384: Radiation calculated for : 14. May 2100 05:56:15 384: Greenhouse gas concentrations 14. May 2100 05:56:15 CO2 = 1133.3666 CH4 = 2416.98 N2O = 391.736 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-14 07:30:00 begin of timestep (day): 11 (run): 4267 0: MPIOM: current date: 2100-05-14 08:15:00 begin of timestep (day): 12 (run): 4268 0: MPIOM: current date: 2100-05-14 09:00:00 begin of timestep (day): 13 (run): 4269 0: MPIOM: current date: 2100-05-14 09:45:00 begin of timestep (day): 14 (run): 4270 384: Radiation calculated for : 14. May 2100 07:56:15 384: Greenhouse gas concentrations 14. May 2100 07:56:15 CO2 = 1133.3697 CH4 = 2416.97 N2O = 391.736 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-14 10:30:00 begin of timestep (day): 15 (run): 4271 0: MPIOM: current date: 2100-05-14 11:15:00 begin of timestep (day): 16 (run): 4272 0: MPIOM: current date: 2100-05-14 12:00:00 begin of timestep (day): 17 (run): 4273 0: MPIOM: current date: 2100-05-14 12:45:00 begin of timestep (day): 18 (run): 4274 384: Radiation calculated for : 14. May 2100 09:56:15 384: Greenhouse gas concentrations 14. May 2100 09:56:15 CO2 = 1133.3728 CH4 = 2416.97 N2O = 391.736 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-14 13:30:00 begin of timestep (day): 19 (run): 4275 0: MPIOM: current date: 2100-05-14 14:15:00 begin of timestep (day): 20 (run): 4276 0: MPIOM: current date: 2100-05-14 15:00:00 begin of timestep (day): 21 (run): 4277 0: MPIOM: current date: 2100-05-14 15:45:00 begin of timestep (day): 22 (run): 4278 384: Radiation calculated for : 14. May 2100 11:56:15 384: Greenhouse gas concentrations 14. May 2100 11:56:15 CO2 = 1133.3759 CH4 = 2416.97 N2O = 391.736 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-14 16:30:00 begin of timestep (day): 23 (run): 4279 0: MPIOM: current date: 2100-05-14 17:15:00 begin of timestep (day): 24 (run): 4280 0: MPIOM: current date: 2100-05-14 18:00:00 begin of timestep (day): 25 (run): 4281 384: Radiation calculated for : 14. May 2100 13:56:15 384: Greenhouse gas concentrations 14. May 2100 13:56:15 CO2 = 1133.3791 CH4 = 2416.96 N2O = 391.737 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-14 18:45:00 begin of timestep (day): 26 (run): 4282 0: MPIOM: current date: 2100-05-14 19:30:00 begin of timestep (day): 27 (run): 4283 0: MPIOM: current date: 2100-05-14 20:15:00 begin of timestep (day): 28 (run): 4284 0: MPIOM: current date: 2100-05-14 21:00:00 begin of timestep (day): 29 (run): 4285 384: Radiation calculated for : 14. May 2100 15:56:15 384: Greenhouse gas concentrations 14. May 2100 15:56:15 CO2 = 1133.3822 CH4 = 2416.96 N2O = 391.737 CFC = 51.53 209.02 0: MPIOM: current date: 2100-05-14 21:45:00 begin of timestep (day): 30 (run): 4286 0: MPIOM: current date: 2100-05-14 22:30:00 begin of timestep (day): 31 (run): 4287 0: MPIOM: current date: 2100-05-14 23:15:00 begin of timestep (day): 32 (run): 4288 0: MPIOM: current date: 2100-05-15 00:00:00 begin of timestep (day): 1 (run): 4289 384: Radiation calculated for : 14. May 2100 17:56:15 384: Greenhouse gas concentrations 14. May 2100 17:56:15 CO2 = 1133.3853 CH4 = 2416.96 N2O = 391.737 CFC = 51.53 209.02 384: Radiation calculated for : 14. May 2100 19:56:15 384: Greenhouse gas concentrations 14. May 2100 19:56:15 CO2 = 1133.3884 CH4 = 2416.96 N2O = 391.737 CFC = 51.53 209.02 384: Radiation calculated for : 14. May 2100 21:56:15 384: Greenhouse gas concentrations 14. May 2100 21:56:15 CO2 = 1133.3915 CH4 = 2416.95 N2O = 391.737 CFC = 51.53 209.01 384: Radiation calculated for : 14. May 2100 23:56:15 384: Greenhouse gas concentrations 14. May 2100 23:56:15 CO2 = 1133.3947 CH4 = 2416.95 N2O = 391.737 CFC = 51.53 209.01 384: hydrology_model: Water budget change: 1.072883605957031E-006 m3/s 384: hydrology_model: global discharge: 1555403.27696783 m3/s 384: hydrology_model: precip-evap (on ocean): -1009699.13763767 m3/s 384: water_budget_corr: P-E correction: -72128.4516297416 m3/s 384: water_budget_corr: slm/slf residuum: 63757.1715329186 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1.18789876142034 m3/s 384: water_budget_corr: awfre corrected: -1081826.40136863 m3/s 384: water_budget_corr: river discharge: 1555403.27696783 m3/s 384: water_budget_corr: water to ocean: 473576.875599202 m3/s 384: Write GRIB1 output for : 14. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.12127294165 , n2 = 801999.999905330 , o2 = 0: 196799.999630516 384: CO2 flux correction (global): 8.925309586316735E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-15 00:45:00 begin of timestep (day): 2 (run): 4290 0: MPIOM: current date: 2100-05-15 01:30:00 begin of timestep (day): 3 (run): 4291 384: Radiation calculated for : 15. May 2100 01:56:15 384: Greenhouse gas concentrations 15. May 2100 01:56:15 CO2 = 1133.3978 CH4 = 2416.95 N2O = 391.737 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-15 02:15:00 begin of timestep (day): 4 (run): 4292 0: MPIOM: current date: 2100-05-15 03:00:00 begin of timestep (day): 5 (run): 4293 0: MPIOM: current date: 2100-05-15 03:45:00 begin of timestep (day): 6 (run): 4294 0: MPIOM: current date: 2100-05-15 04:30:00 begin of timestep (day): 7 (run): 4295 384: Radiation calculated for : 15. May 2100 03:56:15 384: Greenhouse gas concentrations 15. May 2100 03:56:15 CO2 = 1133.4009 CH4 = 2416.94 N2O = 391.737 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-15 05:15:00 begin of timestep (day): 8 (run): 4296 0: MPIOM: current date: 2100-05-15 06:00:00 begin of timestep (day): 9 (run): 4297 0: MPIOM: current date: 2100-05-15 06:45:00 begin of timestep (day): 10 (run): 4298 0: MPIOM: current date: 2100-05-15 07:30:00 begin of timestep (day): 11 (run): 4299 384: Radiation calculated for : 15. May 2100 05:56:15 384: Greenhouse gas concentrations 15. May 2100 05:56:15 CO2 = 1133.4040 CH4 = 2416.94 N2O = 391.737 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-15 08:15:00 begin of timestep (day): 12 (run): 4300 0: MPIOM: current date: 2100-05-15 09:00:00 begin of timestep (day): 13 (run): 4301 0: MPIOM: current date: 2100-05-15 09:45:00 begin of timestep (day): 14 (run): 4302 0: MPIOM: current date: 2100-05-15 10:30:00 begin of timestep (day): 15 (run): 4303 384: Radiation calculated for : 15. May 2100 07:56:15 384: Greenhouse gas concentrations 15. May 2100 07:56:15 CO2 = 1133.4071 CH4 = 2416.94 N2O = 391.737 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-15 11:15:00 begin of timestep (day): 16 (run): 4304 0: MPIOM: current date: 2100-05-15 12:00:00 begin of timestep (day): 17 (run): 4305 0: MPIOM: current date: 2100-05-15 12:45:00 begin of timestep (day): 18 (run): 4306 0: MPIOM: current date: 2100-05-15 13:30:00 begin of timestep (day): 19 (run): 4307 384: Radiation calculated for : 15. May 2100 09:56:15 384: Greenhouse gas concentrations 15. May 2100 09:56:15 CO2 = 1133.4103 CH4 = 2416.94 N2O = 391.738 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-15 14:15:00 begin of timestep (day): 20 (run): 4308 0: MPIOM: current date: 2100-05-15 15:00:00 begin of timestep (day): 21 (run): 4309 0: MPIOM: current date: 2100-05-15 15:45:00 begin of timestep (day): 22 (run): 4310 0: MPIOM: current date: 2100-05-15 16:30:00 begin of timestep (day): 23 (run): 4311 384: Radiation calculated for : 15. May 2100 11:56:15 384: Greenhouse gas concentrations 15. May 2100 11:56:15 CO2 = 1133.4134 CH4 = 2416.93 N2O = 391.738 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-15 17:15:00 begin of timestep (day): 24 (run): 4312 0: MPIOM: current date: 2100-05-15 18:00:00 begin of timestep (day): 25 (run): 4313 0: MPIOM: current date: 2100-05-15 18:45:00 begin of timestep (day): 26 (run): 4314 0: MPIOM: current date: 2100-05-15 19:30:00 begin of timestep (day): 27 (run): 4315 384: Radiation calculated for : 15. May 2100 13:56:15 384: Greenhouse gas concentrations 15. May 2100 13:56:15 CO2 = 1133.4165 CH4 = 2416.93 N2O = 391.738 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-15 20:15:00 begin of timestep (day): 28 (run): 4316 0: MPIOM: current date: 2100-05-15 21:00:00 begin of timestep (day): 29 (run): 4317 0: MPIOM: current date: 2100-05-15 21:45:00 begin of timestep (day): 30 (run): 4318 0: MPIOM: current date: 2100-05-15 22:30:00 begin of timestep (day): 31 (run): 4319 384: Radiation calculated for : 15. May 2100 15:56:15 384: Greenhouse gas concentrations 15. May 2100 15:56:15 CO2 = 1133.4196 CH4 = 2416.93 N2O = 391.738 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-15 23:15:00 begin of timestep (day): 32 (run): 4320 0: MPIOM: current date: 2100-05-16 00:00:00 begin of timestep (day): 1 (run): 4321 384: Radiation calculated for : 15. May 2100 17:56:15 384: Greenhouse gas concentrations 15. May 2100 17:56:15 CO2 = 1133.4227 CH4 = 2416.93 N2O = 391.738 CFC = 51.53 209.01 384: Radiation calculated for : 15. May 2100 19:56:15 384: Greenhouse gas concentrations 15. May 2100 19:56:15 CO2 = 1133.4258 CH4 = 2416.92 N2O = 391.738 CFC = 51.53 209.01 384: Radiation calculated for : 15. May 2100 21:56:15 384: Greenhouse gas concentrations 15. May 2100 21:56:15 CO2 = 1133.4290 CH4 = 2416.92 N2O = 391.738 CFC = 51.53 209.01 384: Radiation calculated for : 15. May 2100 23:56:15 384: Greenhouse gas concentrations 15. May 2100 23:56:15 CO2 = 1133.4321 CH4 = 2416.92 N2O = 391.738 CFC = 51.53 209.01 384: hydrology_model: Water budget change: 1.281499862670898E-006 m3/s 384: hydrology_model: global discharge: 1518549.90030079 m3/s 384: hydrology_model: precip-evap (on ocean): -1142267.77307516 m3/s 384: water_budget_corr: P-E correction: -75140.2184212128 m3/s 384: water_budget_corr: slm/slf residuum: 48916.5936125479 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -659.324589068189 m3/s 384: water_budget_corr: awfre corrected: -1218067.31608544 m3/s 384: water_budget_corr: river discharge: 1518549.90030079 m3/s 384: water_budget_corr: water to ocean: 300482.584215354 m3/s 384: Write GRIB1 output for : 15. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.614472109098036E-011 kg m-2 s-1 0: co2 = 1055.07711044962 , n2 = 801999.999894963 , o2 = 0: 196799.999612522 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-16 00:45:00 begin of timestep (day): 2 (run): 4322 0: MPIOM: current date: 2100-05-16 01:30:00 begin of timestep (day): 3 (run): 4323 384: Radiation calculated for : 16. May 2100 01:56:15 384: Greenhouse gas concentrations 16. May 2100 01:56:15 CO2 = 1133.4352 CH4 = 2416.91 N2O = 391.738 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-16 02:15:00 begin of timestep (day): 4 (run): 4324 0: MPIOM: current date: 2100-05-16 03:00:00 begin of timestep (day): 5 (run): 4325 0: MPIOM: current date: 2100-05-16 03:45:00 begin of timestep (day): 6 (run): 4326 0: MPIOM: current date: 2100-05-16 04:30:00 begin of timestep (day): 7 (run): 4327 384: Radiation calculated for : 16. May 2100 03:56:15 384: Greenhouse gas concentrations 16. May 2100 03:56:15 CO2 = 1133.4383 CH4 = 2416.91 N2O = 391.739 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-16 05:15:00 begin of timestep (day): 8 (run): 4328 0: MPIOM: current date: 2100-05-16 06:00:00 begin of timestep (day): 9 (run): 4329 0: MPIOM: current date: 2100-05-16 06:45:00 begin of timestep (day): 10 (run): 4330 0: MPIOM: current date: 2100-05-16 07:30:00 begin of timestep (day): 11 (run): 4331 384: Radiation calculated for : 16. May 2100 05:56:15 384: Greenhouse gas concentrations 16. May 2100 05:56:15 CO2 = 1133.4414 CH4 = 2416.91 N2O = 391.739 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-16 08:15:00 begin of timestep (day): 12 (run): 4332 0: MPIOM: current date: 2100-05-16 09:00:00 begin of timestep (day): 13 (run): 4333 0: MPIOM: current date: 2100-05-16 09:45:00 begin of timestep (day): 14 (run): 4334 0: MPIOM: current date: 2100-05-16 10:30:00 begin of timestep (day): 15 (run): 4335 384: Radiation calculated for : 16. May 2100 07:56:15 384: Greenhouse gas concentrations 16. May 2100 07:56:15 CO2 = 1133.4446 CH4 = 2416.91 N2O = 391.739 CFC = 51.53 209.01 0: MPIOM: current date: 2100-05-16 11:15:00 begin of timestep (day): 16 (run): 4336 0: MPIOM: current date: 2100-05-16 12:00:00 begin of timestep (day): 17 (run): 4337 0: MPIOM: current date: 2100-05-16 12:45:00 begin of timestep (day): 18 (run): 4338 0: MPIOM: current date: 2100-05-16 13:30:00 begin of timestep (day): 19 (run): 4339 384: Radiation calculated for : 16. May 2100 09:56:15 384: Greenhouse gas concentrations 16. May 2100 09:56:15 CO2 = 1133.4477 CH4 = 2416.90 N2O = 391.739 CFC = 51.53 209.00 0: MPIOM: current date: 2100-05-16 14:15:00 begin of timestep (day): 20 (run): 4340 0: MPIOM: current date: 2100-05-16 15:00:00 begin of timestep (day): 21 (run): 4341 0: MPIOM: current date: 2100-05-16 15:45:00 begin of timestep (day): 22 (run): 4342 0: MPIOM: current date: 2100-05-16 16:30:00 begin of timestep (day): 23 (run): 4343 384: Radiation calculated for : 16. May 2100 11:56:15 384: Greenhouse gas concentrations 16. May 2100 11:56:15 CO2 = 1133.4508 CH4 = 2416.90 N2O = 391.739 CFC = 51.53 209.00 0: MPIOM: current date: 2100-05-16 17:15:00 begin of timestep (day): 24 (run): 4344 0: MPIOM: current date: 2100-05-16 18:00:00 begin of timestep (day): 25 (run): 4345 0: MPIOM: current date: 2100-05-16 18:45:00 begin of timestep (day): 26 (run): 4346 0: MPIOM: current date: 2100-05-16 19:30:00 begin of timestep (day): 27 (run): 4347 384: Radiation calculated for : 16. May 2100 13:56:15 384: Greenhouse gas concentrations 16. May 2100 13:56:15 CO2 = 1133.4539 CH4 = 2416.90 N2O = 391.739 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-16 20:15:00 begin of timestep (day): 28 (run): 4348 0: MPIOM: current date: 2100-05-16 21:00:00 begin of timestep (day): 29 (run): 4349 0: MPIOM: current date: 2100-05-16 21:45:00 begin of timestep (day): 30 (run): 4350 0: MPIOM: current date: 2100-05-16 22:30:00 begin of timestep (day): 31 (run): 4351 384: Radiation calculated for : 16. May 2100 15:56:15 384: Greenhouse gas concentrations 16. May 2100 15:56:15 CO2 = 1133.4570 CH4 = 2416.89 N2O = 391.739 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-16 23:15:00 begin of timestep (day): 32 (run): 4352 0: MPIOM: current date: 2100-05-17 00:00:00 begin of timestep (day): 1 (run): 4353 384: Radiation calculated for : 16. May 2100 17:56:15 384: Greenhouse gas concentrations 16. May 2100 17:56:15 CO2 = 1133.4601 CH4 = 2416.89 N2O = 391.739 CFC = 51.52 209.00 384: Radiation calculated for : 16. May 2100 19:56:15 384: Greenhouse gas concentrations 16. May 2100 19:56:15 CO2 = 1133.4633 CH4 = 2416.89 N2O = 391.739 CFC = 51.52 209.00 384: Radiation calculated for : 16. May 2100 21:56:15 384: Greenhouse gas concentrations 16. May 2100 21:56:15 CO2 = 1133.4664 CH4 = 2416.89 N2O = 391.740 CFC = 51.52 209.00 384: Radiation calculated for : 16. May 2100 23:56:15 384: Greenhouse gas concentrations 16. May 2100 23:56:15 CO2 = 1133.4695 CH4 = 2416.88 N2O = 391.740 CFC = 51.52 209.00 384: hydrology_model: Water budget change: -4.112720489501953E-006 m3/s 384: hydrology_model: global discharge: 1514396.61172081 m3/s 384: hydrology_model: precip-evap (on ocean): -1123714.16867193 m3/s 384: water_budget_corr: P-E correction: -20326.7722574321 m3/s 384: water_budget_corr: slm/slf residuum: 32405.5757396606 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1494.78346087476 m3/s 384: water_budget_corr: awfre corrected: -1142546.15746848 m3/s 384: water_budget_corr: river discharge: 1514396.61172081 m3/s 384: water_budget_corr: water to ocean: 371850.454252309 m3/s 384: Write GRIB1 output for : 16. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.03465711058 , n2 = 801999.999911104 , o2 = 0: 196799.999650465 384: CO2 flux correction (global): 9.203989199909222E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-17 00:45:00 begin of timestep (day): 2 (run): 4354 384: 2100-05-17 00h: Read: Valid: 2100-06-16 00h: lightning_frq (lightning.nc, 6), avg = 0.0000 0: MPIOM: current date: 2100-05-17 01:30:00 begin of timestep (day): 3 (run): 4355 384: Radiation calculated for : 17. May 2100 01:56:15 384: Greenhouse gas concentrations 17. May 2100 01:56:15 CO2 = 1133.4726 CH4 = 2416.88 N2O = 391.740 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-17 02:15:00 begin of timestep (day): 4 (run): 4356 0: MPIOM: current date: 2100-05-17 03:00:00 begin of timestep (day): 5 (run): 4357 0: MPIOM: current date: 2100-05-17 03:45:00 begin of timestep (day): 6 (run): 4358 0: MPIOM: current date: 2100-05-17 04:30:00 begin of timestep (day): 7 (run): 4359 384: Radiation calculated for : 17. May 2100 03:56:15 384: Greenhouse gas concentrations 17. May 2100 03:56:15 CO2 = 1133.4757 CH4 = 2416.88 N2O = 391.740 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-17 05:15:00 begin of timestep (day): 8 (run): 4360 0: MPIOM: current date: 2100-05-17 06:00:00 begin of timestep (day): 9 (run): 4361 0: MPIOM: current date: 2100-05-17 06:45:00 begin of timestep (day): 10 (run): 4362 0: MPIOM: current date: 2100-05-17 07:30:00 begin of timestep (day): 11 (run): 4363 384: Radiation calculated for : 17. May 2100 05:56:15 384: Greenhouse gas concentrations 17. May 2100 05:56:15 CO2 = 1133.4789 CH4 = 2416.88 N2O = 391.740 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-17 08:15:00 begin of timestep (day): 12 (run): 4364 0: MPIOM: current date: 2100-05-17 09:00:00 begin of timestep (day): 13 (run): 4365 0: MPIOM: current date: 2100-05-17 09:45:00 begin of timestep (day): 14 (run): 4366 0: MPIOM: current date: 2100-05-17 10:30:00 begin of timestep (day): 15 (run): 4367 384: Radiation calculated for : 17. May 2100 07:56:15 384: Greenhouse gas concentrations 17. May 2100 07:56:15 CO2 = 1133.4820 CH4 = 2416.87 N2O = 391.740 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-17 11:15:00 begin of timestep (day): 16 (run): 4368 0: MPIOM: current date: 2100-05-17 12:00:00 begin of timestep (day): 17 (run): 4369 0: MPIOM: current date: 2100-05-17 12:45:00 begin of timestep (day): 18 (run): 4370 0: MPIOM: current date: 2100-05-17 13:30:00 begin of timestep (day): 19 (run): 4371 384: Radiation calculated for : 17. May 2100 09:56:15 384: Greenhouse gas concentrations 17. May 2100 09:56:15 CO2 = 1133.4851 CH4 = 2416.87 N2O = 391.740 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-17 14:15:00 begin of timestep (day): 20 (run): 4372 0: MPIOM: current date: 2100-05-17 15:00:00 begin of timestep (day): 21 (run): 4373 0: MPIOM: current date: 2100-05-17 15:45:00 begin of timestep (day): 22 (run): 4374 0: MPIOM: current date: 2100-05-17 16:30:00 begin of timestep (day): 23 (run): 4375 384: Radiation calculated for : 17. May 2100 11:56:15 384: Greenhouse gas concentrations 17. May 2100 11:56:15 CO2 = 1133.4882 CH4 = 2416.87 N2O = 391.740 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-17 17:15:00 begin of timestep (day): 24 (run): 4376 0: MPIOM: current date: 2100-05-17 18:00:00 begin of timestep (day): 25 (run): 4377 0: MPIOM: current date: 2100-05-17 18:45:00 begin of timestep (day): 26 (run): 4378 0: MPIOM: current date: 2100-05-17 19:30:00 begin of timestep (day): 27 (run): 4379 384: Radiation calculated for : 17. May 2100 13:56:15 384: Greenhouse gas concentrations 17. May 2100 13:56:15 CO2 = 1133.4913 CH4 = 2416.86 N2O = 391.740 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-17 20:15:00 begin of timestep (day): 28 (run): 4380 0: MPIOM: current date: 2100-05-17 21:00:00 begin of timestep (day): 29 (run): 4381 0: MPIOM: current date: 2100-05-17 21:45:00 begin of timestep (day): 30 (run): 4382 0: MPIOM: current date: 2100-05-17 22:30:00 begin of timestep (day): 31 (run): 4383 384: Radiation calculated for : 17. May 2100 15:56:15 384: Greenhouse gas concentrations 17. May 2100 15:56:15 CO2 = 1133.4945 CH4 = 2416.86 N2O = 391.740 CFC = 51.52 209.00 0: MPIOM: current date: 2100-05-17 23:15:00 begin of timestep (day): 32 (run): 4384 0: MPIOM: current date: 2100-05-18 00:00:00 begin of timestep (day): 1 (run): 4385 384: Radiation calculated for : 17. May 2100 17:56:15 384: Greenhouse gas concentrations 17. May 2100 17:56:15 CO2 = 1133.4976 CH4 = 2416.86 N2O = 391.741 CFC = 51.52 209.00 384: Radiation calculated for : 17. May 2100 19:56:15 384: Greenhouse gas concentrations 17. May 2100 19:56:15 CO2 = 1133.5007 CH4 = 2416.86 N2O = 391.741 CFC = 51.52 208.99 384: Radiation calculated for : 17. May 2100 21:56:15 384: Greenhouse gas concentrations 17. May 2100 21:56:15 CO2 = 1133.5038 CH4 = 2416.85 N2O = 391.741 CFC = 51.52 208.99 384: Radiation calculated for : 17. May 2100 23:56:15 384: Greenhouse gas concentrations 17. May 2100 23:56:15 CO2 = 1133.5069 CH4 = 2416.85 N2O = 391.741 CFC = 51.52 208.99 384: hydrology_model: Water budget change: 1.400709152221680E-006 m3/s 384: hydrology_model: global discharge: 1517364.48464329 m3/s 384: hydrology_model: precip-evap (on ocean): -316132.557501216 m3/s 384: water_budget_corr: P-E correction: -68990.1442584369 m3/s 384: water_budget_corr: slm/slf residuum: 87186.3169977989 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1049.61249590261 m3/s 384: water_budget_corr: awfre corrected: -386172.314255567 m3/s 384: water_budget_corr: river discharge: 1517364.48464329 m3/s 384: water_budget_corr: water to ocean: 1131192.17038773 m3/s 384: Write GRIB1 output for : 17. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.961979453047685E-010 kg m-2 s-1 0: co2 = 1054.97611059998 , n2 = 801999.999929440 , o2 = 0: 196799.999725553 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-18 00:45:00 begin of timestep (day): 2 (run): 4386 0: MPIOM: current date: 2100-05-18 01:30:00 begin of timestep (day): 3 (run): 4387 384: Radiation calculated for : 18. May 2100 01:56:15 384: Greenhouse gas concentrations 18. May 2100 01:56:15 CO2 = 1133.5100 CH4 = 2416.85 N2O = 391.741 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-18 02:15:00 begin of timestep (day): 4 (run): 4388 0: MPIOM: current date: 2100-05-18 03:00:00 begin of timestep (day): 5 (run): 4389 0: MPIOM: current date: 2100-05-18 03:45:00 begin of timestep (day): 6 (run): 4390 0: MPIOM: current date: 2100-05-18 04:30:00 begin of timestep (day): 7 (run): 4391 384: Radiation calculated for : 18. May 2100 03:56:15 384: Greenhouse gas concentrations 18. May 2100 03:56:15 CO2 = 1133.5132 CH4 = 2416.84 N2O = 391.741 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-18 05:15:00 begin of timestep (day): 8 (run): 4392 0: MPIOM: current date: 2100-05-18 06:00:00 begin of timestep (day): 9 (run): 4393 0: MPIOM: current date: 2100-05-18 06:45:00 begin of timestep (day): 10 (run): 4394 0: MPIOM: current date: 2100-05-18 07:30:00 begin of timestep (day): 11 (run): 4395 384: Radiation calculated for : 18. May 2100 05:56:15 384: Greenhouse gas concentrations 18. May 2100 05:56:15 CO2 = 1133.5163 CH4 = 2416.84 N2O = 391.741 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-18 08:15:00 begin of timestep (day): 12 (run): 4396 0: MPIOM: current date: 2100-05-18 09:00:00 begin of timestep (day): 13 (run): 4397 0: MPIOM: current date: 2100-05-18 09:45:00 begin of timestep (day): 14 (run): 4398 0: MPIOM: current date: 2100-05-18 10:30:00 begin of timestep (day): 15 (run): 4399 384: Radiation calculated for : 18. May 2100 07:56:15 384: Greenhouse gas concentrations 18. May 2100 07:56:15 CO2 = 1133.5194 CH4 = 2416.84 N2O = 391.741 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-18 11:15:00 begin of timestep (day): 16 (run): 4400 0: MPIOM: current date: 2100-05-18 12:00:00 begin of timestep (day): 17 (run): 4401 0: MPIOM: current date: 2100-05-18 12:45:00 begin of timestep (day): 18 (run): 4402 0: MPIOM: current date: 2100-05-18 13:30:00 begin of timestep (day): 19 (run): 4403 384: Radiation calculated for : 18. May 2100 09:56:15 0: MPIOM: current date: 2100-05-18 14:15:00 begin of timestep (day): 20 (run): 4404 384: Greenhouse gas concentrations 18. May 2100 09:56:15 CO2 = 1133.5225 CH4 = 2416.84 N2O = 391.741 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-18 15:00:00 begin of timestep (day): 21 (run): 4405 0: MPIOM: current date: 2100-05-18 15:45:00 begin of timestep (day): 22 (run): 4406 0: MPIOM: current date: 2100-05-18 16:30:00 begin of timestep (day): 23 (run): 4407 0: MPIOM: current date: 2100-05-18 17:15:00 begin of timestep (day): 24 (run): 4408 384: Radiation calculated for : 18. May 2100 11:56:15 384: Greenhouse gas concentrations 18. May 2100 11:56:15 CO2 = 1133.5256 CH4 = 2416.83 N2O = 391.742 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-18 18:00:00 begin of timestep (day): 25 (run): 4409 0: MPIOM: current date: 2100-05-18 18:45:00 begin of timestep (day): 26 (run): 4410 0: MPIOM: current date: 2100-05-18 19:30:00 begin of timestep (day): 27 (run): 4411 0: MPIOM: current date: 2100-05-18 20:15:00 begin of timestep (day): 28 (run): 4412 384: Radiation calculated for : 18. May 2100 13:56:15 384: Greenhouse gas concentrations 18. May 2100 13:56:15 CO2 = 1133.5288 CH4 = 2416.83 N2O = 391.742 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-18 21:00:00 begin of timestep (day): 29 (run): 4413 0: MPIOM: current date: 2100-05-18 21:45:00 begin of timestep (day): 30 (run): 4414 0: MPIOM: current date: 2100-05-18 22:30:00 begin of timestep (day): 31 (run): 4415 0: MPIOM: current date: 2100-05-18 23:15:00 begin of timestep (day): 32 (run): 4416 384: Radiation calculated for : 18. May 2100 15:56:15 384: Greenhouse gas concentrations 18. May 2100 15:56:15 CO2 = 1133.5319 CH4 = 2416.83 N2O = 391.742 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-19 00:00:00 begin of timestep (day): 1 (run): 4417 384: Radiation calculated for : 18. May 2100 17:56:15 384: Greenhouse gas concentrations 18. May 2100 17:56:15 CO2 = 1133.5350 CH4 = 2416.83 N2O = 391.742 CFC = 51.52 208.99 384: Radiation calculated for : 18. May 2100 19:56:15 384: Greenhouse gas concentrations 18. May 2100 19:56:15 CO2 = 1133.5381 CH4 = 2416.82 N2O = 391.742 CFC = 51.52 208.99 384: Radiation calculated for : 18. May 2100 21:56:15 384: Greenhouse gas concentrations 18. May 2100 21:56:15 CO2 = 1133.5412 CH4 = 2416.82 N2O = 391.742 CFC = 51.52 208.99 384: Radiation calculated for : 18. May 2100 23:56:15 384: Greenhouse gas concentrations 18. May 2100 23:56:15 CO2 = 1133.5444 CH4 = 2416.82 N2O = 391.742 CFC = 51.52 208.99 384: hydrology_model: Water budget change: 2.682209014892578E-007 m3/s 384: hydrology_model: global discharge: 1533824.40891739 m3/s 384: hydrology_model: precip-evap (on ocean): -635914.992922249 m3/s 384: water_budget_corr: P-E correction: -25895.6253074136 m3/s 384: water_budget_corr: slm/slf residuum: 51119.4240941313 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -453.794761840487 m3/s 384: water_budget_corr: awfre corrected: -662264.412991502 m3/s 384: water_budget_corr: river discharge: 1533824.40891739 m3/s 384: water_budget_corr: water to ocean: 871559.995925891 m3/s 384: Write GRIB1 output for : 18. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.94011333179 , n2 = 801999.999866980 , o2 = 0: 196799.999663573 384: CO2 flux correction (global): 2.865944727953024E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-19 00:45:00 begin of timestep (day): 2 (run): 4418 0: MPIOM: current date: 2100-05-19 01:30:00 begin of timestep (day): 3 (run): 4419 384: Radiation calculated for : 19. May 2100 01:56:15 384: Greenhouse gas concentrations 19. May 2100 01:56:15 CO2 = 1133.5475 CH4 = 2416.81 N2O = 391.742 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-19 02:15:00 begin of timestep (day): 4 (run): 4420 0: MPIOM: current date: 2100-05-19 03:00:00 begin of timestep (day): 5 (run): 4421 0: MPIOM: current date: 2100-05-19 03:45:00 begin of timestep (day): 6 (run): 4422 0: MPIOM: current date: 2100-05-19 04:30:00 begin of timestep (day): 7 (run): 4423 384: Radiation calculated for : 19. May 2100 03:56:15 384: Greenhouse gas concentrations 19. May 2100 03:56:15 CO2 = 1133.5506 CH4 = 2416.81 N2O = 391.742 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-19 05:15:00 begin of timestep (day): 8 (run): 4424 0: MPIOM: current date: 2100-05-19 06:00:00 begin of timestep (day): 9 (run): 4425 0: MPIOM: current date: 2100-05-19 06:45:00 begin of timestep (day): 10 (run): 4426 0: MPIOM: current date: 2100-05-19 07:30:00 begin of timestep (day): 11 (run): 4427 384: Radiation calculated for : 19. May 2100 05:56:15 384: Greenhouse gas concentrations 19. May 2100 05:56:15 CO2 = 1133.5537 CH4 = 2416.81 N2O = 391.742 CFC = 51.52 208.99 0: MPIOM: current date: 2100-05-19 08:15:00 begin of timestep (day): 12 (run): 4428 0: MPIOM: current date: 2100-05-19 09:00:00 begin of timestep (day): 13 (run): 4429 0: MPIOM: current date: 2100-05-19 09:45:00 begin of timestep (day): 14 (run): 4430 0: MPIOM: current date: 2100-05-19 10:30:00 begin of timestep (day): 15 (run): 4431 384: Radiation calculated for : 19. May 2100 07:56:15 384: Greenhouse gas concentrations 19. May 2100 07:56:15 CO2 = 1133.5568 CH4 = 2416.81 N2O = 391.743 CFC = 51.52 208.98 0: MPIOM: current date: 2100-05-19 11:15:00 begin of timestep (day): 16 (run): 4432 0: MPIOM: current date: 2100-05-19 12:00:00 begin of timestep (day): 17 (run): 4433 0: MPIOM: current date: 2100-05-19 12:45:00 begin of timestep (day): 18 (run): 4434 0: MPIOM: current date: 2100-05-19 13:30:00 begin of timestep (day): 19 (run): 4435 384: Radiation calculated for : 19. May 2100 09:56:15 384: Greenhouse gas concentrations 19. May 2100 09:56:15 CO2 = 1133.5599 CH4 = 2416.80 N2O = 391.743 CFC = 51.52 208.98 0: MPIOM: current date: 2100-05-19 14:15:00 begin of timestep (day): 20 (run): 4436 0: MPIOM: current date: 2100-05-19 15:00:00 begin of timestep (day): 21 (run): 4437 0: MPIOM: current date: 2100-05-19 15:45:00 begin of timestep (day): 22 (run): 4438 0: MPIOM: current date: 2100-05-19 16:30:00 begin of timestep (day): 23 (run): 4439 384: Radiation calculated for : 19. May 2100 11:56:15 384: Greenhouse gas concentrations 19. May 2100 11:56:15 CO2 = 1133.5631 CH4 = 2416.80 N2O = 391.743 CFC = 51.52 208.98 0: MPIOM: current date: 2100-05-19 17:15:00 begin of timestep (day): 24 (run): 4440 0: MPIOM: current date: 2100-05-19 18:00:00 begin of timestep (day): 25 (run): 4441 0: MPIOM: current date: 2100-05-19 18:45:00 begin of timestep (day): 26 (run): 4442 0: MPIOM: current date: 2100-05-19 19:30:00 begin of timestep (day): 27 (run): 4443 384: Radiation calculated for : 19. May 2100 13:56:15 384: Greenhouse gas concentrations 19. May 2100 13:56:15 CO2 = 1133.5662 CH4 = 2416.80 N2O = 391.743 CFC = 51.52 208.98 0: MPIOM: current date: 2100-05-19 20:15:00 begin of timestep (day): 28 (run): 4444 0: MPIOM: current date: 2100-05-19 21:00:00 begin of timestep (day): 29 (run): 4445 0: MPIOM: current date: 2100-05-19 21:45:00 begin of timestep (day): 30 (run): 4446 0: MPIOM: current date: 2100-05-19 22:30:00 begin of timestep (day): 31 (run): 4447 384: Radiation calculated for : 19. May 2100 15:56:15 384: Greenhouse gas concentrations 19. May 2100 15:56:15 CO2 = 1133.5693 CH4 = 2416.79 N2O = 391.743 CFC = 51.52 208.98 0: MPIOM: current date: 2100-05-19 23:15:00 begin of timestep (day): 32 (run): 4448 0: MPIOM: current date: 2100-05-20 00:00:00 begin of timestep (day): 1 (run): 4449 384: Radiation calculated for : 19. May 2100 17:56:15 384: Greenhouse gas concentrations 19. May 2100 17:56:15 CO2 = 1133.5724 CH4 = 2416.79 N2O = 391.743 CFC = 51.52 208.98 384: Radiation calculated for : 19. May 2100 19:56:15 384: Greenhouse gas concentrations 19. May 2100 19:56:15 CO2 = 1133.5755 CH4 = 2416.79 N2O = 391.743 CFC = 51.51 208.98 384: Radiation calculated for : 19. May 2100 21:56:15 384: Greenhouse gas concentrations 19. May 2100 21:56:15 CO2 = 1133.5787 CH4 = 2416.79 N2O = 391.743 CFC = 51.51 208.98 384: Radiation calculated for : 19. May 2100 23:56:15 384: Greenhouse gas concentrations 19. May 2100 23:56:15 CO2 = 1133.5818 CH4 = 2416.78 N2O = 391.743 CFC = 51.51 208.98 384: hydrology_model: Water budget change: 7.450580596923828E-007 m3/s 384: hydrology_model: global discharge: 1532838.71942032 m3/s 384: hydrology_model: precip-evap (on ocean): -620044.621644002 m3/s 384: water_budget_corr: P-E correction: -16732.8920339890 m3/s 384: water_budget_corr: slm/slf residuum: 23897.2371096587 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -403.073302955462 m3/s 384: water_budget_corr: awfre corrected: -637180.586980929 m3/s 384: water_budget_corr: river discharge: 1532838.71942032 m3/s 384: water_budget_corr: water to ocean: 895658.132439369 m3/s 384: Write GRIB1 output for : 19. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.90691125406 , n2 = 801999.999852162 , o2 = 0: 196799.999584181 384: CO2 flux correction (global): 1.839076402151068E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-20 00:45:00 begin of timestep (day): 2 (run): 4450 0: MPIOM: current date: 2100-05-20 01:30:00 begin of timestep (day): 3 (run): 4451 384: Radiation calculated for : 20. May 2100 01:56:15 384: Greenhouse gas concentrations 20. May 2100 01:56:15 CO2 = 1133.5849 CH4 = 2416.78 N2O = 391.744 CFC = 51.51 208.98 0: MPIOM: current date: 2100-05-20 02:15:00 begin of timestep (day): 4 (run): 4452 0: MPIOM: current date: 2100-05-20 03:00:00 begin of timestep (day): 5 (run): 4453 0: MPIOM: current date: 2100-05-20 03:45:00 begin of timestep (day): 6 (run): 4454 0: MPIOM: current date: 2100-05-20 04:30:00 begin of timestep (day): 7 (run): 4455 384: Radiation calculated for : 20. May 2100 03:56:15 384: Greenhouse gas concentrations 20. May 2100 03:56:15 CO2 = 1133.5880 CH4 = 2416.78 N2O = 391.744 CFC = 51.51 208.98 0: MPIOM: current date: 2100-05-20 05:15:00 begin of timestep (day): 8 (run): 4456 0: MPIOM: current date: 2100-05-20 06:00:00 begin of timestep (day): 9 (run): 4457 0: MPIOM: current date: 2100-05-20 06:45:00 begin of timestep (day): 10 (run): 4458 0: MPIOM: current date: 2100-05-20 07:30:00 begin of timestep (day): 11 (run): 4459 384: Radiation calculated for : 20. May 2100 05:56:15 384: Greenhouse gas concentrations 20. May 2100 05:56:15 CO2 = 1133.5911 CH4 = 2416.78 N2O = 391.744 CFC = 51.51 208.98 0: MPIOM: current date: 2100-05-20 08:15:00 begin of timestep (day): 12 (run): 4460 0: MPIOM: current date: 2100-05-20 09:00:00 begin of timestep (day): 13 (run): 4461 0: MPIOM: current date: 2100-05-20 09:45:00 begin of timestep (day): 14 (run): 4462 0: MPIOM: current date: 2100-05-20 10:30:00 begin of timestep (day): 15 (run): 4463 384: Radiation calculated for : 20. May 2100 07:56:15 384: Greenhouse gas concentrations 20. May 2100 07:56:15 CO2 = 1133.5943 CH4 = 2416.77 N2O = 391.744 CFC = 51.51 208.98 0: MPIOM: current date: 2100-05-20 11:15:00 begin of timestep (day): 16 (run): 4464 0: MPIOM: current date: 2100-05-20 12:00:00 begin of timestep (day): 17 (run): 4465 0: MPIOM: current date: 2100-05-20 12:45:00 begin of timestep (day): 18 (run): 4466 0: MPIOM: current date: 2100-05-20 13:30:00 begin of timestep (day): 19 (run): 4467 384: Radiation calculated for : 20. May 2100 09:56:15 384: Greenhouse gas concentrations 20. May 2100 09:56:15 CO2 = 1133.5974 CH4 = 2416.77 N2O = 391.744 CFC = 51.51 208.98 0: MPIOM: current date: 2100-05-20 14:15:00 begin of timestep (day): 20 (run): 4468 0: MPIOM: current date: 2100-05-20 15:00:00 begin of timestep (day): 21 (run): 4469 0: MPIOM: current date: 2100-05-20 15:45:00 begin of timestep (day): 22 (run): 4470 0: MPIOM: current date: 2100-05-20 16:30:00 begin of timestep (day): 23 (run): 4471 384: Radiation calculated for : 20. May 2100 11:56:15 384: Greenhouse gas concentrations 20. May 2100 11:56:15 CO2 = 1133.6005 CH4 = 2416.77 N2O = 391.744 CFC = 51.51 208.98 0: MPIOM: current date: 2100-05-20 17:15:00 begin of timestep (day): 24 (run): 4472 0: MPIOM: current date: 2100-05-20 18:00:00 begin of timestep (day): 25 (run): 4473 0: MPIOM: current date: 2100-05-20 18:45:00 begin of timestep (day): 26 (run): 4474 0: MPIOM: current date: 2100-05-20 19:30:00 begin of timestep (day): 27 (run): 4475 384: Radiation calculated for : 20. May 2100 13:56:15 384: Greenhouse gas concentrations 20. May 2100 13:56:15 CO2 = 1133.6036 CH4 = 2416.76 N2O = 391.744 CFC = 51.51 208.98 0: MPIOM: current date: 2100-05-20 20:15:00 begin of timestep (day): 28 (run): 4476 0: MPIOM: current date: 2100-05-20 21:00:00 begin of timestep (day): 29 (run): 4477 0: MPIOM: current date: 2100-05-20 21:45:00 begin of timestep (day): 30 (run): 4478 0: MPIOM: current date: 2100-05-20 22:30:00 begin of timestep (day): 31 (run): 4479 384: Radiation calculated for : 20. May 2100 15:56:15 384: Greenhouse gas concentrations 20. May 2100 15:56:15 CO2 = 1133.6067 CH4 = 2416.76 N2O = 391.744 CFC = 51.51 208.98 0: MPIOM: current date: 2100-05-20 23:15:00 begin of timestep (day): 32 (run): 4480 0: MPIOM: current date: 2100-05-21 00:00:00 begin of timestep (day): 1 (run): 4481 384: Radiation calculated for : 20. May 2100 17:56:15 384: Greenhouse gas concentrations 20. May 2100 17:56:15 CO2 = 1133.6098 CH4 = 2416.76 N2O = 391.744 CFC = 51.51 208.98 384: Radiation calculated for : 20. May 2100 19:56:15 384: Greenhouse gas concentrations 20. May 2100 19:56:15 CO2 = 1133.6130 CH4 = 2416.76 N2O = 391.745 CFC = 51.51 208.97 384: Radiation calculated for : 20. May 2100 21:56:15 384: Greenhouse gas concentrations 20. May 2100 21:56:15 CO2 = 1133.6161 CH4 = 2416.75 N2O = 391.745 CFC = 51.51 208.97 384: Radiation calculated for : 20. May 2100 23:56:15 384: Greenhouse gas concentrations 20. May 2100 23:56:15 CO2 = 1133.6192 CH4 = 2416.75 N2O = 391.745 CFC = 51.51 208.97 384: hydrology_model: Water budget change: -5.662441253662109E-007 m3/s 384: hydrology_model: global discharge: 1510070.67289468 m3/s 384: hydrology_model: precip-evap (on ocean): -272704.633742407 m3/s 384: water_budget_corr: P-E correction: -101238.267234200 m3/s 384: water_budget_corr: slm/slf residuum: 37985.4477836685 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 10.3300099453521 m3/s 384: water_budget_corr: awfre corrected: -373932.570966665 m3/s 384: water_budget_corr: river discharge: 1510070.67289468 m3/s 384: water_budget_corr: water to ocean: 1136138.10192802 m3/s 384: Write GRIB1 output for : 20. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 6.390483998346752E-011 kg m-2 s-1 0: co2 = 1054.89452438907 , n2 = 801999.999910307 , o2 = 0: 196799.999726390 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-21 00:45:00 begin of timestep (day): 2 (run): 4482 0: MPIOM: current date: 2100-05-21 01:30:00 begin of timestep (day): 3 (run): 4483 384: Radiation calculated for : 21. May 2100 01:56:15 384: Greenhouse gas concentrations 21. May 2100 01:56:15 CO2 = 1133.6223 CH4 = 2416.75 N2O = 391.745 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-21 02:15:00 begin of timestep (day): 4 (run): 4484 0: MPIOM: current date: 2100-05-21 03:00:00 begin of timestep (day): 5 (run): 4485 0: MPIOM: current date: 2100-05-21 03:45:00 begin of timestep (day): 6 (run): 4486 0: MPIOM: current date: 2100-05-21 04:30:00 begin of timestep (day): 7 (run): 4487 384: Radiation calculated for : 21. May 2100 03:56:15 384: Greenhouse gas concentrations 21. May 2100 03:56:15 CO2 = 1133.6254 CH4 = 2416.74 N2O = 391.745 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-21 05:15:00 begin of timestep (day): 8 (run): 4488 0: MPIOM: current date: 2100-05-21 06:00:00 begin of timestep (day): 9 (run): 4489 0: MPIOM: current date: 2100-05-21 06:45:00 begin of timestep (day): 10 (run): 4490 0: MPIOM: current date: 2100-05-21 07:30:00 begin of timestep (day): 11 (run): 4491 384: Radiation calculated for : 21. May 2100 05:56:15 384: Greenhouse gas concentrations 21. May 2100 05:56:15 CO2 = 1133.6286 CH4 = 2416.74 N2O = 391.745 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-21 08:15:00 begin of timestep (day): 12 (run): 4492 0: MPIOM: current date: 2100-05-21 09:00:00 begin of timestep (day): 13 (run): 4493 0: MPIOM: current date: 2100-05-21 09:45:00 begin of timestep (day): 14 (run): 4494 0: MPIOM: current date: 2100-05-21 10:30:00 begin of timestep (day): 15 (run): 4495 384: Radiation calculated for : 21. May 2100 07:56:15 384: Greenhouse gas concentrations 21. May 2100 07:56:15 CO2 = 1133.6317 CH4 = 2416.74 N2O = 391.745 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-21 11:15:00 begin of timestep (day): 16 (run): 4496 0: MPIOM: current date: 2100-05-21 12:00:00 begin of timestep (day): 17 (run): 4497 0: MPIOM: current date: 2100-05-21 12:45:00 begin of timestep (day): 18 (run): 4498 0: MPIOM: current date: 2100-05-21 13:30:00 begin of timestep (day): 19 (run): 4499 384: Radiation calculated for : 21. May 2100 09:56:15 384: Greenhouse gas concentrations 21. May 2100 09:56:15 CO2 = 1133.6348 CH4 = 2416.74 N2O = 391.745 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-21 14:15:00 begin of timestep (day): 20 (run): 4500 0: MPIOM: current date: 2100-05-21 15:00:00 begin of timestep (day): 21 (run): 4501 0: MPIOM: current date: 2100-05-21 15:45:00 begin of timestep (day): 22 (run): 4502 0: MPIOM: current date: 2100-05-21 16:30:00 begin of timestep (day): 23 (run): 4503 384: Radiation calculated for : 21. May 2100 11:56:15 384: Greenhouse gas concentrations 21. May 2100 11:56:15 CO2 = 1133.6379 CH4 = 2416.73 N2O = 391.745 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-21 17:15:00 begin of timestep (day): 24 (run): 4504 0: MPIOM: current date: 2100-05-21 18:00:00 begin of timestep (day): 25 (run): 4505 0: MPIOM: current date: 2100-05-21 18:45:00 begin of timestep (day): 26 (run): 4506 0: MPIOM: current date: 2100-05-21 19:30:00 begin of timestep (day): 27 (run): 4507 384: Radiation calculated for : 21. May 2100 13:56:15 384: Greenhouse gas concentrations 21. May 2100 13:56:15 CO2 = 1133.6410 CH4 = 2416.73 N2O = 391.745 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-21 20:15:00 begin of timestep (day): 28 (run): 4508 0: MPIOM: current date: 2100-05-21 21:00:00 begin of timestep (day): 29 (run): 4509 0: MPIOM: current date: 2100-05-21 21:45:00 begin of timestep (day): 30 (run): 4510 0: MPIOM: current date: 2100-05-21 22:30:00 begin of timestep (day): 31 (run): 4511 384: Radiation calculated for : 21. May 2100 15:56:15 384: Greenhouse gas concentrations 21. May 2100 15:56:15 CO2 = 1133.6442 CH4 = 2416.73 N2O = 391.746 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-21 23:15:00 begin of timestep (day): 32 (run): 4512 0: MPIOM: current date: 2100-05-22 00:00:00 begin of timestep (day): 1 (run): 4513 384: Radiation calculated for : 21. May 2100 17:56:15 384: Greenhouse gas concentrations 21. May 2100 17:56:15 CO2 = 1133.6473 CH4 = 2416.72 N2O = 391.746 CFC = 51.51 208.97 384: Radiation calculated for : 21. May 2100 19:56:15 384: Greenhouse gas concentrations 21. May 2100 19:56:15 CO2 = 1133.6504 CH4 = 2416.72 N2O = 391.746 CFC = 51.51 208.97 384: Radiation calculated for : 21. May 2100 21:56:15 384: Greenhouse gas concentrations 21. May 2100 21:56:15 CO2 = 1133.6535 CH4 = 2416.72 N2O = 391.746 CFC = 51.51 208.97 384: Radiation calculated for : 21. May 2100 23:56:15 384: Greenhouse gas concentrations 21. May 2100 23:56:15 CO2 = 1133.6566 CH4 = 2416.72 N2O = 391.746 CFC = 51.51 208.97 384: hydrology_model: Water budget change: 3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1510773.69341446 m3/s 384: hydrology_model: precip-evap (on ocean): 53585.4892119968 m3/s 384: water_budget_corr: P-E correction: -110483.444317975 m3/s 384: water_budget_corr: slm/slf residuum: 60178.3748918877 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -377.357626845112 m3/s 384: water_budget_corr: awfre corrected: -57275.3127328210 m3/s 384: water_budget_corr: river discharge: 1510773.69341446 m3/s 384: water_budget_corr: water to ocean: 1453498.38068164 m3/s 384: Write GRIB1 output for : 21. May 2100 23:52:30 0: co2 = 1054.82180354639 , n2 = 801999.999938579 , o2 = 0: 196799.999748311 0: MPIOM: current date: 2100-05-22 00:45:00 begin of timestep (day): 2 (run): 4514 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.753640515573554E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-22 01:30:00 begin of timestep (day): 3 (run): 4515 384: Radiation calculated for : 22. May 2100 01:56:15 384: Greenhouse gas concentrations 22. May 2100 01:56:15 CO2 = 1133.6597 CH4 = 2416.71 N2O = 391.746 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-22 02:15:00 begin of timestep (day): 4 (run): 4516 0: MPIOM: current date: 2100-05-22 03:00:00 begin of timestep (day): 5 (run): 4517 0: MPIOM: current date: 2100-05-22 03:45:00 begin of timestep (day): 6 (run): 4518 0: MPIOM: current date: 2100-05-22 04:30:00 begin of timestep (day): 7 (run): 4519 384: Radiation calculated for : 22. May 2100 03:56:15 384: Greenhouse gas concentrations 22. May 2100 03:56:15 CO2 = 1133.6629 CH4 = 2416.71 N2O = 391.746 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-22 05:15:00 begin of timestep (day): 8 (run): 4520 0: MPIOM: current date: 2100-05-22 06:00:00 begin of timestep (day): 9 (run): 4521 0: MPIOM: current date: 2100-05-22 06:45:00 begin of timestep (day): 10 (run): 4522 0: MPIOM: current date: 2100-05-22 07:30:00 begin of timestep (day): 11 (run): 4523 384: Radiation calculated for : 22. May 2100 05:56:15 384: Greenhouse gas concentrations 22. May 2100 05:56:15 CO2 = 1133.6660 CH4 = 2416.71 N2O = 391.746 CFC = 51.51 208.97 0: MPIOM: current date: 2100-05-22 08:15:00 begin of timestep (day): 12 (run): 4524 0: MPIOM: current date: 2100-05-22 09:00:00 begin of timestep (day): 13 (run): 4525 0: MPIOM: current date: 2100-05-22 09:45:00 begin of timestep (day): 14 (run): 4526 0: MPIOM: current date: 2100-05-22 10:30:00 begin of timestep (day): 15 (run): 4527 384: Radiation calculated for : 22. May 2100 07:56:15 384: Greenhouse gas concentrations 22. May 2100 07:56:15 CO2 = 1133.6691 CH4 = 2416.71 N2O = 391.746 CFC = 51.51 208.96 0: MPIOM: current date: 2100-05-22 11:15:00 begin of timestep (day): 16 (run): 4528 0: MPIOM: current date: 2100-05-22 12:00:00 begin of timestep (day): 17 (run): 4529 0: MPIOM: current date: 2100-05-22 12:45:00 begin of timestep (day): 18 (run): 4530 0: MPIOM: current date: 2100-05-22 13:30:00 begin of timestep (day): 19 (run): 4531 384: Radiation calculated for : 22. May 2100 09:56:15 384: Greenhouse gas concentrations 22. May 2100 09:56:15 CO2 = 1133.6722 CH4 = 2416.70 N2O = 391.747 CFC = 51.51 208.96 0: MPIOM: current date: 2100-05-22 14:15:00 begin of timestep (day): 20 (run): 4532 0: MPIOM: current date: 2100-05-22 15:00:00 begin of timestep (day): 21 (run): 4533 0: MPIOM: current date: 2100-05-22 15:45:00 begin of timestep (day): 22 (run): 4534 0: MPIOM: current date: 2100-05-22 16:30:00 begin of timestep (day): 23 (run): 4535 384: Radiation calculated for : 22. May 2100 11:56:15 384: Greenhouse gas concentrations 22. May 2100 11:56:15 CO2 = 1133.6753 CH4 = 2416.70 N2O = 391.747 CFC = 51.51 208.96 0: MPIOM: current date: 2100-05-22 17:15:00 begin of timestep (day): 24 (run): 4536 0: MPIOM: current date: 2100-05-22 18:00:00 begin of timestep (day): 25 (run): 4537 0: MPIOM: current date: 2100-05-22 18:45:00 begin of timestep (day): 26 (run): 4538 0: MPIOM: current date: 2100-05-22 19:30:00 begin of timestep (day): 27 (run): 4539 384: Radiation calculated for : 22. May 2100 13:56:15 384: Greenhouse gas concentrations 22. May 2100 13:56:15 CO2 = 1133.6785 CH4 = 2416.70 N2O = 391.747 CFC = 51.51 208.96 0: MPIOM: current date: 2100-05-22 20:15:00 begin of timestep (day): 28 (run): 4540 0: MPIOM: current date: 2100-05-22 21:00:00 begin of timestep (day): 29 (run): 4541 0: MPIOM: current date: 2100-05-22 21:45:00 begin of timestep (day): 30 (run): 4542 0: MPIOM: current date: 2100-05-22 22:30:00 begin of timestep (day): 31 (run): 4543 384: Radiation calculated for : 22. May 2100 15:56:15 384: Greenhouse gas concentrations 22. May 2100 15:56:15 CO2 = 1133.6816 CH4 = 2416.69 N2O = 391.747 CFC = 51.51 208.96 0: MPIOM: current date: 2100-05-22 23:15:00 begin of timestep (day): 32 (run): 4544 0: MPIOM: current date: 2100-05-23 00:00:00 begin of timestep (day): 1 (run): 4545 384: Radiation calculated for : 22. May 2100 17:56:15 384: Greenhouse gas concentrations 22. May 2100 17:56:15 CO2 = 1133.6847 CH4 = 2416.69 N2O = 391.747 CFC = 51.51 208.96 384: Radiation calculated for : 22. May 2100 19:56:15 384: Greenhouse gas concentrations 22. May 2100 19:56:15 CO2 = 1133.6878 CH4 = 2416.69 N2O = 391.747 CFC = 51.51 208.96 384: Radiation calculated for : 22. May 2100 21:56:15 384: Greenhouse gas concentrations 22. May 2100 21:56:15 CO2 = 1133.6909 CH4 = 2416.69 N2O = 391.747 CFC = 51.51 208.96 384: Radiation calculated for : 22. May 2100 23:56:15 384: Greenhouse gas concentrations 22. May 2100 23:56:15 CO2 = 1133.6941 CH4 = 2416.68 N2O = 391.747 CFC = 51.51 208.96 384: hydrology_model: Water budget change: -2.413988113403320E-006 m3/s 384: hydrology_model: global discharge: 1510571.65769918 m3/s 384: hydrology_model: precip-evap (on ocean): 116803.740632762 m3/s 384: water_budget_corr: P-E correction: -57761.4148727755 m3/s 384: water_budget_corr: slm/slf residuum: 59521.7713835955 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 394.209567321828 m3/s 384: water_budget_corr: awfre corrected: 59436.5353273125 m3/s 384: water_budget_corr: river discharge: 1510571.65769918 m3/s 384: water_budget_corr: water to ocean: 1570008.19302649 m3/s 384: Write GRIB1 output for : 22. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.73107100532 , n2 = 801999.999929906 , o2 = 0: 196799.999742587 384: CO2 flux correction (global): 2.133320245114067E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-23 00:45:00 begin of timestep (day): 2 (run): 4546 0: MPIOM: current date: 2100-05-23 01:30:00 begin of timestep (day): 3 (run): 4547 384: Radiation calculated for : 23. May 2100 01:56:15 384: Greenhouse gas concentrations 23. May 2100 01:56:15 CO2 = 1133.6972 CH4 = 2416.68 N2O = 391.747 CFC = 51.50 208.96 0: MPIOM: current date: 2100-05-23 02:15:00 begin of timestep (day): 4 (run): 4548 0: MPIOM: current date: 2100-05-23 03:00:00 begin of timestep (day): 5 (run): 4549 0: MPIOM: current date: 2100-05-23 03:45:00 begin of timestep (day): 6 (run): 4550 0: MPIOM: current date: 2100-05-23 04:30:00 begin of timestep (day): 7 (run): 4551 384: Radiation calculated for : 23. May 2100 03:56:15 384: Greenhouse gas concentrations 23. May 2100 03:56:15 CO2 = 1133.7003 CH4 = 2416.68 N2O = 391.747 CFC = 51.50 208.96 0: MPIOM: current date: 2100-05-23 05:15:00 begin of timestep (day): 8 (run): 4552 0: MPIOM: current date: 2100-05-23 06:00:00 begin of timestep (day): 9 (run): 4553 0: MPIOM: current date: 2100-05-23 06:45:00 begin of timestep (day): 10 (run): 4554 0: MPIOM: current date: 2100-05-23 07:30:00 begin of timestep (day): 11 (run): 4555 384: Radiation calculated for : 23. May 2100 05:56:15 384: Greenhouse gas concentrations 23. May 2100 05:56:15 CO2 = 1133.7034 CH4 = 2416.67 N2O = 391.748 CFC = 51.50 208.96 0: MPIOM: current date: 2100-05-23 08:15:00 begin of timestep (day): 12 (run): 4556 0: MPIOM: current date: 2100-05-23 09:00:00 begin of timestep (day): 13 (run): 4557 0: MPIOM: current date: 2100-05-23 09:45:00 begin of timestep (day): 14 (run): 4558 0: MPIOM: current date: 2100-05-23 10:30:00 begin of timestep (day): 15 (run): 4559 384: Radiation calculated for : 23. May 2100 07:56:15 384: Greenhouse gas concentrations 23. May 2100 07:56:15 CO2 = 1133.7065 CH4 = 2416.67 N2O = 391.748 CFC = 51.50 208.96 0: MPIOM: current date: 2100-05-23 11:15:00 begin of timestep (day): 16 (run): 4560 0: MPIOM: current date: 2100-05-23 12:00:00 begin of timestep (day): 17 (run): 4561 0: MPIOM: current date: 2100-05-23 12:45:00 begin of timestep (day): 18 (run): 4562 0: MPIOM: current date: 2100-05-23 13:30:00 begin of timestep (day): 19 (run): 4563 384: Radiation calculated for : 23. May 2100 09:56:15 384: Greenhouse gas concentrations 23. May 2100 09:56:15 CO2 = 1133.7096 CH4 = 2416.67 N2O = 391.748 CFC = 51.50 208.96 0: MPIOM: current date: 2100-05-23 14:15:00 begin of timestep (day): 20 (run): 4564 0: MPIOM: current date: 2100-05-23 15:00:00 begin of timestep (day): 21 (run): 4565 0: MPIOM: current date: 2100-05-23 15:45:00 begin of timestep (day): 22 (run): 4566 0: MPIOM: current date: 2100-05-23 16:30:00 begin of timestep (day): 23 (run): 4567 384: Radiation calculated for : 23. May 2100 11:56:15 384: Greenhouse gas concentrations 23. May 2100 11:56:15 CO2 = 1133.7128 CH4 = 2416.67 N2O = 391.748 CFC = 51.50 208.96 0: MPIOM: current date: 2100-05-23 17:15:00 begin of timestep (day): 24 (run): 4568 0: MPIOM: current date: 2100-05-23 18:00:00 begin of timestep (day): 25 (run): 4569 0: MPIOM: current date: 2100-05-23 18:45:00 begin of timestep (day): 26 (run): 4570 0: MPIOM: current date: 2100-05-23 19:30:00 begin of timestep (day): 27 (run): 4571 384: Radiation calculated for : 23. May 2100 13:56:15 384: Greenhouse gas concentrations 23. May 2100 13:56:15 CO2 = 1133.7159 CH4 = 2416.66 N2O = 391.748 CFC = 51.50 208.96 0: MPIOM: current date: 2100-05-23 20:15:00 begin of timestep (day): 28 (run): 4572 0: MPIOM: current date: 2100-05-23 21:00:00 begin of timestep (day): 29 (run): 4573 0: MPIOM: current date: 2100-05-23 21:45:00 begin of timestep (day): 30 (run): 4574 0: MPIOM: current date: 2100-05-23 22:30:00 begin of timestep (day): 31 (run): 4575 384: Radiation calculated for : 23. May 2100 15:56:15 384: Greenhouse gas concentrations 23. May 2100 15:56:15 CO2 = 1133.7190 CH4 = 2416.66 N2O = 391.748 CFC = 51.50 208.96 0: MPIOM: current date: 2100-05-23 23:15:00 begin of timestep (day): 32 (run): 4576 0: MPIOM: current date: 2100-05-24 00:00:00 begin of timestep (day): 1 (run): 4577 384: Radiation calculated for : 23. May 2100 17:56:15 384: Greenhouse gas concentrations 23. May 2100 17:56:15 CO2 = 1133.7221 CH4 = 2416.66 N2O = 391.748 CFC = 51.50 208.96 384: Radiation calculated for : 23. May 2100 19:56:15 384: Greenhouse gas concentrations 23. May 2100 19:56:15 CO2 = 1133.7252 CH4 = 2416.66 N2O = 391.748 CFC = 51.50 208.95 384: Radiation calculated for : 23. May 2100 21:56:15 384: Greenhouse gas concentrations 23. May 2100 21:56:15 CO2 = 1133.7284 CH4 = 2416.65 N2O = 391.748 CFC = 51.50 208.95 384: Radiation calculated for : 23. May 2100 23:56:15 384: Greenhouse gas concentrations 23. May 2100 23:56:15 CO2 = 1133.7315 CH4 = 2416.65 N2O = 391.749 CFC = 51.50 208.95 384: hydrology_model: Water budget change: 2.682209014892578E-007 m3/s 384: hydrology_model: global discharge: 1483900.42763280 m3/s 384: hydrology_model: precip-evap (on ocean): -107234.429717571 m3/s 384: water_budget_corr: P-E correction: -74102.9561088940 m3/s 384: water_budget_corr: slm/slf residuum: 42378.0757502889 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1284.01294656292 m3/s 384: water_budget_corr: awfre corrected: -180053.372879906 m3/s 384: water_budget_corr: river discharge: 1483900.42763280 m3/s 384: water_budget_corr: water to ocean: 1303847.05475289 m3/s 384: Write GRIB1 output for : 23. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.381825886496802E-010 kg m-2 s-1 0: co2 = 1054.64582193873 , n2 = 801999.999883430 , o2 = 0: 196799.999671255 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-24 00:45:00 begin of timestep (day): 2 (run): 4578 0: MPIOM: current date: 2100-05-24 01:30:00 begin of timestep (day): 3 (run): 4579 384: Radiation calculated for : 24. May 2100 01:56:15 384: Greenhouse gas concentrations 24. May 2100 01:56:15 CO2 = 1133.7346 CH4 = 2416.65 N2O = 391.749 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-24 02:15:00 begin of timestep (day): 4 (run): 4580 0: MPIOM: current date: 2100-05-24 03:00:00 begin of timestep (day): 5 (run): 4581 0: MPIOM: current date: 2100-05-24 03:45:00 begin of timestep (day): 6 (run): 4582 0: MPIOM: current date: 2100-05-24 04:30:00 begin of timestep (day): 7 (run): 4583 384: Radiation calculated for : 24. May 2100 03:56:15 384: Greenhouse gas concentrations 24. May 2100 03:56:15 CO2 = 1133.7377 CH4 = 2416.64 N2O = 391.749 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-24 05:15:00 begin of timestep (day): 8 (run): 4584 0: MPIOM: current date: 2100-05-24 06:00:00 begin of timestep (day): 9 (run): 4585 0: MPIOM: current date: 2100-05-24 06:45:00 begin of timestep (day): 10 (run): 4586 0: MPIOM: current date: 2100-05-24 07:30:00 begin of timestep (day): 11 (run): 4587 384: Radiation calculated for : 24. May 2100 05:56:15 384: Greenhouse gas concentrations 24. May 2100 05:56:15 CO2 = 1133.7408 CH4 = 2416.64 N2O = 391.749 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-24 08:15:00 begin of timestep (day): 12 (run): 4588 0: MPIOM: current date: 2100-05-24 09:00:00 begin of timestep (day): 13 (run): 4589 0: MPIOM: current date: 2100-05-24 09:45:00 begin of timestep (day): 14 (run): 4590 0: MPIOM: current date: 2100-05-24 10:30:00 begin of timestep (day): 15 (run): 4591 384: Radiation calculated for : 24. May 2100 07:56:15 384: Greenhouse gas concentrations 24. May 2100 07:56:15 CO2 = 1133.7440 CH4 = 2416.64 N2O = 391.749 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-24 11:15:00 begin of timestep (day): 16 (run): 4592 0: MPIOM: current date: 2100-05-24 12:00:00 begin of timestep (day): 17 (run): 4593 0: MPIOM: current date: 2100-05-24 12:45:00 begin of timestep (day): 18 (run): 4594 0: MPIOM: current date: 2100-05-24 13:30:00 begin of timestep (day): 19 (run): 4595 384: Radiation calculated for : 24. May 2100 09:56:15 384: Greenhouse gas concentrations 24. May 2100 09:56:15 CO2 = 1133.7471 CH4 = 2416.64 N2O = 391.749 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-24 14:15:00 begin of timestep (day): 20 (run): 4596 0: MPIOM: current date: 2100-05-24 15:00:00 begin of timestep (day): 21 (run): 4597 0: MPIOM: current date: 2100-05-24 15:45:00 begin of timestep (day): 22 (run): 4598 0: MPIOM: current date: 2100-05-24 16:30:00 begin of timestep (day): 23 (run): 4599 384: Radiation calculated for : 24. May 2100 11:56:15 384: Greenhouse gas concentrations 24. May 2100 11:56:15 CO2 = 1133.7502 CH4 = 2416.63 N2O = 391.749 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-24 17:15:00 begin of timestep (day): 24 (run): 4600 0: MPIOM: current date: 2100-05-24 18:00:00 begin of timestep (day): 25 (run): 4601 0: MPIOM: current date: 2100-05-24 18:45:00 begin of timestep (day): 26 (run): 4602 384: Radiation calculated for : 24. May 2100 13:56:15 384: Greenhouse gas concentrations 24. May 2100 13:56:15 CO2 = 1133.7533 CH4 = 2416.63 N2O = 391.749 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-24 19:30:00 begin of timestep (day): 27 (run): 4603 0: MPIOM: current date: 2100-05-24 20:15:00 begin of timestep (day): 28 (run): 4604 0: MPIOM: current date: 2100-05-24 21:00:00 begin of timestep (day): 29 (run): 4605 0: MPIOM: current date: 2100-05-24 21:45:00 begin of timestep (day): 30 (run): 4606 0: MPIOM: current date: 2100-05-24 22:30:00 begin of timestep (day): 31 (run): 4607 384: Radiation calculated for : 24. May 2100 15:56:15 384: Greenhouse gas concentrations 24. May 2100 15:56:15 CO2 = 1133.7564 CH4 = 2416.63 N2O = 391.749 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-24 23:15:00 begin of timestep (day): 32 (run): 4608 0: MPIOM: current date: 2100-05-25 00:00:00 begin of timestep (day): 1 (run): 4609 384: Radiation calculated for : 24. May 2100 17:56:15 384: Greenhouse gas concentrations 24. May 2100 17:56:15 CO2 = 1133.7595 CH4 = 2416.62 N2O = 391.750 CFC = 51.50 208.95 384: Radiation calculated for : 24. May 2100 19:56:15 384: Greenhouse gas concentrations 24. May 2100 19:56:15 CO2 = 1133.7627 CH4 = 2416.62 N2O = 391.750 CFC = 51.50 208.95 384: Radiation calculated for : 24. May 2100 21:56:15 384: Greenhouse gas concentrations 24. May 2100 21:56:15 CO2 = 1133.7658 CH4 = 2416.62 N2O = 391.750 CFC = 51.50 208.95 384: Radiation calculated for : 24. May 2100 23:56:15 384: Greenhouse gas concentrations 24. May 2100 23:56:15 CO2 = 1133.7689 CH4 = 2416.62 N2O = 391.750 CFC = 51.50 208.95 384: hydrology_model: Water budget change: 1.251697540283203E-006 m3/s 384: hydrology_model: global discharge: 1453242.74048652 m3/s 384: hydrology_model: precip-evap (on ocean): -274101.944713487 m3/s 384: water_budget_corr: P-E correction: -60604.8244031958 m3/s 384: water_budget_corr: slm/slf residuum: 76170.5425153402 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1595.42099457472 m3/s 384: water_budget_corr: awfre corrected: -333111.348122098 m3/s 384: water_budget_corr: river discharge: 1453242.74048652 m3/s 384: water_budget_corr: water to ocean: 1120131.39236441 m3/s 384: Write GRIB1 output for : 24. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.58316812627 , n2 = 801999.999892666 , o2 = 0: 196799.999662332 384: CO2 flux correction (global): 2.174772211355364E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-25 00:45:00 begin of timestep (day): 2 (run): 4610 0: MPIOM: current date: 2100-05-25 01:30:00 begin of timestep (day): 3 (run): 4611 384: Radiation calculated for : 25. May 2100 01:56:15 384: Greenhouse gas concentrations 25. May 2100 01:56:15 CO2 = 1133.7720 CH4 = 2416.61 N2O = 391.750 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-25 02:15:00 begin of timestep (day): 4 (run): 4612 0: MPIOM: current date: 2100-05-25 03:00:00 begin of timestep (day): 5 (run): 4613 0: MPIOM: current date: 2100-05-25 03:45:00 begin of timestep (day): 6 (run): 4614 0: MPIOM: current date: 2100-05-25 04:30:00 begin of timestep (day): 7 (run): 4615 384: Radiation calculated for : 25. May 2100 03:56:15 384: Greenhouse gas concentrations 25. May 2100 03:56:15 CO2 = 1133.7751 CH4 = 2416.61 N2O = 391.750 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-25 05:15:00 begin of timestep (day): 8 (run): 4616 0: MPIOM: current date: 2100-05-25 06:00:00 begin of timestep (day): 9 (run): 4617 0: MPIOM: current date: 2100-05-25 06:45:00 begin of timestep (day): 10 (run): 4618 0: MPIOM: current date: 2100-05-25 07:30:00 begin of timestep (day): 11 (run): 4619 384: Radiation calculated for : 25. May 2100 05:56:15 384: Greenhouse gas concentrations 25. May 2100 05:56:15 CO2 = 1133.7783 CH4 = 2416.61 N2O = 391.750 CFC = 51.50 208.95 0: MPIOM: current date: 2100-05-25 08:15:00 begin of timestep (day): 12 (run): 4620 0: MPIOM: current date: 2100-05-25 09:00:00 begin of timestep (day): 13 (run): 4621 0: MPIOM: current date: 2100-05-25 09:45:00 begin of timestep (day): 14 (run): 4622 0: MPIOM: current date: 2100-05-25 10:30:00 begin of timestep (day): 15 (run): 4623 384: Radiation calculated for : 25. May 2100 07:56:15 384: Greenhouse gas concentrations 25. May 2100 07:56:15 CO2 = 1133.7814 CH4 = 2416.61 N2O = 391.750 CFC = 51.50 208.94 0: MPIOM: current date: 2100-05-25 11:15:00 begin of timestep (day): 16 (run): 4624 0: MPIOM: current date: 2100-05-25 12:00:00 begin of timestep (day): 17 (run): 4625 0: MPIOM: current date: 2100-05-25 12:45:00 begin of timestep (day): 18 (run): 4626 0: MPIOM: current date: 2100-05-25 13:30:00 begin of timestep (day): 19 (run): 4627 384: Radiation calculated for : 25. May 2100 09:56:15 384: Greenhouse gas concentrations 25. May 2100 09:56:15 CO2 = 1133.7845 CH4 = 2416.60 N2O = 391.750 CFC = 51.50 208.94 0: MPIOM: current date: 2100-05-25 14:15:00 begin of timestep (day): 20 (run): 4628 0: MPIOM: current date: 2100-05-25 15:00:00 begin of timestep (day): 21 (run): 4629 0: MPIOM: current date: 2100-05-25 15:45:00 begin of timestep (day): 22 (run): 4630 0: MPIOM: current date: 2100-05-25 16:30:00 begin of timestep (day): 23 (run): 4631 384: Radiation calculated for : 25. May 2100 11:56:15 384: Greenhouse gas concentrations 25. May 2100 11:56:15 CO2 = 1133.7876 CH4 = 2416.60 N2O = 391.750 CFC = 51.50 208.94 0: MPIOM: current date: 2100-05-25 17:15:00 begin of timestep (day): 24 (run): 4632 0: MPIOM: current date: 2100-05-25 18:00:00 begin of timestep (day): 25 (run): 4633 0: MPIOM: current date: 2100-05-25 18:45:00 begin of timestep (day): 26 (run): 4634 0: MPIOM: current date: 2100-05-25 19:30:00 begin of timestep (day): 27 (run): 4635 384: Radiation calculated for : 25. May 2100 13:56:15 384: Greenhouse gas concentrations 25. May 2100 13:56:15 CO2 = 1133.7907 CH4 = 2416.60 N2O = 391.751 CFC = 51.50 208.94 0: MPIOM: current date: 2100-05-25 20:15:00 begin of timestep (day): 28 (run): 4636 0: MPIOM: current date: 2100-05-25 21:00:00 begin of timestep (day): 29 (run): 4637 0: MPIOM: current date: 2100-05-25 21:45:00 begin of timestep (day): 30 (run): 4638 0: MPIOM: current date: 2100-05-25 22:30:00 begin of timestep (day): 31 (run): 4639 384: Radiation calculated for : 25. May 2100 15:56:15 384: Greenhouse gas concentrations 25. May 2100 15:56:15 CO2 = 1133.7939 CH4 = 2416.59 N2O = 391.751 CFC = 51.50 208.94 0: MPIOM: current date: 2100-05-25 23:15:00 begin of timestep (day): 32 (run): 4640 0: MPIOM: current date: 2100-05-26 00:00:00 begin of timestep (day): 1 (run): 4641 384: Radiation calculated for : 25. May 2100 17:56:15 384: Greenhouse gas concentrations 25. May 2100 17:56:15 CO2 = 1133.7970 CH4 = 2416.59 N2O = 391.751 CFC = 51.50 208.94 384: Radiation calculated for : 25. May 2100 19:56:15 384: Greenhouse gas concentrations 25. May 2100 19:56:15 CO2 = 1133.8001 CH4 = 2416.59 N2O = 391.751 CFC = 51.50 208.94 384: Radiation calculated for : 25. May 2100 21:56:15 384: Greenhouse gas concentrations 25. May 2100 21:56:15 CO2 = 1133.8032 CH4 = 2416.59 N2O = 391.751 CFC = 51.50 208.94 384: Radiation calculated for : 25. May 2100 23:56:15 384: Greenhouse gas concentrations 25. May 2100 23:56:15 CO2 = 1133.8063 CH4 = 2416.58 N2O = 391.751 CFC = 51.50 208.94 384: hydrology_model: Water budget change: 5.066394805908203E-007 m3/s 384: hydrology_model: global discharge: 1463740.48848885 m3/s 384: hydrology_model: precip-evap (on ocean): -684118.921391876 m3/s 384: water_budget_corr: P-E correction: -21262.5983307914 m3/s 384: water_budget_corr: slm/slf residuum: 40611.1552697421 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 879.422729090552 m3/s 384: water_budget_corr: awfre corrected: -704502.096993574 m3/s 384: water_budget_corr: river discharge: 1463740.48848885 m3/s 384: water_budget_corr: water to ocean: 759238.391495268 m3/s 384: Write GRIB1 output for : 25. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.47456258830 , n2 = 801999.999880819 , o2 = 0: 196799.999582890 384: CO2 flux correction (global): 1.654087678617409E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-26 00:45:00 begin of timestep (day): 2 (run): 4642 0: MPIOM: current date: 2100-05-26 01:30:00 begin of timestep (day): 3 (run): 4643 384: Radiation calculated for : 26. May 2100 01:56:15 384: Greenhouse gas concentrations 26. May 2100 01:56:15 CO2 = 1133.8094 CH4 = 2416.58 N2O = 391.751 CFC = 51.50 208.94 0: MPIOM: current date: 2100-05-26 02:15:00 begin of timestep (day): 4 (run): 4644 0: MPIOM: current date: 2100-05-26 03:00:00 begin of timestep (day): 5 (run): 4645 0: MPIOM: current date: 2100-05-26 03:45:00 begin of timestep (day): 6 (run): 4646 0: MPIOM: current date: 2100-05-26 04:30:00 begin of timestep (day): 7 (run): 4647 384: Radiation calculated for : 26. May 2100 03:56:15 384: Greenhouse gas concentrations 26. May 2100 03:56:15 CO2 = 1133.8126 CH4 = 2416.58 N2O = 391.751 CFC = 51.50 208.94 0: MPIOM: current date: 2100-05-26 05:15:00 begin of timestep (day): 8 (run): 4648 0: MPIOM: current date: 2100-05-26 06:00:00 begin of timestep (day): 9 (run): 4649 0: MPIOM: current date: 2100-05-26 06:45:00 begin of timestep (day): 10 (run): 4650 0: MPIOM: current date: 2100-05-26 07:30:00 begin of timestep (day): 11 (run): 4651 384: Radiation calculated for : 26. May 2100 05:56:15 384: Greenhouse gas concentrations 26. May 2100 05:56:15 CO2 = 1133.8157 CH4 = 2416.57 N2O = 391.751 CFC = 51.50 208.94 0: MPIOM: current date: 2100-05-26 08:15:00 begin of timestep (day): 12 (run): 4652 0: MPIOM: current date: 2100-05-26 09:00:00 begin of timestep (day): 13 (run): 4653 0: MPIOM: current date: 2100-05-26 09:45:00 begin of timestep (day): 14 (run): 4654 0: MPIOM: current date: 2100-05-26 10:30:00 begin of timestep (day): 15 (run): 4655 384: Radiation calculated for : 26. May 2100 07:56:15 384: Greenhouse gas concentrations 26. May 2100 07:56:15 CO2 = 1133.8188 CH4 = 2416.57 N2O = 391.752 CFC = 51.49 208.94 0: MPIOM: current date: 2100-05-26 11:15:00 begin of timestep (day): 16 (run): 4656 0: MPIOM: current date: 2100-05-26 12:00:00 begin of timestep (day): 17 (run): 4657 0: MPIOM: current date: 2100-05-26 12:45:00 begin of timestep (day): 18 (run): 4658 384: Radiation calculated for : 26. May 2100 09:56:15 0: MPIOM: current date: 2100-05-26 13:30:00 begin of timestep (day): 19 (run): 4659 384: Greenhouse gas concentrations 26. May 2100 09:56:15 CO2 = 1133.8219 CH4 = 2416.57 N2O = 391.752 CFC = 51.49 208.94 0: MPIOM: current date: 2100-05-26 14:15:00 begin of timestep (day): 20 (run): 4660 0: MPIOM: current date: 2100-05-26 15:00:00 begin of timestep (day): 21 (run): 4661 0: MPIOM: current date: 2100-05-26 15:45:00 begin of timestep (day): 22 (run): 4662 0: MPIOM: current date: 2100-05-26 16:30:00 begin of timestep (day): 23 (run): 4663 384: Radiation calculated for : 26. May 2100 11:56:15 384: Greenhouse gas concentrations 26. May 2100 11:56:15 CO2 = 1133.8250 CH4 = 2416.57 N2O = 391.752 CFC = 51.49 208.94 0: MPIOM: current date: 2100-05-26 17:15:00 begin of timestep (day): 24 (run): 4664 0: MPIOM: current date: 2100-05-26 18:00:00 begin of timestep (day): 25 (run): 4665 0: MPIOM: current date: 2100-05-26 18:45:00 begin of timestep (day): 26 (run): 4666 0: MPIOM: current date: 2100-05-26 19:30:00 begin of timestep (day): 27 (run): 4667 384: Radiation calculated for : 26. May 2100 13:56:15 384: Greenhouse gas concentrations 26. May 2100 13:56:15 CO2 = 1133.8282 CH4 = 2416.56 N2O = 391.752 CFC = 51.49 208.94 0: MPIOM: current date: 2100-05-26 20:15:00 begin of timestep (day): 28 (run): 4668 0: MPIOM: current date: 2100-05-26 21:00:00 begin of timestep (day): 29 (run): 4669 0: MPIOM: current date: 2100-05-26 21:45:00 begin of timestep (day): 30 (run): 4670 0: MPIOM: current date: 2100-05-26 22:30:00 begin of timestep (day): 31 (run): 4671 384: Radiation calculated for : 26. May 2100 15:56:15 384: Greenhouse gas concentrations 26. May 2100 15:56:15 CO2 = 1133.8313 CH4 = 2416.56 N2O = 391.752 CFC = 51.49 208.94 0: MPIOM: current date: 2100-05-26 23:15:00 begin of timestep (day): 32 (run): 4672 0: MPIOM: current date: 2100-05-27 00:00:00 begin of timestep (day): 1 (run): 4673 384: Radiation calculated for : 26. May 2100 17:56:15 384: Greenhouse gas concentrations 26. May 2100 17:56:15 CO2 = 1133.8344 CH4 = 2416.56 N2O = 391.752 CFC = 51.49 208.94 384: Radiation calculated for : 26. May 2100 19:56:15 384: Greenhouse gas concentrations 26. May 2100 19:56:15 CO2 = 1133.8375 CH4 = 2416.55 N2O = 391.752 CFC = 51.49 208.93 384: Radiation calculated for : 26. May 2100 21:56:15 384: Greenhouse gas concentrations 26. May 2100 21:56:15 CO2 = 1133.8406 CH4 = 2416.55 N2O = 391.752 CFC = 51.49 208.93 384: Radiation calculated for : 26. May 2100 23:56:15 384: Greenhouse gas concentrations 26. May 2100 23:56:15 CO2 = 1133.8438 CH4 = 2416.55 N2O = 391.752 CFC = 51.49 208.93 384: hydrology_model: Water budget change: 1.788139343261719E-007 m3/s 384: hydrology_model: global discharge: 1480416.80092319 m3/s 384: hydrology_model: precip-evap (on ocean): -890475.346333209 m3/s 384: water_budget_corr: P-E correction: -35644.5506650326 m3/s 384: water_budget_corr: slm/slf residuum: 47226.6030164985 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 698.207765198220 m3/s 384: water_budget_corr: awfre corrected: -925421.689233044 m3/s 384: water_budget_corr: river discharge: 1480416.80092319 m3/s 384: water_budget_corr: water to ocean: 554995.111690161 m3/s 384: Write GRIB1 output for : 26. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.32390144766 , n2 = 801999.999915543 , o2 = 0: 196799.999631080 384: CO2 flux correction (global): 1.898578174945399E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-27 00:45:00 begin of timestep (day): 2 (run): 4674 0: MPIOM: current date: 2100-05-27 01:30:00 begin of timestep (day): 3 (run): 4675 384: Radiation calculated for : 27. May 2100 01:56:15 384: Greenhouse gas concentrations 27. May 2100 01:56:15 CO2 = 1133.8469 CH4 = 2416.55 N2O = 391.752 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-27 02:15:00 begin of timestep (day): 4 (run): 4676 0: MPIOM: current date: 2100-05-27 03:00:00 begin of timestep (day): 5 (run): 4677 0: MPIOM: current date: 2100-05-27 03:45:00 begin of timestep (day): 6 (run): 4678 0: MPIOM: current date: 2100-05-27 04:30:00 begin of timestep (day): 7 (run): 4679 384: Radiation calculated for : 27. May 2100 03:56:15 384: Greenhouse gas concentrations 27. May 2100 03:56:15 CO2 = 1133.8500 CH4 = 2416.54 N2O = 391.753 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-27 05:15:00 begin of timestep (day): 8 (run): 4680 0: MPIOM: current date: 2100-05-27 06:00:00 begin of timestep (day): 9 (run): 4681 0: MPIOM: current date: 2100-05-27 06:45:00 begin of timestep (day): 10 (run): 4682 0: MPIOM: current date: 2100-05-27 07:30:00 begin of timestep (day): 11 (run): 4683 384: Radiation calculated for : 27. May 2100 05:56:15 384: Greenhouse gas concentrations 27. May 2100 05:56:15 CO2 = 1133.8531 CH4 = 2416.54 N2O = 391.753 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-27 08:15:00 begin of timestep (day): 12 (run): 4684 0: MPIOM: current date: 2100-05-27 09:00:00 begin of timestep (day): 13 (run): 4685 0: MPIOM: current date: 2100-05-27 09:45:00 begin of timestep (day): 14 (run): 4686 0: MPIOM: current date: 2100-05-27 10:30:00 begin of timestep (day): 15 (run): 4687 384: Radiation calculated for : 27. May 2100 07:56:15 384: Greenhouse gas concentrations 27. May 2100 07:56:15 CO2 = 1133.8562 CH4 = 2416.54 N2O = 391.753 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-27 11:15:00 begin of timestep (day): 16 (run): 4688 0: MPIOM: current date: 2100-05-27 12:00:00 begin of timestep (day): 17 (run): 4689 0: MPIOM: current date: 2100-05-27 12:45:00 begin of timestep (day): 18 (run): 4690 0: MPIOM: current date: 2100-05-27 13:30:00 begin of timestep (day): 19 (run): 4691 384: Radiation calculated for : 27. May 2100 09:56:15 384: Greenhouse gas concentrations 27. May 2100 09:56:15 CO2 = 1133.8593 CH4 = 2416.54 N2O = 391.753 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-27 14:15:00 begin of timestep (day): 20 (run): 4692 0: MPIOM: current date: 2100-05-27 15:00:00 begin of timestep (day): 21 (run): 4693 0: MPIOM: current date: 2100-05-27 15:45:00 begin of timestep (day): 22 (run): 4694 0: MPIOM: current date: 2100-05-27 16:30:00 begin of timestep (day): 23 (run): 4695 384: Radiation calculated for : 27. May 2100 11:56:15 384: Greenhouse gas concentrations 27. May 2100 11:56:15 CO2 = 1133.8625 CH4 = 2416.53 N2O = 391.753 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-27 17:15:00 begin of timestep (day): 24 (run): 4696 0: MPIOM: current date: 2100-05-27 18:00:00 begin of timestep (day): 25 (run): 4697 0: MPIOM: current date: 2100-05-27 18:45:00 begin of timestep (day): 26 (run): 4698 0: MPIOM: current date: 2100-05-27 19:30:00 begin of timestep (day): 27 (run): 4699 384: Radiation calculated for : 27. May 2100 13:56:15 384: Greenhouse gas concentrations 27. May 2100 13:56:15 CO2 = 1133.8656 CH4 = 2416.53 N2O = 391.753 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-27 20:15:00 begin of timestep (day): 28 (run): 4700 0: MPIOM: current date: 2100-05-27 21:00:00 begin of timestep (day): 29 (run): 4701 0: MPIOM: current date: 2100-05-27 21:45:00 begin of timestep (day): 30 (run): 4702 0: MPIOM: current date: 2100-05-27 22:30:00 begin of timestep (day): 31 (run): 4703 384: Radiation calculated for : 27. May 2100 15:56:15 384: Greenhouse gas concentrations 27. May 2100 15:56:15 CO2 = 1133.8687 CH4 = 2416.53 N2O = 391.753 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-27 23:15:00 begin of timestep (day): 32 (run): 4704 0: MPIOM: current date: 2100-05-28 00:00:00 begin of timestep (day): 1 (run): 4705 384: Radiation calculated for : 27. May 2100 17:56:15 384: Greenhouse gas concentrations 27. May 2100 17:56:15 CO2 = 1133.8718 CH4 = 2416.52 N2O = 391.753 CFC = 51.49 208.93 384: Radiation calculated for : 27. May 2100 19:56:15 384: Greenhouse gas concentrations 27. May 2100 19:56:15 CO2 = 1133.8749 CH4 = 2416.52 N2O = 391.753 CFC = 51.49 208.93 384: Radiation calculated for : 27. May 2100 21:56:15 384: Greenhouse gas concentrations 27. May 2100 21:56:15 CO2 = 1133.8781 CH4 = 2416.52 N2O = 391.754 CFC = 51.49 208.93 384: Radiation calculated for : 27. May 2100 23:56:15 384: Greenhouse gas concentrations 27. May 2100 23:56:15 CO2 = 1133.8812 CH4 = 2416.52 N2O = 391.754 CFC = 51.49 208.93 384: hydrology_model: Water budget change: -1.400709152221680E-006 m3/s 384: hydrology_model: global discharge: 1464010.35411705 m3/s 384: hydrology_model: precip-evap (on ocean): -855103.279659630 m3/s 384: water_budget_corr: P-E correction: -27321.3263804849 m3/s 384: water_budget_corr: slm/slf residuum: 70915.3611189275 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 575.701470832815 m3/s 384: water_budget_corr: awfre corrected: -881848.904569269 m3/s 384: water_budget_corr: river discharge: 1464010.35411705 m3/s 384: water_budget_corr: water to ocean: 582161.449547785 m3/s 384: Write GRIB1 output for : 27. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.209268532089903E-011 kg m-2 s-1 0: co2 = 1054.22927222107 , n2 = 801999.999957728 , o2 = 0: 196799.999720667 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-28 00:45:00 begin of timestep (day): 2 (run): 4706 0: MPIOM: current date: 2100-05-28 01:30:00 begin of timestep (day): 3 (run): 4707 384: Radiation calculated for : 28. May 2100 01:56:15 384: Greenhouse gas concentrations 28. May 2100 01:56:15 CO2 = 1133.8843 CH4 = 2416.51 N2O = 391.754 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-28 02:15:00 begin of timestep (day): 4 (run): 4708 0: MPIOM: current date: 2100-05-28 03:00:00 begin of timestep (day): 5 (run): 4709 0: MPIOM: current date: 2100-05-28 03:45:00 begin of timestep (day): 6 (run): 4710 0: MPIOM: current date: 2100-05-28 04:30:00 begin of timestep (day): 7 (run): 4711 384: Radiation calculated for : 28. May 2100 03:56:15 384: Greenhouse gas concentrations 28. May 2100 03:56:15 CO2 = 1133.8874 CH4 = 2416.51 N2O = 391.754 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-28 05:15:00 begin of timestep (day): 8 (run): 4712 0: MPIOM: current date: 2100-05-28 06:00:00 begin of timestep (day): 9 (run): 4713 0: MPIOM: current date: 2100-05-28 06:45:00 begin of timestep (day): 10 (run): 4714 0: MPIOM: current date: 2100-05-28 07:30:00 begin of timestep (day): 11 (run): 4715 384: Radiation calculated for : 28. May 2100 05:56:15 384: Greenhouse gas concentrations 28. May 2100 05:56:15 CO2 = 1133.8905 CH4 = 2416.51 N2O = 391.754 CFC = 51.49 208.93 0: MPIOM: current date: 2100-05-28 08:15:00 begin of timestep (day): 12 (run): 4716 0: MPIOM: current date: 2100-05-28 09:00:00 begin of timestep (day): 13 (run): 4717 0: MPIOM: current date: 2100-05-28 09:45:00 begin of timestep (day): 14 (run): 4718 0: MPIOM: current date: 2100-05-28 10:30:00 begin of timestep (day): 15 (run): 4719 384: Radiation calculated for : 28. May 2100 07:56:15 384: Greenhouse gas concentrations 28. May 2100 07:56:15 CO2 = 1133.8936 CH4 = 2416.50 N2O = 391.754 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-28 11:15:00 begin of timestep (day): 16 (run): 4720 0: MPIOM: current date: 2100-05-28 12:00:00 begin of timestep (day): 17 (run): 4721 0: MPIOM: current date: 2100-05-28 12:45:00 begin of timestep (day): 18 (run): 4722 0: MPIOM: current date: 2100-05-28 13:30:00 begin of timestep (day): 19 (run): 4723 384: Radiation calculated for : 28. May 2100 09:56:15 384: Greenhouse gas concentrations 28. May 2100 09:56:15 CO2 = 1133.8968 CH4 = 2416.50 N2O = 391.754 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-28 14:15:00 begin of timestep (day): 20 (run): 4724 0: MPIOM: current date: 2100-05-28 15:00:00 begin of timestep (day): 21 (run): 4725 0: MPIOM: current date: 2100-05-28 15:45:00 begin of timestep (day): 22 (run): 4726 0: MPIOM: current date: 2100-05-28 16:30:00 begin of timestep (day): 23 (run): 4727 384: Radiation calculated for : 28. May 2100 11:56:15 384: Greenhouse gas concentrations 28. May 2100 11:56:15 CO2 = 1133.8999 CH4 = 2416.50 N2O = 391.754 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-28 17:15:00 begin of timestep (day): 24 (run): 4728 0: MPIOM: current date: 2100-05-28 18:00:00 begin of timestep (day): 25 (run): 4729 0: MPIOM: current date: 2100-05-28 18:45:00 begin of timestep (day): 26 (run): 4730 0: MPIOM: current date: 2100-05-28 19:30:00 begin of timestep (day): 27 (run): 4731 384: Radiation calculated for : 28. May 2100 13:56:15 384: Greenhouse gas concentrations 28. May 2100 13:56:15 CO2 = 1133.9030 CH4 = 2416.50 N2O = 391.754 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-28 20:15:00 begin of timestep (day): 28 (run): 4732 0: MPIOM: current date: 2100-05-28 21:00:00 begin of timestep (day): 29 (run): 4733 0: MPIOM: current date: 2100-05-28 21:45:00 begin of timestep (day): 30 (run): 4734 0: MPIOM: current date: 2100-05-28 22:30:00 begin of timestep (day): 31 (run): 4735 384: Radiation calculated for : 28. May 2100 15:56:15 384: Greenhouse gas concentrations 28. May 2100 15:56:15 CO2 = 1133.9061 CH4 = 2416.49 N2O = 391.755 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-28 23:15:00 begin of timestep (day): 32 (run): 4736 0: MPIOM: current date: 2100-05-29 00:00:00 begin of timestep (day): 1 (run): 4737 384: Radiation calculated for : 28. May 2100 17:56:15 384: Greenhouse gas concentrations 28. May 2100 17:56:15 CO2 = 1133.9092 CH4 = 2416.49 N2O = 391.755 CFC = 51.49 208.92 384: Radiation calculated for : 28. May 2100 19:56:15 384: Greenhouse gas concentrations 28. May 2100 19:56:15 CO2 = 1133.9124 CH4 = 2416.49 N2O = 391.755 CFC = 51.49 208.92 384: Radiation calculated for : 28. May 2100 21:56:15 384: Greenhouse gas concentrations 28. May 2100 21:56:15 CO2 = 1133.9155 CH4 = 2416.49 N2O = 391.755 CFC = 51.49 208.92 384: Radiation calculated for : 28. May 2100 23:56:15 384: Greenhouse gas concentrations 28. May 2100 23:56:15 CO2 = 1133.9186 CH4 = 2416.48 N2O = 391.755 CFC = 51.49 208.92 384: hydrology_model: Water budget change: -3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1451814.21859836 m3/s 384: hydrology_model: precip-evap (on ocean): -484415.870320762 m3/s 384: water_budget_corr: P-E correction: -54683.9257287449 m3/s 384: water_budget_corr: slm/slf residuum: 53463.4851393991 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -129.471178297343 m3/s 384: water_budget_corr: awfre corrected: -539229.267227813 m3/s 384: water_budget_corr: river discharge: 1451814.21859836 m3/s 384: water_budget_corr: water to ocean: 912584.951370545 m3/s 384: Write GRIB1 output for : 28. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.853333099409476E-010 kg m-2 s-1 0: co2 = 1054.16975294215 , n2 = 801999.999920268 , o2 = 0: 196799.999677989 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-29 00:45:00 begin of timestep (day): 2 (run): 4738 0: MPIOM: current date: 2100-05-29 01:30:00 begin of timestep (day): 3 (run): 4739 384: Radiation calculated for : 29. May 2100 01:56:15 384: Greenhouse gas concentrations 29. May 2100 01:56:15 CO2 = 1133.9217 CH4 = 2416.48 N2O = 391.755 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-29 02:15:00 begin of timestep (day): 4 (run): 4740 0: MPIOM: current date: 2100-05-29 03:00:00 begin of timestep (day): 5 (run): 4741 0: MPIOM: current date: 2100-05-29 03:45:00 begin of timestep (day): 6 (run): 4742 0: MPIOM: current date: 2100-05-29 04:30:00 begin of timestep (day): 7 (run): 4743 384: Radiation calculated for : 29. May 2100 03:56:15 384: Greenhouse gas concentrations 29. May 2100 03:56:15 CO2 = 1133.9248 CH4 = 2416.48 N2O = 391.755 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-29 05:15:00 begin of timestep (day): 8 (run): 4744 0: MPIOM: current date: 2100-05-29 06:00:00 begin of timestep (day): 9 (run): 4745 0: MPIOM: current date: 2100-05-29 06:45:00 begin of timestep (day): 10 (run): 4746 0: MPIOM: current date: 2100-05-29 07:30:00 begin of timestep (day): 11 (run): 4747 384: Radiation calculated for : 29. May 2100 05:56:15 384: Greenhouse gas concentrations 29. May 2100 05:56:15 CO2 = 1133.9280 CH4 = 2416.47 N2O = 391.755 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-29 08:15:00 begin of timestep (day): 12 (run): 4748 0: MPIOM: current date: 2100-05-29 09:00:00 begin of timestep (day): 13 (run): 4749 0: MPIOM: current date: 2100-05-29 09:45:00 begin of timestep (day): 14 (run): 4750 384: Radiation calculated for : 29. May 2100 07:56:15 384: Greenhouse gas concentrations 29. May 2100 07:56:15 CO2 = 1133.9311 CH4 = 2416.47 N2O = 391.755 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-29 10:30:00 begin of timestep (day): 15 (run): 4751 0: MPIOM: current date: 2100-05-29 11:15:00 begin of timestep (day): 16 (run): 4752 0: MPIOM: current date: 2100-05-29 12:00:00 begin of timestep (day): 17 (run): 4753 0: MPIOM: current date: 2100-05-29 12:45:00 begin of timestep (day): 18 (run): 4754 384: Radiation calculated for : 29. May 2100 09:56:15 384: Greenhouse gas concentrations 29. May 2100 09:56:15 CO2 = 1133.9342 CH4 = 2416.47 N2O = 391.755 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-29 13:30:00 begin of timestep (day): 19 (run): 4755 0: MPIOM: current date: 2100-05-29 14:15:00 begin of timestep (day): 20 (run): 4756 0: MPIOM: current date: 2100-05-29 15:00:00 begin of timestep (day): 21 (run): 4757 0: MPIOM: current date: 2100-05-29 15:45:00 begin of timestep (day): 22 (run): 4758 384: Radiation calculated for : 29. May 2100 11:56:15 384: Greenhouse gas concentrations 29. May 2100 11:56:15 CO2 = 1133.9373 CH4 = 2416.47 N2O = 391.756 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-29 16:30:00 begin of timestep (day): 23 (run): 4759 0: MPIOM: current date: 2100-05-29 17:15:00 begin of timestep (day): 24 (run): 4760 0: MPIOM: current date: 2100-05-29 18:00:00 begin of timestep (day): 25 (run): 4761 0: MPIOM: current date: 2100-05-29 18:45:00 begin of timestep (day): 26 (run): 4762 384: Radiation calculated for : 29. May 2100 13:56:15 384: Greenhouse gas concentrations 29. May 2100 13:56:15 CO2 = 1133.9404 CH4 = 2416.46 N2O = 391.756 CFC = 51.49 208.92 0: MPIOM: current date: 2100-05-29 19:30:00 begin of timestep (day): 27 (run): 4763 0: MPIOM: current date: 2100-05-29 20:15:00 begin of timestep (day): 28 (run): 4764 0: MPIOM: current date: 2100-05-29 21:00:00 begin of timestep (day): 29 (run): 4765 0: MPIOM: current date: 2100-05-29 21:45:00 begin of timestep (day): 30 (run): 4766 384: Radiation calculated for : 29. May 2100 15:56:15 384: Greenhouse gas concentrations 29. May 2100 15:56:15 CO2 = 1133.9435 CH4 = 2416.46 N2O = 391.756 CFC = 51.48 208.92 0: MPIOM: current date: 2100-05-29 22:30:00 begin of timestep (day): 31 (run): 4767 0: MPIOM: current date: 2100-05-29 23:15:00 begin of timestep (day): 32 (run): 4768 0: MPIOM: current date: 2100-05-30 00:00:00 begin of timestep (day): 1 (run): 4769 384: Radiation calculated for : 29. May 2100 17:56:15 384: Greenhouse gas concentrations 29. May 2100 17:56:15 CO2 = 1133.9467 CH4 = 2416.46 N2O = 391.756 CFC = 51.48 208.92 384: Radiation calculated for : 29. May 2100 19:56:15 384: Greenhouse gas concentrations 29. May 2100 19:56:15 CO2 = 1133.9498 CH4 = 2416.45 N2O = 391.756 CFC = 51.48 208.91 384: Radiation calculated for : 29. May 2100 21:56:15 384: Greenhouse gas concentrations 29. May 2100 21:56:15 CO2 = 1133.9529 CH4 = 2416.45 N2O = 391.756 CFC = 51.48 208.91 384: Radiation calculated for : 29. May 2100 23:56:15 384: Greenhouse gas concentrations 29. May 2100 23:56:15 CO2 = 1133.9560 CH4 = 2416.45 N2O = 391.756 CFC = 51.48 208.91 384: hydrology_model: Water budget change: 3.546476364135742E-006 m3/s 384: hydrology_model: global discharge: 1425954.46716182 m3/s 384: hydrology_model: precip-evap (on ocean): -757461.687577136 m3/s 384: water_budget_corr: P-E correction: -6124.76082548319 m3/s 384: water_budget_corr: slm/slf residuum: 44073.6612338058 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 127.539634552630 m3/s 384: water_budget_corr: awfre corrected: -763458.908768054 m3/s 384: water_budget_corr: river discharge: 1425954.46716182 m3/s 384: water_budget_corr: water to ocean: 662495.558393737 m3/s 384: Write GRIB1 output for : 29. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.757427626344453E-010 kg m-2 s-1 0: co2 = 1054.13945665805 , n2 = 801999.999906105 , o2 = 0: 196799.999686695 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-30 00:45:00 begin of timestep (day): 2 (run): 4770 0: MPIOM: current date: 2100-05-30 01:30:00 begin of timestep (day): 3 (run): 4771 384: Radiation calculated for : 30. May 2100 01:56:15 384: Greenhouse gas concentrations 30. May 2100 01:56:15 CO2 = 1133.9591 CH4 = 2416.45 N2O = 391.756 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-30 02:15:00 begin of timestep (day): 4 (run): 4772 0: MPIOM: current date: 2100-05-30 03:00:00 begin of timestep (day): 5 (run): 4773 0: MPIOM: current date: 2100-05-30 03:45:00 begin of timestep (day): 6 (run): 4774 0: MPIOM: current date: 2100-05-30 04:30:00 begin of timestep (day): 7 (run): 4775 384: Radiation calculated for : 30. May 2100 03:56:15 384: Greenhouse gas concentrations 30. May 2100 03:56:15 CO2 = 1133.9623 CH4 = 2416.44 N2O = 391.756 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-30 05:15:00 begin of timestep (day): 8 (run): 4776 0: MPIOM: current date: 2100-05-30 06:00:00 begin of timestep (day): 9 (run): 4777 0: MPIOM: current date: 2100-05-30 06:45:00 begin of timestep (day): 10 (run): 4778 0: MPIOM: current date: 2100-05-30 07:30:00 begin of timestep (day): 11 (run): 4779 384: Radiation calculated for : 30. May 2100 05:56:15 384: Greenhouse gas concentrations 30. May 2100 05:56:15 CO2 = 1133.9654 CH4 = 2416.44 N2O = 391.757 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-30 08:15:00 begin of timestep (day): 12 (run): 4780 0: MPIOM: current date: 2100-05-30 09:00:00 begin of timestep (day): 13 (run): 4781 0: MPIOM: current date: 2100-05-30 09:45:00 begin of timestep (day): 14 (run): 4782 0: MPIOM: current date: 2100-05-30 10:30:00 begin of timestep (day): 15 (run): 4783 384: Radiation calculated for : 30. May 2100 07:56:15 384: Greenhouse gas concentrations 30. May 2100 07:56:15 CO2 = 1133.9685 CH4 = 2416.44 N2O = 391.757 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-30 11:15:00 begin of timestep (day): 16 (run): 4784 0: MPIOM: current date: 2100-05-30 12:00:00 begin of timestep (day): 17 (run): 4785 0: MPIOM: current date: 2100-05-30 12:45:00 begin of timestep (day): 18 (run): 4786 0: MPIOM: current date: 2100-05-30 13:30:00 begin of timestep (day): 19 (run): 4787 384: Radiation calculated for : 30. May 2100 09:56:15 384: Greenhouse gas concentrations 30. May 2100 09:56:15 CO2 = 1133.9716 CH4 = 2416.44 N2O = 391.757 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-30 14:15:00 begin of timestep (day): 20 (run): 4788 0: MPIOM: current date: 2100-05-30 15:00:00 begin of timestep (day): 21 (run): 4789 0: MPIOM: current date: 2100-05-30 15:45:00 begin of timestep (day): 22 (run): 4790 0: MPIOM: current date: 2100-05-30 16:30:00 begin of timestep (day): 23 (run): 4791 384: Radiation calculated for : 30. May 2100 11:56:15 384: Greenhouse gas concentrations 30. May 2100 11:56:15 CO2 = 1133.9747 CH4 = 2416.43 N2O = 391.757 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-30 17:15:00 begin of timestep (day): 24 (run): 4792 0: MPIOM: current date: 2100-05-30 18:00:00 begin of timestep (day): 25 (run): 4793 0: MPIOM: current date: 2100-05-30 18:45:00 begin of timestep (day): 26 (run): 4794 0: MPIOM: current date: 2100-05-30 19:30:00 begin of timestep (day): 27 (run): 4795 384: Radiation calculated for : 30. May 2100 13:56:15 384: Greenhouse gas concentrations 30. May 2100 13:56:15 CO2 = 1133.9779 CH4 = 2416.43 N2O = 391.757 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-30 20:15:00 begin of timestep (day): 28 (run): 4796 0: MPIOM: current date: 2100-05-30 21:00:00 begin of timestep (day): 29 (run): 4797 0: MPIOM: current date: 2100-05-30 21:45:00 begin of timestep (day): 30 (run): 4798 0: MPIOM: current date: 2100-05-30 22:30:00 begin of timestep (day): 31 (run): 4799 384: Radiation calculated for : 30. May 2100 15:56:15 384: Greenhouse gas concentrations 30. May 2100 15:56:15 CO2 = 1133.9810 CH4 = 2416.43 N2O = 391.757 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-30 23:15:00 begin of timestep (day): 32 (run): 4800 0: MPIOM: current date: 2100-05-31 00:00:00 begin of timestep (day): 1 (run): 4801 384: Radiation calculated for : 30. May 2100 17:56:15 384: Greenhouse gas concentrations 30. May 2100 17:56:15 CO2 = 1133.9841 CH4 = 2416.42 N2O = 391.757 CFC = 51.48 208.91 384: Radiation calculated for : 30. May 2100 19:56:15 384: Greenhouse gas concentrations 30. May 2100 19:56:15 CO2 = 1133.9872 CH4 = 2416.42 N2O = 391.757 CFC = 51.48 208.91 384: Radiation calculated for : 30. May 2100 21:56:15 384: Greenhouse gas concentrations 30. May 2100 21:56:15 CO2 = 1133.9903 CH4 = 2416.42 N2O = 391.757 CFC = 51.48 208.91 384: Radiation calculated for : 30. May 2100 23:56:15 384: Greenhouse gas concentrations 30. May 2100 23:56:15 CO2 = 1133.9934 CH4 = 2416.42 N2O = 391.757 CFC = 51.48 208.91 384: hydrology_model: Water budget change: -2.771615982055664E-006 m3/s 384: hydrology_model: global discharge: 1410700.80535184 m3/s 384: hydrology_model: precip-evap (on ocean): -557766.790486475 m3/s 384: water_budget_corr: P-E correction: -25964.9531079649 m3/s 384: water_budget_corr: slm/slf residuum: 63251.8297618249 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1727.96749884282 m3/s 384: water_budget_corr: awfre corrected: -582003.776095605 m3/s 384: water_budget_corr: river discharge: 1410700.80535184 m3/s 384: water_budget_corr: water to ocean: 828697.029256247 m3/s 384: Write GRIB1 output for : 30. May 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.965340601267327E-010 kg m-2 s-1 0: co2 = 1054.16625880165 , n2 = 801999.999889738 , o2 = 0: 196799.999683131 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-05-31 00:45:00 begin of timestep (day): 2 (run): 4802 0: MPIOM: current date: 2100-05-31 01:30:00 begin of timestep (day): 3 (run): 4803 384: Radiation calculated for : 31. May 2100 01:56:15 384: Greenhouse gas concentrations 31. May 2100 01:56:15 CO2 = 1133.9966 CH4 = 2416.41 N2O = 391.758 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-31 02:15:00 begin of timestep (day): 4 (run): 4804 0: MPIOM: current date: 2100-05-31 03:00:00 begin of timestep (day): 5 (run): 4805 0: MPIOM: current date: 2100-05-31 03:45:00 begin of timestep (day): 6 (run): 4806 0: MPIOM: current date: 2100-05-31 04:30:00 begin of timestep (day): 7 (run): 4807 384: Radiation calculated for : 31. May 2100 03:56:15 384: Greenhouse gas concentrations 31. May 2100 03:56:15 CO2 = 1133.9997 CH4 = 2416.41 N2O = 391.758 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-31 05:15:00 begin of timestep (day): 8 (run): 4808 0: MPIOM: current date: 2100-05-31 06:00:00 begin of timestep (day): 9 (run): 4809 0: MPIOM: current date: 2100-05-31 06:45:00 begin of timestep (day): 10 (run): 4810 0: MPIOM: current date: 2100-05-31 07:30:00 begin of timestep (day): 11 (run): 4811 384: Radiation calculated for : 31. May 2100 05:56:15 384: Greenhouse gas concentrations 31. May 2100 05:56:15 CO2 = 1134.0028 CH4 = 2416.41 N2O = 391.758 CFC = 51.48 208.91 0: MPIOM: current date: 2100-05-31 08:15:00 begin of timestep (day): 12 (run): 4812 0: MPIOM: current date: 2100-05-31 09:00:00 begin of timestep (day): 13 (run): 4813 0: MPIOM: current date: 2100-05-31 09:45:00 begin of timestep (day): 14 (run): 4814 0: MPIOM: current date: 2100-05-31 10:30:00 begin of timestep (day): 15 (run): 4815 384: Radiation calculated for : 31. May 2100 07:56:15 384: Greenhouse gas concentrations 31. May 2100 07:56:15 CO2 = 1134.0059 CH4 = 2416.40 N2O = 391.758 CFC = 51.48 208.90 0: MPIOM: current date: 2100-05-31 11:15:00 begin of timestep (day): 16 (run): 4816 0: MPIOM: current date: 2100-05-31 12:00:00 begin of timestep (day): 17 (run): 4817 0: MPIOM: current date: 2100-05-31 12:45:00 begin of timestep (day): 18 (run): 4818 0: MPIOM: current date: 2100-05-31 13:30:00 begin of timestep (day): 19 (run): 4819 384: Radiation calculated for : 31. May 2100 09:56:15 384: Greenhouse gas concentrations 31. May 2100 09:56:15 CO2 = 1134.0090 CH4 = 2416.40 N2O = 391.758 CFC = 51.48 208.90 0: MPIOM: current date: 2100-05-31 14:15:00 begin of timestep (day): 20 (run): 4820 0: MPIOM: current date: 2100-05-31 15:00:00 begin of timestep (day): 21 (run): 4821 0: MPIOM: current date: 2100-05-31 15:45:00 begin of timestep (day): 22 (run): 4822 0: MPIOM: current date: 2100-05-31 16:30:00 begin of timestep (day): 23 (run): 4823 384: Radiation calculated for : 31. May 2100 11:56:15 384: Greenhouse gas concentrations 31. May 2100 11:56:15 CO2 = 1134.0122 CH4 = 2416.40 N2O = 391.758 CFC = 51.48 208.90 0: MPIOM: current date: 2100-05-31 17:15:00 begin of timestep (day): 24 (run): 4824 0: MPIOM: current date: 2100-05-31 18:00:00 begin of timestep (day): 25 (run): 4825 0: MPIOM: current date: 2100-05-31 18:45:00 begin of timestep (day): 26 (run): 4826 0: MPIOM: current date: 2100-05-31 19:30:00 begin of timestep (day): 27 (run): 4827 384: Radiation calculated for : 31. May 2100 13:56:15 384: Greenhouse gas concentrations 31. May 2100 13:56:15 CO2 = 1134.0153 CH4 = 2416.40 N2O = 391.758 CFC = 51.48 208.90 0: MPIOM: current date: 2100-05-31 20:15:00 begin of timestep (day): 28 (run): 4828 0: MPIOM: current date: 2100-05-31 21:00:00 begin of timestep (day): 29 (run): 4829 0: MPIOM: current date: 2100-05-31 21:45:00 begin of timestep (day): 30 (run): 4830 0: MPIOM: current date: 2100-05-31 22:30:00 begin of timestep (day): 31 (run): 4831 384: Radiation calculated for : 31. May 2100 15:56:15 384: Greenhouse gas concentrations 31. May 2100 15:56:15 CO2 = 1134.0184 CH4 = 2416.39 N2O = 391.758 CFC = 51.48 208.90 0: MPIOM: current date: 2100-05-31 23:15:00 begin of timestep (day): 32 (run): 4832 384: Radiation calculated for : 31. May 2100 17:56:15 384: Greenhouse gas concentrations 31. May 2100 17:56:15 CO2 = 1134.0215 CH4 = 2416.39 N2O = 391.758 CFC = 51.48 208.90 384: Radiation calculated for : 31. May 2100 19:56:15 384: Greenhouse gas concentrations 31. May 2100 19:56:15 CO2 = 1134.0246 CH4 = 2416.39 N2O = 391.759 CFC = 51.48 208.90 384: Radiation calculated for : 31. May 2100 21:56:15 384: Greenhouse gas concentrations 31. May 2100 21:56:15 CO2 = 1134.0278 CH4 = 2416.39 N2O = 391.759 CFC = 51.48 208.90 384: Radiation calculated for : 31. May 2100 23:56:15 384: Greenhouse gas concentrations 31. May 2100 23:56:15 CO2 = 1134.0309 CH4 = 2416.38 N2O = 391.759 CFC = 51.48 208.90 384: hydrology_model: Water budget change: -1.251697540283203E-006 m3/s 384: hydrology_model: global discharge: 1420476.62618357 m3/s 384: hydrology_model: precip-evap (on ocean): -296633.614914743 m3/s 384: water_budget_corr: P-E correction: -73994.7086534922 m3/s 384: water_budget_corr: slm/slf residuum: 22687.0304614662 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1976.10634571903 m3/s 384: water_budget_corr: awfre corrected: -368652.217222507 m3/s 384: water_budget_corr: river discharge: 1420476.62618357 m3/s 384: water_budget_corr: water to ocean: 1051824.40896106 m3/s 384: Write GRIB1 output for : 31. May 2100 23:52:30 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210006.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 0: MPIOM: current date: 2100-06-01 00:00:00 begin of timestep (day): 1 (run): 4833 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:5) 384: esm-ssp585-ocn-alk_EXP2_210006.01_accw accw 56 T T 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:5) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:5) 0: co2 = 1054.18615074615 , n2 = 801999.999905823 , o2 = 0: 196799.999702798 0: MPIOM: current date: 2100-06-01 00:45:00 begin of timestep (day): 2 (run): 4834 384: esm-ssp585-ocn-alk_EXP2_210006.01_nitro nitro 58 T T 0: MPIOM: current date: 2100-06-01 01:30:00 begin of timestep (day): 3 (run): 4835 384: esm-ssp585-ocn-alk_EXP2_210006.01_echam spm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210006.01_echam glm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210006.01_echam g3bm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210006.01_co2 co2m 62 T T 0: MPIOM: current date: 2100-06-01 02:15:00 begin of timestep (day): 4 (run): 4836 0: MPIOM: current date: 2100-06-01 03:00:00 begin of timestep (day): 5 (run): 4837 384: esm-ssp585-ocn-alk_EXP2_210006.01_surf surfm 64 T T 0: MPIOM: current date: 2100-06-01 03:45:00 begin of timestep (day): 6 (run): 4838 384: esm-ssp585-ocn-alk_EXP2_210006.01_tracer tracerm 66 T T 0: MPIOM: current date: 2100-06-01 04:30:00 begin of timestep (day): 7 (run): 4839 384: esm-ssp585-ocn-alk_EXP2_210006.01_jsbach jsbachm 68 T T 0: MPIOM: current date: 2100-06-01 05:15:00 begin of timestep (day): 8 (run): 4840 384: esm-ssp585-ocn-alk_EXP2_210006.01_land landm 70 T T 0: MPIOM: current date: 2100-06-01 06:00:00 begin of timestep (day): 9 (run): 4841 384: esm-ssp585-ocn-alk_EXP2_210006.01_veg vegm 72 T T 0: MPIOM: current date: 2100-06-01 06:45:00 begin of timestep (day): 10 (run): 4842 384: esm-ssp585-ocn-alk_EXP2_210006.01_yasso yassom 74 T T 384: esm-ssp585-ocn-alk_EXP2_210006.01_echamday g3bday 76 T T 0: MPIOM: current date: 2100-06-01 07:30:00 begin of timestep (day): 11 (run): 4843 384: esm-ssp585-ocn-alk_EXP2_210006.01_jsbachday jsbachday 78 T T 0: MPIOM: current date: 2100-06-01 08:15:00 begin of timestep (day): 12 (run): 4844 384: esm-ssp585-ocn-alk_EXP2_210006.01_landday landday 80 T T 0: MPIOM: current date: 2100-06-01 09:00:00 begin of timestep (day): 13 (run): 4845 384: esm-ssp585-ocn-alk_EXP2_210006.01_vegday vegday 82 T T 384: 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.529354355674506E-010 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 0: MPIOM: current date: 2100-06-01 09:45:00 begin of timestep (day): 14 (run): 4846 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-01 10:30:00 begin of timestep (day): 15 (run): 4847 384: Radiation calculated for : 1. Jun 2100 01:56:15 384: Greenhouse gas concentrations 1. Jun 2100 01:56:15 CO2 = 1134.0340 CH4 = 2416.38 N2O = 391.759 CFC = 51.48 208.90 0: MPIOM: current date: 2100-06-01 11:15:00 begin of timestep (day): 16 (run): 4848 0: MPIOM: current date: 2100-06-01 12:00:00 begin of timestep (day): 17 (run): 4849 0: MPIOM: current date: 2100-06-01 12:45:00 begin of timestep (day): 18 (run): 4850 0: MPIOM: current date: 2100-06-01 13:30:00 begin of timestep (day): 19 (run): 4851 384: Radiation calculated for : 1. Jun 2100 03:56:15 384: Greenhouse gas concentrations 1. Jun 2100 03:56:15 CO2 = 1134.0371 CH4 = 2416.38 N2O = 391.759 CFC = 51.48 208.90 0: MPIOM: current date: 2100-06-01 14:15:00 begin of timestep (day): 20 (run): 4852 0: MPIOM: current date: 2100-06-01 15:00:00 begin of timestep (day): 21 (run): 4853 0: MPIOM: current date: 2100-06-01 15:45:00 begin of timestep (day): 22 (run): 4854 0: MPIOM: current date: 2100-06-01 16:30:00 begin of timestep (day): 23 (run): 4855 384: Radiation calculated for : 1. Jun 2100 05:56:15 384: Greenhouse gas concentrations 1. Jun 2100 05:56:15 CO2 = 1134.0402 CH4 = 2416.37 N2O = 391.759 CFC = 51.48 208.90 0: MPIOM: current date: 2100-06-01 17:15:00 begin of timestep (day): 24 (run): 4856 0: MPIOM: current date: 2100-06-01 18:00:00 begin of timestep (day): 25 (run): 4857 0: MPIOM: current date: 2100-06-01 18:45:00 begin of timestep (day): 26 (run): 4858 0: MPIOM: current date: 2100-06-01 19:30:00 begin of timestep (day): 27 (run): 4859 384: Radiation calculated for : 1. Jun 2100 07:56:15 384: Greenhouse gas concentrations 1. Jun 2100 07:56:15 CO2 = 1134.0433 CH4 = 2416.37 N2O = 391.759 CFC = 51.48 208.90 0: MPIOM: current date: 2100-06-01 20:15:00 begin of timestep (day): 28 (run): 4860 0: MPIOM: current date: 2100-06-01 21:00:00 begin of timestep (day): 29 (run): 4861 0: MPIOM: current date: 2100-06-01 21:45:00 begin of timestep (day): 30 (run): 4862 0: MPIOM: current date: 2100-06-01 22:30:00 begin of timestep (day): 31 (run): 4863 384: Radiation calculated for : 1. Jun 2100 09:56:15 384: Greenhouse gas concentrations 1. Jun 2100 09:56:15 CO2 = 1134.0465 CH4 = 2416.37 N2O = 391.759 CFC = 51.48 208.90 0: MPIOM: current date: 2100-06-01 23:15:00 begin of timestep (day): 32 (run): 4864 0: MPIOM: current date: 2100-06-02 00:00:00 begin of timestep (day): 1 (run): 4865 384: Radiation calculated for : 1. Jun 2100 11:56:15 384: Greenhouse gas concentrations 1. Jun 2100 11:56:15 CO2 = 1134.0496 CH4 = 2416.37 N2O = 391.759 CFC = 51.48 208.90 384: Radiation calculated for : 1. Jun 2100 13:56:15 384: Greenhouse gas concentrations 1. Jun 2100 13:56:15 CO2 = 1134.0527 CH4 = 2416.36 N2O = 391.760 CFC = 51.48 208.90 384: Radiation calculated for : 1. Jun 2100 15:56:15 384: Greenhouse gas concentrations 1. Jun 2100 15:56:15 CO2 = 1134.0558 CH4 = 2416.36 N2O = 391.760 CFC = 51.48 208.90 384: Radiation calculated for : 1. Jun 2100 17:56:15 384: Greenhouse gas concentrations 1. Jun 2100 17:56:15 CO2 = 1134.0589 CH4 = 2416.36 N2O = 391.760 CFC = 51.48 208.90 384: Radiation calculated for : 1. Jun 2100 19:56:15 384: Greenhouse gas concentrations 1. Jun 2100 19:56:15 CO2 = 1134.0621 CH4 = 2416.35 N2O = 391.760 CFC = 51.48 208.89 384: Radiation calculated for : 1. Jun 2100 21:56:15 384: Greenhouse gas concentrations 1. Jun 2100 21:56:15 CO2 = 1134.0652 CH4 = 2416.35 N2O = 391.760 CFC = 51.47 208.89 384: Radiation calculated for : 1. Jun 2100 23:56:15 384: Greenhouse gas concentrations 1. Jun 2100 23:56:15 CO2 = 1134.0683 CH4 = 2416.35 N2O = 391.760 CFC = 51.47 208.89 384: hydrology_model: Water budget change: 3.099441528320312E-006 m3/s 384: hydrology_model: global discharge: 1426835.90554373 m3/s 384: hydrology_model: precip-evap (on ocean): -290588.642435083 m3/s 384: water_budget_corr: P-E correction: -62363.2406565532 m3/s 384: water_budget_corr: slm/slf residuum: 33873.3178226336 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 338.325685000220 m3/s 384: water_budget_corr: awfre corrected: -352613.557406635 m3/s 384: water_budget_corr: river discharge: 1426835.90554373 m3/s 384: water_budget_corr: water to ocean: 1074222.34813712 m3/s 384: Write GRIB1 output for : 1. Jun 2100 23:52:30 0: co2 = 1054.13031173988 , n2 = 801999.999874343 , o2 = 0: 196799.999614954 0: MPIOM: current date: 2100-06-02 00:45:00 begin of timestep (day): 2 (run): 4866 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.204333284790941E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-02 01:30:00 begin of timestep (day): 3 (run): 4867 384: Radiation calculated for : 2. Jun 2100 01:56:15 384: Greenhouse gas concentrations 2. Jun 2100 01:56:15 CO2 = 1134.0714 CH4 = 2416.35 N2O = 391.760 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-02 02:15:00 begin of timestep (day): 4 (run): 4868 0: MPIOM: current date: 2100-06-02 03:00:00 begin of timestep (day): 5 (run): 4869 0: MPIOM: current date: 2100-06-02 03:45:00 begin of timestep (day): 6 (run): 4870 0: MPIOM: current date: 2100-06-02 04:30:00 begin of timestep (day): 7 (run): 4871 384: Radiation calculated for : 2. Jun 2100 03:56:15 384: Greenhouse gas concentrations 2. Jun 2100 03:56:15 CO2 = 1134.0745 CH4 = 2416.34 N2O = 391.760 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-02 05:15:00 begin of timestep (day): 8 (run): 4872 0: MPIOM: current date: 2100-06-02 06:00:00 begin of timestep (day): 9 (run): 4873 0: MPIOM: current date: 2100-06-02 06:45:00 begin of timestep (day): 10 (run): 4874 0: MPIOM: current date: 2100-06-02 07:30:00 begin of timestep (day): 11 (run): 4875 384: Radiation calculated for : 2. Jun 2100 05:56:15 384: Greenhouse gas concentrations 2. Jun 2100 05:56:15 CO2 = 1134.0777 CH4 = 2416.34 N2O = 391.760 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-02 08:15:00 begin of timestep (day): 12 (run): 4876 0: MPIOM: current date: 2100-06-02 09:00:00 begin of timestep (day): 13 (run): 4877 0: MPIOM: current date: 2100-06-02 09:45:00 begin of timestep (day): 14 (run): 4878 0: MPIOM: current date: 2100-06-02 10:30:00 begin of timestep (day): 15 (run): 4879 384: Radiation calculated for : 2. Jun 2100 07:56:15 384: Greenhouse gas concentrations 2. Jun 2100 07:56:15 CO2 = 1134.0808 CH4 = 2416.34 N2O = 391.760 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-02 11:15:00 begin of timestep (day): 16 (run): 4880 0: MPIOM: current date: 2100-06-02 12:00:00 begin of timestep (day): 17 (run): 4881 0: MPIOM: current date: 2100-06-02 12:45:00 begin of timestep (day): 18 (run): 4882 0: MPIOM: current date: 2100-06-02 13:30:00 begin of timestep (day): 19 (run): 4883 384: Radiation calculated for : 2. Jun 2100 09:56:15 384: Greenhouse gas concentrations 2. Jun 2100 09:56:15 CO2 = 1134.0839 CH4 = 2416.33 N2O = 391.761 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-02 14:15:00 begin of timestep (day): 20 (run): 4884 0: MPIOM: current date: 2100-06-02 15:00:00 begin of timestep (day): 21 (run): 4885 0: MPIOM: current date: 2100-06-02 15:45:00 begin of timestep (day): 22 (run): 4886 0: MPIOM: current date: 2100-06-02 16:30:00 begin of timestep (day): 23 (run): 4887 384: Radiation calculated for : 2. Jun 2100 11:56:15 384: Greenhouse gas concentrations 2. Jun 2100 11:56:15 CO2 = 1134.0870 CH4 = 2416.33 N2O = 391.761 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-02 17:15:00 begin of timestep (day): 24 (run): 4888 0: MPIOM: current date: 2100-06-02 18:00:00 begin of timestep (day): 25 (run): 4889 0: MPIOM: current date: 2100-06-02 18:45:00 begin of timestep (day): 26 (run): 4890 0: MPIOM: current date: 2100-06-02 19:30:00 begin of timestep (day): 27 (run): 4891 384: Radiation calculated for : 2. Jun 2100 13:56:15 384: Greenhouse gas concentrations 2. Jun 2100 13:56:15 CO2 = 1134.0901 CH4 = 2416.33 N2O = 391.761 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-02 20:15:00 begin of timestep (day): 28 (run): 4892 0: MPIOM: current date: 2100-06-02 21:00:00 begin of timestep (day): 29 (run): 4893 0: MPIOM: current date: 2100-06-02 21:45:00 begin of timestep (day): 30 (run): 4894 0: MPIOM: current date: 2100-06-02 22:30:00 begin of timestep (day): 31 (run): 4895 384: Radiation calculated for : 2. Jun 2100 15:56:15 384: Greenhouse gas concentrations 2. Jun 2100 15:56:15 CO2 = 1134.0932 CH4 = 2416.33 N2O = 391.761 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-02 23:15:00 begin of timestep (day): 32 (run): 4896 0: MPIOM: current date: 2100-06-03 00:00:00 begin of timestep (day): 1 (run): 4897 384: Radiation calculated for : 2. Jun 2100 17:56:15 384: Greenhouse gas concentrations 2. Jun 2100 17:56:15 CO2 = 1134.0964 CH4 = 2416.32 N2O = 391.761 CFC = 51.47 208.89 384: Radiation calculated for : 2. Jun 2100 19:56:15 384: Greenhouse gas concentrations 2. Jun 2100 19:56:15 CO2 = 1134.0995 CH4 = 2416.32 N2O = 391.761 CFC = 51.47 208.89 384: Radiation calculated for : 2. Jun 2100 21:56:15 384: Greenhouse gas concentrations 2. Jun 2100 21:56:15 CO2 = 1134.1026 CH4 = 2416.32 N2O = 391.761 CFC = 51.47 208.89 384: Radiation calculated for : 2. Jun 2100 23:56:15 384: Greenhouse gas concentrations 2. Jun 2100 23:56:15 CO2 = 1134.1057 CH4 = 2416.32 N2O = 391.761 CFC = 51.47 208.89 384: hydrology_model: Water budget change: -3.844499588012695E-006 m3/s 384: hydrology_model: global discharge: 1410895.37404537 m3/s 384: hydrology_model: precip-evap (on ocean): -777147.089024923 m3/s 384: water_budget_corr: P-E correction: -70563.9233501994 m3/s 384: water_budget_corr: slm/slf residuum: 33321.5156540283 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1445.30176676898 m3/s 384: water_budget_corr: awfre corrected: -849156.314141901 m3/s 384: water_budget_corr: river discharge: 1410895.37404537 m3/s 384: water_budget_corr: water to ocean: 561739.059903472 m3/s 384: Write GRIB1 output for : 2. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.03304784389 , n2 = 801999.999831193 , o2 = 0: 196799.999521743 384: CO2 flux correction (global): 2.578738370308239E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-03 00:45:00 begin of timestep (day): 2 (run): 4898 0: MPIOM: current date: 2100-06-03 01:30:00 begin of timestep (day): 3 (run): 4899 384: Radiation calculated for : 3. Jun 2100 01:56:15 384: Greenhouse gas concentrations 3. Jun 2100 01:56:15 CO2 = 1134.1088 CH4 = 2416.31 N2O = 391.761 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-03 02:15:00 begin of timestep (day): 4 (run): 4900 0: MPIOM: current date: 2100-06-03 03:00:00 begin of timestep (day): 5 (run): 4901 0: MPIOM: current date: 2100-06-03 03:45:00 begin of timestep (day): 6 (run): 4902 384: Radiation calculated for : 3. Jun 2100 03:56:15 0: MPIOM: current date: 2100-06-03 04:30:00 begin of timestep (day): 7 (run): 4903 384: Greenhouse gas concentrations 3. Jun 2100 03:56:15 CO2 = 1134.1120 CH4 = 2416.31 N2O = 391.762 CFC = 51.47 208.89 0: MPIOM: current date: 2100-06-03 05:15:00 begin of timestep (day): 8 (run): 4904 0: MPIOM: current date: 2100-06-03 06:00:00 begin of timestep (day): 9 (run): 4905 0: MPIOM: current date: 2100-06-03 06:45:00 begin of timestep (day): 10 (run): 4906 384: Radiation calculated for : 3. Jun 2100 05:56:15 0: MPIOM: current date: 2100-06-03 07:30:00 begin of timestep (day): 11 (run): 4907 384: Greenhouse gas concentrations 3. Jun 2100 05:56:15 CO2 = 1134.1151 CH4 = 2416.31 N2O = 391.762 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-03 08:15:00 begin of timestep (day): 12 (run): 4908 0: MPIOM: current date: 2100-06-03 09:00:00 begin of timestep (day): 13 (run): 4909 0: MPIOM: current date: 2100-06-03 09:45:00 begin of timestep (day): 14 (run): 4910 384: Radiation calculated for : 3. Jun 2100 07:56:15 0: MPIOM: current date: 2100-06-03 10:30:00 begin of timestep (day): 15 (run): 4911 384: Greenhouse gas concentrations 3. Jun 2100 07:56:15 CO2 = 1134.1182 CH4 = 2416.30 N2O = 391.762 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-03 11:15:00 begin of timestep (day): 16 (run): 4912 0: MPIOM: current date: 2100-06-03 12:00:00 begin of timestep (day): 17 (run): 4913 0: MPIOM: current date: 2100-06-03 12:45:00 begin of timestep (day): 18 (run): 4914 384: Radiation calculated for : 3. Jun 2100 09:56:15 0: MPIOM: current date: 2100-06-03 13:30:00 begin of timestep (day): 19 (run): 4915 384: Greenhouse gas concentrations 3. Jun 2100 09:56:15 CO2 = 1134.1213 CH4 = 2416.30 N2O = 391.762 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-03 14:15:00 begin of timestep (day): 20 (run): 4916 0: MPIOM: current date: 2100-06-03 15:00:00 begin of timestep (day): 21 (run): 4917 0: MPIOM: current date: 2100-06-03 15:45:00 begin of timestep (day): 22 (run): 4918 384: Radiation calculated for : 3. Jun 2100 11:56:15 0: MPIOM: current date: 2100-06-03 16:30:00 begin of timestep (day): 23 (run): 4919 384: Greenhouse gas concentrations 3. Jun 2100 11:56:15 CO2 = 1134.1244 CH4 = 2416.30 N2O = 391.762 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-03 17:15:00 begin of timestep (day): 24 (run): 4920 0: MPIOM: current date: 2100-06-03 18:00:00 begin of timestep (day): 25 (run): 4921 0: MPIOM: current date: 2100-06-03 18:45:00 begin of timestep (day): 26 (run): 4922 384: Radiation calculated for : 3. Jun 2100 13:56:15 384: Greenhouse gas concentrations 3. Jun 2100 13:56:15 CO2 = 1134.1276 CH4 = 2416.30 N2O = 391.762 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-03 19:30:00 begin of timestep (day): 27 (run): 4923 0: MPIOM: current date: 2100-06-03 20:15:00 begin of timestep (day): 28 (run): 4924 0: MPIOM: current date: 2100-06-03 21:00:00 begin of timestep (day): 29 (run): 4925 0: MPIOM: current date: 2100-06-03 21:45:00 begin of timestep (day): 30 (run): 4926 384: Radiation calculated for : 3. Jun 2100 15:56:15 384: Greenhouse gas concentrations 3. Jun 2100 15:56:15 CO2 = 1134.1307 CH4 = 2416.29 N2O = 391.762 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-03 22:30:00 begin of timestep (day): 31 (run): 4927 0: MPIOM: current date: 2100-06-03 23:15:00 begin of timestep (day): 32 (run): 4928 0: MPIOM: current date: 2100-06-04 00:00:00 begin of timestep (day): 1 (run): 4929 384: Radiation calculated for : 3. Jun 2100 17:56:15 384: Greenhouse gas concentrations 3. Jun 2100 17:56:15 CO2 = 1134.1338 CH4 = 2416.29 N2O = 391.762 CFC = 51.47 208.88 384: Radiation calculated for : 3. Jun 2100 19:56:15 384: Greenhouse gas concentrations 3. Jun 2100 19:56:15 CO2 = 1134.1369 CH4 = 2416.29 N2O = 391.762 CFC = 51.47 208.88 384: Radiation calculated for : 3. Jun 2100 21:56:15 384: Greenhouse gas concentrations 3. Jun 2100 21:56:15 CO2 = 1134.1400 CH4 = 2416.28 N2O = 391.762 CFC = 51.47 208.88 384: Radiation calculated for : 3. Jun 2100 23:56:15 384: Greenhouse gas concentrations 3. Jun 2100 23:56:15 CO2 = 1134.1431 CH4 = 2416.28 N2O = 391.763 CFC = 51.47 208.88 384: hydrology_model: Water budget change: 2.801418304443359E-006 m3/s 384: hydrology_model: global discharge: 1404700.64484228 m3/s 384: hydrology_model: precip-evap (on ocean): -1301838.92732230 m3/s 384: water_budget_corr: P-E correction: -120127.535298088 m3/s 384: water_budget_corr: slm/slf residuum: 38309.3330267129 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2172.99548387020 m3/s 384: water_budget_corr: awfre corrected: -1424139.45810426 m3/s 384: water_budget_corr: river discharge: 1404700.64484228 m3/s 384: water_budget_corr: water to ocean: -19438.8132619776 m3/s 384: Write GRIB1 output for : 3. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.312800557487340E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1053.92573718806 , n2 = 801999.999827735 , o2 = 0: 196799.999503035 0: MPIOM: current date: 2100-06-04 00:45:00 begin of timestep (day): 2 (run): 4930 0: MPIOM: current date: 2100-06-04 01:30:00 begin of timestep (day): 3 (run): 4931 384: Radiation calculated for : 4. Jun 2100 01:56:15 384: Greenhouse gas concentrations 4. Jun 2100 01:56:15 CO2 = 1134.1463 CH4 = 2416.28 N2O = 391.763 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-04 02:15:00 begin of timestep (day): 4 (run): 4932 0: MPIOM: current date: 2100-06-04 03:00:00 begin of timestep (day): 5 (run): 4933 0: MPIOM: current date: 2100-06-04 03:45:00 begin of timestep (day): 6 (run): 4934 0: MPIOM: current date: 2100-06-04 04:30:00 begin of timestep (day): 7 (run): 4935 384: Radiation calculated for : 4. Jun 2100 03:56:15 384: Greenhouse gas concentrations 4. Jun 2100 03:56:15 CO2 = 1134.1494 CH4 = 2416.28 N2O = 391.763 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-04 05:15:00 begin of timestep (day): 8 (run): 4936 0: MPIOM: current date: 2100-06-04 06:00:00 begin of timestep (day): 9 (run): 4937 0: MPIOM: current date: 2100-06-04 06:45:00 begin of timestep (day): 10 (run): 4938 0: MPIOM: current date: 2100-06-04 07:30:00 begin of timestep (day): 11 (run): 4939 384: Radiation calculated for : 4. Jun 2100 05:56:15 384: Greenhouse gas concentrations 4. Jun 2100 05:56:15 CO2 = 1134.1525 CH4 = 2416.27 N2O = 391.763 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-04 08:15:00 begin of timestep (day): 12 (run): 4940 0: MPIOM: current date: 2100-06-04 09:00:00 begin of timestep (day): 13 (run): 4941 0: MPIOM: current date: 2100-06-04 09:45:00 begin of timestep (day): 14 (run): 4942 0: MPIOM: current date: 2100-06-04 10:30:00 begin of timestep (day): 15 (run): 4943 384: Radiation calculated for : 4. Jun 2100 07:56:15 384: Greenhouse gas concentrations 4. Jun 2100 07:56:15 CO2 = 1134.1556 CH4 = 2416.27 N2O = 391.763 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-04 11:15:00 begin of timestep (day): 16 (run): 4944 0: MPIOM: current date: 2100-06-04 12:00:00 begin of timestep (day): 17 (run): 4945 0: MPIOM: current date: 2100-06-04 12:45:00 begin of timestep (day): 18 (run): 4946 384: Radiation calculated for : 4. Jun 2100 09:56:15 384: Greenhouse gas concentrations 4. Jun 2100 09:56:15 CO2 = 1134.1587 CH4 = 2416.27 N2O = 391.763 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-04 13:30:00 begin of timestep (day): 19 (run): 4947 0: MPIOM: current date: 2100-06-04 14:15:00 begin of timestep (day): 20 (run): 4948 0: MPIOM: current date: 2100-06-04 15:00:00 begin of timestep (day): 21 (run): 4949 0: MPIOM: current date: 2100-06-04 15:45:00 begin of timestep (day): 22 (run): 4950 384: Radiation calculated for : 4. Jun 2100 11:56:15 384: Greenhouse gas concentrations 4. Jun 2100 11:56:15 CO2 = 1134.1619 CH4 = 2416.27 N2O = 391.763 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-04 16:30:00 begin of timestep (day): 23 (run): 4951 0: MPIOM: current date: 2100-06-04 17:15:00 begin of timestep (day): 24 (run): 4952 0: MPIOM: current date: 2100-06-04 18:00:00 begin of timestep (day): 25 (run): 4953 0: MPIOM: current date: 2100-06-04 18:45:00 begin of timestep (day): 26 (run): 4954 384: Radiation calculated for : 4. Jun 2100 13:56:15 384: Greenhouse gas concentrations 4. Jun 2100 13:56:15 CO2 = 1134.1650 CH4 = 2416.26 N2O = 391.763 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-04 19:30:00 begin of timestep (day): 27 (run): 4955 0: MPIOM: current date: 2100-06-04 20:15:00 begin of timestep (day): 28 (run): 4956 0: MPIOM: current date: 2100-06-04 21:00:00 begin of timestep (day): 29 (run): 4957 0: MPIOM: current date: 2100-06-04 21:45:00 begin of timestep (day): 30 (run): 4958 384: Radiation calculated for : 4. Jun 2100 15:56:15 384: Greenhouse gas concentrations 4. Jun 2100 15:56:15 CO2 = 1134.1681 CH4 = 2416.26 N2O = 391.763 CFC = 51.47 208.88 0: MPIOM: current date: 2100-06-04 22:30:00 begin of timestep (day): 31 (run): 4959 0: MPIOM: current date: 2100-06-04 23:15:00 begin of timestep (day): 32 (run): 4960 0: MPIOM: current date: 2100-06-05 00:00:00 begin of timestep (day): 1 (run): 4961 384: Radiation calculated for : 4. Jun 2100 17:56:15 384: Greenhouse gas concentrations 4. Jun 2100 17:56:15 CO2 = 1134.1712 CH4 = 2416.26 N2O = 391.764 CFC = 51.47 208.87 384: Radiation calculated for : 4. Jun 2100 19:56:15 384: Greenhouse gas concentrations 4. Jun 2100 19:56:15 CO2 = 1134.1743 CH4 = 2416.25 N2O = 391.764 CFC = 51.47 208.87 384: Radiation calculated for : 4. Jun 2100 21:56:15 384: Greenhouse gas concentrations 4. Jun 2100 21:56:15 CO2 = 1134.1775 CH4 = 2416.25 N2O = 391.764 CFC = 51.47 208.87 384: Radiation calculated for : 4. Jun 2100 23:56:15 384: Greenhouse gas concentrations 4. Jun 2100 23:56:15 CO2 = 1134.1806 CH4 = 2416.25 N2O = 391.764 CFC = 51.47 208.87 384: hydrology_model: Water budget change: -1.549720764160156E-006 m3/s 384: hydrology_model: global discharge: 1378799.89381036 m3/s 384: hydrology_model: precip-evap (on ocean): -1224536.87266312 m3/s 384: water_budget_corr: P-E correction: -82784.1580280436 m3/s 384: water_budget_corr: slm/slf residuum: 61117.4935584150 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -965.363876429074 m3/s 384: water_budget_corr: awfre corrected: -1308286.39456760 m3/s 384: water_budget_corr: river discharge: 1378799.89381036 m3/s 384: water_budget_corr: water to ocean: 70513.4992427653 m3/s 384: Write GRIB1 output for : 4. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.852229355278839E-010 kg m-2 s-1 0: co2 = 1053.87187914731 , n2 = 801999.999887613 , o2 = 0: 196799.999548899 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-05 00:45:00 begin of timestep (day): 2 (run): 4962 0: MPIOM: current date: 2100-06-05 01:30:00 begin of timestep (day): 3 (run): 4963 384: Radiation calculated for : 5. Jun 2100 01:56:15 384: Greenhouse gas concentrations 5. Jun 2100 01:56:15 CO2 = 1134.1837 CH4 = 2416.25 N2O = 391.764 CFC = 51.47 208.87 0: MPIOM: current date: 2100-06-05 02:15:00 begin of timestep (day): 4 (run): 4964 0: MPIOM: current date: 2100-06-05 03:00:00 begin of timestep (day): 5 (run): 4965 0: MPIOM: current date: 2100-06-05 03:45:00 begin of timestep (day): 6 (run): 4966 0: MPIOM: current date: 2100-06-05 04:30:00 begin of timestep (day): 7 (run): 4967 384: Radiation calculated for : 5. Jun 2100 03:56:15 384: Greenhouse gas concentrations 5. Jun 2100 03:56:15 CO2 = 1134.1868 CH4 = 2416.24 N2O = 391.764 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-05 05:15:00 begin of timestep (day): 8 (run): 4968 0: MPIOM: current date: 2100-06-05 06:00:00 begin of timestep (day): 9 (run): 4969 0: MPIOM: current date: 2100-06-05 06:45:00 begin of timestep (day): 10 (run): 4970 0: MPIOM: current date: 2100-06-05 07:30:00 begin of timestep (day): 11 (run): 4971 384: Radiation calculated for : 5. Jun 2100 05:56:15 384: Greenhouse gas concentrations 5. Jun 2100 05:56:15 CO2 = 1134.1899 CH4 = 2416.24 N2O = 391.764 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-05 08:15:00 begin of timestep (day): 12 (run): 4972 0: MPIOM: current date: 2100-06-05 09:00:00 begin of timestep (day): 13 (run): 4973 0: MPIOM: current date: 2100-06-05 09:45:00 begin of timestep (day): 14 (run): 4974 384: Radiation calculated for : 5. Jun 2100 07:56:15 384: Greenhouse gas concentrations 5. Jun 2100 07:56:15 CO2 = 1134.1930 CH4 = 2416.24 N2O = 391.764 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-05 10:30:00 begin of timestep (day): 15 (run): 4975 0: MPIOM: current date: 2100-06-05 11:15:00 begin of timestep (day): 16 (run): 4976 0: MPIOM: current date: 2100-06-05 12:00:00 begin of timestep (day): 17 (run): 4977 0: MPIOM: current date: 2100-06-05 12:45:00 begin of timestep (day): 18 (run): 4978 384: Radiation calculated for : 5. Jun 2100 09:56:15 384: Greenhouse gas concentrations 5. Jun 2100 09:56:15 CO2 = 1134.1962 CH4 = 2416.23 N2O = 391.764 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-05 13:30:00 begin of timestep (day): 19 (run): 4979 0: MPIOM: current date: 2100-06-05 14:15:00 begin of timestep (day): 20 (run): 4980 0: MPIOM: current date: 2100-06-05 15:00:00 begin of timestep (day): 21 (run): 4981 0: MPIOM: current date: 2100-06-05 15:45:00 begin of timestep (day): 22 (run): 4982 384: Radiation calculated for : 5. Jun 2100 11:56:15 384: Greenhouse gas concentrations 5. Jun 2100 11:56:15 CO2 = 1134.1993 CH4 = 2416.23 N2O = 391.765 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-05 16:30:00 begin of timestep (day): 23 (run): 4983 0: MPIOM: current date: 2100-06-05 17:15:00 begin of timestep (day): 24 (run): 4984 0: MPIOM: current date: 2100-06-05 18:00:00 begin of timestep (day): 25 (run): 4985 0: MPIOM: current date: 2100-06-05 18:45:00 begin of timestep (day): 26 (run): 4986 384: Radiation calculated for : 5. Jun 2100 13:56:15 384: Greenhouse gas concentrations 5. Jun 2100 13:56:15 CO2 = 1134.2024 CH4 = 2416.23 N2O = 391.765 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-05 19:30:00 begin of timestep (day): 27 (run): 4987 0: MPIOM: current date: 2100-06-05 20:15:00 begin of timestep (day): 28 (run): 4988 0: MPIOM: current date: 2100-06-05 21:00:00 begin of timestep (day): 29 (run): 4989 0: MPIOM: current date: 2100-06-05 21:45:00 begin of timestep (day): 30 (run): 4990 384: Radiation calculated for : 5. Jun 2100 15:56:15 384: Greenhouse gas concentrations 5. Jun 2100 15:56:15 CO2 = 1134.2055 CH4 = 2416.23 N2O = 391.765 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-05 22:30:00 begin of timestep (day): 31 (run): 4991 0: MPIOM: current date: 2100-06-05 23:15:00 begin of timestep (day): 32 (run): 4992 0: MPIOM: current date: 2100-06-06 00:00:00 begin of timestep (day): 1 (run): 4993 384: Radiation calculated for : 5. Jun 2100 17:56:15 384: Greenhouse gas concentrations 5. Jun 2100 17:56:15 CO2 = 1134.2086 CH4 = 2416.22 N2O = 391.765 CFC = 51.46 208.87 384: Radiation calculated for : 5. Jun 2100 19:56:15 384: Greenhouse gas concentrations 5. Jun 2100 19:56:15 CO2 = 1134.2118 CH4 = 2416.22 N2O = 391.765 CFC = 51.46 208.87 384: Radiation calculated for : 5. Jun 2100 21:56:15 384: Greenhouse gas concentrations 5. Jun 2100 21:56:15 CO2 = 1134.2149 CH4 = 2416.22 N2O = 391.765 CFC = 51.46 208.87 384: Radiation calculated for : 5. Jun 2100 23:56:15 384: Greenhouse gas concentrations 5. Jun 2100 23:56:15 CO2 = 1134.2180 CH4 = 2416.22 N2O = 391.765 CFC = 51.46 208.87 384: hydrology_model: Water budget change: 1.460313796997070E-006 m3/s 384: hydrology_model: global discharge: 1384610.97008654 m3/s 384: hydrology_model: precip-evap (on ocean): -1021050.35546738 m3/s 384: water_budget_corr: P-E correction: 3815.24048803453 m3/s 384: water_budget_corr: slm/slf residuum: 82609.7214832634 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1178.52733752338 m3/s 384: water_budget_corr: awfre corrected: -1016056.58764182 m3/s 384: water_budget_corr: river discharge: 1384610.97008654 m3/s 384: water_budget_corr: water to ocean: 368554.382444724 m3/s 384: Write GRIB1 output for : 5. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.85474502146 , n2 = 801999.999891025 , o2 = 0: 196799.999530606 384: CO2 flux correction (global): 5.813353620043657E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-06 00:45:00 begin of timestep (day): 2 (run): 4994 0: MPIOM: current date: 2100-06-06 01:30:00 begin of timestep (day): 3 (run): 4995 384: Radiation calculated for : 6. Jun 2100 01:56:15 384: Greenhouse gas concentrations 6. Jun 2100 01:56:15 CO2 = 1134.2211 CH4 = 2416.21 N2O = 391.765 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-06 02:15:00 begin of timestep (day): 4 (run): 4996 0: MPIOM: current date: 2100-06-06 03:00:00 begin of timestep (day): 5 (run): 4997 0: MPIOM: current date: 2100-06-06 03:45:00 begin of timestep (day): 6 (run): 4998 0: MPIOM: current date: 2100-06-06 04:30:00 begin of timestep (day): 7 (run): 4999 384: Radiation calculated for : 6. Jun 2100 03:56:15 384: Greenhouse gas concentrations 6. Jun 2100 03:56:15 CO2 = 1134.2242 CH4 = 2416.21 N2O = 391.765 CFC = 51.46 208.87 0: MPIOM: current date: 2100-06-06 05:15:00 begin of timestep (day): 8 (run): 5000 0: MPIOM: current date: 2100-06-06 06:00:00 begin of timestep (day): 9 (run): 5001 0: MPIOM: current date: 2100-06-06 06:45:00 begin of timestep (day): 10 (run): 5002 0: MPIOM: current date: 2100-06-06 07:30:00 begin of timestep (day): 11 (run): 5003 384: Radiation calculated for : 6. Jun 2100 05:56:15 384: Greenhouse gas concentrations 6. Jun 2100 05:56:15 CO2 = 1134.2274 CH4 = 2416.21 N2O = 391.765 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-06 08:15:00 begin of timestep (day): 12 (run): 5004 0: MPIOM: current date: 2100-06-06 09:00:00 begin of timestep (day): 13 (run): 5005 0: MPIOM: current date: 2100-06-06 09:45:00 begin of timestep (day): 14 (run): 5006 0: MPIOM: current date: 2100-06-06 10:30:00 begin of timestep (day): 15 (run): 5007 384: Radiation calculated for : 6. Jun 2100 07:56:15 384: Greenhouse gas concentrations 6. Jun 2100 07:56:15 CO2 = 1134.2305 CH4 = 2416.20 N2O = 391.766 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-06 11:15:00 begin of timestep (day): 16 (run): 5008 0: MPIOM: current date: 2100-06-06 12:00:00 begin of timestep (day): 17 (run): 5009 0: MPIOM: current date: 2100-06-06 12:45:00 begin of timestep (day): 18 (run): 5010 0: MPIOM: current date: 2100-06-06 13:30:00 begin of timestep (day): 19 (run): 5011 384: Radiation calculated for : 6. Jun 2100 09:56:15 384: Greenhouse gas concentrations 6. Jun 2100 09:56:15 CO2 = 1134.2336 CH4 = 2416.20 N2O = 391.766 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-06 14:15:00 begin of timestep (day): 20 (run): 5012 0: MPIOM: current date: 2100-06-06 15:00:00 begin of timestep (day): 21 (run): 5013 0: MPIOM: current date: 2100-06-06 15:45:00 begin of timestep (day): 22 (run): 5014 0: MPIOM: current date: 2100-06-06 16:30:00 begin of timestep (day): 23 (run): 5015 384: Radiation calculated for : 6. Jun 2100 11:56:15 384: Greenhouse gas concentrations 6. Jun 2100 11:56:15 CO2 = 1134.2367 CH4 = 2416.20 N2O = 391.766 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-06 17:15:00 begin of timestep (day): 24 (run): 5016 0: MPIOM: current date: 2100-06-06 18:00:00 begin of timestep (day): 25 (run): 5017 0: MPIOM: current date: 2100-06-06 18:45:00 begin of timestep (day): 26 (run): 5018 0: MPIOM: current date: 2100-06-06 19:30:00 begin of timestep (day): 27 (run): 5019 384: Radiation calculated for : 6. Jun 2100 13:56:15 384: Greenhouse gas concentrations 6. Jun 2100 13:56:15 CO2 = 1134.2398 CH4 = 2416.20 N2O = 391.766 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-06 20:15:00 begin of timestep (day): 28 (run): 5020 0: MPIOM: current date: 2100-06-06 21:00:00 begin of timestep (day): 29 (run): 5021 0: MPIOM: current date: 2100-06-06 21:45:00 begin of timestep (day): 30 (run): 5022 0: MPIOM: current date: 2100-06-06 22:30:00 begin of timestep (day): 31 (run): 5023 384: Radiation calculated for : 6. Jun 2100 15:56:15 384: Greenhouse gas concentrations 6. Jun 2100 15:56:15 CO2 = 1134.2429 CH4 = 2416.19 N2O = 391.766 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-06 23:15:00 begin of timestep (day): 32 (run): 5024 0: MPIOM: current date: 2100-06-07 00:00:00 begin of timestep (day): 1 (run): 5025 384: Radiation calculated for : 6. Jun 2100 17:56:15 384: Greenhouse gas concentrations 6. Jun 2100 17:56:15 CO2 = 1134.2461 CH4 = 2416.19 N2O = 391.766 CFC = 51.46 208.86 384: Radiation calculated for : 6. Jun 2100 19:56:15 384: Greenhouse gas concentrations 6. Jun 2100 19:56:15 CO2 = 1134.2492 CH4 = 2416.19 N2O = 391.766 CFC = 51.46 208.86 384: Radiation calculated for : 6. Jun 2100 21:56:15 384: Greenhouse gas concentrations 6. Jun 2100 21:56:15 CO2 = 1134.2523 CH4 = 2416.18 N2O = 391.766 CFC = 51.46 208.86 384: Radiation calculated for : 6. Jun 2100 23:56:15 384: Greenhouse gas concentrations 6. Jun 2100 23:56:15 CO2 = 1134.2554 CH4 = 2416.18 N2O = 391.766 CFC = 51.46 208.86 384: hydrology_model: Water budget change: 1.400709152221680E-006 m3/s 384: hydrology_model: global discharge: 1391644.28151088 m3/s 384: hydrology_model: precip-evap (on ocean): -553148.581965526 m3/s 384: water_budget_corr: P-E correction: -13803.7999243940 m3/s 384: water_budget_corr: slm/slf residuum: 73731.7390098460 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3803.87249952196 m3/s 384: water_budget_corr: awfre corrected: -563148.509390385 m3/s 384: water_budget_corr: river discharge: 1391644.28151088 m3/s 384: water_budget_corr: water to ocean: 828495.772120505 m3/s 384: Write GRIB1 output for : 6. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.535254181855057E-010 kg m-2 s-1 0: co2 = 1053.82735584388 , n2 = 801999.999870490 , o2 = 0: 196799.999527769 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-07 00:45:00 begin of timestep (day): 2 (run): 5026 0: MPIOM: current date: 2100-06-07 01:30:00 begin of timestep (day): 3 (run): 5027 384: Radiation calculated for : 7. Jun 2100 01:56:15 384: Greenhouse gas concentrations 7. Jun 2100 01:56:15 CO2 = 1134.2585 CH4 = 2416.18 N2O = 391.767 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-07 02:15:00 begin of timestep (day): 4 (run): 5028 0: MPIOM: current date: 2100-06-07 03:00:00 begin of timestep (day): 5 (run): 5029 0: MPIOM: current date: 2100-06-07 03:45:00 begin of timestep (day): 6 (run): 5030 0: MPIOM: current date: 2100-06-07 04:30:00 begin of timestep (day): 7 (run): 5031 384: Radiation calculated for : 7. Jun 2100 03:56:15 384: Greenhouse gas concentrations 7. Jun 2100 03:56:15 CO2 = 1134.2617 CH4 = 2416.18 N2O = 391.767 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-07 05:15:00 begin of timestep (day): 8 (run): 5032 0: MPIOM: current date: 2100-06-07 06:00:00 begin of timestep (day): 9 (run): 5033 0: MPIOM: current date: 2100-06-07 06:45:00 begin of timestep (day): 10 (run): 5034 384: Radiation calculated for : 7. Jun 2100 05:56:15 384: Greenhouse gas concentrations 7. Jun 2100 05:56:15 CO2 = 1134.2648 CH4 = 2416.17 N2O = 391.767 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-07 07:30:00 begin of timestep (day): 11 (run): 5035 0: MPIOM: current date: 2100-06-07 08:15:00 begin of timestep (day): 12 (run): 5036 0: MPIOM: current date: 2100-06-07 09:00:00 begin of timestep (day): 13 (run): 5037 0: MPIOM: current date: 2100-06-07 09:45:00 begin of timestep (day): 14 (run): 5038 384: Radiation calculated for : 7. Jun 2100 07:56:15 384: Greenhouse gas concentrations 7. Jun 2100 07:56:15 CO2 = 1134.2679 CH4 = 2416.17 N2O = 391.767 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-07 10:30:00 begin of timestep (day): 15 (run): 5039 0: MPIOM: current date: 2100-06-07 11:15:00 begin of timestep (day): 16 (run): 5040 0: MPIOM: current date: 2100-06-07 12:00:00 begin of timestep (day): 17 (run): 5041 0: MPIOM: current date: 2100-06-07 12:45:00 begin of timestep (day): 18 (run): 5042 384: Radiation calculated for : 7. Jun 2100 09:56:15 384: Greenhouse gas concentrations 7. Jun 2100 09:56:15 CO2 = 1134.2710 CH4 = 2416.17 N2O = 391.767 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-07 13:30:00 begin of timestep (day): 19 (run): 5043 0: MPIOM: current date: 2100-06-07 14:15:00 begin of timestep (day): 20 (run): 5044 0: MPIOM: current date: 2100-06-07 15:00:00 begin of timestep (day): 21 (run): 5045 0: MPIOM: current date: 2100-06-07 15:45:00 begin of timestep (day): 22 (run): 5046 384: Radiation calculated for : 7. Jun 2100 11:56:15 384: Greenhouse gas concentrations 7. Jun 2100 11:56:15 CO2 = 1134.2741 CH4 = 2416.17 N2O = 391.767 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-07 16:30:00 begin of timestep (day): 23 (run): 5047 0: MPIOM: current date: 2100-06-07 17:15:00 begin of timestep (day): 24 (run): 5048 0: MPIOM: current date: 2100-06-07 18:00:00 begin of timestep (day): 25 (run): 5049 0: MPIOM: current date: 2100-06-07 18:45:00 begin of timestep (day): 26 (run): 5050 384: Radiation calculated for : 7. Jun 2100 13:56:15 384: Greenhouse gas concentrations 7. Jun 2100 13:56:15 CO2 = 1134.2772 CH4 = 2416.16 N2O = 391.767 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-07 19:30:00 begin of timestep (day): 27 (run): 5051 0: MPIOM: current date: 2100-06-07 20:15:00 begin of timestep (day): 28 (run): 5052 0: MPIOM: current date: 2100-06-07 21:00:00 begin of timestep (day): 29 (run): 5053 0: MPIOM: current date: 2100-06-07 21:45:00 begin of timestep (day): 30 (run): 5054 384: Radiation calculated for : 7. Jun 2100 15:56:15 384: Greenhouse gas concentrations 7. Jun 2100 15:56:15 CO2 = 1134.2804 CH4 = 2416.16 N2O = 391.767 CFC = 51.46 208.86 0: MPIOM: current date: 2100-06-07 22:30:00 begin of timestep (day): 31 (run): 5055 0: MPIOM: current date: 2100-06-07 23:15:00 begin of timestep (day): 32 (run): 5056 0: MPIOM: current date: 2100-06-08 00:00:00 begin of timestep (day): 1 (run): 5057 384: Radiation calculated for : 7. Jun 2100 17:56:15 384: Greenhouse gas concentrations 7. Jun 2100 17:56:15 CO2 = 1134.2835 CH4 = 2416.16 N2O = 391.767 CFC = 51.46 208.85 384: Radiation calculated for : 7. Jun 2100 19:56:15 384: Greenhouse gas concentrations 7. Jun 2100 19:56:15 CO2 = 1134.2866 CH4 = 2416.15 N2O = 391.767 CFC = 51.46 208.85 384: Radiation calculated for : 7. Jun 2100 21:56:15 384: Greenhouse gas concentrations 7. Jun 2100 21:56:15 CO2 = 1134.2897 CH4 = 2416.15 N2O = 391.768 CFC = 51.46 208.85 384: Radiation calculated for : 7. Jun 2100 23:56:15 384: Greenhouse gas concentrations 7. Jun 2100 23:56:15 CO2 = 1134.2928 CH4 = 2416.15 N2O = 391.768 CFC = 51.46 208.85 384: hydrology_model: Water budget change: -2.264976501464844E-006 m3/s 384: hydrology_model: global discharge: 1398892.42659148 m3/s 384: hydrology_model: precip-evap (on ocean): -609791.995526170 m3/s 384: water_budget_corr: P-E correction: -46381.4317866911 m3/s 384: water_budget_corr: slm/slf residuum: 19911.2145614124 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -650.041053829922 m3/s 384: water_budget_corr: awfre corrected: -656823.468366691 m3/s 384: water_budget_corr: river discharge: 1398892.42659148 m3/s 384: water_budget_corr: water to ocean: 742068.958224789 m3/s 384: Write GRIB1 output for : 7. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.80685356647 , n2 = 801999.999848573 , o2 = 0: 196799.999470086 384: CO2 flux correction (global): 4.020655982705759E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-08 00:45:00 begin of timestep (day): 2 (run): 5058 0: MPIOM: current date: 2100-06-08 01:30:00 begin of timestep (day): 3 (run): 5059 384: Radiation calculated for : 8. Jun 2100 01:56:15 384: Greenhouse gas concentrations 8. Jun 2100 01:56:15 CO2 = 1134.2960 CH4 = 2416.15 N2O = 391.768 CFC = 51.46 208.85 0: MPIOM: current date: 2100-06-08 02:15:00 begin of timestep (day): 4 (run): 5060 0: MPIOM: current date: 2100-06-08 03:00:00 begin of timestep (day): 5 (run): 5061 0: MPIOM: current date: 2100-06-08 03:45:00 begin of timestep (day): 6 (run): 5062 0: MPIOM: current date: 2100-06-08 04:30:00 begin of timestep (day): 7 (run): 5063 384: Radiation calculated for : 8. Jun 2100 03:56:15 384: Greenhouse gas concentrations 8. Jun 2100 03:56:15 CO2 = 1134.2991 CH4 = 2416.14 N2O = 391.768 CFC = 51.46 208.85 0: MPIOM: current date: 2100-06-08 05:15:00 begin of timestep (day): 8 (run): 5064 0: MPIOM: current date: 2100-06-08 06:00:00 begin of timestep (day): 9 (run): 5065 0: MPIOM: current date: 2100-06-08 06:45:00 begin of timestep (day): 10 (run): 5066 0: MPIOM: current date: 2100-06-08 07:30:00 begin of timestep (day): 11 (run): 5067 384: Radiation calculated for : 8. Jun 2100 05:56:15 384: Greenhouse gas concentrations 8. Jun 2100 05:56:15 CO2 = 1134.3022 CH4 = 2416.14 N2O = 391.768 CFC = 51.46 208.85 0: MPIOM: current date: 2100-06-08 08:15:00 begin of timestep (day): 12 (run): 5068 0: MPIOM: current date: 2100-06-08 09:00:00 begin of timestep (day): 13 (run): 5069 0: MPIOM: current date: 2100-06-08 09:45:00 begin of timestep (day): 14 (run): 5070 0: MPIOM: current date: 2100-06-08 10:30:00 begin of timestep (day): 15 (run): 5071 384: Radiation calculated for : 8. Jun 2100 07:56:15 384: Greenhouse gas concentrations 8. Jun 2100 07:56:15 CO2 = 1134.3053 CH4 = 2416.14 N2O = 391.768 CFC = 51.46 208.85 0: MPIOM: current date: 2100-06-08 11:15:00 begin of timestep (day): 16 (run): 5072 0: MPIOM: current date: 2100-06-08 12:00:00 begin of timestep (day): 17 (run): 5073 0: MPIOM: current date: 2100-06-08 12:45:00 begin of timestep (day): 18 (run): 5074 384: Radiation calculated for : 8. Jun 2100 09:56:15 384: Greenhouse gas concentrations 8. Jun 2100 09:56:15 CO2 = 1134.3084 CH4 = 2416.13 N2O = 391.768 CFC = 51.46 208.85 0: MPIOM: current date: 2100-06-08 13:30:00 begin of timestep (day): 19 (run): 5075 0: MPIOM: current date: 2100-06-08 14:15:00 begin of timestep (day): 20 (run): 5076 0: MPIOM: current date: 2100-06-08 15:00:00 begin of timestep (day): 21 (run): 5077 0: MPIOM: current date: 2100-06-08 15:45:00 begin of timestep (day): 22 (run): 5078 384: Radiation calculated for : 8. Jun 2100 11:56:15 384: Greenhouse gas concentrations 8. Jun 2100 11:56:15 CO2 = 1134.3116 CH4 = 2416.13 N2O = 391.768 CFC = 51.45 208.85 0: MPIOM: current date: 2100-06-08 16:30:00 begin of timestep (day): 23 (run): 5079 0: MPIOM: current date: 2100-06-08 17:15:00 begin of timestep (day): 24 (run): 5080 0: MPIOM: current date: 2100-06-08 18:00:00 begin of timestep (day): 25 (run): 5081 0: MPIOM: current date: 2100-06-08 18:45:00 begin of timestep (day): 26 (run): 5082 384: Radiation calculated for : 8. Jun 2100 13:56:15 384: Greenhouse gas concentrations 8. Jun 2100 13:56:15 CO2 = 1134.3147 CH4 = 2416.13 N2O = 391.768 CFC = 51.45 208.85 0: MPIOM: current date: 2100-06-08 19:30:00 begin of timestep (day): 27 (run): 5083 0: MPIOM: current date: 2100-06-08 20:15:00 begin of timestep (day): 28 (run): 5084 0: MPIOM: current date: 2100-06-08 21:00:00 begin of timestep (day): 29 (run): 5085 0: MPIOM: current date: 2100-06-08 21:45:00 begin of timestep (day): 30 (run): 5086 384: Radiation calculated for : 8. Jun 2100 15:56:15 384: Greenhouse gas concentrations 8. Jun 2100 15:56:15 CO2 = 1134.3178 CH4 = 2416.13 N2O = 391.769 CFC = 51.45 208.85 0: MPIOM: current date: 2100-06-08 22:30:00 begin of timestep (day): 31 (run): 5087 0: MPIOM: current date: 2100-06-08 23:15:00 begin of timestep (day): 32 (run): 5088 0: MPIOM: current date: 2100-06-09 00:00:00 begin of timestep (day): 1 (run): 5089 384: Radiation calculated for : 8. Jun 2100 17:56:15 384: Greenhouse gas concentrations 8. Jun 2100 17:56:15 CO2 = 1134.3209 CH4 = 2416.12 N2O = 391.769 CFC = 51.45 208.85 384: Radiation calculated for : 8. Jun 2100 19:56:15 384: Greenhouse gas concentrations 8. Jun 2100 19:56:15 CO2 = 1134.3240 CH4 = 2416.12 N2O = 391.769 CFC = 51.45 208.85 384: Radiation calculated for : 8. Jun 2100 21:56:15 384: Greenhouse gas concentrations 8. Jun 2100 21:56:15 CO2 = 1134.3271 CH4 = 2416.12 N2O = 391.769 CFC = 51.45 208.85 384: Radiation calculated for : 8. Jun 2100 23:56:15 384: Greenhouse gas concentrations 8. Jun 2100 23:56:15 CO2 = 1134.3303 CH4 = 2416.11 N2O = 391.769 CFC = 51.45 208.85 384: hydrology_model: Water budget change: 5.960464477539062E-008 m3/s 384: hydrology_model: global discharge: 1366391.02281109 m3/s 384: hydrology_model: precip-evap (on ocean): -136035.109328229 m3/s 384: water_budget_corr: P-E correction: -50062.2077355739 m3/s 384: water_budget_corr: slm/slf residuum: 55130.2222195941 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 119.897396945767 m3/s 384: water_budget_corr: awfre corrected: -185977.419666871 m3/s 384: water_budget_corr: river discharge: 1366391.02281109 m3/s 384: water_budget_corr: water to ocean: 1180413.60314421 m3/s 384: Write GRIB1 output for : 8. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.78760829850 , n2 = 801999.999858748 , o2 = 0: 196799.999449967 384: CO2 flux correction (global): 2.857940645882688E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-09 00:45:00 begin of timestep (day): 2 (run): 5090 0: MPIOM: current date: 2100-06-09 01:30:00 begin of timestep (day): 3 (run): 5091 384: Radiation calculated for : 9. Jun 2100 01:56:15 384: Greenhouse gas concentrations 9. Jun 2100 01:56:15 CO2 = 1134.3334 CH4 = 2416.11 N2O = 391.769 CFC = 51.45 208.85 0: MPIOM: current date: 2100-06-09 02:15:00 begin of timestep (day): 4 (run): 5092 0: MPIOM: current date: 2100-06-09 03:00:00 begin of timestep (day): 5 (run): 5093 0: MPIOM: current date: 2100-06-09 03:45:00 begin of timestep (day): 6 (run): 5094 0: MPIOM: current date: 2100-06-09 04:30:00 begin of timestep (day): 7 (run): 5095 384: Radiation calculated for : 9. Jun 2100 03:56:15 384: Greenhouse gas concentrations 9. Jun 2100 03:56:15 CO2 = 1134.3365 CH4 = 2416.11 N2O = 391.769 CFC = 51.45 208.85 0: MPIOM: current date: 2100-06-09 05:15:00 begin of timestep (day): 8 (run): 5096 0: MPIOM: current date: 2100-06-09 06:00:00 begin of timestep (day): 9 (run): 5097 0: MPIOM: current date: 2100-06-09 06:45:00 begin of timestep (day): 10 (run): 5098 384: Radiation calculated for : 9. Jun 2100 05:56:15 0: MPIOM: current date: 2100-06-09 07:30:00 begin of timestep (day): 11 (run): 5099 384: Greenhouse gas concentrations 9. Jun 2100 05:56:15 CO2 = 1134.3396 CH4 = 2416.11 N2O = 391.769 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-09 08:15:00 begin of timestep (day): 12 (run): 5100 0: MPIOM: current date: 2100-06-09 09:00:00 begin of timestep (day): 13 (run): 5101 0: MPIOM: current date: 2100-06-09 09:45:00 begin of timestep (day): 14 (run): 5102 384: Radiation calculated for : 9. Jun 2100 07:56:15 0: MPIOM: current date: 2100-06-09 10:30:00 begin of timestep (day): 15 (run): 5103 384: Greenhouse gas concentrations 9. Jun 2100 07:56:15 CO2 = 1134.3427 CH4 = 2416.10 N2O = 391.769 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-09 11:15:00 begin of timestep (day): 16 (run): 5104 0: MPIOM: current date: 2100-06-09 12:00:00 begin of timestep (day): 17 (run): 5105 0: MPIOM: current date: 2100-06-09 12:45:00 begin of timestep (day): 18 (run): 5106 384: Radiation calculated for : 9. Jun 2100 09:56:15 0: MPIOM: current date: 2100-06-09 13:30:00 begin of timestep (day): 19 (run): 5107 384: Greenhouse gas concentrations 9. Jun 2100 09:56:15 CO2 = 1134.3459 CH4 = 2416.10 N2O = 391.770 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-09 14:15:00 begin of timestep (day): 20 (run): 5108 0: MPIOM: current date: 2100-06-09 15:00:00 begin of timestep (day): 21 (run): 5109 0: MPIOM: current date: 2100-06-09 15:45:00 begin of timestep (day): 22 (run): 5110 384: Radiation calculated for : 9. Jun 2100 11:56:15 384: Greenhouse gas concentrations 9. Jun 2100 11:56:15 CO2 = 1134.3490 CH4 = 2416.10 N2O = 391.770 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-09 16:30:00 begin of timestep (day): 23 (run): 5111 0: MPIOM: current date: 2100-06-09 17:15:00 begin of timestep (day): 24 (run): 5112 0: MPIOM: current date: 2100-06-09 18:00:00 begin of timestep (day): 25 (run): 5113 0: MPIOM: current date: 2100-06-09 18:45:00 begin of timestep (day): 26 (run): 5114 384: Radiation calculated for : 9. Jun 2100 13:56:15 384: Greenhouse gas concentrations 9. Jun 2100 13:56:15 CO2 = 1134.3521 CH4 = 2416.10 N2O = 391.770 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-09 19:30:00 begin of timestep (day): 27 (run): 5115 0: MPIOM: current date: 2100-06-09 20:15:00 begin of timestep (day): 28 (run): 5116 0: MPIOM: current date: 2100-06-09 21:00:00 begin of timestep (day): 29 (run): 5117 0: MPIOM: current date: 2100-06-09 21:45:00 begin of timestep (day): 30 (run): 5118 384: Radiation calculated for : 9. Jun 2100 15:56:15 384: Greenhouse gas concentrations 9. Jun 2100 15:56:15 CO2 = 1134.3552 CH4 = 2416.09 N2O = 391.770 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-09 22:30:00 begin of timestep (day): 31 (run): 5119 0: MPIOM: current date: 2100-06-09 23:15:00 begin of timestep (day): 32 (run): 5120 0: MPIOM: current date: 2100-06-10 00:00:00 begin of timestep (day): 1 (run): 5121 384: Radiation calculated for : 9. Jun 2100 17:56:15 384: Greenhouse gas concentrations 9. Jun 2100 17:56:15 CO2 = 1134.3583 CH4 = 2416.09 N2O = 391.770 CFC = 51.45 208.84 384: Radiation calculated for : 9. Jun 2100 19:56:15 384: Greenhouse gas concentrations 9. Jun 2100 19:56:15 CO2 = 1134.3615 CH4 = 2416.09 N2O = 391.770 CFC = 51.45 208.84 384: Radiation calculated for : 9. Jun 2100 21:56:15 384: Greenhouse gas concentrations 9. Jun 2100 21:56:15 CO2 = 1134.3646 CH4 = 2416.08 N2O = 391.770 CFC = 51.45 208.84 384: Radiation calculated for : 9. Jun 2100 23:56:15 384: Greenhouse gas concentrations 9. Jun 2100 23:56:15 CO2 = 1134.3677 CH4 = 2416.08 N2O = 391.770 CFC = 51.45 208.84 384: hydrology_model: Water budget change: 1.370906829833984E-006 m3/s 384: hydrology_model: global discharge: 1376875.98965019 m3/s 384: hydrology_model: precip-evap (on ocean): -141670.838519832 m3/s 384: water_budget_corr: P-E correction: -54006.7294195141 m3/s 384: water_budget_corr: slm/slf residuum: 68912.6464632796 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -445.076440194927 m3/s 384: water_budget_corr: awfre corrected: -196122.644379541 m3/s 384: water_budget_corr: river discharge: 1376875.98965019 m3/s 384: water_budget_corr: water to ocean: 1180753.34527065 m3/s 384: Write GRIB1 output for : 9. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.69933691925 , n2 = 801999.999867820 , o2 = 0: 196799.999466023 384: CO2 flux correction (global): 1.944071324863117E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-10 00:45:00 begin of timestep (day): 2 (run): 5122 0: MPIOM: current date: 2100-06-10 01:30:00 begin of timestep (day): 3 (run): 5123 384: Radiation calculated for : 10. Jun 2100 01:56:15 384: Greenhouse gas concentrations 10. Jun 2100 01:56:15 CO2 = 1134.3708 CH4 = 2416.08 N2O = 391.770 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-10 02:15:00 begin of timestep (day): 4 (run): 5124 0: MPIOM: current date: 2100-06-10 03:00:00 begin of timestep (day): 5 (run): 5125 0: MPIOM: current date: 2100-06-10 03:45:00 begin of timestep (day): 6 (run): 5126 0: MPIOM: current date: 2100-06-10 04:30:00 begin of timestep (day): 7 (run): 5127 384: Radiation calculated for : 10. Jun 2100 03:56:15 384: Greenhouse gas concentrations 10. Jun 2100 03:56:15 CO2 = 1134.3739 CH4 = 2416.08 N2O = 391.770 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-10 05:15:00 begin of timestep (day): 8 (run): 5128 0: MPIOM: current date: 2100-06-10 06:00:00 begin of timestep (day): 9 (run): 5129 0: MPIOM: current date: 2100-06-10 06:45:00 begin of timestep (day): 10 (run): 5130 0: MPIOM: current date: 2100-06-10 07:30:00 begin of timestep (day): 11 (run): 5131 384: Radiation calculated for : 10. Jun 2100 05:56:15 384: Greenhouse gas concentrations 10. Jun 2100 05:56:15 CO2 = 1134.3770 CH4 = 2416.07 N2O = 391.771 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-10 08:15:00 begin of timestep (day): 12 (run): 5132 0: MPIOM: current date: 2100-06-10 09:00:00 begin of timestep (day): 13 (run): 5133 0: MPIOM: current date: 2100-06-10 09:45:00 begin of timestep (day): 14 (run): 5134 0: MPIOM: current date: 2100-06-10 10:30:00 begin of timestep (day): 15 (run): 5135 384: Radiation calculated for : 10. Jun 2100 07:56:15 384: Greenhouse gas concentrations 10. Jun 2100 07:56:15 CO2 = 1134.3802 CH4 = 2416.07 N2O = 391.771 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-10 11:15:00 begin of timestep (day): 16 (run): 5136 0: MPIOM: current date: 2100-06-10 12:00:00 begin of timestep (day): 17 (run): 5137 0: MPIOM: current date: 2100-06-10 12:45:00 begin of timestep (day): 18 (run): 5138 0: MPIOM: current date: 2100-06-10 13:30:00 begin of timestep (day): 19 (run): 5139 384: Radiation calculated for : 10. Jun 2100 09:56:15 384: Greenhouse gas concentrations 10. Jun 2100 09:56:15 CO2 = 1134.3833 CH4 = 2416.07 N2O = 391.771 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-10 14:15:00 begin of timestep (day): 20 (run): 5140 0: MPIOM: current date: 2100-06-10 15:00:00 begin of timestep (day): 21 (run): 5141 0: MPIOM: current date: 2100-06-10 15:45:00 begin of timestep (day): 22 (run): 5142 0: MPIOM: current date: 2100-06-10 16:30:00 begin of timestep (day): 23 (run): 5143 384: Radiation calculated for : 10. Jun 2100 11:56:15 384: Greenhouse gas concentrations 10. Jun 2100 11:56:15 CO2 = 1134.3864 CH4 = 2416.06 N2O = 391.771 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-10 17:15:00 begin of timestep (day): 24 (run): 5144 0: MPIOM: current date: 2100-06-10 18:00:00 begin of timestep (day): 25 (run): 5145 0: MPIOM: current date: 2100-06-10 18:45:00 begin of timestep (day): 26 (run): 5146 384: Radiation calculated for : 10. Jun 2100 13:56:15 384: Greenhouse gas concentrations 10. Jun 2100 13:56:15 CO2 = 1134.3895 CH4 = 2416.06 N2O = 391.771 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-10 19:30:00 begin of timestep (day): 27 (run): 5147 0: MPIOM: current date: 2100-06-10 20:15:00 begin of timestep (day): 28 (run): 5148 0: MPIOM: current date: 2100-06-10 21:00:00 begin of timestep (day): 29 (run): 5149 0: MPIOM: current date: 2100-06-10 21:45:00 begin of timestep (day): 30 (run): 5150 0: MPIOM: current date: 2100-06-10 22:30:00 begin of timestep (day): 31 (run): 5151 384: Radiation calculated for : 10. Jun 2100 15:56:15 384: Greenhouse gas concentrations 10. Jun 2100 15:56:15 CO2 = 1134.3926 CH4 = 2416.06 N2O = 391.771 CFC = 51.45 208.84 0: MPIOM: current date: 2100-06-10 23:15:00 begin of timestep (day): 32 (run): 5152 0: MPIOM: current date: 2100-06-11 00:00:00 begin of timestep (day): 1 (run): 5153 384: Radiation calculated for : 10. Jun 2100 17:56:15 384: Greenhouse gas concentrations 10. Jun 2100 17:56:15 CO2 = 1134.3958 CH4 = 2416.06 N2O = 391.771 CFC = 51.45 208.83 384: Radiation calculated for : 10. Jun 2100 19:56:15 384: Greenhouse gas concentrations 10. Jun 2100 19:56:15 CO2 = 1134.3989 CH4 = 2416.05 N2O = 391.771 CFC = 51.45 208.83 384: Radiation calculated for : 10. Jun 2100 21:56:15 384: Greenhouse gas concentrations 10. Jun 2100 21:56:15 CO2 = 1134.4020 CH4 = 2416.05 N2O = 391.771 CFC = 51.45 208.83 384: Radiation calculated for : 10. Jun 2100 23:56:15 384: Greenhouse gas concentrations 10. Jun 2100 23:56:15 CO2 = 1134.4051 CH4 = 2416.05 N2O = 391.772 CFC = 51.45 208.83 384: hydrology_model: Water budget change: 1.162290573120117E-006 m3/s 384: hydrology_model: global discharge: 1361300.17304943 m3/s 384: hydrology_model: precip-evap (on ocean): 413688.111788903 m3/s 384: water_budget_corr: P-E correction: -57986.8374821633 m3/s 384: water_budget_corr: slm/slf residuum: 65522.3068926306 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 276.857845259356 m3/s 384: water_budget_corr: awfre corrected: 355978.132151997 m3/s 384: water_budget_corr: river discharge: 1361300.17304943 m3/s 384: water_budget_corr: water to ocean: 1717278.30520142 m3/s 384: Write GRIB1 output for : 10. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.64263128733 , n2 = 801999.999854321 , o2 = 0: 196799.999477578 384: CO2 flux correction (global): 3.494448558829177E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-11 00:45:00 begin of timestep (day): 2 (run): 5154 0: MPIOM: current date: 2100-06-11 01:30:00 begin of timestep (day): 3 (run): 5155 384: Radiation calculated for : 11. Jun 2100 01:56:15 384: Greenhouse gas concentrations 11. Jun 2100 01:56:15 CO2 = 1134.4082 CH4 = 2416.05 N2O = 391.772 CFC = 51.45 208.83 0: MPIOM: current date: 2100-06-11 02:15:00 begin of timestep (day): 4 (run): 5156 0: MPIOM: current date: 2100-06-11 03:00:00 begin of timestep (day): 5 (run): 5157 0: MPIOM: current date: 2100-06-11 03:45:00 begin of timestep (day): 6 (run): 5158 0: MPIOM: current date: 2100-06-11 04:30:00 begin of timestep (day): 7 (run): 5159 384: Radiation calculated for : 11. Jun 2100 03:56:15 384: Greenhouse gas concentrations 11. Jun 2100 03:56:15 CO2 = 1134.4114 CH4 = 2416.04 N2O = 391.772 CFC = 51.45 208.83 0: MPIOM: current date: 2100-06-11 05:15:00 begin of timestep (day): 8 (run): 5160 0: MPIOM: current date: 2100-06-11 06:00:00 begin of timestep (day): 9 (run): 5161 0: MPIOM: current date: 2100-06-11 06:45:00 begin of timestep (day): 10 (run): 5162 0: MPIOM: current date: 2100-06-11 07:30:00 begin of timestep (day): 11 (run): 5163 384: Radiation calculated for : 11. Jun 2100 05:56:15 384: Greenhouse gas concentrations 11. Jun 2100 05:56:15 CO2 = 1134.4145 CH4 = 2416.04 N2O = 391.772 CFC = 51.45 208.83 0: MPIOM: current date: 2100-06-11 08:15:00 begin of timestep (day): 12 (run): 5164 0: MPIOM: current date: 2100-06-11 09:00:00 begin of timestep (day): 13 (run): 5165 0: MPIOM: current date: 2100-06-11 09:45:00 begin of timestep (day): 14 (run): 5166 0: MPIOM: current date: 2100-06-11 10:30:00 begin of timestep (day): 15 (run): 5167 384: Radiation calculated for : 11. Jun 2100 07:56:15 384: Greenhouse gas concentrations 11. Jun 2100 07:56:15 CO2 = 1134.4176 CH4 = 2416.04 N2O = 391.772 CFC = 51.45 208.83 0: MPIOM: current date: 2100-06-11 11:15:00 begin of timestep (day): 16 (run): 5168 0: MPIOM: current date: 2100-06-11 12:00:00 begin of timestep (day): 17 (run): 5169 0: MPIOM: current date: 2100-06-11 12:45:00 begin of timestep (day): 18 (run): 5170 0: MPIOM: current date: 2100-06-11 13:30:00 begin of timestep (day): 19 (run): 5171 384: Radiation calculated for : 11. Jun 2100 09:56:15 384: Greenhouse gas concentrations 11. Jun 2100 09:56:15 CO2 = 1134.4207 CH4 = 2416.03 N2O = 391.772 CFC = 51.45 208.83 0: MPIOM: current date: 2100-06-11 14:15:00 begin of timestep (day): 20 (run): 5172 0: MPIOM: current date: 2100-06-11 15:00:00 begin of timestep (day): 21 (run): 5173 0: MPIOM: current date: 2100-06-11 15:45:00 begin of timestep (day): 22 (run): 5174 384: Radiation calculated for : 11. Jun 2100 11:56:15 384: Greenhouse gas concentrations 11. Jun 2100 11:56:15 CO2 = 1134.4238 CH4 = 2416.03 N2O = 391.772 CFC = 51.45 208.83 0: MPIOM: current date: 2100-06-11 16:30:00 begin of timestep (day): 23 (run): 5175 0: MPIOM: current date: 2100-06-11 17:15:00 begin of timestep (day): 24 (run): 5176 0: MPIOM: current date: 2100-06-11 18:00:00 begin of timestep (day): 25 (run): 5177 0: MPIOM: current date: 2100-06-11 18:45:00 begin of timestep (day): 26 (run): 5178 384: Radiation calculated for : 11. Jun 2100 13:56:15 384: Greenhouse gas concentrations 11. Jun 2100 13:56:15 CO2 = 1134.4269 CH4 = 2416.03 N2O = 391.772 CFC = 51.45 208.83 0: MPIOM: current date: 2100-06-11 19:30:00 begin of timestep (day): 27 (run): 5179 0: MPIOM: current date: 2100-06-11 20:15:00 begin of timestep (day): 28 (run): 5180 0: MPIOM: current date: 2100-06-11 21:00:00 begin of timestep (day): 29 (run): 5181 0: MPIOM: current date: 2100-06-11 21:45:00 begin of timestep (day): 30 (run): 5182 384: Radiation calculated for : 11. Jun 2100 15:56:15 0: MPIOM: current date: 2100-06-11 22:30:00 begin of timestep (day): 31 (run): 5183 384: Greenhouse gas concentrations 11. Jun 2100 15:56:15 CO2 = 1134.4301 CH4 = 2416.03 N2O = 391.772 CFC = 51.45 208.83 0: MPIOM: current date: 2100-06-11 23:15:00 begin of timestep (day): 32 (run): 5184 0: MPIOM: current date: 2100-06-12 00:00:00 begin of timestep (day): 1 (run): 5185 384: Radiation calculated for : 11. Jun 2100 17:56:15 384: Greenhouse gas concentrations 11. Jun 2100 17:56:15 CO2 = 1134.4332 CH4 = 2416.02 N2O = 391.772 CFC = 51.44 208.83 384: Radiation calculated for : 11. Jun 2100 19:56:15 384: Greenhouse gas concentrations 11. Jun 2100 19:56:15 CO2 = 1134.4363 CH4 = 2416.02 N2O = 391.773 CFC = 51.44 208.83 384: Radiation calculated for : 11. Jun 2100 21:56:15 384: Greenhouse gas concentrations 11. Jun 2100 21:56:15 CO2 = 1134.4394 CH4 = 2416.02 N2O = 391.773 CFC = 51.44 208.83 384: Radiation calculated for : 11. Jun 2100 23:56:15 384: Greenhouse gas concentrations 11. Jun 2100 23:56:15 CO2 = 1134.4425 CH4 = 2416.01 N2O = 391.773 CFC = 51.44 208.83 384: hydrology_model: Water budget change: -1.251697540283203E-006 m3/s 384: hydrology_model: global discharge: 1356732.23816463 m3/s 384: hydrology_model: precip-evap (on ocean): 197479.357892887 m3/s 384: water_budget_corr: P-E correction: -79261.6682160802 m3/s 384: water_budget_corr: slm/slf residuum: 42033.7661134899 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 67.1076325114566 m3/s 384: water_budget_corr: awfre corrected: 118284.797309315 m3/s 384: water_budget_corr: river discharge: 1356732.23816463 m3/s 384: water_budget_corr: water to ocean: 1475017.03547394 m3/s 384: Write GRIB1 output for : 11. Jun 2100 23:52:30 0: co2 = 1053.62503384708 , n2 = 801999.999836443 , o2 = 0: 196799.999458425 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.729978806741915E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-12 00:45:00 begin of timestep (day): 2 (run): 5186 0: MPIOM: current date: 2100-06-12 01:30:00 begin of timestep (day): 3 (run): 5187 384: Radiation calculated for : 12. Jun 2100 01:56:15 384: Greenhouse gas concentrations 12. Jun 2100 01:56:15 CO2 = 1134.4457 CH4 = 2416.01 N2O = 391.773 CFC = 51.44 208.83 0: MPIOM: current date: 2100-06-12 02:15:00 begin of timestep (day): 4 (run): 5188 0: MPIOM: current date: 2100-06-12 03:00:00 begin of timestep (day): 5 (run): 5189 0: MPIOM: current date: 2100-06-12 03:45:00 begin of timestep (day): 6 (run): 5190 0: MPIOM: current date: 2100-06-12 04:30:00 begin of timestep (day): 7 (run): 5191 384: Radiation calculated for : 12. Jun 2100 03:56:15 384: Greenhouse gas concentrations 12. Jun 2100 03:56:15 CO2 = 1134.4488 CH4 = 2416.01 N2O = 391.773 CFC = 51.44 208.83 0: MPIOM: current date: 2100-06-12 05:15:00 begin of timestep (day): 8 (run): 5192 0: MPIOM: current date: 2100-06-12 06:00:00 begin of timestep (day): 9 (run): 5193 0: MPIOM: current date: 2100-06-12 06:45:00 begin of timestep (day): 10 (run): 5194 0: MPIOM: current date: 2100-06-12 07:30:00 begin of timestep (day): 11 (run): 5195 384: Radiation calculated for : 12. Jun 2100 05:56:15 384: Greenhouse gas concentrations 12. Jun 2100 05:56:15 CO2 = 1134.4519 CH4 = 2416.01 N2O = 391.773 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-12 08:15:00 begin of timestep (day): 12 (run): 5196 0: MPIOM: current date: 2100-06-12 09:00:00 begin of timestep (day): 13 (run): 5197 0: MPIOM: current date: 2100-06-12 09:45:00 begin of timestep (day): 14 (run): 5198 0: MPIOM: current date: 2100-06-12 10:30:00 begin of timestep (day): 15 (run): 5199 384: Radiation calculated for : 12. Jun 2100 07:56:15 384: Greenhouse gas concentrations 12. Jun 2100 07:56:15 CO2 = 1134.4550 CH4 = 2416.00 N2O = 391.773 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-12 11:15:00 begin of timestep (day): 16 (run): 5200 0: MPIOM: current date: 2100-06-12 12:00:00 begin of timestep (day): 17 (run): 5201 0: MPIOM: current date: 2100-06-12 12:45:00 begin of timestep (day): 18 (run): 5202 0: MPIOM: current date: 2100-06-12 13:30:00 begin of timestep (day): 19 (run): 5203 384: Radiation calculated for : 12. Jun 2100 09:56:15 384: Greenhouse gas concentrations 12. Jun 2100 09:56:15 CO2 = 1134.4581 CH4 = 2416.00 N2O = 391.773 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-12 14:15:00 begin of timestep (day): 20 (run): 5204 0: MPIOM: current date: 2100-06-12 15:00:00 begin of timestep (day): 21 (run): 5205 0: MPIOM: current date: 2100-06-12 15:45:00 begin of timestep (day): 22 (run): 5206 0: MPIOM: current date: 2100-06-12 16:30:00 begin of timestep (day): 23 (run): 5207 384: Radiation calculated for : 12. Jun 2100 11:56:15 384: Greenhouse gas concentrations 12. Jun 2100 11:56:15 CO2 = 1134.4613 CH4 = 2416.00 N2O = 391.773 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-12 17:15:00 begin of timestep (day): 24 (run): 5208 0: MPIOM: current date: 2100-06-12 18:00:00 begin of timestep (day): 25 (run): 5209 0: MPIOM: current date: 2100-06-12 18:45:00 begin of timestep (day): 26 (run): 5210 0: MPIOM: current date: 2100-06-12 19:30:00 begin of timestep (day): 27 (run): 5211 384: Radiation calculated for : 12. Jun 2100 13:56:15 384: Greenhouse gas concentrations 12. Jun 2100 13:56:15 CO2 = 1134.4644 CH4 = 2416.00 N2O = 391.774 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-12 20:15:00 begin of timestep (day): 28 (run): 5212 0: MPIOM: current date: 2100-06-12 21:00:00 begin of timestep (day): 29 (run): 5213 0: MPIOM: current date: 2100-06-12 21:45:00 begin of timestep (day): 30 (run): 5214 0: MPIOM: current date: 2100-06-12 22:30:00 begin of timestep (day): 31 (run): 5215 384: Radiation calculated for : 12. Jun 2100 15:56:15 384: Greenhouse gas concentrations 12. Jun 2100 15:56:15 CO2 = 1134.4675 CH4 = 2415.99 N2O = 391.774 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-12 23:15:00 begin of timestep (day): 32 (run): 5216 0: MPIOM: current date: 2100-06-13 00:00:00 begin of timestep (day): 1 (run): 5217 384: Radiation calculated for : 12. Jun 2100 17:56:15 384: Greenhouse gas concentrations 12. Jun 2100 17:56:15 CO2 = 1134.4706 CH4 = 2415.99 N2O = 391.774 CFC = 51.44 208.82 384: Radiation calculated for : 12. Jun 2100 19:56:15 384: Greenhouse gas concentrations 12. Jun 2100 19:56:15 CO2 = 1134.4737 CH4 = 2415.99 N2O = 391.774 CFC = 51.44 208.82 384: Radiation calculated for : 12. Jun 2100 21:56:15 384: Greenhouse gas concentrations 12. Jun 2100 21:56:15 CO2 = 1134.4768 CH4 = 2415.98 N2O = 391.774 CFC = 51.44 208.82 384: Radiation calculated for : 12. Jun 2100 23:56:15 384: Greenhouse gas concentrations 12. Jun 2100 23:56:15 CO2 = 1134.4800 CH4 = 2415.98 N2O = 391.774 CFC = 51.44 208.82 384: hydrology_model: Water budget change: -8.046627044677734E-007 m3/s 384: hydrology_model: global discharge: 1353691.47241800 m3/s 384: hydrology_model: precip-evap (on ocean): -59592.4989348199 m3/s 384: water_budget_corr: P-E correction: -57681.5032635592 m3/s 384: water_budget_corr: slm/slf residuum: 50251.7863550210 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 41.0239397093226 m3/s 384: water_budget_corr: awfre corrected: -117232.978258668 m3/s 384: water_budget_corr: river discharge: 1353691.47241800 m3/s 384: water_budget_corr: water to ocean: 1236458.49415933 m3/s 384: Write GRIB1 output for : 12. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.271894629610551E-010 kg m-2 s-1 0: co2 = 1053.57310706739 , n2 = 801999.999835062 , o2 = 0: 196799.999427401 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-13 00:45:00 begin of timestep (day): 2 (run): 5218 0: MPIOM: current date: 2100-06-13 01:30:00 begin of timestep (day): 3 (run): 5219 384: Radiation calculated for : 13. Jun 2100 01:56:15 384: Greenhouse gas concentrations 13. Jun 2100 01:56:15 CO2 = 1134.4831 CH4 = 2415.98 N2O = 391.774 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-13 02:15:00 begin of timestep (day): 4 (run): 5220 0: MPIOM: current date: 2100-06-13 03:00:00 begin of timestep (day): 5 (run): 5221 0: MPIOM: current date: 2100-06-13 03:45:00 begin of timestep (day): 6 (run): 5222 0: MPIOM: current date: 2100-06-13 04:30:00 begin of timestep (day): 7 (run): 5223 384: Radiation calculated for : 13. Jun 2100 03:56:15 384: Greenhouse gas concentrations 13. Jun 2100 03:56:15 CO2 = 1134.4862 CH4 = 2415.98 N2O = 391.774 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-13 05:15:00 begin of timestep (day): 8 (run): 5224 0: MPIOM: current date: 2100-06-13 06:00:00 begin of timestep (day): 9 (run): 5225 0: MPIOM: current date: 2100-06-13 06:45:00 begin of timestep (day): 10 (run): 5226 0: MPIOM: current date: 2100-06-13 07:30:00 begin of timestep (day): 11 (run): 5227 384: Radiation calculated for : 13. Jun 2100 05:56:15 384: Greenhouse gas concentrations 13. Jun 2100 05:56:15 CO2 = 1134.4893 CH4 = 2415.97 N2O = 391.774 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-13 08:15:00 begin of timestep (day): 12 (run): 5228 0: MPIOM: current date: 2100-06-13 09:00:00 begin of timestep (day): 13 (run): 5229 0: MPIOM: current date: 2100-06-13 09:45:00 begin of timestep (day): 14 (run): 5230 384: Radiation calculated for : 13. Jun 2100 07:56:15 384: Greenhouse gas concentrations 13. Jun 2100 07:56:15 CO2 = 1134.4924 CH4 = 2415.97 N2O = 391.775 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-13 10:30:00 begin of timestep (day): 15 (run): 5231 0: MPIOM: current date: 2100-06-13 11:15:00 begin of timestep (day): 16 (run): 5232 0: MPIOM: current date: 2100-06-13 12:00:00 begin of timestep (day): 17 (run): 5233 0: MPIOM: current date: 2100-06-13 12:45:00 begin of timestep (day): 18 (run): 5234 384: Radiation calculated for : 13. Jun 2100 09:56:15 384: Greenhouse gas concentrations 13. Jun 2100 09:56:15 CO2 = 1134.4956 CH4 = 2415.97 N2O = 391.775 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-13 13:30:00 begin of timestep (day): 19 (run): 5235 0: MPIOM: current date: 2100-06-13 14:15:00 begin of timestep (day): 20 (run): 5236 0: MPIOM: current date: 2100-06-13 15:00:00 begin of timestep (day): 21 (run): 5237 0: MPIOM: current date: 2100-06-13 15:45:00 begin of timestep (day): 22 (run): 5238 384: Radiation calculated for : 13. Jun 2100 11:56:15 384: Greenhouse gas concentrations 13. Jun 2100 11:56:15 CO2 = 1134.4987 CH4 = 2415.96 N2O = 391.775 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-13 16:30:00 begin of timestep (day): 23 (run): 5239 0: MPIOM: current date: 2100-06-13 17:15:00 begin of timestep (day): 24 (run): 5240 0: MPIOM: current date: 2100-06-13 18:00:00 begin of timestep (day): 25 (run): 5241 0: MPIOM: current date: 2100-06-13 18:45:00 begin of timestep (day): 26 (run): 5242 384: Radiation calculated for : 13. Jun 2100 13:56:15 384: Greenhouse gas concentrations 13. Jun 2100 13:56:15 CO2 = 1134.5018 CH4 = 2415.96 N2O = 391.775 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-13 19:30:00 begin of timestep (day): 27 (run): 5243 0: MPIOM: current date: 2100-06-13 20:15:00 begin of timestep (day): 28 (run): 5244 0: MPIOM: current date: 2100-06-13 21:00:00 begin of timestep (day): 29 (run): 5245 0: MPIOM: current date: 2100-06-13 21:45:00 begin of timestep (day): 30 (run): 5246 384: Radiation calculated for : 13. Jun 2100 15:56:15 384: Greenhouse gas concentrations 13. Jun 2100 15:56:15 CO2 = 1134.5049 CH4 = 2415.96 N2O = 391.775 CFC = 51.44 208.82 0: MPIOM: current date: 2100-06-13 22:30:00 begin of timestep (day): 31 (run): 5247 0: MPIOM: current date: 2100-06-13 23:15:00 begin of timestep (day): 32 (run): 5248 0: MPIOM: current date: 2100-06-14 00:00:00 begin of timestep (day): 1 (run): 5249 384: Radiation calculated for : 13. Jun 2100 17:56:15 384: Greenhouse gas concentrations 13. Jun 2100 17:56:15 CO2 = 1134.5080 CH4 = 2415.96 N2O = 391.775 CFC = 51.44 208.81 384: Radiation calculated for : 13. Jun 2100 19:56:15 384: Greenhouse gas concentrations 13. Jun 2100 19:56:15 CO2 = 1134.5112 CH4 = 2415.95 N2O = 391.775 CFC = 51.44 208.81 384: Radiation calculated for : 13. Jun 2100 21:56:15 384: Greenhouse gas concentrations 13. Jun 2100 21:56:15 CO2 = 1134.5143 CH4 = 2415.95 N2O = 391.775 CFC = 51.44 208.81 384: Radiation calculated for : 13. Jun 2100 23:56:15 384: Greenhouse gas concentrations 13. Jun 2100 23:56:15 CO2 = 1134.5174 CH4 = 2415.95 N2O = 391.775 CFC = 51.44 208.81 384: hydrology_model: Water budget change: 1.549720764160156E-006 m3/s 384: hydrology_model: global discharge: 1341185.70014139 m3/s 384: hydrology_model: precip-evap (on ocean): -118285.423837268 m3/s 384: water_budget_corr: P-E correction: -33390.5698102222 m3/s 384: water_budget_corr: slm/slf residuum: 72777.2274257206 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1295.72375455865 m3/s 384: water_budget_corr: awfre corrected: -150380.269892949 m3/s 384: water_budget_corr: river discharge: 1341185.70014139 m3/s 384: water_budget_corr: water to ocean: 1190805.43024844 m3/s 384: Write GRIB1 output for : 13. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.741905781278569E-010 kg m-2 s-1 0: co2 = 1053.52689893939 , n2 = 801999.999836319 , o2 = 0: 196799.999446837 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-14 00:45:00 begin of timestep (day): 2 (run): 5250 0: MPIOM: current date: 2100-06-14 01:30:00 begin of timestep (day): 3 (run): 5251 384: Radiation calculated for : 14. Jun 2100 01:56:15 384: Greenhouse gas concentrations 14. Jun 2100 01:56:15 CO2 = 1134.5205 CH4 = 2415.95 N2O = 391.775 CFC = 51.44 208.81 0: MPIOM: current date: 2100-06-14 02:15:00 begin of timestep (day): 4 (run): 5252 0: MPIOM: current date: 2100-06-14 03:00:00 begin of timestep (day): 5 (run): 5253 0: MPIOM: current date: 2100-06-14 03:45:00 begin of timestep (day): 6 (run): 5254 0: MPIOM: current date: 2100-06-14 04:30:00 begin of timestep (day): 7 (run): 5255 384: Radiation calculated for : 14. Jun 2100 03:56:15 384: Greenhouse gas concentrations 14. Jun 2100 03:56:15 CO2 = 1134.5236 CH4 = 2415.94 N2O = 391.776 CFC = 51.44 208.81 0: MPIOM: current date: 2100-06-14 05:15:00 begin of timestep (day): 8 (run): 5256 0: MPIOM: current date: 2100-06-14 06:00:00 begin of timestep (day): 9 (run): 5257 0: MPIOM: current date: 2100-06-14 06:45:00 begin of timestep (day): 10 (run): 5258 0: MPIOM: current date: 2100-06-14 07:30:00 begin of timestep (day): 11 (run): 5259 384: Radiation calculated for : 14. Jun 2100 05:56:15 0: MPIOM: current date: 2100-06-14 08:15:00 begin of timestep (day): 12 (run): 5260 384: Greenhouse gas concentrations 14. Jun 2100 05:56:15 CO2 = 1134.5267 CH4 = 2415.94 N2O = 391.776 CFC = 51.44 208.81 0: MPIOM: current date: 2100-06-14 09:00:00 begin of timestep (day): 13 (run): 5261 0: MPIOM: current date: 2100-06-14 09:45:00 begin of timestep (day): 14 (run): 5262 0: MPIOM: current date: 2100-06-14 10:30:00 begin of timestep (day): 15 (run): 5263 0: MPIOM: current date: 2100-06-14 11:15:00 begin of timestep (day): 16 (run): 5264 384: Radiation calculated for : 14. Jun 2100 07:56:15 384: Greenhouse gas concentrations 14. Jun 2100 07:56:15 CO2 = 1134.5299 CH4 = 2415.94 N2O = 391.776 CFC = 51.44 208.81 0: MPIOM: current date: 2100-06-14 12:00:00 begin of timestep (day): 17 (run): 5265 0: MPIOM: current date: 2100-06-14 12:45:00 begin of timestep (day): 18 (run): 5266 0: MPIOM: current date: 2100-06-14 13:30:00 begin of timestep (day): 19 (run): 5267 384: Radiation calculated for : 14. Jun 2100 09:56:15 384: Greenhouse gas concentrations 14. Jun 2100 09:56:15 CO2 = 1134.5330 CH4 = 2415.93 N2O = 391.776 CFC = 51.44 208.81 0: MPIOM: current date: 2100-06-14 14:15:00 begin of timestep (day): 20 (run): 5268 0: MPIOM: current date: 2100-06-14 15:00:00 begin of timestep (day): 21 (run): 5269 0: MPIOM: current date: 2100-06-14 15:45:00 begin of timestep (day): 22 (run): 5270 0: MPIOM: current date: 2100-06-14 16:30:00 begin of timestep (day): 23 (run): 5271 384: Radiation calculated for : 14. Jun 2100 11:56:15 384: Greenhouse gas concentrations 14. Jun 2100 11:56:15 CO2 = 1134.5361 CH4 = 2415.93 N2O = 391.776 CFC = 51.44 208.81 0: MPIOM: current date: 2100-06-14 17:15:00 begin of timestep (day): 24 (run): 5272 0: MPIOM: current date: 2100-06-14 18:00:00 begin of timestep (day): 25 (run): 5273 0: MPIOM: current date: 2100-06-14 18:45:00 begin of timestep (day): 26 (run): 5274 0: MPIOM: current date: 2100-06-14 19:30:00 begin of timestep (day): 27 (run): 5275 384: Radiation calculated for : 14. Jun 2100 13:56:15 384: Greenhouse gas concentrations 14. Jun 2100 13:56:15 CO2 = 1134.5392 CH4 = 2415.93 N2O = 391.776 CFC = 51.44 208.81 0: MPIOM: current date: 2100-06-14 20:15:00 begin of timestep (day): 28 (run): 5276 0: MPIOM: current date: 2100-06-14 21:00:00 begin of timestep (day): 29 (run): 5277 0: MPIOM: current date: 2100-06-14 21:45:00 begin of timestep (day): 30 (run): 5278 0: MPIOM: current date: 2100-06-14 22:30:00 begin of timestep (day): 31 (run): 5279 384: Radiation calculated for : 14. Jun 2100 15:56:15 384: Greenhouse gas concentrations 14. Jun 2100 15:56:15 CO2 = 1134.5423 CH4 = 2415.93 N2O = 391.776 CFC = 51.44 208.81 0: MPIOM: current date: 2100-06-14 23:15:00 begin of timestep (day): 32 (run): 5280 0: MPIOM: current date: 2100-06-15 00:00:00 begin of timestep (day): 1 (run): 5281 384: Radiation calculated for : 14. Jun 2100 17:56:15 384: Greenhouse gas concentrations 14. Jun 2100 17:56:15 CO2 = 1134.5455 CH4 = 2415.92 N2O = 391.776 CFC = 51.44 208.81 384: Radiation calculated for : 14. Jun 2100 19:56:15 384: Greenhouse gas concentrations 14. Jun 2100 19:56:15 CO2 = 1134.5486 CH4 = 2415.92 N2O = 391.776 CFC = 51.44 208.81 384: Radiation calculated for : 14. Jun 2100 21:56:15 384: Greenhouse gas concentrations 14. Jun 2100 21:56:15 CO2 = 1134.5517 CH4 = 2415.92 N2O = 391.777 CFC = 51.44 208.81 384: Radiation calculated for : 14. Jun 2100 23:56:15 384: Greenhouse gas concentrations 14. Jun 2100 23:56:15 CO2 = 1134.5548 CH4 = 2415.91 N2O = 391.777 CFC = 51.43 208.81 384: hydrology_model: Water budget change: -2.980232238769531E-007 m3/s 384: hydrology_model: global discharge: 1384853.67363840 m3/s 384: hydrology_model: precip-evap (on ocean): -940005.744886312 m3/s 384: water_budget_corr: P-E correction: 11304.8487438318 m3/s 384: water_budget_corr: slm/slf residuum: 22128.3977833218 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 457.253345930592 m3/s 384: water_budget_corr: awfre corrected: -928243.642796549 m3/s 384: water_budget_corr: river discharge: 1384853.67363840 m3/s 384: water_budget_corr: water to ocean: 456610.030841842 m3/s 384: Write GRIB1 output for : 14. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.315524596614003E-010 kg m-2 s-1 0: co2 = 1053.46989950091 , n2 = 801999.999838945 , o2 = 0: 196799.999483201 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-15 00:45:00 begin of timestep (day): 2 (run): 5282 0: MPIOM: current date: 2100-06-15 01:30:00 begin of timestep (day): 3 (run): 5283 384: Radiation calculated for : 15. Jun 2100 01:56:15 384: Greenhouse gas concentrations 15. Jun 2100 01:56:15 CO2 = 1134.5579 CH4 = 2415.91 N2O = 391.777 CFC = 51.43 208.81 0: MPIOM: current date: 2100-06-15 02:15:00 begin of timestep (day): 4 (run): 5284 0: MPIOM: current date: 2100-06-15 03:00:00 begin of timestep (day): 5 (run): 5285 0: MPIOM: current date: 2100-06-15 03:45:00 begin of timestep (day): 6 (run): 5286 0: MPIOM: current date: 2100-06-15 04:30:00 begin of timestep (day): 7 (run): 5287 384: Radiation calculated for : 15. Jun 2100 03:56:15 384: Greenhouse gas concentrations 15. Jun 2100 03:56:15 CO2 = 1134.5611 CH4 = 2415.91 N2O = 391.777 CFC = 51.43 208.81 0: MPIOM: current date: 2100-06-15 05:15:00 begin of timestep (day): 8 (run): 5288 0: MPIOM: current date: 2100-06-15 06:00:00 begin of timestep (day): 9 (run): 5289 0: MPIOM: current date: 2100-06-15 06:45:00 begin of timestep (day): 10 (run): 5290 0: MPIOM: current date: 2100-06-15 07:30:00 begin of timestep (day): 11 (run): 5291 384: Radiation calculated for : 15. Jun 2100 05:56:15 384: Greenhouse gas concentrations 15. Jun 2100 05:56:15 CO2 = 1134.5642 CH4 = 2415.91 N2O = 391.777 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-15 08:15:00 begin of timestep (day): 12 (run): 5292 0: MPIOM: current date: 2100-06-15 09:00:00 begin of timestep (day): 13 (run): 5293 0: MPIOM: current date: 2100-06-15 09:45:00 begin of timestep (day): 14 (run): 5294 0: MPIOM: current date: 2100-06-15 10:30:00 begin of timestep (day): 15 (run): 5295 384: Radiation calculated for : 15. Jun 2100 07:56:15 384: Greenhouse gas concentrations 15. Jun 2100 07:56:15 CO2 = 1134.5673 CH4 = 2415.90 N2O = 391.777 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-15 11:15:00 begin of timestep (day): 16 (run): 5296 0: MPIOM: current date: 2100-06-15 12:00:00 begin of timestep (day): 17 (run): 5297 0: MPIOM: current date: 2100-06-15 12:45:00 begin of timestep (day): 18 (run): 5298 0: MPIOM: current date: 2100-06-15 13:30:00 begin of timestep (day): 19 (run): 5299 384: Radiation calculated for : 15. Jun 2100 09:56:15 384: Greenhouse gas concentrations 15. Jun 2100 09:56:15 CO2 = 1134.5704 CH4 = 2415.90 N2O = 391.777 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-15 14:15:00 begin of timestep (day): 20 (run): 5300 0: MPIOM: current date: 2100-06-15 15:00:00 begin of timestep (day): 21 (run): 5301 0: MPIOM: current date: 2100-06-15 15:45:00 begin of timestep (day): 22 (run): 5302 0: MPIOM: current date: 2100-06-15 16:30:00 begin of timestep (day): 23 (run): 5303 384: Radiation calculated for : 15. Jun 2100 11:56:15 384: Greenhouse gas concentrations 15. Jun 2100 11:56:15 CO2 = 1134.5735 CH4 = 2415.90 N2O = 391.777 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-15 17:15:00 begin of timestep (day): 24 (run): 5304 0: MPIOM: current date: 2100-06-15 18:00:00 begin of timestep (day): 25 (run): 5305 0: MPIOM: current date: 2100-06-15 18:45:00 begin of timestep (day): 26 (run): 5306 0: MPIOM: current date: 2100-06-15 19:30:00 begin of timestep (day): 27 (run): 5307 384: Radiation calculated for : 15. Jun 2100 13:56:15 384: Greenhouse gas concentrations 15. Jun 2100 13:56:15 CO2 = 1134.5766 CH4 = 2415.89 N2O = 391.777 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-15 20:15:00 begin of timestep (day): 28 (run): 5308 0: MPIOM: current date: 2100-06-15 21:00:00 begin of timestep (day): 29 (run): 5309 0: MPIOM: current date: 2100-06-15 21:45:00 begin of timestep (day): 30 (run): 5310 384: Radiation calculated for : 15. Jun 2100 15:56:15 0: MPIOM: current date: 2100-06-15 22:30:00 begin of timestep (day): 31 (run): 5311 384: Greenhouse gas concentrations 15. Jun 2100 15:56:15 CO2 = 1134.5798 CH4 = 2415.89 N2O = 391.777 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-15 23:15:00 begin of timestep (day): 32 (run): 5312 0: MPIOM: current date: 2100-06-16 00:00:00 begin of timestep (day): 1 (run): 5313 384: Radiation calculated for : 15. Jun 2100 17:56:15 384: Greenhouse gas concentrations 15. Jun 2100 17:56:15 CO2 = 1134.5829 CH4 = 2415.89 N2O = 391.778 CFC = 51.43 208.80 384: Radiation calculated for : 15. Jun 2100 19:56:15 384: Greenhouse gas concentrations 15. Jun 2100 19:56:15 CO2 = 1134.5860 CH4 = 2415.89 N2O = 391.778 CFC = 51.43 208.80 384: Radiation calculated for : 15. Jun 2100 21:56:15 384: Greenhouse gas concentrations 15. Jun 2100 21:56:15 CO2 = 1134.5891 CH4 = 2415.88 N2O = 391.778 CFC = 51.43 208.80 384: Radiation calculated for : 15. Jun 2100 23:56:15 384: Greenhouse gas concentrations 15. Jun 2100 23:56:15 CO2 = 1134.5922 CH4 = 2415.88 N2O = 391.778 CFC = 51.43 208.80 384: hydrology_model: Water budget change: -1.370906829833984E-006 m3/s 384: hydrology_model: global discharge: 1353144.23683199 m3/s 384: hydrology_model: precip-evap (on ocean): -1298390.44947511 m3/s 384: water_budget_corr: P-E correction: -22684.5285743494 m3/s 384: water_budget_corr: slm/slf residuum: 6876.86436328713 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 677.745416503038 m3/s 384: water_budget_corr: awfre corrected: -1320397.23263297 m3/s 384: water_budget_corr: river discharge: 1353144.23683199 m3/s 384: water_budget_corr: water to ocean: 32747.0041990310 m3/s 384: Write GRIB1 output for : 15. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.620501021381096E-010 kg m-2 s-1 0: co2 = 1053.40946436593 , n2 = 801999.999859547 , o2 = 0: 196799.999534954 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-16 00:45:00 begin of timestep (day): 2 (run): 5314 0: MPIOM: current date: 2100-06-16 01:30:00 begin of timestep (day): 3 (run): 5315 384: Radiation calculated for : 16. Jun 2100 01:56:15 384: Greenhouse gas concentrations 16. Jun 2100 01:56:15 CO2 = 1134.5954 CH4 = 2415.88 N2O = 391.778 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-16 02:15:00 begin of timestep (day): 4 (run): 5316 0: MPIOM: current date: 2100-06-16 03:00:00 begin of timestep (day): 5 (run): 5317 0: MPIOM: current date: 2100-06-16 03:45:00 begin of timestep (day): 6 (run): 5318 0: MPIOM: current date: 2100-06-16 04:30:00 begin of timestep (day): 7 (run): 5319 384: Radiation calculated for : 16. Jun 2100 03:56:15 384: Greenhouse gas concentrations 16. Jun 2100 03:56:15 CO2 = 1134.5985 CH4 = 2415.88 N2O = 391.778 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-16 05:15:00 begin of timestep (day): 8 (run): 5320 0: MPIOM: current date: 2100-06-16 06:00:00 begin of timestep (day): 9 (run): 5321 0: MPIOM: current date: 2100-06-16 06:45:00 begin of timestep (day): 10 (run): 5322 0: MPIOM: current date: 2100-06-16 07:30:00 begin of timestep (day): 11 (run): 5323 384: Radiation calculated for : 16. Jun 2100 05:56:15 384: Greenhouse gas concentrations 16. Jun 2100 05:56:15 CO2 = 1134.6016 CH4 = 2415.87 N2O = 391.778 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-16 08:15:00 begin of timestep (day): 12 (run): 5324 0: MPIOM: current date: 2100-06-16 09:00:00 begin of timestep (day): 13 (run): 5325 0: MPIOM: current date: 2100-06-16 09:45:00 begin of timestep (day): 14 (run): 5326 0: MPIOM: current date: 2100-06-16 10:30:00 begin of timestep (day): 15 (run): 5327 384: Radiation calculated for : 16. Jun 2100 07:56:15 384: Greenhouse gas concentrations 16. Jun 2100 07:56:15 CO2 = 1134.6047 CH4 = 2415.87 N2O = 391.778 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-16 11:15:00 begin of timestep (day): 16 (run): 5328 0: MPIOM: current date: 2100-06-16 12:00:00 begin of timestep (day): 17 (run): 5329 0: MPIOM: current date: 2100-06-16 12:45:00 begin of timestep (day): 18 (run): 5330 0: MPIOM: current date: 2100-06-16 13:30:00 begin of timestep (day): 19 (run): 5331 384: Radiation calculated for : 16. Jun 2100 09:56:15 384: Greenhouse gas concentrations 16. Jun 2100 09:56:15 CO2 = 1134.6078 CH4 = 2415.87 N2O = 391.778 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-16 14:15:00 begin of timestep (day): 20 (run): 5332 0: MPIOM: current date: 2100-06-16 15:00:00 begin of timestep (day): 21 (run): 5333 0: MPIOM: current date: 2100-06-16 15:45:00 begin of timestep (day): 22 (run): 5334 0: MPIOM: current date: 2100-06-16 16:30:00 begin of timestep (day): 23 (run): 5335 384: Radiation calculated for : 16. Jun 2100 11:56:15 384: Greenhouse gas concentrations 16. Jun 2100 11:56:15 CO2 = 1134.6110 CH4 = 2415.86 N2O = 391.779 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-16 17:15:00 begin of timestep (day): 24 (run): 5336 0: MPIOM: current date: 2100-06-16 18:00:00 begin of timestep (day): 25 (run): 5337 0: MPIOM: current date: 2100-06-16 18:45:00 begin of timestep (day): 26 (run): 5338 0: MPIOM: current date: 2100-06-16 19:30:00 begin of timestep (day): 27 (run): 5339 384: Radiation calculated for : 16. Jun 2100 13:56:15 384: Greenhouse gas concentrations 16. Jun 2100 13:56:15 CO2 = 1134.6141 CH4 = 2415.86 N2O = 391.779 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-16 20:15:00 begin of timestep (day): 28 (run): 5340 0: MPIOM: current date: 2100-06-16 21:00:00 begin of timestep (day): 29 (run): 5341 0: MPIOM: current date: 2100-06-16 21:45:00 begin of timestep (day): 30 (run): 5342 0: MPIOM: current date: 2100-06-16 22:30:00 begin of timestep (day): 31 (run): 5343 384: Radiation calculated for : 16. Jun 2100 15:56:15 384: Greenhouse gas concentrations 16. Jun 2100 15:56:15 CO2 = 1134.6172 CH4 = 2415.86 N2O = 391.779 CFC = 51.43 208.80 0: MPIOM: current date: 2100-06-16 23:15:00 begin of timestep (day): 32 (run): 5344 0: MPIOM: current date: 2100-06-17 00:00:00 begin of timestep (day): 1 (run): 5345 384: Radiation calculated for : 16. Jun 2100 17:56:15 384: Greenhouse gas concentrations 16. Jun 2100 17:56:15 CO2 = 1134.6203 CH4 = 2415.86 N2O = 391.779 CFC = 51.43 208.79 384: Radiation calculated for : 16. Jun 2100 19:56:15 384: Greenhouse gas concentrations 16. Jun 2100 19:56:15 CO2 = 1134.6234 CH4 = 2415.85 N2O = 391.779 CFC = 51.43 208.79 384: Radiation calculated for : 16. Jun 2100 21:56:15 384: Greenhouse gas concentrations 16. Jun 2100 21:56:15 CO2 = 1134.6265 CH4 = 2415.85 N2O = 391.779 CFC = 51.43 208.79 384: Radiation calculated for : 16. Jun 2100 23:56:15 384: Greenhouse gas concentrations 16. Jun 2100 23:56:15 CO2 = 1134.6297 CH4 = 2415.85 N2O = 391.779 CFC = 51.43 208.79 384: hydrology_model: Water budget change: -1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 1335339.73037825 m3/s 384: hydrology_model: precip-evap (on ocean): -1211799.75486221 m3/s 384: water_budget_corr: P-E correction: 9091.60425041799 m3/s 384: water_budget_corr: slm/slf residuum: 10345.7697001044 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -682.629923003969 m3/s 384: water_budget_corr: awfre corrected: -1203390.78053480 m3/s 384: water_budget_corr: river discharge: 1335339.73037825 m3/s 384: water_budget_corr: water to ocean: 131948.949843445 m3/s 384: Write GRIB1 output for : 16. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.41964984034 , n2 = 801999.999836664 , o2 = 0: 196799.999559256 384: CO2 flux correction (global): 4.064134234285372E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-17 00:45:00 begin of timestep (day): 2 (run): 5346 384: 2100-06-17 00h: Read: Valid: 2100-07-16 12h: lightning_frq (lightning.nc, 7), avg = 0.0000 0: MPIOM: current date: 2100-06-17 01:30:00 begin of timestep (day): 3 (run): 5347 384: Radiation calculated for : 17. Jun 2100 01:56:15 0: MPIOM: current date: 2100-06-17 02:15:00 begin of timestep (day): 4 (run): 5348 384: Greenhouse gas concentrations 17. Jun 2100 01:56:15 CO2 = 1134.6328 CH4 = 2415.84 N2O = 391.779 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-17 03:00:00 begin of timestep (day): 5 (run): 5349 0: MPIOM: current date: 2100-06-17 03:45:00 begin of timestep (day): 6 (run): 5350 0: MPIOM: current date: 2100-06-17 04:30:00 begin of timestep (day): 7 (run): 5351 384: Radiation calculated for : 17. Jun 2100 03:56:15 384: Greenhouse gas concentrations 17. Jun 2100 03:56:15 CO2 = 1134.6359 CH4 = 2415.84 N2O = 391.779 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-17 05:15:00 begin of timestep (day): 8 (run): 5352 0: MPIOM: current date: 2100-06-17 06:00:00 begin of timestep (day): 9 (run): 5353 0: MPIOM: current date: 2100-06-17 06:45:00 begin of timestep (day): 10 (run): 5354 0: MPIOM: current date: 2100-06-17 07:30:00 begin of timestep (day): 11 (run): 5355 384: Radiation calculated for : 17. Jun 2100 05:56:15 384: Greenhouse gas concentrations 17. Jun 2100 05:56:15 CO2 = 1134.6390 CH4 = 2415.84 N2O = 391.780 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-17 08:15:00 begin of timestep (day): 12 (run): 5356 0: MPIOM: current date: 2100-06-17 09:00:00 begin of timestep (day): 13 (run): 5357 0: MPIOM: current date: 2100-06-17 09:45:00 begin of timestep (day): 14 (run): 5358 0: MPIOM: current date: 2100-06-17 10:30:00 begin of timestep (day): 15 (run): 5359 384: Radiation calculated for : 17. Jun 2100 07:56:15 384: Greenhouse gas concentrations 17. Jun 2100 07:56:15 CO2 = 1134.6421 CH4 = 2415.84 N2O = 391.780 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-17 11:15:00 begin of timestep (day): 16 (run): 5360 0: MPIOM: current date: 2100-06-17 12:00:00 begin of timestep (day): 17 (run): 5361 0: MPIOM: current date: 2100-06-17 12:45:00 begin of timestep (day): 18 (run): 5362 0: MPIOM: current date: 2100-06-17 13:30:00 begin of timestep (day): 19 (run): 5363 384: Radiation calculated for : 17. Jun 2100 09:56:15 384: Greenhouse gas concentrations 17. Jun 2100 09:56:15 CO2 = 1134.6453 CH4 = 2415.83 N2O = 391.780 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-17 14:15:00 begin of timestep (day): 20 (run): 5364 0: MPIOM: current date: 2100-06-17 15:00:00 begin of timestep (day): 21 (run): 5365 0: MPIOM: current date: 2100-06-17 15:45:00 begin of timestep (day): 22 (run): 5366 0: MPIOM: current date: 2100-06-17 16:30:00 begin of timestep (day): 23 (run): 5367 384: Radiation calculated for : 17. Jun 2100 11:56:15 384: Greenhouse gas concentrations 17. Jun 2100 11:56:15 CO2 = 1134.6484 CH4 = 2415.83 N2O = 391.780 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-17 17:15:00 begin of timestep (day): 24 (run): 5368 0: MPIOM: current date: 2100-06-17 18:00:00 begin of timestep (day): 25 (run): 5369 0: MPIOM: current date: 2100-06-17 18:45:00 begin of timestep (day): 26 (run): 5370 0: MPIOM: current date: 2100-06-17 19:30:00 begin of timestep (day): 27 (run): 5371 384: Radiation calculated for : 17. Jun 2100 13:56:15 384: Greenhouse gas concentrations 17. Jun 2100 13:56:15 CO2 = 1134.6515 CH4 = 2415.83 N2O = 391.780 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-17 20:15:00 begin of timestep (day): 28 (run): 5372 0: MPIOM: current date: 2100-06-17 21:00:00 begin of timestep (day): 29 (run): 5373 0: MPIOM: current date: 2100-06-17 21:45:00 begin of timestep (day): 30 (run): 5374 0: MPIOM: current date: 2100-06-17 22:30:00 begin of timestep (day): 31 (run): 5375 384: Radiation calculated for : 17. Jun 2100 15:56:15 384: Greenhouse gas concentrations 17. Jun 2100 15:56:15 CO2 = 1134.6546 CH4 = 2415.83 N2O = 391.780 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-17 23:15:00 begin of timestep (day): 32 (run): 5376 0: MPIOM: current date: 2100-06-18 00:00:00 begin of timestep (day): 1 (run): 5377 384: Radiation calculated for : 17. Jun 2100 17:56:15 384: Greenhouse gas concentrations 17. Jun 2100 17:56:15 CO2 = 1134.6577 CH4 = 2415.82 N2O = 391.780 CFC = 51.43 208.79 384: Radiation calculated for : 17. Jun 2100 19:56:15 384: Greenhouse gas concentrations 17. Jun 2100 19:56:15 CO2 = 1134.6608 CH4 = 2415.82 N2O = 391.780 CFC = 51.43 208.79 828: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 43.8334585789513 , lon 277.500000000000 , lev 44 384: Radiation calculated for : 17. Jun 2100 21:56:15 384: Greenhouse gas concentrations 17. Jun 2100 21:56:15 CO2 = 1134.6640 CH4 = 2415.82 N2O = 391.780 CFC = 51.43 208.79 384: Radiation calculated for : 17. Jun 2100 23:56:15 384: Greenhouse gas concentrations 17. Jun 2100 23:56:15 CO2 = 1134.6671 CH4 = 2415.81 N2O = 391.780 CFC = 51.43 208.79 384: hydrology_model: Water budget change: -1.490116119384766E-007 m3/s 384: hydrology_model: global discharge: 1335791.60039414 m3/s 384: hydrology_model: precip-evap (on ocean): -1336399.45845687 m3/s 384: water_budget_corr: P-E correction: 19106.8767263085 m3/s 384: water_budget_corr: slm/slf residuum: 22652.8161018566 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 11.0727243816494 m3/s 384: water_budget_corr: awfre corrected: -1317281.50900618 m3/s 384: water_budget_corr: river discharge: 1335791.60039414 m3/s 384: water_budget_corr: water to ocean: 18510.0913879660 m3/s 384: Write GRIB1 output for : 17. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.261630119093600E-010 kg m-2 s-1 0: co2 = 1053.47996356681 , n2 = 801999.999757395 , o2 = 0: 196799.999375199 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-18 00:45:00 begin of timestep (day): 2 (run): 5378 0: MPIOM: current date: 2100-06-18 01:30:00 begin of timestep (day): 3 (run): 5379 384: Radiation calculated for : 18. Jun 2100 01:56:15 384: Greenhouse gas concentrations 18. Jun 2100 01:56:15 CO2 = 1134.6702 CH4 = 2415.81 N2O = 391.781 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-18 02:15:00 begin of timestep (day): 4 (run): 5380 0: MPIOM: current date: 2100-06-18 03:00:00 begin of timestep (day): 5 (run): 5381 0: MPIOM: current date: 2100-06-18 03:45:00 begin of timestep (day): 6 (run): 5382 0: MPIOM: current date: 2100-06-18 04:30:00 begin of timestep (day): 7 (run): 5383 384: Radiation calculated for : 18. Jun 2100 03:56:15 384: Greenhouse gas concentrations 18. Jun 2100 03:56:15 CO2 = 1134.6733 CH4 = 2415.81 N2O = 391.781 CFC = 51.43 208.79 0: MPIOM: current date: 2100-06-18 05:15:00 begin of timestep (day): 8 (run): 5384 0: MPIOM: current date: 2100-06-18 06:00:00 begin of timestep (day): 9 (run): 5385 0: MPIOM: current date: 2100-06-18 06:45:00 begin of timestep (day): 10 (run): 5386 0: MPIOM: current date: 2100-06-18 07:30:00 begin of timestep (day): 11 (run): 5387 384: Radiation calculated for : 18. Jun 2100 05:56:15 384: Greenhouse gas concentrations 18. Jun 2100 05:56:15 CO2 = 1134.6764 CH4 = 2415.81 N2O = 391.781 CFC = 51.43 208.78 0: MPIOM: current date: 2100-06-18 08:15:00 begin of timestep (day): 12 (run): 5388 0: MPIOM: current date: 2100-06-18 09:00:00 begin of timestep (day): 13 (run): 5389 0: MPIOM: current date: 2100-06-18 09:45:00 begin of timestep (day): 14 (run): 5390 0: MPIOM: current date: 2100-06-18 10:30:00 begin of timestep (day): 15 (run): 5391 384: Radiation calculated for : 18. Jun 2100 07:56:15 384: Greenhouse gas concentrations 18. Jun 2100 07:56:15 CO2 = 1134.6796 CH4 = 2415.80 N2O = 391.781 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-18 11:15:00 begin of timestep (day): 16 (run): 5392 0: MPIOM: current date: 2100-06-18 12:00:00 begin of timestep (day): 17 (run): 5393 0: MPIOM: current date: 2100-06-18 12:45:00 begin of timestep (day): 18 (run): 5394 0: MPIOM: current date: 2100-06-18 13:30:00 begin of timestep (day): 19 (run): 5395 384: Radiation calculated for : 18. Jun 2100 09:56:15 384: Greenhouse gas concentrations 18. Jun 2100 09:56:15 CO2 = 1134.6827 CH4 = 2415.80 N2O = 391.781 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-18 14:15:00 begin of timestep (day): 20 (run): 5396 0: MPIOM: current date: 2100-06-18 15:00:00 begin of timestep (day): 21 (run): 5397 0: MPIOM: current date: 2100-06-18 15:45:00 begin of timestep (day): 22 (run): 5398 0: MPIOM: current date: 2100-06-18 16:30:00 begin of timestep (day): 23 (run): 5399 384: Radiation calculated for : 18. Jun 2100 11:56:15 384: Greenhouse gas concentrations 18. Jun 2100 11:56:15 CO2 = 1134.6858 CH4 = 2415.80 N2O = 391.781 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-18 17:15:00 begin of timestep (day): 24 (run): 5400 0: MPIOM: current date: 2100-06-18 18:00:00 begin of timestep (day): 25 (run): 5401 0: MPIOM: current date: 2100-06-18 18:45:00 begin of timestep (day): 26 (run): 5402 384: Radiation calculated for : 18. Jun 2100 13:56:15 0: MPIOM: current date: 2100-06-18 19:30:00 begin of timestep (day): 27 (run): 5403 384: Greenhouse gas concentrations 18. Jun 2100 13:56:15 CO2 = 1134.6889 CH4 = 2415.79 N2O = 391.781 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-18 20:15:00 begin of timestep (day): 28 (run): 5404 0: MPIOM: current date: 2100-06-18 21:00:00 begin of timestep (day): 29 (run): 5405 0: MPIOM: current date: 2100-06-18 21:45:00 begin of timestep (day): 30 (run): 5406 0: MPIOM: current date: 2100-06-18 22:30:00 begin of timestep (day): 31 (run): 5407 384: Radiation calculated for : 18. Jun 2100 15:56:15 384: Greenhouse gas concentrations 18. Jun 2100 15:56:15 CO2 = 1134.6920 CH4 = 2415.79 N2O = 391.781 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-18 23:15:00 begin of timestep (day): 32 (run): 5408 0: MPIOM: current date: 2100-06-19 00:00:00 begin of timestep (day): 1 (run): 5409 384: Radiation calculated for : 18. Jun 2100 17:56:15 384: Greenhouse gas concentrations 18. Jun 2100 17:56:15 CO2 = 1134.6952 CH4 = 2415.79 N2O = 391.781 CFC = 51.42 208.78 384: Radiation calculated for : 18. Jun 2100 19:56:15 384: Greenhouse gas concentrations 18. Jun 2100 19:56:15 CO2 = 1134.6983 CH4 = 2415.79 N2O = 391.782 CFC = 51.42 208.78 384: Radiation calculated for : 18. Jun 2100 21:56:15 384: Greenhouse gas concentrations 18. Jun 2100 21:56:15 CO2 = 1134.7014 CH4 = 2415.78 N2O = 391.782 CFC = 51.42 208.78 384: Radiation calculated for : 18. Jun 2100 23:56:15 384: Greenhouse gas concentrations 18. Jun 2100 23:56:15 CO2 = 1134.7045 CH4 = 2415.78 N2O = 391.782 CFC = 51.42 208.78 384: hydrology_model: Water budget change: 1.519918441772461E-006 m3/s 384: hydrology_model: global discharge: 1292521.30302376 m3/s 384: hydrology_model: precip-evap (on ocean): -989407.775519373 m3/s 384: water_budget_corr: P-E correction: 7814.72191575577 m3/s 384: water_budget_corr: slm/slf residuum: 56933.0402697943 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -721.648453010745 m3/s 384: water_budget_corr: awfre corrected: -982314.702056635 m3/s 384: water_budget_corr: river discharge: 1292521.30302376 m3/s 384: water_budget_corr: water to ocean: 310206.600967117 m3/s 384: Write GRIB1 output for : 18. Jun 2100 23:52:30 0: co2 = 1053.57415824130 , n2 = 801999.999755557 , o2 = 0: 196799.999287111 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.281263696760295E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-19 00:45:00 begin of timestep (day): 2 (run): 5410 0: MPIOM: current date: 2100-06-19 01:30:00 begin of timestep (day): 3 (run): 5411 384: Radiation calculated for : 19. Jun 2100 01:56:15 384: Greenhouse gas concentrations 19. Jun 2100 01:56:15 CO2 = 1134.7076 CH4 = 2415.78 N2O = 391.782 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-19 02:15:00 begin of timestep (day): 4 (run): 5412 0: MPIOM: current date: 2100-06-19 03:00:00 begin of timestep (day): 5 (run): 5413 0: MPIOM: current date: 2100-06-19 03:45:00 begin of timestep (day): 6 (run): 5414 0: MPIOM: current date: 2100-06-19 04:30:00 begin of timestep (day): 7 (run): 5415 384: Radiation calculated for : 19. Jun 2100 03:56:15 384: Greenhouse gas concentrations 19. Jun 2100 03:56:15 CO2 = 1134.7107 CH4 = 2415.78 N2O = 391.782 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-19 05:15:00 begin of timestep (day): 8 (run): 5416 0: MPIOM: current date: 2100-06-19 06:00:00 begin of timestep (day): 9 (run): 5417 0: MPIOM: current date: 2100-06-19 06:45:00 begin of timestep (day): 10 (run): 5418 0: MPIOM: current date: 2100-06-19 07:30:00 begin of timestep (day): 11 (run): 5419 384: Radiation calculated for : 19. Jun 2100 05:56:15 384: Greenhouse gas concentrations 19. Jun 2100 05:56:15 CO2 = 1134.7139 CH4 = 2415.77 N2O = 391.782 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-19 08:15:00 begin of timestep (day): 12 (run): 5420 0: MPIOM: current date: 2100-06-19 09:00:00 begin of timestep (day): 13 (run): 5421 0: MPIOM: current date: 2100-06-19 09:45:00 begin of timestep (day): 14 (run): 5422 0: MPIOM: current date: 2100-06-19 10:30:00 begin of timestep (day): 15 (run): 5423 384: Radiation calculated for : 19. Jun 2100 07:56:15 384: Greenhouse gas concentrations 19. Jun 2100 07:56:15 CO2 = 1134.7170 CH4 = 2415.77 N2O = 391.782 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-19 11:15:00 begin of timestep (day): 16 (run): 5424 0: MPIOM: current date: 2100-06-19 12:00:00 begin of timestep (day): 17 (run): 5425 0: MPIOM: current date: 2100-06-19 12:45:00 begin of timestep (day): 18 (run): 5426 384: Radiation calculated for : 19. Jun 2100 09:56:15 384: Greenhouse gas concentrations 19. Jun 2100 09:56:15 CO2 = 1134.7201 CH4 = 2415.77 N2O = 391.782 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-19 13:30:00 begin of timestep (day): 19 (run): 5427 0: MPIOM: current date: 2100-06-19 14:15:00 begin of timestep (day): 20 (run): 5428 0: MPIOM: current date: 2100-06-19 15:00:00 begin of timestep (day): 21 (run): 5429 0: MPIOM: current date: 2100-06-19 15:45:00 begin of timestep (day): 22 (run): 5430 384: Radiation calculated for : 19. Jun 2100 11:56:15 384: Greenhouse gas concentrations 19. Jun 2100 11:56:15 CO2 = 1134.7232 CH4 = 2415.76 N2O = 391.782 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-19 16:30:00 begin of timestep (day): 23 (run): 5431 0: MPIOM: current date: 2100-06-19 17:15:00 begin of timestep (day): 24 (run): 5432 0: MPIOM: current date: 2100-06-19 18:00:00 begin of timestep (day): 25 (run): 5433 0: MPIOM: current date: 2100-06-19 18:45:00 begin of timestep (day): 26 (run): 5434 384: Radiation calculated for : 19. Jun 2100 13:56:15 384: Greenhouse gas concentrations 19. Jun 2100 13:56:15 CO2 = 1134.7263 CH4 = 2415.76 N2O = 391.782 CFC = 51.42 208.78 0: MPIOM: current date: 2100-06-19 19:30:00 begin of timestep (day): 27 (run): 5435 0: MPIOM: current date: 2100-06-19 20:15:00 begin of timestep (day): 28 (run): 5436 0: MPIOM: current date: 2100-06-19 21:00:00 begin of timestep (day): 29 (run): 5437 0: MPIOM: current date: 2100-06-19 21:45:00 begin of timestep (day): 30 (run): 5438 384: Radiation calculated for : 19. Jun 2100 15:56:15 384: Greenhouse gas concentrations 19. Jun 2100 15:56:15 CO2 = 1134.7295 CH4 = 2415.76 N2O = 391.783 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-19 22:30:00 begin of timestep (day): 31 (run): 5439 0: MPIOM: current date: 2100-06-19 23:15:00 begin of timestep (day): 32 (run): 5440 0: MPIOM: current date: 2100-06-20 00:00:00 begin of timestep (day): 1 (run): 5441 384: Radiation calculated for : 19. Jun 2100 17:56:15 384: Greenhouse gas concentrations 19. Jun 2100 17:56:15 CO2 = 1134.7326 CH4 = 2415.76 N2O = 391.783 CFC = 51.42 208.77 384: Radiation calculated for : 19. Jun 2100 19:56:15 384: Greenhouse gas concentrations 19. Jun 2100 19:56:15 CO2 = 1134.7357 CH4 = 2415.75 N2O = 391.783 CFC = 51.42 208.77 384: Radiation calculated for : 19. Jun 2100 21:56:15 384: Greenhouse gas concentrations 19. Jun 2100 21:56:15 CO2 = 1134.7388 CH4 = 2415.75 N2O = 391.783 CFC = 51.42 208.77 384: Radiation calculated for : 19. Jun 2100 23:56:15 384: Greenhouse gas concentrations 19. Jun 2100 23:56:15 CO2 = 1134.7419 CH4 = 2415.75 N2O = 391.783 CFC = 51.42 208.77 384: hydrology_model: Water budget change: -1.311302185058594E-006 m3/s 384: hydrology_model: global discharge: 1277808.57625771 m3/s 384: hydrology_model: precip-evap (on ocean): -896990.103564900 m3/s 384: water_budget_corr: P-E correction: -4508.39592452296 m3/s 384: water_budget_corr: slm/slf residuum: 84717.1029334162 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1429.32412174372 m3/s 384: water_budget_corr: awfre corrected: -900069.175367663 m3/s 384: water_budget_corr: river discharge: 1277808.57625771 m3/s 384: water_budget_corr: water to ocean: 377739.400890033 m3/s 384: Write GRIB1 output for : 19. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.573541620218425E-010 kg m-2 s-1 0: co2 = 1053.59821329680 , n2 = 801999.999739004 , o2 = 0: 196799.999247170 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-20 00:45:00 begin of timestep (day): 2 (run): 5442 0: MPIOM: current date: 2100-06-20 01:30:00 begin of timestep (day): 3 (run): 5443 384: Radiation calculated for : 20. Jun 2100 01:56:15 384: Greenhouse gas concentrations 20. Jun 2100 01:56:15 CO2 = 1134.7451 CH4 = 2415.74 N2O = 391.783 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-20 02:15:00 begin of timestep (day): 4 (run): 5444 0: MPIOM: current date: 2100-06-20 03:00:00 begin of timestep (day): 5 (run): 5445 0: MPIOM: current date: 2100-06-20 03:45:00 begin of timestep (day): 6 (run): 5446 0: MPIOM: current date: 2100-06-20 04:30:00 begin of timestep (day): 7 (run): 5447 384: Radiation calculated for : 20. Jun 2100 03:56:15 384: Greenhouse gas concentrations 20. Jun 2100 03:56:15 CO2 = 1134.7482 CH4 = 2415.74 N2O = 391.783 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-20 05:15:00 begin of timestep (day): 8 (run): 5448 0: MPIOM: current date: 2100-06-20 06:00:00 begin of timestep (day): 9 (run): 5449 0: MPIOM: current date: 2100-06-20 06:45:00 begin of timestep (day): 10 (run): 5450 0: MPIOM: current date: 2100-06-20 07:30:00 begin of timestep (day): 11 (run): 5451 384: Radiation calculated for : 20. Jun 2100 05:56:15 384: Greenhouse gas concentrations 20. Jun 2100 05:56:15 CO2 = 1134.7513 CH4 = 2415.74 N2O = 391.783 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-20 08:15:00 begin of timestep (day): 12 (run): 5452 0: MPIOM: current date: 2100-06-20 09:00:00 begin of timestep (day): 13 (run): 5453 0: MPIOM: current date: 2100-06-20 09:45:00 begin of timestep (day): 14 (run): 5454 0: MPIOM: current date: 2100-06-20 10:30:00 begin of timestep (day): 15 (run): 5455 384: Radiation calculated for : 20. Jun 2100 07:56:15 384: Greenhouse gas concentrations 20. Jun 2100 07:56:15 CO2 = 1134.7544 CH4 = 2415.74 N2O = 391.783 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-20 11:15:00 begin of timestep (day): 16 (run): 5456 0: MPIOM: current date: 2100-06-20 12:00:00 begin of timestep (day): 17 (run): 5457 0: MPIOM: current date: 2100-06-20 12:45:00 begin of timestep (day): 18 (run): 5458 0: MPIOM: current date: 2100-06-20 13:30:00 begin of timestep (day): 19 (run): 5459 384: Radiation calculated for : 20. Jun 2100 09:56:15 384: Greenhouse gas concentrations 20. Jun 2100 09:56:15 CO2 = 1134.7575 CH4 = 2415.73 N2O = 391.784 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-20 14:15:00 begin of timestep (day): 20 (run): 5460 0: MPIOM: current date: 2100-06-20 15:00:00 begin of timestep (day): 21 (run): 5461 0: MPIOM: current date: 2100-06-20 15:45:00 begin of timestep (day): 22 (run): 5462 0: MPIOM: current date: 2100-06-20 16:30:00 begin of timestep (day): 23 (run): 5463 384: Radiation calculated for : 20. Jun 2100 11:56:15 384: Greenhouse gas concentrations 20. Jun 2100 11:56:15 CO2 = 1134.7606 CH4 = 2415.73 N2O = 391.784 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-20 17:15:00 begin of timestep (day): 24 (run): 5464 0: MPIOM: current date: 2100-06-20 18:00:00 begin of timestep (day): 25 (run): 5465 0: MPIOM: current date: 2100-06-20 18:45:00 begin of timestep (day): 26 (run): 5466 0: MPIOM: current date: 2100-06-20 19:30:00 begin of timestep (day): 27 (run): 5467 384: Radiation calculated for : 20. Jun 2100 13:56:15 384: Greenhouse gas concentrations 20. Jun 2100 13:56:15 CO2 = 1134.7638 CH4 = 2415.73 N2O = 391.784 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-20 20:15:00 begin of timestep (day): 28 (run): 5468 0: MPIOM: current date: 2100-06-20 21:00:00 begin of timestep (day): 29 (run): 5469 0: MPIOM: current date: 2100-06-20 21:45:00 begin of timestep (day): 30 (run): 5470 0: MPIOM: current date: 2100-06-20 22:30:00 begin of timestep (day): 31 (run): 5471 384: Radiation calculated for : 20. Jun 2100 15:56:15 384: Greenhouse gas concentrations 20. Jun 2100 15:56:15 CO2 = 1134.7669 CH4 = 2415.72 N2O = 391.784 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-20 23:15:00 begin of timestep (day): 32 (run): 5472 0: MPIOM: current date: 2100-06-21 00:00:00 begin of timestep (day): 1 (run): 5473 384: Radiation calculated for : 20. Jun 2100 17:56:15 384: Greenhouse gas concentrations 20. Jun 2100 17:56:15 CO2 = 1134.7700 CH4 = 2415.72 N2O = 391.784 CFC = 51.42 208.77 384: Radiation calculated for : 20. Jun 2100 19:56:15 384: Greenhouse gas concentrations 20. Jun 2100 19:56:15 CO2 = 1134.7731 CH4 = 2415.72 N2O = 391.784 CFC = 51.42 208.77 384: Radiation calculated for : 20. Jun 2100 21:56:15 384: Greenhouse gas concentrations 20. Jun 2100 21:56:15 CO2 = 1134.7762 CH4 = 2415.72 N2O = 391.784 CFC = 51.42 208.77 384: Radiation calculated for : 20. Jun 2100 23:56:15 384: Greenhouse gas concentrations 20. Jun 2100 23:56:15 CO2 = 1134.7794 CH4 = 2415.71 N2O = 391.784 CFC = 51.42 208.77 384: hydrology_model: Water budget change: -3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1268730.15724941 m3/s 384: hydrology_model: precip-evap (on ocean): -1441178.97365895 m3/s 384: water_budget_corr: P-E correction: -39604.9829399910 m3/s 384: water_budget_corr: slm/slf residuum: 67431.2095031195 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2983.85655074231 m3/s 384: water_budget_corr: awfre corrected: -1477800.10004821 m3/s 384: water_budget_corr: river discharge: 1268730.15724941 m3/s 384: water_budget_corr: water to ocean: -209069.942798773 m3/s 384: Write GRIB1 output for : 20. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.636129219957595E-010 kg m-2 s-1 0: co2 = 1053.52663749211 , n2 = 801999.999694101 , o2 = 0: 196799.999175696 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-21 00:45:00 begin of timestep (day): 2 (run): 5474 0: MPIOM: current date: 2100-06-21 01:30:00 begin of timestep (day): 3 (run): 5475 384: Radiation calculated for : 21. Jun 2100 01:56:15 384: Greenhouse gas concentrations 21. Jun 2100 01:56:15 CO2 = 1134.7825 CH4 = 2415.71 N2O = 391.784 CFC = 51.42 208.77 0: MPIOM: current date: 2100-06-21 02:15:00 begin of timestep (day): 4 (run): 5476 0: MPIOM: current date: 2100-06-21 03:00:00 begin of timestep (day): 5 (run): 5477 0: MPIOM: current date: 2100-06-21 03:45:00 begin of timestep (day): 6 (run): 5478 0: MPIOM: current date: 2100-06-21 04:30:00 begin of timestep (day): 7 (run): 5479 384: Radiation calculated for : 21. Jun 2100 03:56:15 384: Greenhouse gas concentrations 21. Jun 2100 03:56:15 CO2 = 1134.7856 CH4 = 2415.71 N2O = 391.785 CFC = 51.42 208.76 0: MPIOM: current date: 2100-06-21 05:15:00 begin of timestep (day): 8 (run): 5480 0: MPIOM: current date: 2100-06-21 06:00:00 begin of timestep (day): 9 (run): 5481 0: MPIOM: current date: 2100-06-21 06:45:00 begin of timestep (day): 10 (run): 5482 0: MPIOM: current date: 2100-06-21 07:30:00 begin of timestep (day): 11 (run): 5483 384: Radiation calculated for : 21. Jun 2100 05:56:15 384: Greenhouse gas concentrations 21. Jun 2100 05:56:15 CO2 = 1134.7887 CH4 = 2415.71 N2O = 391.785 CFC = 51.42 208.76 0: MPIOM: current date: 2100-06-21 08:15:00 begin of timestep (day): 12 (run): 5484 0: MPIOM: current date: 2100-06-21 09:00:00 begin of timestep (day): 13 (run): 5485 0: MPIOM: current date: 2100-06-21 09:45:00 begin of timestep (day): 14 (run): 5486 0: MPIOM: current date: 2100-06-21 10:30:00 begin of timestep (day): 15 (run): 5487 384: Radiation calculated for : 21. Jun 2100 07:56:15 384: Greenhouse gas concentrations 21. Jun 2100 07:56:15 CO2 = 1134.7918 CH4 = 2415.70 N2O = 391.785 CFC = 51.42 208.76 0: MPIOM: current date: 2100-06-21 11:15:00 begin of timestep (day): 16 (run): 5488 0: MPIOM: current date: 2100-06-21 12:00:00 begin of timestep (day): 17 (run): 5489 0: MPIOM: current date: 2100-06-21 12:45:00 begin of timestep (day): 18 (run): 5490 0: MPIOM: current date: 2100-06-21 13:30:00 begin of timestep (day): 19 (run): 5491 384: Radiation calculated for : 21. Jun 2100 09:56:15 384: Greenhouse gas concentrations 21. Jun 2100 09:56:15 CO2 = 1134.7950 CH4 = 2415.70 N2O = 391.785 CFC = 51.42 208.76 0: MPIOM: current date: 2100-06-21 14:15:00 begin of timestep (day): 20 (run): 5492 0: MPIOM: current date: 2100-06-21 15:00:00 begin of timestep (day): 21 (run): 5493 0: MPIOM: current date: 2100-06-21 15:45:00 begin of timestep (day): 22 (run): 5494 0: MPIOM: current date: 2100-06-21 16:30:00 begin of timestep (day): 23 (run): 5495 384: Radiation calculated for : 21. Jun 2100 11:56:15 384: Greenhouse gas concentrations 21. Jun 2100 11:56:15 CO2 = 1134.7981 CH4 = 2415.70 N2O = 391.785 CFC = 51.42 208.76 0: MPIOM: current date: 2100-06-21 17:15:00 begin of timestep (day): 24 (run): 5496 0: MPIOM: current date: 2100-06-21 18:00:00 begin of timestep (day): 25 (run): 5497 0: MPIOM: current date: 2100-06-21 18:45:00 begin of timestep (day): 26 (run): 5498 0: MPIOM: current date: 2100-06-21 19:30:00 begin of timestep (day): 27 (run): 5499 384: Radiation calculated for : 21. Jun 2100 13:56:15 384: Greenhouse gas concentrations 21. Jun 2100 13:56:15 CO2 = 1134.8012 CH4 = 2415.69 N2O = 391.785 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-21 20:15:00 begin of timestep (day): 28 (run): 5500 0: MPIOM: current date: 2100-06-21 21:00:00 begin of timestep (day): 29 (run): 5501 0: MPIOM: current date: 2100-06-21 21:45:00 begin of timestep (day): 30 (run): 5502 0: MPIOM: current date: 2100-06-21 22:30:00 begin of timestep (day): 31 (run): 5503 384: Radiation calculated for : 21. Jun 2100 15:56:15 384: Greenhouse gas concentrations 21. Jun 2100 15:56:15 CO2 = 1134.8043 CH4 = 2415.69 N2O = 391.785 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-21 23:15:00 begin of timestep (day): 32 (run): 5504 0: MPIOM: current date: 2100-06-22 00:00:00 begin of timestep (day): 1 (run): 5505 384: Radiation calculated for : 21. Jun 2100 17:56:15 384: Greenhouse gas concentrations 21. Jun 2100 17:56:15 CO2 = 1134.8074 CH4 = 2415.69 N2O = 391.785 CFC = 51.41 208.76 384: Radiation calculated for : 21. Jun 2100 19:56:15 384: Greenhouse gas concentrations 21. Jun 2100 19:56:15 CO2 = 1134.8105 CH4 = 2415.69 N2O = 391.785 CFC = 51.41 208.76 384: Radiation calculated for : 21. Jun 2100 21:56:15 384: Greenhouse gas concentrations 21. Jun 2100 21:56:15 CO2 = 1134.8137 CH4 = 2415.68 N2O = 391.785 CFC = 51.41 208.76 384: Radiation calculated for : 21. Jun 2100 23:56:15 384: Greenhouse gas concentrations 21. Jun 2100 23:56:15 CO2 = 1134.8168 CH4 = 2415.68 N2O = 391.786 CFC = 51.41 208.76 384: hydrology_model: Water budget change: 8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 1277396.27317789 m3/s 384: hydrology_model: precip-evap (on ocean): -779348.661641073 m3/s 384: water_budget_corr: P-E correction: -63533.0661749290 m3/s 384: water_budget_corr: slm/slf residuum: 36008.7276345413 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2077.09835954648 m3/s 384: water_budget_corr: awfre corrected: -844958.826175546 m3/s 384: water_budget_corr: river discharge: 1277396.27317789 m3/s 384: water_budget_corr: water to ocean: 432437.447002350 m3/s 384: Write GRIB1 output for : 21. Jun 2100 23:52:30 0: co2 = 1053.46571308468 , n2 = 801999.999749460 , o2 = 0: 196799.999268514 0: MPIOM: current date: 2100-06-22 00:45:00 begin of timestep (day): 2 (run): 5506 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.499659132333922E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-22 01:30:00 begin of timestep (day): 3 (run): 5507 384: Radiation calculated for : 22. Jun 2100 01:56:15 384: Greenhouse gas concentrations 22. Jun 2100 01:56:15 CO2 = 1134.8199 CH4 = 2415.68 N2O = 391.786 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-22 02:15:00 begin of timestep (day): 4 (run): 5508 0: MPIOM: current date: 2100-06-22 03:00:00 begin of timestep (day): 5 (run): 5509 0: MPIOM: current date: 2100-06-22 03:45:00 begin of timestep (day): 6 (run): 5510 0: MPIOM: current date: 2100-06-22 04:30:00 begin of timestep (day): 7 (run): 5511 384: Radiation calculated for : 22. Jun 2100 03:56:15 384: Greenhouse gas concentrations 22. Jun 2100 03:56:15 CO2 = 1134.8230 CH4 = 2415.67 N2O = 391.786 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-22 05:15:00 begin of timestep (day): 8 (run): 5512 0: MPIOM: current date: 2100-06-22 06:00:00 begin of timestep (day): 9 (run): 5513 0: MPIOM: current date: 2100-06-22 06:45:00 begin of timestep (day): 10 (run): 5514 0: MPIOM: current date: 2100-06-22 07:30:00 begin of timestep (day): 11 (run): 5515 384: Radiation calculated for : 22. Jun 2100 05:56:15 384: Greenhouse gas concentrations 22. Jun 2100 05:56:15 CO2 = 1134.8261 CH4 = 2415.67 N2O = 391.786 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-22 08:15:00 begin of timestep (day): 12 (run): 5516 0: MPIOM: current date: 2100-06-22 09:00:00 begin of timestep (day): 13 (run): 5517 0: MPIOM: current date: 2100-06-22 09:45:00 begin of timestep (day): 14 (run): 5518 384: Radiation calculated for : 22. Jun 2100 07:56:15 0: MPIOM: current date: 2100-06-22 10:30:00 begin of timestep (day): 15 (run): 5519 384: Greenhouse gas concentrations 22. Jun 2100 07:56:15 CO2 = 1134.8293 CH4 = 2415.67 N2O = 391.786 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-22 11:15:00 begin of timestep (day): 16 (run): 5520 0: MPIOM: current date: 2100-06-22 12:00:00 begin of timestep (day): 17 (run): 5521 0: MPIOM: current date: 2100-06-22 12:45:00 begin of timestep (day): 18 (run): 5522 0: MPIOM: current date: 2100-06-22 13:30:00 begin of timestep (day): 19 (run): 5523 384: Radiation calculated for : 22. Jun 2100 09:56:15 384: Greenhouse gas concentrations 22. Jun 2100 09:56:15 CO2 = 1134.8324 CH4 = 2415.67 N2O = 391.786 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-22 14:15:00 begin of timestep (day): 20 (run): 5524 0: MPIOM: current date: 2100-06-22 15:00:00 begin of timestep (day): 21 (run): 5525 0: MPIOM: current date: 2100-06-22 15:45:00 begin of timestep (day): 22 (run): 5526 0: MPIOM: current date: 2100-06-22 16:30:00 begin of timestep (day): 23 (run): 5527 384: Radiation calculated for : 22. Jun 2100 11:56:15 384: Greenhouse gas concentrations 22. Jun 2100 11:56:15 CO2 = 1134.8355 CH4 = 2415.66 N2O = 391.786 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-22 17:15:00 begin of timestep (day): 24 (run): 5528 0: MPIOM: current date: 2100-06-22 18:00:00 begin of timestep (day): 25 (run): 5529 0: MPIOM: current date: 2100-06-22 18:45:00 begin of timestep (day): 26 (run): 5530 0: MPIOM: current date: 2100-06-22 19:30:00 begin of timestep (day): 27 (run): 5531 384: Radiation calculated for : 22. Jun 2100 13:56:15 384: Greenhouse gas concentrations 22. Jun 2100 13:56:15 CO2 = 1134.8386 CH4 = 2415.66 N2O = 391.786 CFC = 51.41 208.76 0: MPIOM: current date: 2100-06-22 20:15:00 begin of timestep (day): 28 (run): 5532 0: MPIOM: current date: 2100-06-22 21:00:00 begin of timestep (day): 29 (run): 5533 0: MPIOM: current date: 2100-06-22 21:45:00 begin of timestep (day): 30 (run): 5534 0: MPIOM: current date: 2100-06-22 22:30:00 begin of timestep (day): 31 (run): 5535 384: Radiation calculated for : 22. Jun 2100 15:56:15 384: Greenhouse gas concentrations 22. Jun 2100 15:56:15 CO2 = 1134.8417 CH4 = 2415.66 N2O = 391.786 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-22 23:15:00 begin of timestep (day): 32 (run): 5536 0: MPIOM: current date: 2100-06-23 00:00:00 begin of timestep (day): 1 (run): 5537 384: Radiation calculated for : 22. Jun 2100 17:56:15 384: Greenhouse gas concentrations 22. Jun 2100 17:56:15 CO2 = 1134.8449 CH4 = 2415.66 N2O = 391.787 CFC = 51.41 208.75 384: Radiation calculated for : 22. Jun 2100 19:56:15 384: Greenhouse gas concentrations 22. Jun 2100 19:56:15 CO2 = 1134.8480 CH4 = 2415.65 N2O = 391.787 CFC = 51.41 208.75 384: Radiation calculated for : 22. Jun 2100 21:56:15 384: Greenhouse gas concentrations 22. Jun 2100 21:56:15 CO2 = 1134.8511 CH4 = 2415.65 N2O = 391.787 CFC = 51.41 208.75 384: Radiation calculated for : 22. Jun 2100 23:56:15 384: Greenhouse gas concentrations 22. Jun 2100 23:56:15 CO2 = 1134.8542 CH4 = 2415.65 N2O = 391.787 CFC = 51.41 208.75 384: hydrology_model: Water budget change: 1.251697540283203E-006 m3/s 384: hydrology_model: global discharge: 1254293.25892885 m3/s 384: hydrology_model: precip-evap (on ocean): -920178.583136437 m3/s 384: water_budget_corr: P-E correction: -58853.8281042106 m3/s 384: water_budget_corr: slm/slf residuum: 65109.5175088580 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2111.99358208048 m3/s 384: water_budget_corr: awfre corrected: -981144.404822736 m3/s 384: water_budget_corr: river discharge: 1254293.25892885 m3/s 384: water_budget_corr: water to ocean: 273148.854106115 m3/s 384: Write GRIB1 output for : 22. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.458149856598380E-010 kg m-2 s-1 0: co2 = 1053.44154504435 , n2 = 801999.999812107 , o2 = 0: 196799.999335575 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-23 00:45:00 begin of timestep (day): 2 (run): 5538 0: MPIOM: current date: 2100-06-23 01:30:00 begin of timestep (day): 3 (run): 5539 384: Radiation calculated for : 23. Jun 2100 01:56:15 384: Greenhouse gas concentrations 23. Jun 2100 01:56:15 CO2 = 1134.8573 CH4 = 2415.64 N2O = 391.787 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-23 02:15:00 begin of timestep (day): 4 (run): 5540 0: MPIOM: current date: 2100-06-23 03:00:00 begin of timestep (day): 5 (run): 5541 0: MPIOM: current date: 2100-06-23 03:45:00 begin of timestep (day): 6 (run): 5542 0: MPIOM: current date: 2100-06-23 04:30:00 begin of timestep (day): 7 (run): 5543 384: Radiation calculated for : 23. Jun 2100 03:56:15 384: Greenhouse gas concentrations 23. Jun 2100 03:56:15 CO2 = 1134.8604 CH4 = 2415.64 N2O = 391.787 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-23 05:15:00 begin of timestep (day): 8 (run): 5544 0: MPIOM: current date: 2100-06-23 06:00:00 begin of timestep (day): 9 (run): 5545 0: MPIOM: current date: 2100-06-23 06:45:00 begin of timestep (day): 10 (run): 5546 0: MPIOM: current date: 2100-06-23 07:30:00 begin of timestep (day): 11 (run): 5547 384: Radiation calculated for : 23. Jun 2100 05:56:15 384: Greenhouse gas concentrations 23. Jun 2100 05:56:15 CO2 = 1134.8636 CH4 = 2415.64 N2O = 391.787 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-23 08:15:00 begin of timestep (day): 12 (run): 5548 0: MPIOM: current date: 2100-06-23 09:00:00 begin of timestep (day): 13 (run): 5549 0: MPIOM: current date: 2100-06-23 09:45:00 begin of timestep (day): 14 (run): 5550 0: MPIOM: current date: 2100-06-23 10:30:00 begin of timestep (day): 15 (run): 5551 384: Radiation calculated for : 23. Jun 2100 07:56:15 384: Greenhouse gas concentrations 23. Jun 2100 07:56:15 CO2 = 1134.8667 CH4 = 2415.64 N2O = 391.787 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-23 11:15:00 begin of timestep (day): 16 (run): 5552 0: MPIOM: current date: 2100-06-23 12:00:00 begin of timestep (day): 17 (run): 5553 0: MPIOM: current date: 2100-06-23 12:45:00 begin of timestep (day): 18 (run): 5554 0: MPIOM: current date: 2100-06-23 13:30:00 begin of timestep (day): 19 (run): 5555 384: Radiation calculated for : 23. Jun 2100 09:56:15 384: Greenhouse gas concentrations 23. Jun 2100 09:56:15 CO2 = 1134.8698 CH4 = 2415.63 N2O = 391.787 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-23 14:15:00 begin of timestep (day): 20 (run): 5556 0: MPIOM: current date: 2100-06-23 15:00:00 begin of timestep (day): 21 (run): 5557 0: MPIOM: current date: 2100-06-23 15:45:00 begin of timestep (day): 22 (run): 5558 0: MPIOM: current date: 2100-06-23 16:30:00 begin of timestep (day): 23 (run): 5559 384: Radiation calculated for : 23. Jun 2100 11:56:15 384: Greenhouse gas concentrations 23. Jun 2100 11:56:15 CO2 = 1134.8729 CH4 = 2415.63 N2O = 391.787 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-23 17:15:00 begin of timestep (day): 24 (run): 5560 0: MPIOM: current date: 2100-06-23 18:00:00 begin of timestep (day): 25 (run): 5561 0: MPIOM: current date: 2100-06-23 18:45:00 begin of timestep (day): 26 (run): 5562 0: MPIOM: current date: 2100-06-23 19:30:00 begin of timestep (day): 27 (run): 5563 384: Radiation calculated for : 23. Jun 2100 13:56:15 384: Greenhouse gas concentrations 23. Jun 2100 13:56:15 CO2 = 1134.8760 CH4 = 2415.63 N2O = 391.788 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-23 20:15:00 begin of timestep (day): 28 (run): 5564 0: MPIOM: current date: 2100-06-23 21:00:00 begin of timestep (day): 29 (run): 5565 0: MPIOM: current date: 2100-06-23 21:45:00 begin of timestep (day): 30 (run): 5566 0: MPIOM: current date: 2100-06-23 22:30:00 begin of timestep (day): 31 (run): 5567 384: Radiation calculated for : 23. Jun 2100 15:56:15 384: Greenhouse gas concentrations 23. Jun 2100 15:56:15 CO2 = 1134.8792 CH4 = 2415.62 N2O = 391.788 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-23 23:15:00 begin of timestep (day): 32 (run): 5568 0: MPIOM: current date: 2100-06-24 00:00:00 begin of timestep (day): 1 (run): 5569 384: Radiation calculated for : 23. Jun 2100 17:56:15 384: Greenhouse gas concentrations 23. Jun 2100 17:56:15 CO2 = 1134.8823 CH4 = 2415.62 N2O = 391.788 CFC = 51.41 208.75 384: Radiation calculated for : 23. Jun 2100 19:56:15 384: Greenhouse gas concentrations 23. Jun 2100 19:56:15 CO2 = 1134.8854 CH4 = 2415.62 N2O = 391.788 CFC = 51.41 208.75 384: Radiation calculated for : 23. Jun 2100 21:56:15 384: Greenhouse gas concentrations 23. Jun 2100 21:56:15 CO2 = 1134.8885 CH4 = 2415.62 N2O = 391.788 CFC = 51.41 208.75 384: Radiation calculated for : 23. Jun 2100 23:56:15 384: Greenhouse gas concentrations 23. Jun 2100 23:56:15 CO2 = 1134.8916 CH4 = 2415.61 N2O = 391.788 CFC = 51.41 208.75 384: hydrology_model: Water budget change: -2.384185791015625E-007 m3/s 384: hydrology_model: global discharge: 1283402.04499485 m3/s 384: hydrology_model: precip-evap (on ocean): -921229.995072866 m3/s 384: water_budget_corr: P-E correction: -67696.0303334305 m3/s 384: water_budget_corr: slm/slf residuum: 93273.8261307376 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1205.69097595141 m3/s 384: water_budget_corr: awfre corrected: -987720.334430343 m3/s 384: water_budget_corr: river discharge: 1283402.04499485 m3/s 384: water_budget_corr: water to ocean: 295681.710564504 m3/s 384: Write GRIB1 output for : 23. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.44879193272 , n2 = 801999.999787793 , o2 = 0: 196799.999327110 384: CO2 flux correction (global): 4.282120621804858E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-24 00:45:00 begin of timestep (day): 2 (run): 5570 0: MPIOM: current date: 2100-06-24 01:30:00 begin of timestep (day): 3 (run): 5571 384: Radiation calculated for : 24. Jun 2100 01:56:15 384: Greenhouse gas concentrations 24. Jun 2100 01:56:15 CO2 = 1134.8948 CH4 = 2415.61 N2O = 391.788 CFC = 51.41 208.75 0: MPIOM: current date: 2100-06-24 02:15:00 begin of timestep (day): 4 (run): 5572 0: MPIOM: current date: 2100-06-24 03:00:00 begin of timestep (day): 5 (run): 5573 0: MPIOM: current date: 2100-06-24 03:45:00 begin of timestep (day): 6 (run): 5574 0: MPIOM: current date: 2100-06-24 04:30:00 begin of timestep (day): 7 (run): 5575 384: Radiation calculated for : 24. Jun 2100 03:56:15 384: Greenhouse gas concentrations 24. Jun 2100 03:56:15 CO2 = 1134.8979 CH4 = 2415.61 N2O = 391.788 CFC = 51.41 208.74 0: MPIOM: current date: 2100-06-24 05:15:00 begin of timestep (day): 8 (run): 5576 0: MPIOM: current date: 2100-06-24 06:00:00 begin of timestep (day): 9 (run): 5577 0: MPIOM: current date: 2100-06-24 06:45:00 begin of timestep (day): 10 (run): 5578 384: Radiation calculated for : 24. Jun 2100 05:56:15 0: MPIOM: current date: 2100-06-24 07:30:00 begin of timestep (day): 11 (run): 5579 384: Greenhouse gas concentrations 24. Jun 2100 05:56:15 CO2 = 1134.9010 CH4 = 2415.61 N2O = 391.788 CFC = 51.41 208.74 0: MPIOM: current date: 2100-06-24 08:15:00 begin of timestep (day): 12 (run): 5580 0: MPIOM: current date: 2100-06-24 09:00:00 begin of timestep (day): 13 (run): 5581 0: MPIOM: current date: 2100-06-24 09:45:00 begin of timestep (day): 14 (run): 5582 384: Radiation calculated for : 24. Jun 2100 07:56:15 0: MPIOM: current date: 2100-06-24 10:30:00 begin of timestep (day): 15 (run): 5583 384: Greenhouse gas concentrations 24. Jun 2100 07:56:15 CO2 = 1134.9041 CH4 = 2415.60 N2O = 391.789 CFC = 51.41 208.74 0: MPIOM: current date: 2100-06-24 11:15:00 begin of timestep (day): 16 (run): 5584 0: MPIOM: current date: 2100-06-24 12:00:00 begin of timestep (day): 17 (run): 5585 0: MPIOM: current date: 2100-06-24 12:45:00 begin of timestep (day): 18 (run): 5586 384: Radiation calculated for : 24. Jun 2100 09:56:15 384: Greenhouse gas concentrations 24. Jun 2100 09:56:15 CO2 = 1134.9072 CH4 = 2415.60 N2O = 391.789 CFC = 51.41 208.74 0: MPIOM: current date: 2100-06-24 13:30:00 begin of timestep (day): 19 (run): 5587 0: MPIOM: current date: 2100-06-24 14:15:00 begin of timestep (day): 20 (run): 5588 0: MPIOM: current date: 2100-06-24 15:00:00 begin of timestep (day): 21 (run): 5589 0: MPIOM: current date: 2100-06-24 15:45:00 begin of timestep (day): 22 (run): 5590 0: MPIOM: current date: 2100-06-24 16:30:00 begin of timestep (day): 23 (run): 5591 0: MPIOM: current date: 2100-06-24 17:15:00 begin of timestep (day): 24 (run): 5592 384: Radiation calculated for : 24. Jun 2100 11:56:15 384: Greenhouse gas concentrations 24. Jun 2100 11:56:15 CO2 = 1134.9103 CH4 = 2415.60 N2O = 391.789 CFC = 51.41 208.74 0: MPIOM: current date: 2100-06-24 18:00:00 begin of timestep (day): 25 (run): 5593 0: MPIOM: current date: 2100-06-24 18:45:00 begin of timestep (day): 26 (run): 5594 0: MPIOM: current date: 2100-06-24 19:30:00 begin of timestep (day): 27 (run): 5595 0: MPIOM: current date: 2100-06-24 20:15:00 begin of timestep (day): 28 (run): 5596 384: Radiation calculated for : 24. Jun 2100 13:56:15 384: Greenhouse gas concentrations 24. Jun 2100 13:56:15 CO2 = 1134.9135 CH4 = 2415.59 N2O = 391.789 CFC = 51.41 208.74 0: MPIOM: current date: 2100-06-24 21:00:00 begin of timestep (day): 29 (run): 5597 0: MPIOM: current date: 2100-06-24 21:45:00 begin of timestep (day): 30 (run): 5598 0: MPIOM: current date: 2100-06-24 22:30:00 begin of timestep (day): 31 (run): 5599 384: Radiation calculated for : 24. Jun 2100 15:56:15 0: MPIOM: current date: 2100-06-24 23:15:00 begin of timestep (day): 32 (run): 5600 384: Greenhouse gas concentrations 24. Jun 2100 15:56:15 CO2 = 1134.9166 CH4 = 2415.59 N2O = 391.789 CFC = 51.41 208.74 0: MPIOM: current date: 2100-06-25 00:00:00 begin of timestep (day): 1 (run): 5601 384: Radiation calculated for : 24. Jun 2100 17:56:15 384: Greenhouse gas concentrations 24. Jun 2100 17:56:15 CO2 = 1134.9197 CH4 = 2415.59 N2O = 391.789 CFC = 51.41 208.74 384: Radiation calculated for : 24. Jun 2100 19:56:15 384: Greenhouse gas concentrations 24. Jun 2100 19:56:15 CO2 = 1134.9228 CH4 = 2415.59 N2O = 391.789 CFC = 51.40 208.74 384: Radiation calculated for : 24. Jun 2100 21:56:15 384: Greenhouse gas concentrations 24. Jun 2100 21:56:15 CO2 = 1134.9259 CH4 = 2415.58 N2O = 391.789 CFC = 51.40 208.74 384: Radiation calculated for : 24. Jun 2100 23:56:15 384: Greenhouse gas concentrations 24. Jun 2100 23:56:15 CO2 = 1134.9291 CH4 = 2415.58 N2O = 391.789 CFC = 51.40 208.74 384: hydrology_model: Water budget change: 1.013278961181641E-006 m3/s 384: hydrology_model: global discharge: 1285532.64639406 m3/s 384: hydrology_model: precip-evap (on ocean): -1383532.33051413 m3/s 384: water_budget_corr: P-E correction: -50058.2871245256 m3/s 384: water_budget_corr: slm/slf residuum: 99456.4864707423 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1125.01614309857 m3/s 384: water_budget_corr: awfre corrected: -1434715.63378175 m3/s 384: water_budget_corr: river discharge: 1285532.64639406 m3/s 384: water_budget_corr: water to ocean: -149182.987387684 m3/s 384: Write GRIB1 output for : 24. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.713160633627310E-010 kg m-2 s-1 0: co2 = 1053.47468065389 , n2 = 801999.999779012 , o2 = 0: 196799.999346365 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-25 00:45:00 begin of timestep (day): 2 (run): 5602 0: MPIOM: current date: 2100-06-25 01:30:00 begin of timestep (day): 3 (run): 5603 384: Radiation calculated for : 25. Jun 2100 01:56:15 384: Greenhouse gas concentrations 25. Jun 2100 01:56:15 CO2 = 1134.9322 CH4 = 2415.58 N2O = 391.790 CFC = 51.40 208.74 0: MPIOM: current date: 2100-06-25 02:15:00 begin of timestep (day): 4 (run): 5604 0: MPIOM: current date: 2100-06-25 03:00:00 begin of timestep (day): 5 (run): 5605 0: MPIOM: current date: 2100-06-25 03:45:00 begin of timestep (day): 6 (run): 5606 0: MPIOM: current date: 2100-06-25 04:30:00 begin of timestep (day): 7 (run): 5607 384: Radiation calculated for : 25. Jun 2100 03:56:15 384: Greenhouse gas concentrations 25. Jun 2100 03:56:15 CO2 = 1134.9353 CH4 = 2415.57 N2O = 391.790 CFC = 51.40 208.74 0: MPIOM: current date: 2100-06-25 05:15:00 begin of timestep (day): 8 (run): 5608 0: MPIOM: current date: 2100-06-25 06:00:00 begin of timestep (day): 9 (run): 5609 0: MPIOM: current date: 2100-06-25 06:45:00 begin of timestep (day): 10 (run): 5610 0: MPIOM: current date: 2100-06-25 07:30:00 begin of timestep (day): 11 (run): 5611 384: Radiation calculated for : 25. Jun 2100 05:56:15 384: Greenhouse gas concentrations 25. Jun 2100 05:56:15 CO2 = 1134.9384 CH4 = 2415.57 N2O = 391.790 CFC = 51.40 208.74 0: MPIOM: current date: 2100-06-25 08:15:00 begin of timestep (day): 12 (run): 5612 0: MPIOM: current date: 2100-06-25 09:00:00 begin of timestep (day): 13 (run): 5613 0: MPIOM: current date: 2100-06-25 09:45:00 begin of timestep (day): 14 (run): 5614 0: MPIOM: current date: 2100-06-25 10:30:00 begin of timestep (day): 15 (run): 5615 384: Radiation calculated for : 25. Jun 2100 07:56:15 384: Greenhouse gas concentrations 25. Jun 2100 07:56:15 CO2 = 1134.9415 CH4 = 2415.57 N2O = 391.790 CFC = 51.40 208.74 0: MPIOM: current date: 2100-06-25 11:15:00 begin of timestep (day): 16 (run): 5616 0: MPIOM: current date: 2100-06-25 12:00:00 begin of timestep (day): 17 (run): 5617 0: MPIOM: current date: 2100-06-25 12:45:00 begin of timestep (day): 18 (run): 5618 384: Radiation calculated for : 25. Jun 2100 09:56:15 0: MPIOM: current date: 2100-06-25 13:30:00 begin of timestep (day): 19 (run): 5619 384: Greenhouse gas concentrations 25. Jun 2100 09:56:15 CO2 = 1134.9447 CH4 = 2415.57 N2O = 391.790 CFC = 51.40 208.74 0: MPIOM: current date: 2100-06-25 14:15:00 begin of timestep (day): 20 (run): 5620 0: MPIOM: current date: 2100-06-25 15:00:00 begin of timestep (day): 21 (run): 5621 0: MPIOM: current date: 2100-06-25 15:45:00 begin of timestep (day): 22 (run): 5622 384: Radiation calculated for : 25. Jun 2100 11:56:15 384: Greenhouse gas concentrations 25. Jun 2100 11:56:15 CO2 = 1134.9478 CH4 = 2415.56 N2O = 391.790 CFC = 51.40 208.74 0: MPIOM: current date: 2100-06-25 16:30:00 begin of timestep (day): 23 (run): 5623 0: MPIOM: current date: 2100-06-25 17:15:00 begin of timestep (day): 24 (run): 5624 0: MPIOM: current date: 2100-06-25 18:00:00 begin of timestep (day): 25 (run): 5625 0: MPIOM: current date: 2100-06-25 18:45:00 begin of timestep (day): 26 (run): 5626 384: Radiation calculated for : 25. Jun 2100 13:56:15 384: Greenhouse gas concentrations 25. Jun 2100 13:56:15 CO2 = 1134.9509 CH4 = 2415.56 N2O = 391.790 CFC = 51.40 208.74 0: MPIOM: current date: 2100-06-25 19:30:00 begin of timestep (day): 27 (run): 5627 0: MPIOM: current date: 2100-06-25 20:15:00 begin of timestep (day): 28 (run): 5628 0: MPIOM: current date: 2100-06-25 21:00:00 begin of timestep (day): 29 (run): 5629 0: MPIOM: current date: 2100-06-25 21:45:00 begin of timestep (day): 30 (run): 5630 384: Radiation calculated for : 25. Jun 2100 15:56:15 384: Greenhouse gas concentrations 25. Jun 2100 15:56:15 CO2 = 1134.9540 CH4 = 2415.56 N2O = 391.790 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-25 22:30:00 begin of timestep (day): 31 (run): 5631 0: MPIOM: current date: 2100-06-25 23:15:00 begin of timestep (day): 32 (run): 5632 0: MPIOM: current date: 2100-06-26 00:00:00 begin of timestep (day): 1 (run): 5633 384: Radiation calculated for : 25. Jun 2100 17:56:15 384: Greenhouse gas concentrations 25. Jun 2100 17:56:15 CO2 = 1134.9571 CH4 = 2415.56 N2O = 391.790 CFC = 51.40 208.73 384: Radiation calculated for : 25. Jun 2100 19:56:15 384: Greenhouse gas concentrations 25. Jun 2100 19:56:15 CO2 = 1134.9602 CH4 = 2415.55 N2O = 391.790 CFC = 51.40 208.73 384: Radiation calculated for : 25. Jun 2100 21:56:15 384: Greenhouse gas concentrations 25. Jun 2100 21:56:15 CO2 = 1134.9634 CH4 = 2415.55 N2O = 391.791 CFC = 51.40 208.73 384: Radiation calculated for : 25. Jun 2100 23:56:15 384: Greenhouse gas concentrations 25. Jun 2100 23:56:15 CO2 = 1134.9665 CH4 = 2415.55 N2O = 391.791 CFC = 51.40 208.73 384: hydrology_model: Water budget change: -1.102685928344727E-006 m3/s 384: hydrology_model: global discharge: 1262505.08539463 m3/s 384: hydrology_model: precip-evap (on ocean): -1129060.27242832 m3/s 384: water_budget_corr: P-E correction: -121253.637182430 m3/s 384: water_budget_corr: slm/slf residuum: 110174.464752584 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3553.97682218928 m3/s 384: water_budget_corr: awfre corrected: -1246759.93278857 m3/s 384: water_budget_corr: river discharge: 1262505.08539463 m3/s 384: water_budget_corr: water to ocean: 15745.1526060825 m3/s 384: Write GRIB1 output for : 25. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.915722572917125E-010 kg m-2 s-1 0: co2 = 1053.49624474905 , n2 = 801999.999796210 , o2 = 0: 196799.999354021 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-26 00:45:00 begin of timestep (day): 2 (run): 5634 0: MPIOM: current date: 2100-06-26 01:30:00 begin of timestep (day): 3 (run): 5635 384: Radiation calculated for : 26. Jun 2100 01:56:15 384: Greenhouse gas concentrations 26. Jun 2100 01:56:15 CO2 = 1134.9696 CH4 = 2415.54 N2O = 391.791 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-26 02:15:00 begin of timestep (day): 4 (run): 5636 0: MPIOM: current date: 2100-06-26 03:00:00 begin of timestep (day): 5 (run): 5637 0: MPIOM: current date: 2100-06-26 03:45:00 begin of timestep (day): 6 (run): 5638 0: MPIOM: current date: 2100-06-26 04:30:00 begin of timestep (day): 7 (run): 5639 384: Radiation calculated for : 26. Jun 2100 03:56:15 384: Greenhouse gas concentrations 26. Jun 2100 03:56:15 CO2 = 1134.9727 CH4 = 2415.54 N2O = 391.791 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-26 05:15:00 begin of timestep (day): 8 (run): 5640 0: MPIOM: current date: 2100-06-26 06:00:00 begin of timestep (day): 9 (run): 5641 0: MPIOM: current date: 2100-06-26 06:45:00 begin of timestep (day): 10 (run): 5642 0: MPIOM: current date: 2100-06-26 07:30:00 begin of timestep (day): 11 (run): 5643 384: Radiation calculated for : 26. Jun 2100 05:56:15 384: Greenhouse gas concentrations 26. Jun 2100 05:56:15 CO2 = 1134.9758 CH4 = 2415.54 N2O = 391.791 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-26 08:15:00 begin of timestep (day): 12 (run): 5644 0: MPIOM: current date: 2100-06-26 09:00:00 begin of timestep (day): 13 (run): 5645 0: MPIOM: current date: 2100-06-26 09:45:00 begin of timestep (day): 14 (run): 5646 0: MPIOM: current date: 2100-06-26 10:30:00 begin of timestep (day): 15 (run): 5647 384: Radiation calculated for : 26. Jun 2100 07:56:15 384: Greenhouse gas concentrations 26. Jun 2100 07:56:15 CO2 = 1134.9790 CH4 = 2415.54 N2O = 391.791 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-26 11:15:00 begin of timestep (day): 16 (run): 5648 0: MPIOM: current date: 2100-06-26 12:00:00 begin of timestep (day): 17 (run): 5649 0: MPIOM: current date: 2100-06-26 12:45:00 begin of timestep (day): 18 (run): 5650 384: Radiation calculated for : 26. Jun 2100 09:56:15 0: MPIOM: current date: 2100-06-26 13:30:00 begin of timestep (day): 19 (run): 5651 384: Greenhouse gas concentrations 26. Jun 2100 09:56:15 CO2 = 1134.9821 CH4 = 2415.53 N2O = 391.791 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-26 14:15:00 begin of timestep (day): 20 (run): 5652 0: MPIOM: current date: 2100-06-26 15:00:00 begin of timestep (day): 21 (run): 5653 0: MPIOM: current date: 2100-06-26 15:45:00 begin of timestep (day): 22 (run): 5654 384: Radiation calculated for : 26. Jun 2100 11:56:15 384: Greenhouse gas concentrations 26. Jun 2100 11:56:15 CO2 = 1134.9852 CH4 = 2415.53 N2O = 391.791 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-26 16:30:00 begin of timestep (day): 23 (run): 5655 0: MPIOM: current date: 2100-06-26 17:15:00 begin of timestep (day): 24 (run): 5656 0: MPIOM: current date: 2100-06-26 18:00:00 begin of timestep (day): 25 (run): 5657 0: MPIOM: current date: 2100-06-26 18:45:00 begin of timestep (day): 26 (run): 5658 384: Radiation calculated for : 26. Jun 2100 13:56:15 384: Greenhouse gas concentrations 26. Jun 2100 13:56:15 CO2 = 1134.9883 CH4 = 2415.53 N2O = 391.791 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-26 19:30:00 begin of timestep (day): 27 (run): 5659 0: MPIOM: current date: 2100-06-26 20:15:00 begin of timestep (day): 28 (run): 5660 0: MPIOM: current date: 2100-06-26 21:00:00 begin of timestep (day): 29 (run): 5661 0: MPIOM: current date: 2100-06-26 21:45:00 begin of timestep (day): 30 (run): 5662 384: Radiation calculated for : 26. Jun 2100 15:56:15 384: Greenhouse gas concentrations 26. Jun 2100 15:56:15 CO2 = 1134.9914 CH4 = 2415.52 N2O = 391.792 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-26 22:30:00 begin of timestep (day): 31 (run): 5663 0: MPIOM: current date: 2100-06-26 23:15:00 begin of timestep (day): 32 (run): 5664 0: MPIOM: current date: 2100-06-27 00:00:00 begin of timestep (day): 1 (run): 5665 384: Radiation calculated for : 26. Jun 2100 17:56:15 384: Greenhouse gas concentrations 26. Jun 2100 17:56:15 CO2 = 1134.9946 CH4 = 2415.52 N2O = 391.792 CFC = 51.40 208.73 384: Radiation calculated for : 26. Jun 2100 19:56:15 384: Greenhouse gas concentrations 26. Jun 2100 19:56:15 CO2 = 1134.9977 CH4 = 2415.52 N2O = 391.792 CFC = 51.40 208.73 384: Radiation calculated for : 26. Jun 2100 21:56:15 384: Greenhouse gas concentrations 26. Jun 2100 21:56:15 CO2 = 1135.0008 CH4 = 2415.52 N2O = 391.792 CFC = 51.40 208.73 384: Radiation calculated for : 26. Jun 2100 23:56:15 384: Greenhouse gas concentrations 26. Jun 2100 23:56:15 CO2 = 1135.0039 CH4 = 2415.51 N2O = 391.792 CFC = 51.40 208.73 384: hydrology_model: Water budget change: -2.980232238769531E-007 m3/s 384: hydrology_model: global discharge: 1246535.76457715 m3/s 384: hydrology_model: precip-evap (on ocean): -437781.624455506 m3/s 384: water_budget_corr: P-E correction: -81446.8149688942 m3/s 384: water_budget_corr: slm/slf residuum: 103732.567867571 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -208.928230380114 m3/s 384: water_budget_corr: awfre corrected: -519437.367654779 m3/s 384: water_budget_corr: river discharge: 1246535.76457715 m3/s 384: water_budget_corr: water to ocean: 727098.396922362 m3/s 384: Write GRIB1 output for : 26. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.47047837626 , n2 = 801999.999732288 , o2 = 0: 196799.999308478 384: CO2 flux correction (global): 2.722797908670082E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-27 00:45:00 begin of timestep (day): 2 (run): 5666 0: MPIOM: current date: 2100-06-27 01:30:00 begin of timestep (day): 3 (run): 5667 384: Radiation calculated for : 27. Jun 2100 01:56:15 384: Greenhouse gas concentrations 27. Jun 2100 01:56:15 CO2 = 1135.0070 CH4 = 2415.51 N2O = 391.792 CFC = 51.40 208.73 0: MPIOM: current date: 2100-06-27 02:15:00 begin of timestep (day): 4 (run): 5668 0: MPIOM: current date: 2100-06-27 03:00:00 begin of timestep (day): 5 (run): 5669 0: MPIOM: current date: 2100-06-27 03:45:00 begin of timestep (day): 6 (run): 5670 0: MPIOM: current date: 2100-06-27 04:30:00 begin of timestep (day): 7 (run): 5671 384: Radiation calculated for : 27. Jun 2100 03:56:15 384: Greenhouse gas concentrations 27. Jun 2100 03:56:15 CO2 = 1135.0101 CH4 = 2415.51 N2O = 391.792 CFC = 51.40 208.72 0: MPIOM: current date: 2100-06-27 05:15:00 begin of timestep (day): 8 (run): 5672 0: MPIOM: current date: 2100-06-27 06:00:00 begin of timestep (day): 9 (run): 5673 0: MPIOM: current date: 2100-06-27 06:45:00 begin of timestep (day): 10 (run): 5674 0: MPIOM: current date: 2100-06-27 07:30:00 begin of timestep (day): 11 (run): 5675 384: Radiation calculated for : 27. Jun 2100 05:56:15 384: Greenhouse gas concentrations 27. Jun 2100 05:56:15 CO2 = 1135.0133 CH4 = 2415.50 N2O = 391.792 CFC = 51.40 208.72 0: MPIOM: current date: 2100-06-27 08:15:00 begin of timestep (day): 12 (run): 5676 0: MPIOM: current date: 2100-06-27 09:00:00 begin of timestep (day): 13 (run): 5677 0: MPIOM: current date: 2100-06-27 09:45:00 begin of timestep (day): 14 (run): 5678 0: MPIOM: current date: 2100-06-27 10:30:00 begin of timestep (day): 15 (run): 5679 384: Radiation calculated for : 27. Jun 2100 07:56:15 384: Greenhouse gas concentrations 27. Jun 2100 07:56:15 CO2 = 1135.0164 CH4 = 2415.50 N2O = 391.792 CFC = 51.40 208.72 0: MPIOM: current date: 2100-06-27 11:15:00 begin of timestep (day): 16 (run): 5680 0: MPIOM: current date: 2100-06-27 12:00:00 begin of timestep (day): 17 (run): 5681 0: MPIOM: current date: 2100-06-27 12:45:00 begin of timestep (day): 18 (run): 5682 0: MPIOM: current date: 2100-06-27 13:30:00 begin of timestep (day): 19 (run): 5683 384: Radiation calculated for : 27. Jun 2100 09:56:15 384: Greenhouse gas concentrations 27. Jun 2100 09:56:15 CO2 = 1135.0195 CH4 = 2415.50 N2O = 391.792 CFC = 51.40 208.72 0: MPIOM: current date: 2100-06-27 14:15:00 begin of timestep (day): 20 (run): 5684 0: MPIOM: current date: 2100-06-27 15:00:00 begin of timestep (day): 21 (run): 5685 0: MPIOM: current date: 2100-06-27 15:45:00 begin of timestep (day): 22 (run): 5686 384: Radiation calculated for : 27. Jun 2100 11:56:15 384: Greenhouse gas concentrations 27. Jun 2100 11:56:15 CO2 = 1135.0226 CH4 = 2415.50 N2O = 391.793 CFC = 51.40 208.72 0: MPIOM: current date: 2100-06-27 16:30:00 begin of timestep (day): 23 (run): 5687 0: MPIOM: current date: 2100-06-27 17:15:00 begin of timestep (day): 24 (run): 5688 0: MPIOM: current date: 2100-06-27 18:00:00 begin of timestep (day): 25 (run): 5689 0: MPIOM: current date: 2100-06-27 18:45:00 begin of timestep (day): 26 (run): 5690 384: Radiation calculated for : 27. Jun 2100 13:56:15 384: Greenhouse gas concentrations 27. Jun 2100 13:56:15 CO2 = 1135.0257 CH4 = 2415.49 N2O = 391.793 CFC = 51.40 208.72 0: MPIOM: current date: 2100-06-27 19:30:00 begin of timestep (day): 27 (run): 5691 0: MPIOM: current date: 2100-06-27 20:15:00 begin of timestep (day): 28 (run): 5692 0: MPIOM: current date: 2100-06-27 21:00:00 begin of timestep (day): 29 (run): 5693 0: MPIOM: current date: 2100-06-27 21:45:00 begin of timestep (day): 30 (run): 5694 384: Radiation calculated for : 27. Jun 2100 15:56:15 384: Greenhouse gas concentrations 27. Jun 2100 15:56:15 CO2 = 1135.0289 CH4 = 2415.49 N2O = 391.793 CFC = 51.40 208.72 0: MPIOM: current date: 2100-06-27 22:30:00 begin of timestep (day): 31 (run): 5695 0: MPIOM: current date: 2100-06-27 23:15:00 begin of timestep (day): 32 (run): 5696 0: MPIOM: current date: 2100-06-28 00:00:00 begin of timestep (day): 1 (run): 5697 384: Radiation calculated for : 27. Jun 2100 17:56:15 384: Greenhouse gas concentrations 27. Jun 2100 17:56:15 CO2 = 1135.0320 CH4 = 2415.49 N2O = 391.793 CFC = 51.40 208.72 384: Radiation calculated for : 27. Jun 2100 19:56:15 384: Greenhouse gas concentrations 27. Jun 2100 19:56:15 CO2 = 1135.0351 CH4 = 2415.49 N2O = 391.793 CFC = 51.40 208.72 384: Radiation calculated for : 27. Jun 2100 21:56:15 384: Greenhouse gas concentrations 27. Jun 2100 21:56:15 CO2 = 1135.0382 CH4 = 2415.48 N2O = 391.793 CFC = 51.40 208.72 384: Radiation calculated for : 27. Jun 2100 23:56:15 384: Greenhouse gas concentrations 27. Jun 2100 23:56:15 CO2 = 1135.0413 CH4 = 2415.48 N2O = 391.793 CFC = 51.40 208.72 384: hydrology_model: Water budget change: 1.490116119384766E-007 m3/s 384: hydrology_model: global discharge: 1236016.40823542 m3/s 384: hydrology_model: precip-evap (on ocean): -612500.953710414 m3/s 384: water_budget_corr: P-E correction: -67033.1088467752 m3/s 384: water_budget_corr: slm/slf residuum: 62218.2136852316 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1230.03952328985 m3/s 384: water_budget_corr: awfre corrected: -680764.102080478 m3/s 384: water_budget_corr: river discharge: 1236016.40823542 m3/s 384: water_budget_corr: water to ocean: 555252.306154952 m3/s 384: Write GRIB1 output for : 27. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.629267551613053E-010 kg m-2 s-1 0: co2 = 1053.43880072978 , n2 = 801999.999650306 , o2 = 0: 196799.999177924 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-28 00:45:00 begin of timestep (day): 2 (run): 5698 0: MPIOM: current date: 2100-06-28 01:30:00 begin of timestep (day): 3 (run): 5699 384: Radiation calculated for : 28. Jun 2100 01:56:15 384: Greenhouse gas concentrations 28. Jun 2100 01:56:15 CO2 = 1135.0445 CH4 = 2415.48 N2O = 391.793 CFC = 51.39 208.72 0: MPIOM: current date: 2100-06-28 02:15:00 begin of timestep (day): 4 (run): 5700 0: MPIOM: current date: 2100-06-28 03:00:00 begin of timestep (day): 5 (run): 5701 0: MPIOM: current date: 2100-06-28 03:45:00 begin of timestep (day): 6 (run): 5702 0: MPIOM: current date: 2100-06-28 04:30:00 begin of timestep (day): 7 (run): 5703 384: Radiation calculated for : 28. Jun 2100 03:56:15 384: Greenhouse gas concentrations 28. Jun 2100 03:56:15 CO2 = 1135.0476 CH4 = 2415.47 N2O = 391.793 CFC = 51.39 208.72 0: MPIOM: current date: 2100-06-28 05:15:00 begin of timestep (day): 8 (run): 5704 0: MPIOM: current date: 2100-06-28 06:00:00 begin of timestep (day): 9 (run): 5705 0: MPIOM: current date: 2100-06-28 06:45:00 begin of timestep (day): 10 (run): 5706 0: MPIOM: current date: 2100-06-28 07:30:00 begin of timestep (day): 11 (run): 5707 384: Radiation calculated for : 28. Jun 2100 05:56:15 384: Greenhouse gas concentrations 28. Jun 2100 05:56:15 CO2 = 1135.0507 CH4 = 2415.47 N2O = 391.794 CFC = 51.39 208.72 0: MPIOM: current date: 2100-06-28 08:15:00 begin of timestep (day): 12 (run): 5708 0: MPIOM: current date: 2100-06-28 09:00:00 begin of timestep (day): 13 (run): 5709 0: MPIOM: current date: 2100-06-28 09:45:00 begin of timestep (day): 14 (run): 5710 0: MPIOM: current date: 2100-06-28 10:30:00 begin of timestep (day): 15 (run): 5711 384: Radiation calculated for : 28. Jun 2100 07:56:15 384: Greenhouse gas concentrations 28. Jun 2100 07:56:15 CO2 = 1135.0538 CH4 = 2415.47 N2O = 391.794 CFC = 51.39 208.72 0: MPIOM: current date: 2100-06-28 11:15:00 begin of timestep (day): 16 (run): 5712 0: MPIOM: current date: 2100-06-28 12:00:00 begin of timestep (day): 17 (run): 5713 0: MPIOM: current date: 2100-06-28 12:45:00 begin of timestep (day): 18 (run): 5714 0: MPIOM: current date: 2100-06-28 13:30:00 begin of timestep (day): 19 (run): 5715 384: Radiation calculated for : 28. Jun 2100 09:56:15 384: Greenhouse gas concentrations 28. Jun 2100 09:56:15 CO2 = 1135.0569 CH4 = 2415.47 N2O = 391.794 CFC = 51.39 208.72 0: MPIOM: current date: 2100-06-28 14:15:00 begin of timestep (day): 20 (run): 5716 0: MPIOM: current date: 2100-06-28 15:00:00 begin of timestep (day): 21 (run): 5717 0: MPIOM: current date: 2100-06-28 15:45:00 begin of timestep (day): 22 (run): 5718 0: MPIOM: current date: 2100-06-28 16:30:00 begin of timestep (day): 23 (run): 5719 384: Radiation calculated for : 28. Jun 2100 11:56:15 384: Greenhouse gas concentrations 28. Jun 2100 11:56:15 CO2 = 1135.0600 CH4 = 2415.46 N2O = 391.794 CFC = 51.39 208.72 0: MPIOM: current date: 2100-06-28 17:15:00 begin of timestep (day): 24 (run): 5720 0: MPIOM: current date: 2100-06-28 18:00:00 begin of timestep (day): 25 (run): 5721 0: MPIOM: current date: 2100-06-28 18:45:00 begin of timestep (day): 26 (run): 5722 384: Radiation calculated for : 28. Jun 2100 13:56:15 0: MPIOM: current date: 2100-06-28 19:30:00 begin of timestep (day): 27 (run): 5723 384: Greenhouse gas concentrations 28. Jun 2100 13:56:15 CO2 = 1135.0632 CH4 = 2415.46 N2O = 391.794 CFC = 51.39 208.72 0: MPIOM: current date: 2100-06-28 20:15:00 begin of timestep (day): 28 (run): 5724 0: MPIOM: current date: 2100-06-28 21:00:00 begin of timestep (day): 29 (run): 5725 0: MPIOM: current date: 2100-06-28 21:45:00 begin of timestep (day): 30 (run): 5726 0: MPIOM: current date: 2100-06-28 22:30:00 begin of timestep (day): 31 (run): 5727 384: Radiation calculated for : 28. Jun 2100 15:56:15 384: Greenhouse gas concentrations 28. Jun 2100 15:56:15 CO2 = 1135.0663 CH4 = 2415.46 N2O = 391.794 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-28 23:15:00 begin of timestep (day): 32 (run): 5728 0: MPIOM: current date: 2100-06-29 00:00:00 begin of timestep (day): 1 (run): 5729 384: Radiation calculated for : 28. Jun 2100 17:56:15 384: Greenhouse gas concentrations 28. Jun 2100 17:56:15 CO2 = 1135.0694 CH4 = 2415.45 N2O = 391.794 CFC = 51.39 208.71 384: Radiation calculated for : 28. Jun 2100 19:56:15 384: Greenhouse gas concentrations 28. Jun 2100 19:56:15 CO2 = 1135.0725 CH4 = 2415.45 N2O = 391.794 CFC = 51.39 208.71 384: Radiation calculated for : 28. Jun 2100 21:56:15 384: Greenhouse gas concentrations 28. Jun 2100 21:56:15 CO2 = 1135.0756 CH4 = 2415.45 N2O = 391.794 CFC = 51.39 208.71 384: Radiation calculated for : 28. Jun 2100 23:56:15 384: Greenhouse gas concentrations 28. Jun 2100 23:56:15 CO2 = 1135.0788 CH4 = 2415.45 N2O = 391.795 CFC = 51.39 208.71 384: hydrology_model: Water budget change: 1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 1242978.96611771 m3/s 384: hydrology_model: precip-evap (on ocean): -630231.750559199 m3/s 384: water_budget_corr: P-E correction: -72869.2531620419 m3/s 384: water_budget_corr: slm/slf residuum: 86487.0431021885 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -3984.38448566203 m3/s 384: water_budget_corr: awfre corrected: -707085.388206905 m3/s 384: water_budget_corr: river discharge: 1242978.96611771 m3/s 384: water_budget_corr: water to ocean: 535893.577910804 m3/s 384: Write GRIB1 output for : 28. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.871796555143816E-010 kg m-2 s-1 0: co2 = 1053.44493844277 , n2 = 801999.999771036 , o2 = 0: 196799.999336018 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-29 00:45:00 begin of timestep (day): 2 (run): 5730 0: MPIOM: current date: 2100-06-29 01:30:00 begin of timestep (day): 3 (run): 5731 384: Radiation calculated for : 29. Jun 2100 01:56:15 384: Greenhouse gas concentrations 29. Jun 2100 01:56:15 CO2 = 1135.0819 CH4 = 2415.44 N2O = 391.795 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-29 02:15:00 begin of timestep (day): 4 (run): 5732 0: MPIOM: current date: 2100-06-29 03:00:00 begin of timestep (day): 5 (run): 5733 0: MPIOM: current date: 2100-06-29 03:45:00 begin of timestep (day): 6 (run): 5734 0: MPIOM: current date: 2100-06-29 04:30:00 begin of timestep (day): 7 (run): 5735 384: Radiation calculated for : 29. Jun 2100 03:56:15 384: Greenhouse gas concentrations 29. Jun 2100 03:56:15 CO2 = 1135.0850 CH4 = 2415.44 N2O = 391.795 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-29 05:15:00 begin of timestep (day): 8 (run): 5736 0: MPIOM: current date: 2100-06-29 06:00:00 begin of timestep (day): 9 (run): 5737 0: MPIOM: current date: 2100-06-29 06:45:00 begin of timestep (day): 10 (run): 5738 0: MPIOM: current date: 2100-06-29 07:30:00 begin of timestep (day): 11 (run): 5739 384: Radiation calculated for : 29. Jun 2100 05:56:15 384: Greenhouse gas concentrations 29. Jun 2100 05:56:15 CO2 = 1135.0881 CH4 = 2415.44 N2O = 391.795 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-29 08:15:00 begin of timestep (day): 12 (run): 5740 0: MPIOM: current date: 2100-06-29 09:00:00 begin of timestep (day): 13 (run): 5741 0: MPIOM: current date: 2100-06-29 09:45:00 begin of timestep (day): 14 (run): 5742 0: MPIOM: current date: 2100-06-29 10:30:00 begin of timestep (day): 15 (run): 5743 384: Radiation calculated for : 29. Jun 2100 07:56:15 384: Greenhouse gas concentrations 29. Jun 2100 07:56:15 CO2 = 1135.0912 CH4 = 2415.44 N2O = 391.795 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-29 11:15:00 begin of timestep (day): 16 (run): 5744 0: MPIOM: current date: 2100-06-29 12:00:00 begin of timestep (day): 17 (run): 5745 0: MPIOM: current date: 2100-06-29 12:45:00 begin of timestep (day): 18 (run): 5746 0: MPIOM: current date: 2100-06-29 13:30:00 begin of timestep (day): 19 (run): 5747 384: Radiation calculated for : 29. Jun 2100 09:56:15 384: Greenhouse gas concentrations 29. Jun 2100 09:56:15 CO2 = 1135.0943 CH4 = 2415.43 N2O = 391.795 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-29 14:15:00 begin of timestep (day): 20 (run): 5748 0: MPIOM: current date: 2100-06-29 15:00:00 begin of timestep (day): 21 (run): 5749 0: MPIOM: current date: 2100-06-29 15:45:00 begin of timestep (day): 22 (run): 5750 384: Radiation calculated for : 29. Jun 2100 11:56:15 0: MPIOM: current date: 2100-06-29 16:30:00 begin of timestep (day): 23 (run): 5751 384: Greenhouse gas concentrations 29. Jun 2100 11:56:15 CO2 = 1135.0975 CH4 = 2415.43 N2O = 391.795 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-29 17:15:00 begin of timestep (day): 24 (run): 5752 0: MPIOM: current date: 2100-06-29 18:00:00 begin of timestep (day): 25 (run): 5753 0: MPIOM: current date: 2100-06-29 18:45:00 begin of timestep (day): 26 (run): 5754 384: Radiation calculated for : 29. Jun 2100 13:56:15 0: MPIOM: current date: 2100-06-29 19:30:00 begin of timestep (day): 27 (run): 5755 384: Greenhouse gas concentrations 29. Jun 2100 13:56:15 CO2 = 1135.1006 CH4 = 2415.43 N2O = 391.795 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-29 20:15:00 begin of timestep (day): 28 (run): 5756 0: MPIOM: current date: 2100-06-29 21:00:00 begin of timestep (day): 29 (run): 5757 0: MPIOM: current date: 2100-06-29 21:45:00 begin of timestep (day): 30 (run): 5758 384: Radiation calculated for : 29. Jun 2100 15:56:15 384: Greenhouse gas concentrations 29. Jun 2100 15:56:15 CO2 = 1135.1037 CH4 = 2415.42 N2O = 391.795 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-29 22:30:00 begin of timestep (day): 31 (run): 5759 0: MPIOM: current date: 2100-06-29 23:15:00 begin of timestep (day): 32 (run): 5760 0: MPIOM: current date: 2100-06-30 00:00:00 begin of timestep (day): 1 (run): 5761 384: Radiation calculated for : 29. Jun 2100 17:56:15 384: Greenhouse gas concentrations 29. Jun 2100 17:56:15 CO2 = 1135.1068 CH4 = 2415.42 N2O = 391.795 CFC = 51.39 208.71 384: Radiation calculated for : 29. Jun 2100 19:56:15 384: Greenhouse gas concentrations 29. Jun 2100 19:56:15 CO2 = 1135.1099 CH4 = 2415.42 N2O = 391.796 CFC = 51.39 208.71 384: Radiation calculated for : 29. Jun 2100 21:56:15 384: Greenhouse gas concentrations 29. Jun 2100 21:56:15 CO2 = 1135.1131 CH4 = 2415.42 N2O = 391.796 CFC = 51.39 208.71 384: Radiation calculated for : 29. Jun 2100 23:56:15 384: Greenhouse gas concentrations 29. Jun 2100 23:56:15 CO2 = 1135.1162 CH4 = 2415.41 N2O = 391.796 CFC = 51.39 208.71 384: hydrology_model: Water budget change: 2.980232238769531E-008 m3/s 384: hydrology_model: global discharge: 1234948.61378851 m3/s 384: hydrology_model: precip-evap (on ocean): -1346541.09846168 m3/s 384: water_budget_corr: P-E correction: -84997.3914742092 m3/s 384: water_budget_corr: slm/slf residuum: 118636.295461139 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2181.84753810655 m3/s 384: water_budget_corr: awfre corrected: -1429356.64239777 m3/s 384: water_budget_corr: river discharge: 1234948.61378851 m3/s 384: water_budget_corr: water to ocean: -194408.028609269 m3/s 384: Write GRIB1 output for : 29. Jun 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.47793916436 , n2 = 801999.999880122 , o2 = 0: 196799.999510927 384: CO2 flux correction (global): 4.419817538611392E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-06-30 00:45:00 begin of timestep (day): 2 (run): 5762 0: MPIOM: current date: 2100-06-30 01:30:00 begin of timestep (day): 3 (run): 5763 384: Radiation calculated for : 30. Jun 2100 01:56:15 384: Greenhouse gas concentrations 30. Jun 2100 01:56:15 CO2 = 1135.1193 CH4 = 2415.41 N2O = 391.796 CFC = 51.39 208.71 0: MPIOM: current date: 2100-06-30 02:15:00 begin of timestep (day): 4 (run): 5764 0: MPIOM: current date: 2100-06-30 03:00:00 begin of timestep (day): 5 (run): 5765 0: MPIOM: current date: 2100-06-30 03:45:00 begin of timestep (day): 6 (run): 5766 0: MPIOM: current date: 2100-06-30 04:30:00 begin of timestep (day): 7 (run): 5767 384: Radiation calculated for : 30. Jun 2100 03:56:15 384: Greenhouse gas concentrations 30. Jun 2100 03:56:15 CO2 = 1135.1224 CH4 = 2415.41 N2O = 391.796 CFC = 51.39 208.70 0: MPIOM: current date: 2100-06-30 05:15:00 begin of timestep (day): 8 (run): 5768 0: MPIOM: current date: 2100-06-30 06:00:00 begin of timestep (day): 9 (run): 5769 0: MPIOM: current date: 2100-06-30 06:45:00 begin of timestep (day): 10 (run): 5770 0: MPIOM: current date: 2100-06-30 07:30:00 begin of timestep (day): 11 (run): 5771 384: Radiation calculated for : 30. Jun 2100 05:56:15 384: Greenhouse gas concentrations 30. Jun 2100 05:56:15 CO2 = 1135.1255 CH4 = 2415.40 N2O = 391.796 CFC = 51.39 208.70 0: MPIOM: current date: 2100-06-30 08:15:00 begin of timestep (day): 12 (run): 5772 0: MPIOM: current date: 2100-06-30 09:00:00 begin of timestep (day): 13 (run): 5773 0: MPIOM: current date: 2100-06-30 09:45:00 begin of timestep (day): 14 (run): 5774 0: MPIOM: current date: 2100-06-30 10:30:00 begin of timestep (day): 15 (run): 5775 384: Radiation calculated for : 30. Jun 2100 07:56:15 384: Greenhouse gas concentrations 30. Jun 2100 07:56:15 CO2 = 1135.1287 CH4 = 2415.40 N2O = 391.796 CFC = 51.39 208.70 0: MPIOM: current date: 2100-06-30 11:15:00 begin of timestep (day): 16 (run): 5776 0: MPIOM: current date: 2100-06-30 12:00:00 begin of timestep (day): 17 (run): 5777 0: MPIOM: current date: 2100-06-30 12:45:00 begin of timestep (day): 18 (run): 5778 0: MPIOM: current date: 2100-06-30 13:30:00 begin of timestep (day): 19 (run): 5779 384: Radiation calculated for : 30. Jun 2100 09:56:15 384: Greenhouse gas concentrations 30. Jun 2100 09:56:15 CO2 = 1135.1318 CH4 = 2415.40 N2O = 391.796 CFC = 51.39 208.70 0: MPIOM: current date: 2100-06-30 14:15:00 begin of timestep (day): 20 (run): 5780 0: MPIOM: current date: 2100-06-30 15:00:00 begin of timestep (day): 21 (run): 5781 0: MPIOM: current date: 2100-06-30 15:45:00 begin of timestep (day): 22 (run): 5782 0: MPIOM: current date: 2100-06-30 16:30:00 begin of timestep (day): 23 (run): 5783 384: Radiation calculated for : 30. Jun 2100 11:56:15 384: Greenhouse gas concentrations 30. Jun 2100 11:56:15 CO2 = 1135.1349 CH4 = 2415.40 N2O = 391.796 CFC = 51.39 208.70 0: MPIOM: current date: 2100-06-30 17:15:00 begin of timestep (day): 24 (run): 5784 0: MPIOM: current date: 2100-06-30 18:00:00 begin of timestep (day): 25 (run): 5785 0: MPIOM: current date: 2100-06-30 18:45:00 begin of timestep (day): 26 (run): 5786 0: MPIOM: current date: 2100-06-30 19:30:00 begin of timestep (day): 27 (run): 5787 384: Radiation calculated for : 30. Jun 2100 13:56:15 384: Greenhouse gas concentrations 30. Jun 2100 13:56:15 CO2 = 1135.1380 CH4 = 2415.39 N2O = 391.797 CFC = 51.39 208.70 0: MPIOM: current date: 2100-06-30 20:15:00 begin of timestep (day): 28 (run): 5788 0: MPIOM: current date: 2100-06-30 21:00:00 begin of timestep (day): 29 (run): 5789 0: MPIOM: current date: 2100-06-30 21:45:00 begin of timestep (day): 30 (run): 5790 384: Radiation calculated for : 30. Jun 2100 15:56:15 0: MPIOM: current date: 2100-06-30 22:30:00 begin of timestep (day): 31 (run): 5791 384: Greenhouse gas concentrations 30. Jun 2100 15:56:15 CO2 = 1135.1411 CH4 = 2415.39 N2O = 391.797 CFC = 51.39 208.70 0: MPIOM: current date: 2100-06-30 23:15:00 begin of timestep (day): 32 (run): 5792 384: Radiation calculated for : 30. Jun 2100 17:56:15 384: Greenhouse gas concentrations 30. Jun 2100 17:56:15 CO2 = 1135.1442 CH4 = 2415.39 N2O = 391.797 CFC = 51.39 208.70 384: Radiation calculated for : 30. Jun 2100 19:56:15 384: Greenhouse gas concentrations 30. Jun 2100 19:56:15 CO2 = 1135.1474 CH4 = 2415.39 N2O = 391.797 CFC = 51.39 208.70 384: Radiation calculated for : 30. Jun 2100 21:56:15 384: Greenhouse gas concentrations 30. Jun 2100 21:56:15 CO2 = 1135.1505 CH4 = 2415.38 N2O = 391.797 CFC = 51.39 208.70 384: Radiation calculated for : 30. Jun 2100 23:56:15 384: Greenhouse gas concentrations 30. Jun 2100 23:56:15 CO2 = 1135.1536 CH4 = 2415.38 N2O = 391.797 CFC = 51.39 208.70 384: hydrology_model: Water budget change: -2.980232238769531E-007 m3/s 384: hydrology_model: global discharge: 1251129.36344477 m3/s 384: hydrology_model: precip-evap (on ocean): -967965.806341280 m3/s 384: water_budget_corr: P-E correction: -34991.1293321001 m3/s 384: water_budget_corr: slm/slf residuum: 106183.810654352 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 7358.20839021979 m3/s 384: water_budget_corr: awfre corrected: -995598.727283167 m3/s 384: water_budget_corr: river discharge: 1251129.36344477 m3/s 384: water_budget_corr: water to ocean: 255530.636161605 m3/s 384: Write GRIB1 output for : 30. Jun 2100 23:52:30 0: MPIOM: current date: 2100-07-01 00:00:00 begin of timestep (day): 1 (run): 5793 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210007.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:6) 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:6) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:6) 0: co2 = 1053.49488579123 , n2 = 801999.999844461 , o2 = 0: 196799.999429690 384: esm-ssp585-ocn-alk_EXP2_210007.01_accw accw 82 T T 0: MPIOM: current date: 2100-07-01 00:45:00 begin of timestep (day): 2 (run): 5794 384: esm-ssp585-ocn-alk_EXP2_210007.01_nitro nitro 80 T T 0: MPIOM: current date: 2100-07-01 01:30:00 begin of timestep (day): 3 (run): 5795 384: esm-ssp585-ocn-alk_EXP2_210007.01_echam spm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210007.01_echam glm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210007.01_echam g3bm 78 T T 0: MPIOM: current date: 2100-07-01 02:15:00 begin of timestep (day): 4 (run): 5796 384: esm-ssp585-ocn-alk_EXP2_210007.01_co2 co2m 76 T T 384: esm-ssp585-ocn-alk_EXP2_210007.01_surf surfm 74 T T 0: MPIOM: current date: 2100-07-01 03:00:00 begin of timestep (day): 5 (run): 5797 384: esm-ssp585-ocn-alk_EXP2_210007.01_tracer tracerm 72 T T 0: MPIOM: current date: 2100-07-01 03:45:00 begin of timestep (day): 6 (run): 5798 384: esm-ssp585-ocn-alk_EXP2_210007.01_jsbach jsbachm 70 T T 384: esm-ssp585-ocn-alk_EXP2_210007.01_land landm 68 T T 0: MPIOM: current date: 2100-07-01 04:30:00 begin of timestep (day): 7 (run): 5799 384: esm-ssp585-ocn-alk_EXP2_210007.01_veg vegm 66 T T 0: MPIOM: current date: 2100-07-01 05:15:00 begin of timestep (day): 8 (run): 5800 384: esm-ssp585-ocn-alk_EXP2_210007.01_yasso yassom 64 T T 0: MPIOM: current date: 2100-07-01 06:00:00 begin of timestep (day): 9 (run): 5801 384: esm-ssp585-ocn-alk_EXP2_210007.01_echamday g3bday 62 T T 0: MPIOM: current date: 2100-07-01 06:45:00 begin of timestep (day): 10 (run): 5802 384: esm-ssp585-ocn-alk_EXP2_210007.01_jsbachday jsbachday 60 T T 0: MPIOM: current date: 2100-07-01 07:30:00 begin of timestep (day): 11 (run): 5803 384: esm-ssp585-ocn-alk_EXP2_210007.01_landday landday 58 T T 384: esm-ssp585-ocn-alk_EXP2_210007.01_vegday vegday 56 T T 0: MPIOM: current date: 2100-07-01 08:15:00 begin of timestep (day): 12 (run): 5804 384: 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 6.042247676221500E-010 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-01 09:00:00 begin of timestep (day): 13 (run): 5805 0: MPIOM: current date: 2100-07-01 09:45:00 begin of timestep (day): 14 (run): 5806 384: Radiation calculated for : 1. Jul 2100 01:56:15 384: Greenhouse gas concentrations 1. Jul 2100 01:56:15 CO2 = 1135.1568 CH4 = 2415.38 N2O = 391.797 CFC = 51.39 208.70 0: MPIOM: current date: 2100-07-01 10:30:00 begin of timestep (day): 15 (run): 5807 0: MPIOM: current date: 2100-07-01 11:15:00 begin of timestep (day): 16 (run): 5808 0: MPIOM: current date: 2100-07-01 12:00:00 begin of timestep (day): 17 (run): 5809 0: MPIOM: current date: 2100-07-01 12:45:00 begin of timestep (day): 18 (run): 5810 384: Radiation calculated for : 1. Jul 2100 03:56:15 384: Greenhouse gas concentrations 1. Jul 2100 03:56:15 CO2 = 1135.1599 CH4 = 2415.37 N2O = 391.797 CFC = 51.39 208.70 0: MPIOM: current date: 2100-07-01 13:30:00 begin of timestep (day): 19 (run): 5811 0: MPIOM: current date: 2100-07-01 14:15:00 begin of timestep (day): 20 (run): 5812 0: MPIOM: current date: 2100-07-01 15:00:00 begin of timestep (day): 21 (run): 5813 0: MPIOM: current date: 2100-07-01 15:45:00 begin of timestep (day): 22 (run): 5814 384: Radiation calculated for : 1. Jul 2100 05:56:15 384: Greenhouse gas concentrations 1. Jul 2100 05:56:15 CO2 = 1135.1630 CH4 = 2415.37 N2O = 391.797 CFC = 51.39 208.70 0: MPIOM: current date: 2100-07-01 16:30:00 begin of timestep (day): 23 (run): 5815 0: MPIOM: current date: 2100-07-01 17:15:00 begin of timestep (day): 24 (run): 5816 0: MPIOM: current date: 2100-07-01 18:00:00 begin of timestep (day): 25 (run): 5817 0: MPIOM: current date: 2100-07-01 18:45:00 begin of timestep (day): 26 (run): 5818 384: Radiation calculated for : 1. Jul 2100 07:56:15 384: Greenhouse gas concentrations 1. Jul 2100 07:56:15 CO2 = 1135.1661 CH4 = 2415.37 N2O = 391.798 CFC = 51.38 208.70 0: MPIOM: current date: 2100-07-01 19:30:00 begin of timestep (day): 27 (run): 5819 0: MPIOM: current date: 2100-07-01 20:15:00 begin of timestep (day): 28 (run): 5820 0: MPIOM: current date: 2100-07-01 21:00:00 begin of timestep (day): 29 (run): 5821 0: MPIOM: current date: 2100-07-01 21:45:00 begin of timestep (day): 30 (run): 5822 384: Radiation calculated for : 1. Jul 2100 09:56:15 384: Greenhouse gas concentrations 1. Jul 2100 09:56:15 CO2 = 1135.1692 CH4 = 2415.37 N2O = 391.798 CFC = 51.38 208.70 0: MPIOM: current date: 2100-07-01 22:30:00 begin of timestep (day): 31 (run): 5823 0: MPIOM: current date: 2100-07-01 23:15:00 begin of timestep (day): 32 (run): 5824 0: MPIOM: current date: 2100-07-02 00:00:00 begin of timestep (day): 1 (run): 5825 384: Radiation calculated for : 1. Jul 2100 11:56:15 384: Greenhouse gas concentrations 1. Jul 2100 11:56:15 CO2 = 1135.1723 CH4 = 2415.36 N2O = 391.798 CFC = 51.38 208.70 384: Radiation calculated for : 1. Jul 2100 13:56:15 384: Greenhouse gas concentrations 1. Jul 2100 13:56:15 CO2 = 1135.1755 CH4 = 2415.36 N2O = 391.798 CFC = 51.38 208.70 384: Radiation calculated for : 1. Jul 2100 15:56:15 384: Greenhouse gas concentrations 1. Jul 2100 15:56:15 CO2 = 1135.1786 CH4 = 2415.36 N2O = 391.798 CFC = 51.38 208.69 384: Radiation calculated for : 1. Jul 2100 17:56:15 384: Greenhouse gas concentrations 1. Jul 2100 17:56:15 CO2 = 1135.1817 CH4 = 2415.35 N2O = 391.798 CFC = 51.38 208.69 384: Radiation calculated for : 1. Jul 2100 19:56:15 384: Greenhouse gas concentrations 1. Jul 2100 19:56:15 CO2 = 1135.1848 CH4 = 2415.35 N2O = 391.798 CFC = 51.38 208.69 384: Radiation calculated for : 1. Jul 2100 21:56:15 384: Greenhouse gas concentrations 1. Jul 2100 21:56:15 CO2 = 1135.1879 CH4 = 2415.35 N2O = 391.798 CFC = 51.38 208.69 384: Radiation calculated for : 1. Jul 2100 23:56:15 384: Greenhouse gas concentrations 1. Jul 2100 23:56:15 CO2 = 1135.1910 CH4 = 2415.35 N2O = 391.798 CFC = 51.38 208.69 384: hydrology_model: Water budget change: 1.609325408935547E-006 m3/s 384: hydrology_model: global discharge: 1226441.49222331 m3/s 384: hydrology_model: precip-evap (on ocean): -727013.551985931 m3/s 384: water_budget_corr: P-E correction: -32450.5224971109 m3/s 384: water_budget_corr: slm/slf residuum: 25759.2805473138 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4092.68962999627 m3/s 384: water_budget_corr: awfre corrected: -755371.384853039 m3/s 384: water_budget_corr: river discharge: 1226441.49222331 m3/s 384: water_budget_corr: water to ocean: 471070.107370260 m3/s 384: Write GRIB1 output for : 1. Jul 2100 23:52:30 0: co2 = 1053.49622396778 , n2 = 801999.999760708 , o2 = 0: 196799.999329097 0: MPIOM: current date: 2100-07-02 00:45:00 begin of timestep (day): 2 (run): 5826 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.889391168732257E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-02 01:30:00 begin of timestep (day): 3 (run): 5827 0: MPIOM: current date: 2100-07-02 02:15:00 begin of timestep (day): 4 (run): 5828 384: Radiation calculated for : 2. Jul 2100 01:56:15 384: Greenhouse gas concentrations 2. Jul 2100 01:56:15 CO2 = 1135.1942 CH4 = 2415.34 N2O = 391.798 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-02 03:00:00 begin of timestep (day): 5 (run): 5829 0: MPIOM: current date: 2100-07-02 03:45:00 begin of timestep (day): 6 (run): 5830 0: MPIOM: current date: 2100-07-02 04:30:00 begin of timestep (day): 7 (run): 5831 0: MPIOM: current date: 2100-07-02 05:15:00 begin of timestep (day): 8 (run): 5832 384: Radiation calculated for : 2. Jul 2100 03:56:15 384: Greenhouse gas concentrations 2. Jul 2100 03:56:15 CO2 = 1135.1973 CH4 = 2415.34 N2O = 391.799 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-02 06:00:00 begin of timestep (day): 9 (run): 5833 0: MPIOM: current date: 2100-07-02 06:45:00 begin of timestep (day): 10 (run): 5834 0: MPIOM: current date: 2100-07-02 07:30:00 begin of timestep (day): 11 (run): 5835 384: Radiation calculated for : 2. Jul 2100 05:56:15 384: Greenhouse gas concentrations 2. Jul 2100 05:56:15 CO2 = 1135.2004 CH4 = 2415.34 N2O = 391.799 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-02 08:15:00 begin of timestep (day): 12 (run): 5836 0: MPIOM: current date: 2100-07-02 09:00:00 begin of timestep (day): 13 (run): 5837 0: MPIOM: current date: 2100-07-02 09:45:00 begin of timestep (day): 14 (run): 5838 0: MPIOM: current date: 2100-07-02 10:30:00 begin of timestep (day): 15 (run): 5839 384: Radiation calculated for : 2. Jul 2100 07:56:15 384: Greenhouse gas concentrations 2. Jul 2100 07:56:15 CO2 = 1135.2035 CH4 = 2415.33 N2O = 391.799 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-02 11:15:00 begin of timestep (day): 16 (run): 5840 0: MPIOM: current date: 2100-07-02 12:00:00 begin of timestep (day): 17 (run): 5841 0: MPIOM: current date: 2100-07-02 12:45:00 begin of timestep (day): 18 (run): 5842 0: MPIOM: current date: 2100-07-02 13:30:00 begin of timestep (day): 19 (run): 5843 384: Radiation calculated for : 2. Jul 2100 09:56:15 384: Greenhouse gas concentrations 2. Jul 2100 09:56:15 CO2 = 1135.2066 CH4 = 2415.33 N2O = 391.799 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-02 14:15:00 begin of timestep (day): 20 (run): 5844 0: MPIOM: current date: 2100-07-02 15:00:00 begin of timestep (day): 21 (run): 5845 0: MPIOM: current date: 2100-07-02 15:45:00 begin of timestep (day): 22 (run): 5846 0: MPIOM: current date: 2100-07-02 16:30:00 begin of timestep (day): 23 (run): 5847 384: Radiation calculated for : 2. Jul 2100 11:56:15 384: Greenhouse gas concentrations 2. Jul 2100 11:56:15 CO2 = 1135.2097 CH4 = 2415.33 N2O = 391.799 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-02 17:15:00 begin of timestep (day): 24 (run): 5848 0: MPIOM: current date: 2100-07-02 18:00:00 begin of timestep (day): 25 (run): 5849 0: MPIOM: current date: 2100-07-02 18:45:00 begin of timestep (day): 26 (run): 5850 0: MPIOM: current date: 2100-07-02 19:30:00 begin of timestep (day): 27 (run): 5851 384: Radiation calculated for : 2. Jul 2100 13:56:15 384: Greenhouse gas concentrations 2. Jul 2100 13:56:15 CO2 = 1135.2129 CH4 = 2415.33 N2O = 391.799 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-02 20:15:00 begin of timestep (day): 28 (run): 5852 0: MPIOM: current date: 2100-07-02 21:00:00 begin of timestep (day): 29 (run): 5853 0: MPIOM: current date: 2100-07-02 21:45:00 begin of timestep (day): 30 (run): 5854 0: MPIOM: current date: 2100-07-02 22:30:00 begin of timestep (day): 31 (run): 5855 384: Radiation calculated for : 2. Jul 2100 15:56:15 384: Greenhouse gas concentrations 2. Jul 2100 15:56:15 CO2 = 1135.2160 CH4 = 2415.32 N2O = 391.799 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-02 23:15:00 begin of timestep (day): 32 (run): 5856 0: MPIOM: current date: 2100-07-03 00:00:00 begin of timestep (day): 1 (run): 5857 384: Radiation calculated for : 2. Jul 2100 17:56:15 384: Greenhouse gas concentrations 2. Jul 2100 17:56:15 CO2 = 1135.2191 CH4 = 2415.32 N2O = 391.799 CFC = 51.38 208.69 384: Radiation calculated for : 2. Jul 2100 19:56:15 384: Greenhouse gas concentrations 2. Jul 2100 19:56:15 CO2 = 1135.2222 CH4 = 2415.32 N2O = 391.799 CFC = 51.38 208.69 384: Radiation calculated for : 2. Jul 2100 21:56:15 384: Greenhouse gas concentrations 2. Jul 2100 21:56:15 CO2 = 1135.2253 CH4 = 2415.32 N2O = 391.799 CFC = 51.38 208.69 384: Radiation calculated for : 2. Jul 2100 23:56:15 384: Greenhouse gas concentrations 2. Jul 2100 23:56:15 CO2 = 1135.2284 CH4 = 2415.31 N2O = 391.800 CFC = 51.38 208.69 384: hydrology_model: Water budget change: -2.443790435791016E-006 m3/s 384: hydrology_model: global discharge: 1214596.95509008 m3/s 384: hydrology_model: precip-evap (on ocean): -1304867.38440534 m3/s 384: water_budget_corr: P-E correction: -64524.7774214182 m3/s 384: water_budget_corr: slm/slf residuum: 41341.3624248105 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2219.43167256537 m3/s 384: water_budget_corr: awfre corrected: -1367172.73015421 m3/s 384: water_budget_corr: river discharge: 1214596.95509008 m3/s 384: water_budget_corr: water to ocean: -152575.775064133 m3/s 384: Write GRIB1 output for : 2. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.909589659944034E-010 kg m-2 s-1 0: co2 = 1053.46509725068 , n2 = 801999.999676947 , o2 = 0: 196799.999188868 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-03 00:45:00 begin of timestep (day): 2 (run): 5858 0: MPIOM: current date: 2100-07-03 01:30:00 begin of timestep (day): 3 (run): 5859 384: Radiation calculated for : 3. Jul 2100 01:56:15 384: Greenhouse gas concentrations 3. Jul 2100 01:56:15 CO2 = 1135.2316 CH4 = 2415.31 N2O = 391.800 CFC = 51.38 208.69 0: MPIOM: current date: 2100-07-03 02:15:00 begin of timestep (day): 4 (run): 5860 0: MPIOM: current date: 2100-07-03 03:00:00 begin of timestep (day): 5 (run): 5861 0: MPIOM: current date: 2100-07-03 03:45:00 begin of timestep (day): 6 (run): 5862 0: MPIOM: current date: 2100-07-03 04:30:00 begin of timestep (day): 7 (run): 5863 384: Radiation calculated for : 3. Jul 2100 03:56:15 384: Greenhouse gas concentrations 3. Jul 2100 03:56:15 CO2 = 1135.2347 CH4 = 2415.31 N2O = 391.800 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-03 05:15:00 begin of timestep (day): 8 (run): 5864 0: MPIOM: current date: 2100-07-03 06:00:00 begin of timestep (day): 9 (run): 5865 0: MPIOM: current date: 2100-07-03 06:45:00 begin of timestep (day): 10 (run): 5866 384: Radiation calculated for : 3. Jul 2100 05:56:15 0: MPIOM: current date: 2100-07-03 07:30:00 begin of timestep (day): 11 (run): 5867 384: Greenhouse gas concentrations 3. Jul 2100 05:56:15 CO2 = 1135.2378 CH4 = 2415.30 N2O = 391.800 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-03 08:15:00 begin of timestep (day): 12 (run): 5868 0: MPIOM: current date: 2100-07-03 09:00:00 begin of timestep (day): 13 (run): 5869 0: MPIOM: current date: 2100-07-03 09:45:00 begin of timestep (day): 14 (run): 5870 0: MPIOM: current date: 2100-07-03 10:30:00 begin of timestep (day): 15 (run): 5871 384: Radiation calculated for : 3. Jul 2100 07:56:15 384: Greenhouse gas concentrations 3. Jul 2100 07:56:15 CO2 = 1135.2409 CH4 = 2415.30 N2O = 391.800 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-03 11:15:00 begin of timestep (day): 16 (run): 5872 0: MPIOM: current date: 2100-07-03 12:00:00 begin of timestep (day): 17 (run): 5873 0: MPIOM: current date: 2100-07-03 12:45:00 begin of timestep (day): 18 (run): 5874 0: MPIOM: current date: 2100-07-03 13:30:00 begin of timestep (day): 19 (run): 5875 384: Radiation calculated for : 3. Jul 2100 09:56:15 384: Greenhouse gas concentrations 3. Jul 2100 09:56:15 CO2 = 1135.2440 CH4 = 2415.30 N2O = 391.800 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-03 14:15:00 begin of timestep (day): 20 (run): 5876 0: MPIOM: current date: 2100-07-03 15:00:00 begin of timestep (day): 21 (run): 5877 0: MPIOM: current date: 2100-07-03 15:45:00 begin of timestep (day): 22 (run): 5878 0: MPIOM: current date: 2100-07-03 16:30:00 begin of timestep (day): 23 (run): 5879 384: Radiation calculated for : 3. Jul 2100 11:56:15 384: Greenhouse gas concentrations 3. Jul 2100 11:56:15 CO2 = 1135.2471 CH4 = 2415.30 N2O = 391.800 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-03 17:15:00 begin of timestep (day): 24 (run): 5880 0: MPIOM: current date: 2100-07-03 18:00:00 begin of timestep (day): 25 (run): 5881 0: MPIOM: current date: 2100-07-03 18:45:00 begin of timestep (day): 26 (run): 5882 384: Radiation calculated for : 3. Jul 2100 13:56:15 0: MPIOM: current date: 2100-07-03 19:30:00 begin of timestep (day): 27 (run): 5883 384: Greenhouse gas concentrations 3. Jul 2100 13:56:15 CO2 = 1135.2503 CH4 = 2415.29 N2O = 391.800 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-03 20:15:00 begin of timestep (day): 28 (run): 5884 0: MPIOM: current date: 2100-07-03 21:00:00 begin of timestep (day): 29 (run): 5885 0: MPIOM: current date: 2100-07-03 21:45:00 begin of timestep (day): 30 (run): 5886 384: Radiation calculated for : 3. Jul 2100 15:56:15 0: MPIOM: current date: 2100-07-03 22:30:00 begin of timestep (day): 31 (run): 5887 384: Greenhouse gas concentrations 3. Jul 2100 15:56:15 CO2 = 1135.2534 CH4 = 2415.29 N2O = 391.800 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-03 23:15:00 begin of timestep (day): 32 (run): 5888 0: MPIOM: current date: 2100-07-04 00:00:00 begin of timestep (day): 1 (run): 5889 384: Radiation calculated for : 3. Jul 2100 17:56:15 384: Greenhouse gas concentrations 3. Jul 2100 17:56:15 CO2 = 1135.2565 CH4 = 2415.29 N2O = 391.801 CFC = 51.38 208.68 384: Radiation calculated for : 3. Jul 2100 19:56:15 384: Greenhouse gas concentrations 3. Jul 2100 19:56:15 CO2 = 1135.2596 CH4 = 2415.29 N2O = 391.801 CFC = 51.38 208.68 384: Radiation calculated for : 3. Jul 2100 21:56:15 384: Greenhouse gas concentrations 3. Jul 2100 21:56:15 CO2 = 1135.2627 CH4 = 2415.28 N2O = 391.801 CFC = 51.38 208.68 384: Radiation calculated for : 3. Jul 2100 23:56:15 384: Greenhouse gas concentrations 3. Jul 2100 23:56:15 CO2 = 1135.2658 CH4 = 2415.28 N2O = 391.801 CFC = 51.38 208.68 384: hydrology_model: Water budget change: 3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1192199.13843378 m3/s 384: hydrology_model: precip-evap (on ocean): -344557.065285853 m3/s 384: water_budget_corr: P-E correction: -100334.265438232 m3/s 384: water_budget_corr: slm/slf residuum: 83049.8696411631 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2651.61818787036 m3/s 384: water_budget_corr: awfre corrected: -442239.712536225 m3/s 384: water_budget_corr: river discharge: 1192199.13843378 m3/s 384: water_budget_corr: water to ocean: 749959.425897545 m3/s 384: Write GRIB1 output for : 3. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.393236512189496E-010 kg m-2 s-1 0: co2 = 1053.44439844229 , n2 = 801999.999664573 , o2 = 0: 196799.999166238 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-04 00:45:00 begin of timestep (day): 2 (run): 5890 0: MPIOM: current date: 2100-07-04 01:30:00 begin of timestep (day): 3 (run): 5891 384: Radiation calculated for : 4. Jul 2100 01:56:15 384: Greenhouse gas concentrations 4. Jul 2100 01:56:15 CO2 = 1135.2690 CH4 = 2415.28 N2O = 391.801 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-04 02:15:00 begin of timestep (day): 4 (run): 5892 0: MPIOM: current date: 2100-07-04 03:00:00 begin of timestep (day): 5 (run): 5893 0: MPIOM: current date: 2100-07-04 03:45:00 begin of timestep (day): 6 (run): 5894 0: MPIOM: current date: 2100-07-04 04:30:00 begin of timestep (day): 7 (run): 5895 384: Radiation calculated for : 4. Jul 2100 03:56:15 384: Greenhouse gas concentrations 4. Jul 2100 03:56:15 CO2 = 1135.2721 CH4 = 2415.27 N2O = 391.801 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-04 05:15:00 begin of timestep (day): 8 (run): 5896 0: MPIOM: current date: 2100-07-04 06:00:00 begin of timestep (day): 9 (run): 5897 0: MPIOM: current date: 2100-07-04 06:45:00 begin of timestep (day): 10 (run): 5898 0: MPIOM: current date: 2100-07-04 07:30:00 begin of timestep (day): 11 (run): 5899 384: Radiation calculated for : 4. Jul 2100 05:56:15 384: Greenhouse gas concentrations 4. Jul 2100 05:56:15 CO2 = 1135.2752 CH4 = 2415.27 N2O = 391.801 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-04 08:15:00 begin of timestep (day): 12 (run): 5900 0: MPIOM: current date: 2100-07-04 09:00:00 begin of timestep (day): 13 (run): 5901 0: MPIOM: current date: 2100-07-04 09:45:00 begin of timestep (day): 14 (run): 5902 0: MPIOM: current date: 2100-07-04 10:30:00 begin of timestep (day): 15 (run): 5903 384: Radiation calculated for : 4. Jul 2100 07:56:15 384: Greenhouse gas concentrations 4. Jul 2100 07:56:15 CO2 = 1135.2783 CH4 = 2415.27 N2O = 391.801 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-04 11:15:00 begin of timestep (day): 16 (run): 5904 0: MPIOM: current date: 2100-07-04 12:00:00 begin of timestep (day): 17 (run): 5905 0: MPIOM: current date: 2100-07-04 12:45:00 begin of timestep (day): 18 (run): 5906 0: MPIOM: current date: 2100-07-04 13:30:00 begin of timestep (day): 19 (run): 5907 384: Radiation calculated for : 4. Jul 2100 09:56:15 384: Greenhouse gas concentrations 4. Jul 2100 09:56:15 CO2 = 1135.2814 CH4 = 2415.27 N2O = 391.801 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-04 14:15:00 begin of timestep (day): 20 (run): 5908 0: MPIOM: current date: 2100-07-04 15:00:00 begin of timestep (day): 21 (run): 5909 0: MPIOM: current date: 2100-07-04 15:45:00 begin of timestep (day): 22 (run): 5910 0: MPIOM: current date: 2100-07-04 16:30:00 begin of timestep (day): 23 (run): 5911 384: Radiation calculated for : 4. Jul 2100 11:56:15 384: Greenhouse gas concentrations 4. Jul 2100 11:56:15 CO2 = 1135.2845 CH4 = 2415.26 N2O = 391.801 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-04 17:15:00 begin of timestep (day): 24 (run): 5912 0: MPIOM: current date: 2100-07-04 18:00:00 begin of timestep (day): 25 (run): 5913 0: MPIOM: current date: 2100-07-04 18:45:00 begin of timestep (day): 26 (run): 5914 0: MPIOM: current date: 2100-07-04 19:30:00 begin of timestep (day): 27 (run): 5915 384: Radiation calculated for : 4. Jul 2100 13:56:15 384: Greenhouse gas concentrations 4. Jul 2100 13:56:15 CO2 = 1135.2877 CH4 = 2415.26 N2O = 391.802 CFC = 51.38 208.68 0: MPIOM: current date: 2100-07-04 20:15:00 begin of timestep (day): 28 (run): 5916 0: MPIOM: current date: 2100-07-04 21:00:00 begin of timestep (day): 29 (run): 5917 0: MPIOM: current date: 2100-07-04 21:45:00 begin of timestep (day): 30 (run): 5918 0: MPIOM: current date: 2100-07-04 22:30:00 begin of timestep (day): 31 (run): 5919 0: MPIOM: current date: 2100-07-04 23:15:00 begin of timestep (day): 32 (run): 5920 384: Radiation calculated for : 4. Jul 2100 15:56:15 384: Greenhouse gas concentrations 4. Jul 2100 15:56:15 CO2 = 1135.2908 CH4 = 2415.26 N2O = 391.802 CFC = 51.38 208.67 0: MPIOM: current date: 2100-07-05 00:00:00 begin of timestep (day): 1 (run): 5921 384: Radiation calculated for : 4. Jul 2100 17:56:15 384: Greenhouse gas concentrations 4. Jul 2100 17:56:15 CO2 = 1135.2939 CH4 = 2415.26 N2O = 391.802 CFC = 51.37 208.67 384: Radiation calculated for : 4. Jul 2100 19:56:15 384: Greenhouse gas concentrations 4. Jul 2100 19:56:15 CO2 = 1135.2970 CH4 = 2415.25 N2O = 391.802 CFC = 51.37 208.67 384: Radiation calculated for : 4. Jul 2100 21:56:15 384: Greenhouse gas concentrations 4. Jul 2100 21:56:15 CO2 = 1135.3001 CH4 = 2415.25 N2O = 391.802 CFC = 51.37 208.67 384: Radiation calculated for : 4. Jul 2100 23:56:15 384: Greenhouse gas concentrations 4. Jul 2100 23:56:15 CO2 = 1135.3032 CH4 = 2415.25 N2O = 391.802 CFC = 51.37 208.67 384: hydrology_model: Water budget change: 0.000000000000000E+000 m3/s 384: hydrology_model: global discharge: 1186204.13997790 m3/s 384: hydrology_model: precip-evap (on ocean): -332016.923704549 m3/s 384: water_budget_corr: P-E correction: -65638.8376133899 m3/s 384: water_budget_corr: slm/slf residuum: 38488.5891409918 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5839.75996567608 m3/s 384: water_budget_corr: awfre corrected: -391816.001352255 m3/s 384: water_budget_corr: river discharge: 1186204.13997790 m3/s 384: water_budget_corr: water to ocean: 794388.138625652 m3/s 384: Write GRIB1 output for : 4. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.109102161136795E-010 kg m-2 s-1 0: co2 = 1053.42011291111 , n2 = 801999.999664089 , o2 = 0: 196799.999159347 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-05 00:45:00 begin of timestep (day): 2 (run): 5922 0: MPIOM: current date: 2100-07-05 01:30:00 begin of timestep (day): 3 (run): 5923 384: Radiation calculated for : 5. Jul 2100 01:56:15 384: Greenhouse gas concentrations 5. Jul 2100 01:56:15 CO2 = 1135.3064 CH4 = 2415.24 N2O = 391.802 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-05 02:15:00 begin of timestep (day): 4 (run): 5924 0: MPIOM: current date: 2100-07-05 03:00:00 begin of timestep (day): 5 (run): 5925 0: MPIOM: current date: 2100-07-05 03:45:00 begin of timestep (day): 6 (run): 5926 0: MPIOM: current date: 2100-07-05 04:30:00 begin of timestep (day): 7 (run): 5927 384: Radiation calculated for : 5. Jul 2100 03:56:15 384: Greenhouse gas concentrations 5. Jul 2100 03:56:15 CO2 = 1135.3095 CH4 = 2415.24 N2O = 391.802 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-05 05:15:00 begin of timestep (day): 8 (run): 5928 0: MPIOM: current date: 2100-07-05 06:00:00 begin of timestep (day): 9 (run): 5929 0: MPIOM: current date: 2100-07-05 06:45:00 begin of timestep (day): 10 (run): 5930 0: MPIOM: current date: 2100-07-05 07:30:00 begin of timestep (day): 11 (run): 5931 384: Radiation calculated for : 5. Jul 2100 05:56:15 384: Greenhouse gas concentrations 5. Jul 2100 05:56:15 CO2 = 1135.3126 CH4 = 2415.24 N2O = 391.802 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-05 08:15:00 begin of timestep (day): 12 (run): 5932 0: MPIOM: current date: 2100-07-05 09:00:00 begin of timestep (day): 13 (run): 5933 0: MPIOM: current date: 2100-07-05 09:45:00 begin of timestep (day): 14 (run): 5934 0: MPIOM: current date: 2100-07-05 10:30:00 begin of timestep (day): 15 (run): 5935 384: Radiation calculated for : 5. Jul 2100 07:56:15 384: Greenhouse gas concentrations 5. Jul 2100 07:56:15 CO2 = 1135.3157 CH4 = 2415.24 N2O = 391.803 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-05 11:15:00 begin of timestep (day): 16 (run): 5936 0: MPIOM: current date: 2100-07-05 12:00:00 begin of timestep (day): 17 (run): 5937 0: MPIOM: current date: 2100-07-05 12:45:00 begin of timestep (day): 18 (run): 5938 0: MPIOM: current date: 2100-07-05 13:30:00 begin of timestep (day): 19 (run): 5939 384: Radiation calculated for : 5. Jul 2100 09:56:15 384: Greenhouse gas concentrations 5. Jul 2100 09:56:15 CO2 = 1135.3188 CH4 = 2415.23 N2O = 391.803 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-05 14:15:00 begin of timestep (day): 20 (run): 5940 0: MPIOM: current date: 2100-07-05 15:00:00 begin of timestep (day): 21 (run): 5941 0: MPIOM: current date: 2100-07-05 15:45:00 begin of timestep (day): 22 (run): 5942 0: MPIOM: current date: 2100-07-05 16:30:00 begin of timestep (day): 23 (run): 5943 384: Radiation calculated for : 5. Jul 2100 11:56:15 384: Greenhouse gas concentrations 5. Jul 2100 11:56:15 CO2 = 1135.3219 CH4 = 2415.23 N2O = 391.803 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-05 17:15:00 begin of timestep (day): 24 (run): 5944 0: MPIOM: current date: 2100-07-05 18:00:00 begin of timestep (day): 25 (run): 5945 0: MPIOM: current date: 2100-07-05 18:45:00 begin of timestep (day): 26 (run): 5946 0: MPIOM: current date: 2100-07-05 19:30:00 begin of timestep (day): 27 (run): 5947 384: Radiation calculated for : 5. Jul 2100 13:56:15 384: Greenhouse gas concentrations 5. Jul 2100 13:56:15 CO2 = 1135.3250 CH4 = 2415.23 N2O = 391.803 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-05 20:15:00 begin of timestep (day): 28 (run): 5948 0: MPIOM: current date: 2100-07-05 21:00:00 begin of timestep (day): 29 (run): 5949 0: MPIOM: current date: 2100-07-05 21:45:00 begin of timestep (day): 30 (run): 5950 0: MPIOM: current date: 2100-07-05 22:30:00 begin of timestep (day): 31 (run): 5951 384: Radiation calculated for : 5. Jul 2100 15:56:15 384: Greenhouse gas concentrations 5. Jul 2100 15:56:15 CO2 = 1135.3282 CH4 = 2415.23 N2O = 391.803 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-05 23:15:00 begin of timestep (day): 32 (run): 5952 0: MPIOM: current date: 2100-07-06 00:00:00 begin of timestep (day): 1 (run): 5953 384: Radiation calculated for : 5. Jul 2100 17:56:15 384: Greenhouse gas concentrations 5. Jul 2100 17:56:15 CO2 = 1135.3313 CH4 = 2415.22 N2O = 391.803 CFC = 51.37 208.67 384: Radiation calculated for : 5. Jul 2100 19:56:15 384: Greenhouse gas concentrations 5. Jul 2100 19:56:15 CO2 = 1135.3344 CH4 = 2415.22 N2O = 391.803 CFC = 51.37 208.67 384: Radiation calculated for : 5. Jul 2100 21:56:15 384: Greenhouse gas concentrations 5. Jul 2100 21:56:15 CO2 = 1135.3375 CH4 = 2415.22 N2O = 391.803 CFC = 51.37 208.67 384: Radiation calculated for : 5. Jul 2100 23:56:15 384: Greenhouse gas concentrations 5. Jul 2100 23:56:15 CO2 = 1135.3406 CH4 = 2415.21 N2O = 391.803 CFC = 51.37 208.67 384: hydrology_model: Water budget change: 3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1184958.68448798 m3/s 384: hydrology_model: precip-evap (on ocean): -205954.035522973 m3/s 384: water_budget_corr: P-E correction: -74140.2708089599 m3/s 384: water_budget_corr: slm/slf residuum: 64090.2751756614 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2039.91614404992 m3/s 384: water_budget_corr: awfre corrected: -278054.390187898 m3/s 384: water_budget_corr: river discharge: 1184958.68448798 m3/s 384: water_budget_corr: water to ocean: 906904.294300081 m3/s 384: Write GRIB1 output for : 5. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.554247256954720E-010 kg m-2 s-1 0: co2 = 1053.38380775296 , n2 = 801999.999679389 , o2 = 0: 196799.999188783 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-06 00:45:00 begin of timestep (day): 2 (run): 5954 0: MPIOM: current date: 2100-07-06 01:30:00 begin of timestep (day): 3 (run): 5955 384: Radiation calculated for : 6. Jul 2100 01:56:15 384: Greenhouse gas concentrations 6. Jul 2100 01:56:15 CO2 = 1135.3437 CH4 = 2415.21 N2O = 391.803 CFC = 51.37 208.67 0: MPIOM: current date: 2100-07-06 02:15:00 begin of timestep (day): 4 (run): 5956 0: MPIOM: current date: 2100-07-06 03:00:00 begin of timestep (day): 5 (run): 5957 0: MPIOM: current date: 2100-07-06 03:45:00 begin of timestep (day): 6 (run): 5958 0: MPIOM: current date: 2100-07-06 04:30:00 begin of timestep (day): 7 (run): 5959 384: Radiation calculated for : 6. Jul 2100 03:56:15 384: Greenhouse gas concentrations 6. Jul 2100 03:56:15 CO2 = 1135.3469 CH4 = 2415.21 N2O = 391.804 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-06 05:15:00 begin of timestep (day): 8 (run): 5960 0: MPIOM: current date: 2100-07-06 06:00:00 begin of timestep (day): 9 (run): 5961 0: MPIOM: current date: 2100-07-06 06:45:00 begin of timestep (day): 10 (run): 5962 384: Radiation calculated for : 6. Jul 2100 05:56:15 384: Greenhouse gas concentrations 6. Jul 2100 05:56:15 CO2 = 1135.3500 CH4 = 2415.21 N2O = 391.804 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-06 07:30:00 begin of timestep (day): 11 (run): 5963 0: MPIOM: current date: 2100-07-06 08:15:00 begin of timestep (day): 12 (run): 5964 0: MPIOM: current date: 2100-07-06 09:00:00 begin of timestep (day): 13 (run): 5965 0: MPIOM: current date: 2100-07-06 09:45:00 begin of timestep (day): 14 (run): 5966 384: Radiation calculated for : 6. Jul 2100 07:56:15 384: Greenhouse gas concentrations 6. Jul 2100 07:56:15 CO2 = 1135.3531 CH4 = 2415.20 N2O = 391.804 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-06 10:30:00 begin of timestep (day): 15 (run): 5967 0: MPIOM: current date: 2100-07-06 11:15:00 begin of timestep (day): 16 (run): 5968 0: MPIOM: current date: 2100-07-06 12:00:00 begin of timestep (day): 17 (run): 5969 0: MPIOM: current date: 2100-07-06 12:45:00 begin of timestep (day): 18 (run): 5970 384: Radiation calculated for : 6. Jul 2100 09:56:15 384: Greenhouse gas concentrations 6. Jul 2100 09:56:15 CO2 = 1135.3562 CH4 = 2415.20 N2O = 391.804 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-06 13:30:00 begin of timestep (day): 19 (run): 5971 0: MPIOM: current date: 2100-07-06 14:15:00 begin of timestep (day): 20 (run): 5972 0: MPIOM: current date: 2100-07-06 15:00:00 begin of timestep (day): 21 (run): 5973 0: MPIOM: current date: 2100-07-06 15:45:00 begin of timestep (day): 22 (run): 5974 384: Radiation calculated for : 6. Jul 2100 11:56:15 384: Greenhouse gas concentrations 6. Jul 2100 11:56:15 CO2 = 1135.3593 CH4 = 2415.20 N2O = 391.804 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-06 16:30:00 begin of timestep (day): 23 (run): 5975 0: MPIOM: current date: 2100-07-06 17:15:00 begin of timestep (day): 24 (run): 5976 0: MPIOM: current date: 2100-07-06 18:00:00 begin of timestep (day): 25 (run): 5977 0: MPIOM: current date: 2100-07-06 18:45:00 begin of timestep (day): 26 (run): 5978 384: Radiation calculated for : 6. Jul 2100 13:56:15 384: Greenhouse gas concentrations 6. Jul 2100 13:56:15 CO2 = 1135.3624 CH4 = 2415.20 N2O = 391.804 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-06 19:30:00 begin of timestep (day): 27 (run): 5979 0: MPIOM: current date: 2100-07-06 20:15:00 begin of timestep (day): 28 (run): 5980 0: MPIOM: current date: 2100-07-06 21:00:00 begin of timestep (day): 29 (run): 5981 0: MPIOM: current date: 2100-07-06 21:45:00 begin of timestep (day): 30 (run): 5982 384: Radiation calculated for : 6. Jul 2100 15:56:15 384: Greenhouse gas concentrations 6. Jul 2100 15:56:15 CO2 = 1135.3656 CH4 = 2415.19 N2O = 391.804 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-06 22:30:00 begin of timestep (day): 31 (run): 5983 0: MPIOM: current date: 2100-07-06 23:15:00 begin of timestep (day): 32 (run): 5984 0: MPIOM: current date: 2100-07-07 00:00:00 begin of timestep (day): 1 (run): 5985 384: Radiation calculated for : 6. Jul 2100 17:56:15 384: Greenhouse gas concentrations 6. Jul 2100 17:56:15 CO2 = 1135.3687 CH4 = 2415.19 N2O = 391.804 CFC = 51.37 208.66 384: Radiation calculated for : 6. Jul 2100 19:56:15 384: Greenhouse gas concentrations 6. Jul 2100 19:56:15 CO2 = 1135.3718 CH4 = 2415.19 N2O = 391.804 CFC = 51.37 208.66 384: Radiation calculated for : 6. Jul 2100 21:56:15 384: Greenhouse gas concentrations 6. Jul 2100 21:56:15 CO2 = 1135.3749 CH4 = 2415.18 N2O = 391.804 CFC = 51.37 208.66 384: Radiation calculated for : 6. Jul 2100 23:56:15 384: Greenhouse gas concentrations 6. Jul 2100 23:56:15 CO2 = 1135.3780 CH4 = 2415.18 N2O = 391.805 CFC = 51.37 208.66 384: hydrology_model: Water budget change: 1.996755599975586E-006 m3/s 384: hydrology_model: global discharge: 1186280.00336467 m3/s 384: hydrology_model: precip-evap (on ocean): -193177.885936525 m3/s 384: water_budget_corr: P-E correction: -69263.3375564514 m3/s 384: water_budget_corr: slm/slf residuum: 51644.8991317813 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3504.53536245825 m3/s 384: water_budget_corr: awfre corrected: -258936.688130520 m3/s 384: water_budget_corr: river discharge: 1186280.00336467 m3/s 384: water_budget_corr: water to ocean: 927343.315234144 m3/s 384: Write GRIB1 output for : 6. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.079352356252699E-010 kg m-2 s-1 0: co2 = 1053.34867957391 , n2 = 801999.999739547 , o2 = 0: 196799.999243190 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-07 00:45:00 begin of timestep (day): 2 (run): 5986 0: MPIOM: current date: 2100-07-07 01:30:00 begin of timestep (day): 3 (run): 5987 384: Radiation calculated for : 7. Jul 2100 01:56:15 384: Greenhouse gas concentrations 7. Jul 2100 01:56:15 CO2 = 1135.3811 CH4 = 2415.18 N2O = 391.805 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-07 02:15:00 begin of timestep (day): 4 (run): 5988 0: MPIOM: current date: 2100-07-07 03:00:00 begin of timestep (day): 5 (run): 5989 0: MPIOM: current date: 2100-07-07 03:45:00 begin of timestep (day): 6 (run): 5990 0: MPIOM: current date: 2100-07-07 04:30:00 begin of timestep (day): 7 (run): 5991 384: Radiation calculated for : 7. Jul 2100 03:56:15 384: Greenhouse gas concentrations 7. Jul 2100 03:56:15 CO2 = 1135.3843 CH4 = 2415.18 N2O = 391.805 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-07 05:15:00 begin of timestep (day): 8 (run): 5992 0: MPIOM: current date: 2100-07-07 06:00:00 begin of timestep (day): 9 (run): 5993 0: MPIOM: current date: 2100-07-07 06:45:00 begin of timestep (day): 10 (run): 5994 0: MPIOM: current date: 2100-07-07 07:30:00 begin of timestep (day): 11 (run): 5995 384: Radiation calculated for : 7. Jul 2100 05:56:15 384: Greenhouse gas concentrations 7. Jul 2100 05:56:15 CO2 = 1135.3874 CH4 = 2415.17 N2O = 391.805 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-07 08:15:00 begin of timestep (day): 12 (run): 5996 0: MPIOM: current date: 2100-07-07 09:00:00 begin of timestep (day): 13 (run): 5997 0: MPIOM: current date: 2100-07-07 09:45:00 begin of timestep (day): 14 (run): 5998 0: MPIOM: current date: 2100-07-07 10:30:00 begin of timestep (day): 15 (run): 5999 384: Radiation calculated for : 7. Jul 2100 07:56:15 384: Greenhouse gas concentrations 7. Jul 2100 07:56:15 CO2 = 1135.3905 CH4 = 2415.17 N2O = 391.805 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-07 11:15:00 begin of timestep (day): 16 (run): 6000 0: MPIOM: current date: 2100-07-07 12:00:00 begin of timestep (day): 17 (run): 6001 0: MPIOM: current date: 2100-07-07 12:45:00 begin of timestep (day): 18 (run): 6002 0: MPIOM: current date: 2100-07-07 13:30:00 begin of timestep (day): 19 (run): 6003 384: Radiation calculated for : 7. Jul 2100 09:56:15 384: Greenhouse gas concentrations 7. Jul 2100 09:56:15 CO2 = 1135.3936 CH4 = 2415.17 N2O = 391.805 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-07 14:15:00 begin of timestep (day): 20 (run): 6004 0: MPIOM: current date: 2100-07-07 15:00:00 begin of timestep (day): 21 (run): 6005 0: MPIOM: current date: 2100-07-07 15:45:00 begin of timestep (day): 22 (run): 6006 0: MPIOM: current date: 2100-07-07 16:30:00 begin of timestep (day): 23 (run): 6007 384: Radiation calculated for : 7. Jul 2100 11:56:15 384: Greenhouse gas concentrations 7. Jul 2100 11:56:15 CO2 = 1135.3967 CH4 = 2415.17 N2O = 391.805 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-07 17:15:00 begin of timestep (day): 24 (run): 6008 0: MPIOM: current date: 2100-07-07 18:00:00 begin of timestep (day): 25 (run): 6009 0: MPIOM: current date: 2100-07-07 18:45:00 begin of timestep (day): 26 (run): 6010 0: MPIOM: current date: 2100-07-07 19:30:00 begin of timestep (day): 27 (run): 6011 384: Radiation calculated for : 7. Jul 2100 13:56:15 384: Greenhouse gas concentrations 7. Jul 2100 13:56:15 CO2 = 1135.3998 CH4 = 2415.16 N2O = 391.805 CFC = 51.37 208.66 0: MPIOM: current date: 2100-07-07 20:15:00 begin of timestep (day): 28 (run): 6012 0: MPIOM: current date: 2100-07-07 21:00:00 begin of timestep (day): 29 (run): 6013 0: MPIOM: current date: 2100-07-07 21:45:00 begin of timestep (day): 30 (run): 6014 0: MPIOM: current date: 2100-07-07 22:30:00 begin of timestep (day): 31 (run): 6015 384: Radiation calculated for : 7. Jul 2100 15:56:15 384: Greenhouse gas concentrations 7. Jul 2100 15:56:15 CO2 = 1135.4030 CH4 = 2415.16 N2O = 391.805 CFC = 51.37 208.65 0: MPIOM: current date: 2100-07-07 23:15:00 begin of timestep (day): 32 (run): 6016 0: MPIOM: current date: 2100-07-08 00:00:00 begin of timestep (day): 1 (run): 6017 384: Radiation calculated for : 7. Jul 2100 17:56:15 384: Greenhouse gas concentrations 7. Jul 2100 17:56:15 CO2 = 1135.4061 CH4 = 2415.16 N2O = 391.806 CFC = 51.37 208.65 384: Radiation calculated for : 7. Jul 2100 19:56:15 384: Greenhouse gas concentrations 7. Jul 2100 19:56:15 CO2 = 1135.4092 CH4 = 2415.15 N2O = 391.806 CFC = 51.37 208.65 384: Radiation calculated for : 7. Jul 2100 21:56:15 384: Greenhouse gas concentrations 7. Jul 2100 21:56:15 CO2 = 1135.4123 CH4 = 2415.15 N2O = 391.806 CFC = 51.37 208.65 384: Radiation calculated for : 7. Jul 2100 23:56:15 384: Greenhouse gas concentrations 7. Jul 2100 23:56:15 CO2 = 1135.4154 CH4 = 2415.15 N2O = 391.806 CFC = 51.37 208.65 384: hydrology_model: Water budget change: 1.341104507446289E-006 m3/s 384: hydrology_model: global discharge: 1144540.76021336 m3/s 384: hydrology_model: precip-evap (on ocean): -664169.402886676 m3/s 384: water_budget_corr: P-E correction: -61941.4941709047 m3/s 384: water_budget_corr: slm/slf residuum: 66911.6076852001 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1897.39050721750 m3/s 384: water_budget_corr: awfre corrected: -724213.506550356 m3/s 384: water_budget_corr: river discharge: 1144540.76021336 m3/s 384: water_budget_corr: water to ocean: 420327.253662995 m3/s 384: Write GRIB1 output for : 7. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 5.602193293866036E-010 kg m-2 s-1 0: co2 = 1053.32241818004 , n2 = 801999.999767506 , o2 = 0: 196799.999263333 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-08 00:45:00 begin of timestep (day): 2 (run): 6018 0: MPIOM: current date: 2100-07-08 01:30:00 begin of timestep (day): 3 (run): 6019 384: Radiation calculated for : 8. Jul 2100 01:56:15 384: Greenhouse gas concentrations 8. Jul 2100 01:56:15 CO2 = 1135.4185 CH4 = 2415.15 N2O = 391.806 CFC = 51.37 208.65 0: MPIOM: current date: 2100-07-08 02:15:00 begin of timestep (day): 4 (run): 6020 0: MPIOM: current date: 2100-07-08 03:00:00 begin of timestep (day): 5 (run): 6021 0: MPIOM: current date: 2100-07-08 03:45:00 begin of timestep (day): 6 (run): 6022 0: MPIOM: current date: 2100-07-08 04:30:00 begin of timestep (day): 7 (run): 6023 384: Radiation calculated for : 8. Jul 2100 03:56:15 384: Greenhouse gas concentrations 8. Jul 2100 03:56:15 CO2 = 1135.4217 CH4 = 2415.14 N2O = 391.806 CFC = 51.36 208.65 0: MPIOM: current date: 2100-07-08 05:15:00 begin of timestep (day): 8 (run): 6024 0: MPIOM: current date: 2100-07-08 06:00:00 begin of timestep (day): 9 (run): 6025 0: MPIOM: current date: 2100-07-08 06:45:00 begin of timestep (day): 10 (run): 6026 0: MPIOM: current date: 2100-07-08 07:30:00 begin of timestep (day): 11 (run): 6027 384: Radiation calculated for : 8. Jul 2100 05:56:15 384: Greenhouse gas concentrations 8. Jul 2100 05:56:15 CO2 = 1135.4248 CH4 = 2415.14 N2O = 391.806 CFC = 51.36 208.65 0: MPIOM: current date: 2100-07-08 08:15:00 begin of timestep (day): 12 (run): 6028 0: MPIOM: current date: 2100-07-08 09:00:00 begin of timestep (day): 13 (run): 6029 0: MPIOM: current date: 2100-07-08 09:45:00 begin of timestep (day): 14 (run): 6030 0: MPIOM: current date: 2100-07-08 10:30:00 begin of timestep (day): 15 (run): 6031 384: Radiation calculated for : 8. Jul 2100 07:56:15 384: Greenhouse gas concentrations 8. Jul 2100 07:56:15 CO2 = 1135.4279 CH4 = 2415.14 N2O = 391.806 CFC = 51.36 208.65 0: MPIOM: current date: 2100-07-08 11:15:00 begin of timestep (day): 16 (run): 6032 0: MPIOM: current date: 2100-07-08 12:00:00 begin of timestep (day): 17 (run): 6033 0: MPIOM: current date: 2100-07-08 12:45:00 begin of timestep (day): 18 (run): 6034 384: Radiation calculated for : 8. Jul 2100 09:56:15 384: Greenhouse gas concentrations 8. Jul 2100 09:56:15 CO2 = 1135.4310 CH4 = 2415.14 N2O = 391.806 CFC = 51.36 208.65 0: MPIOM: current date: 2100-07-08 13:30:00 begin of timestep (day): 19 (run): 6035 0: MPIOM: current date: 2100-07-08 14:15:00 begin of timestep (day): 20 (run): 6036 0: MPIOM: current date: 2100-07-08 15:00:00 begin of timestep (day): 21 (run): 6037 0: MPIOM: current date: 2100-07-08 15:45:00 begin of timestep (day): 22 (run): 6038 384: Radiation calculated for : 8. Jul 2100 11:56:15 384: Greenhouse gas concentrations 8. Jul 2100 11:56:15 CO2 = 1135.4341 CH4 = 2415.13 N2O = 391.806 CFC = 51.36 208.65 0: MPIOM: current date: 2100-07-08 16:30:00 begin of timestep (day): 23 (run): 6039 0: MPIOM: current date: 2100-07-08 17:15:00 begin of timestep (day): 24 (run): 6040 0: MPIOM: current date: 2100-07-08 18:00:00 begin of timestep (day): 25 (run): 6041 0: MPIOM: current date: 2100-07-08 18:45:00 begin of timestep (day): 26 (run): 6042 384: Radiation calculated for : 8. Jul 2100 13:56:15 384: Greenhouse gas concentrations 8. Jul 2100 13:56:15 CO2 = 1135.4372 CH4 = 2415.13 N2O = 391.807 CFC = 51.36 208.65 0: MPIOM: current date: 2100-07-08 19:30:00 begin of timestep (day): 27 (run): 6043 0: MPIOM: current date: 2100-07-08 20:15:00 begin of timestep (day): 28 (run): 6044 0: MPIOM: current date: 2100-07-08 21:00:00 begin of timestep (day): 29 (run): 6045 0: MPIOM: current date: 2100-07-08 21:45:00 begin of timestep (day): 30 (run): 6046 384: Radiation calculated for : 8. Jul 2100 15:56:15 384: Greenhouse gas concentrations 8. Jul 2100 15:56:15 CO2 = 1135.4404 CH4 = 2415.13 N2O = 391.807 CFC = 51.36 208.65 0: MPIOM: current date: 2100-07-08 22:30:00 begin of timestep (day): 31 (run): 6047 0: MPIOM: current date: 2100-07-08 23:15:00 begin of timestep (day): 32 (run): 6048 0: MPIOM: current date: 2100-07-09 00:00:00 begin of timestep (day): 1 (run): 6049 384: Radiation calculated for : 8. Jul 2100 17:56:15 384: Greenhouse gas concentrations 8. Jul 2100 17:56:15 CO2 = 1135.4435 CH4 = 2415.12 N2O = 391.807 CFC = 51.36 208.65 384: Radiation calculated for : 8. Jul 2100 19:56:15 384: Greenhouse gas concentrations 8. Jul 2100 19:56:15 CO2 = 1135.4466 CH4 = 2415.12 N2O = 391.807 CFC = 51.36 208.65 384: Radiation calculated for : 8. Jul 2100 21:56:15 384: Greenhouse gas concentrations 8. Jul 2100 21:56:15 CO2 = 1135.4497 CH4 = 2415.12 N2O = 391.807 CFC = 51.36 208.65 384: Radiation calculated for : 8. Jul 2100 23:56:15 384: Greenhouse gas concentrations 8. Jul 2100 23:56:15 CO2 = 1135.4528 CH4 = 2415.12 N2O = 391.807 CFC = 51.36 208.65 384: hydrology_model: Water budget change: -4.827976226806641E-006 m3/s 384: hydrology_model: global discharge: 1156884.88204401 m3/s 384: hydrology_model: precip-evap (on ocean): -842940.722415162 m3/s 384: water_budget_corr: P-E correction: -12895.6326004292 m3/s 384: water_budget_corr: slm/slf residuum: 82373.3056113858 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1805.30874779666 m3/s 384: water_budget_corr: awfre corrected: -854031.046267775 m3/s 384: water_budget_corr: river discharge: 1156884.88204401 m3/s 384: water_budget_corr: water to ocean: 302853.835776222 m3/s 384: Write GRIB1 output for : 8. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 6.884426023312432E-010 kg m-2 s-1 0: co2 = 1053.31645362214 , n2 = 801999.999750066 , o2 = 0: 196799.999251962 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-09 00:45:00 begin of timestep (day): 2 (run): 6050 0: MPIOM: current date: 2100-07-09 01:30:00 begin of timestep (day): 3 (run): 6051 384: Radiation calculated for : 9. Jul 2100 01:56:15 384: Greenhouse gas concentrations 9. Jul 2100 01:56:15 CO2 = 1135.4559 CH4 = 2415.11 N2O = 391.807 CFC = 51.36 208.65 0: MPIOM: current date: 2100-07-09 02:15:00 begin of timestep (day): 4 (run): 6052 0: MPIOM: current date: 2100-07-09 03:00:00 begin of timestep (day): 5 (run): 6053 0: MPIOM: current date: 2100-07-09 03:45:00 begin of timestep (day): 6 (run): 6054 0: MPIOM: current date: 2100-07-09 04:30:00 begin of timestep (day): 7 (run): 6055 384: Radiation calculated for : 9. Jul 2100 03:56:15 384: Greenhouse gas concentrations 9. Jul 2100 03:56:15 CO2 = 1135.4591 CH4 = 2415.11 N2O = 391.807 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-09 05:15:00 begin of timestep (day): 8 (run): 6056 0: MPIOM: current date: 2100-07-09 06:00:00 begin of timestep (day): 9 (run): 6057 0: MPIOM: current date: 2100-07-09 06:45:00 begin of timestep (day): 10 (run): 6058 0: MPIOM: current date: 2100-07-09 07:30:00 begin of timestep (day): 11 (run): 6059 384: Radiation calculated for : 9. Jul 2100 05:56:15 384: Greenhouse gas concentrations 9. Jul 2100 05:56:15 CO2 = 1135.4622 CH4 = 2415.11 N2O = 391.807 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-09 08:15:00 begin of timestep (day): 12 (run): 6060 0: MPIOM: current date: 2100-07-09 09:00:00 begin of timestep (day): 13 (run): 6061 0: MPIOM: current date: 2100-07-09 09:45:00 begin of timestep (day): 14 (run): 6062 0: MPIOM: current date: 2100-07-09 10:30:00 begin of timestep (day): 15 (run): 6063 384: Radiation calculated for : 9. Jul 2100 07:56:15 384: Greenhouse gas concentrations 9. Jul 2100 07:56:15 CO2 = 1135.4653 CH4 = 2415.10 N2O = 391.807 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-09 11:15:00 begin of timestep (day): 16 (run): 6064 0: MPIOM: current date: 2100-07-09 12:00:00 begin of timestep (day): 17 (run): 6065 0: MPIOM: current date: 2100-07-09 12:45:00 begin of timestep (day): 18 (run): 6066 0: MPIOM: current date: 2100-07-09 13:30:00 begin of timestep (day): 19 (run): 6067 384: Radiation calculated for : 9. Jul 2100 09:56:15 384: Greenhouse gas concentrations 9. Jul 2100 09:56:15 CO2 = 1135.4684 CH4 = 2415.10 N2O = 391.808 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-09 14:15:00 begin of timestep (day): 20 (run): 6068 0: MPIOM: current date: 2100-07-09 15:00:00 begin of timestep (day): 21 (run): 6069 0: MPIOM: current date: 2100-07-09 15:45:00 begin of timestep (day): 22 (run): 6070 0: MPIOM: current date: 2100-07-09 16:30:00 begin of timestep (day): 23 (run): 6071 384: Radiation calculated for : 9. Jul 2100 11:56:15 384: Greenhouse gas concentrations 9. Jul 2100 11:56:15 CO2 = 1135.4715 CH4 = 2415.10 N2O = 391.808 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-09 17:15:00 begin of timestep (day): 24 (run): 6072 0: MPIOM: current date: 2100-07-09 18:00:00 begin of timestep (day): 25 (run): 6073 0: MPIOM: current date: 2100-07-09 18:45:00 begin of timestep (day): 26 (run): 6074 0: MPIOM: current date: 2100-07-09 19:30:00 begin of timestep (day): 27 (run): 6075 384: Radiation calculated for : 9. Jul 2100 13:56:15 384: Greenhouse gas concentrations 9. Jul 2100 13:56:15 CO2 = 1135.4746 CH4 = 2415.10 N2O = 391.808 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-09 20:15:00 begin of timestep (day): 28 (run): 6076 0: MPIOM: current date: 2100-07-09 21:00:00 begin of timestep (day): 29 (run): 6077 0: MPIOM: current date: 2100-07-09 21:45:00 begin of timestep (day): 30 (run): 6078 0: MPIOM: current date: 2100-07-09 22:30:00 begin of timestep (day): 31 (run): 6079 384: Radiation calculated for : 9. Jul 2100 15:56:15 384: Greenhouse gas concentrations 9. Jul 2100 15:56:15 CO2 = 1135.4778 CH4 = 2415.09 N2O = 391.808 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-09 23:15:00 begin of timestep (day): 32 (run): 6080 0: MPIOM: current date: 2100-07-10 00:00:00 begin of timestep (day): 1 (run): 6081 384: Radiation calculated for : 9. Jul 2100 17:56:15 384: Greenhouse gas concentrations 9. Jul 2100 17:56:15 CO2 = 1135.4809 CH4 = 2415.09 N2O = 391.808 CFC = 51.36 208.64 384: Radiation calculated for : 9. Jul 2100 19:56:15 384: Greenhouse gas concentrations 9. Jul 2100 19:56:15 CO2 = 1135.4840 CH4 = 2415.09 N2O = 391.808 CFC = 51.36 208.64 384: Radiation calculated for : 9. Jul 2100 21:56:15 384: Greenhouse gas concentrations 9. Jul 2100 21:56:15 CO2 = 1135.4871 CH4 = 2415.09 N2O = 391.808 CFC = 51.36 208.64 384: Radiation calculated for : 9. Jul 2100 23:56:15 384: Greenhouse gas concentrations 9. Jul 2100 23:56:15 CO2 = 1135.4902 CH4 = 2415.08 N2O = 391.808 CFC = 51.36 208.64 384: hydrology_model: Water budget change: 2.503395080566406E-006 m3/s 384: hydrology_model: global discharge: 1167229.31609924 m3/s 384: hydrology_model: precip-evap (on ocean): -971078.046687285 m3/s 384: water_budget_corr: P-E correction: -24020.9847565928 m3/s 384: water_budget_corr: slm/slf residuum: 62120.8523332063 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 6288.19656503363 m3/s 384: water_budget_corr: awfre corrected: -988810.834878873 m3/s 384: water_budget_corr: river discharge: 1167229.31609924 m3/s 384: water_budget_corr: water to ocean: 178418.481220368 m3/s 384: Write GRIB1 output for : 9. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.26678056615 , n2 = 801999.999729459 , o2 = 0: 196799.999231264 384: CO2 flux correction (global): 4.922003001917708E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-10 00:45:00 begin of timestep (day): 2 (run): 6082 0: MPIOM: current date: 2100-07-10 01:30:00 begin of timestep (day): 3 (run): 6083 0: MPIOM: current date: 2100-07-10 02:15:00 begin of timestep (day): 4 (run): 6084 384: Radiation calculated for : 10. Jul 2100 01:56:15 384: Greenhouse gas concentrations 10. Jul 2100 01:56:15 CO2 = 1135.4933 CH4 = 2415.08 N2O = 391.808 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-10 03:00:00 begin of timestep (day): 5 (run): 6085 0: MPIOM: current date: 2100-07-10 03:45:00 begin of timestep (day): 6 (run): 6086 0: MPIOM: current date: 2100-07-10 04:30:00 begin of timestep (day): 7 (run): 6087 0: MPIOM: current date: 2100-07-10 05:15:00 begin of timestep (day): 8 (run): 6088 384: Radiation calculated for : 10. Jul 2100 03:56:15 384: Greenhouse gas concentrations 10. Jul 2100 03:56:15 CO2 = 1135.4965 CH4 = 2415.08 N2O = 391.809 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-10 06:00:00 begin of timestep (day): 9 (run): 6089 0: MPIOM: current date: 2100-07-10 06:45:00 begin of timestep (day): 10 (run): 6090 0: MPIOM: current date: 2100-07-10 07:30:00 begin of timestep (day): 11 (run): 6091 0: MPIOM: current date: 2100-07-10 08:15:00 begin of timestep (day): 12 (run): 6092 384: Radiation calculated for : 10. Jul 2100 05:56:15 384: Greenhouse gas concentrations 10. Jul 2100 05:56:15 CO2 = 1135.4996 CH4 = 2415.07 N2O = 391.809 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-10 09:00:00 begin of timestep (day): 13 (run): 6093 0: MPIOM: current date: 2100-07-10 09:45:00 begin of timestep (day): 14 (run): 6094 0: MPIOM: current date: 2100-07-10 10:30:00 begin of timestep (day): 15 (run): 6095 0: MPIOM: current date: 2100-07-10 11:15:00 begin of timestep (day): 16 (run): 6096 384: Radiation calculated for : 10. Jul 2100 07:56:15 384: Greenhouse gas concentrations 10. Jul 2100 07:56:15 CO2 = 1135.5027 CH4 = 2415.07 N2O = 391.809 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-10 12:00:00 begin of timestep (day): 17 (run): 6097 0: MPIOM: current date: 2100-07-10 12:45:00 begin of timestep (day): 18 (run): 6098 0: MPIOM: current date: 2100-07-10 13:30:00 begin of timestep (day): 19 (run): 6099 0: MPIOM: current date: 2100-07-10 14:15:00 begin of timestep (day): 20 (run): 6100 384: Radiation calculated for : 10. Jul 2100 09:56:15 384: Greenhouse gas concentrations 10. Jul 2100 09:56:15 CO2 = 1135.5058 CH4 = 2415.07 N2O = 391.809 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-10 15:00:00 begin of timestep (day): 21 (run): 6101 0: MPIOM: current date: 2100-07-10 15:45:00 begin of timestep (day): 22 (run): 6102 0: MPIOM: current date: 2100-07-10 16:30:00 begin of timestep (day): 23 (run): 6103 0: MPIOM: current date: 2100-07-10 17:15:00 begin of timestep (day): 24 (run): 6104 384: Radiation calculated for : 10. Jul 2100 11:56:15 384: Greenhouse gas concentrations 10. Jul 2100 11:56:15 CO2 = 1135.5089 CH4 = 2415.07 N2O = 391.809 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-10 18:00:00 begin of timestep (day): 25 (run): 6105 0: MPIOM: current date: 2100-07-10 18:45:00 begin of timestep (day): 26 (run): 6106 0: MPIOM: current date: 2100-07-10 19:30:00 begin of timestep (day): 27 (run): 6107 384: Radiation calculated for : 10. Jul 2100 13:56:15 0: MPIOM: current date: 2100-07-10 20:15:00 begin of timestep (day): 28 (run): 6108 384: Greenhouse gas concentrations 10. Jul 2100 13:56:15 CO2 = 1135.5120 CH4 = 2415.06 N2O = 391.809 CFC = 51.36 208.64 0: MPIOM: current date: 2100-07-10 21:00:00 begin of timestep (day): 29 (run): 6109 0: MPIOM: current date: 2100-07-10 21:45:00 begin of timestep (day): 30 (run): 6110 0: MPIOM: current date: 2100-07-10 22:30:00 begin of timestep (day): 31 (run): 6111 384: Radiation calculated for : 10. Jul 2100 15:56:15 384: Greenhouse gas concentrations 10. Jul 2100 15:56:15 CO2 = 1135.5152 CH4 = 2415.06 N2O = 391.809 CFC = 51.36 208.63 0: MPIOM: current date: 2100-07-10 23:15:00 begin of timestep (day): 32 (run): 6112 0: MPIOM: current date: 2100-07-11 00:00:00 begin of timestep (day): 1 (run): 6113 384: Radiation calculated for : 10. Jul 2100 17:56:15 384: Greenhouse gas concentrations 10. Jul 2100 17:56:15 CO2 = 1135.5183 CH4 = 2415.06 N2O = 391.809 CFC = 51.36 208.63 384: Radiation calculated for : 10. Jul 2100 19:56:15 384: Greenhouse gas concentrations 10. Jul 2100 19:56:15 CO2 = 1135.5214 CH4 = 2415.06 N2O = 391.809 CFC = 51.36 208.63 384: Radiation calculated for : 10. Jul 2100 21:56:15 384: Greenhouse gas concentrations 10. Jul 2100 21:56:15 CO2 = 1135.5245 CH4 = 2415.05 N2O = 391.809 CFC = 51.36 208.63 384: Radiation calculated for : 10. Jul 2100 23:56:15 384: Greenhouse gas concentrations 10. Jul 2100 23:56:15 CO2 = 1135.5276 CH4 = 2415.05 N2O = 391.810 CFC = 51.36 208.63 384: hydrology_model: Water budget change: -7.152557373046875E-007 m3/s 384: hydrology_model: global discharge: 1165208.87073617 m3/s 384: hydrology_model: precip-evap (on ocean): -1067282.26338038 m3/s 384: water_budget_corr: P-E correction: -57168.1978930783 m3/s 384: water_budget_corr: slm/slf residuum: 92638.4008312774 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2606.28470707963 m3/s 384: water_budget_corr: awfre corrected: -1121844.17656637 m3/s 384: water_budget_corr: river discharge: 1165208.87073617 m3/s 384: water_budget_corr: water to ocean: 43364.6941697928 m3/s 384: Write GRIB1 output for : 10. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.220749877502830E-010 kg m-2 s-1 0: co2 = 1053.22562717283 , n2 = 801999.999715418 , o2 = 0: 196799.999221659 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-11 00:45:00 begin of timestep (day): 2 (run): 6114 0: MPIOM: current date: 2100-07-11 01:30:00 begin of timestep (day): 3 (run): 6115 384: Radiation calculated for : 11. Jul 2100 01:56:15 384: Greenhouse gas concentrations 11. Jul 2100 01:56:15 CO2 = 1135.5307 CH4 = 2415.05 N2O = 391.810 CFC = 51.36 208.63 0: MPIOM: current date: 2100-07-11 02:15:00 begin of timestep (day): 4 (run): 6116 0: MPIOM: current date: 2100-07-11 03:00:00 begin of timestep (day): 5 (run): 6117 0: MPIOM: current date: 2100-07-11 03:45:00 begin of timestep (day): 6 (run): 6118 0: MPIOM: current date: 2100-07-11 04:30:00 begin of timestep (day): 7 (run): 6119 384: Radiation calculated for : 11. Jul 2100 03:56:15 384: Greenhouse gas concentrations 11. Jul 2100 03:56:15 CO2 = 1135.5339 CH4 = 2415.04 N2O = 391.810 CFC = 51.36 208.63 0: MPIOM: current date: 2100-07-11 05:15:00 begin of timestep (day): 8 (run): 6120 0: MPIOM: current date: 2100-07-11 06:00:00 begin of timestep (day): 9 (run): 6121 0: MPIOM: current date: 2100-07-11 06:45:00 begin of timestep (day): 10 (run): 6122 0: MPIOM: current date: 2100-07-11 07:30:00 begin of timestep (day): 11 (run): 6123 384: Radiation calculated for : 11. Jul 2100 05:56:15 384: Greenhouse gas concentrations 11. Jul 2100 05:56:15 CO2 = 1135.5370 CH4 = 2415.04 N2O = 391.810 CFC = 51.36 208.63 0: MPIOM: current date: 2100-07-11 08:15:00 begin of timestep (day): 12 (run): 6124 0: MPIOM: current date: 2100-07-11 09:00:00 begin of timestep (day): 13 (run): 6125 0: MPIOM: current date: 2100-07-11 09:45:00 begin of timestep (day): 14 (run): 6126 0: MPIOM: current date: 2100-07-11 10:30:00 begin of timestep (day): 15 (run): 6127 384: Radiation calculated for : 11. Jul 2100 07:56:15 384: Greenhouse gas concentrations 11. Jul 2100 07:56:15 CO2 = 1135.5401 CH4 = 2415.04 N2O = 391.810 CFC = 51.36 208.63 0: MPIOM: current date: 2100-07-11 11:15:00 begin of timestep (day): 16 (run): 6128 0: MPIOM: current date: 2100-07-11 12:00:00 begin of timestep (day): 17 (run): 6129 0: MPIOM: current date: 2100-07-11 12:45:00 begin of timestep (day): 18 (run): 6130 0: MPIOM: current date: 2100-07-11 13:30:00 begin of timestep (day): 19 (run): 6131 384: Radiation calculated for : 11. Jul 2100 09:56:15 384: Greenhouse gas concentrations 11. Jul 2100 09:56:15 CO2 = 1135.5432 CH4 = 2415.04 N2O = 391.810 CFC = 51.36 208.63 0: MPIOM: current date: 2100-07-11 14:15:00 begin of timestep (day): 20 (run): 6132 0: MPIOM: current date: 2100-07-11 15:00:00 begin of timestep (day): 21 (run): 6133 0: MPIOM: current date: 2100-07-11 15:45:00 begin of timestep (day): 22 (run): 6134 0: MPIOM: current date: 2100-07-11 16:30:00 begin of timestep (day): 23 (run): 6135 384: Radiation calculated for : 11. Jul 2100 11:56:15 384: Greenhouse gas concentrations 11. Jul 2100 11:56:15 CO2 = 1135.5463 CH4 = 2415.03 N2O = 391.810 CFC = 51.36 208.63 0: MPIOM: current date: 2100-07-11 17:15:00 begin of timestep (day): 24 (run): 6136 0: MPIOM: current date: 2100-07-11 18:00:00 begin of timestep (day): 25 (run): 6137 0: MPIOM: current date: 2100-07-11 18:45:00 begin of timestep (day): 26 (run): 6138 384: Radiation calculated for : 11. Jul 2100 13:56:15 384: Greenhouse gas concentrations 11. Jul 2100 13:56:15 CO2 = 1135.5494 CH4 = 2415.03 N2O = 391.810 CFC = 51.35 208.63 0: MPIOM: current date: 2100-07-11 19:30:00 begin of timestep (day): 27 (run): 6139 0: MPIOM: current date: 2100-07-11 20:15:00 begin of timestep (day): 28 (run): 6140 0: MPIOM: current date: 2100-07-11 21:00:00 begin of timestep (day): 29 (run): 6141 0: MPIOM: current date: 2100-07-11 21:45:00 begin of timestep (day): 30 (run): 6142 384: Radiation calculated for : 11. Jul 2100 15:56:15 384: Greenhouse gas concentrations 11. Jul 2100 15:56:15 CO2 = 1135.5526 CH4 = 2415.03 N2O = 391.810 CFC = 51.35 208.63 0: MPIOM: current date: 2100-07-11 22:30:00 begin of timestep (day): 31 (run): 6143 0: MPIOM: current date: 2100-07-11 23:15:00 begin of timestep (day): 32 (run): 6144 0: MPIOM: current date: 2100-07-12 00:00:00 begin of timestep (day): 1 (run): 6145 384: Radiation calculated for : 11. Jul 2100 17:56:15 384: Greenhouse gas concentrations 11. Jul 2100 17:56:15 CO2 = 1135.5557 CH4 = 2415.03 N2O = 391.811 CFC = 51.35 208.63 384: Radiation calculated for : 11. Jul 2100 19:56:15 384: Greenhouse gas concentrations 11. Jul 2100 19:56:15 CO2 = 1135.5588 CH4 = 2415.02 N2O = 391.811 CFC = 51.35 208.63 384: Radiation calculated for : 11. Jul 2100 21:56:15 384: Greenhouse gas concentrations 11. Jul 2100 21:56:15 CO2 = 1135.5619 CH4 = 2415.02 N2O = 391.811 CFC = 51.35 208.63 384: Radiation calculated for : 11. Jul 2100 23:56:15 384: Greenhouse gas concentrations 11. Jul 2100 23:56:15 CO2 = 1135.5650 CH4 = 2415.02 N2O = 391.811 CFC = 51.35 208.63 384: hydrology_model: Water budget change: -1.281499862670898E-006 m3/s 384: hydrology_model: global discharge: 1135224.10523493 m3/s 384: hydrology_model: precip-evap (on ocean): -720902.612045956 m3/s 384: water_budget_corr: P-E correction: -58959.2140303595 m3/s 384: water_budget_corr: slm/slf residuum: 81811.0362537961 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3850.35075555115 m3/s 384: water_budget_corr: awfre corrected: -776011.475320779 m3/s 384: water_budget_corr: river discharge: 1135224.10523493 m3/s 384: water_budget_corr: water to ocean: 359212.629914152 m3/s 384: Write GRIB1 output for : 11. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.628651460830345E-010 kg m-2 s-1 0: co2 = 1053.20823836276 , n2 = 801999.999766056 , o2 = 0: 196799.999279562 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-12 00:45:00 begin of timestep (day): 2 (run): 6146 0: MPIOM: current date: 2100-07-12 01:30:00 begin of timestep (day): 3 (run): 6147 384: Radiation calculated for : 12. Jul 2100 01:56:15 384: Greenhouse gas concentrations 12. Jul 2100 01:56:15 CO2 = 1135.5681 CH4 = 2415.01 N2O = 391.811 CFC = 51.35 208.63 0: MPIOM: current date: 2100-07-12 02:15:00 begin of timestep (day): 4 (run): 6148 0: MPIOM: current date: 2100-07-12 03:00:00 begin of timestep (day): 5 (run): 6149 0: MPIOM: current date: 2100-07-12 03:45:00 begin of timestep (day): 6 (run): 6150 0: MPIOM: current date: 2100-07-12 04:30:00 begin of timestep (day): 7 (run): 6151 384: Radiation calculated for : 12. Jul 2100 03:56:15 384: Greenhouse gas concentrations 12. Jul 2100 03:56:15 CO2 = 1135.5712 CH4 = 2415.01 N2O = 391.811 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-12 05:15:00 begin of timestep (day): 8 (run): 6152 0: MPIOM: current date: 2100-07-12 06:00:00 begin of timestep (day): 9 (run): 6153 0: MPIOM: current date: 2100-07-12 06:45:00 begin of timestep (day): 10 (run): 6154 0: MPIOM: current date: 2100-07-12 07:30:00 begin of timestep (day): 11 (run): 6155 384: Radiation calculated for : 12. Jul 2100 05:56:15 384: Greenhouse gas concentrations 12. Jul 2100 05:56:15 CO2 = 1135.5744 CH4 = 2415.01 N2O = 391.811 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-12 08:15:00 begin of timestep (day): 12 (run): 6156 0: MPIOM: current date: 2100-07-12 09:00:00 begin of timestep (day): 13 (run): 6157 0: MPIOM: current date: 2100-07-12 09:45:00 begin of timestep (day): 14 (run): 6158 0: MPIOM: current date: 2100-07-12 10:30:00 begin of timestep (day): 15 (run): 6159 384: Radiation calculated for : 12. Jul 2100 07:56:15 384: Greenhouse gas concentrations 12. Jul 2100 07:56:15 CO2 = 1135.5775 CH4 = 2415.01 N2O = 391.811 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-12 11:15:00 begin of timestep (day): 16 (run): 6160 0: MPIOM: current date: 2100-07-12 12:00:00 begin of timestep (day): 17 (run): 6161 0: MPIOM: current date: 2100-07-12 12:45:00 begin of timestep (day): 18 (run): 6162 0: MPIOM: current date: 2100-07-12 13:30:00 begin of timestep (day): 19 (run): 6163 384: Radiation calculated for : 12. Jul 2100 09:56:15 384: Greenhouse gas concentrations 12. Jul 2100 09:56:15 CO2 = 1135.5806 CH4 = 2415.00 N2O = 391.811 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-12 14:15:00 begin of timestep (day): 20 (run): 6164 0: MPIOM: current date: 2100-07-12 15:00:00 begin of timestep (day): 21 (run): 6165 0: MPIOM: current date: 2100-07-12 15:45:00 begin of timestep (day): 22 (run): 6166 0: MPIOM: current date: 2100-07-12 16:30:00 begin of timestep (day): 23 (run): 6167 384: Radiation calculated for : 12. Jul 2100 11:56:15 384: Greenhouse gas concentrations 12. Jul 2100 11:56:15 CO2 = 1135.5837 CH4 = 2415.00 N2O = 391.811 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-12 17:15:00 begin of timestep (day): 24 (run): 6168 0: MPIOM: current date: 2100-07-12 18:00:00 begin of timestep (day): 25 (run): 6169 0: MPIOM: current date: 2100-07-12 18:45:00 begin of timestep (day): 26 (run): 6170 0: MPIOM: current date: 2100-07-12 19:30:00 begin of timestep (day): 27 (run): 6171 384: Radiation calculated for : 12. Jul 2100 13:56:15 384: Greenhouse gas concentrations 12. Jul 2100 13:56:15 CO2 = 1135.5868 CH4 = 2415.00 N2O = 391.812 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-12 20:15:00 begin of timestep (day): 28 (run): 6172 0: MPIOM: current date: 2100-07-12 21:00:00 begin of timestep (day): 29 (run): 6173 0: MPIOM: current date: 2100-07-12 21:45:00 begin of timestep (day): 30 (run): 6174 0: MPIOM: current date: 2100-07-12 22:30:00 begin of timestep (day): 31 (run): 6175 384: Radiation calculated for : 12. Jul 2100 15:56:15 384: Greenhouse gas concentrations 12. Jul 2100 15:56:15 CO2 = 1135.5899 CH4 = 2415.00 N2O = 391.812 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-12 23:15:00 begin of timestep (day): 32 (run): 6176 0: MPIOM: current date: 2100-07-13 00:00:00 begin of timestep (day): 1 (run): 6177 384: Radiation calculated for : 12. Jul 2100 17:56:15 384: Greenhouse gas concentrations 12. Jul 2100 17:56:15 CO2 = 1135.5931 CH4 = 2414.99 N2O = 391.812 CFC = 51.35 208.62 384: Radiation calculated for : 12. Jul 2100 19:56:15 384: Greenhouse gas concentrations 12. Jul 2100 19:56:15 CO2 = 1135.5962 CH4 = 2414.99 N2O = 391.812 CFC = 51.35 208.62 384: Radiation calculated for : 12. Jul 2100 21:56:15 384: Greenhouse gas concentrations 12. Jul 2100 21:56:15 CO2 = 1135.5993 CH4 = 2414.99 N2O = 391.812 CFC = 51.35 208.62 384: Radiation calculated for : 12. Jul 2100 23:56:15 384: Greenhouse gas concentrations 12. Jul 2100 23:56:15 CO2 = 1135.6024 CH4 = 2414.98 N2O = 391.812 CFC = 51.35 208.62 384: hydrology_model: Water budget change: 1.609325408935547E-006 m3/s 384: hydrology_model: global discharge: 1123204.95847817 m3/s 384: hydrology_model: precip-evap (on ocean): -310383.429395008 m3/s 384: water_budget_corr: P-E correction: -39371.3063413536 m3/s 384: water_budget_corr: slm/slf residuum: 104059.319307939 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3693.99984864139 m3/s 384: water_budget_corr: awfre corrected: -346060.735887734 m3/s 384: water_budget_corr: river discharge: 1123204.95847817 m3/s 384: water_budget_corr: water to ocean: 777144.222590433 m3/s 384: Write GRIB1 output for : 12. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.321810737040011E-010 kg m-2 s-1 0: co2 = 1053.17207240288 , n2 = 801999.999831804 , o2 = 0: 196799.999402134 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-13 00:45:00 begin of timestep (day): 2 (run): 6178 0: MPIOM: current date: 2100-07-13 01:30:00 begin of timestep (day): 3 (run): 6179 384: Radiation calculated for : 13. Jul 2100 01:56:15 384: Greenhouse gas concentrations 13. Jul 2100 01:56:15 CO2 = 1135.6055 CH4 = 2414.98 N2O = 391.812 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-13 02:15:00 begin of timestep (day): 4 (run): 6180 0: MPIOM: current date: 2100-07-13 03:00:00 begin of timestep (day): 5 (run): 6181 0: MPIOM: current date: 2100-07-13 03:45:00 begin of timestep (day): 6 (run): 6182 0: MPIOM: current date: 2100-07-13 04:30:00 begin of timestep (day): 7 (run): 6183 384: Radiation calculated for : 13. Jul 2100 03:56:15 384: Greenhouse gas concentrations 13. Jul 2100 03:56:15 CO2 = 1135.6086 CH4 = 2414.98 N2O = 391.812 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-13 05:15:00 begin of timestep (day): 8 (run): 6184 0: MPIOM: current date: 2100-07-13 06:00:00 begin of timestep (day): 9 (run): 6185 0: MPIOM: current date: 2100-07-13 06:45:00 begin of timestep (day): 10 (run): 6186 0: MPIOM: current date: 2100-07-13 07:30:00 begin of timestep (day): 11 (run): 6187 384: Radiation calculated for : 13. Jul 2100 05:56:15 384: Greenhouse gas concentrations 13. Jul 2100 05:56:15 CO2 = 1135.6118 CH4 = 2414.98 N2O = 391.812 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-13 08:15:00 begin of timestep (day): 12 (run): 6188 0: MPIOM: current date: 2100-07-13 09:00:00 begin of timestep (day): 13 (run): 6189 0: MPIOM: current date: 2100-07-13 09:45:00 begin of timestep (day): 14 (run): 6190 0: MPIOM: current date: 2100-07-13 10:30:00 begin of timestep (day): 15 (run): 6191 384: Radiation calculated for : 13. Jul 2100 07:56:15 384: Greenhouse gas concentrations 13. Jul 2100 07:56:15 CO2 = 1135.6149 CH4 = 2414.97 N2O = 391.812 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-13 11:15:00 begin of timestep (day): 16 (run): 6192 0: MPIOM: current date: 2100-07-13 12:00:00 begin of timestep (day): 17 (run): 6193 0: MPIOM: current date: 2100-07-13 12:45:00 begin of timestep (day): 18 (run): 6194 0: MPIOM: current date: 2100-07-13 13:30:00 begin of timestep (day): 19 (run): 6195 384: Radiation calculated for : 13. Jul 2100 09:56:15 0: MPIOM: current date: 2100-07-13 14:15:00 begin of timestep (day): 20 (run): 6196 384: Greenhouse gas concentrations 13. Jul 2100 09:56:15 CO2 = 1135.6180 CH4 = 2414.97 N2O = 391.813 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-13 15:00:00 begin of timestep (day): 21 (run): 6197 0: MPIOM: current date: 2100-07-13 15:45:00 begin of timestep (day): 22 (run): 6198 0: MPIOM: current date: 2100-07-13 16:30:00 begin of timestep (day): 23 (run): 6199 384: Radiation calculated for : 13. Jul 2100 11:56:15 384: Greenhouse gas concentrations 13. Jul 2100 11:56:15 CO2 = 1135.6211 CH4 = 2414.97 N2O = 391.813 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-13 17:15:00 begin of timestep (day): 24 (run): 6200 0: MPIOM: current date: 2100-07-13 18:00:00 begin of timestep (day): 25 (run): 6201 0: MPIOM: current date: 2100-07-13 18:45:00 begin of timestep (day): 26 (run): 6202 0: MPIOM: current date: 2100-07-13 19:30:00 begin of timestep (day): 27 (run): 6203 384: Radiation calculated for : 13. Jul 2100 13:56:15 384: Greenhouse gas concentrations 13. Jul 2100 13:56:15 CO2 = 1135.6242 CH4 = 2414.97 N2O = 391.813 CFC = 51.35 208.62 0: MPIOM: current date: 2100-07-13 20:15:00 begin of timestep (day): 28 (run): 6204 0: MPIOM: current date: 2100-07-13 21:00:00 begin of timestep (day): 29 (run): 6205 0: MPIOM: current date: 2100-07-13 21:45:00 begin of timestep (day): 30 (run): 6206 0: MPIOM: current date: 2100-07-13 22:30:00 begin of timestep (day): 31 (run): 6207 384: Radiation calculated for : 13. Jul 2100 15:56:15 384: Greenhouse gas concentrations 13. Jul 2100 15:56:15 CO2 = 1135.6273 CH4 = 2414.96 N2O = 391.813 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-13 23:15:00 begin of timestep (day): 32 (run): 6208 0: MPIOM: current date: 2100-07-14 00:00:00 begin of timestep (day): 1 (run): 6209 384: Radiation calculated for : 13. Jul 2100 17:56:15 384: Greenhouse gas concentrations 13. Jul 2100 17:56:15 CO2 = 1135.6305 CH4 = 2414.96 N2O = 391.813 CFC = 51.35 208.61 384: Radiation calculated for : 13. Jul 2100 19:56:15 384: Greenhouse gas concentrations 13. Jul 2100 19:56:15 CO2 = 1135.6336 CH4 = 2414.96 N2O = 391.813 CFC = 51.35 208.61 384: Radiation calculated for : 13. Jul 2100 21:56:15 384: Greenhouse gas concentrations 13. Jul 2100 21:56:15 CO2 = 1135.6367 CH4 = 2414.95 N2O = 391.813 CFC = 51.35 208.61 384: Radiation calculated for : 13. Jul 2100 23:56:15 384: Greenhouse gas concentrations 13. Jul 2100 23:56:15 CO2 = 1135.6398 CH4 = 2414.95 N2O = 391.813 CFC = 51.35 208.61 384: hydrology_model: Water budget change: 2.175569534301758E-006 m3/s 384: hydrology_model: global discharge: 1154534.56018155 m3/s 384: hydrology_model: precip-evap (on ocean): -162419.147301532 m3/s 384: water_budget_corr: P-E correction: -48325.2096360609 m3/s 384: water_budget_corr: slm/slf residuum: 83417.8567592706 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 799.191903382948 m3/s 384: water_budget_corr: awfre corrected: -209945.165034214 m3/s 384: water_budget_corr: river discharge: 1154534.56018155 m3/s 384: water_budget_corr: water to ocean: 944589.395147338 m3/s 384: Write GRIB1 output for : 13. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.531060073314070E-010 kg m-2 s-1 0: co2 = 1053.16855392767 , n2 = 801999.999835596 , o2 = 0: 196799.999396641 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-14 00:45:00 begin of timestep (day): 2 (run): 6210 0: MPIOM: current date: 2100-07-14 01:30:00 begin of timestep (day): 3 (run): 6211 384: Radiation calculated for : 14. Jul 2100 01:56:15 384: Greenhouse gas concentrations 14. Jul 2100 01:56:15 CO2 = 1135.6429 CH4 = 2414.95 N2O = 391.813 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-14 02:15:00 begin of timestep (day): 4 (run): 6212 0: MPIOM: current date: 2100-07-14 03:00:00 begin of timestep (day): 5 (run): 6213 0: MPIOM: current date: 2100-07-14 03:45:00 begin of timestep (day): 6 (run): 6214 0: MPIOM: current date: 2100-07-14 04:30:00 begin of timestep (day): 7 (run): 6215 384: Radiation calculated for : 14. Jul 2100 03:56:15 384: Greenhouse gas concentrations 14. Jul 2100 03:56:15 CO2 = 1135.6460 CH4 = 2414.95 N2O = 391.814 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-14 05:15:00 begin of timestep (day): 8 (run): 6216 0: MPIOM: current date: 2100-07-14 06:00:00 begin of timestep (day): 9 (run): 6217 0: MPIOM: current date: 2100-07-14 06:45:00 begin of timestep (day): 10 (run): 6218 0: MPIOM: current date: 2100-07-14 07:30:00 begin of timestep (day): 11 (run): 6219 384: Radiation calculated for : 14. Jul 2100 05:56:15 384: Greenhouse gas concentrations 14. Jul 2100 05:56:15 CO2 = 1135.6492 CH4 = 2414.94 N2O = 391.814 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-14 08:15:00 begin of timestep (day): 12 (run): 6220 0: MPIOM: current date: 2100-07-14 09:00:00 begin of timestep (day): 13 (run): 6221 0: MPIOM: current date: 2100-07-14 09:45:00 begin of timestep (day): 14 (run): 6222 0: MPIOM: current date: 2100-07-14 10:30:00 begin of timestep (day): 15 (run): 6223 384: Radiation calculated for : 14. Jul 2100 07:56:15 384: Greenhouse gas concentrations 14. Jul 2100 07:56:15 CO2 = 1135.6523 CH4 = 2414.94 N2O = 391.814 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-14 11:15:00 begin of timestep (day): 16 (run): 6224 0: MPIOM: current date: 2100-07-14 12:00:00 begin of timestep (day): 17 (run): 6225 0: MPIOM: current date: 2100-07-14 12:45:00 begin of timestep (day): 18 (run): 6226 0: MPIOM: current date: 2100-07-14 13:30:00 begin of timestep (day): 19 (run): 6227 384: Radiation calculated for : 14. Jul 2100 09:56:15 384: Greenhouse gas concentrations 14. Jul 2100 09:56:15 CO2 = 1135.6554 CH4 = 2414.94 N2O = 391.814 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-14 14:15:00 begin of timestep (day): 20 (run): 6228 0: MPIOM: current date: 2100-07-14 15:00:00 begin of timestep (day): 21 (run): 6229 0: MPIOM: current date: 2100-07-14 15:45:00 begin of timestep (day): 22 (run): 6230 0: MPIOM: current date: 2100-07-14 16:30:00 begin of timestep (day): 23 (run): 6231 384: Radiation calculated for : 14. Jul 2100 11:56:15 384: Greenhouse gas concentrations 14. Jul 2100 11:56:15 CO2 = 1135.6585 CH4 = 2414.94 N2O = 391.814 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-14 17:15:00 begin of timestep (day): 24 (run): 6232 0: MPIOM: current date: 2100-07-14 18:00:00 begin of timestep (day): 25 (run): 6233 0: MPIOM: current date: 2100-07-14 18:45:00 begin of timestep (day): 26 (run): 6234 0: MPIOM: current date: 2100-07-14 19:30:00 begin of timestep (day): 27 (run): 6235 384: Radiation calculated for : 14. Jul 2100 13:56:15 384: Greenhouse gas concentrations 14. Jul 2100 13:56:15 CO2 = 1135.6616 CH4 = 2414.93 N2O = 391.814 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-14 20:15:00 begin of timestep (day): 28 (run): 6236 0: MPIOM: current date: 2100-07-14 21:00:00 begin of timestep (day): 29 (run): 6237 0: MPIOM: current date: 2100-07-14 21:45:00 begin of timestep (day): 30 (run): 6238 0: MPIOM: current date: 2100-07-14 22:30:00 begin of timestep (day): 31 (run): 6239 384: Radiation calculated for : 14. Jul 2100 15:56:15 384: Greenhouse gas concentrations 14. Jul 2100 15:56:15 CO2 = 1135.6647 CH4 = 2414.93 N2O = 391.814 CFC = 51.35 208.61 0: MPIOM: current date: 2100-07-14 23:15:00 begin of timestep (day): 32 (run): 6240 0: MPIOM: current date: 2100-07-15 00:00:00 begin of timestep (day): 1 (run): 6241 384: Radiation calculated for : 14. Jul 2100 17:56:15 384: Greenhouse gas concentrations 14. Jul 2100 17:56:15 CO2 = 1135.6679 CH4 = 2414.93 N2O = 391.814 CFC = 51.35 208.61 384: Radiation calculated for : 14. Jul 2100 19:56:15 384: Greenhouse gas concentrations 14. Jul 2100 19:56:15 CO2 = 1135.6710 CH4 = 2414.92 N2O = 391.814 CFC = 51.35 208.61 384: Radiation calculated for : 14. Jul 2100 21:56:15 384: Greenhouse gas concentrations 14. Jul 2100 21:56:15 CO2 = 1135.6741 CH4 = 2414.92 N2O = 391.814 CFC = 51.35 208.61 384: Radiation calculated for : 14. Jul 2100 23:56:15 384: Greenhouse gas concentrations 14. Jul 2100 23:56:15 CO2 = 1135.6772 CH4 = 2414.92 N2O = 391.815 CFC = 51.34 208.61 384: hydrology_model: Water budget change: -2.861022949218750E-006 m3/s 384: hydrology_model: global discharge: 1147796.24118658 m3/s 384: hydrology_model: precip-evap (on ocean): -319408.645170213 m3/s 384: water_budget_corr: P-E correction: -47514.3839423302 m3/s 384: water_budget_corr: slm/slf residuum: 103688.487093435 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 10945.0779993737 m3/s 384: water_budget_corr: awfre corrected: -355977.951113177 m3/s 384: water_budget_corr: river discharge: 1147796.24118658 m3/s 384: water_budget_corr: water to ocean: 791818.290073408 m3/s 384: Write GRIB1 output for : 14. Jul 2100 23:52:30 0: co2 = 1053.18030897057 , n2 = 801999.999843569 , o2 = 0: 196799.999403239 0: MPIOM: current date: 2100-07-15 00:45:00 begin of timestep (day): 2 (run): 6242 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.650162881729405E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-15 01:30:00 begin of timestep (day): 3 (run): 6243 384: Radiation calculated for : 15. Jul 2100 01:56:15 384: Greenhouse gas concentrations 15. Jul 2100 01:56:15 CO2 = 1135.6803 CH4 = 2414.92 N2O = 391.815 CFC = 51.34 208.61 0: MPIOM: current date: 2100-07-15 02:15:00 begin of timestep (day): 4 (run): 6244 0: MPIOM: current date: 2100-07-15 03:00:00 begin of timestep (day): 5 (run): 6245 0: MPIOM: current date: 2100-07-15 03:45:00 begin of timestep (day): 6 (run): 6246 0: MPIOM: current date: 2100-07-15 04:30:00 begin of timestep (day): 7 (run): 6247 384: Radiation calculated for : 15. Jul 2100 03:56:15 384: Greenhouse gas concentrations 15. Jul 2100 03:56:15 CO2 = 1135.6834 CH4 = 2414.91 N2O = 391.815 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-15 05:15:00 begin of timestep (day): 8 (run): 6248 0: MPIOM: current date: 2100-07-15 06:00:00 begin of timestep (day): 9 (run): 6249 0: MPIOM: current date: 2100-07-15 06:45:00 begin of timestep (day): 10 (run): 6250 0: MPIOM: current date: 2100-07-15 07:30:00 begin of timestep (day): 11 (run): 6251 384: Radiation calculated for : 15. Jul 2100 05:56:15 384: Greenhouse gas concentrations 15. Jul 2100 05:56:15 CO2 = 1135.6866 CH4 = 2414.91 N2O = 391.815 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-15 08:15:00 begin of timestep (day): 12 (run): 6252 0: MPIOM: current date: 2100-07-15 09:00:00 begin of timestep (day): 13 (run): 6253 0: MPIOM: current date: 2100-07-15 09:45:00 begin of timestep (day): 14 (run): 6254 0: MPIOM: current date: 2100-07-15 10:30:00 begin of timestep (day): 15 (run): 6255 384: Radiation calculated for : 15. Jul 2100 07:56:15 384: Greenhouse gas concentrations 15. Jul 2100 07:56:15 CO2 = 1135.6897 CH4 = 2414.91 N2O = 391.815 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-15 11:15:00 begin of timestep (day): 16 (run): 6256 0: MPIOM: current date: 2100-07-15 12:00:00 begin of timestep (day): 17 (run): 6257 0: MPIOM: current date: 2100-07-15 12:45:00 begin of timestep (day): 18 (run): 6258 0: MPIOM: current date: 2100-07-15 13:30:00 begin of timestep (day): 19 (run): 6259 384: Radiation calculated for : 15. Jul 2100 09:56:15 384: Greenhouse gas concentrations 15. Jul 2100 09:56:15 CO2 = 1135.6928 CH4 = 2414.91 N2O = 391.815 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-15 14:15:00 begin of timestep (day): 20 (run): 6260 0: MPIOM: current date: 2100-07-15 15:00:00 begin of timestep (day): 21 (run): 6261 0: MPIOM: current date: 2100-07-15 15:45:00 begin of timestep (day): 22 (run): 6262 0: MPIOM: current date: 2100-07-15 16:30:00 begin of timestep (day): 23 (run): 6263 384: Radiation calculated for : 15. Jul 2100 11:56:15 384: Greenhouse gas concentrations 15. Jul 2100 11:56:15 CO2 = 1135.6959 CH4 = 2414.90 N2O = 391.815 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-15 17:15:00 begin of timestep (day): 24 (run): 6264 0: MPIOM: current date: 2100-07-15 18:00:00 begin of timestep (day): 25 (run): 6265 0: MPIOM: current date: 2100-07-15 18:45:00 begin of timestep (day): 26 (run): 6266 0: MPIOM: current date: 2100-07-15 19:30:00 begin of timestep (day): 27 (run): 6267 384: Radiation calculated for : 15. Jul 2100 13:56:15 384: Greenhouse gas concentrations 15. Jul 2100 13:56:15 CO2 = 1135.6990 CH4 = 2414.90 N2O = 391.815 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-15 20:15:00 begin of timestep (day): 28 (run): 6268 0: MPIOM: current date: 2100-07-15 21:00:00 begin of timestep (day): 29 (run): 6269 0: MPIOM: current date: 2100-07-15 21:45:00 begin of timestep (day): 30 (run): 6270 0: MPIOM: current date: 2100-07-15 22:30:00 begin of timestep (day): 31 (run): 6271 384: Radiation calculated for : 15. Jul 2100 15:56:15 384: Greenhouse gas concentrations 15. Jul 2100 15:56:15 CO2 = 1135.7021 CH4 = 2414.90 N2O = 391.815 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-15 23:15:00 begin of timestep (day): 32 (run): 6272 0: MPIOM: current date: 2100-07-16 00:00:00 begin of timestep (day): 1 (run): 6273 384: Radiation calculated for : 15. Jul 2100 17:56:15 384: Greenhouse gas concentrations 15. Jul 2100 17:56:15 CO2 = 1135.7053 CH4 = 2414.89 N2O = 391.815 CFC = 51.34 208.60 384: Radiation calculated for : 15. Jul 2100 19:56:15 384: Greenhouse gas concentrations 15. Jul 2100 19:56:15 CO2 = 1135.7084 CH4 = 2414.89 N2O = 391.816 CFC = 51.34 208.60 384: Radiation calculated for : 15. Jul 2100 21:56:15 384: Greenhouse gas concentrations 15. Jul 2100 21:56:15 CO2 = 1135.7115 CH4 = 2414.89 N2O = 391.816 CFC = 51.34 208.60 384: Radiation calculated for : 15. Jul 2100 23:56:15 384: Greenhouse gas concentrations 15. Jul 2100 23:56:15 CO2 = 1135.7146 CH4 = 2414.89 N2O = 391.816 CFC = 51.34 208.60 384: hydrology_model: Water budget change: -2.980232238769531E-008 m3/s 384: hydrology_model: global discharge: 1141793.68632986 m3/s 384: hydrology_model: precip-evap (on ocean): -890913.056556282 m3/s 384: water_budget_corr: P-E correction: -41785.4398356718 m3/s 384: water_budget_corr: slm/slf residuum: 70326.9902084562 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4093.08832740352 m3/s 384: water_budget_corr: awfre corrected: -928605.408064546 m3/s 384: water_budget_corr: river discharge: 1141793.68632986 m3/s 384: water_budget_corr: water to ocean: 213188.278265307 m3/s 384: Write GRIB1 output for : 15. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.13482431105 , n2 = 801999.999849592 , o2 = 0: 196799.999409104 384: CO2 flux correction (global): 3.062966827118358E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-16 00:45:00 begin of timestep (day): 2 (run): 6274 0: MPIOM: current date: 2100-07-16 01:30:00 begin of timestep (day): 3 (run): 6275 384: Radiation calculated for : 16. Jul 2100 01:56:15 384: Greenhouse gas concentrations 16. Jul 2100 01:56:15 CO2 = 1135.7177 CH4 = 2414.88 N2O = 391.816 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-16 02:15:00 begin of timestep (day): 4 (run): 6276 0: MPIOM: current date: 2100-07-16 03:00:00 begin of timestep (day): 5 (run): 6277 0: MPIOM: current date: 2100-07-16 03:45:00 begin of timestep (day): 6 (run): 6278 0: MPIOM: current date: 2100-07-16 04:30:00 begin of timestep (day): 7 (run): 6279 384: Radiation calculated for : 16. Jul 2100 03:56:15 384: Greenhouse gas concentrations 16. Jul 2100 03:56:15 CO2 = 1135.7208 CH4 = 2414.88 N2O = 391.816 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-16 05:15:00 begin of timestep (day): 8 (run): 6280 0: MPIOM: current date: 2100-07-16 06:00:00 begin of timestep (day): 9 (run): 6281 0: MPIOM: current date: 2100-07-16 06:45:00 begin of timestep (day): 10 (run): 6282 0: MPIOM: current date: 2100-07-16 07:30:00 begin of timestep (day): 11 (run): 6283 384: Radiation calculated for : 16. Jul 2100 05:56:15 384: Greenhouse gas concentrations 16. Jul 2100 05:56:15 CO2 = 1135.7240 CH4 = 2414.88 N2O = 391.816 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-16 08:15:00 begin of timestep (day): 12 (run): 6284 0: MPIOM: current date: 2100-07-16 09:00:00 begin of timestep (day): 13 (run): 6285 0: MPIOM: current date: 2100-07-16 09:45:00 begin of timestep (day): 14 (run): 6286 0: MPIOM: current date: 2100-07-16 10:30:00 begin of timestep (day): 15 (run): 6287 384: Radiation calculated for : 16. Jul 2100 07:56:15 384: Greenhouse gas concentrations 16. Jul 2100 07:56:15 CO2 = 1135.7271 CH4 = 2414.88 N2O = 391.816 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-16 11:15:00 begin of timestep (day): 16 (run): 6288 0: MPIOM: current date: 2100-07-16 12:00:00 begin of timestep (day): 17 (run): 6289 0: MPIOM: current date: 2100-07-16 12:45:00 begin of timestep (day): 18 (run): 6290 0: MPIOM: current date: 2100-07-16 13:30:00 begin of timestep (day): 19 (run): 6291 384: Radiation calculated for : 16. Jul 2100 09:56:15 384: Greenhouse gas concentrations 16. Jul 2100 09:56:15 CO2 = 1135.7302 CH4 = 2414.87 N2O = 391.816 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-16 14:15:00 begin of timestep (day): 20 (run): 6292 0: MPIOM: current date: 2100-07-16 15:00:00 begin of timestep (day): 21 (run): 6293 0: MPIOM: current date: 2100-07-16 15:45:00 begin of timestep (day): 22 (run): 6294 0: MPIOM: current date: 2100-07-16 16:30:00 begin of timestep (day): 23 (run): 6295 384: Radiation calculated for : 16. Jul 2100 11:56:15 384: Greenhouse gas concentrations 16. Jul 2100 11:56:15 CO2 = 1135.7333 CH4 = 2414.87 N2O = 391.816 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-16 17:15:00 begin of timestep (day): 24 (run): 6296 0: MPIOM: current date: 2100-07-16 18:00:00 begin of timestep (day): 25 (run): 6297 0: MPIOM: current date: 2100-07-16 18:45:00 begin of timestep (day): 26 (run): 6298 0: MPIOM: current date: 2100-07-16 19:30:00 begin of timestep (day): 27 (run): 6299 384: Radiation calculated for : 16. Jul 2100 13:56:15 384: Greenhouse gas concentrations 16. Jul 2100 13:56:15 CO2 = 1135.7364 CH4 = 2414.87 N2O = 391.817 CFC = 51.34 208.60 0: MPIOM: current date: 2100-07-16 20:15:00 begin of timestep (day): 28 (run): 6300 0: MPIOM: current date: 2100-07-16 21:00:00 begin of timestep (day): 29 (run): 6301 0: MPIOM: current date: 2100-07-16 21:45:00 begin of timestep (day): 30 (run): 6302 0: MPIOM: current date: 2100-07-16 22:30:00 begin of timestep (day): 31 (run): 6303 384: Radiation calculated for : 16. Jul 2100 15:56:15 384: Greenhouse gas concentrations 16. Jul 2100 15:56:15 CO2 = 1135.7395 CH4 = 2414.86 N2O = 391.817 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-16 23:15:00 begin of timestep (day): 32 (run): 6304 0: MPIOM: current date: 2100-07-17 00:00:00 begin of timestep (day): 1 (run): 6305 384: Radiation calculated for : 16. Jul 2100 17:56:15 384: Greenhouse gas concentrations 16. Jul 2100 17:56:15 CO2 = 1135.7427 CH4 = 2414.86 N2O = 391.817 CFC = 51.34 208.59 384: Radiation calculated for : 16. Jul 2100 19:56:15 384: Greenhouse gas concentrations 16. Jul 2100 19:56:15 CO2 = 1135.7458 CH4 = 2414.86 N2O = 391.817 CFC = 51.34 208.59 384: Radiation calculated for : 16. Jul 2100 21:56:15 384: Greenhouse gas concentrations 16. Jul 2100 21:56:15 CO2 = 1135.7489 CH4 = 2414.86 N2O = 391.817 CFC = 51.34 208.59 384: Radiation calculated for : 16. Jul 2100 23:56:15 384: Greenhouse gas concentrations 16. Jul 2100 23:56:15 CO2 = 1135.7520 CH4 = 2414.85 N2O = 391.817 CFC = 51.34 208.59 384: hydrology_model: Water budget change: 1.460313796997070E-006 m3/s 384: hydrology_model: global discharge: 1138947.76484298 m3/s 384: hydrology_model: precip-evap (on ocean): -850700.198481868 m3/s 384: water_budget_corr: P-E correction: -96464.8862190223 m3/s 384: water_budget_corr: slm/slf residuum: 62364.1647323857 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2781.22284815300 m3/s 384: water_budget_corr: awfre corrected: -944383.861852744 m3/s 384: water_budget_corr: river discharge: 1138947.76484298 m3/s 384: water_budget_corr: water to ocean: 194563.902990230 m3/s 384: Write GRIB1 output for : 16. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.270534629551355E-010 kg m-2 s-1 0: co2 = 1053.11485726947 , n2 = 801999.999840302 , o2 = 0: 196799.999361575 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-17 00:45:00 begin of timestep (day): 2 (run): 6306 384: 2100-07-17 00h: Read: Valid: 2100-08-16 12h: lightning_frq (lightning.nc, 8), avg = 0.0000 0: MPIOM: current date: 2100-07-17 01:30:00 begin of timestep (day): 3 (run): 6307 0: MPIOM: current date: 2100-07-17 02:15:00 begin of timestep (day): 4 (run): 6308 384: Radiation calculated for : 17. Jul 2100 01:56:15 384: Greenhouse gas concentrations 17. Jul 2100 01:56:15 CO2 = 1135.7551 CH4 = 2414.85 N2O = 391.817 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-17 03:00:00 begin of timestep (day): 5 (run): 6309 0: MPIOM: current date: 2100-07-17 03:45:00 begin of timestep (day): 6 (run): 6310 0: MPIOM: current date: 2100-07-17 04:30:00 begin of timestep (day): 7 (run): 6311 0: MPIOM: current date: 2100-07-17 05:15:00 begin of timestep (day): 8 (run): 6312 384: Radiation calculated for : 17. Jul 2100 03:56:15 384: Greenhouse gas concentrations 17. Jul 2100 03:56:15 CO2 = 1135.7582 CH4 = 2414.85 N2O = 391.817 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-17 06:00:00 begin of timestep (day): 9 (run): 6313 0: MPIOM: current date: 2100-07-17 06:45:00 begin of timestep (day): 10 (run): 6314 0: MPIOM: current date: 2100-07-17 07:30:00 begin of timestep (day): 11 (run): 6315 0: MPIOM: current date: 2100-07-17 08:15:00 begin of timestep (day): 12 (run): 6316 384: Radiation calculated for : 17. Jul 2100 05:56:15 384: Greenhouse gas concentrations 17. Jul 2100 05:56:15 CO2 = 1135.7614 CH4 = 2414.84 N2O = 391.817 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-17 09:00:00 begin of timestep (day): 13 (run): 6317 0: MPIOM: current date: 2100-07-17 09:45:00 begin of timestep (day): 14 (run): 6318 0: MPIOM: current date: 2100-07-17 10:30:00 begin of timestep (day): 15 (run): 6319 0: MPIOM: current date: 2100-07-17 11:15:00 begin of timestep (day): 16 (run): 6320 384: Radiation calculated for : 17. Jul 2100 07:56:15 384: Greenhouse gas concentrations 17. Jul 2100 07:56:15 CO2 = 1135.7645 CH4 = 2414.84 N2O = 391.817 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-17 12:00:00 begin of timestep (day): 17 (run): 6321 0: MPIOM: current date: 2100-07-17 12:45:00 begin of timestep (day): 18 (run): 6322 0: MPIOM: current date: 2100-07-17 13:30:00 begin of timestep (day): 19 (run): 6323 0: MPIOM: current date: 2100-07-17 14:15:00 begin of timestep (day): 20 (run): 6324 0: MPIOM: current date: 2100-07-17 15:00:00 begin of timestep (day): 21 (run): 6325 384: Radiation calculated for : 17. Jul 2100 09:56:15 384: Greenhouse gas concentrations 17. Jul 2100 09:56:15 CO2 = 1135.7676 CH4 = 2414.84 N2O = 391.818 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-17 15:45:00 begin of timestep (day): 22 (run): 6326 0: MPIOM: current date: 2100-07-17 16:30:00 begin of timestep (day): 23 (run): 6327 0: MPIOM: current date: 2100-07-17 17:15:00 begin of timestep (day): 24 (run): 6328 384: Radiation calculated for : 17. Jul 2100 11:56:15 384: Greenhouse gas concentrations 17. Jul 2100 11:56:15 CO2 = 1135.7707 CH4 = 2414.84 N2O = 391.818 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-17 18:00:00 begin of timestep (day): 25 (run): 6329 0: MPIOM: current date: 2100-07-17 18:45:00 begin of timestep (day): 26 (run): 6330 0: MPIOM: current date: 2100-07-17 19:30:00 begin of timestep (day): 27 (run): 6331 0: MPIOM: current date: 2100-07-17 20:15:00 begin of timestep (day): 28 (run): 6332 384: Radiation calculated for : 17. Jul 2100 13:56:15 384: Greenhouse gas concentrations 17. Jul 2100 13:56:15 CO2 = 1135.7738 CH4 = 2414.83 N2O = 391.818 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-17 21:00:00 begin of timestep (day): 29 (run): 6333 0: MPIOM: current date: 2100-07-17 21:45:00 begin of timestep (day): 30 (run): 6334 0: MPIOM: current date: 2100-07-17 22:30:00 begin of timestep (day): 31 (run): 6335 0: MPIOM: current date: 2100-07-17 23:15:00 begin of timestep (day): 32 (run): 6336 384: Radiation calculated for : 17. Jul 2100 15:56:15 384: Greenhouse gas concentrations 17. Jul 2100 15:56:15 CO2 = 1135.7769 CH4 = 2414.83 N2O = 391.818 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-18 00:00:00 begin of timestep (day): 1 (run): 6337 384: Radiation calculated for : 17. Jul 2100 17:56:15 384: Greenhouse gas concentrations 17. Jul 2100 17:56:15 CO2 = 1135.7801 CH4 = 2414.83 N2O = 391.818 CFC = 51.34 208.59 384: Radiation calculated for : 17. Jul 2100 19:56:15 384: Greenhouse gas concentrations 17. Jul 2100 19:56:15 CO2 = 1135.7832 CH4 = 2414.83 N2O = 391.818 CFC = 51.34 208.59 384: Radiation calculated for : 17. Jul 2100 21:56:15 384: Greenhouse gas concentrations 17. Jul 2100 21:56:15 CO2 = 1135.7863 CH4 = 2414.82 N2O = 391.818 CFC = 51.34 208.59 384: Radiation calculated for : 17. Jul 2100 23:56:15 384: Greenhouse gas concentrations 17. Jul 2100 23:56:15 CO2 = 1135.7894 CH4 = 2414.82 N2O = 391.818 CFC = 51.34 208.59 384: hydrology_model: Water budget change: -1.281499862670898E-006 m3/s 384: hydrology_model: global discharge: 1142784.54230843 m3/s 384: hydrology_model: precip-evap (on ocean): -359993.125989774 m3/s 384: water_budget_corr: P-E correction: -73352.2119698493 m3/s 384: water_budget_corr: slm/slf residuum: 20191.4438520784 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2901.00210635336 m3/s 384: water_budget_corr: awfre corrected: -430444.335853269 m3/s 384: water_budget_corr: river discharge: 1142784.54230843 m3/s 384: water_budget_corr: water to ocean: 712340.206455159 m3/s 384: Write GRIB1 output for : 17. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.09837772390 , n2 = 801999.999814958 , o2 = 0: 196799.999327389 384: CO2 flux correction (global): 4.269126450994795E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-18 00:45:00 begin of timestep (day): 2 (run): 6338 0: MPIOM: current date: 2100-07-18 01:30:00 begin of timestep (day): 3 (run): 6339 384: Radiation calculated for : 18. Jul 2100 01:56:15 384: Greenhouse gas concentrations 18. Jul 2100 01:56:15 CO2 = 1135.7925 CH4 = 2414.82 N2O = 391.818 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-18 02:15:00 begin of timestep (day): 4 (run): 6340 0: MPIOM: current date: 2100-07-18 03:00:00 begin of timestep (day): 5 (run): 6341 0: MPIOM: current date: 2100-07-18 03:45:00 begin of timestep (day): 6 (run): 6342 0: MPIOM: current date: 2100-07-18 04:30:00 begin of timestep (day): 7 (run): 6343 384: Radiation calculated for : 18. Jul 2100 03:56:15 384: Greenhouse gas concentrations 18. Jul 2100 03:56:15 CO2 = 1135.7956 CH4 = 2414.81 N2O = 391.819 CFC = 51.34 208.59 0: MPIOM: current date: 2100-07-18 05:15:00 begin of timestep (day): 8 (run): 6344 0: MPIOM: current date: 2100-07-18 06:00:00 begin of timestep (day): 9 (run): 6345 0: MPIOM: current date: 2100-07-18 06:45:00 begin of timestep (day): 10 (run): 6346 0: MPIOM: current date: 2100-07-18 07:30:00 begin of timestep (day): 11 (run): 6347 384: Radiation calculated for : 18. Jul 2100 05:56:15 384: Greenhouse gas concentrations 18. Jul 2100 05:56:15 CO2 = 1135.7987 CH4 = 2414.81 N2O = 391.819 CFC = 51.34 208.58 0: MPIOM: current date: 2100-07-18 08:15:00 begin of timestep (day): 12 (run): 6348 0: MPIOM: current date: 2100-07-18 09:00:00 begin of timestep (day): 13 (run): 6349 0: MPIOM: current date: 2100-07-18 09:45:00 begin of timestep (day): 14 (run): 6350 0: MPIOM: current date: 2100-07-18 10:30:00 begin of timestep (day): 15 (run): 6351 384: Radiation calculated for : 18. Jul 2100 07:56:15 384: Greenhouse gas concentrations 18. Jul 2100 07:56:15 CO2 = 1135.8019 CH4 = 2414.81 N2O = 391.819 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-18 11:15:00 begin of timestep (day): 16 (run): 6352 0: MPIOM: current date: 2100-07-18 12:00:00 begin of timestep (day): 17 (run): 6353 0: MPIOM: current date: 2100-07-18 12:45:00 begin of timestep (day): 18 (run): 6354 384: Radiation calculated for : 18. Jul 2100 09:56:15 0: MPIOM: current date: 2100-07-18 13:30:00 begin of timestep (day): 19 (run): 6355 384: Greenhouse gas concentrations 18. Jul 2100 09:56:15 CO2 = 1135.8050 CH4 = 2414.81 N2O = 391.819 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-18 14:15:00 begin of timestep (day): 20 (run): 6356 0: MPIOM: current date: 2100-07-18 15:00:00 begin of timestep (day): 21 (run): 6357 0: MPIOM: current date: 2100-07-18 15:45:00 begin of timestep (day): 22 (run): 6358 384: Radiation calculated for : 18. Jul 2100 11:56:15 0: MPIOM: current date: 2100-07-18 16:30:00 begin of timestep (day): 23 (run): 6359 384: Greenhouse gas concentrations 18. Jul 2100 11:56:15 CO2 = 1135.8081 CH4 = 2414.80 N2O = 391.819 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-18 17:15:00 begin of timestep (day): 24 (run): 6360 0: MPIOM: current date: 2100-07-18 18:00:00 begin of timestep (day): 25 (run): 6361 0: MPIOM: current date: 2100-07-18 18:45:00 begin of timestep (day): 26 (run): 6362 384: Radiation calculated for : 18. Jul 2100 13:56:15 0: MPIOM: current date: 2100-07-18 19:30:00 begin of timestep (day): 27 (run): 6363 384: Greenhouse gas concentrations 18. Jul 2100 13:56:15 CO2 = 1135.8112 CH4 = 2414.80 N2O = 391.819 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-18 20:15:00 begin of timestep (day): 28 (run): 6364 0: MPIOM: current date: 2100-07-18 21:00:00 begin of timestep (day): 29 (run): 6365 0: MPIOM: current date: 2100-07-18 21:45:00 begin of timestep (day): 30 (run): 6366 384: Radiation calculated for : 18. Jul 2100 15:56:15 384: Greenhouse gas concentrations 18. Jul 2100 15:56:15 CO2 = 1135.8143 CH4 = 2414.80 N2O = 391.819 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-18 22:30:00 begin of timestep (day): 31 (run): 6367 0: MPIOM: current date: 2100-07-18 23:15:00 begin of timestep (day): 32 (run): 6368 0: MPIOM: current date: 2100-07-19 00:00:00 begin of timestep (day): 1 (run): 6369 384: Radiation calculated for : 18. Jul 2100 17:56:15 384: Greenhouse gas concentrations 18. Jul 2100 17:56:15 CO2 = 1135.8174 CH4 = 2414.80 N2O = 391.819 CFC = 51.33 208.58 384: Radiation calculated for : 18. Jul 2100 19:56:15 384: Greenhouse gas concentrations 18. Jul 2100 19:56:15 CO2 = 1135.8206 CH4 = 2414.79 N2O = 391.819 CFC = 51.33 208.58 384: Radiation calculated for : 18. Jul 2100 21:56:15 384: Greenhouse gas concentrations 18. Jul 2100 21:56:15 CO2 = 1135.8237 CH4 = 2414.79 N2O = 391.819 CFC = 51.33 208.58 384: Radiation calculated for : 18. Jul 2100 23:56:15 384: Greenhouse gas concentrations 18. Jul 2100 23:56:15 CO2 = 1135.8268 CH4 = 2414.79 N2O = 391.820 CFC = 51.33 208.58 384: hydrology_model: Water budget change: 0.000000000000000E+000 m3/s 384: hydrology_model: global discharge: 1151988.80179669 m3/s 384: hydrology_model: precip-evap (on ocean): -858810.748260611 m3/s 384: water_budget_corr: P-E correction: -67483.3911331357 m3/s 384: water_budget_corr: slm/slf residuum: 23501.8234026648 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 19078.2957284534 m3/s 384: water_budget_corr: awfre corrected: -907215.843665295 m3/s 384: water_budget_corr: river discharge: 1151988.80179669 m3/s 384: water_budget_corr: water to ocean: 244772.958131398 m3/s 384: Write GRIB1 output for : 18. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.155699496010064E-010 kg m-2 s-1 0: co2 = 1053.17190260652 , n2 = 801999.999837216 , o2 = 0: 196799.999336789 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-19 00:45:00 begin of timestep (day): 2 (run): 6370 0: MPIOM: current date: 2100-07-19 01:30:00 begin of timestep (day): 3 (run): 6371 384: Radiation calculated for : 19. Jul 2100 01:56:15 384: Greenhouse gas concentrations 19. Jul 2100 01:56:15 CO2 = 1135.8299 CH4 = 2414.78 N2O = 391.820 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-19 02:15:00 begin of timestep (day): 4 (run): 6372 0: MPIOM: current date: 2100-07-19 03:00:00 begin of timestep (day): 5 (run): 6373 0: MPIOM: current date: 2100-07-19 03:45:00 begin of timestep (day): 6 (run): 6374 0: MPIOM: current date: 2100-07-19 04:30:00 begin of timestep (day): 7 (run): 6375 384: Radiation calculated for : 19. Jul 2100 03:56:15 384: Greenhouse gas concentrations 19. Jul 2100 03:56:15 CO2 = 1135.8330 CH4 = 2414.78 N2O = 391.820 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-19 05:15:00 begin of timestep (day): 8 (run): 6376 0: MPIOM: current date: 2100-07-19 06:00:00 begin of timestep (day): 9 (run): 6377 0: MPIOM: current date: 2100-07-19 06:45:00 begin of timestep (day): 10 (run): 6378 0: MPIOM: current date: 2100-07-19 07:30:00 begin of timestep (day): 11 (run): 6379 384: Radiation calculated for : 19. Jul 2100 05:56:15 0: MPIOM: current date: 2100-07-19 08:15:00 begin of timestep (day): 12 (run): 6380 384: Greenhouse gas concentrations 19. Jul 2100 05:56:15 CO2 = 1135.8361 CH4 = 2414.78 N2O = 391.820 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-19 09:00:00 begin of timestep (day): 13 (run): 6381 0: MPIOM: current date: 2100-07-19 09:45:00 begin of timestep (day): 14 (run): 6382 0: MPIOM: current date: 2100-07-19 10:30:00 begin of timestep (day): 15 (run): 6383 384: Radiation calculated for : 19. Jul 2100 07:56:15 0: MPIOM: current date: 2100-07-19 11:15:00 begin of timestep (day): 16 (run): 6384 384: Greenhouse gas concentrations 19. Jul 2100 07:56:15 CO2 = 1135.8393 CH4 = 2414.78 N2O = 391.820 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-19 12:00:00 begin of timestep (day): 17 (run): 6385 0: MPIOM: current date: 2100-07-19 12:45:00 begin of timestep (day): 18 (run): 6386 0: MPIOM: current date: 2100-07-19 13:30:00 begin of timestep (day): 19 (run): 6387 384: Radiation calculated for : 19. Jul 2100 09:56:15 0: MPIOM: current date: 2100-07-19 14:15:00 begin of timestep (day): 20 (run): 6388 384: Greenhouse gas concentrations 19. Jul 2100 09:56:15 CO2 = 1135.8424 CH4 = 2414.77 N2O = 391.820 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-19 15:00:00 begin of timestep (day): 21 (run): 6389 0: MPIOM: current date: 2100-07-19 15:45:00 begin of timestep (day): 22 (run): 6390 0: MPIOM: current date: 2100-07-19 16:30:00 begin of timestep (day): 23 (run): 6391 384: Radiation calculated for : 19. Jul 2100 11:56:15 384: Greenhouse gas concentrations 19. Jul 2100 11:56:15 CO2 = 1135.8455 CH4 = 2414.77 N2O = 391.820 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-19 17:15:00 begin of timestep (day): 24 (run): 6392 0: MPIOM: current date: 2100-07-19 18:00:00 begin of timestep (day): 25 (run): 6393 0: MPIOM: current date: 2100-07-19 18:45:00 begin of timestep (day): 26 (run): 6394 0: MPIOM: current date: 2100-07-19 19:30:00 begin of timestep (day): 27 (run): 6395 0: MPIOM: current date: 2100-07-19 20:15:00 begin of timestep (day): 28 (run): 6396 384: Radiation calculated for : 19. Jul 2100 13:56:15 384: Greenhouse gas concentrations 19. Jul 2100 13:56:15 CO2 = 1135.8486 CH4 = 2414.77 N2O = 391.820 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-19 21:00:00 begin of timestep (day): 29 (run): 6397 0: MPIOM: current date: 2100-07-19 21:45:00 begin of timestep (day): 30 (run): 6398 0: MPIOM: current date: 2100-07-19 22:30:00 begin of timestep (day): 31 (run): 6399 0: MPIOM: current date: 2100-07-19 23:15:00 begin of timestep (day): 32 (run): 6400 384: Radiation calculated for : 19. Jul 2100 15:56:15 384: Greenhouse gas concentrations 19. Jul 2100 15:56:15 CO2 = 1135.8517 CH4 = 2414.77 N2O = 391.820 CFC = 51.33 208.58 0: MPIOM: current date: 2100-07-20 00:00:00 begin of timestep (day): 1 (run): 6401 384: Radiation calculated for : 19. Jul 2100 17:56:15 384: Greenhouse gas concentrations 19. Jul 2100 17:56:15 CO2 = 1135.8548 CH4 = 2414.76 N2O = 391.820 CFC = 51.33 208.57 384: Radiation calculated for : 19. Jul 2100 19:56:15 384: Greenhouse gas concentrations 19. Jul 2100 19:56:15 CO2 = 1135.8580 CH4 = 2414.76 N2O = 391.821 CFC = 51.33 208.57 384: Radiation calculated for : 19. Jul 2100 21:56:15 384: Greenhouse gas concentrations 19. Jul 2100 21:56:15 CO2 = 1135.8611 CH4 = 2414.76 N2O = 391.821 CFC = 51.33 208.57 384: Radiation calculated for : 19. Jul 2100 23:56:15 384: Greenhouse gas concentrations 19. Jul 2100 23:56:15 CO2 = 1135.8642 CH4 = 2414.75 N2O = 391.821 CFC = 51.33 208.57 384: hydrology_model: Water budget change: 9.536743164062500E-007 m3/s 384: hydrology_model: global discharge: 1146544.05165168 m3/s 384: hydrology_model: precip-evap (on ocean): -589978.046555210 m3/s 384: water_budget_corr: P-E correction: -22676.9970778044 m3/s 384: water_budget_corr: slm/slf residuum: 66382.4126193022 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 12604.1416172715 m3/s 384: water_budget_corr: awfre corrected: -600050.902015763 m3/s 384: water_budget_corr: river discharge: 1146544.05165168 m3/s 384: water_budget_corr: water to ocean: 546493.149635914 m3/s 384: Write GRIB1 output for : 19. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.30500622080 , n2 = 801999.999850022 , o2 = 0: 196799.999403536 384: CO2 flux correction (global): 8.046160942428860E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-20 00:45:00 begin of timestep (day): 2 (run): 6402 0: MPIOM: current date: 2100-07-20 01:30:00 begin of timestep (day): 3 (run): 6403 384: Radiation calculated for : 20. Jul 2100 01:56:15 384: Greenhouse gas concentrations 20. Jul 2100 01:56:15 CO2 = 1135.8673 CH4 = 2414.75 N2O = 391.821 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-20 02:15:00 begin of timestep (day): 4 (run): 6404 0: MPIOM: current date: 2100-07-20 03:00:00 begin of timestep (day): 5 (run): 6405 0: MPIOM: current date: 2100-07-20 03:45:00 begin of timestep (day): 6 (run): 6406 0: MPIOM: current date: 2100-07-20 04:30:00 begin of timestep (day): 7 (run): 6407 384: Radiation calculated for : 20. Jul 2100 03:56:15 384: Greenhouse gas concentrations 20. Jul 2100 03:56:15 CO2 = 1135.8704 CH4 = 2414.75 N2O = 391.821 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-20 05:15:00 begin of timestep (day): 8 (run): 6408 0: MPIOM: current date: 2100-07-20 06:00:00 begin of timestep (day): 9 (run): 6409 0: MPIOM: current date: 2100-07-20 06:45:00 begin of timestep (day): 10 (run): 6410 0: MPIOM: current date: 2100-07-20 07:30:00 begin of timestep (day): 11 (run): 6411 384: Radiation calculated for : 20. Jul 2100 05:56:15 384: Greenhouse gas concentrations 20. Jul 2100 05:56:15 CO2 = 1135.8735 CH4 = 2414.75 N2O = 391.821 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-20 08:15:00 begin of timestep (day): 12 (run): 6412 0: MPIOM: current date: 2100-07-20 09:00:00 begin of timestep (day): 13 (run): 6413 0: MPIOM: current date: 2100-07-20 09:45:00 begin of timestep (day): 14 (run): 6414 0: MPIOM: current date: 2100-07-20 10:30:00 begin of timestep (day): 15 (run): 6415 384: Radiation calculated for : 20. Jul 2100 07:56:15 384: Greenhouse gas concentrations 20. Jul 2100 07:56:15 CO2 = 1135.8767 CH4 = 2414.74 N2O = 391.821 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-20 11:15:00 begin of timestep (day): 16 (run): 6416 0: MPIOM: current date: 2100-07-20 12:00:00 begin of timestep (day): 17 (run): 6417 0: MPIOM: current date: 2100-07-20 12:45:00 begin of timestep (day): 18 (run): 6418 384: Radiation calculated for : 20. Jul 2100 09:56:15 384: Greenhouse gas concentrations 20. Jul 2100 09:56:15 CO2 = 1135.8798 CH4 = 2414.74 N2O = 391.821 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-20 13:30:00 begin of timestep (day): 19 (run): 6419 0: MPIOM: current date: 2100-07-20 14:15:00 begin of timestep (day): 20 (run): 6420 0: MPIOM: current date: 2100-07-20 15:00:00 begin of timestep (day): 21 (run): 6421 0: MPIOM: current date: 2100-07-20 15:45:00 begin of timestep (day): 22 (run): 6422 384: Radiation calculated for : 20. Jul 2100 11:56:15 0: MPIOM: current date: 2100-07-20 16:30:00 begin of timestep (day): 23 (run): 6423 384: Greenhouse gas concentrations 20. Jul 2100 11:56:15 CO2 = 1135.8829 CH4 = 2414.74 N2O = 391.821 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-20 17:15:00 begin of timestep (day): 24 (run): 6424 0: MPIOM: current date: 2100-07-20 18:00:00 begin of timestep (day): 25 (run): 6425 0: MPIOM: current date: 2100-07-20 18:45:00 begin of timestep (day): 26 (run): 6426 384: Radiation calculated for : 20. Jul 2100 13:56:15 384: Greenhouse gas concentrations 20. Jul 2100 13:56:15 CO2 = 1135.8860 CH4 = 2414.74 N2O = 391.822 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-20 19:30:00 begin of timestep (day): 27 (run): 6427 0: MPIOM: current date: 2100-07-20 20:15:00 begin of timestep (day): 28 (run): 6428 0: MPIOM: current date: 2100-07-20 21:00:00 begin of timestep (day): 29 (run): 6429 0: MPIOM: current date: 2100-07-20 21:45:00 begin of timestep (day): 30 (run): 6430 384: Radiation calculated for : 20. Jul 2100 15:56:15 0: MPIOM: current date: 2100-07-20 22:30:00 begin of timestep (day): 31 (run): 6431 384: Greenhouse gas concentrations 20. Jul 2100 15:56:15 CO2 = 1135.8891 CH4 = 2414.73 N2O = 391.822 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-20 23:15:00 begin of timestep (day): 32 (run): 6432 0: MPIOM: current date: 2100-07-21 00:00:00 begin of timestep (day): 1 (run): 6433 384: Radiation calculated for : 20. Jul 2100 17:56:15 384: Greenhouse gas concentrations 20. Jul 2100 17:56:15 CO2 = 1135.8922 CH4 = 2414.73 N2O = 391.822 CFC = 51.33 208.57 384: Radiation calculated for : 20. Jul 2100 19:56:15 384: Greenhouse gas concentrations 20. Jul 2100 19:56:15 CO2 = 1135.8954 CH4 = 2414.73 N2O = 391.822 CFC = 51.33 208.57 384: Radiation calculated for : 20. Jul 2100 21:56:15 384: Greenhouse gas concentrations 20. Jul 2100 21:56:15 CO2 = 1135.8985 CH4 = 2414.72 N2O = 391.822 CFC = 51.33 208.57 384: Radiation calculated for : 20. Jul 2100 23:56:15 384: Greenhouse gas concentrations 20. Jul 2100 23:56:15 CO2 = 1135.9016 CH4 = 2414.72 N2O = 391.822 CFC = 51.33 208.57 384: hydrology_model: Water budget change: -2.384185791015625E-007 m3/s 384: hydrology_model: global discharge: 1139115.47328240 m3/s 384: hydrology_model: precip-evap (on ocean): -771109.542311180 m3/s 384: water_budget_corr: P-E correction: -67908.4441852582 m3/s 384: water_budget_corr: slm/slf residuum: 47540.1575325752 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3020.18237868070 m3/s 384: water_budget_corr: awfre corrected: -835997.804117768 m3/s 384: water_budget_corr: river discharge: 1139115.47328240 m3/s 384: water_budget_corr: water to ocean: 303117.669164646 m3/s 384: Write GRIB1 output for : 20. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.822862399865144E-010 kg m-2 s-1 0: co2 = 1053.31505457094 , n2 = 801999.999843156 , o2 = 0: 196799.999442467 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-21 00:45:00 begin of timestep (day): 2 (run): 6434 0: MPIOM: current date: 2100-07-21 01:30:00 begin of timestep (day): 3 (run): 6435 384: Radiation calculated for : 21. Jul 2100 01:56:15 384: Greenhouse gas concentrations 21. Jul 2100 01:56:15 CO2 = 1135.9047 CH4 = 2414.72 N2O = 391.822 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-21 02:15:00 begin of timestep (day): 4 (run): 6436 0: MPIOM: current date: 2100-07-21 03:00:00 begin of timestep (day): 5 (run): 6437 0: MPIOM: current date: 2100-07-21 03:45:00 begin of timestep (day): 6 (run): 6438 0: MPIOM: current date: 2100-07-21 04:30:00 begin of timestep (day): 7 (run): 6439 384: Radiation calculated for : 21. Jul 2100 03:56:15 384: Greenhouse gas concentrations 21. Jul 2100 03:56:15 CO2 = 1135.9078 CH4 = 2414.72 N2O = 391.822 CFC = 51.33 208.57 0: MPIOM: current date: 2100-07-21 05:15:00 begin of timestep (day): 8 (run): 6440 0: MPIOM: current date: 2100-07-21 06:00:00 begin of timestep (day): 9 (run): 6441 0: MPIOM: current date: 2100-07-21 06:45:00 begin of timestep (day): 10 (run): 6442 0: MPIOM: current date: 2100-07-21 07:30:00 begin of timestep (day): 11 (run): 6443 384: Radiation calculated for : 21. Jul 2100 05:56:15 384: Greenhouse gas concentrations 21. Jul 2100 05:56:15 CO2 = 1135.9109 CH4 = 2414.71 N2O = 391.822 CFC = 51.33 208.56 0: MPIOM: current date: 2100-07-21 08:15:00 begin of timestep (day): 12 (run): 6444 0: MPIOM: current date: 2100-07-21 09:00:00 begin of timestep (day): 13 (run): 6445 0: MPIOM: current date: 2100-07-21 09:45:00 begin of timestep (day): 14 (run): 6446 0: MPIOM: current date: 2100-07-21 10:30:00 begin of timestep (day): 15 (run): 6447 384: Radiation calculated for : 21. Jul 2100 07:56:15 384: Greenhouse gas concentrations 21. Jul 2100 07:56:15 CO2 = 1135.9141 CH4 = 2414.71 N2O = 391.822 CFC = 51.33 208.56 0: MPIOM: current date: 2100-07-21 11:15:00 begin of timestep (day): 16 (run): 6448 0: MPIOM: current date: 2100-07-21 12:00:00 begin of timestep (day): 17 (run): 6449 0: MPIOM: current date: 2100-07-21 12:45:00 begin of timestep (day): 18 (run): 6450 0: MPIOM: current date: 2100-07-21 13:30:00 begin of timestep (day): 19 (run): 6451 384: Radiation calculated for : 21. Jul 2100 09:56:15 384: Greenhouse gas concentrations 21. Jul 2100 09:56:15 CO2 = 1135.9172 CH4 = 2414.71 N2O = 391.823 CFC = 51.33 208.56 0: MPIOM: current date: 2100-07-21 14:15:00 begin of timestep (day): 20 (run): 6452 0: MPIOM: current date: 2100-07-21 15:00:00 begin of timestep (day): 21 (run): 6453 0: MPIOM: current date: 2100-07-21 15:45:00 begin of timestep (day): 22 (run): 6454 0: MPIOM: current date: 2100-07-21 16:30:00 begin of timestep (day): 23 (run): 6455 384: Radiation calculated for : 21. Jul 2100 11:56:15 384: Greenhouse gas concentrations 21. Jul 2100 11:56:15 CO2 = 1135.9203 CH4 = 2414.71 N2O = 391.823 CFC = 51.33 208.56 0: MPIOM: current date: 2100-07-21 17:15:00 begin of timestep (day): 24 (run): 6456 0: MPIOM: current date: 2100-07-21 18:00:00 begin of timestep (day): 25 (run): 6457 0: MPIOM: current date: 2100-07-21 18:45:00 begin of timestep (day): 26 (run): 6458 0: MPIOM: current date: 2100-07-21 19:30:00 begin of timestep (day): 27 (run): 6459 384: Radiation calculated for : 21. Jul 2100 13:56:15 384: Greenhouse gas concentrations 21. Jul 2100 13:56:15 CO2 = 1135.9234 CH4 = 2414.70 N2O = 391.823 CFC = 51.33 208.56 0: MPIOM: current date: 2100-07-21 20:15:00 begin of timestep (day): 28 (run): 6460 0: MPIOM: current date: 2100-07-21 21:00:00 begin of timestep (day): 29 (run): 6461 0: MPIOM: current date: 2100-07-21 21:45:00 begin of timestep (day): 30 (run): 6462 0: MPIOM: current date: 2100-07-21 22:30:00 begin of timestep (day): 31 (run): 6463 384: Radiation calculated for : 21. Jul 2100 15:56:15 384: Greenhouse gas concentrations 21. Jul 2100 15:56:15 CO2 = 1135.9265 CH4 = 2414.70 N2O = 391.823 CFC = 51.33 208.56 0: MPIOM: current date: 2100-07-21 23:15:00 begin of timestep (day): 32 (run): 6464 0: MPIOM: current date: 2100-07-22 00:00:00 begin of timestep (day): 1 (run): 6465 384: Radiation calculated for : 21. Jul 2100 17:56:15 384: Greenhouse gas concentrations 21. Jul 2100 17:56:15 CO2 = 1135.9296 CH4 = 2414.70 N2O = 391.823 CFC = 51.32 208.56 384: Radiation calculated for : 21. Jul 2100 19:56:15 384: Greenhouse gas concentrations 21. Jul 2100 19:56:15 CO2 = 1135.9328 CH4 = 2414.69 N2O = 391.823 CFC = 51.32 208.56 384: Radiation calculated for : 21. Jul 2100 21:56:15 384: Greenhouse gas concentrations 21. Jul 2100 21:56:15 CO2 = 1135.9359 CH4 = 2414.69 N2O = 391.823 CFC = 51.32 208.56 384: Radiation calculated for : 21. Jul 2100 23:56:15 384: Greenhouse gas concentrations 21. Jul 2100 23:56:15 CO2 = 1135.9390 CH4 = 2414.69 N2O = 391.823 CFC = 51.32 208.56 384: hydrology_model: Water budget change: -1.013278961181641E-006 m3/s 384: hydrology_model: global discharge: 1133117.45540424 m3/s 384: hydrology_model: precip-evap (on ocean): -1197199.30346352 m3/s 384: water_budget_corr: P-E correction: -109794.671532084 m3/s 384: water_budget_corr: slm/slf residuum: 66943.0805708429 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3997.78030817143 m3/s 384: water_budget_corr: awfre corrected: -1302996.19468744 m3/s 384: water_budget_corr: river discharge: 1133117.45540424 m3/s 384: water_budget_corr: water to ocean: -169878.739283178 m3/s 384: Write GRIB1 output for : 21. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.343528025678438E-010 kg m-2 s-1 0: co2 = 1053.37554386918 , n2 = 801999.999825585 , o2 = 0: 196799.999429654 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-22 00:45:00 begin of timestep (day): 2 (run): 6466 0: MPIOM: current date: 2100-07-22 01:30:00 begin of timestep (day): 3 (run): 6467 384: Radiation calculated for : 22. Jul 2100 01:56:15 384: Greenhouse gas concentrations 22. Jul 2100 01:56:15 CO2 = 1135.9421 CH4 = 2414.69 N2O = 391.823 CFC = 51.32 208.56 0: MPIOM: current date: 2100-07-22 02:15:00 begin of timestep (day): 4 (run): 6468 0: MPIOM: current date: 2100-07-22 03:00:00 begin of timestep (day): 5 (run): 6469 0: MPIOM: current date: 2100-07-22 03:45:00 begin of timestep (day): 6 (run): 6470 0: MPIOM: current date: 2100-07-22 04:30:00 begin of timestep (day): 7 (run): 6471 384: Radiation calculated for : 22. Jul 2100 03:56:15 384: Greenhouse gas concentrations 22. Jul 2100 03:56:15 CO2 = 1135.9452 CH4 = 2414.68 N2O = 391.823 CFC = 51.32 208.56 0: MPIOM: current date: 2100-07-22 05:15:00 begin of timestep (day): 8 (run): 6472 0: MPIOM: current date: 2100-07-22 06:00:00 begin of timestep (day): 9 (run): 6473 0: MPIOM: current date: 2100-07-22 06:45:00 begin of timestep (day): 10 (run): 6474 0: MPIOM: current date: 2100-07-22 07:30:00 begin of timestep (day): 11 (run): 6475 384: Radiation calculated for : 22. Jul 2100 05:56:15 384: Greenhouse gas concentrations 22. Jul 2100 05:56:15 CO2 = 1135.9483 CH4 = 2414.68 N2O = 391.824 CFC = 51.32 208.56 0: MPIOM: current date: 2100-07-22 08:15:00 begin of timestep (day): 12 (run): 6476 0: MPIOM: current date: 2100-07-22 09:00:00 begin of timestep (day): 13 (run): 6477 0: MPIOM: current date: 2100-07-22 09:45:00 begin of timestep (day): 14 (run): 6478 0: MPIOM: current date: 2100-07-22 10:30:00 begin of timestep (day): 15 (run): 6479 384: Radiation calculated for : 22. Jul 2100 07:56:15 384: Greenhouse gas concentrations 22. Jul 2100 07:56:15 CO2 = 1135.9515 CH4 = 2414.68 N2O = 391.824 CFC = 51.32 208.56 0: MPIOM: current date: 2100-07-22 11:15:00 begin of timestep (day): 16 (run): 6480 0: MPIOM: current date: 2100-07-22 12:00:00 begin of timestep (day): 17 (run): 6481 0: MPIOM: current date: 2100-07-22 12:45:00 begin of timestep (day): 18 (run): 6482 0: MPIOM: current date: 2100-07-22 13:30:00 begin of timestep (day): 19 (run): 6483 384: Radiation calculated for : 22. Jul 2100 09:56:15 384: Greenhouse gas concentrations 22. Jul 2100 09:56:15 CO2 = 1135.9546 CH4 = 2414.68 N2O = 391.824 CFC = 51.32 208.56 0: MPIOM: current date: 2100-07-22 14:15:00 begin of timestep (day): 20 (run): 6484 0: MPIOM: current date: 2100-07-22 15:00:00 begin of timestep (day): 21 (run): 6485 0: MPIOM: current date: 2100-07-22 15:45:00 begin of timestep (day): 22 (run): 6486 0: MPIOM: current date: 2100-07-22 16:30:00 begin of timestep (day): 23 (run): 6487 384: Radiation calculated for : 22. Jul 2100 11:56:15 384: Greenhouse gas concentrations 22. Jul 2100 11:56:15 CO2 = 1135.9577 CH4 = 2414.67 N2O = 391.824 CFC = 51.32 208.56 0: MPIOM: current date: 2100-07-22 17:15:00 begin of timestep (day): 24 (run): 6488 0: MPIOM: current date: 2100-07-22 18:00:00 begin of timestep (day): 25 (run): 6489 0: MPIOM: current date: 2100-07-22 18:45:00 begin of timestep (day): 26 (run): 6490 0: MPIOM: current date: 2100-07-22 19:30:00 begin of timestep (day): 27 (run): 6491 0: MPIOM: current date: 2100-07-22 20:15:00 begin of timestep (day): 28 (run): 6492 384: Radiation calculated for : 22. Jul 2100 13:56:15 384: Greenhouse gas concentrations 22. Jul 2100 13:56:15 CO2 = 1135.9608 CH4 = 2414.67 N2O = 391.824 CFC = 51.32 208.56 0: MPIOM: current date: 2100-07-22 21:00:00 begin of timestep (day): 29 (run): 6493 0: MPIOM: current date: 2100-07-22 21:45:00 begin of timestep (day): 30 (run): 6494 0: MPIOM: current date: 2100-07-22 22:30:00 begin of timestep (day): 31 (run): 6495 384: Radiation calculated for : 22. Jul 2100 15:56:15 384: Greenhouse gas concentrations 22. Jul 2100 15:56:15 CO2 = 1135.9639 CH4 = 2414.67 N2O = 391.824 CFC = 51.32 208.56 0: MPIOM: current date: 2100-07-22 23:15:00 begin of timestep (day): 32 (run): 6496 0: MPIOM: current date: 2100-07-23 00:00:00 begin of timestep (day): 1 (run): 6497 384: Radiation calculated for : 22. Jul 2100 17:56:15 384: Greenhouse gas concentrations 22. Jul 2100 17:56:15 CO2 = 1135.9670 CH4 = 2414.66 N2O = 391.824 CFC = 51.32 208.55 384: Radiation calculated for : 22. Jul 2100 19:56:15 384: Greenhouse gas concentrations 22. Jul 2100 19:56:15 CO2 = 1135.9702 CH4 = 2414.66 N2O = 391.824 CFC = 51.32 208.55 384: Radiation calculated for : 22. Jul 2100 21:56:15 384: Greenhouse gas concentrations 22. Jul 2100 21:56:15 CO2 = 1135.9733 CH4 = 2414.66 N2O = 391.824 CFC = 51.32 208.55 384: Radiation calculated for : 22. Jul 2100 23:56:15 384: Greenhouse gas concentrations 22. Jul 2100 23:56:15 CO2 = 1135.9764 CH4 = 2414.66 N2O = 391.825 CFC = 51.32 208.55 384: hydrology_model: Water budget change: -2.086162567138672E-007 m3/s 384: hydrology_model: global discharge: 1143598.49415103 m3/s 384: hydrology_model: precip-evap (on ocean): -846601.280224425 m3/s 384: water_budget_corr: P-E correction: -95183.7053617652 m3/s 384: water_budget_corr: slm/slf residuum: 33906.8495668773 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4534.71178076254 m3/s 384: water_budget_corr: awfre corrected: -937250.273805433 m3/s 384: water_budget_corr: river discharge: 1143598.49415103 m3/s 384: water_budget_corr: water to ocean: 206348.220345605 m3/s 384: Write GRIB1 output for : 22. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.47092350075 , n2 = 801999.999779703 , o2 = 0: 196799.999373880 384: CO2 flux correction (global): 3.941050751760812E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-23 00:45:00 begin of timestep (day): 2 (run): 6498 0: MPIOM: current date: 2100-07-23 01:30:00 begin of timestep (day): 3 (run): 6499 384: Radiation calculated for : 23. Jul 2100 01:56:15 384: Greenhouse gas concentrations 23. Jul 2100 01:56:15 CO2 = 1135.9795 CH4 = 2414.65 N2O = 391.825 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-23 02:15:00 begin of timestep (day): 4 (run): 6500 0: MPIOM: current date: 2100-07-23 03:00:00 begin of timestep (day): 5 (run): 6501 0: MPIOM: current date: 2100-07-23 03:45:00 begin of timestep (day): 6 (run): 6502 0: MPIOM: current date: 2100-07-23 04:30:00 begin of timestep (day): 7 (run): 6503 384: Radiation calculated for : 23. Jul 2100 03:56:15 384: Greenhouse gas concentrations 23. Jul 2100 03:56:15 CO2 = 1135.9826 CH4 = 2414.65 N2O = 391.825 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-23 05:15:00 begin of timestep (day): 8 (run): 6504 0: MPIOM: current date: 2100-07-23 06:00:00 begin of timestep (day): 9 (run): 6505 0: MPIOM: current date: 2100-07-23 06:45:00 begin of timestep (day): 10 (run): 6506 0: MPIOM: current date: 2100-07-23 07:30:00 begin of timestep (day): 11 (run): 6507 384: Radiation calculated for : 23. Jul 2100 05:56:15 384: Greenhouse gas concentrations 23. Jul 2100 05:56:15 CO2 = 1135.9857 CH4 = 2414.65 N2O = 391.825 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-23 08:15:00 begin of timestep (day): 12 (run): 6508 0: MPIOM: current date: 2100-07-23 09:00:00 begin of timestep (day): 13 (run): 6509 0: MPIOM: current date: 2100-07-23 09:45:00 begin of timestep (day): 14 (run): 6510 0: MPIOM: current date: 2100-07-23 10:30:00 begin of timestep (day): 15 (run): 6511 384: Radiation calculated for : 23. Jul 2100 07:56:15 384: Greenhouse gas concentrations 23. Jul 2100 07:56:15 CO2 = 1135.9889 CH4 = 2414.65 N2O = 391.825 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-23 11:15:00 begin of timestep (day): 16 (run): 6512 0: MPIOM: current date: 2100-07-23 12:00:00 begin of timestep (day): 17 (run): 6513 0: MPIOM: current date: 2100-07-23 12:45:00 begin of timestep (day): 18 (run): 6514 0: MPIOM: current date: 2100-07-23 13:30:00 begin of timestep (day): 19 (run): 6515 384: Radiation calculated for : 23. Jul 2100 09:56:15 384: Greenhouse gas concentrations 23. Jul 2100 09:56:15 CO2 = 1135.9920 CH4 = 2414.64 N2O = 391.825 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-23 14:15:00 begin of timestep (day): 20 (run): 6516 0: MPIOM: current date: 2100-07-23 15:00:00 begin of timestep (day): 21 (run): 6517 0: MPIOM: current date: 2100-07-23 15:45:00 begin of timestep (day): 22 (run): 6518 0: MPIOM: current date: 2100-07-23 16:30:00 begin of timestep (day): 23 (run): 6519 384: Radiation calculated for : 23. Jul 2100 11:56:15 384: Greenhouse gas concentrations 23. Jul 2100 11:56:15 CO2 = 1135.9951 CH4 = 2414.64 N2O = 391.825 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-23 17:15:00 begin of timestep (day): 24 (run): 6520 0: MPIOM: current date: 2100-07-23 18:00:00 begin of timestep (day): 25 (run): 6521 0: MPIOM: current date: 2100-07-23 18:45:00 begin of timestep (day): 26 (run): 6522 0: MPIOM: current date: 2100-07-23 19:30:00 begin of timestep (day): 27 (run): 6523 384: Radiation calculated for : 23. Jul 2100 13:56:15 384: Greenhouse gas concentrations 23. Jul 2100 13:56:15 CO2 = 1135.9982 CH4 = 2414.64 N2O = 391.825 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-23 20:15:00 begin of timestep (day): 28 (run): 6524 0: MPIOM: current date: 2100-07-23 21:00:00 begin of timestep (day): 29 (run): 6525 0: MPIOM: current date: 2100-07-23 21:45:00 begin of timestep (day): 30 (run): 6526 0: MPIOM: current date: 2100-07-23 22:30:00 begin of timestep (day): 31 (run): 6527 384: Radiation calculated for : 23. Jul 2100 15:56:15 384: Greenhouse gas concentrations 23. Jul 2100 15:56:15 CO2 = 1136.0013 CH4 = 2414.63 N2O = 391.825 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-23 23:15:00 begin of timestep (day): 32 (run): 6528 0: MPIOM: current date: 2100-07-24 00:00:00 begin of timestep (day): 1 (run): 6529 384: Radiation calculated for : 23. Jul 2100 17:56:15 384: Greenhouse gas concentrations 23. Jul 2100 17:56:15 CO2 = 1136.0044 CH4 = 2414.63 N2O = 391.825 CFC = 51.32 208.55 384: Radiation calculated for : 23. Jul 2100 19:56:15 384: Greenhouse gas concentrations 23. Jul 2100 19:56:15 CO2 = 1136.0076 CH4 = 2414.63 N2O = 391.826 CFC = 51.32 208.55 384: Radiation calculated for : 23. Jul 2100 21:56:15 384: Greenhouse gas concentrations 23. Jul 2100 21:56:15 CO2 = 1136.0107 CH4 = 2414.63 N2O = 391.826 CFC = 51.32 208.55 384: Radiation calculated for : 23. Jul 2100 23:56:15 384: Greenhouse gas concentrations 23. Jul 2100 23:56:15 CO2 = 1136.0138 CH4 = 2414.62 N2O = 391.826 CFC = 51.32 208.55 384: hydrology_model: Water budget change: -7.748603820800781E-007 m3/s 384: hydrology_model: global discharge: 1140782.20236766 m3/s 384: hydrology_model: precip-evap (on ocean): -844752.633616070 m3/s 384: water_budget_corr: P-E correction: -55637.1512093658 m3/s 384: water_budget_corr: slm/slf residuum: 42417.1039052791 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5234.66268074690 m3/s 384: water_budget_corr: awfre corrected: -895155.122144691 m3/s 384: water_budget_corr: river discharge: 1140782.20236766 m3/s 384: water_budget_corr: water to ocean: 245627.080222964 m3/s 384: Write GRIB1 output for : 23. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.406979215876934E-010 kg m-2 s-1 0: co2 = 1053.57427417804 , n2 = 801999.999729041 , o2 = 0: 196799.999314215 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-24 00:45:00 begin of timestep (day): 2 (run): 6530 0: MPIOM: current date: 2100-07-24 01:30:00 begin of timestep (day): 3 (run): 6531 384: Radiation calculated for : 24. Jul 2100 01:56:15 384: Greenhouse gas concentrations 24. Jul 2100 01:56:15 CO2 = 1136.0169 CH4 = 2414.62 N2O = 391.826 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-24 02:15:00 begin of timestep (day): 4 (run): 6532 0: MPIOM: current date: 2100-07-24 03:00:00 begin of timestep (day): 5 (run): 6533 0: MPIOM: current date: 2100-07-24 03:45:00 begin of timestep (day): 6 (run): 6534 0: MPIOM: current date: 2100-07-24 04:30:00 begin of timestep (day): 7 (run): 6535 384: Radiation calculated for : 24. Jul 2100 03:56:15 384: Greenhouse gas concentrations 24. Jul 2100 03:56:15 CO2 = 1136.0200 CH4 = 2414.62 N2O = 391.826 CFC = 51.32 208.55 0: MPIOM: current date: 2100-07-24 05:15:00 begin of timestep (day): 8 (run): 6536 0: MPIOM: current date: 2100-07-24 06:00:00 begin of timestep (day): 9 (run): 6537 0: MPIOM: current date: 2100-07-24 06:45:00 begin of timestep (day): 10 (run): 6538 0: MPIOM: current date: 2100-07-24 07:30:00 begin of timestep (day): 11 (run): 6539 384: Radiation calculated for : 24. Jul 2100 05:56:15 384: Greenhouse gas concentrations 24. Jul 2100 05:56:15 CO2 = 1136.0231 CH4 = 2414.61 N2O = 391.826 CFC = 51.32 208.54 0: MPIOM: current date: 2100-07-24 08:15:00 begin of timestep (day): 12 (run): 6540 0: MPIOM: current date: 2100-07-24 09:00:00 begin of timestep (day): 13 (run): 6541 0: MPIOM: current date: 2100-07-24 09:45:00 begin of timestep (day): 14 (run): 6542 0: MPIOM: current date: 2100-07-24 10:30:00 begin of timestep (day): 15 (run): 6543 384: Radiation calculated for : 24. Jul 2100 07:56:15 384: Greenhouse gas concentrations 24. Jul 2100 07:56:15 CO2 = 1136.0262 CH4 = 2414.61 N2O = 391.826 CFC = 51.32 208.54 0: MPIOM: current date: 2100-07-24 11:15:00 begin of timestep (day): 16 (run): 6544 0: MPIOM: current date: 2100-07-24 12:00:00 begin of timestep (day): 17 (run): 6545 0: MPIOM: current date: 2100-07-24 12:45:00 begin of timestep (day): 18 (run): 6546 0: MPIOM: current date: 2100-07-24 13:30:00 begin of timestep (day): 19 (run): 6547 384: Radiation calculated for : 24. Jul 2100 09:56:15 384: Greenhouse gas concentrations 24. Jul 2100 09:56:15 CO2 = 1136.0294 CH4 = 2414.61 N2O = 391.826 CFC = 51.32 208.54 0: MPIOM: current date: 2100-07-24 14:15:00 begin of timestep (day): 20 (run): 6548 0: MPIOM: current date: 2100-07-24 15:00:00 begin of timestep (day): 21 (run): 6549 0: MPIOM: current date: 2100-07-24 15:45:00 begin of timestep (day): 22 (run): 6550 0: MPIOM: current date: 2100-07-24 16:30:00 begin of timestep (day): 23 (run): 6551 384: Radiation calculated for : 24. Jul 2100 11:56:15 384: Greenhouse gas concentrations 24. Jul 2100 11:56:15 CO2 = 1136.0325 CH4 = 2414.61 N2O = 391.826 CFC = 51.32 208.54 0: MPIOM: current date: 2100-07-24 17:15:00 begin of timestep (day): 24 (run): 6552 0: MPIOM: current date: 2100-07-24 18:00:00 begin of timestep (day): 25 (run): 6553 0: MPIOM: current date: 2100-07-24 18:45:00 begin of timestep (day): 26 (run): 6554 0: MPIOM: current date: 2100-07-24 19:30:00 begin of timestep (day): 27 (run): 6555 384: Radiation calculated for : 24. Jul 2100 13:56:15 384: Greenhouse gas concentrations 24. Jul 2100 13:56:15 CO2 = 1136.0356 CH4 = 2414.60 N2O = 391.827 CFC = 51.32 208.54 0: MPIOM: current date: 2100-07-24 20:15:00 begin of timestep (day): 28 (run): 6556 0: MPIOM: current date: 2100-07-24 21:00:00 begin of timestep (day): 29 (run): 6557 0: MPIOM: current date: 2100-07-24 21:45:00 begin of timestep (day): 30 (run): 6558 0: MPIOM: current date: 2100-07-24 22:30:00 begin of timestep (day): 31 (run): 6559 384: Radiation calculated for : 24. Jul 2100 15:56:15 384: Greenhouse gas concentrations 24. Jul 2100 15:56:15 CO2 = 1136.0387 CH4 = 2414.60 N2O = 391.827 CFC = 51.32 208.54 0: MPIOM: current date: 2100-07-24 23:15:00 begin of timestep (day): 32 (run): 6560 0: MPIOM: current date: 2100-07-25 00:00:00 begin of timestep (day): 1 (run): 6561 384: Radiation calculated for : 24. Jul 2100 17:56:15 384: Greenhouse gas concentrations 24. Jul 2100 17:56:15 CO2 = 1136.0418 CH4 = 2414.60 N2O = 391.827 CFC = 51.32 208.54 384: Radiation calculated for : 24. Jul 2100 19:56:15 384: Greenhouse gas concentrations 24. Jul 2100 19:56:15 CO2 = 1136.0449 CH4 = 2414.60 N2O = 391.827 CFC = 51.32 208.54 384: Radiation calculated for : 24. Jul 2100 21:56:15 384: Greenhouse gas concentrations 24. Jul 2100 21:56:15 CO2 = 1136.0481 CH4 = 2414.59 N2O = 391.827 CFC = 51.32 208.54 384: Radiation calculated for : 24. Jul 2100 23:56:15 384: Greenhouse gas concentrations 24. Jul 2100 23:56:15 CO2 = 1136.0512 CH4 = 2414.59 N2O = 391.827 CFC = 51.32 208.54 384: hydrology_model: Water budget change: 3.278255462646484E-006 m3/s 384: hydrology_model: global discharge: 1140011.55746704 m3/s 384: hydrology_model: precip-evap (on ocean): -445659.516971083 m3/s 384: water_budget_corr: P-E correction: -61512.3880804274 m3/s 384: water_budget_corr: slm/slf residuum: 33981.5586033710 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4546.38920483311 m3/s 384: water_budget_corr: awfre corrected: -502625.515846688 m3/s 384: water_budget_corr: river discharge: 1140011.55746704 m3/s 384: water_budget_corr: water to ocean: 637386.041620352 m3/s 384: Write GRIB1 output for : 24. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.839995072524479E-010 kg m-2 s-1 0: co2 = 1053.63742790911 , n2 = 801999.999744374 , o2 = 0: 196799.999336590 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-25 00:45:00 begin of timestep (day): 2 (run): 6562 0: MPIOM: current date: 2100-07-25 01:30:00 begin of timestep (day): 3 (run): 6563 384: Radiation calculated for : 25. Jul 2100 01:56:15 384: Greenhouse gas concentrations 25. Jul 2100 01:56:15 CO2 = 1136.0543 CH4 = 2414.59 N2O = 391.827 CFC = 51.32 208.54 0: MPIOM: current date: 2100-07-25 02:15:00 begin of timestep (day): 4 (run): 6564 0: MPIOM: current date: 2100-07-25 03:00:00 begin of timestep (day): 5 (run): 6565 0: MPIOM: current date: 2100-07-25 03:45:00 begin of timestep (day): 6 (run): 6566 0: MPIOM: current date: 2100-07-25 04:30:00 begin of timestep (day): 7 (run): 6567 384: Radiation calculated for : 25. Jul 2100 03:56:15 384: Greenhouse gas concentrations 25. Jul 2100 03:56:15 CO2 = 1136.0574 CH4 = 2414.58 N2O = 391.827 CFC = 51.31 208.54 0: MPIOM: current date: 2100-07-25 05:15:00 begin of timestep (day): 8 (run): 6568 0: MPIOM: current date: 2100-07-25 06:00:00 begin of timestep (day): 9 (run): 6569 0: MPIOM: current date: 2100-07-25 06:45:00 begin of timestep (day): 10 (run): 6570 0: MPIOM: current date: 2100-07-25 07:30:00 begin of timestep (day): 11 (run): 6571 384: Radiation calculated for : 25. Jul 2100 05:56:15 384: Greenhouse gas concentrations 25. Jul 2100 05:56:15 CO2 = 1136.0605 CH4 = 2414.58 N2O = 391.827 CFC = 51.31 208.54 0: MPIOM: current date: 2100-07-25 08:15:00 begin of timestep (day): 12 (run): 6572 0: MPIOM: current date: 2100-07-25 09:00:00 begin of timestep (day): 13 (run): 6573 0: MPIOM: current date: 2100-07-25 09:45:00 begin of timestep (day): 14 (run): 6574 0: MPIOM: current date: 2100-07-25 10:30:00 begin of timestep (day): 15 (run): 6575 384: Radiation calculated for : 25. Jul 2100 07:56:15 384: Greenhouse gas concentrations 25. Jul 2100 07:56:15 CO2 = 1136.0636 CH4 = 2414.58 N2O = 391.827 CFC = 51.31 208.54 0: MPIOM: current date: 2100-07-25 11:15:00 begin of timestep (day): 16 (run): 6576 0: MPIOM: current date: 2100-07-25 12:00:00 begin of timestep (day): 17 (run): 6577 0: MPIOM: current date: 2100-07-25 12:45:00 begin of timestep (day): 18 (run): 6578 0: MPIOM: current date: 2100-07-25 13:30:00 begin of timestep (day): 19 (run): 6579 384: Radiation calculated for : 25. Jul 2100 09:56:15 384: Greenhouse gas concentrations 25. Jul 2100 09:56:15 CO2 = 1136.0668 CH4 = 2414.58 N2O = 391.828 CFC = 51.31 208.54 0: MPIOM: current date: 2100-07-25 14:15:00 begin of timestep (day): 20 (run): 6580 0: MPIOM: current date: 2100-07-25 15:00:00 begin of timestep (day): 21 (run): 6581 0: MPIOM: current date: 2100-07-25 15:45:00 begin of timestep (day): 22 (run): 6582 0: MPIOM: current date: 2100-07-25 16:30:00 begin of timestep (day): 23 (run): 6583 384: Radiation calculated for : 25. Jul 2100 11:56:15 384: Greenhouse gas concentrations 25. Jul 2100 11:56:15 CO2 = 1136.0699 CH4 = 2414.57 N2O = 391.828 CFC = 51.31 208.54 0: MPIOM: current date: 2100-07-25 17:15:00 begin of timestep (day): 24 (run): 6584 0: MPIOM: current date: 2100-07-25 18:00:00 begin of timestep (day): 25 (run): 6585 0: MPIOM: current date: 2100-07-25 18:45:00 begin of timestep (day): 26 (run): 6586 0: MPIOM: current date: 2100-07-25 19:30:00 begin of timestep (day): 27 (run): 6587 384: Radiation calculated for : 25. Jul 2100 13:56:15 384: Greenhouse gas concentrations 25. Jul 2100 13:56:15 CO2 = 1136.0730 CH4 = 2414.57 N2O = 391.828 CFC = 51.31 208.54 0: MPIOM: current date: 2100-07-25 20:15:00 begin of timestep (day): 28 (run): 6588 0: MPIOM: current date: 2100-07-25 21:00:00 begin of timestep (day): 29 (run): 6589 0: MPIOM: current date: 2100-07-25 21:45:00 begin of timestep (day): 30 (run): 6590 384: Radiation calculated for : 25. Jul 2100 15:56:15 0: MPIOM: current date: 2100-07-25 22:30:00 begin of timestep (day): 31 (run): 6591 384: Greenhouse gas concentrations 25. Jul 2100 15:56:15 CO2 = 1136.0761 CH4 = 2414.57 N2O = 391.828 CFC = 51.31 208.54 0: MPIOM: current date: 2100-07-25 23:15:00 begin of timestep (day): 32 (run): 6592 0: MPIOM: current date: 2100-07-26 00:00:00 begin of timestep (day): 1 (run): 6593 384: Radiation calculated for : 25. Jul 2100 17:56:15 384: Greenhouse gas concentrations 25. Jul 2100 17:56:15 CO2 = 1136.0792 CH4 = 2414.57 N2O = 391.828 CFC = 51.31 208.53 384: Radiation calculated for : 25. Jul 2100 19:56:15 384: Greenhouse gas concentrations 25. Jul 2100 19:56:15 CO2 = 1136.0823 CH4 = 2414.56 N2O = 391.828 CFC = 51.31 208.53 384: Radiation calculated for : 25. Jul 2100 21:56:15 384: Greenhouse gas concentrations 25. Jul 2100 21:56:15 CO2 = 1136.0855 CH4 = 2414.56 N2O = 391.828 CFC = 51.31 208.53 384: Radiation calculated for : 25. Jul 2100 23:56:15 384: Greenhouse gas concentrations 25. Jul 2100 23:56:15 CO2 = 1136.0886 CH4 = 2414.56 N2O = 391.828 CFC = 51.31 208.53 384: hydrology_model: Water budget change: -3.218650817871094E-006 m3/s 384: hydrology_model: global discharge: 1119948.87064493 m3/s 384: hydrology_model: precip-evap (on ocean): 58160.8899958571 m3/s 384: water_budget_corr: P-E correction: -35374.0066136674 m3/s 384: water_budget_corr: slm/slf residuum: 50558.9291246293 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5392.90432871465 m3/s 384: water_budget_corr: awfre corrected: 28179.7877108926 m3/s 384: water_budget_corr: river discharge: 1119948.87064493 m3/s 384: water_budget_corr: water to ocean: 1148128.65835583 m3/s 384: Write GRIB1 output for : 25. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.763877242314272E-010 kg m-2 s-1 0: co2 = 1053.61650959859 , n2 = 801999.999746937 , o2 = 384: co2_mbalance: Resetting acc. CO2 burden correction 0: 196799.999302024 0: MPIOM: current date: 2100-07-26 00:45:00 begin of timestep (day): 2 (run): 6594 0: MPIOM: current date: 2100-07-26 01:30:00 begin of timestep (day): 3 (run): 6595 384: Radiation calculated for : 26. Jul 2100 01:56:15 384: Greenhouse gas concentrations 26. Jul 2100 01:56:15 CO2 = 1136.0917 CH4 = 2414.55 N2O = 391.828 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-26 02:15:00 begin of timestep (day): 4 (run): 6596 0: MPIOM: current date: 2100-07-26 03:00:00 begin of timestep (day): 5 (run): 6597 0: MPIOM: current date: 2100-07-26 03:45:00 begin of timestep (day): 6 (run): 6598 0: MPIOM: current date: 2100-07-26 04:30:00 begin of timestep (day): 7 (run): 6599 384: Radiation calculated for : 26. Jul 2100 03:56:15 384: Greenhouse gas concentrations 26. Jul 2100 03:56:15 CO2 = 1136.0948 CH4 = 2414.55 N2O = 391.828 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-26 05:15:00 begin of timestep (day): 8 (run): 6600 0: MPIOM: current date: 2100-07-26 06:00:00 begin of timestep (day): 9 (run): 6601 0: MPIOM: current date: 2100-07-26 06:45:00 begin of timestep (day): 10 (run): 6602 0: MPIOM: current date: 2100-07-26 07:30:00 begin of timestep (day): 11 (run): 6603 384: Radiation calculated for : 26. Jul 2100 05:56:15 384: Greenhouse gas concentrations 26. Jul 2100 05:56:15 CO2 = 1136.0979 CH4 = 2414.55 N2O = 391.829 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-26 08:15:00 begin of timestep (day): 12 (run): 6604 0: MPIOM: current date: 2100-07-26 09:00:00 begin of timestep (day): 13 (run): 6605 0: MPIOM: current date: 2100-07-26 09:45:00 begin of timestep (day): 14 (run): 6606 0: MPIOM: current date: 2100-07-26 10:30:00 begin of timestep (day): 15 (run): 6607 384: Radiation calculated for : 26. Jul 2100 07:56:15 384: Greenhouse gas concentrations 26. Jul 2100 07:56:15 CO2 = 1136.1010 CH4 = 2414.55 N2O = 391.829 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-26 11:15:00 begin of timestep (day): 16 (run): 6608 0: MPIOM: current date: 2100-07-26 12:00:00 begin of timestep (day): 17 (run): 6609 0: MPIOM: current date: 2100-07-26 12:45:00 begin of timestep (day): 18 (run): 6610 0: MPIOM: current date: 2100-07-26 13:30:00 begin of timestep (day): 19 (run): 6611 384: Radiation calculated for : 26. Jul 2100 09:56:15 384: Greenhouse gas concentrations 26. Jul 2100 09:56:15 CO2 = 1136.1042 CH4 = 2414.54 N2O = 391.829 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-26 14:15:00 begin of timestep (day): 20 (run): 6612 0: MPIOM: current date: 2100-07-26 15:00:00 begin of timestep (day): 21 (run): 6613 0: MPIOM: current date: 2100-07-26 15:45:00 begin of timestep (day): 22 (run): 6614 0: MPIOM: current date: 2100-07-26 16:30:00 begin of timestep (day): 23 (run): 6615 384: Radiation calculated for : 26. Jul 2100 11:56:15 384: Greenhouse gas concentrations 26. Jul 2100 11:56:15 CO2 = 1136.1073 CH4 = 2414.54 N2O = 391.829 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-26 17:15:00 begin of timestep (day): 24 (run): 6616 0: MPIOM: current date: 2100-07-26 18:00:00 begin of timestep (day): 25 (run): 6617 0: MPIOM: current date: 2100-07-26 18:45:00 begin of timestep (day): 26 (run): 6618 0: MPIOM: current date: 2100-07-26 19:30:00 begin of timestep (day): 27 (run): 6619 384: Radiation calculated for : 26. Jul 2100 13:56:15 384: Greenhouse gas concentrations 26. Jul 2100 13:56:15 CO2 = 1136.1104 CH4 = 2414.54 N2O = 391.829 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-26 20:15:00 begin of timestep (day): 28 (run): 6620 0: MPIOM: current date: 2100-07-26 21:00:00 begin of timestep (day): 29 (run): 6621 0: MPIOM: current date: 2100-07-26 21:45:00 begin of timestep (day): 30 (run): 6622 0: MPIOM: current date: 2100-07-26 22:30:00 begin of timestep (day): 31 (run): 6623 384: Radiation calculated for : 26. Jul 2100 15:56:15 384: Greenhouse gas concentrations 26. Jul 2100 15:56:15 CO2 = 1136.1135 CH4 = 2414.54 N2O = 391.829 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-26 23:15:00 begin of timestep (day): 32 (run): 6624 0: MPIOM: current date: 2100-07-27 00:00:00 begin of timestep (day): 1 (run): 6625 384: Radiation calculated for : 26. Jul 2100 17:56:15 384: Greenhouse gas concentrations 26. Jul 2100 17:56:15 CO2 = 1136.1166 CH4 = 2414.53 N2O = 391.829 CFC = 51.31 208.53 384: Radiation calculated for : 26. Jul 2100 19:56:15 384: Greenhouse gas concentrations 26. Jul 2100 19:56:15 CO2 = 1136.1197 CH4 = 2414.53 N2O = 391.829 CFC = 51.31 208.53 384: Radiation calculated for : 26. Jul 2100 21:56:15 384: Greenhouse gas concentrations 26. Jul 2100 21:56:15 CO2 = 1136.1229 CH4 = 2414.53 N2O = 391.829 CFC = 51.31 208.53 384: Radiation calculated for : 26. Jul 2100 23:56:15 384: Greenhouse gas concentrations 26. Jul 2100 23:56:15 CO2 = 1136.1260 CH4 = 2414.52 N2O = 391.830 CFC = 51.31 208.53 384: hydrology_model: Water budget change: 5.960464477539062E-008 m3/s 384: hydrology_model: global discharge: 1099942.49412867 m3/s 384: hydrology_model: precip-evap (on ocean): -319995.746886723 m3/s 384: water_budget_corr: P-E correction: -34828.7997642920 m3/s 384: water_budget_corr: slm/slf residuum: 27245.1848539887 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 293.577603615347 m3/s 384: water_budget_corr: awfre corrected: -354530.969047389 m3/s 384: water_budget_corr: river discharge: 1099942.49412867 m3/s 384: water_budget_corr: water to ocean: 745411.525081275 m3/s 384: Write GRIB1 output for : 26. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.57659427323 , n2 = 801999.999723132 , o2 = 0: 196799.999262115 384: CO2 flux correction (global): 3.512762689571720E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-27 00:45:00 begin of timestep (day): 2 (run): 6626 0: MPIOM: current date: 2100-07-27 01:30:00 begin of timestep (day): 3 (run): 6627 384: Radiation calculated for : 27. Jul 2100 01:56:15 384: Greenhouse gas concentrations 27. Jul 2100 01:56:15 CO2 = 1136.1291 CH4 = 2414.52 N2O = 391.830 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-27 02:15:00 begin of timestep (day): 4 (run): 6628 0: MPIOM: current date: 2100-07-27 03:00:00 begin of timestep (day): 5 (run): 6629 0: MPIOM: current date: 2100-07-27 03:45:00 begin of timestep (day): 6 (run): 6630 0: MPIOM: current date: 2100-07-27 04:30:00 begin of timestep (day): 7 (run): 6631 384: Radiation calculated for : 27. Jul 2100 03:56:15 384: Greenhouse gas concentrations 27. Jul 2100 03:56:15 CO2 = 1136.1322 CH4 = 2414.52 N2O = 391.830 CFC = 51.31 208.53 0: MPIOM: current date: 2100-07-27 05:15:00 begin of timestep (day): 8 (run): 6632 0: MPIOM: current date: 2100-07-27 06:00:00 begin of timestep (day): 9 (run): 6633 0: MPIOM: current date: 2100-07-27 06:45:00 begin of timestep (day): 10 (run): 6634 0: MPIOM: current date: 2100-07-27 07:30:00 begin of timestep (day): 11 (run): 6635 384: Radiation calculated for : 27. Jul 2100 05:56:15 384: Greenhouse gas concentrations 27. Jul 2100 05:56:15 CO2 = 1136.1353 CH4 = 2414.52 N2O = 391.830 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-27 08:15:00 begin of timestep (day): 12 (run): 6636 0: MPIOM: current date: 2100-07-27 09:00:00 begin of timestep (day): 13 (run): 6637 0: MPIOM: current date: 2100-07-27 09:45:00 begin of timestep (day): 14 (run): 6638 0: MPIOM: current date: 2100-07-27 10:30:00 begin of timestep (day): 15 (run): 6639 384: Radiation calculated for : 27. Jul 2100 07:56:15 384: Greenhouse gas concentrations 27. Jul 2100 07:56:15 CO2 = 1136.1384 CH4 = 2414.51 N2O = 391.830 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-27 11:15:00 begin of timestep (day): 16 (run): 6640 0: MPIOM: current date: 2100-07-27 12:00:00 begin of timestep (day): 17 (run): 6641 0: MPIOM: current date: 2100-07-27 12:45:00 begin of timestep (day): 18 (run): 6642 0: MPIOM: current date: 2100-07-27 13:30:00 begin of timestep (day): 19 (run): 6643 384: Radiation calculated for : 27. Jul 2100 09:56:15 384: Greenhouse gas concentrations 27. Jul 2100 09:56:15 CO2 = 1136.1416 CH4 = 2414.51 N2O = 391.830 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-27 14:15:00 begin of timestep (day): 20 (run): 6644 0: MPIOM: current date: 2100-07-27 15:00:00 begin of timestep (day): 21 (run): 6645 0: MPIOM: current date: 2100-07-27 15:45:00 begin of timestep (day): 22 (run): 6646 0: MPIOM: current date: 2100-07-27 16:30:00 begin of timestep (day): 23 (run): 6647 384: Radiation calculated for : 27. Jul 2100 11:56:15 384: Greenhouse gas concentrations 27. Jul 2100 11:56:15 CO2 = 1136.1447 CH4 = 2414.51 N2O = 391.830 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-27 17:15:00 begin of timestep (day): 24 (run): 6648 0: MPIOM: current date: 2100-07-27 18:00:00 begin of timestep (day): 25 (run): 6649 0: MPIOM: current date: 2100-07-27 18:45:00 begin of timestep (day): 26 (run): 6650 0: MPIOM: current date: 2100-07-27 19:30:00 begin of timestep (day): 27 (run): 6651 384: Radiation calculated for : 27. Jul 2100 13:56:15 384: Greenhouse gas concentrations 27. Jul 2100 13:56:15 CO2 = 1136.1478 CH4 = 2414.51 N2O = 391.830 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-27 20:15:00 begin of timestep (day): 28 (run): 6652 0: MPIOM: current date: 2100-07-27 21:00:00 begin of timestep (day): 29 (run): 6653 0: MPIOM: current date: 2100-07-27 21:45:00 begin of timestep (day): 30 (run): 6654 0: MPIOM: current date: 2100-07-27 22:30:00 begin of timestep (day): 31 (run): 6655 384: Radiation calculated for : 27. Jul 2100 15:56:15 384: Greenhouse gas concentrations 27. Jul 2100 15:56:15 CO2 = 1136.1509 CH4 = 2414.50 N2O = 391.830 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-27 23:15:00 begin of timestep (day): 32 (run): 6656 0: MPIOM: current date: 2100-07-28 00:00:00 begin of timestep (day): 1 (run): 6657 384: Radiation calculated for : 27. Jul 2100 17:56:15 384: Greenhouse gas concentrations 27. Jul 2100 17:56:15 CO2 = 1136.1540 CH4 = 2414.50 N2O = 391.830 CFC = 51.31 208.52 384: Radiation calculated for : 27. Jul 2100 19:56:15 384: Greenhouse gas concentrations 27. Jul 2100 19:56:15 CO2 = 1136.1571 CH4 = 2414.50 N2O = 391.831 CFC = 51.31 208.52 384: Radiation calculated for : 27. Jul 2100 21:56:15 384: Greenhouse gas concentrations 27. Jul 2100 21:56:15 CO2 = 1136.1603 CH4 = 2414.49 N2O = 391.831 CFC = 51.31 208.52 384: Radiation calculated for : 27. Jul 2100 23:56:15 384: Greenhouse gas concentrations 27. Jul 2100 23:56:15 CO2 = 1136.1634 CH4 = 2414.49 N2O = 391.831 CFC = 51.31 208.52 384: hydrology_model: Water budget change: 1.311302185058594E-006 m3/s 384: hydrology_model: global discharge: 1101647.87169834 m3/s 384: hydrology_model: precip-evap (on ocean): -51102.0126991696 m3/s 384: water_budget_corr: P-E correction: -20482.5360513062 m3/s 384: water_budget_corr: slm/slf residuum: 53357.1007462298 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1058.08393239908 m3/s 384: water_budget_corr: awfre corrected: -70526.4648180876 m3/s 384: water_budget_corr: river discharge: 1101647.87169834 m3/s 384: water_budget_corr: water to ocean: 1031121.40688025 m3/s 384: Write GRIB1 output for : 27. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.56530761378 , n2 = 801999.999763094 , o2 = 0: 196799.999284963 384: CO2 flux correction (global): 3.932333324617611E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-28 00:45:00 begin of timestep (day): 2 (run): 6658 0: MPIOM: current date: 2100-07-28 01:30:00 begin of timestep (day): 3 (run): 6659 384: Radiation calculated for : 28. Jul 2100 01:56:15 384: Greenhouse gas concentrations 28. Jul 2100 01:56:15 CO2 = 1136.1665 CH4 = 2414.49 N2O = 391.831 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-28 02:15:00 begin of timestep (day): 4 (run): 6660 0: MPIOM: current date: 2100-07-28 03:00:00 begin of timestep (day): 5 (run): 6661 0: MPIOM: current date: 2100-07-28 03:45:00 begin of timestep (day): 6 (run): 6662 0: MPIOM: current date: 2100-07-28 04:30:00 begin of timestep (day): 7 (run): 6663 384: Radiation calculated for : 28. Jul 2100 03:56:15 384: Greenhouse gas concentrations 28. Jul 2100 03:56:15 CO2 = 1136.1696 CH4 = 2414.49 N2O = 391.831 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-28 05:15:00 begin of timestep (day): 8 (run): 6664 0: MPIOM: current date: 2100-07-28 06:00:00 begin of timestep (day): 9 (run): 6665 0: MPIOM: current date: 2100-07-28 06:45:00 begin of timestep (day): 10 (run): 6666 0: MPIOM: current date: 2100-07-28 07:30:00 begin of timestep (day): 11 (run): 6667 384: Radiation calculated for : 28. Jul 2100 05:56:15 384: Greenhouse gas concentrations 28. Jul 2100 05:56:15 CO2 = 1136.1727 CH4 = 2414.48 N2O = 391.831 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-28 08:15:00 begin of timestep (day): 12 (run): 6668 0: MPIOM: current date: 2100-07-28 09:00:00 begin of timestep (day): 13 (run): 6669 0: MPIOM: current date: 2100-07-28 09:45:00 begin of timestep (day): 14 (run): 6670 0: MPIOM: current date: 2100-07-28 10:30:00 begin of timestep (day): 15 (run): 6671 384: Radiation calculated for : 28. Jul 2100 07:56:15 384: Greenhouse gas concentrations 28. Jul 2100 07:56:15 CO2 = 1136.1758 CH4 = 2414.48 N2O = 391.831 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-28 11:15:00 begin of timestep (day): 16 (run): 6672 0: MPIOM: current date: 2100-07-28 12:00:00 begin of timestep (day): 17 (run): 6673 0: MPIOM: current date: 2100-07-28 12:45:00 begin of timestep (day): 18 (run): 6674 0: MPIOM: current date: 2100-07-28 13:30:00 begin of timestep (day): 19 (run): 6675 384: Radiation calculated for : 28. Jul 2100 09:56:15 384: Greenhouse gas concentrations 28. Jul 2100 09:56:15 CO2 = 1136.1790 CH4 = 2414.48 N2O = 391.831 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-28 14:15:00 begin of timestep (day): 20 (run): 6676 0: MPIOM: current date: 2100-07-28 15:00:00 begin of timestep (day): 21 (run): 6677 0: MPIOM: current date: 2100-07-28 15:45:00 begin of timestep (day): 22 (run): 6678 0: MPIOM: current date: 2100-07-28 16:30:00 begin of timestep (day): 23 (run): 6679 384: Radiation calculated for : 28. Jul 2100 11:56:15 384: Greenhouse gas concentrations 28. Jul 2100 11:56:15 CO2 = 1136.1821 CH4 = 2414.48 N2O = 391.831 CFC = 51.31 208.52 0: MPIOM: current date: 2100-07-28 17:15:00 begin of timestep (day): 24 (run): 6680 0: MPIOM: current date: 2100-07-28 18:00:00 begin of timestep (day): 25 (run): 6681 0: MPIOM: current date: 2100-07-28 18:45:00 begin of timestep (day): 26 (run): 6682 0: MPIOM: current date: 2100-07-28 19:30:00 begin of timestep (day): 27 (run): 6683 384: Radiation calculated for : 28. Jul 2100 13:56:15 384: Greenhouse gas concentrations 28. Jul 2100 13:56:15 CO2 = 1136.1852 CH4 = 2414.47 N2O = 391.831 CFC = 51.30 208.52 0: MPIOM: current date: 2100-07-28 20:15:00 begin of timestep (day): 28 (run): 6684 0: MPIOM: current date: 2100-07-28 21:00:00 begin of timestep (day): 29 (run): 6685 0: MPIOM: current date: 2100-07-28 21:45:00 begin of timestep (day): 30 (run): 6686 0: MPIOM: current date: 2100-07-28 22:30:00 begin of timestep (day): 31 (run): 6687 384: Radiation calculated for : 28. Jul 2100 15:56:15 384: Greenhouse gas concentrations 28. Jul 2100 15:56:15 CO2 = 1136.1883 CH4 = 2414.47 N2O = 391.832 CFC = 51.30 208.52 0: MPIOM: current date: 2100-07-28 23:15:00 begin of timestep (day): 32 (run): 6688 0: MPIOM: current date: 2100-07-29 00:00:00 begin of timestep (day): 1 (run): 6689 384: Radiation calculated for : 28. Jul 2100 17:56:15 384: Greenhouse gas concentrations 28. Jul 2100 17:56:15 CO2 = 1136.1914 CH4 = 2414.47 N2O = 391.832 CFC = 51.30 208.51 384: Radiation calculated for : 28. Jul 2100 19:56:15 384: Greenhouse gas concentrations 28. Jul 2100 19:56:15 CO2 = 1136.1945 CH4 = 2414.46 N2O = 391.832 CFC = 51.30 208.51 384: Radiation calculated for : 28. Jul 2100 21:56:15 384: Greenhouse gas concentrations 28. Jul 2100 21:56:15 CO2 = 1136.1977 CH4 = 2414.46 N2O = 391.832 CFC = 51.30 208.51 384: Radiation calculated for : 28. Jul 2100 23:56:15 384: Greenhouse gas concentrations 28. Jul 2100 23:56:15 CO2 = 1136.2008 CH4 = 2414.46 N2O = 391.832 CFC = 51.30 208.51 384: hydrology_model: Water budget change: 5.960464477539062E-007 m3/s 384: hydrology_model: global discharge: 1112664.91605055 m3/s 384: hydrology_model: precip-evap (on ocean): -153003.224598248 m3/s 384: water_budget_corr: P-E correction: -35735.5396827015 m3/s 384: water_budget_corr: slm/slf residuum: 66302.9347805487 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -73.1413124285650 m3/s 384: water_budget_corr: awfre corrected: -188811.905593382 m3/s 384: water_budget_corr: river discharge: 1112664.91605055 m3/s 384: water_budget_corr: water to ocean: 923853.010457172 m3/s 384: Write GRIB1 output for : 28. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.111499759299288E-010 kg m-2 s-1 0: co2 = 1053.57745695014 , n2 = 801999.999804389 , o2 = 0: 196799.999327273 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-29 00:45:00 begin of timestep (day): 2 (run): 6690 0: MPIOM: current date: 2100-07-29 01:30:00 begin of timestep (day): 3 (run): 6691 384: Radiation calculated for : 29. Jul 2100 01:56:15 384: Greenhouse gas concentrations 29. Jul 2100 01:56:15 CO2 = 1136.2039 CH4 = 2414.46 N2O = 391.832 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-29 02:15:00 begin of timestep (day): 4 (run): 6692 0: MPIOM: current date: 2100-07-29 03:00:00 begin of timestep (day): 5 (run): 6693 0: MPIOM: current date: 2100-07-29 03:45:00 begin of timestep (day): 6 (run): 6694 0: MPIOM: current date: 2100-07-29 04:30:00 begin of timestep (day): 7 (run): 6695 384: Radiation calculated for : 29. Jul 2100 03:56:15 384: Greenhouse gas concentrations 29. Jul 2100 03:56:15 CO2 = 1136.2070 CH4 = 2414.45 N2O = 391.832 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-29 05:15:00 begin of timestep (day): 8 (run): 6696 0: MPIOM: current date: 2100-07-29 06:00:00 begin of timestep (day): 9 (run): 6697 0: MPIOM: current date: 2100-07-29 06:45:00 begin of timestep (day): 10 (run): 6698 0: MPIOM: current date: 2100-07-29 07:30:00 begin of timestep (day): 11 (run): 6699 384: Radiation calculated for : 29. Jul 2100 05:56:15 384: Greenhouse gas concentrations 29. Jul 2100 05:56:15 CO2 = 1136.2101 CH4 = 2414.45 N2O = 391.832 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-29 08:15:00 begin of timestep (day): 12 (run): 6700 0: MPIOM: current date: 2100-07-29 09:00:00 begin of timestep (day): 13 (run): 6701 0: MPIOM: current date: 2100-07-29 09:45:00 begin of timestep (day): 14 (run): 6702 0: MPIOM: current date: 2100-07-29 10:30:00 begin of timestep (day): 15 (run): 6703 384: Radiation calculated for : 29. Jul 2100 07:56:15 384: Greenhouse gas concentrations 29. Jul 2100 07:56:15 CO2 = 1136.2132 CH4 = 2414.45 N2O = 391.832 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-29 11:15:00 begin of timestep (day): 16 (run): 6704 0: MPIOM: current date: 2100-07-29 12:00:00 begin of timestep (day): 17 (run): 6705 0: MPIOM: current date: 2100-07-29 12:45:00 begin of timestep (day): 18 (run): 6706 0: MPIOM: current date: 2100-07-29 13:30:00 begin of timestep (day): 19 (run): 6707 384: Radiation calculated for : 29. Jul 2100 09:56:15 384: Greenhouse gas concentrations 29. Jul 2100 09:56:15 CO2 = 1136.2164 CH4 = 2414.45 N2O = 391.833 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-29 14:15:00 begin of timestep (day): 20 (run): 6708 0: MPIOM: current date: 2100-07-29 15:00:00 begin of timestep (day): 21 (run): 6709 0: MPIOM: current date: 2100-07-29 15:45:00 begin of timestep (day): 22 (run): 6710 0: MPIOM: current date: 2100-07-29 16:30:00 begin of timestep (day): 23 (run): 6711 384: Radiation calculated for : 29. Jul 2100 11:56:15 384: Greenhouse gas concentrations 29. Jul 2100 11:56:15 CO2 = 1136.2195 CH4 = 2414.44 N2O = 391.833 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-29 17:15:00 begin of timestep (day): 24 (run): 6712 0: MPIOM: current date: 2100-07-29 18:00:00 begin of timestep (day): 25 (run): 6713 0: MPIOM: current date: 2100-07-29 18:45:00 begin of timestep (day): 26 (run): 6714 0: MPIOM: current date: 2100-07-29 19:30:00 begin of timestep (day): 27 (run): 6715 384: Radiation calculated for : 29. Jul 2100 13:56:15 384: Greenhouse gas concentrations 29. Jul 2100 13:56:15 CO2 = 1136.2226 CH4 = 2414.44 N2O = 391.833 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-29 20:15:00 begin of timestep (day): 28 (run): 6716 0: MPIOM: current date: 2100-07-29 21:00:00 begin of timestep (day): 29 (run): 6717 0: MPIOM: current date: 2100-07-29 21:45:00 begin of timestep (day): 30 (run): 6718 0: MPIOM: current date: 2100-07-29 22:30:00 begin of timestep (day): 31 (run): 6719 384: Radiation calculated for : 29. Jul 2100 15:56:15 384: Greenhouse gas concentrations 29. Jul 2100 15:56:15 CO2 = 1136.2257 CH4 = 2414.44 N2O = 391.833 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-29 23:15:00 begin of timestep (day): 32 (run): 6720 0: MPIOM: current date: 2100-07-30 00:00:00 begin of timestep (day): 1 (run): 6721 384: Radiation calculated for : 29. Jul 2100 17:56:15 384: Greenhouse gas concentrations 29. Jul 2100 17:56:15 CO2 = 1136.2288 CH4 = 2414.43 N2O = 391.833 CFC = 51.30 208.51 384: Radiation calculated for : 29. Jul 2100 19:56:15 384: Greenhouse gas concentrations 29. Jul 2100 19:56:15 CO2 = 1136.2319 CH4 = 2414.43 N2O = 391.833 CFC = 51.30 208.51 384: Radiation calculated for : 29. Jul 2100 21:56:15 384: Greenhouse gas concentrations 29. Jul 2100 21:56:15 CO2 = 1136.2351 CH4 = 2414.43 N2O = 391.833 CFC = 51.30 208.51 384: Radiation calculated for : 29. Jul 2100 23:56:15 384: Greenhouse gas concentrations 29. Jul 2100 23:56:15 CO2 = 1136.2382 CH4 = 2414.43 N2O = 391.833 CFC = 51.30 208.51 384: hydrology_model: Water budget change: -1.668930053710938E-006 m3/s 384: hydrology_model: global discharge: 1140883.40168091 m3/s 384: hydrology_model: precip-evap (on ocean): -732822.059690650 m3/s 384: water_budget_corr: P-E correction: -48176.2207211082 m3/s 384: water_budget_corr: slm/slf residuum: 76378.1642498014 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -4948.26889216927 m3/s 384: water_budget_corr: awfre corrected: -785946.549303923 m3/s 384: water_budget_corr: river discharge: 1140883.40168091 m3/s 384: water_budget_corr: water to ocean: 354936.852376994 m3/s 384: Write GRIB1 output for : 29. Jul 2100 23:52:30 0: co2 = 1053.55893036879 , n2 = 801999.999793528 , o2 = 0: 196799.999351926 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.333056317787046E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-30 00:45:00 begin of timestep (day): 2 (run): 6722 0: MPIOM: current date: 2100-07-30 01:30:00 begin of timestep (day): 3 (run): 6723 384: Radiation calculated for : 30. Jul 2100 01:56:15 384: Greenhouse gas concentrations 30. Jul 2100 01:56:15 CO2 = 1136.2413 CH4 = 2414.42 N2O = 391.833 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-30 02:15:00 begin of timestep (day): 4 (run): 6724 0: MPIOM: current date: 2100-07-30 03:00:00 begin of timestep (day): 5 (run): 6725 0: MPIOM: current date: 2100-07-30 03:45:00 begin of timestep (day): 6 (run): 6726 0: MPIOM: current date: 2100-07-30 04:30:00 begin of timestep (day): 7 (run): 6727 384: Radiation calculated for : 30. Jul 2100 03:56:15 384: Greenhouse gas concentrations 30. Jul 2100 03:56:15 CO2 = 1136.2444 CH4 = 2414.42 N2O = 391.833 CFC = 51.30 208.51 0: MPIOM: current date: 2100-07-30 05:15:00 begin of timestep (day): 8 (run): 6728 0: MPIOM: current date: 2100-07-30 06:00:00 begin of timestep (day): 9 (run): 6729 0: MPIOM: current date: 2100-07-30 06:45:00 begin of timestep (day): 10 (run): 6730 0: MPIOM: current date: 2100-07-30 07:30:00 begin of timestep (day): 11 (run): 6731 384: Radiation calculated for : 30. Jul 2100 05:56:15 384: Greenhouse gas concentrations 30. Jul 2100 05:56:15 CO2 = 1136.2475 CH4 = 2414.42 N2O = 391.834 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-30 08:15:00 begin of timestep (day): 12 (run): 6732 0: MPIOM: current date: 2100-07-30 09:00:00 begin of timestep (day): 13 (run): 6733 0: MPIOM: current date: 2100-07-30 09:45:00 begin of timestep (day): 14 (run): 6734 0: MPIOM: current date: 2100-07-30 10:30:00 begin of timestep (day): 15 (run): 6735 384: Radiation calculated for : 30. Jul 2100 07:56:15 384: Greenhouse gas concentrations 30. Jul 2100 07:56:15 CO2 = 1136.2506 CH4 = 2414.42 N2O = 391.834 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-30 11:15:00 begin of timestep (day): 16 (run): 6736 0: MPIOM: current date: 2100-07-30 12:00:00 begin of timestep (day): 17 (run): 6737 0: MPIOM: current date: 2100-07-30 12:45:00 begin of timestep (day): 18 (run): 6738 0: MPIOM: current date: 2100-07-30 13:30:00 begin of timestep (day): 19 (run): 6739 384: Radiation calculated for : 30. Jul 2100 09:56:15 384: Greenhouse gas concentrations 30. Jul 2100 09:56:15 CO2 = 1136.2538 CH4 = 2414.41 N2O = 391.834 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-30 14:15:00 begin of timestep (day): 20 (run): 6740 0: MPIOM: current date: 2100-07-30 15:00:00 begin of timestep (day): 21 (run): 6741 0: MPIOM: current date: 2100-07-30 15:45:00 begin of timestep (day): 22 (run): 6742 0: MPIOM: current date: 2100-07-30 16:30:00 begin of timestep (day): 23 (run): 6743 384: Radiation calculated for : 30. Jul 2100 11:56:15 384: Greenhouse gas concentrations 30. Jul 2100 11:56:15 CO2 = 1136.2569 CH4 = 2414.41 N2O = 391.834 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-30 17:15:00 begin of timestep (day): 24 (run): 6744 0: MPIOM: current date: 2100-07-30 18:00:00 begin of timestep (day): 25 (run): 6745 0: MPIOM: current date: 2100-07-30 18:45:00 begin of timestep (day): 26 (run): 6746 0: MPIOM: current date: 2100-07-30 19:30:00 begin of timestep (day): 27 (run): 6747 384: Radiation calculated for : 30. Jul 2100 13:56:15 384: Greenhouse gas concentrations 30. Jul 2100 13:56:15 CO2 = 1136.2600 CH4 = 2414.41 N2O = 391.834 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-30 20:15:00 begin of timestep (day): 28 (run): 6748 0: MPIOM: current date: 2100-07-30 21:00:00 begin of timestep (day): 29 (run): 6749 0: MPIOM: current date: 2100-07-30 21:45:00 begin of timestep (day): 30 (run): 6750 0: MPIOM: current date: 2100-07-30 22:30:00 begin of timestep (day): 31 (run): 6751 384: Radiation calculated for : 30. Jul 2100 15:56:15 384: Greenhouse gas concentrations 30. Jul 2100 15:56:15 CO2 = 1136.2631 CH4 = 2414.40 N2O = 391.834 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-30 23:15:00 begin of timestep (day): 32 (run): 6752 0: MPIOM: current date: 2100-07-31 00:00:00 begin of timestep (day): 1 (run): 6753 384: Radiation calculated for : 30. Jul 2100 17:56:15 384: Greenhouse gas concentrations 30. Jul 2100 17:56:15 CO2 = 1136.2662 CH4 = 2414.40 N2O = 391.834 CFC = 51.30 208.50 384: Radiation calculated for : 30. Jul 2100 19:56:15 384: Greenhouse gas concentrations 30. Jul 2100 19:56:15 CO2 = 1136.2693 CH4 = 2414.40 N2O = 391.834 CFC = 51.30 208.50 384: Radiation calculated for : 30. Jul 2100 21:56:15 384: Greenhouse gas concentrations 30. Jul 2100 21:56:15 CO2 = 1136.2724 CH4 = 2414.40 N2O = 391.834 CFC = 51.30 208.50 384: Radiation calculated for : 30. Jul 2100 23:56:15 384: Greenhouse gas concentrations 30. Jul 2100 23:56:15 CO2 = 1136.2756 CH4 = 2414.39 N2O = 391.835 CFC = 51.30 208.50 384: hydrology_model: Water budget change: 1.460313796997070E-006 m3/s 384: hydrology_model: global discharge: 1122237.13930010 m3/s 384: hydrology_model: precip-evap (on ocean): -1385384.09832970 m3/s 384: water_budget_corr: P-E correction: -58659.6663737300 m3/s 384: water_budget_corr: slm/slf residuum: 81660.2395271415 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -348.257033202922 m3/s 384: water_budget_corr: awfre corrected: -1444392.02173664 m3/s 384: water_budget_corr: river discharge: 1122237.13930010 m3/s 384: water_budget_corr: water to ocean: -322154.882436550 m3/s 384: Write GRIB1 output for : 30. Jul 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.366723809652742E-010 kg m-2 s-1 0: co2 = 1053.49976843750 , n2 = 801999.999779077 , o2 = 0: 196799.999389380 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-07-31 00:45:00 begin of timestep (day): 2 (run): 6754 0: MPIOM: current date: 2100-07-31 01:30:00 begin of timestep (day): 3 (run): 6755 384: Radiation calculated for : 31. Jul 2100 01:56:15 384: Greenhouse gas concentrations 31. Jul 2100 01:56:15 CO2 = 1136.2787 CH4 = 2414.39 N2O = 391.835 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-31 02:15:00 begin of timestep (day): 4 (run): 6756 0: MPIOM: current date: 2100-07-31 03:00:00 begin of timestep (day): 5 (run): 6757 0: MPIOM: current date: 2100-07-31 03:45:00 begin of timestep (day): 6 (run): 6758 0: MPIOM: current date: 2100-07-31 04:30:00 begin of timestep (day): 7 (run): 6759 384: Radiation calculated for : 31. Jul 2100 03:56:15 384: Greenhouse gas concentrations 31. Jul 2100 03:56:15 CO2 = 1136.2818 CH4 = 2414.39 N2O = 391.835 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-31 05:15:00 begin of timestep (day): 8 (run): 6760 0: MPIOM: current date: 2100-07-31 06:00:00 begin of timestep (day): 9 (run): 6761 0: MPIOM: current date: 2100-07-31 06:45:00 begin of timestep (day): 10 (run): 6762 0: MPIOM: current date: 2100-07-31 07:30:00 begin of timestep (day): 11 (run): 6763 384: Radiation calculated for : 31. Jul 2100 05:56:15 384: Greenhouse gas concentrations 31. Jul 2100 05:56:15 CO2 = 1136.2849 CH4 = 2414.39 N2O = 391.835 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-31 08:15:00 begin of timestep (day): 12 (run): 6764 0: MPIOM: current date: 2100-07-31 09:00:00 begin of timestep (day): 13 (run): 6765 0: MPIOM: current date: 2100-07-31 09:45:00 begin of timestep (day): 14 (run): 6766 0: MPIOM: current date: 2100-07-31 10:30:00 begin of timestep (day): 15 (run): 6767 384: Radiation calculated for : 31. Jul 2100 07:56:15 384: Greenhouse gas concentrations 31. Jul 2100 07:56:15 CO2 = 1136.2880 CH4 = 2414.38 N2O = 391.835 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-31 11:15:00 begin of timestep (day): 16 (run): 6768 0: MPIOM: current date: 2100-07-31 12:00:00 begin of timestep (day): 17 (run): 6769 0: MPIOM: current date: 2100-07-31 12:45:00 begin of timestep (day): 18 (run): 6770 0: MPIOM: current date: 2100-07-31 13:30:00 begin of timestep (day): 19 (run): 6771 384: Radiation calculated for : 31. Jul 2100 09:56:15 384: Greenhouse gas concentrations 31. Jul 2100 09:56:15 CO2 = 1136.2911 CH4 = 2414.38 N2O = 391.835 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-31 14:15:00 begin of timestep (day): 20 (run): 6772 0: MPIOM: current date: 2100-07-31 15:00:00 begin of timestep (day): 21 (run): 6773 0: MPIOM: current date: 2100-07-31 15:45:00 begin of timestep (day): 22 (run): 6774 0: MPIOM: current date: 2100-07-31 16:30:00 begin of timestep (day): 23 (run): 6775 384: Radiation calculated for : 31. Jul 2100 11:56:15 384: Greenhouse gas concentrations 31. Jul 2100 11:56:15 CO2 = 1136.2943 CH4 = 2414.38 N2O = 391.835 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-31 17:15:00 begin of timestep (day): 24 (run): 6776 0: MPIOM: current date: 2100-07-31 18:00:00 begin of timestep (day): 25 (run): 6777 0: MPIOM: current date: 2100-07-31 18:45:00 begin of timestep (day): 26 (run): 6778 0: MPIOM: current date: 2100-07-31 19:30:00 begin of timestep (day): 27 (run): 6779 384: Radiation calculated for : 31. Jul 2100 13:56:15 384: Greenhouse gas concentrations 31. Jul 2100 13:56:15 CO2 = 1136.2974 CH4 = 2414.37 N2O = 391.835 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-31 20:15:00 begin of timestep (day): 28 (run): 6780 0: MPIOM: current date: 2100-07-31 21:00:00 begin of timestep (day): 29 (run): 6781 0: MPIOM: current date: 2100-07-31 21:45:00 begin of timestep (day): 30 (run): 6782 0: MPIOM: current date: 2100-07-31 22:30:00 begin of timestep (day): 31 (run): 6783 384: Radiation calculated for : 31. Jul 2100 15:56:15 384: Greenhouse gas concentrations 31. Jul 2100 15:56:15 CO2 = 1136.3005 CH4 = 2414.37 N2O = 391.835 CFC = 51.30 208.50 0: MPIOM: current date: 2100-07-31 23:15:00 begin of timestep (day): 32 (run): 6784 384: Radiation calculated for : 31. Jul 2100 17:56:15 384: Greenhouse gas concentrations 31. Jul 2100 17:56:15 CO2 = 1136.3036 CH4 = 2414.37 N2O = 391.835 CFC = 51.30 208.49 384: Radiation calculated for : 31. Jul 2100 19:56:15 384: Greenhouse gas concentrations 31. Jul 2100 19:56:15 CO2 = 1136.3067 CH4 = 2414.37 N2O = 391.836 CFC = 51.30 208.49 384: Radiation calculated for : 31. Jul 2100 21:56:15 384: Greenhouse gas concentrations 31. Jul 2100 21:56:15 CO2 = 1136.3098 CH4 = 2414.36 N2O = 391.836 CFC = 51.30 208.49 384: Radiation calculated for : 31. Jul 2100 23:56:15 384: Greenhouse gas concentrations 31. Jul 2100 23:56:15 CO2 = 1136.3130 CH4 = 2414.36 N2O = 391.836 CFC = 51.29 208.49 384: hydrology_model: Water budget change: -2.026557922363281E-006 m3/s 384: hydrology_model: global discharge: 1110613.53203070 m3/s 384: hydrology_model: precip-evap (on ocean): -498994.431245191 m3/s 384: water_budget_corr: P-E correction: -80960.5802515835 m3/s 384: water_budget_corr: slm/slf residuum: 78753.8932481018 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1024.85495570893 m3/s 384: water_budget_corr: awfre corrected: -578930.156541077 m3/s 384: water_budget_corr: river discharge: 1110613.53203070 m3/s 384: water_budget_corr: water to ocean: 531683.375489636 m3/s 384: Write GRIB1 output for : 31. Jul 2100 23:52:30 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210008.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 384: esm-ssp585-ocn-alk_EXP2_210008.01_accw accw 56 T T 0: MPIOM: current date: 2100-08-01 00:00:00 begin of timestep (day): 1 (run): 6785 384: esm-ssp585-ocn-alk_EXP2_210008.01_nitro nitro 58 T T 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:7) 384: esm-ssp585-ocn-alk_EXP2_210008.01_echam spm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210008.01_echam glm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210008.01_echam g3bm 60 T T 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:7) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:7) 0: co2 = 1053.50335337751 , n2 = 801999.999767871 , o2 = 0: 196799.999376671 384: esm-ssp585-ocn-alk_EXP2_210008.01_co2 co2m 62 T T 0: MPIOM: current date: 2100-08-01 00:45:00 begin of timestep (day): 2 (run): 6786 0: MPIOM: current date: 2100-08-01 01:30:00 begin of timestep (day): 3 (run): 6787 384: esm-ssp585-ocn-alk_EXP2_210008.01_surf surfm 64 T T 0: MPIOM: current date: 2100-08-01 02:15:00 begin of timestep (day): 4 (run): 6788 384: esm-ssp585-ocn-alk_EXP2_210008.01_tracer tracerm 66 T T 0: MPIOM: current date: 2100-08-01 03:00:00 begin of timestep (day): 5 (run): 6789 384: esm-ssp585-ocn-alk_EXP2_210008.01_jsbach jsbachm 68 T T 384: esm-ssp585-ocn-alk_EXP2_210008.01_land landm 70 T T 0: MPIOM: current date: 2100-08-01 03:45:00 begin of timestep (day): 6 (run): 6790 384: esm-ssp585-ocn-alk_EXP2_210008.01_veg vegm 72 T T 0: MPIOM: current date: 2100-08-01 04:30:00 begin of timestep (day): 7 (run): 6791 384: esm-ssp585-ocn-alk_EXP2_210008.01_yasso yassom 74 T T 0: MPIOM: current date: 2100-08-01 05:15:00 begin of timestep (day): 8 (run): 6792 384: esm-ssp585-ocn-alk_EXP2_210008.01_echamday g3bday 76 T T 384: esm-ssp585-ocn-alk_EXP2_210008.01_jsbachday jsbachday 78 T T 0: MPIOM: current date: 2100-08-01 06:00:00 begin of timestep (day): 9 (run): 6793 384: esm-ssp585-ocn-alk_EXP2_210008.01_landday landday 80 T T 384: esm-ssp585-ocn-alk_EXP2_210008.01_vegday vegday 82 T T 0: MPIOM: current date: 2100-08-01 06:45:00 begin of timestep (day): 10 (run): 6794 384: 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.053381779929369E-010 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 0: MPIOM: current date: 2100-08-01 07:30:00 begin of timestep (day): 11 (run): 6795 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-01 08:15:00 begin of timestep (day): 12 (run): 6796 384: Radiation calculated for : 1. Aug 2100 01:56:15 384: Greenhouse gas concentrations 1. Aug 2100 01:56:15 CO2 = 1136.3161 CH4 = 2414.36 N2O = 391.836 CFC = 51.29 208.49 0: MPIOM: current date: 2100-08-01 09:00:00 begin of timestep (day): 13 (run): 6797 0: MPIOM: current date: 2100-08-01 09:45:00 begin of timestep (day): 14 (run): 6798 0: MPIOM: current date: 2100-08-01 10:30:00 begin of timestep (day): 15 (run): 6799 0: MPIOM: current date: 2100-08-01 11:15:00 begin of timestep (day): 16 (run): 6800 384: Radiation calculated for : 1. Aug 2100 03:56:15 384: Greenhouse gas concentrations 1. Aug 2100 03:56:15 CO2 = 1136.3192 CH4 = 2414.35 N2O = 391.836 CFC = 51.29 208.49 0: MPIOM: current date: 2100-08-01 12:00:00 begin of timestep (day): 17 (run): 6801 0: MPIOM: current date: 2100-08-01 12:45:00 begin of timestep (day): 18 (run): 6802 0: MPIOM: current date: 2100-08-01 13:30:00 begin of timestep (day): 19 (run): 6803 0: MPIOM: current date: 2100-08-01 14:15:00 begin of timestep (day): 20 (run): 6804 384: Radiation calculated for : 1. Aug 2100 05:56:15 384: Greenhouse gas concentrations 1. Aug 2100 05:56:15 CO2 = 1136.3223 CH4 = 2414.35 N2O = 391.836 CFC = 51.29 208.49 0: MPIOM: current date: 2100-08-01 15:00:00 begin of timestep (day): 21 (run): 6805 0: MPIOM: current date: 2100-08-01 15:45:00 begin of timestep (day): 22 (run): 6806 0: MPIOM: current date: 2100-08-01 16:30:00 begin of timestep (day): 23 (run): 6807 0: MPIOM: current date: 2100-08-01 17:15:00 begin of timestep (day): 24 (run): 6808 384: Radiation calculated for : 1. Aug 2100 07:56:15 384: Greenhouse gas concentrations 1. Aug 2100 07:56:15 CO2 = 1136.3254 CH4 = 2414.35 N2O = 391.836 CFC = 51.29 208.49 0: MPIOM: current date: 2100-08-01 18:00:00 begin of timestep (day): 25 (run): 6809 0: MPIOM: current date: 2100-08-01 18:45:00 begin of timestep (day): 26 (run): 6810 0: MPIOM: current date: 2100-08-01 19:30:00 begin of timestep (day): 27 (run): 6811 0: MPIOM: current date: 2100-08-01 20:15:00 begin of timestep (day): 28 (run): 6812 384: Radiation calculated for : 1. Aug 2100 09:56:15 384: Greenhouse gas concentrations 1. Aug 2100 09:56:15 CO2 = 1136.3285 CH4 = 2414.35 N2O = 391.836 CFC = 51.29 208.49 0: MPIOM: current date: 2100-08-01 21:00:00 begin of timestep (day): 29 (run): 6813 0: MPIOM: current date: 2100-08-01 21:45:00 begin of timestep (day): 30 (run): 6814 0: MPIOM: current date: 2100-08-01 22:30:00 begin of timestep (day): 31 (run): 6815 0: MPIOM: current date: 2100-08-01 23:15:00 begin of timestep (day): 32 (run): 6816 384: Radiation calculated for : 1. Aug 2100 11:56:15 384: Greenhouse gas concentrations 1. Aug 2100 11:56:15 CO2 = 1136.3317 CH4 = 2414.34 N2O = 391.836 CFC = 51.29 208.49 0: MPIOM: current date: 2100-08-02 00:00:00 begin of timestep (day): 1 (run): 6817 384: Radiation calculated for : 1. Aug 2100 13:56:15 384: Greenhouse gas concentrations 1. Aug 2100 13:56:15 CO2 = 1136.3348 CH4 = 2414.34 N2O = 391.836 CFC = 51.29 208.49 384: Radiation calculated for : 1. Aug 2100 15:56:15 384: Greenhouse gas concentrations 1. Aug 2100 15:56:15 CO2 = 1136.3379 CH4 = 2414.34 N2O = 391.837 CFC = 51.29 208.49 384: Radiation calculated for : 1. Aug 2100 17:56:15 384: Greenhouse gas concentrations 1. Aug 2100 17:56:15 CO2 = 1136.3410 CH4 = 2414.34 N2O = 391.837 CFC = 51.29 208.49 384: Radiation calculated for : 1. Aug 2100 19:56:15 384: Greenhouse gas concentrations 1. Aug 2100 19:56:15 CO2 = 1136.3441 CH4 = 2414.33 N2O = 391.837 CFC = 51.29 208.49 384: Radiation calculated for : 1. Aug 2100 21:56:15 384: Greenhouse gas concentrations 1. Aug 2100 21:56:15 CO2 = 1136.3472 CH4 = 2414.33 N2O = 391.837 CFC = 51.29 208.49 384: Radiation calculated for : 1. Aug 2100 23:56:15 384: Greenhouse gas concentrations 1. Aug 2100 23:56:15 CO2 = 1136.3504 CH4 = 2414.33 N2O = 391.837 CFC = 51.29 208.49 384: hydrology_model: Water budget change: 4.172325134277344E-007 m3/s 384: hydrology_model: global discharge: 1110721.96309609 m3/s 384: hydrology_model: precip-evap (on ocean): -967575.217553750 m3/s 384: water_budget_corr: P-E correction: 24358.4684260942 m3/s 384: water_budget_corr: slm/slf residuum: 68748.2659408950 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2583.35769538239 m3/s 384: water_budget_corr: awfre corrected: -940633.391432268 m3/s 384: water_budget_corr: river discharge: 1110721.96309609 m3/s 384: water_budget_corr: water to ocean: 170088.571663811 m3/s 384: Write GRIB1 output for : 1. Aug 2100 23:52:30 0: co2 = 1053.53451896537 , n2 = 801999.999759672 , o2 = 0: 196799.999370385 0: MPIOM: current date: 2100-08-02 00:45:00 begin of timestep (day): 2 (run): 6818 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 4.984670173489621E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-02 01:30:00 begin of timestep (day): 3 (run): 6819 384: Radiation calculated for : 2. Aug 2100 01:56:15 0: MPIOM: current date: 2100-08-02 02:15:00 begin of timestep (day): 4 (run): 6820 384: Greenhouse gas concentrations 2. Aug 2100 01:56:15 CO2 = 1136.3535 CH4 = 2414.32 N2O = 391.837 CFC = 51.29 208.49 0: MPIOM: current date: 2100-08-02 03:00:00 begin of timestep (day): 5 (run): 6821 0: MPIOM: current date: 2100-08-02 03:45:00 begin of timestep (day): 6 (run): 6822 0: MPIOM: current date: 2100-08-02 04:30:00 begin of timestep (day): 7 (run): 6823 384: Radiation calculated for : 2. Aug 2100 03:56:15 0: MPIOM: current date: 2100-08-02 05:15:00 begin of timestep (day): 8 (run): 6824 384: Greenhouse gas concentrations 2. Aug 2100 03:56:15 CO2 = 1136.3566 CH4 = 2414.32 N2O = 391.837 CFC = 51.29 208.49 0: MPIOM: current date: 2100-08-02 06:00:00 begin of timestep (day): 9 (run): 6825 0: MPIOM: current date: 2100-08-02 06:45:00 begin of timestep (day): 10 (run): 6826 0: MPIOM: current date: 2100-08-02 07:30:00 begin of timestep (day): 11 (run): 6827 0: MPIOM: current date: 2100-08-02 08:15:00 begin of timestep (day): 12 (run): 6828 384: Radiation calculated for : 2. Aug 2100 05:56:15 384: Greenhouse gas concentrations 2. Aug 2100 05:56:15 CO2 = 1136.3597 CH4 = 2414.32 N2O = 391.837 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-02 09:00:00 begin of timestep (day): 13 (run): 6829 0: MPIOM: current date: 2100-08-02 09:45:00 begin of timestep (day): 14 (run): 6830 0: MPIOM: current date: 2100-08-02 10:30:00 begin of timestep (day): 15 (run): 6831 384: Radiation calculated for : 2. Aug 2100 07:56:15 0: MPIOM: current date: 2100-08-02 11:15:00 begin of timestep (day): 16 (run): 6832 384: Greenhouse gas concentrations 2. Aug 2100 07:56:15 CO2 = 1136.3628 CH4 = 2414.32 N2O = 391.837 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-02 12:00:00 begin of timestep (day): 17 (run): 6833 0: MPIOM: current date: 2100-08-02 12:45:00 begin of timestep (day): 18 (run): 6834 0: MPIOM: current date: 2100-08-02 13:30:00 begin of timestep (day): 19 (run): 6835 0: MPIOM: current date: 2100-08-02 14:15:00 begin of timestep (day): 20 (run): 6836 384: Radiation calculated for : 2. Aug 2100 09:56:15 384: Greenhouse gas concentrations 2. Aug 2100 09:56:15 CO2 = 1136.3659 CH4 = 2414.31 N2O = 391.838 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-02 15:00:00 begin of timestep (day): 21 (run): 6837 0: MPIOM: current date: 2100-08-02 15:45:00 begin of timestep (day): 22 (run): 6838 0: MPIOM: current date: 2100-08-02 16:30:00 begin of timestep (day): 23 (run): 6839 0: MPIOM: current date: 2100-08-02 17:15:00 begin of timestep (day): 24 (run): 6840 384: Radiation calculated for : 2. Aug 2100 11:56:15 384: Greenhouse gas concentrations 2. Aug 2100 11:56:15 CO2 = 1136.3691 CH4 = 2414.31 N2O = 391.838 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-02 18:00:00 begin of timestep (day): 25 (run): 6841 0: MPIOM: current date: 2100-08-02 18:45:00 begin of timestep (day): 26 (run): 6842 0: MPIOM: current date: 2100-08-02 19:30:00 begin of timestep (day): 27 (run): 6843 0: MPIOM: current date: 2100-08-02 20:15:00 begin of timestep (day): 28 (run): 6844 384: Radiation calculated for : 2. Aug 2100 13:56:15 384: Greenhouse gas concentrations 2. Aug 2100 13:56:15 CO2 = 1136.3722 CH4 = 2414.31 N2O = 391.838 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-02 21:00:00 begin of timestep (day): 29 (run): 6845 0: MPIOM: current date: 2100-08-02 21:45:00 begin of timestep (day): 30 (run): 6846 0: MPIOM: current date: 2100-08-02 22:30:00 begin of timestep (day): 31 (run): 6847 0: MPIOM: current date: 2100-08-02 23:15:00 begin of timestep (day): 32 (run): 6848 384: Radiation calculated for : 2. Aug 2100 15:56:15 384: Greenhouse gas concentrations 2. Aug 2100 15:56:15 CO2 = 1136.3753 CH4 = 2414.31 N2O = 391.838 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 00:00:00 begin of timestep (day): 1 (run): 6849 384: Radiation calculated for : 2. Aug 2100 17:56:15 384: Greenhouse gas concentrations 2. Aug 2100 17:56:15 CO2 = 1136.3784 CH4 = 2414.30 N2O = 391.838 CFC = 51.29 208.48 384: Radiation calculated for : 2. Aug 2100 19:56:15 384: Greenhouse gas concentrations 2. Aug 2100 19:56:15 CO2 = 1136.3815 CH4 = 2414.30 N2O = 391.838 CFC = 51.29 208.48 384: Radiation calculated for : 2. Aug 2100 21:56:15 384: Greenhouse gas concentrations 2. Aug 2100 21:56:15 CO2 = 1136.3846 CH4 = 2414.30 N2O = 391.838 CFC = 51.29 208.48 384: Radiation calculated for : 2. Aug 2100 23:56:15 384: Greenhouse gas concentrations 2. Aug 2100 23:56:15 CO2 = 1136.3878 CH4 = 2414.29 N2O = 391.838 CFC = 51.29 208.48 384: hydrology_model: Water budget change: 2.205371856689453E-006 m3/s 384: hydrology_model: global discharge: 1128828.24890206 m3/s 384: hydrology_model: precip-evap (on ocean): -2027326.29279735 m3/s 384: water_budget_corr: P-E correction: -43309.8815856179 m3/s 384: water_budget_corr: slm/slf residuum: 69443.8029069467 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1141.50590020623 m3/s 384: water_budget_corr: awfre corrected: -2069494.66848275 m3/s 384: water_budget_corr: river discharge: 1128828.24890206 m3/s 384: water_budget_corr: water to ocean: -940666.419580697 m3/s 384: Write GRIB1 output for : 2. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.63887926936 , n2 = 801999.999774974 , o2 = 0: 196799.999403821 384: CO2 flux correction (global): 4.029131801000616E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-03 00:45:00 begin of timestep (day): 2 (run): 6850 0: MPIOM: current date: 2100-08-03 01:30:00 begin of timestep (day): 3 (run): 6851 384: Radiation calculated for : 3. Aug 2100 01:56:15 384: Greenhouse gas concentrations 3. Aug 2100 01:56:15 CO2 = 1136.3909 CH4 = 2414.29 N2O = 391.838 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 02:15:00 begin of timestep (day): 4 (run): 6852 0: MPIOM: current date: 2100-08-03 03:00:00 begin of timestep (day): 5 (run): 6853 0: MPIOM: current date: 2100-08-03 03:45:00 begin of timestep (day): 6 (run): 6854 0: MPIOM: current date: 2100-08-03 04:30:00 begin of timestep (day): 7 (run): 6855 384: Radiation calculated for : 3. Aug 2100 03:56:15 384: Greenhouse gas concentrations 3. Aug 2100 03:56:15 CO2 = 1136.3940 CH4 = 2414.29 N2O = 391.838 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 05:15:00 begin of timestep (day): 8 (run): 6856 0: MPIOM: current date: 2100-08-03 06:00:00 begin of timestep (day): 9 (run): 6857 0: MPIOM: current date: 2100-08-03 06:45:00 begin of timestep (day): 10 (run): 6858 0: MPIOM: current date: 2100-08-03 07:30:00 begin of timestep (day): 11 (run): 6859 384: Radiation calculated for : 3. Aug 2100 05:56:15 384: Greenhouse gas concentrations 3. Aug 2100 05:56:15 CO2 = 1136.3971 CH4 = 2414.29 N2O = 391.839 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 08:15:00 begin of timestep (day): 12 (run): 6860 0: MPIOM: current date: 2100-08-03 09:00:00 begin of timestep (day): 13 (run): 6861 0: MPIOM: current date: 2100-08-03 09:45:00 begin of timestep (day): 14 (run): 6862 0: MPIOM: current date: 2100-08-03 10:30:00 begin of timestep (day): 15 (run): 6863 384: Radiation calculated for : 3. Aug 2100 07:56:15 384: Greenhouse gas concentrations 3. Aug 2100 07:56:15 CO2 = 1136.4002 CH4 = 2414.28 N2O = 391.839 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 11:15:00 begin of timestep (day): 16 (run): 6864 0: MPIOM: current date: 2100-08-03 12:00:00 begin of timestep (day): 17 (run): 6865 0: MPIOM: current date: 2100-08-03 12:45:00 begin of timestep (day): 18 (run): 6866 0: MPIOM: current date: 2100-08-03 13:30:00 begin of timestep (day): 19 (run): 6867 384: Radiation calculated for : 3. Aug 2100 09:56:15 384: Greenhouse gas concentrations 3. Aug 2100 09:56:15 CO2 = 1136.4033 CH4 = 2414.28 N2O = 391.839 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 14:15:00 begin of timestep (day): 20 (run): 6868 0: MPIOM: current date: 2100-08-03 15:00:00 begin of timestep (day): 21 (run): 6869 0: MPIOM: current date: 2100-08-03 15:45:00 begin of timestep (day): 22 (run): 6870 0: MPIOM: current date: 2100-08-03 16:30:00 begin of timestep (day): 23 (run): 6871 384: Radiation calculated for : 3. Aug 2100 11:56:15 384: Greenhouse gas concentrations 3. Aug 2100 11:56:15 CO2 = 1136.4065 CH4 = 2414.28 N2O = 391.839 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 17:15:00 begin of timestep (day): 24 (run): 6872 0: MPIOM: current date: 2100-08-03 18:00:00 begin of timestep (day): 25 (run): 6873 0: MPIOM: current date: 2100-08-03 18:45:00 begin of timestep (day): 26 (run): 6874 0: MPIOM: current date: 2100-08-03 19:30:00 begin of timestep (day): 27 (run): 6875 384: Radiation calculated for : 3. Aug 2100 13:56:15 384: Greenhouse gas concentrations 3. Aug 2100 13:56:15 CO2 = 1136.4096 CH4 = 2414.28 N2O = 391.839 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 20:15:00 begin of timestep (day): 28 (run): 6876 0: MPIOM: current date: 2100-08-03 21:00:00 begin of timestep (day): 29 (run): 6877 0: MPIOM: current date: 2100-08-03 21:45:00 begin of timestep (day): 30 (run): 6878 0: MPIOM: current date: 2100-08-03 22:30:00 begin of timestep (day): 31 (run): 6879 384: Radiation calculated for : 3. Aug 2100 15:56:15 384: Greenhouse gas concentrations 3. Aug 2100 15:56:15 CO2 = 1136.4127 CH4 = 2414.27 N2O = 391.839 CFC = 51.29 208.48 0: MPIOM: current date: 2100-08-03 23:15:00 begin of timestep (day): 32 (run): 6880 0: MPIOM: current date: 2100-08-04 00:00:00 begin of timestep (day): 1 (run): 6881 384: Radiation calculated for : 3. Aug 2100 17:56:15 384: Greenhouse gas concentrations 3. Aug 2100 17:56:15 CO2 = 1136.4158 CH4 = 2414.27 N2O = 391.839 CFC = 51.29 208.47 384: Radiation calculated for : 3. Aug 2100 19:56:15 384: Greenhouse gas concentrations 3. Aug 2100 19:56:15 CO2 = 1136.4189 CH4 = 2414.27 N2O = 391.839 CFC = 51.29 208.47 384: Radiation calculated for : 3. Aug 2100 21:56:15 384: Greenhouse gas concentrations 3. Aug 2100 21:56:15 CO2 = 1136.4220 CH4 = 2414.26 N2O = 391.839 CFC = 51.29 208.47 384: Radiation calculated for : 3. Aug 2100 23:56:15 384: Greenhouse gas concentrations 3. Aug 2100 23:56:15 CO2 = 1136.4252 CH4 = 2414.26 N2O = 391.839 CFC = 51.29 208.47 384: hydrology_model: Water budget change: -2.622604370117188E-006 m3/s 384: hydrology_model: global discharge: 1096997.04594822 m3/s 384: hydrology_model: precip-evap (on ocean): -1491924.77444604 m3/s 384: water_budget_corr: P-E correction: -72716.6501240542 m3/s 384: water_budget_corr: slm/slf residuum: 86696.0057974345 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 6573.78925709643 m3/s 384: water_budget_corr: awfre corrected: -1558067.63531303 m3/s 384: water_budget_corr: river discharge: 1096997.04594822 m3/s 384: water_budget_corr: water to ocean: -461070.589364800 m3/s 384: Write GRIB1 output for : 3. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.205476236685620E-010 kg m-2 s-1 0: co2 = 1053.68294443904 , n2 = 801999.999854980 , o2 = 0: 196799.999494399 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-04 00:45:00 begin of timestep (day): 2 (run): 6882 0: MPIOM: current date: 2100-08-04 01:30:00 begin of timestep (day): 3 (run): 6883 384: Radiation calculated for : 4. Aug 2100 01:56:15 384: Greenhouse gas concentrations 4. Aug 2100 01:56:15 CO2 = 1136.4283 CH4 = 2414.26 N2O = 391.840 CFC = 51.29 208.47 0: MPIOM: current date: 2100-08-04 02:15:00 begin of timestep (day): 4 (run): 6884 0: MPIOM: current date: 2100-08-04 03:00:00 begin of timestep (day): 5 (run): 6885 0: MPIOM: current date: 2100-08-04 03:45:00 begin of timestep (day): 6 (run): 6886 0: MPIOM: current date: 2100-08-04 04:30:00 begin of timestep (day): 7 (run): 6887 384: Radiation calculated for : 4. Aug 2100 03:56:15 384: Greenhouse gas concentrations 4. Aug 2100 03:56:15 CO2 = 1136.4314 CH4 = 2414.26 N2O = 391.840 CFC = 51.29 208.47 0: MPIOM: current date: 2100-08-04 05:15:00 begin of timestep (day): 8 (run): 6888 0: MPIOM: current date: 2100-08-04 06:00:00 begin of timestep (day): 9 (run): 6889 0: MPIOM: current date: 2100-08-04 06:45:00 begin of timestep (day): 10 (run): 6890 0: MPIOM: current date: 2100-08-04 07:30:00 begin of timestep (day): 11 (run): 6891 384: Radiation calculated for : 4. Aug 2100 05:56:15 384: Greenhouse gas concentrations 4. Aug 2100 05:56:15 CO2 = 1136.4345 CH4 = 2414.25 N2O = 391.840 CFC = 51.29 208.47 0: MPIOM: current date: 2100-08-04 08:15:00 begin of timestep (day): 12 (run): 6892 0: MPIOM: current date: 2100-08-04 09:00:00 begin of timestep (day): 13 (run): 6893 0: MPIOM: current date: 2100-08-04 09:45:00 begin of timestep (day): 14 (run): 6894 0: MPIOM: current date: 2100-08-04 10:30:00 begin of timestep (day): 15 (run): 6895 384: Radiation calculated for : 4. Aug 2100 07:56:15 384: Greenhouse gas concentrations 4. Aug 2100 07:56:15 CO2 = 1136.4376 CH4 = 2414.25 N2O = 391.840 CFC = 51.29 208.47 0: MPIOM: current date: 2100-08-04 11:15:00 begin of timestep (day): 16 (run): 6896 0: MPIOM: current date: 2100-08-04 12:00:00 begin of timestep (day): 17 (run): 6897 0: MPIOM: current date: 2100-08-04 12:45:00 begin of timestep (day): 18 (run): 6898 0: MPIOM: current date: 2100-08-04 13:30:00 begin of timestep (day): 19 (run): 6899 384: Radiation calculated for : 4. Aug 2100 09:56:15 384: Greenhouse gas concentrations 4. Aug 2100 09:56:15 CO2 = 1136.4407 CH4 = 2414.25 N2O = 391.840 CFC = 51.28 208.47 0: MPIOM: current date: 2100-08-04 14:15:00 begin of timestep (day): 20 (run): 6900 0: MPIOM: current date: 2100-08-04 15:00:00 begin of timestep (day): 21 (run): 6901 0: MPIOM: current date: 2100-08-04 15:45:00 begin of timestep (day): 22 (run): 6902 0: MPIOM: current date: 2100-08-04 16:30:00 begin of timestep (day): 23 (run): 6903 384: Radiation calculated for : 4. Aug 2100 11:56:15 384: Greenhouse gas concentrations 4. Aug 2100 11:56:15 CO2 = 1136.4439 CH4 = 2414.25 N2O = 391.840 CFC = 51.28 208.47 0: MPIOM: current date: 2100-08-04 17:15:00 begin of timestep (day): 24 (run): 6904 0: MPIOM: current date: 2100-08-04 18:00:00 begin of timestep (day): 25 (run): 6905 0: MPIOM: current date: 2100-08-04 18:45:00 begin of timestep (day): 26 (run): 6906 0: MPIOM: current date: 2100-08-04 19:30:00 begin of timestep (day): 27 (run): 6907 384: Radiation calculated for : 4. Aug 2100 13:56:15 384: Greenhouse gas concentrations 4. Aug 2100 13:56:15 CO2 = 1136.4470 CH4 = 2414.24 N2O = 391.840 CFC = 51.28 208.47 0: MPIOM: current date: 2100-08-04 20:15:00 begin of timestep (day): 28 (run): 6908 0: MPIOM: current date: 2100-08-04 21:00:00 begin of timestep (day): 29 (run): 6909 0: MPIOM: current date: 2100-08-04 21:45:00 begin of timestep (day): 30 (run): 6910 384: Radiation calculated for : 4. Aug 2100 15:56:15 384: Greenhouse gas concentrations 4. Aug 2100 15:56:15 CO2 = 1136.4501 CH4 = 2414.24 N2O = 391.840 CFC = 51.28 208.47 0: MPIOM: current date: 2100-08-04 22:30:00 begin of timestep (day): 31 (run): 6911 0: MPIOM: current date: 2100-08-04 23:15:00 begin of timestep (day): 32 (run): 6912 0: MPIOM: current date: 2100-08-05 00:00:00 begin of timestep (day): 1 (run): 6913 384: Radiation calculated for : 4. Aug 2100 17:56:15 384: Greenhouse gas concentrations 4. Aug 2100 17:56:15 CO2 = 1136.4532 CH4 = 2414.24 N2O = 391.840 CFC = 51.28 208.47 384: Radiation calculated for : 4. Aug 2100 19:56:15 384: Greenhouse gas concentrations 4. Aug 2100 19:56:15 CO2 = 1136.4563 CH4 = 2414.23 N2O = 391.841 CFC = 51.28 208.47 384: Radiation calculated for : 4. Aug 2100 21:56:15 384: Greenhouse gas concentrations 4. Aug 2100 21:56:15 CO2 = 1136.4594 CH4 = 2414.23 N2O = 391.841 CFC = 51.28 208.47 384: Radiation calculated for : 4. Aug 2100 23:56:15 384: Greenhouse gas concentrations 4. Aug 2100 23:56:15 CO2 = 1136.4626 CH4 = 2414.23 N2O = 391.841 CFC = 51.28 208.47 384: hydrology_model: Water budget change: 1.162290573120117E-006 m3/s 384: hydrology_model: global discharge: 1091905.19728348 m3/s 384: hydrology_model: precip-evap (on ocean): -1277728.05629669 m3/s 384: water_budget_corr: P-E correction: -105718.642159393 m3/s 384: water_budget_corr: slm/slf residuum: 77945.3736274852 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 572.725774661848 m3/s 384: water_budget_corr: awfre corrected: -1382873.97268144 m3/s 384: water_budget_corr: river discharge: 1091905.19728348 m3/s 384: water_budget_corr: water to ocean: -290968.775397945 m3/s 384: Write GRIB1 output for : 4. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.649420750771480E-010 kg m-2 s-1 0: co2 = 1053.62750716317 , n2 = 801999.999856582 , o2 = 0: 196799.999466494 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-05 00:45:00 begin of timestep (day): 2 (run): 6914 0: MPIOM: current date: 2100-08-05 01:30:00 begin of timestep (day): 3 (run): 6915 384: Radiation calculated for : 5. Aug 2100 01:56:15 384: Greenhouse gas concentrations 5. Aug 2100 01:56:15 CO2 = 1136.4657 CH4 = 2414.23 N2O = 391.841 CFC = 51.28 208.47 0: MPIOM: current date: 2100-08-05 02:15:00 begin of timestep (day): 4 (run): 6916 0: MPIOM: current date: 2100-08-05 03:00:00 begin of timestep (day): 5 (run): 6917 0: MPIOM: current date: 2100-08-05 03:45:00 begin of timestep (day): 6 (run): 6918 0: MPIOM: current date: 2100-08-05 04:30:00 begin of timestep (day): 7 (run): 6919 384: Radiation calculated for : 5. Aug 2100 03:56:15 384: Greenhouse gas concentrations 5. Aug 2100 03:56:15 CO2 = 1136.4688 CH4 = 2414.22 N2O = 391.841 CFC = 51.28 208.47 0: MPIOM: current date: 2100-08-05 05:15:00 begin of timestep (day): 8 (run): 6920 0: MPIOM: current date: 2100-08-05 06:00:00 begin of timestep (day): 9 (run): 6921 0: MPIOM: current date: 2100-08-05 06:45:00 begin of timestep (day): 10 (run): 6922 0: MPIOM: current date: 2100-08-05 07:30:00 begin of timestep (day): 11 (run): 6923 384: Radiation calculated for : 5. Aug 2100 05:56:15 384: Greenhouse gas concentrations 5. Aug 2100 05:56:15 CO2 = 1136.4719 CH4 = 2414.22 N2O = 391.841 CFC = 51.28 208.47 0: MPIOM: current date: 2100-08-05 08:15:00 begin of timestep (day): 12 (run): 6924 0: MPIOM: current date: 2100-08-05 09:00:00 begin of timestep (day): 13 (run): 6925 0: MPIOM: current date: 2100-08-05 09:45:00 begin of timestep (day): 14 (run): 6926 0: MPIOM: current date: 2100-08-05 10:30:00 begin of timestep (day): 15 (run): 6927 384: Radiation calculated for : 5. Aug 2100 07:56:15 384: Greenhouse gas concentrations 5. Aug 2100 07:56:15 CO2 = 1136.4750 CH4 = 2414.22 N2O = 391.841 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-05 11:15:00 begin of timestep (day): 16 (run): 6928 0: MPIOM: current date: 2100-08-05 12:00:00 begin of timestep (day): 17 (run): 6929 0: MPIOM: current date: 2100-08-05 12:45:00 begin of timestep (day): 18 (run): 6930 0: MPIOM: current date: 2100-08-05 13:30:00 begin of timestep (day): 19 (run): 6931 384: Radiation calculated for : 5. Aug 2100 09:56:15 384: Greenhouse gas concentrations 5. Aug 2100 09:56:15 CO2 = 1136.4781 CH4 = 2414.22 N2O = 391.841 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-05 14:15:00 begin of timestep (day): 20 (run): 6932 0: MPIOM: current date: 2100-08-05 15:00:00 begin of timestep (day): 21 (run): 6933 0: MPIOM: current date: 2100-08-05 15:45:00 begin of timestep (day): 22 (run): 6934 0: MPIOM: current date: 2100-08-05 16:30:00 begin of timestep (day): 23 (run): 6935 384: Radiation calculated for : 5. Aug 2100 11:56:15 384: Greenhouse gas concentrations 5. Aug 2100 11:56:15 CO2 = 1136.4813 CH4 = 2414.21 N2O = 391.841 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-05 17:15:00 begin of timestep (day): 24 (run): 6936 0: MPIOM: current date: 2100-08-05 18:00:00 begin of timestep (day): 25 (run): 6937 0: MPIOM: current date: 2100-08-05 18:45:00 begin of timestep (day): 26 (run): 6938 0: MPIOM: current date: 2100-08-05 19:30:00 begin of timestep (day): 27 (run): 6939 384: Radiation calculated for : 5. Aug 2100 13:56:15 384: Greenhouse gas concentrations 5. Aug 2100 13:56:15 CO2 = 1136.4844 CH4 = 2414.21 N2O = 391.841 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-05 20:15:00 begin of timestep (day): 28 (run): 6940 0: MPIOM: current date: 2100-08-05 21:00:00 begin of timestep (day): 29 (run): 6941 0: MPIOM: current date: 2100-08-05 21:45:00 begin of timestep (day): 30 (run): 6942 0: MPIOM: current date: 2100-08-05 22:30:00 begin of timestep (day): 31 (run): 6943 384: Radiation calculated for : 5. Aug 2100 15:56:15 384: Greenhouse gas concentrations 5. Aug 2100 15:56:15 CO2 = 1136.4875 CH4 = 2414.21 N2O = 391.842 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-05 23:15:00 begin of timestep (day): 32 (run): 6944 0: MPIOM: current date: 2100-08-06 00:00:00 begin of timestep (day): 1 (run): 6945 384: Radiation calculated for : 5. Aug 2100 17:56:15 384: Greenhouse gas concentrations 5. Aug 2100 17:56:15 CO2 = 1136.4906 CH4 = 2414.20 N2O = 391.842 CFC = 51.28 208.46 384: Radiation calculated for : 5. Aug 2100 19:56:15 384: Greenhouse gas concentrations 5. Aug 2100 19:56:15 CO2 = 1136.4937 CH4 = 2414.20 N2O = 391.842 CFC = 51.28 208.46 384: Radiation calculated for : 5. Aug 2100 21:56:15 384: Greenhouse gas concentrations 5. Aug 2100 21:56:15 CO2 = 1136.4968 CH4 = 2414.20 N2O = 391.842 CFC = 51.28 208.46 384: Radiation calculated for : 5. Aug 2100 23:56:15 384: Greenhouse gas concentrations 5. Aug 2100 23:56:15 CO2 = 1136.4999 CH4 = 2414.20 N2O = 391.842 CFC = 51.28 208.46 384: hydrology_model: Water budget change: 1.400709152221680E-006 m3/s 384: hydrology_model: global discharge: 1114397.67212440 m3/s 384: hydrology_model: precip-evap (on ocean): -1111238.58909027 m3/s 384: water_budget_corr: P-E correction: -124562.040069830 m3/s 384: water_budget_corr: slm/slf residuum: 84764.4580430646 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1053.70723444218 m3/s 384: water_budget_corr: awfre corrected: -1234746.92192565 m3/s 384: water_budget_corr: river discharge: 1114397.67212440 m3/s 384: water_budget_corr: water to ocean: -120349.249801251 m3/s 384: Write GRIB1 output for : 5. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.53369707500 , n2 = 801999.999852818 , o2 = 0: 196799.999434775 384: CO2 flux correction (global): 2.736597111219747E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-06 00:45:00 begin of timestep (day): 2 (run): 6946 0: MPIOM: current date: 2100-08-06 01:30:00 begin of timestep (day): 3 (run): 6947 384: Radiation calculated for : 6. Aug 2100 01:56:15 384: Greenhouse gas concentrations 6. Aug 2100 01:56:15 CO2 = 1136.5031 CH4 = 2414.19 N2O = 391.842 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-06 02:15:00 begin of timestep (day): 4 (run): 6948 0: MPIOM: current date: 2100-08-06 03:00:00 begin of timestep (day): 5 (run): 6949 0: MPIOM: current date: 2100-08-06 03:45:00 begin of timestep (day): 6 (run): 6950 0: MPIOM: current date: 2100-08-06 04:30:00 begin of timestep (day): 7 (run): 6951 384: Radiation calculated for : 6. Aug 2100 03:56:15 384: Greenhouse gas concentrations 6. Aug 2100 03:56:15 CO2 = 1136.5062 CH4 = 2414.19 N2O = 391.842 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-06 05:15:00 begin of timestep (day): 8 (run): 6952 0: MPIOM: current date: 2100-08-06 06:00:00 begin of timestep (day): 9 (run): 6953 0: MPIOM: current date: 2100-08-06 06:45:00 begin of timestep (day): 10 (run): 6954 0: MPIOM: current date: 2100-08-06 07:30:00 begin of timestep (day): 11 (run): 6955 384: Radiation calculated for : 6. Aug 2100 05:56:15 384: Greenhouse gas concentrations 6. Aug 2100 05:56:15 CO2 = 1136.5093 CH4 = 2414.19 N2O = 391.842 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-06 08:15:00 begin of timestep (day): 12 (run): 6956 0: MPIOM: current date: 2100-08-06 09:00:00 begin of timestep (day): 13 (run): 6957 0: MPIOM: current date: 2100-08-06 09:45:00 begin of timestep (day): 14 (run): 6958 0: MPIOM: current date: 2100-08-06 10:30:00 begin of timestep (day): 15 (run): 6959 384: Radiation calculated for : 6. Aug 2100 07:56:15 384: Greenhouse gas concentrations 6. Aug 2100 07:56:15 CO2 = 1136.5124 CH4 = 2414.19 N2O = 391.842 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-06 11:15:00 begin of timestep (day): 16 (run): 6960 0: MPIOM: current date: 2100-08-06 12:00:00 begin of timestep (day): 17 (run): 6961 0: MPIOM: current date: 2100-08-06 12:45:00 begin of timestep (day): 18 (run): 6962 0: MPIOM: current date: 2100-08-06 13:30:00 begin of timestep (day): 19 (run): 6963 384: Radiation calculated for : 6. Aug 2100 09:56:15 384: Greenhouse gas concentrations 6. Aug 2100 09:56:15 CO2 = 1136.5155 CH4 = 2414.18 N2O = 391.843 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-06 14:15:00 begin of timestep (day): 20 (run): 6964 0: MPIOM: current date: 2100-08-06 15:00:00 begin of timestep (day): 21 (run): 6965 0: MPIOM: current date: 2100-08-06 15:45:00 begin of timestep (day): 22 (run): 6966 0: MPIOM: current date: 2100-08-06 16:30:00 begin of timestep (day): 23 (run): 6967 384: Radiation calculated for : 6. Aug 2100 11:56:15 384: Greenhouse gas concentrations 6. Aug 2100 11:56:15 CO2 = 1136.5186 CH4 = 2414.18 N2O = 391.843 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-06 17:15:00 begin of timestep (day): 24 (run): 6968 0: MPIOM: current date: 2100-08-06 18:00:00 begin of timestep (day): 25 (run): 6969 0: MPIOM: current date: 2100-08-06 18:45:00 begin of timestep (day): 26 (run): 6970 384: Radiation calculated for : 6. Aug 2100 13:56:15 384: Greenhouse gas concentrations 6. Aug 2100 13:56:15 CO2 = 1136.5218 CH4 = 2414.18 N2O = 391.843 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-06 19:30:00 begin of timestep (day): 27 (run): 6971 0: MPIOM: current date: 2100-08-06 20:15:00 begin of timestep (day): 28 (run): 6972 0: MPIOM: current date: 2100-08-06 21:00:00 begin of timestep (day): 29 (run): 6973 0: MPIOM: current date: 2100-08-06 21:45:00 begin of timestep (day): 30 (run): 6974 384: Radiation calculated for : 6. Aug 2100 15:56:15 384: Greenhouse gas concentrations 6. Aug 2100 15:56:15 CO2 = 1136.5249 CH4 = 2414.17 N2O = 391.843 CFC = 51.28 208.46 0: MPIOM: current date: 2100-08-06 22:30:00 begin of timestep (day): 31 (run): 6975 0: MPIOM: current date: 2100-08-06 23:15:00 begin of timestep (day): 32 (run): 6976 0: MPIOM: current date: 2100-08-07 00:00:00 begin of timestep (day): 1 (run): 6977 384: Radiation calculated for : 6. Aug 2100 17:56:15 384: Greenhouse gas concentrations 6. Aug 2100 17:56:15 CO2 = 1136.5280 CH4 = 2414.17 N2O = 391.843 CFC = 51.28 208.46 384: Radiation calculated for : 6. Aug 2100 19:56:15 384: Greenhouse gas concentrations 6. Aug 2100 19:56:15 CO2 = 1136.5311 CH4 = 2414.17 N2O = 391.843 CFC = 51.28 208.45 384: Radiation calculated for : 6. Aug 2100 21:56:15 384: Greenhouse gas concentrations 6. Aug 2100 21:56:15 CO2 = 1136.5342 CH4 = 2414.17 N2O = 391.843 CFC = 51.28 208.45 384: Radiation calculated for : 6. Aug 2100 23:56:15 384: Greenhouse gas concentrations 6. Aug 2100 23:56:15 CO2 = 1136.5373 CH4 = 2414.16 N2O = 391.843 CFC = 51.28 208.45 384: hydrology_model: Water budget change: -3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 1076266.89745861 m3/s 384: hydrology_model: precip-evap (on ocean): -793876.990054926 m3/s 384: water_budget_corr: P-E correction: -17651.1681022593 m3/s 384: water_budget_corr: slm/slf residuum: 79277.0375369691 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 966.362566850808 m3/s 384: water_budget_corr: awfre corrected: -810561.795590352 m3/s 384: water_budget_corr: river discharge: 1076266.89745861 m3/s 384: water_budget_corr: water to ocean: 265705.101868262 m3/s 384: Write GRIB1 output for : 6. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.47282759886 , n2 = 801999.999830100 , o2 = 0: 196799.999399808 384: CO2 flux correction (global): 2.865218330229686E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-07 00:45:00 begin of timestep (day): 2 (run): 6978 0: MPIOM: current date: 2100-08-07 01:30:00 begin of timestep (day): 3 (run): 6979 384: Radiation calculated for : 7. Aug 2100 01:56:15 384: Greenhouse gas concentrations 7. Aug 2100 01:56:15 CO2 = 1136.5405 CH4 = 2414.16 N2O = 391.843 CFC = 51.28 208.45 0: MPIOM: current date: 2100-08-07 02:15:00 begin of timestep (day): 4 (run): 6980 0: MPIOM: current date: 2100-08-07 03:00:00 begin of timestep (day): 5 (run): 6981 0: MPIOM: current date: 2100-08-07 03:45:00 begin of timestep (day): 6 (run): 6982 0: MPIOM: current date: 2100-08-07 04:30:00 begin of timestep (day): 7 (run): 6983 384: Radiation calculated for : 7. Aug 2100 03:56:15 384: Greenhouse gas concentrations 7. Aug 2100 03:56:15 CO2 = 1136.5436 CH4 = 2414.16 N2O = 391.843 CFC = 51.28 208.45 0: MPIOM: current date: 2100-08-07 05:15:00 begin of timestep (day): 8 (run): 6984 0: MPIOM: current date: 2100-08-07 06:00:00 begin of timestep (day): 9 (run): 6985 0: MPIOM: current date: 2100-08-07 06:45:00 begin of timestep (day): 10 (run): 6986 0: MPIOM: current date: 2100-08-07 07:30:00 begin of timestep (day): 11 (run): 6987 384: Radiation calculated for : 7. Aug 2100 05:56:15 384: Greenhouse gas concentrations 7. Aug 2100 05:56:15 CO2 = 1136.5467 CH4 = 2414.16 N2O = 391.844 CFC = 51.28 208.45 0: MPIOM: current date: 2100-08-07 08:15:00 begin of timestep (day): 12 (run): 6988 0: MPIOM: current date: 2100-08-07 09:00:00 begin of timestep (day): 13 (run): 6989 0: MPIOM: current date: 2100-08-07 09:45:00 begin of timestep (day): 14 (run): 6990 0: MPIOM: current date: 2100-08-07 10:30:00 begin of timestep (day): 15 (run): 6991 384: Radiation calculated for : 7. Aug 2100 07:56:15 384: Greenhouse gas concentrations 7. Aug 2100 07:56:15 CO2 = 1136.5498 CH4 = 2414.15 N2O = 391.844 CFC = 51.28 208.45 0: MPIOM: current date: 2100-08-07 11:15:00 begin of timestep (day): 16 (run): 6992 0: MPIOM: current date: 2100-08-07 12:00:00 begin of timestep (day): 17 (run): 6993 0: MPIOM: current date: 2100-08-07 12:45:00 begin of timestep (day): 18 (run): 6994 0: MPIOM: current date: 2100-08-07 13:30:00 begin of timestep (day): 19 (run): 6995 384: Radiation calculated for : 7. Aug 2100 09:56:15 384: Greenhouse gas concentrations 7. Aug 2100 09:56:15 CO2 = 1136.5529 CH4 = 2414.15 N2O = 391.844 CFC = 51.28 208.45 0: MPIOM: current date: 2100-08-07 14:15:00 begin of timestep (day): 20 (run): 6996 0: MPIOM: current date: 2100-08-07 15:00:00 begin of timestep (day): 21 (run): 6997 0: MPIOM: current date: 2100-08-07 15:45:00 begin of timestep (day): 22 (run): 6998 0: MPIOM: current date: 2100-08-07 16:30:00 begin of timestep (day): 23 (run): 6999 384: Radiation calculated for : 7. Aug 2100 11:56:15 384: Greenhouse gas concentrations 7. Aug 2100 11:56:15 CO2 = 1136.5560 CH4 = 2414.15 N2O = 391.844 CFC = 51.28 208.45 0: MPIOM: current date: 2100-08-07 17:15:00 begin of timestep (day): 24 (run): 7000 0: MPIOM: current date: 2100-08-07 18:00:00 begin of timestep (day): 25 (run): 7001 0: MPIOM: current date: 2100-08-07 18:45:00 begin of timestep (day): 26 (run): 7002 0: MPIOM: current date: 2100-08-07 19:30:00 begin of timestep (day): 27 (run): 7003 384: Radiation calculated for : 7. Aug 2100 13:56:15 384: Greenhouse gas concentrations 7. Aug 2100 13:56:15 CO2 = 1136.5592 CH4 = 2414.14 N2O = 391.844 CFC = 51.28 208.45 0: MPIOM: current date: 2100-08-07 20:15:00 begin of timestep (day): 28 (run): 7004 0: MPIOM: current date: 2100-08-07 21:00:00 begin of timestep (day): 29 (run): 7005 0: MPIOM: current date: 2100-08-07 21:45:00 begin of timestep (day): 30 (run): 7006 0: MPIOM: current date: 2100-08-07 22:30:00 begin of timestep (day): 31 (run): 7007 384: Radiation calculated for : 7. Aug 2100 15:56:15 384: Greenhouse gas concentrations 7. Aug 2100 15:56:15 CO2 = 1136.5623 CH4 = 2414.14 N2O = 391.844 CFC = 51.28 208.45 0: MPIOM: current date: 2100-08-07 23:15:00 begin of timestep (day): 32 (run): 7008 0: MPIOM: current date: 2100-08-08 00:00:00 begin of timestep (day): 1 (run): 7009 384: Radiation calculated for : 7. Aug 2100 17:56:15 384: Greenhouse gas concentrations 7. Aug 2100 17:56:15 CO2 = 1136.5654 CH4 = 2414.14 N2O = 391.844 CFC = 51.27 208.45 384: Radiation calculated for : 7. Aug 2100 19:56:15 384: Greenhouse gas concentrations 7. Aug 2100 19:56:15 CO2 = 1136.5685 CH4 = 2414.14 N2O = 391.844 CFC = 51.27 208.45 384: Radiation calculated for : 7. Aug 2100 21:56:15 384: Greenhouse gas concentrations 7. Aug 2100 21:56:15 CO2 = 1136.5716 CH4 = 2414.13 N2O = 391.844 CFC = 51.27 208.45 384: Radiation calculated for : 7. Aug 2100 23:56:15 384: Greenhouse gas concentrations 7. Aug 2100 23:56:15 CO2 = 1136.5747 CH4 = 2414.13 N2O = 391.844 CFC = 51.27 208.45 384: hydrology_model: Water budget change: -8.940696716308594E-007 m3/s 384: hydrology_model: global discharge: 1083094.81776548 m3/s 384: hydrology_model: precip-evap (on ocean): -762585.614477571 m3/s 384: water_budget_corr: P-E correction: -55599.8190944319 m3/s 384: water_budget_corr: slm/slf residuum: 88690.3363745318 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2873.04910027637 m3/s 384: water_budget_corr: awfre corrected: -815312.384471724 m3/s 384: water_budget_corr: river discharge: 1083094.81776548 m3/s 384: water_budget_corr: water to ocean: 267782.433293754 m3/s 384: Write GRIB1 output for : 7. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.45196793558 , n2 = 801999.999845216 , o2 = 0: 196799.999429095 384: CO2 flux correction (global): 2.372053685875264E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-08 00:45:00 begin of timestep (day): 2 (run): 7010 0: MPIOM: current date: 2100-08-08 01:30:00 begin of timestep (day): 3 (run): 7011 384: Radiation calculated for : 8. Aug 2100 01:56:15 384: Greenhouse gas concentrations 8. Aug 2100 01:56:15 CO2 = 1136.5779 CH4 = 2414.13 N2O = 391.845 CFC = 51.27 208.45 0: MPIOM: current date: 2100-08-08 02:15:00 begin of timestep (day): 4 (run): 7012 0: MPIOM: current date: 2100-08-08 03:00:00 begin of timestep (day): 5 (run): 7013 0: MPIOM: current date: 2100-08-08 03:45:00 begin of timestep (day): 6 (run): 7014 0: MPIOM: current date: 2100-08-08 04:30:00 begin of timestep (day): 7 (run): 7015 384: Radiation calculated for : 8. Aug 2100 03:56:15 384: Greenhouse gas concentrations 8. Aug 2100 03:56:15 CO2 = 1136.5810 CH4 = 2414.12 N2O = 391.845 CFC = 51.27 208.45 0: MPIOM: current date: 2100-08-08 05:15:00 begin of timestep (day): 8 (run): 7016 0: MPIOM: current date: 2100-08-08 06:00:00 begin of timestep (day): 9 (run): 7017 0: MPIOM: current date: 2100-08-08 06:45:00 begin of timestep (day): 10 (run): 7018 0: MPIOM: current date: 2100-08-08 07:30:00 begin of timestep (day): 11 (run): 7019 384: Radiation calculated for : 8. Aug 2100 05:56:15 384: Greenhouse gas concentrations 8. Aug 2100 05:56:15 CO2 = 1136.5841 CH4 = 2414.12 N2O = 391.845 CFC = 51.27 208.45 0: MPIOM: current date: 2100-08-08 08:15:00 begin of timestep (day): 12 (run): 7020 0: MPIOM: current date: 2100-08-08 09:00:00 begin of timestep (day): 13 (run): 7021 0: MPIOM: current date: 2100-08-08 09:45:00 begin of timestep (day): 14 (run): 7022 384: Radiation calculated for : 8. Aug 2100 07:56:15 384: Greenhouse gas concentrations 8. Aug 2100 07:56:15 CO2 = 1136.5872 CH4 = 2414.12 N2O = 391.845 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-08 10:30:00 begin of timestep (day): 15 (run): 7023 0: MPIOM: current date: 2100-08-08 11:15:00 begin of timestep (day): 16 (run): 7024 0: MPIOM: current date: 2100-08-08 12:00:00 begin of timestep (day): 17 (run): 7025 0: MPIOM: current date: 2100-08-08 12:45:00 begin of timestep (day): 18 (run): 7026 0: MPIOM: current date: 2100-08-08 13:30:00 begin of timestep (day): 19 (run): 7027 384: Radiation calculated for : 8. Aug 2100 09:56:15 384: Greenhouse gas concentrations 8. Aug 2100 09:56:15 CO2 = 1136.5903 CH4 = 2414.12 N2O = 391.845 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-08 14:15:00 begin of timestep (day): 20 (run): 7028 0: MPIOM: current date: 2100-08-08 15:00:00 begin of timestep (day): 21 (run): 7029 0: MPIOM: current date: 2100-08-08 15:45:00 begin of timestep (day): 22 (run): 7030 384: Radiation calculated for : 8. Aug 2100 11:56:15 0: MPIOM: current date: 2100-08-08 16:30:00 begin of timestep (day): 23 (run): 7031 384: Greenhouse gas concentrations 8. Aug 2100 11:56:15 CO2 = 1136.5934 CH4 = 2414.11 N2O = 391.845 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-08 17:15:00 begin of timestep (day): 24 (run): 7032 0: MPIOM: current date: 2100-08-08 18:00:00 begin of timestep (day): 25 (run): 7033 0: MPIOM: current date: 2100-08-08 18:45:00 begin of timestep (day): 26 (run): 7034 0: MPIOM: current date: 2100-08-08 19:30:00 begin of timestep (day): 27 (run): 7035 384: Radiation calculated for : 8. Aug 2100 13:56:15 384: Greenhouse gas concentrations 8. Aug 2100 13:56:15 CO2 = 1136.5966 CH4 = 2414.11 N2O = 391.845 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-08 20:15:00 begin of timestep (day): 28 (run): 7036 0: MPIOM: current date: 2100-08-08 21:00:00 begin of timestep (day): 29 (run): 7037 0: MPIOM: current date: 2100-08-08 21:45:00 begin of timestep (day): 30 (run): 7038 0: MPIOM: current date: 2100-08-08 22:30:00 begin of timestep (day): 31 (run): 7039 384: Radiation calculated for : 8. Aug 2100 15:56:15 384: Greenhouse gas concentrations 8. Aug 2100 15:56:15 CO2 = 1136.5997 CH4 = 2414.11 N2O = 391.845 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-08 23:15:00 begin of timestep (day): 32 (run): 7040 0: MPIOM: current date: 2100-08-09 00:00:00 begin of timestep (day): 1 (run): 7041 384: Radiation calculated for : 8. Aug 2100 17:56:15 384: Greenhouse gas concentrations 8. Aug 2100 17:56:15 CO2 = 1136.6028 CH4 = 2414.11 N2O = 391.845 CFC = 51.27 208.44 384: Radiation calculated for : 8. Aug 2100 19:56:15 384: Greenhouse gas concentrations 8. Aug 2100 19:56:15 CO2 = 1136.6059 CH4 = 2414.10 N2O = 391.846 CFC = 51.27 208.44 384: Radiation calculated for : 8. Aug 2100 21:56:15 384: Greenhouse gas concentrations 8. Aug 2100 21:56:15 CO2 = 1136.6090 CH4 = 2414.10 N2O = 391.846 CFC = 51.27 208.44 384: Radiation calculated for : 8. Aug 2100 23:56:15 384: Greenhouse gas concentrations 8. Aug 2100 23:56:15 CO2 = 1136.6121 CH4 = 2414.10 N2O = 391.846 CFC = 51.27 208.44 384: hydrology_model: Water budget change: 3.278255462646484E-007 m3/s 384: hydrology_model: global discharge: 1089941.58651228 m3/s 384: hydrology_model: precip-evap (on ocean): -490306.671856829 m3/s 384: water_budget_corr: P-E correction: -64578.0503897544 m3/s 384: water_budget_corr: slm/slf residuum: 49760.5420245660 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3020.78970848155 m3/s 384: water_budget_corr: awfre corrected: -551863.932538117 m3/s 384: water_budget_corr: river discharge: 1089941.58651228 m3/s 384: water_budget_corr: water to ocean: 538077.653974175 m3/s 384: Write GRIB1 output for : 8. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.354294429513606E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1053.44901807520 , n2 = 801999.999889920 , o2 = 0: 196799.999570169 0: MPIOM: current date: 2100-08-09 00:45:00 begin of timestep (day): 2 (run): 7042 0: MPIOM: current date: 2100-08-09 01:30:00 begin of timestep (day): 3 (run): 7043 384: Radiation calculated for : 9. Aug 2100 01:56:15 384: Greenhouse gas concentrations 9. Aug 2100 01:56:15 CO2 = 1136.6153 CH4 = 2414.09 N2O = 391.846 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-09 02:15:00 begin of timestep (day): 4 (run): 7044 0: MPIOM: current date: 2100-08-09 03:00:00 begin of timestep (day): 5 (run): 7045 0: MPIOM: current date: 2100-08-09 03:45:00 begin of timestep (day): 6 (run): 7046 0: MPIOM: current date: 2100-08-09 04:30:00 begin of timestep (day): 7 (run): 7047 384: Radiation calculated for : 9. Aug 2100 03:56:15 384: Greenhouse gas concentrations 9. Aug 2100 03:56:15 CO2 = 1136.6184 CH4 = 2414.09 N2O = 391.846 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-09 05:15:00 begin of timestep (day): 8 (run): 7048 0: MPIOM: current date: 2100-08-09 06:00:00 begin of timestep (day): 9 (run): 7049 0: MPIOM: current date: 2100-08-09 06:45:00 begin of timestep (day): 10 (run): 7050 0: MPIOM: current date: 2100-08-09 07:30:00 begin of timestep (day): 11 (run): 7051 384: Radiation calculated for : 9. Aug 2100 05:56:15 384: Greenhouse gas concentrations 9. Aug 2100 05:56:15 CO2 = 1136.6215 CH4 = 2414.09 N2O = 391.846 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-09 08:15:00 begin of timestep (day): 12 (run): 7052 0: MPIOM: current date: 2100-08-09 09:00:00 begin of timestep (day): 13 (run): 7053 0: MPIOM: current date: 2100-08-09 09:45:00 begin of timestep (day): 14 (run): 7054 0: MPIOM: current date: 2100-08-09 10:30:00 begin of timestep (day): 15 (run): 7055 384: Radiation calculated for : 9. Aug 2100 07:56:15 384: Greenhouse gas concentrations 9. Aug 2100 07:56:15 CO2 = 1136.6246 CH4 = 2414.09 N2O = 391.846 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-09 11:15:00 begin of timestep (day): 16 (run): 7056 0: MPIOM: current date: 2100-08-09 12:00:00 begin of timestep (day): 17 (run): 7057 0: MPIOM: current date: 2100-08-09 12:45:00 begin of timestep (day): 18 (run): 7058 0: MPIOM: current date: 2100-08-09 13:30:00 begin of timestep (day): 19 (run): 7059 384: Radiation calculated for : 9. Aug 2100 09:56:15 384: Greenhouse gas concentrations 9. Aug 2100 09:56:15 CO2 = 1136.6277 CH4 = 2414.08 N2O = 391.846 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-09 14:15:00 begin of timestep (day): 20 (run): 7060 0: MPIOM: current date: 2100-08-09 15:00:00 begin of timestep (day): 21 (run): 7061 0: MPIOM: current date: 2100-08-09 15:45:00 begin of timestep (day): 22 (run): 7062 384: Radiation calculated for : 9. Aug 2100 11:56:15 384: Greenhouse gas concentrations 9. Aug 2100 11:56:15 CO2 = 1136.6308 CH4 = 2414.08 N2O = 391.846 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-09 16:30:00 begin of timestep (day): 23 (run): 7063 0: MPIOM: current date: 2100-08-09 17:15:00 begin of timestep (day): 24 (run): 7064 0: MPIOM: current date: 2100-08-09 18:00:00 begin of timestep (day): 25 (run): 7065 0: MPIOM: current date: 2100-08-09 18:45:00 begin of timestep (day): 26 (run): 7066 0: MPIOM: current date: 2100-08-09 19:30:00 begin of timestep (day): 27 (run): 7067 384: Radiation calculated for : 9. Aug 2100 13:56:15 384: Greenhouse gas concentrations 9. Aug 2100 13:56:15 CO2 = 1136.6340 CH4 = 2414.08 N2O = 391.846 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-09 20:15:00 begin of timestep (day): 28 (run): 7068 0: MPIOM: current date: 2100-08-09 21:00:00 begin of timestep (day): 29 (run): 7069 0: MPIOM: current date: 2100-08-09 21:45:00 begin of timestep (day): 30 (run): 7070 0: MPIOM: current date: 2100-08-09 22:30:00 begin of timestep (day): 31 (run): 7071 384: Radiation calculated for : 9. Aug 2100 15:56:15 384: Greenhouse gas concentrations 9. Aug 2100 15:56:15 CO2 = 1136.6371 CH4 = 2414.08 N2O = 391.847 CFC = 51.27 208.44 0: MPIOM: current date: 2100-08-09 23:15:00 begin of timestep (day): 32 (run): 7072 0: MPIOM: current date: 2100-08-10 00:00:00 begin of timestep (day): 1 (run): 7073 384: Radiation calculated for : 9. Aug 2100 17:56:15 384: Greenhouse gas concentrations 9. Aug 2100 17:56:15 CO2 = 1136.6402 CH4 = 2414.07 N2O = 391.847 CFC = 51.27 208.44 384: Radiation calculated for : 9. Aug 2100 19:56:15 384: Greenhouse gas concentrations 9. Aug 2100 19:56:15 CO2 = 1136.6433 CH4 = 2414.07 N2O = 391.847 CFC = 51.27 208.43 384: Radiation calculated for : 9. Aug 2100 21:56:15 384: Greenhouse gas concentrations 9. Aug 2100 21:56:15 CO2 = 1136.6464 CH4 = 2414.07 N2O = 391.847 CFC = 51.27 208.43 384: Radiation calculated for : 9. Aug 2100 23:56:15 384: Greenhouse gas concentrations 9. Aug 2100 23:56:15 CO2 = 1136.6495 CH4 = 2414.06 N2O = 391.847 CFC = 51.27 208.43 384: hydrology_model: Water budget change: -3.278255462646484E-007 m3/s 384: hydrology_model: global discharge: 1088347.85914040 m3/s 384: hydrology_model: precip-evap (on ocean): -874519.438024106 m3/s 384: water_budget_corr: P-E correction: -88520.4781277797 m3/s 384: water_budget_corr: slm/slf residuum: 81473.2029768339 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5057.50712767293 m3/s 384: water_budget_corr: awfre corrected: -957982.409024214 m3/s 384: water_budget_corr: river discharge: 1088347.85914040 m3/s 384: water_budget_corr: water to ocean: 130365.450116199 m3/s 384: Write GRIB1 output for : 9. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.42851160901 , n2 = 801999.999848388 , o2 = 0: 196799.999546661 384: CO2 flux correction (global): 2.074366688047741E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-10 00:45:00 begin of timestep (day): 2 (run): 7074 0: MPIOM: current date: 2100-08-10 01:30:00 begin of timestep (day): 3 (run): 7075 384: Radiation calculated for : 10. Aug 2100 01:56:15 384: Greenhouse gas concentrations 10. Aug 2100 01:56:15 CO2 = 1136.6527 CH4 = 2414.06 N2O = 391.847 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-10 02:15:00 begin of timestep (day): 4 (run): 7076 0: MPIOM: current date: 2100-08-10 03:00:00 begin of timestep (day): 5 (run): 7077 0: MPIOM: current date: 2100-08-10 03:45:00 begin of timestep (day): 6 (run): 7078 0: MPIOM: current date: 2100-08-10 04:30:00 begin of timestep (day): 7 (run): 7079 384: Radiation calculated for : 10. Aug 2100 03:56:15 384: Greenhouse gas concentrations 10. Aug 2100 03:56:15 CO2 = 1136.6558 CH4 = 2414.06 N2O = 391.847 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-10 05:15:00 begin of timestep (day): 8 (run): 7080 0: MPIOM: current date: 2100-08-10 06:00:00 begin of timestep (day): 9 (run): 7081 0: MPIOM: current date: 2100-08-10 06:45:00 begin of timestep (day): 10 (run): 7082 0: MPIOM: current date: 2100-08-10 07:30:00 begin of timestep (day): 11 (run): 7083 384: Radiation calculated for : 10. Aug 2100 05:56:15 384: Greenhouse gas concentrations 10. Aug 2100 05:56:15 CO2 = 1136.6589 CH4 = 2414.06 N2O = 391.847 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-10 08:15:00 begin of timestep (day): 12 (run): 7084 0: MPIOM: current date: 2100-08-10 09:00:00 begin of timestep (day): 13 (run): 7085 0: MPIOM: current date: 2100-08-10 09:45:00 begin of timestep (day): 14 (run): 7086 0: MPIOM: current date: 2100-08-10 10:30:00 begin of timestep (day): 15 (run): 7087 384: Radiation calculated for : 10. Aug 2100 07:56:15 384: Greenhouse gas concentrations 10. Aug 2100 07:56:15 CO2 = 1136.6620 CH4 = 2414.05 N2O = 391.847 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-10 11:15:00 begin of timestep (day): 16 (run): 7088 0: MPIOM: current date: 2100-08-10 12:00:00 begin of timestep (day): 17 (run): 7089 0: MPIOM: current date: 2100-08-10 12:45:00 begin of timestep (day): 18 (run): 7090 0: MPIOM: current date: 2100-08-10 13:30:00 begin of timestep (day): 19 (run): 7091 384: Radiation calculated for : 10. Aug 2100 09:56:15 384: Greenhouse gas concentrations 10. Aug 2100 09:56:15 CO2 = 1136.6651 CH4 = 2414.05 N2O = 391.847 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-10 14:15:00 begin of timestep (day): 20 (run): 7092 0: MPIOM: current date: 2100-08-10 15:00:00 begin of timestep (day): 21 (run): 7093 0: MPIOM: current date: 2100-08-10 15:45:00 begin of timestep (day): 22 (run): 7094 0: MPIOM: current date: 2100-08-10 16:30:00 begin of timestep (day): 23 (run): 7095 384: Radiation calculated for : 10. Aug 2100 11:56:15 384: Greenhouse gas concentrations 10. Aug 2100 11:56:15 CO2 = 1136.6682 CH4 = 2414.05 N2O = 391.848 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-10 17:15:00 begin of timestep (day): 24 (run): 7096 0: MPIOM: current date: 2100-08-10 18:00:00 begin of timestep (day): 25 (run): 7097 0: MPIOM: current date: 2100-08-10 18:45:00 begin of timestep (day): 26 (run): 7098 0: MPIOM: current date: 2100-08-10 19:30:00 begin of timestep (day): 27 (run): 7099 384: Radiation calculated for : 10. Aug 2100 13:56:15 384: Greenhouse gas concentrations 10. Aug 2100 13:56:15 CO2 = 1136.6714 CH4 = 2414.05 N2O = 391.848 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-10 20:15:00 begin of timestep (day): 28 (run): 7100 0: MPIOM: current date: 2100-08-10 21:00:00 begin of timestep (day): 29 (run): 7101 0: MPIOM: current date: 2100-08-10 21:45:00 begin of timestep (day): 30 (run): 7102 384: Radiation calculated for : 10. Aug 2100 15:56:15 384: Greenhouse gas concentrations 10. Aug 2100 15:56:15 CO2 = 1136.6745 CH4 = 2414.04 N2O = 391.848 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-10 22:30:00 begin of timestep (day): 31 (run): 7103 0: MPIOM: current date: 2100-08-10 23:15:00 begin of timestep (day): 32 (run): 7104 0: MPIOM: current date: 2100-08-11 00:00:00 begin of timestep (day): 1 (run): 7105 384: Radiation calculated for : 10. Aug 2100 17:56:15 384: Greenhouse gas concentrations 10. Aug 2100 17:56:15 CO2 = 1136.6776 CH4 = 2414.04 N2O = 391.848 CFC = 51.27 208.43 384: Radiation calculated for : 10. Aug 2100 19:56:15 384: Greenhouse gas concentrations 10. Aug 2100 19:56:15 CO2 = 1136.6807 CH4 = 2414.04 N2O = 391.848 CFC = 51.27 208.43 384: Radiation calculated for : 10. Aug 2100 21:56:15 384: Greenhouse gas concentrations 10. Aug 2100 21:56:15 CO2 = 1136.6838 CH4 = 2414.03 N2O = 391.848 CFC = 51.27 208.43 384: Radiation calculated for : 10. Aug 2100 23:56:15 384: Greenhouse gas concentrations 10. Aug 2100 23:56:15 CO2 = 1136.6869 CH4 = 2414.03 N2O = 391.848 CFC = 51.27 208.43 384: hydrology_model: Water budget change: 7.450580596923828E-007 m3/s 384: hydrology_model: global discharge: 1116362.17934962 m3/s 384: hydrology_model: precip-evap (on ocean): -1028229.11310467 m3/s 384: water_budget_corr: P-E correction: -106759.865394234 m3/s 384: water_budget_corr: slm/slf residuum: 52667.1761992440 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -6.06596664164659 m3/s 384: water_budget_corr: awfre corrected: -1134995.04446555 m3/s 384: water_budget_corr: river discharge: 1116362.17934962 m3/s 384: water_budget_corr: water to ocean: -18632.8651159395 m3/s 384: Write GRIB1 output for : 10. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.49886724866 , n2 = 801999.999830442 , o2 = 0: 196799.999556118 384: CO2 flux correction (global): 8.665673413570078E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-11 00:45:00 begin of timestep (day): 2 (run): 7106 0: MPIOM: current date: 2100-08-11 01:30:00 begin of timestep (day): 3 (run): 7107 384: Radiation calculated for : 11. Aug 2100 01:56:15 384: Greenhouse gas concentrations 11. Aug 2100 01:56:15 CO2 = 1136.6901 CH4 = 2414.03 N2O = 391.848 CFC = 51.27 208.43 0: MPIOM: current date: 2100-08-11 02:15:00 begin of timestep (day): 4 (run): 7108 0: MPIOM: current date: 2100-08-11 03:00:00 begin of timestep (day): 5 (run): 7109 0: MPIOM: current date: 2100-08-11 03:45:00 begin of timestep (day): 6 (run): 7110 0: MPIOM: current date: 2100-08-11 04:30:00 begin of timestep (day): 7 (run): 7111 384: Radiation calculated for : 11. Aug 2100 03:56:15 384: Greenhouse gas concentrations 11. Aug 2100 03:56:15 CO2 = 1136.6932 CH4 = 2414.03 N2O = 391.848 CFC = 51.26 208.43 0: MPIOM: current date: 2100-08-11 05:15:00 begin of timestep (day): 8 (run): 7112 0: MPIOM: current date: 2100-08-11 06:00:00 begin of timestep (day): 9 (run): 7113 0: MPIOM: current date: 2100-08-11 06:45:00 begin of timestep (day): 10 (run): 7114 0: MPIOM: current date: 2100-08-11 07:30:00 begin of timestep (day): 11 (run): 7115 384: Radiation calculated for : 11. Aug 2100 05:56:15 384: Greenhouse gas concentrations 11. Aug 2100 05:56:15 CO2 = 1136.6963 CH4 = 2414.02 N2O = 391.849 CFC = 51.26 208.43 0: MPIOM: current date: 2100-08-11 08:15:00 begin of timestep (day): 12 (run): 7116 0: MPIOM: current date: 2100-08-11 09:00:00 begin of timestep (day): 13 (run): 7117 0: MPIOM: current date: 2100-08-11 09:45:00 begin of timestep (day): 14 (run): 7118 0: MPIOM: current date: 2100-08-11 10:30:00 begin of timestep (day): 15 (run): 7119 384: Radiation calculated for : 11. Aug 2100 07:56:15 384: Greenhouse gas concentrations 11. Aug 2100 07:56:15 CO2 = 1136.6994 CH4 = 2414.02 N2O = 391.849 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-11 11:15:00 begin of timestep (day): 16 (run): 7120 0: MPIOM: current date: 2100-08-11 12:00:00 begin of timestep (day): 17 (run): 7121 0: MPIOM: current date: 2100-08-11 12:45:00 begin of timestep (day): 18 (run): 7122 384: Radiation calculated for : 11. Aug 2100 09:56:15 384: Greenhouse gas concentrations 11. Aug 2100 09:56:15 CO2 = 1136.7025 CH4 = 2414.02 N2O = 391.849 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-11 13:30:00 begin of timestep (day): 19 (run): 7123 0: MPIOM: current date: 2100-08-11 14:15:00 begin of timestep (day): 20 (run): 7124 0: MPIOM: current date: 2100-08-11 15:00:00 begin of timestep (day): 21 (run): 7125 0: MPIOM: current date: 2100-08-11 15:45:00 begin of timestep (day): 22 (run): 7126 384: Radiation calculated for : 11. Aug 2100 11:56:15 384: Greenhouse gas concentrations 11. Aug 2100 11:56:15 CO2 = 1136.7056 CH4 = 2414.02 N2O = 391.849 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-11 16:30:00 begin of timestep (day): 23 (run): 7127 0: MPIOM: current date: 2100-08-11 17:15:00 begin of timestep (day): 24 (run): 7128 0: MPIOM: current date: 2100-08-11 18:00:00 begin of timestep (day): 25 (run): 7129 0: MPIOM: current date: 2100-08-11 18:45:00 begin of timestep (day): 26 (run): 7130 384: Radiation calculated for : 11. Aug 2100 13:56:15 384: Greenhouse gas concentrations 11. Aug 2100 13:56:15 CO2 = 1136.7088 CH4 = 2414.01 N2O = 391.849 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-11 19:30:00 begin of timestep (day): 27 (run): 7131 0: MPIOM: current date: 2100-08-11 20:15:00 begin of timestep (day): 28 (run): 7132 0: MPIOM: current date: 2100-08-11 21:00:00 begin of timestep (day): 29 (run): 7133 0: MPIOM: current date: 2100-08-11 21:45:00 begin of timestep (day): 30 (run): 7134 384: Radiation calculated for : 11. Aug 2100 15:56:15 384: Greenhouse gas concentrations 11. Aug 2100 15:56:15 CO2 = 1136.7119 CH4 = 2414.01 N2O = 391.849 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-11 22:30:00 begin of timestep (day): 31 (run): 7135 0: MPIOM: current date: 2100-08-11 23:15:00 begin of timestep (day): 32 (run): 7136 0: MPIOM: current date: 2100-08-12 00:00:00 begin of timestep (day): 1 (run): 7137 384: Radiation calculated for : 11. Aug 2100 17:56:15 384: Greenhouse gas concentrations 11. Aug 2100 17:56:15 CO2 = 1136.7150 CH4 = 2414.01 N2O = 391.849 CFC = 51.26 208.42 384: Radiation calculated for : 11. Aug 2100 19:56:15 384: Greenhouse gas concentrations 11. Aug 2100 19:56:15 CO2 = 1136.7181 CH4 = 2414.00 N2O = 391.849 CFC = 51.26 208.42 384: Radiation calculated for : 11. Aug 2100 21:56:15 384: Greenhouse gas concentrations 11. Aug 2100 21:56:15 CO2 = 1136.7212 CH4 = 2414.00 N2O = 391.849 CFC = 51.26 208.42 384: Radiation calculated for : 11. Aug 2100 23:56:15 384: Greenhouse gas concentrations 11. Aug 2100 23:56:15 CO2 = 1136.7243 CH4 = 2414.00 N2O = 391.849 CFC = 51.26 208.42 384: hydrology_model: Water budget change: -6.258487701416016E-007 m3/s 384: hydrology_model: global discharge: 1107957.49574677 m3/s 384: hydrology_model: precip-evap (on ocean): -190395.708073458 m3/s 384: water_budget_corr: P-E correction: -64926.2207348563 m3/s 384: water_budget_corr: slm/slf residuum: 67241.8584510744 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2034.50011001816 m3/s 384: water_budget_corr: awfre corrected: -253287.428698293 m3/s 384: water_budget_corr: river discharge: 1107957.49574677 m3/s 384: water_budget_corr: water to ocean: 854670.067048478 m3/s 384: Write GRIB1 output for : 11. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.489156369098769E-010 kg m-2 s-1 0: co2 = 1053.57614175810 , n2 = 801999.999791789 , o2 = 0: 196799.999518051 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-12 00:45:00 begin of timestep (day): 2 (run): 7138 0: MPIOM: current date: 2100-08-12 01:30:00 begin of timestep (day): 3 (run): 7139 384: Radiation calculated for : 12. Aug 2100 01:56:15 384: Greenhouse gas concentrations 12. Aug 2100 01:56:15 CO2 = 1136.7274 CH4 = 2414.00 N2O = 391.850 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-12 02:15:00 begin of timestep (day): 4 (run): 7140 0: MPIOM: current date: 2100-08-12 03:00:00 begin of timestep (day): 5 (run): 7141 0: MPIOM: current date: 2100-08-12 03:45:00 begin of timestep (day): 6 (run): 7142 0: MPIOM: current date: 2100-08-12 04:30:00 begin of timestep (day): 7 (run): 7143 384: Radiation calculated for : 12. Aug 2100 03:56:15 384: Greenhouse gas concentrations 12. Aug 2100 03:56:15 CO2 = 1136.7306 CH4 = 2413.99 N2O = 391.850 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-12 05:15:00 begin of timestep (day): 8 (run): 7144 0: MPIOM: current date: 2100-08-12 06:00:00 begin of timestep (day): 9 (run): 7145 0: MPIOM: current date: 2100-08-12 06:45:00 begin of timestep (day): 10 (run): 7146 0: MPIOM: current date: 2100-08-12 07:30:00 begin of timestep (day): 11 (run): 7147 384: Radiation calculated for : 12. Aug 2100 05:56:15 384: Greenhouse gas concentrations 12. Aug 2100 05:56:15 CO2 = 1136.7337 CH4 = 2413.99 N2O = 391.850 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-12 08:15:00 begin of timestep (day): 12 (run): 7148 0: MPIOM: current date: 2100-08-12 09:00:00 begin of timestep (day): 13 (run): 7149 0: MPIOM: current date: 2100-08-12 09:45:00 begin of timestep (day): 14 (run): 7150 0: MPIOM: current date: 2100-08-12 10:30:00 begin of timestep (day): 15 (run): 7151 384: Radiation calculated for : 12. Aug 2100 07:56:15 384: Greenhouse gas concentrations 12. Aug 2100 07:56:15 CO2 = 1136.7368 CH4 = 2413.99 N2O = 391.850 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-12 11:15:00 begin of timestep (day): 16 (run): 7152 0: MPIOM: current date: 2100-08-12 12:00:00 begin of timestep (day): 17 (run): 7153 0: MPIOM: current date: 2100-08-12 12:45:00 begin of timestep (day): 18 (run): 7154 0: MPIOM: current date: 2100-08-12 13:30:00 begin of timestep (day): 19 (run): 7155 384: Radiation calculated for : 12. Aug 2100 09:56:15 384: Greenhouse gas concentrations 12. Aug 2100 09:56:15 CO2 = 1136.7399 CH4 = 2413.99 N2O = 391.850 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-12 14:15:00 begin of timestep (day): 20 (run): 7156 0: MPIOM: current date: 2100-08-12 15:00:00 begin of timestep (day): 21 (run): 7157 0: MPIOM: current date: 2100-08-12 15:45:00 begin of timestep (day): 22 (run): 7158 0: MPIOM: current date: 2100-08-12 16:30:00 begin of timestep (day): 23 (run): 7159 384: Radiation calculated for : 12. Aug 2100 11:56:15 384: Greenhouse gas concentrations 12. Aug 2100 11:56:15 CO2 = 1136.7430 CH4 = 2413.98 N2O = 391.850 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-12 17:15:00 begin of timestep (day): 24 (run): 7160 0: MPIOM: current date: 2100-08-12 18:00:00 begin of timestep (day): 25 (run): 7161 0: MPIOM: current date: 2100-08-12 18:45:00 begin of timestep (day): 26 (run): 7162 0: MPIOM: current date: 2100-08-12 19:30:00 begin of timestep (day): 27 (run): 7163 384: Radiation calculated for : 12. Aug 2100 13:56:15 384: Greenhouse gas concentrations 12. Aug 2100 13:56:15 CO2 = 1136.7461 CH4 = 2413.98 N2O = 391.850 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-12 20:15:00 begin of timestep (day): 28 (run): 7164 0: MPIOM: current date: 2100-08-12 21:00:00 begin of timestep (day): 29 (run): 7165 0: MPIOM: current date: 2100-08-12 21:45:00 begin of timestep (day): 30 (run): 7166 0: MPIOM: current date: 2100-08-12 22:30:00 begin of timestep (day): 31 (run): 7167 384: Radiation calculated for : 12. Aug 2100 15:56:15 384: Greenhouse gas concentrations 12. Aug 2100 15:56:15 CO2 = 1136.7493 CH4 = 2413.98 N2O = 391.850 CFC = 51.26 208.42 0: MPIOM: current date: 2100-08-12 23:15:00 begin of timestep (day): 32 (run): 7168 0: MPIOM: current date: 2100-08-13 00:00:00 begin of timestep (day): 1 (run): 7169 384: Radiation calculated for : 12. Aug 2100 17:56:15 384: Greenhouse gas concentrations 12. Aug 2100 17:56:15 CO2 = 1136.7524 CH4 = 2413.97 N2O = 391.850 CFC = 51.26 208.42 384: Radiation calculated for : 12. Aug 2100 19:56:15 384: Greenhouse gas concentrations 12. Aug 2100 19:56:15 CO2 = 1136.7555 CH4 = 2413.97 N2O = 391.851 CFC = 51.26 208.41 384: Radiation calculated for : 12. Aug 2100 21:56:15 384: Greenhouse gas concentrations 12. Aug 2100 21:56:15 CO2 = 1136.7586 CH4 = 2413.97 N2O = 391.851 CFC = 51.26 208.41 384: Radiation calculated for : 12. Aug 2100 23:56:15 384: Greenhouse gas concentrations 12. Aug 2100 23:56:15 CO2 = 1136.7617 CH4 = 2413.97 N2O = 391.851 CFC = 51.26 208.41 384: hydrology_model: Water budget change: -8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 1091900.40544426 m3/s 384: hydrology_model: precip-evap (on ocean): -563111.206411902 m3/s 384: water_budget_corr: P-E correction: -102169.957021949 m3/s 384: water_budget_corr: slm/slf residuum: 57559.0092022195 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1424.80278322652 m3/s 384: water_budget_corr: awfre corrected: -663856.360650621 m3/s 384: water_budget_corr: river discharge: 1091900.40544426 m3/s 384: water_budget_corr: water to ocean: 428044.044793637 m3/s 384: Write GRIB1 output for : 12. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.63880380971 , n2 = 801999.999712333 , o2 = 0: 196799.999339347 384: CO2 flux correction (global): 1.465593235040574E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-13 00:45:00 begin of timestep (day): 2 (run): 7170 0: MPIOM: current date: 2100-08-13 01:30:00 begin of timestep (day): 3 (run): 7171 384: Radiation calculated for : 13. Aug 2100 01:56:15 384: Greenhouse gas concentrations 13. Aug 2100 01:56:15 CO2 = 1136.7648 CH4 = 2413.96 N2O = 391.851 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-13 02:15:00 begin of timestep (day): 4 (run): 7172 0: MPIOM: current date: 2100-08-13 03:00:00 begin of timestep (day): 5 (run): 7173 0: MPIOM: current date: 2100-08-13 03:45:00 begin of timestep (day): 6 (run): 7174 0: MPIOM: current date: 2100-08-13 04:30:00 begin of timestep (day): 7 (run): 7175 384: Radiation calculated for : 13. Aug 2100 03:56:15 384: Greenhouse gas concentrations 13. Aug 2100 03:56:15 CO2 = 1136.7680 CH4 = 2413.96 N2O = 391.851 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-13 05:15:00 begin of timestep (day): 8 (run): 7176 0: MPIOM: current date: 2100-08-13 06:00:00 begin of timestep (day): 9 (run): 7177 0: MPIOM: current date: 2100-08-13 06:45:00 begin of timestep (day): 10 (run): 7178 0: MPIOM: current date: 2100-08-13 07:30:00 begin of timestep (day): 11 (run): 7179 384: Radiation calculated for : 13. Aug 2100 05:56:15 384: Greenhouse gas concentrations 13. Aug 2100 05:56:15 CO2 = 1136.7711 CH4 = 2413.96 N2O = 391.851 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-13 08:15:00 begin of timestep (day): 12 (run): 7180 0: MPIOM: current date: 2100-08-13 09:00:00 begin of timestep (day): 13 (run): 7181 0: MPIOM: current date: 2100-08-13 09:45:00 begin of timestep (day): 14 (run): 7182 0: MPIOM: current date: 2100-08-13 10:30:00 begin of timestep (day): 15 (run): 7183 384: Radiation calculated for : 13. Aug 2100 07:56:15 384: Greenhouse gas concentrations 13. Aug 2100 07:56:15 CO2 = 1136.7742 CH4 = 2413.96 N2O = 391.851 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-13 11:15:00 begin of timestep (day): 16 (run): 7184 0: MPIOM: current date: 2100-08-13 12:00:00 begin of timestep (day): 17 (run): 7185 0: MPIOM: current date: 2100-08-13 12:45:00 begin of timestep (day): 18 (run): 7186 0: MPIOM: current date: 2100-08-13 13:30:00 begin of timestep (day): 19 (run): 7187 384: Radiation calculated for : 13. Aug 2100 09:56:15 384: Greenhouse gas concentrations 13. Aug 2100 09:56:15 CO2 = 1136.7773 CH4 = 2413.95 N2O = 391.851 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-13 14:15:00 begin of timestep (day): 20 (run): 7188 0: MPIOM: current date: 2100-08-13 15:00:00 begin of timestep (day): 21 (run): 7189 0: MPIOM: current date: 2100-08-13 15:45:00 begin of timestep (day): 22 (run): 7190 0: MPIOM: current date: 2100-08-13 16:30:00 begin of timestep (day): 23 (run): 7191 384: Radiation calculated for : 13. Aug 2100 11:56:15 384: Greenhouse gas concentrations 13. Aug 2100 11:56:15 CO2 = 1136.7804 CH4 = 2413.95 N2O = 391.851 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-13 17:15:00 begin of timestep (day): 24 (run): 7192 0: MPIOM: current date: 2100-08-13 18:00:00 begin of timestep (day): 25 (run): 7193 0: MPIOM: current date: 2100-08-13 18:45:00 begin of timestep (day): 26 (run): 7194 0: MPIOM: current date: 2100-08-13 19:30:00 begin of timestep (day): 27 (run): 7195 384: Radiation calculated for : 13. Aug 2100 13:56:15 384: Greenhouse gas concentrations 13. Aug 2100 13:56:15 CO2 = 1136.7835 CH4 = 2413.95 N2O = 391.851 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-13 20:15:00 begin of timestep (day): 28 (run): 7196 0: MPIOM: current date: 2100-08-13 21:00:00 begin of timestep (day): 29 (run): 7197 0: MPIOM: current date: 2100-08-13 21:45:00 begin of timestep (day): 30 (run): 7198 384: Radiation calculated for : 13. Aug 2100 15:56:15 0: MPIOM: current date: 2100-08-13 22:30:00 begin of timestep (day): 31 (run): 7199 384: Greenhouse gas concentrations 13. Aug 2100 15:56:15 CO2 = 1136.7867 CH4 = 2413.94 N2O = 391.852 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-13 23:15:00 begin of timestep (day): 32 (run): 7200 0: MPIOM: current date: 2100-08-14 00:00:00 begin of timestep (day): 1 (run): 7201 384: Radiation calculated for : 13. Aug 2100 17:56:15 384: Greenhouse gas concentrations 13. Aug 2100 17:56:15 CO2 = 1136.7898 CH4 = 2413.94 N2O = 391.852 CFC = 51.26 208.41 384: Radiation calculated for : 13. Aug 2100 19:56:15 384: Greenhouse gas concentrations 13. Aug 2100 19:56:15 CO2 = 1136.7929 CH4 = 2413.94 N2O = 391.852 CFC = 51.26 208.41 384: Radiation calculated for : 13. Aug 2100 21:56:15 384: Greenhouse gas concentrations 13. Aug 2100 21:56:15 CO2 = 1136.7960 CH4 = 2413.94 N2O = 391.852 CFC = 51.26 208.41 384: Radiation calculated for : 13. Aug 2100 23:56:15 384: Greenhouse gas concentrations 13. Aug 2100 23:56:15 CO2 = 1136.7991 CH4 = 2413.93 N2O = 391.852 CFC = 51.26 208.41 384: hydrology_model: Water budget change: 7.152557373046875E-007 m3/s 384: hydrology_model: global discharge: 1098546.72761846 m3/s 384: hydrology_model: precip-evap (on ocean): -497457.041030777 m3/s 384: water_budget_corr: P-E correction: -104621.251273665 m3/s 384: water_budget_corr: slm/slf residuum: 58655.5756308991 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1774.09397067511 m3/s 384: water_budget_corr: awfre corrected: -600304.198333792 m3/s 384: water_budget_corr: river discharge: 1098546.72761846 m3/s 384: water_budget_corr: water to ocean: 498242.529284672 m3/s 384: Write GRIB1 output for : 13. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.524986767154677E-010 kg m-2 s-1 0: co2 = 1053.71040491860 , n2 = 801999.999738216 , o2 = 0: 196799.999332346 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-14 00:45:00 begin of timestep (day): 2 (run): 7202 0: MPIOM: current date: 2100-08-14 01:30:00 begin of timestep (day): 3 (run): 7203 384: Radiation calculated for : 14. Aug 2100 01:56:15 384: Greenhouse gas concentrations 14. Aug 2100 01:56:15 CO2 = 1136.8022 CH4 = 2413.93 N2O = 391.852 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-14 02:15:00 begin of timestep (day): 4 (run): 7204 0: MPIOM: current date: 2100-08-14 03:00:00 begin of timestep (day): 5 (run): 7205 0: MPIOM: current date: 2100-08-14 03:45:00 begin of timestep (day): 6 (run): 7206 0: MPIOM: current date: 2100-08-14 04:30:00 begin of timestep (day): 7 (run): 7207 384: Radiation calculated for : 14. Aug 2100 03:56:15 384: Greenhouse gas concentrations 14. Aug 2100 03:56:15 CO2 = 1136.8054 CH4 = 2413.93 N2O = 391.852 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-14 05:15:00 begin of timestep (day): 8 (run): 7208 0: MPIOM: current date: 2100-08-14 06:00:00 begin of timestep (day): 9 (run): 7209 0: MPIOM: current date: 2100-08-14 06:45:00 begin of timestep (day): 10 (run): 7210 0: MPIOM: current date: 2100-08-14 07:30:00 begin of timestep (day): 11 (run): 7211 384: Radiation calculated for : 14. Aug 2100 05:56:15 384: Greenhouse gas concentrations 14. Aug 2100 05:56:15 CO2 = 1136.8085 CH4 = 2413.93 N2O = 391.852 CFC = 51.26 208.41 0: MPIOM: current date: 2100-08-14 08:15:00 begin of timestep (day): 12 (run): 7212 0: MPIOM: current date: 2100-08-14 09:00:00 begin of timestep (day): 13 (run): 7213 0: MPIOM: current date: 2100-08-14 09:45:00 begin of timestep (day): 14 (run): 7214 0: MPIOM: current date: 2100-08-14 10:30:00 begin of timestep (day): 15 (run): 7215 384: Radiation calculated for : 14. Aug 2100 07:56:15 384: Greenhouse gas concentrations 14. Aug 2100 07:56:15 CO2 = 1136.8116 CH4 = 2413.92 N2O = 391.852 CFC = 51.26 208.40 0: MPIOM: current date: 2100-08-14 11:15:00 begin of timestep (day): 16 (run): 7216 0: MPIOM: current date: 2100-08-14 12:00:00 begin of timestep (day): 17 (run): 7217 0: MPIOM: current date: 2100-08-14 12:45:00 begin of timestep (day): 18 (run): 7218 0: MPIOM: current date: 2100-08-14 13:30:00 begin of timestep (day): 19 (run): 7219 384: Radiation calculated for : 14. Aug 2100 09:56:15 384: Greenhouse gas concentrations 14. Aug 2100 09:56:15 CO2 = 1136.8147 CH4 = 2413.92 N2O = 391.852 CFC = 51.26 208.40 0: MPIOM: current date: 2100-08-14 14:15:00 begin of timestep (day): 20 (run): 7220 0: MPIOM: current date: 2100-08-14 15:00:00 begin of timestep (day): 21 (run): 7221 0: MPIOM: current date: 2100-08-14 15:45:00 begin of timestep (day): 22 (run): 7222 0: MPIOM: current date: 2100-08-14 16:30:00 begin of timestep (day): 23 (run): 7223 384: Radiation calculated for : 14. Aug 2100 11:56:15 384: Greenhouse gas concentrations 14. Aug 2100 11:56:15 CO2 = 1136.8178 CH4 = 2413.92 N2O = 391.853 CFC = 51.26 208.40 0: MPIOM: current date: 2100-08-14 17:15:00 begin of timestep (day): 24 (run): 7224 0: MPIOM: current date: 2100-08-14 18:00:00 begin of timestep (day): 25 (run): 7225 0: MPIOM: current date: 2100-08-14 18:45:00 begin of timestep (day): 26 (run): 7226 0: MPIOM: current date: 2100-08-14 19:30:00 begin of timestep (day): 27 (run): 7227 384: Radiation calculated for : 14. Aug 2100 13:56:15 384: Greenhouse gas concentrations 14. Aug 2100 13:56:15 CO2 = 1136.8209 CH4 = 2413.91 N2O = 391.853 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-14 20:15:00 begin of timestep (day): 28 (run): 7228 0: MPIOM: current date: 2100-08-14 21:00:00 begin of timestep (day): 29 (run): 7229 0: MPIOM: current date: 2100-08-14 21:45:00 begin of timestep (day): 30 (run): 7230 0: MPIOM: current date: 2100-08-14 22:30:00 begin of timestep (day): 31 (run): 7231 384: Radiation calculated for : 14. Aug 2100 15:56:15 384: Greenhouse gas concentrations 14. Aug 2100 15:56:15 CO2 = 1136.8241 CH4 = 2413.91 N2O = 391.853 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-14 23:15:00 begin of timestep (day): 32 (run): 7232 0: MPIOM: current date: 2100-08-15 00:00:00 begin of timestep (day): 1 (run): 7233 384: Radiation calculated for : 14. Aug 2100 17:56:15 384: Greenhouse gas concentrations 14. Aug 2100 17:56:15 CO2 = 1136.8272 CH4 = 2413.91 N2O = 391.853 CFC = 51.25 208.40 384: Radiation calculated for : 14. Aug 2100 19:56:15 384: Greenhouse gas concentrations 14. Aug 2100 19:56:15 CO2 = 1136.8303 CH4 = 2413.91 N2O = 391.853 CFC = 51.25 208.40 384: Radiation calculated for : 14. Aug 2100 21:56:15 384: Greenhouse gas concentrations 14. Aug 2100 21:56:15 CO2 = 1136.8334 CH4 = 2413.90 N2O = 391.853 CFC = 51.25 208.40 384: Radiation calculated for : 14. Aug 2100 23:56:15 384: Greenhouse gas concentrations 14. Aug 2100 23:56:15 CO2 = 1136.8365 CH4 = 2413.90 N2O = 391.853 CFC = 51.25 208.40 384: hydrology_model: Water budget change: -6.854534149169922E-007 m3/s 384: hydrology_model: global discharge: 1113208.50944213 m3/s 384: hydrology_model: precip-evap (on ocean): -109027.887845513 m3/s 384: water_budget_corr: P-E correction: -43113.4214753276 m3/s 384: water_budget_corr: slm/slf residuum: 53456.4333648042 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3288.52311156020 m3/s 384: water_budget_corr: awfre corrected: -148852.786209283 m3/s 384: water_budget_corr: river discharge: 1113208.50944213 m3/s 384: water_budget_corr: water to ocean: 964355.723232832 m3/s 384: Write GRIB1 output for : 14. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.443619820190352E-010 kg m-2 s-1 0: co2 = 1053.79794747072 , n2 = 801999.999827876 , o2 = 0: 196799.999477314 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-15 00:45:00 begin of timestep (day): 2 (run): 7234 0: MPIOM: current date: 2100-08-15 01:30:00 begin of timestep (day): 3 (run): 7235 384: Radiation calculated for : 15. Aug 2100 01:56:15 384: Greenhouse gas concentrations 15. Aug 2100 01:56:15 CO2 = 1136.8396 CH4 = 2413.90 N2O = 391.853 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-15 02:15:00 begin of timestep (day): 4 (run): 7236 0: MPIOM: current date: 2100-08-15 03:00:00 begin of timestep (day): 5 (run): 7237 0: MPIOM: current date: 2100-08-15 03:45:00 begin of timestep (day): 6 (run): 7238 0: MPIOM: current date: 2100-08-15 04:30:00 begin of timestep (day): 7 (run): 7239 384: Radiation calculated for : 15. Aug 2100 03:56:15 384: Greenhouse gas concentrations 15. Aug 2100 03:56:15 CO2 = 1136.8428 CH4 = 2413.90 N2O = 391.853 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-15 05:15:00 begin of timestep (day): 8 (run): 7240 0: MPIOM: current date: 2100-08-15 06:00:00 begin of timestep (day): 9 (run): 7241 0: MPIOM: current date: 2100-08-15 06:45:00 begin of timestep (day): 10 (run): 7242 0: MPIOM: current date: 2100-08-15 07:30:00 begin of timestep (day): 11 (run): 7243 384: Radiation calculated for : 15. Aug 2100 05:56:15 384: Greenhouse gas concentrations 15. Aug 2100 05:56:15 CO2 = 1136.8459 CH4 = 2413.89 N2O = 391.854 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-15 08:15:00 begin of timestep (day): 12 (run): 7244 0: MPIOM: current date: 2100-08-15 09:00:00 begin of timestep (day): 13 (run): 7245 0: MPIOM: current date: 2100-08-15 09:45:00 begin of timestep (day): 14 (run): 7246 0: MPIOM: current date: 2100-08-15 10:30:00 begin of timestep (day): 15 (run): 7247 384: Radiation calculated for : 15. Aug 2100 07:56:15 384: Greenhouse gas concentrations 15. Aug 2100 07:56:15 CO2 = 1136.8490 CH4 = 2413.89 N2O = 391.854 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-15 11:15:00 begin of timestep (day): 16 (run): 7248 0: MPIOM: current date: 2100-08-15 12:00:00 begin of timestep (day): 17 (run): 7249 0: MPIOM: current date: 2100-08-15 12:45:00 begin of timestep (day): 18 (run): 7250 0: MPIOM: current date: 2100-08-15 13:30:00 begin of timestep (day): 19 (run): 7251 384: Radiation calculated for : 15. Aug 2100 09:56:15 384: Greenhouse gas concentrations 15. Aug 2100 09:56:15 CO2 = 1136.8521 CH4 = 2413.89 N2O = 391.854 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-15 14:15:00 begin of timestep (day): 20 (run): 7252 0: MPIOM: current date: 2100-08-15 15:00:00 begin of timestep (day): 21 (run): 7253 0: MPIOM: current date: 2100-08-15 15:45:00 begin of timestep (day): 22 (run): 7254 0: MPIOM: current date: 2100-08-15 16:30:00 begin of timestep (day): 23 (run): 7255 384: Radiation calculated for : 15. Aug 2100 11:56:15 384: Greenhouse gas concentrations 15. Aug 2100 11:56:15 CO2 = 1136.8552 CH4 = 2413.88 N2O = 391.854 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-15 17:15:00 begin of timestep (day): 24 (run): 7256 0: MPIOM: current date: 2100-08-15 18:00:00 begin of timestep (day): 25 (run): 7257 0: MPIOM: current date: 2100-08-15 18:45:00 begin of timestep (day): 26 (run): 7258 384: Radiation calculated for : 15. Aug 2100 13:56:15 0: MPIOM: current date: 2100-08-15 19:30:00 begin of timestep (day): 27 (run): 7259 384: Greenhouse gas concentrations 15. Aug 2100 13:56:15 CO2 = 1136.8583 CH4 = 2413.88 N2O = 391.854 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-15 20:15:00 begin of timestep (day): 28 (run): 7260 0: MPIOM: current date: 2100-08-15 21:00:00 begin of timestep (day): 29 (run): 7261 0: MPIOM: current date: 2100-08-15 21:45:00 begin of timestep (day): 30 (run): 7262 384: Radiation calculated for : 15. Aug 2100 15:56:15 0: MPIOM: current date: 2100-08-15 22:30:00 begin of timestep (day): 31 (run): 7263 384: Greenhouse gas concentrations 15. Aug 2100 15:56:15 CO2 = 1136.8615 CH4 = 2413.88 N2O = 391.854 CFC = 51.25 208.40 0: MPIOM: current date: 2100-08-15 23:15:00 begin of timestep (day): 32 (run): 7264 0: MPIOM: current date: 2100-08-16 00:00:00 begin of timestep (day): 1 (run): 7265 384: Radiation calculated for : 15. Aug 2100 17:56:15 384: Greenhouse gas concentrations 15. Aug 2100 17:56:15 CO2 = 1136.8646 CH4 = 2413.88 N2O = 391.854 CFC = 51.25 208.40 384: Radiation calculated for : 15. Aug 2100 19:56:15 384: Greenhouse gas concentrations 15. Aug 2100 19:56:15 CO2 = 1136.8677 CH4 = 2413.87 N2O = 391.854 CFC = 51.25 208.39 384: Radiation calculated for : 15. Aug 2100 21:56:15 384: Greenhouse gas concentrations 15. Aug 2100 21:56:15 CO2 = 1136.8708 CH4 = 2413.87 N2O = 391.854 CFC = 51.25 208.39 384: Radiation calculated for : 15. Aug 2100 23:56:15 384: Greenhouse gas concentrations 15. Aug 2100 23:56:15 CO2 = 1136.8739 CH4 = 2413.87 N2O = 391.854 CFC = 51.25 208.39 384: hydrology_model: Water budget change: -1.490116119384766E-007 m3/s 384: hydrology_model: global discharge: 1120604.82886903 m3/s 384: hydrology_model: precip-evap (on ocean): -165868.347390818 m3/s 384: water_budget_corr: P-E correction: -60019.1547583672 m3/s 384: water_budget_corr: slm/slf residuum: 76190.8989586986 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1899.83676250696 m3/s 384: water_budget_corr: awfre corrected: -223987.665386683 m3/s 384: water_budget_corr: river discharge: 1120604.82886903 m3/s 384: water_budget_corr: water to ocean: 896617.163482348 m3/s 384: Write GRIB1 output for : 15. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.84574826917 , n2 = 801999.999812850 , o2 = 0: 196799.999497530 384: CO2 flux correction (global): 1.810660114386164E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-16 00:45:00 begin of timestep (day): 2 (run): 7266 0: MPIOM: current date: 2100-08-16 01:30:00 begin of timestep (day): 3 (run): 7267 384: Radiation calculated for : 16. Aug 2100 01:56:15 384: Greenhouse gas concentrations 16. Aug 2100 01:56:15 CO2 = 1136.8770 CH4 = 2413.86 N2O = 391.855 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-16 02:15:00 begin of timestep (day): 4 (run): 7268 0: MPIOM: current date: 2100-08-16 03:00:00 begin of timestep (day): 5 (run): 7269 0: MPIOM: current date: 2100-08-16 03:45:00 begin of timestep (day): 6 (run): 7270 0: MPIOM: current date: 2100-08-16 04:30:00 begin of timestep (day): 7 (run): 7271 384: Radiation calculated for : 16. Aug 2100 03:56:15 384: Greenhouse gas concentrations 16. Aug 2100 03:56:15 CO2 = 1136.8802 CH4 = 2413.86 N2O = 391.855 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-16 05:15:00 begin of timestep (day): 8 (run): 7272 0: MPIOM: current date: 2100-08-16 06:00:00 begin of timestep (day): 9 (run): 7273 0: MPIOM: current date: 2100-08-16 06:45:00 begin of timestep (day): 10 (run): 7274 0: MPIOM: current date: 2100-08-16 07:30:00 begin of timestep (day): 11 (run): 7275 384: Radiation calculated for : 16. Aug 2100 05:56:15 384: Greenhouse gas concentrations 16. Aug 2100 05:56:15 CO2 = 1136.8833 CH4 = 2413.86 N2O = 391.855 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-16 08:15:00 begin of timestep (day): 12 (run): 7276 0: MPIOM: current date: 2100-08-16 09:00:00 begin of timestep (day): 13 (run): 7277 0: MPIOM: current date: 2100-08-16 09:45:00 begin of timestep (day): 14 (run): 7278 0: MPIOM: current date: 2100-08-16 10:30:00 begin of timestep (day): 15 (run): 7279 384: Radiation calculated for : 16. Aug 2100 07:56:15 384: Greenhouse gas concentrations 16. Aug 2100 07:56:15 CO2 = 1136.8864 CH4 = 2413.86 N2O = 391.855 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-16 11:15:00 begin of timestep (day): 16 (run): 7280 0: MPIOM: current date: 2100-08-16 12:00:00 begin of timestep (day): 17 (run): 7281 0: MPIOM: current date: 2100-08-16 12:45:00 begin of timestep (day): 18 (run): 7282 0: MPIOM: current date: 2100-08-16 13:30:00 begin of timestep (day): 19 (run): 7283 384: Radiation calculated for : 16. Aug 2100 09:56:15 384: Greenhouse gas concentrations 16. Aug 2100 09:56:15 CO2 = 1136.8895 CH4 = 2413.85 N2O = 391.855 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-16 14:15:00 begin of timestep (day): 20 (run): 7284 0: MPIOM: current date: 2100-08-16 15:00:00 begin of timestep (day): 21 (run): 7285 0: MPIOM: current date: 2100-08-16 15:45:00 begin of timestep (day): 22 (run): 7286 0: MPIOM: current date: 2100-08-16 16:30:00 begin of timestep (day): 23 (run): 7287 384: Radiation calculated for : 16. Aug 2100 11:56:15 384: Greenhouse gas concentrations 16. Aug 2100 11:56:15 CO2 = 1136.8926 CH4 = 2413.85 N2O = 391.855 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-16 17:15:00 begin of timestep (day): 24 (run): 7288 0: MPIOM: current date: 2100-08-16 18:00:00 begin of timestep (day): 25 (run): 7289 0: MPIOM: current date: 2100-08-16 18:45:00 begin of timestep (day): 26 (run): 7290 384: Radiation calculated for : 16. Aug 2100 13:56:15 0: MPIOM: current date: 2100-08-16 19:30:00 begin of timestep (day): 27 (run): 7291 384: Greenhouse gas concentrations 16. Aug 2100 13:56:15 CO2 = 1136.8957 CH4 = 2413.85 N2O = 391.855 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-16 20:15:00 begin of timestep (day): 28 (run): 7292 0: MPIOM: current date: 2100-08-16 21:00:00 begin of timestep (day): 29 (run): 7293 0: MPIOM: current date: 2100-08-16 21:45:00 begin of timestep (day): 30 (run): 7294 384: Radiation calculated for : 16. Aug 2100 15:56:15 0: MPIOM: current date: 2100-08-16 22:30:00 begin of timestep (day): 31 (run): 7295 384: Greenhouse gas concentrations 16. Aug 2100 15:56:15 CO2 = 1136.8989 CH4 = 2413.85 N2O = 391.855 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-16 23:15:00 begin of timestep (day): 32 (run): 7296 0: MPIOM: current date: 2100-08-17 00:00:00 begin of timestep (day): 1 (run): 7297 384: Radiation calculated for : 16. Aug 2100 17:56:15 384: Greenhouse gas concentrations 16. Aug 2100 17:56:15 CO2 = 1136.9020 CH4 = 2413.84 N2O = 391.855 CFC = 51.25 208.39 384: Radiation calculated for : 16. Aug 2100 19:56:15 384: Greenhouse gas concentrations 16. Aug 2100 19:56:15 CO2 = 1136.9051 CH4 = 2413.84 N2O = 391.855 CFC = 51.25 208.39 384: Radiation calculated for : 16. Aug 2100 21:56:15 384: Greenhouse gas concentrations 16. Aug 2100 21:56:15 CO2 = 1136.9082 CH4 = 2413.84 N2O = 391.856 CFC = 51.25 208.39 384: Radiation calculated for : 16. Aug 2100 23:56:15 384: Greenhouse gas concentrations 16. Aug 2100 23:56:15 CO2 = 1136.9113 CH4 = 2413.83 N2O = 391.856 CFC = 51.25 208.39 384: hydrology_model: Water budget change: -5.960464477539062E-007 m3/s 384: hydrology_model: global discharge: 1120933.49408592 m3/s 384: hydrology_model: precip-evap (on ocean): -82821.6301904315 m3/s 384: water_budget_corr: P-E correction: -49960.5570726160 m3/s 384: water_budget_corr: slm/slf residuum: 88563.0198741561 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2544.38560228084 m3/s 384: water_budget_corr: awfre corrected: -130237.801660752 m3/s 384: water_budget_corr: river discharge: 1120933.49408592 m3/s 384: water_budget_corr: water to ocean: 990695.692425171 m3/s 384: Write GRIB1 output for : 16. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.524076171123440E-010 kg m-2 s-1 0: co2 = 1053.92173707819 , n2 = 801999.999755395 , o2 = 0: 196799.999407340 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-17 00:45:00 begin of timestep (day): 2 (run): 7298 384: 2100-08-17 00h: Read: Valid: 2100-09-16 00h: lightning_frq (lightning.nc, 9), avg = 0.0000 0: MPIOM: current date: 2100-08-17 01:30:00 begin of timestep (day): 3 (run): 7299 384: Radiation calculated for : 17. Aug 2100 01:56:15 0: MPIOM: current date: 2100-08-17 02:15:00 begin of timestep (day): 4 (run): 7300 384: Greenhouse gas concentrations 17. Aug 2100 01:56:15 CO2 = 1136.9144 CH4 = 2413.83 N2O = 391.856 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-17 03:00:00 begin of timestep (day): 5 (run): 7301 0: MPIOM: current date: 2100-08-17 03:45:00 begin of timestep (day): 6 (run): 7302 0: MPIOM: current date: 2100-08-17 04:30:00 begin of timestep (day): 7 (run): 7303 0: MPIOM: current date: 2100-08-17 05:15:00 begin of timestep (day): 8 (run): 7304 384: Radiation calculated for : 17. Aug 2100 03:56:15 384: Greenhouse gas concentrations 17. Aug 2100 03:56:15 CO2 = 1136.9176 CH4 = 2413.83 N2O = 391.856 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-17 06:00:00 begin of timestep (day): 9 (run): 7305 0: MPIOM: current date: 2100-08-17 06:45:00 begin of timestep (day): 10 (run): 7306 0: MPIOM: current date: 2100-08-17 07:30:00 begin of timestep (day): 11 (run): 7307 0: MPIOM: current date: 2100-08-17 08:15:00 begin of timestep (day): 12 (run): 7308 384: Radiation calculated for : 17. Aug 2100 05:56:15 384: Greenhouse gas concentrations 17. Aug 2100 05:56:15 CO2 = 1136.9207 CH4 = 2413.83 N2O = 391.856 CFC = 51.25 208.39 0: MPIOM: current date: 2100-08-17 09:00:00 begin of timestep (day): 13 (run): 7309 0: MPIOM: current date: 2100-08-17 09:45:00 begin of timestep (day): 14 (run): 7310 0: MPIOM: current date: 2100-08-17 10:30:00 begin of timestep (day): 15 (run): 7311 0: MPIOM: current date: 2100-08-17 11:15:00 begin of timestep (day): 16 (run): 7312 384: Radiation calculated for : 17. Aug 2100 07:56:15 384: Greenhouse gas concentrations 17. Aug 2100 07:56:15 CO2 = 1136.9238 CH4 = 2413.82 N2O = 391.856 CFC = 51.25 208.38 0: MPIOM: current date: 2100-08-17 12:00:00 begin of timestep (day): 17 (run): 7313 0: MPIOM: current date: 2100-08-17 12:45:00 begin of timestep (day): 18 (run): 7314 0: MPIOM: current date: 2100-08-17 13:30:00 begin of timestep (day): 19 (run): 7315 0: MPIOM: current date: 2100-08-17 14:15:00 begin of timestep (day): 20 (run): 7316 384: Radiation calculated for : 17. Aug 2100 09:56:15 384: Greenhouse gas concentrations 17. Aug 2100 09:56:15 CO2 = 1136.9269 CH4 = 2413.82 N2O = 391.856 CFC = 51.25 208.38 0: MPIOM: current date: 2100-08-17 15:00:00 begin of timestep (day): 21 (run): 7317 0: MPIOM: current date: 2100-08-17 15:45:00 begin of timestep (day): 22 (run): 7318 0: MPIOM: current date: 2100-08-17 16:30:00 begin of timestep (day): 23 (run): 7319 0: MPIOM: current date: 2100-08-17 17:15:00 begin of timestep (day): 24 (run): 7320 384: Radiation calculated for : 17. Aug 2100 11:56:15 384: Greenhouse gas concentrations 17. Aug 2100 11:56:15 CO2 = 1136.9300 CH4 = 2413.82 N2O = 391.856 CFC = 51.25 208.38 0: MPIOM: current date: 2100-08-17 18:00:00 begin of timestep (day): 25 (run): 7321 0: MPIOM: current date: 2100-08-17 18:45:00 begin of timestep (day): 26 (run): 7322 0: MPIOM: current date: 2100-08-17 19:30:00 begin of timestep (day): 27 (run): 7323 384: Radiation calculated for : 17. Aug 2100 13:56:15 0: MPIOM: current date: 2100-08-17 20:15:00 begin of timestep (day): 28 (run): 7324 384: Greenhouse gas concentrations 17. Aug 2100 13:56:15 CO2 = 1136.9331 CH4 = 2413.82 N2O = 391.856 CFC = 51.25 208.38 0: MPIOM: current date: 2100-08-17 21:00:00 begin of timestep (day): 29 (run): 7325 0: MPIOM: current date: 2100-08-17 21:45:00 begin of timestep (day): 30 (run): 7326 0: MPIOM: current date: 2100-08-17 22:30:00 begin of timestep (day): 31 (run): 7327 0: MPIOM: current date: 2100-08-17 23:15:00 begin of timestep (day): 32 (run): 7328 384: Radiation calculated for : 17. Aug 2100 15:56:15 384: Greenhouse gas concentrations 17. Aug 2100 15:56:15 CO2 = 1136.9363 CH4 = 2413.81 N2O = 391.857 CFC = 51.25 208.38 0: MPIOM: current date: 2100-08-18 00:00:00 begin of timestep (day): 1 (run): 7329 384: Radiation calculated for : 17. Aug 2100 17:56:15 384: Greenhouse gas concentrations 17. Aug 2100 17:56:15 CO2 = 1136.9394 CH4 = 2413.81 N2O = 391.857 CFC = 51.25 208.38 384: Radiation calculated for : 17. Aug 2100 19:56:15 384: Greenhouse gas concentrations 17. Aug 2100 19:56:15 CO2 = 1136.9425 CH4 = 2413.81 N2O = 391.857 CFC = 51.25 208.38 384: Radiation calculated for : 17. Aug 2100 21:56:15 384: Greenhouse gas concentrations 17. Aug 2100 21:56:15 CO2 = 1136.9456 CH4 = 2413.80 N2O = 391.857 CFC = 51.25 208.38 384: Radiation calculated for : 17. Aug 2100 23:56:15 384: Greenhouse gas concentrations 17. Aug 2100 23:56:15 CO2 = 1136.9487 CH4 = 2413.80 N2O = 391.857 CFC = 51.24 208.38 384: hydrology_model: Water budget change: 1.758337020874023E-006 m3/s 384: hydrology_model: global discharge: 1110294.60617192 m3/s 384: hydrology_model: precip-evap (on ocean): -515476.765402434 m3/s 384: water_budget_corr: P-E correction: -54295.9451197735 m3/s 384: water_budget_corr: slm/slf residuum: 85605.7714585411 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1175.38620804661 m3/s 384: water_budget_corr: awfre corrected: -568597.324314164 m3/s 384: water_budget_corr: river discharge: 1110294.60617192 m3/s 384: water_budget_corr: water to ocean: 541697.281857765 m3/s 384: Write GRIB1 output for : 17. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.96037434216 , n2 = 801999.999790295 , o2 = 0: 196799.999450269 384: CO2 flux correction (global): 2.007048817057227E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-18 00:45:00 begin of timestep (day): 2 (run): 7330 0: MPIOM: current date: 2100-08-18 01:30:00 begin of timestep (day): 3 (run): 7331 384: Radiation calculated for : 18. Aug 2100 01:56:15 384: Greenhouse gas concentrations 18. Aug 2100 01:56:15 CO2 = 1136.9518 CH4 = 2413.80 N2O = 391.857 CFC = 51.24 208.38 0: MPIOM: current date: 2100-08-18 02:15:00 begin of timestep (day): 4 (run): 7332 0: MPIOM: current date: 2100-08-18 03:00:00 begin of timestep (day): 5 (run): 7333 0: MPIOM: current date: 2100-08-18 03:45:00 begin of timestep (day): 6 (run): 7334 0: MPIOM: current date: 2100-08-18 04:30:00 begin of timestep (day): 7 (run): 7335 384: Radiation calculated for : 18. Aug 2100 03:56:15 384: Greenhouse gas concentrations 18. Aug 2100 03:56:15 CO2 = 1136.9550 CH4 = 2413.80 N2O = 391.857 CFC = 51.24 208.38 0: MPIOM: current date: 2100-08-18 05:15:00 begin of timestep (day): 8 (run): 7336 0: MPIOM: current date: 2100-08-18 06:00:00 begin of timestep (day): 9 (run): 7337 0: MPIOM: current date: 2100-08-18 06:45:00 begin of timestep (day): 10 (run): 7338 0: MPIOM: current date: 2100-08-18 07:30:00 begin of timestep (day): 11 (run): 7339 384: Radiation calculated for : 18. Aug 2100 05:56:15 384: Greenhouse gas concentrations 18. Aug 2100 05:56:15 CO2 = 1136.9581 CH4 = 2413.79 N2O = 391.857 CFC = 51.24 208.38 0: MPIOM: current date: 2100-08-18 08:15:00 begin of timestep (day): 12 (run): 7340 0: MPIOM: current date: 2100-08-18 09:00:00 begin of timestep (day): 13 (run): 7341 0: MPIOM: current date: 2100-08-18 09:45:00 begin of timestep (day): 14 (run): 7342 0: MPIOM: current date: 2100-08-18 10:30:00 begin of timestep (day): 15 (run): 7343 384: Radiation calculated for : 18. Aug 2100 07:56:15 384: Greenhouse gas concentrations 18. Aug 2100 07:56:15 CO2 = 1136.9612 CH4 = 2413.79 N2O = 391.857 CFC = 51.24 208.38 0: MPIOM: current date: 2100-08-18 11:15:00 begin of timestep (day): 16 (run): 7344 0: MPIOM: current date: 2100-08-18 12:00:00 begin of timestep (day): 17 (run): 7345 0: MPIOM: current date: 2100-08-18 12:45:00 begin of timestep (day): 18 (run): 7346 0: MPIOM: current date: 2100-08-18 13:30:00 begin of timestep (day): 19 (run): 7347 384: Radiation calculated for : 18. Aug 2100 09:56:15 384: Greenhouse gas concentrations 18. Aug 2100 09:56:15 CO2 = 1136.9643 CH4 = 2413.79 N2O = 391.857 CFC = 51.24 208.38 0: MPIOM: current date: 2100-08-18 14:15:00 begin of timestep (day): 20 (run): 7348 0: MPIOM: current date: 2100-08-18 15:00:00 begin of timestep (day): 21 (run): 7349 0: MPIOM: current date: 2100-08-18 15:45:00 begin of timestep (day): 22 (run): 7350 0: MPIOM: current date: 2100-08-18 16:30:00 begin of timestep (day): 23 (run): 7351 384: Radiation calculated for : 18. Aug 2100 11:56:15 384: Greenhouse gas concentrations 18. Aug 2100 11:56:15 CO2 = 1136.9674 CH4 = 2413.79 N2O = 391.858 CFC = 51.24 208.38 0: MPIOM: current date: 2100-08-18 17:15:00 begin of timestep (day): 24 (run): 7352 0: MPIOM: current date: 2100-08-18 18:00:00 begin of timestep (day): 25 (run): 7353 0: MPIOM: current date: 2100-08-18 18:45:00 begin of timestep (day): 26 (run): 7354 0: MPIOM: current date: 2100-08-18 19:30:00 begin of timestep (day): 27 (run): 7355 384: Radiation calculated for : 18. Aug 2100 13:56:15 384: Greenhouse gas concentrations 18. Aug 2100 13:56:15 CO2 = 1136.9705 CH4 = 2413.78 N2O = 391.858 CFC = 51.24 208.38 0: MPIOM: current date: 2100-08-18 20:15:00 begin of timestep (day): 28 (run): 7356 0: MPIOM: current date: 2100-08-18 21:00:00 begin of timestep (day): 29 (run): 7357 0: MPIOM: current date: 2100-08-18 21:45:00 begin of timestep (day): 30 (run): 7358 0: MPIOM: current date: 2100-08-18 22:30:00 begin of timestep (day): 31 (run): 7359 384: Radiation calculated for : 18. Aug 2100 15:56:15 384: Greenhouse gas concentrations 18. Aug 2100 15:56:15 CO2 = 1136.9736 CH4 = 2413.78 N2O = 391.858 CFC = 51.24 208.38 0: MPIOM: current date: 2100-08-18 23:15:00 begin of timestep (day): 32 (run): 7360 0: MPIOM: current date: 2100-08-19 00:00:00 begin of timestep (day): 1 (run): 7361 384: Radiation calculated for : 18. Aug 2100 17:56:15 384: Greenhouse gas concentrations 18. Aug 2100 17:56:15 CO2 = 1136.9768 CH4 = 2413.78 N2O = 391.858 CFC = 51.24 208.38 384: Radiation calculated for : 18. Aug 2100 19:56:15 384: Greenhouse gas concentrations 18. Aug 2100 19:56:15 CO2 = 1136.9799 CH4 = 2413.77 N2O = 391.858 CFC = 51.24 208.37 384: Radiation calculated for : 18. Aug 2100 21:56:15 384: Greenhouse gas concentrations 18. Aug 2100 21:56:15 CO2 = 1136.9830 CH4 = 2413.77 N2O = 391.858 CFC = 51.24 208.37 384: Radiation calculated for : 18. Aug 2100 23:56:15 384: Greenhouse gas concentrations 18. Aug 2100 23:56:15 CO2 = 1136.9861 CH4 = 2413.77 N2O = 391.858 CFC = 51.24 208.37 384: hydrology_model: Water budget change: -5.364418029785156E-007 m3/s 384: hydrology_model: global discharge: 1108147.94312412 m3/s 384: hydrology_model: precip-evap (on ocean): -1302344.72459127 m3/s 384: water_budget_corr: P-E correction: -62027.7095610726 m3/s 384: water_budget_corr: slm/slf residuum: 128853.370844413 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2971.47229148670 m3/s 384: water_budget_corr: awfre corrected: -1361400.96186085 m3/s 384: water_budget_corr: river discharge: 1108147.94312412 m3/s 384: water_budget_corr: water to ocean: -253253.018736728 m3/s 384: Write GRIB1 output for : 18. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1053.98649322317 , n2 = 801999.999844049 , o2 = 0: 196799.999525784 384: CO2 flux correction (global): 2.751259801668870E-010 kg m-2 s-1 0: MPIOM: current date: 2100-08-19 00:45:00 begin of timestep (day): 2 (run): 7362 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-19 01:30:00 begin of timestep (day): 3 (run): 7363 384: Radiation calculated for : 19. Aug 2100 01:56:15 384: Greenhouse gas concentrations 19. Aug 2100 01:56:15 CO2 = 1136.9892 CH4 = 2413.77 N2O = 391.858 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-19 02:15:00 begin of timestep (day): 4 (run): 7364 0: MPIOM: current date: 2100-08-19 03:00:00 begin of timestep (day): 5 (run): 7365 0: MPIOM: current date: 2100-08-19 03:45:00 begin of timestep (day): 6 (run): 7366 0: MPIOM: current date: 2100-08-19 04:30:00 begin of timestep (day): 7 (run): 7367 384: Radiation calculated for : 19. Aug 2100 03:56:15 384: Greenhouse gas concentrations 19. Aug 2100 03:56:15 CO2 = 1136.9923 CH4 = 2413.76 N2O = 391.858 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-19 05:15:00 begin of timestep (day): 8 (run): 7368 0: MPIOM: current date: 2100-08-19 06:00:00 begin of timestep (day): 9 (run): 7369 0: MPIOM: current date: 2100-08-19 06:45:00 begin of timestep (day): 10 (run): 7370 0: MPIOM: current date: 2100-08-19 07:30:00 begin of timestep (day): 11 (run): 7371 384: Radiation calculated for : 19. Aug 2100 05:56:15 0: MPIOM: current date: 2100-08-19 08:15:00 begin of timestep (day): 12 (run): 7372 384: Greenhouse gas concentrations 19. Aug 2100 05:56:15 CO2 = 1136.9955 CH4 = 2413.76 N2O = 391.858 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-19 09:00:00 begin of timestep (day): 13 (run): 7373 0: MPIOM: current date: 2100-08-19 09:45:00 begin of timestep (day): 14 (run): 7374 0: MPIOM: current date: 2100-08-19 10:30:00 begin of timestep (day): 15 (run): 7375 384: Radiation calculated for : 19. Aug 2100 07:56:15 384: Greenhouse gas concentrations 19. Aug 2100 07:56:15 CO2 = 1136.9986 CH4 = 2413.76 N2O = 391.859 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-19 11:15:00 begin of timestep (day): 16 (run): 7376 0: MPIOM: current date: 2100-08-19 12:00:00 begin of timestep (day): 17 (run): 7377 0: MPIOM: current date: 2100-08-19 12:45:00 begin of timestep (day): 18 (run): 7378 0: MPIOM: current date: 2100-08-19 13:30:00 begin of timestep (day): 19 (run): 7379 384: Radiation calculated for : 19. Aug 2100 09:56:15 0: MPIOM: current date: 2100-08-19 14:15:00 begin of timestep (day): 20 (run): 7380 384: Greenhouse gas concentrations 19. Aug 2100 09:56:15 CO2 = 1137.0017 CH4 = 2413.76 N2O = 391.859 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-19 15:00:00 begin of timestep (day): 21 (run): 7381 0: MPIOM: current date: 2100-08-19 15:45:00 begin of timestep (day): 22 (run): 7382 0: MPIOM: current date: 2100-08-19 16:30:00 begin of timestep (day): 23 (run): 7383 0: MPIOM: current date: 2100-08-19 17:15:00 begin of timestep (day): 24 (run): 7384 384: Radiation calculated for : 19. Aug 2100 11:56:15 384: Greenhouse gas concentrations 19. Aug 2100 11:56:15 CO2 = 1137.0048 CH4 = 2413.75 N2O = 391.859 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-19 18:00:00 begin of timestep (day): 25 (run): 7385 0: MPIOM: current date: 2100-08-19 18:45:00 begin of timestep (day): 26 (run): 7386 0: MPIOM: current date: 2100-08-19 19:30:00 begin of timestep (day): 27 (run): 7387 0: MPIOM: current date: 2100-08-19 20:15:00 begin of timestep (day): 28 (run): 7388 384: Radiation calculated for : 19. Aug 2100 13:56:15 384: Greenhouse gas concentrations 19. Aug 2100 13:56:15 CO2 = 1137.0079 CH4 = 2413.75 N2O = 391.859 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-19 21:00:00 begin of timestep (day): 29 (run): 7389 0: MPIOM: current date: 2100-08-19 21:45:00 begin of timestep (day): 30 (run): 7390 0: MPIOM: current date: 2100-08-19 22:30:00 begin of timestep (day): 31 (run): 7391 0: MPIOM: current date: 2100-08-19 23:15:00 begin of timestep (day): 32 (run): 7392 384: Radiation calculated for : 19. Aug 2100 15:56:15 384: Greenhouse gas concentrations 19. Aug 2100 15:56:15 CO2 = 1137.0110 CH4 = 2413.75 N2O = 391.859 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-20 00:00:00 begin of timestep (day): 1 (run): 7393 384: Radiation calculated for : 19. Aug 2100 17:56:15 384: Greenhouse gas concentrations 19. Aug 2100 17:56:15 CO2 = 1137.0142 CH4 = 2413.74 N2O = 391.859 CFC = 51.24 208.37 384: Radiation calculated for : 19. Aug 2100 19:56:15 384: Greenhouse gas concentrations 19. Aug 2100 19:56:15 CO2 = 1137.0173 CH4 = 2413.74 N2O = 391.859 CFC = 51.24 208.37 384: Radiation calculated for : 19. Aug 2100 21:56:15 384: Greenhouse gas concentrations 19. Aug 2100 21:56:15 CO2 = 1137.0204 CH4 = 2413.74 N2O = 391.859 CFC = 51.24 208.37 384: Radiation calculated for : 19. Aug 2100 23:56:15 384: Greenhouse gas concentrations 19. Aug 2100 23:56:15 CO2 = 1137.0235 CH4 = 2413.74 N2O = 391.859 CFC = 51.24 208.37 384: hydrology_model: Water budget change: -3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 1084920.40916795 m3/s 384: hydrology_model: precip-evap (on ocean): -2027631.62437736 m3/s 384: water_budget_corr: P-E correction: -63840.7826972931 m3/s 384: water_budget_corr: slm/slf residuum: 89825.2496420746 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2342.97287475252 m3/s 384: water_budget_corr: awfre corrected: -2089129.43419991 m3/s 384: water_budget_corr: river discharge: 1084920.40916795 m3/s 384: water_budget_corr: water to ocean: -1004209.02503197 m3/s 384: Write GRIB1 output for : 19. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.04567576495 , n2 = 801999.999865928 , o2 = 0: 196799.999554334 384: CO2 flux correction (global): 2.825516352970689E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-20 00:45:00 begin of timestep (day): 2 (run): 7394 0: MPIOM: current date: 2100-08-20 01:30:00 begin of timestep (day): 3 (run): 7395 384: Radiation calculated for : 20. Aug 2100 01:56:15 384: Greenhouse gas concentrations 20. Aug 2100 01:56:15 CO2 = 1137.0266 CH4 = 2413.73 N2O = 391.860 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-20 02:15:00 begin of timestep (day): 4 (run): 7396 0: MPIOM: current date: 2100-08-20 03:00:00 begin of timestep (day): 5 (run): 7397 0: MPIOM: current date: 2100-08-20 03:45:00 begin of timestep (day): 6 (run): 7398 0: MPIOM: current date: 2100-08-20 04:30:00 begin of timestep (day): 7 (run): 7399 384: Radiation calculated for : 20. Aug 2100 03:56:15 384: Greenhouse gas concentrations 20. Aug 2100 03:56:15 CO2 = 1137.0297 CH4 = 2413.73 N2O = 391.860 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-20 05:15:00 begin of timestep (day): 8 (run): 7400 0: MPIOM: current date: 2100-08-20 06:00:00 begin of timestep (day): 9 (run): 7401 0: MPIOM: current date: 2100-08-20 06:45:00 begin of timestep (day): 10 (run): 7402 0: MPIOM: current date: 2100-08-20 07:30:00 begin of timestep (day): 11 (run): 7403 384: Radiation calculated for : 20. Aug 2100 05:56:15 384: Greenhouse gas concentrations 20. Aug 2100 05:56:15 CO2 = 1137.0329 CH4 = 2413.73 N2O = 391.860 CFC = 51.24 208.37 0: MPIOM: current date: 2100-08-20 08:15:00 begin of timestep (day): 12 (run): 7404 0: MPIOM: current date: 2100-08-20 09:00:00 begin of timestep (day): 13 (run): 7405 0: MPIOM: current date: 2100-08-20 09:45:00 begin of timestep (day): 14 (run): 7406 0: MPIOM: current date: 2100-08-20 10:30:00 begin of timestep (day): 15 (run): 7407 384: Radiation calculated for : 20. Aug 2100 07:56:15 384: Greenhouse gas concentrations 20. Aug 2100 07:56:15 CO2 = 1137.0360 CH4 = 2413.73 N2O = 391.860 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-20 11:15:00 begin of timestep (day): 16 (run): 7408 0: MPIOM: current date: 2100-08-20 12:00:00 begin of timestep (day): 17 (run): 7409 0: MPIOM: current date: 2100-08-20 12:45:00 begin of timestep (day): 18 (run): 7410 0: MPIOM: current date: 2100-08-20 13:30:00 begin of timestep (day): 19 (run): 7411 384: Radiation calculated for : 20. Aug 2100 09:56:15 384: Greenhouse gas concentrations 20. Aug 2100 09:56:15 CO2 = 1137.0391 CH4 = 2413.72 N2O = 391.860 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-20 14:15:00 begin of timestep (day): 20 (run): 7412 0: MPIOM: current date: 2100-08-20 15:00:00 begin of timestep (day): 21 (run): 7413 0: MPIOM: current date: 2100-08-20 15:45:00 begin of timestep (day): 22 (run): 7414 0: MPIOM: current date: 2100-08-20 16:30:00 begin of timestep (day): 23 (run): 7415 384: Radiation calculated for : 20. Aug 2100 11:56:15 384: Greenhouse gas concentrations 20. Aug 2100 11:56:15 CO2 = 1137.0422 CH4 = 2413.72 N2O = 391.860 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-20 17:15:00 begin of timestep (day): 24 (run): 7416 0: MPIOM: current date: 2100-08-20 18:00:00 begin of timestep (day): 25 (run): 7417 0: MPIOM: current date: 2100-08-20 18:45:00 begin of timestep (day): 26 (run): 7418 0: MPIOM: current date: 2100-08-20 19:30:00 begin of timestep (day): 27 (run): 7419 384: Radiation calculated for : 20. Aug 2100 13:56:15 384: Greenhouse gas concentrations 20. Aug 2100 13:56:15 CO2 = 1137.0453 CH4 = 2413.72 N2O = 391.860 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-20 20:15:00 begin of timestep (day): 28 (run): 7420 0: MPIOM: current date: 2100-08-20 21:00:00 begin of timestep (day): 29 (run): 7421 0: MPIOM: current date: 2100-08-20 21:45:00 begin of timestep (day): 30 (run): 7422 0: MPIOM: current date: 2100-08-20 22:30:00 begin of timestep (day): 31 (run): 7423 384: Radiation calculated for : 20. Aug 2100 15:56:15 384: Greenhouse gas concentrations 20. Aug 2100 15:56:15 CO2 = 1137.0484 CH4 = 2413.71 N2O = 391.860 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-20 23:15:00 begin of timestep (day): 32 (run): 7424 0: MPIOM: current date: 2100-08-21 00:00:00 begin of timestep (day): 1 (run): 7425 384: Radiation calculated for : 20. Aug 2100 17:56:15 384: Greenhouse gas concentrations 20. Aug 2100 17:56:15 CO2 = 1137.0516 CH4 = 2413.71 N2O = 391.860 CFC = 51.24 208.36 384: Radiation calculated for : 20. Aug 2100 19:56:15 384: Greenhouse gas concentrations 20. Aug 2100 19:56:15 CO2 = 1137.0547 CH4 = 2413.71 N2O = 391.860 CFC = 51.24 208.36 384: Radiation calculated for : 20. Aug 2100 21:56:15 384: Greenhouse gas concentrations 20. Aug 2100 21:56:15 CO2 = 1137.0578 CH4 = 2413.71 N2O = 391.861 CFC = 51.24 208.36 384: Radiation calculated for : 20. Aug 2100 23:56:15 384: Greenhouse gas concentrations 20. Aug 2100 23:56:15 CO2 = 1137.0609 CH4 = 2413.70 N2O = 391.861 CFC = 51.24 208.36 384: hydrology_model: Water budget change: -1.490116119384766E-007 m3/s 384: hydrology_model: global discharge: 1094756.61425953 m3/s 384: hydrology_model: precip-evap (on ocean): -1098746.68604368 m3/s 384: water_budget_corr: P-E correction: -25044.3551032170 m3/s 384: water_budget_corr: slm/slf residuum: 71768.4614284501 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4963.94604397470 m3/s 384: water_budget_corr: awfre corrected: -1118827.09510292 m3/s 384: water_budget_corr: river discharge: 1094756.61425953 m3/s 384: water_budget_corr: water to ocean: -24070.4808433912 m3/s 384: Write GRIB1 output for : 20. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.916360277312202E-010 kg m-2 s-1 0: co2 = 1054.11017530326 , n2 = 801999.999853773 , o2 = 0: 196799.999504783 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-21 00:45:00 begin of timestep (day): 2 (run): 7426 0: MPIOM: current date: 2100-08-21 01:30:00 begin of timestep (day): 3 (run): 7427 384: Radiation calculated for : 21. Aug 2100 01:56:15 384: Greenhouse gas concentrations 21. Aug 2100 01:56:15 CO2 = 1137.0640 CH4 = 2413.70 N2O = 391.861 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-21 02:15:00 begin of timestep (day): 4 (run): 7428 0: MPIOM: current date: 2100-08-21 03:00:00 begin of timestep (day): 5 (run): 7429 0: MPIOM: current date: 2100-08-21 03:45:00 begin of timestep (day): 6 (run): 7430 0: MPIOM: current date: 2100-08-21 04:30:00 begin of timestep (day): 7 (run): 7431 384: Radiation calculated for : 21. Aug 2100 03:56:15 384: Greenhouse gas concentrations 21. Aug 2100 03:56:15 CO2 = 1137.0671 CH4 = 2413.70 N2O = 391.861 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-21 05:15:00 begin of timestep (day): 8 (run): 7432 0: MPIOM: current date: 2100-08-21 06:00:00 begin of timestep (day): 9 (run): 7433 0: MPIOM: current date: 2100-08-21 06:45:00 begin of timestep (day): 10 (run): 7434 0: MPIOM: current date: 2100-08-21 07:30:00 begin of timestep (day): 11 (run): 7435 384: Radiation calculated for : 21. Aug 2100 05:56:15 384: Greenhouse gas concentrations 21. Aug 2100 05:56:15 CO2 = 1137.0703 CH4 = 2413.70 N2O = 391.861 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-21 08:15:00 begin of timestep (day): 12 (run): 7436 0: MPIOM: current date: 2100-08-21 09:00:00 begin of timestep (day): 13 (run): 7437 0: MPIOM: current date: 2100-08-21 09:45:00 begin of timestep (day): 14 (run): 7438 0: MPIOM: current date: 2100-08-21 10:30:00 begin of timestep (day): 15 (run): 7439 384: Radiation calculated for : 21. Aug 2100 07:56:15 0: MPIOM: current date: 2100-08-21 11:15:00 begin of timestep (day): 16 (run): 7440 384: Greenhouse gas concentrations 21. Aug 2100 07:56:15 CO2 = 1137.0734 CH4 = 2413.69 N2O = 391.861 CFC = 51.24 208.36 0: MPIOM: current date: 2100-08-21 12:00:00 begin of timestep (day): 17 (run): 7441 0: MPIOM: current date: 2100-08-21 12:45:00 begin of timestep (day): 18 (run): 7442 0: MPIOM: current date: 2100-08-21 13:30:00 begin of timestep (day): 19 (run): 7443 384: Radiation calculated for : 21. Aug 2100 09:56:15 0: MPIOM: current date: 2100-08-21 14:15:00 begin of timestep (day): 20 (run): 7444 384: Greenhouse gas concentrations 21. Aug 2100 09:56:15 CO2 = 1137.0765 CH4 = 2413.69 N2O = 391.861 CFC = 51.23 208.36 0: MPIOM: current date: 2100-08-21 15:00:00 begin of timestep (day): 21 (run): 7445 0: MPIOM: current date: 2100-08-21 15:45:00 begin of timestep (day): 22 (run): 7446 0: MPIOM: current date: 2100-08-21 16:30:00 begin of timestep (day): 23 (run): 7447 384: Radiation calculated for : 21. Aug 2100 11:56:15 384: Greenhouse gas concentrations 21. Aug 2100 11:56:15 CO2 = 1137.0796 CH4 = 2413.69 N2O = 391.861 CFC = 51.23 208.36 0: MPIOM: current date: 2100-08-21 17:15:00 begin of timestep (day): 24 (run): 7448 0: MPIOM: current date: 2100-08-21 18:00:00 begin of timestep (day): 25 (run): 7449 0: MPIOM: current date: 2100-08-21 18:45:00 begin of timestep (day): 26 (run): 7450 0: MPIOM: current date: 2100-08-21 19:30:00 begin of timestep (day): 27 (run): 7451 384: Radiation calculated for : 21. Aug 2100 13:56:15 384: Greenhouse gas concentrations 21. Aug 2100 13:56:15 CO2 = 1137.0827 CH4 = 2413.68 N2O = 391.861 CFC = 51.23 208.36 0: MPIOM: current date: 2100-08-21 20:15:00 begin of timestep (day): 28 (run): 7452 0: MPIOM: current date: 2100-08-21 21:00:00 begin of timestep (day): 29 (run): 7453 0: MPIOM: current date: 2100-08-21 21:45:00 begin of timestep (day): 30 (run): 7454 0: MPIOM: current date: 2100-08-21 22:30:00 begin of timestep (day): 31 (run): 7455 384: Radiation calculated for : 21. Aug 2100 15:56:15 384: Greenhouse gas concentrations 21. Aug 2100 15:56:15 CO2 = 1137.0858 CH4 = 2413.68 N2O = 391.862 CFC = 51.23 208.36 0: MPIOM: current date: 2100-08-21 23:15:00 begin of timestep (day): 32 (run): 7456 0: MPIOM: current date: 2100-08-22 00:00:00 begin of timestep (day): 1 (run): 7457 384: Radiation calculated for : 21. Aug 2100 17:56:15 384: Greenhouse gas concentrations 21. Aug 2100 17:56:15 CO2 = 1137.0890 CH4 = 2413.68 N2O = 391.862 CFC = 51.23 208.36 384: Radiation calculated for : 21. Aug 2100 19:56:15 384: Greenhouse gas concentrations 21. Aug 2100 19:56:15 CO2 = 1137.0921 CH4 = 2413.68 N2O = 391.862 CFC = 51.23 208.35 384: Radiation calculated for : 21. Aug 2100 21:56:15 384: Greenhouse gas concentrations 21. Aug 2100 21:56:15 CO2 = 1137.0952 CH4 = 2413.67 N2O = 391.862 CFC = 51.23 208.35 384: Radiation calculated for : 21. Aug 2100 23:56:15 384: Greenhouse gas concentrations 21. Aug 2100 23:56:15 CO2 = 1137.0983 CH4 = 2413.67 N2O = 391.862 CFC = 51.23 208.35 384: hydrology_model: Water budget change: -5.066394805908203E-007 m3/s 384: hydrology_model: global discharge: 1098537.37320469 m3/s 384: hydrology_model: precip-evap (on ocean): -991822.268922865 m3/s 384: water_budget_corr: P-E correction: -50818.9566991404 m3/s 384: water_budget_corr: slm/slf residuum: 45769.3644519548 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 9049.73352724656 m3/s 384: water_budget_corr: awfre corrected: -1033591.49209476 m3/s 384: water_budget_corr: river discharge: 1098537.37320469 m3/s 384: water_budget_corr: water to ocean: 64945.8811099399 m3/s 384: Write GRIB1 output for : 21. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.391220242886559E-010 kg m-2 s-1 0: co2 = 1054.11539810261 , n2 = 801999.999831231 , o2 = 0: 196799.999470588 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-22 00:45:00 begin of timestep (day): 2 (run): 7458 0: MPIOM: current date: 2100-08-22 01:30:00 begin of timestep (day): 3 (run): 7459 384: Radiation calculated for : 22. Aug 2100 01:56:15 384: Greenhouse gas concentrations 22. Aug 2100 01:56:15 CO2 = 1137.1014 CH4 = 2413.67 N2O = 391.862 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-22 02:15:00 begin of timestep (day): 4 (run): 7460 0: MPIOM: current date: 2100-08-22 03:00:00 begin of timestep (day): 5 (run): 7461 0: MPIOM: current date: 2100-08-22 03:45:00 begin of timestep (day): 6 (run): 7462 0: MPIOM: current date: 2100-08-22 04:30:00 begin of timestep (day): 7 (run): 7463 384: Radiation calculated for : 22. Aug 2100 03:56:15 384: Greenhouse gas concentrations 22. Aug 2100 03:56:15 CO2 = 1137.1045 CH4 = 2413.67 N2O = 391.862 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-22 05:15:00 begin of timestep (day): 8 (run): 7464 0: MPIOM: current date: 2100-08-22 06:00:00 begin of timestep (day): 9 (run): 7465 0: MPIOM: current date: 2100-08-22 06:45:00 begin of timestep (day): 10 (run): 7466 0: MPIOM: current date: 2100-08-22 07:30:00 begin of timestep (day): 11 (run): 7467 384: Radiation calculated for : 22. Aug 2100 05:56:15 384: Greenhouse gas concentrations 22. Aug 2100 05:56:15 CO2 = 1137.1077 CH4 = 2413.66 N2O = 391.862 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-22 08:15:00 begin of timestep (day): 12 (run): 7468 0: MPIOM: current date: 2100-08-22 09:00:00 begin of timestep (day): 13 (run): 7469 0: MPIOM: current date: 2100-08-22 09:45:00 begin of timestep (day): 14 (run): 7470 0: MPIOM: current date: 2100-08-22 10:30:00 begin of timestep (day): 15 (run): 7471 384: Radiation calculated for : 22. Aug 2100 07:56:15 384: Greenhouse gas concentrations 22. Aug 2100 07:56:15 CO2 = 1137.1108 CH4 = 2413.66 N2O = 391.862 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-22 11:15:00 begin of timestep (day): 16 (run): 7472 0: MPIOM: current date: 2100-08-22 12:00:00 begin of timestep (day): 17 (run): 7473 0: MPIOM: current date: 2100-08-22 12:45:00 begin of timestep (day): 18 (run): 7474 0: MPIOM: current date: 2100-08-22 13:30:00 begin of timestep (day): 19 (run): 7475 0: MPIOM: current date: 2100-08-22 14:15:00 begin of timestep (day): 20 (run): 7476 384: Radiation calculated for : 22. Aug 2100 09:56:15 384: Greenhouse gas concentrations 22. Aug 2100 09:56:15 CO2 = 1137.1139 CH4 = 2413.66 N2O = 391.862 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-22 15:00:00 begin of timestep (day): 21 (run): 7477 0: MPIOM: current date: 2100-08-22 15:45:00 begin of timestep (day): 22 (run): 7478 0: MPIOM: current date: 2100-08-22 16:30:00 begin of timestep (day): 23 (run): 7479 0: MPIOM: current date: 2100-08-22 17:15:00 begin of timestep (day): 24 (run): 7480 384: Radiation calculated for : 22. Aug 2100 11:56:15 384: Greenhouse gas concentrations 22. Aug 2100 11:56:15 CO2 = 1137.1170 CH4 = 2413.65 N2O = 391.863 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-22 18:00:00 begin of timestep (day): 25 (run): 7481 0: MPIOM: current date: 2100-08-22 18:45:00 begin of timestep (day): 26 (run): 7482 0: MPIOM: current date: 2100-08-22 19:30:00 begin of timestep (day): 27 (run): 7483 0: MPIOM: current date: 2100-08-22 20:15:00 begin of timestep (day): 28 (run): 7484 384: Radiation calculated for : 22. Aug 2100 13:56:15 384: Greenhouse gas concentrations 22. Aug 2100 13:56:15 CO2 = 1137.1201 CH4 = 2413.65 N2O = 391.863 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-22 21:00:00 begin of timestep (day): 29 (run): 7485 0: MPIOM: current date: 2100-08-22 21:45:00 begin of timestep (day): 30 (run): 7486 0: MPIOM: current date: 2100-08-22 22:30:00 begin of timestep (day): 31 (run): 7487 0: MPIOM: current date: 2100-08-22 23:15:00 begin of timestep (day): 32 (run): 7488 384: Radiation calculated for : 22. Aug 2100 15:56:15 384: Greenhouse gas concentrations 22. Aug 2100 15:56:15 CO2 = 1137.1232 CH4 = 2413.65 N2O = 391.863 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-23 00:00:00 begin of timestep (day): 1 (run): 7489 384: Radiation calculated for : 22. Aug 2100 17:56:15 384: Greenhouse gas concentrations 22. Aug 2100 17:56:15 CO2 = 1137.1264 CH4 = 2413.65 N2O = 391.863 CFC = 51.23 208.35 384: Radiation calculated for : 22. Aug 2100 19:56:15 384: Greenhouse gas concentrations 22. Aug 2100 19:56:15 CO2 = 1137.1295 CH4 = 2413.64 N2O = 391.863 CFC = 51.23 208.35 384: Radiation calculated for : 22. Aug 2100 21:56:15 384: Greenhouse gas concentrations 22. Aug 2100 21:56:15 CO2 = 1137.1326 CH4 = 2413.64 N2O = 391.863 CFC = 51.23 208.35 384: Radiation calculated for : 22. Aug 2100 23:56:15 384: Greenhouse gas concentrations 22. Aug 2100 23:56:15 CO2 = 1137.1357 CH4 = 2413.64 N2O = 391.863 CFC = 51.23 208.35 384: hydrology_model: Water budget change: 1.311302185058594E-006 m3/s 384: hydrology_model: global discharge: 1065413.17876608 m3/s 384: hydrology_model: precip-evap (on ocean): -979540.765990440 m3/s 384: water_budget_corr: P-E correction: -49605.0813023090 m3/s 384: water_budget_corr: slm/slf residuum: 61268.5495337214 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 9815.59330592715 m3/s 384: water_budget_corr: awfre corrected: -1019330.25398681 m3/s 384: water_budget_corr: river discharge: 1065413.17876608 m3/s 384: water_budget_corr: water to ocean: 46082.9247792648 m3/s 384: Write GRIB1 output for : 22. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.056073621328259E-010 kg m-2 s-1 0: co2 = 1054.13631596110 , n2 = 801999.999889411 , o2 = 0: 196799.999604051 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-23 00:45:00 begin of timestep (day): 2 (run): 7490 0: MPIOM: current date: 2100-08-23 01:30:00 begin of timestep (day): 3 (run): 7491 384: Radiation calculated for : 23. Aug 2100 01:56:15 384: Greenhouse gas concentrations 23. Aug 2100 01:56:15 CO2 = 1137.1388 CH4 = 2413.63 N2O = 391.863 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-23 02:15:00 begin of timestep (day): 4 (run): 7492 0: MPIOM: current date: 2100-08-23 03:00:00 begin of timestep (day): 5 (run): 7493 0: MPIOM: current date: 2100-08-23 03:45:00 begin of timestep (day): 6 (run): 7494 0: MPIOM: current date: 2100-08-23 04:30:00 begin of timestep (day): 7 (run): 7495 384: Radiation calculated for : 23. Aug 2100 03:56:15 384: Greenhouse gas concentrations 23. Aug 2100 03:56:15 CO2 = 1137.1419 CH4 = 2413.63 N2O = 391.863 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-23 05:15:00 begin of timestep (day): 8 (run): 7496 0: MPIOM: current date: 2100-08-23 06:00:00 begin of timestep (day): 9 (run): 7497 0: MPIOM: current date: 2100-08-23 06:45:00 begin of timestep (day): 10 (run): 7498 0: MPIOM: current date: 2100-08-23 07:30:00 begin of timestep (day): 11 (run): 7499 384: Radiation calculated for : 23. Aug 2100 05:56:15 384: Greenhouse gas concentrations 23. Aug 2100 05:56:15 CO2 = 1137.1451 CH4 = 2413.63 N2O = 391.863 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-23 08:15:00 begin of timestep (day): 12 (run): 7500 0: MPIOM: current date: 2100-08-23 09:00:00 begin of timestep (day): 13 (run): 7501 0: MPIOM: current date: 2100-08-23 09:45:00 begin of timestep (day): 14 (run): 7502 0: MPIOM: current date: 2100-08-23 10:30:00 begin of timestep (day): 15 (run): 7503 384: Radiation calculated for : 23. Aug 2100 07:56:15 384: Greenhouse gas concentrations 23. Aug 2100 07:56:15 CO2 = 1137.1482 CH4 = 2413.63 N2O = 391.864 CFC = 51.23 208.35 0: MPIOM: current date: 2100-08-23 11:15:00 begin of timestep (day): 16 (run): 7504 0: MPIOM: current date: 2100-08-23 12:00:00 begin of timestep (day): 17 (run): 7505 0: MPIOM: current date: 2100-08-23 12:45:00 begin of timestep (day): 18 (run): 7506 0: MPIOM: current date: 2100-08-23 13:30:00 begin of timestep (day): 19 (run): 7507 384: Radiation calculated for : 23. Aug 2100 09:56:15 384: Greenhouse gas concentrations 23. Aug 2100 09:56:15 CO2 = 1137.1513 CH4 = 2413.62 N2O = 391.864 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-23 14:15:00 begin of timestep (day): 20 (run): 7508 0: MPIOM: current date: 2100-08-23 15:00:00 begin of timestep (day): 21 (run): 7509 0: MPIOM: current date: 2100-08-23 15:45:00 begin of timestep (day): 22 (run): 7510 0: MPIOM: current date: 2100-08-23 16:30:00 begin of timestep (day): 23 (run): 7511 384: Radiation calculated for : 23. Aug 2100 11:56:15 384: Greenhouse gas concentrations 23. Aug 2100 11:56:15 CO2 = 1137.1544 CH4 = 2413.62 N2O = 391.864 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-23 17:15:00 begin of timestep (day): 24 (run): 7512 0: MPIOM: current date: 2100-08-23 18:00:00 begin of timestep (day): 25 (run): 7513 0: MPIOM: current date: 2100-08-23 18:45:00 begin of timestep (day): 26 (run): 7514 0: MPIOM: current date: 2100-08-23 19:30:00 begin of timestep (day): 27 (run): 7515 384: Radiation calculated for : 23. Aug 2100 13:56:15 384: Greenhouse gas concentrations 23. Aug 2100 13:56:15 CO2 = 1137.1575 CH4 = 2413.62 N2O = 391.864 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-23 20:15:00 begin of timestep (day): 28 (run): 7516 0: MPIOM: current date: 2100-08-23 21:00:00 begin of timestep (day): 29 (run): 7517 0: MPIOM: current date: 2100-08-23 21:45:00 begin of timestep (day): 30 (run): 7518 0: MPIOM: current date: 2100-08-23 22:30:00 begin of timestep (day): 31 (run): 7519 384: Radiation calculated for : 23. Aug 2100 15:56:15 384: Greenhouse gas concentrations 23. Aug 2100 15:56:15 CO2 = 1137.1606 CH4 = 2413.62 N2O = 391.864 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-23 23:15:00 begin of timestep (day): 32 (run): 7520 0: MPIOM: current date: 2100-08-24 00:00:00 begin of timestep (day): 1 (run): 7521 384: Radiation calculated for : 23. Aug 2100 17:56:15 384: Greenhouse gas concentrations 23. Aug 2100 17:56:15 CO2 = 1137.1638 CH4 = 2413.61 N2O = 391.864 CFC = 51.23 208.34 384: Radiation calculated for : 23. Aug 2100 19:56:15 384: Greenhouse gas concentrations 23. Aug 2100 19:56:15 CO2 = 1137.1669 CH4 = 2413.61 N2O = 391.864 CFC = 51.23 208.34 384: Radiation calculated for : 23. Aug 2100 21:56:15 384: Greenhouse gas concentrations 23. Aug 2100 21:56:15 CO2 = 1137.1700 CH4 = 2413.61 N2O = 391.864 CFC = 51.23 208.34 384: Radiation calculated for : 23. Aug 2100 23:56:15 384: Greenhouse gas concentrations 23. Aug 2100 23:56:15 CO2 = 1137.1731 CH4 = 2413.60 N2O = 391.864 CFC = 51.23 208.34 384: hydrology_model: Water budget change: -3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1052720.90574054 m3/s 384: hydrology_model: precip-evap (on ocean): -1142731.19525624 m3/s 384: water_budget_corr: P-E correction: -66622.6402824034 m3/s 384: water_budget_corr: slm/slf residuum: 70025.1742936875 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 9808.68304697997 m3/s 384: water_budget_corr: awfre corrected: -1199545.15249166 m3/s 384: water_budget_corr: river discharge: 1052720.90574054 m3/s 384: water_budget_corr: water to ocean: -146824.246751105 m3/s 384: Write GRIB1 output for : 23. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.335143135615895E-010 kg m-2 s-1 0: co2 = 1054.18329509140 , n2 = 801999.999925248 , o2 = 0: 196799.999671462 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-24 00:45:00 begin of timestep (day): 2 (run): 7522 0: MPIOM: current date: 2100-08-24 01:30:00 begin of timestep (day): 3 (run): 7523 384: Radiation calculated for : 24. Aug 2100 01:56:15 384: Greenhouse gas concentrations 24. Aug 2100 01:56:15 CO2 = 1137.1762 CH4 = 2413.60 N2O = 391.865 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-24 02:15:00 begin of timestep (day): 4 (run): 7524 0: MPIOM: current date: 2100-08-24 03:00:00 begin of timestep (day): 5 (run): 7525 0: MPIOM: current date: 2100-08-24 03:45:00 begin of timestep (day): 6 (run): 7526 0: MPIOM: current date: 2100-08-24 04:30:00 begin of timestep (day): 7 (run): 7527 384: Radiation calculated for : 24. Aug 2100 03:56:15 384: Greenhouse gas concentrations 24. Aug 2100 03:56:15 CO2 = 1137.1793 CH4 = 2413.60 N2O = 391.865 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-24 05:15:00 begin of timestep (day): 8 (run): 7528 0: MPIOM: current date: 2100-08-24 06:00:00 begin of timestep (day): 9 (run): 7529 0: MPIOM: current date: 2100-08-24 06:45:00 begin of timestep (day): 10 (run): 7530 0: MPIOM: current date: 2100-08-24 07:30:00 begin of timestep (day): 11 (run): 7531 384: Radiation calculated for : 24. Aug 2100 05:56:15 384: Greenhouse gas concentrations 24. Aug 2100 05:56:15 CO2 = 1137.1825 CH4 = 2413.60 N2O = 391.865 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-24 08:15:00 begin of timestep (day): 12 (run): 7532 0: MPIOM: current date: 2100-08-24 09:00:00 begin of timestep (day): 13 (run): 7533 0: MPIOM: current date: 2100-08-24 09:45:00 begin of timestep (day): 14 (run): 7534 0: MPIOM: current date: 2100-08-24 10:30:00 begin of timestep (day): 15 (run): 7535 384: Radiation calculated for : 24. Aug 2100 07:56:15 384: Greenhouse gas concentrations 24. Aug 2100 07:56:15 CO2 = 1137.1856 CH4 = 2413.59 N2O = 391.865 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-24 11:15:00 begin of timestep (day): 16 (run): 7536 0: MPIOM: current date: 2100-08-24 12:00:00 begin of timestep (day): 17 (run): 7537 0: MPIOM: current date: 2100-08-24 12:45:00 begin of timestep (day): 18 (run): 7538 0: MPIOM: current date: 2100-08-24 13:30:00 begin of timestep (day): 19 (run): 7539 384: Radiation calculated for : 24. Aug 2100 09:56:15 384: Greenhouse gas concentrations 24. Aug 2100 09:56:15 CO2 = 1137.1887 CH4 = 2413.59 N2O = 391.865 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-24 14:15:00 begin of timestep (day): 20 (run): 7540 0: MPIOM: current date: 2100-08-24 15:00:00 begin of timestep (day): 21 (run): 7541 0: MPIOM: current date: 2100-08-24 15:45:00 begin of timestep (day): 22 (run): 7542 0: MPIOM: current date: 2100-08-24 16:30:00 begin of timestep (day): 23 (run): 7543 384: Radiation calculated for : 24. Aug 2100 11:56:15 384: Greenhouse gas concentrations 24. Aug 2100 11:56:15 CO2 = 1137.1918 CH4 = 2413.59 N2O = 391.865 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-24 17:15:00 begin of timestep (day): 24 (run): 7544 0: MPIOM: current date: 2100-08-24 18:00:00 begin of timestep (day): 25 (run): 7545 0: MPIOM: current date: 2100-08-24 18:45:00 begin of timestep (day): 26 (run): 7546 0: MPIOM: current date: 2100-08-24 19:30:00 begin of timestep (day): 27 (run): 7547 384: Radiation calculated for : 24. Aug 2100 13:56:15 384: Greenhouse gas concentrations 24. Aug 2100 13:56:15 CO2 = 1137.1949 CH4 = 2413.59 N2O = 391.865 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-24 20:15:00 begin of timestep (day): 28 (run): 7548 0: MPIOM: current date: 2100-08-24 21:00:00 begin of timestep (day): 29 (run): 7549 0: MPIOM: current date: 2100-08-24 21:45:00 begin of timestep (day): 30 (run): 7550 0: MPIOM: current date: 2100-08-24 22:30:00 begin of timestep (day): 31 (run): 7551 384: Radiation calculated for : 24. Aug 2100 15:56:15 384: Greenhouse gas concentrations 24. Aug 2100 15:56:15 CO2 = 1137.1980 CH4 = 2413.58 N2O = 391.865 CFC = 51.23 208.34 0: MPIOM: current date: 2100-08-24 23:15:00 begin of timestep (day): 32 (run): 7552 0: MPIOM: current date: 2100-08-25 00:00:00 begin of timestep (day): 1 (run): 7553 384: Radiation calculated for : 24. Aug 2100 17:56:15 384: Greenhouse gas concentrations 24. Aug 2100 17:56:15 CO2 = 1137.2011 CH4 = 2413.58 N2O = 391.865 CFC = 51.23 208.34 384: Radiation calculated for : 24. Aug 2100 19:56:15 384: Greenhouse gas concentrations 24. Aug 2100 19:56:15 CO2 = 1137.2043 CH4 = 2413.58 N2O = 391.865 CFC = 51.22 208.34 384: Radiation calculated for : 24. Aug 2100 21:56:15 384: Greenhouse gas concentrations 24. Aug 2100 21:56:15 CO2 = 1137.2074 CH4 = 2413.57 N2O = 391.866 CFC = 51.22 208.33 384: Radiation calculated for : 24. Aug 2100 23:56:15 384: Greenhouse gas concentrations 24. Aug 2100 23:56:15 CO2 = 1137.2105 CH4 = 2413.57 N2O = 391.866 CFC = 51.22 208.33 384: hydrology_model: Water budget change: -1.013278961181641E-006 m3/s 384: hydrology_model: global discharge: 1070946.97978460 m3/s 384: hydrology_model: precip-evap (on ocean): -712284.463808678 m3/s 384: water_budget_corr: P-E correction: -33251.0631218846 m3/s 384: water_budget_corr: slm/slf residuum: 105828.737891819 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 18568.2623908808 m3/s 384: water_budget_corr: awfre corrected: -726967.264539681 m3/s 384: water_budget_corr: river discharge: 1070946.97978460 m3/s 384: water_budget_corr: water to ocean: 343979.715244930 m3/s 384: Write GRIB1 output for : 24. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.229007033607986E-010 kg m-2 s-1 0: co2 = 1054.29393727709 , n2 = 801999.999902967 , o2 = 0: 196799.999610051 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-25 00:45:00 begin of timestep (day): 2 (run): 7554 0: MPIOM: current date: 2100-08-25 01:30:00 begin of timestep (day): 3 (run): 7555 384: Radiation calculated for : 25. Aug 2100 01:56:15 384: Greenhouse gas concentrations 25. Aug 2100 01:56:15 CO2 = 1137.2136 CH4 = 2413.57 N2O = 391.866 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-25 02:15:00 begin of timestep (day): 4 (run): 7556 0: MPIOM: current date: 2100-08-25 03:00:00 begin of timestep (day): 5 (run): 7557 0: MPIOM: current date: 2100-08-25 03:45:00 begin of timestep (day): 6 (run): 7558 0: MPIOM: current date: 2100-08-25 04:30:00 begin of timestep (day): 7 (run): 7559 384: Radiation calculated for : 25. Aug 2100 03:56:15 384: Greenhouse gas concentrations 25. Aug 2100 03:56:15 CO2 = 1137.2167 CH4 = 2413.57 N2O = 391.866 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-25 05:15:00 begin of timestep (day): 8 (run): 7560 0: MPIOM: current date: 2100-08-25 06:00:00 begin of timestep (day): 9 (run): 7561 0: MPIOM: current date: 2100-08-25 06:45:00 begin of timestep (day): 10 (run): 7562 0: MPIOM: current date: 2100-08-25 07:30:00 begin of timestep (day): 11 (run): 7563 384: Radiation calculated for : 25. Aug 2100 05:56:15 384: Greenhouse gas concentrations 25. Aug 2100 05:56:15 CO2 = 1137.2198 CH4 = 2413.56 N2O = 391.866 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-25 08:15:00 begin of timestep (day): 12 (run): 7564 0: MPIOM: current date: 2100-08-25 09:00:00 begin of timestep (day): 13 (run): 7565 0: MPIOM: current date: 2100-08-25 09:45:00 begin of timestep (day): 14 (run): 7566 384: Radiation calculated for : 25. Aug 2100 07:56:15 0: MPIOM: current date: 2100-08-25 10:30:00 begin of timestep (day): 15 (run): 7567 384: Greenhouse gas concentrations 25. Aug 2100 07:56:15 CO2 = 1137.2230 CH4 = 2413.56 N2O = 391.866 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-25 11:15:00 begin of timestep (day): 16 (run): 7568 0: MPIOM: current date: 2100-08-25 12:00:00 begin of timestep (day): 17 (run): 7569 0: MPIOM: current date: 2100-08-25 12:45:00 begin of timestep (day): 18 (run): 7570 384: Radiation calculated for : 25. Aug 2100 09:56:15 0: MPIOM: current date: 2100-08-25 13:30:00 begin of timestep (day): 19 (run): 7571 384: Greenhouse gas concentrations 25. Aug 2100 09:56:15 CO2 = 1137.2261 CH4 = 2413.56 N2O = 391.866 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-25 14:15:00 begin of timestep (day): 20 (run): 7572 0: MPIOM: current date: 2100-08-25 15:00:00 begin of timestep (day): 21 (run): 7573 0: MPIOM: current date: 2100-08-25 15:45:00 begin of timestep (day): 22 (run): 7574 384: Radiation calculated for : 25. Aug 2100 11:56:15 384: Greenhouse gas concentrations 25. Aug 2100 11:56:15 CO2 = 1137.2292 CH4 = 2413.56 N2O = 391.866 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-25 16:30:00 begin of timestep (day): 23 (run): 7575 0: MPIOM: current date: 2100-08-25 17:15:00 begin of timestep (day): 24 (run): 7576 0: MPIOM: current date: 2100-08-25 18:00:00 begin of timestep (day): 25 (run): 7577 384: Radiation calculated for : 25. Aug 2100 13:56:15 384: Greenhouse gas concentrations 25. Aug 2100 13:56:15 CO2 = 1137.2323 CH4 = 2413.55 N2O = 391.866 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-25 18:45:00 begin of timestep (day): 26 (run): 7578 0: MPIOM: current date: 2100-08-25 19:30:00 begin of timestep (day): 27 (run): 7579 0: MPIOM: current date: 2100-08-25 20:15:00 begin of timestep (day): 28 (run): 7580 0: MPIOM: current date: 2100-08-25 21:00:00 begin of timestep (day): 29 (run): 7581 384: Radiation calculated for : 25. Aug 2100 15:56:15 384: Greenhouse gas concentrations 25. Aug 2100 15:56:15 CO2 = 1137.2354 CH4 = 2413.55 N2O = 391.866 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-25 21:45:00 begin of timestep (day): 30 (run): 7582 0: MPIOM: current date: 2100-08-25 22:30:00 begin of timestep (day): 31 (run): 7583 0: MPIOM: current date: 2100-08-25 23:15:00 begin of timestep (day): 32 (run): 7584 0: MPIOM: current date: 2100-08-26 00:00:00 begin of timestep (day): 1 (run): 7585 384: Radiation calculated for : 25. Aug 2100 17:56:15 384: Greenhouse gas concentrations 25. Aug 2100 17:56:15 CO2 = 1137.2385 CH4 = 2413.55 N2O = 391.867 CFC = 51.22 208.33 384: Radiation calculated for : 25. Aug 2100 19:56:15 384: Greenhouse gas concentrations 25. Aug 2100 19:56:15 CO2 = 1137.2417 CH4 = 2413.54 N2O = 391.867 CFC = 51.22 208.33 384: Radiation calculated for : 25. Aug 2100 21:56:15 384: Greenhouse gas concentrations 25. Aug 2100 21:56:15 CO2 = 1137.2448 CH4 = 2413.54 N2O = 391.867 CFC = 51.22 208.33 384: Radiation calculated for : 25. Aug 2100 23:56:15 384: Greenhouse gas concentrations 25. Aug 2100 23:56:15 CO2 = 1137.2479 CH4 = 2413.54 N2O = 391.867 CFC = 51.22 208.33 384: hydrology_model: Water budget change: 1.043081283569336E-006 m3/s 384: hydrology_model: global discharge: 1086831.28959941 m3/s 384: hydrology_model: precip-evap (on ocean): -264680.539707883 m3/s 384: water_budget_corr: P-E correction: 8035.17961932506 m3/s 384: water_budget_corr: slm/slf residuum: 121045.357873247 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 6762.15158482260 m3/s 384: water_budget_corr: awfre corrected: -249883.208503732 m3/s 384: water_budget_corr: river discharge: 1086831.28959941 m3/s 384: water_budget_corr: water to ocean: 836948.081095680 m3/s 384: Write GRIB1 output for : 25. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.37853381881 , n2 = 801999.999892431 , o2 = 0: 196799.999552238 384: CO2 flux correction (global): -1.663702026038821E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-26 00:45:00 begin of timestep (day): 2 (run): 7586 0: MPIOM: current date: 2100-08-26 01:30:00 begin of timestep (day): 3 (run): 7587 384: Radiation calculated for : 26. Aug 2100 01:56:15 384: Greenhouse gas concentrations 26. Aug 2100 01:56:15 CO2 = 1137.2510 CH4 = 2413.54 N2O = 391.867 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-26 02:15:00 begin of timestep (day): 4 (run): 7588 0: MPIOM: current date: 2100-08-26 03:00:00 begin of timestep (day): 5 (run): 7589 0: MPIOM: current date: 2100-08-26 03:45:00 begin of timestep (day): 6 (run): 7590 0: MPIOM: current date: 2100-08-26 04:30:00 begin of timestep (day): 7 (run): 7591 384: Radiation calculated for : 26. Aug 2100 03:56:15 384: Greenhouse gas concentrations 26. Aug 2100 03:56:15 CO2 = 1137.2541 CH4 = 2413.53 N2O = 391.867 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-26 05:15:00 begin of timestep (day): 8 (run): 7592 0: MPIOM: current date: 2100-08-26 06:00:00 begin of timestep (day): 9 (run): 7593 0: MPIOM: current date: 2100-08-26 06:45:00 begin of timestep (day): 10 (run): 7594 0: MPIOM: current date: 2100-08-26 07:30:00 begin of timestep (day): 11 (run): 7595 384: Radiation calculated for : 26. Aug 2100 05:56:15 384: Greenhouse gas concentrations 26. Aug 2100 05:56:15 CO2 = 1137.2572 CH4 = 2413.53 N2O = 391.867 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-26 08:15:00 begin of timestep (day): 12 (run): 7596 0: MPIOM: current date: 2100-08-26 09:00:00 begin of timestep (day): 13 (run): 7597 0: MPIOM: current date: 2100-08-26 09:45:00 begin of timestep (day): 14 (run): 7598 0: MPIOM: current date: 2100-08-26 10:30:00 begin of timestep (day): 15 (run): 7599 384: Radiation calculated for : 26. Aug 2100 07:56:15 384: Greenhouse gas concentrations 26. Aug 2100 07:56:15 CO2 = 1137.2604 CH4 = 2413.53 N2O = 391.867 CFC = 51.22 208.33 0: MPIOM: current date: 2100-08-26 11:15:00 begin of timestep (day): 16 (run): 7600 0: MPIOM: current date: 2100-08-26 12:00:00 begin of timestep (day): 17 (run): 7601 0: MPIOM: current date: 2100-08-26 12:45:00 begin of timestep (day): 18 (run): 7602 0: MPIOM: current date: 2100-08-26 13:30:00 begin of timestep (day): 19 (run): 7603 384: Radiation calculated for : 26. Aug 2100 09:56:15 384: Greenhouse gas concentrations 26. Aug 2100 09:56:15 CO2 = 1137.2635 CH4 = 2413.53 N2O = 391.867 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-26 14:15:00 begin of timestep (day): 20 (run): 7604 0: MPIOM: current date: 2100-08-26 15:00:00 begin of timestep (day): 21 (run): 7605 0: MPIOM: current date: 2100-08-26 15:45:00 begin of timestep (day): 22 (run): 7606 0: MPIOM: current date: 2100-08-26 16:30:00 begin of timestep (day): 23 (run): 7607 384: Radiation calculated for : 26. Aug 2100 11:56:15 384: Greenhouse gas concentrations 26. Aug 2100 11:56:15 CO2 = 1137.2666 CH4 = 2413.52 N2O = 391.868 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-26 17:15:00 begin of timestep (day): 24 (run): 7608 0: MPIOM: current date: 2100-08-26 18:00:00 begin of timestep (day): 25 (run): 7609 0: MPIOM: current date: 2100-08-26 18:45:00 begin of timestep (day): 26 (run): 7610 0: MPIOM: current date: 2100-08-26 19:30:00 begin of timestep (day): 27 (run): 7611 384: Radiation calculated for : 26. Aug 2100 13:56:15 384: Greenhouse gas concentrations 26. Aug 2100 13:56:15 CO2 = 1137.2697 CH4 = 2413.52 N2O = 391.868 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-26 20:15:00 begin of timestep (day): 28 (run): 7612 0: MPIOM: current date: 2100-08-26 21:00:00 begin of timestep (day): 29 (run): 7613 0: MPIOM: current date: 2100-08-26 21:45:00 begin of timestep (day): 30 (run): 7614 0: MPIOM: current date: 2100-08-26 22:30:00 begin of timestep (day): 31 (run): 7615 384: Radiation calculated for : 26. Aug 2100 15:56:15 384: Greenhouse gas concentrations 26. Aug 2100 15:56:15 CO2 = 1137.2728 CH4 = 2413.52 N2O = 391.868 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-26 23:15:00 begin of timestep (day): 32 (run): 7616 0: MPIOM: current date: 2100-08-27 00:00:00 begin of timestep (day): 1 (run): 7617 384: Radiation calculated for : 26. Aug 2100 17:56:15 384: Greenhouse gas concentrations 26. Aug 2100 17:56:15 CO2 = 1137.2759 CH4 = 2413.51 N2O = 391.868 CFC = 51.22 208.32 384: Radiation calculated for : 26. Aug 2100 19:56:15 384: Greenhouse gas concentrations 26. Aug 2100 19:56:15 CO2 = 1137.2791 CH4 = 2413.51 N2O = 391.868 CFC = 51.22 208.32 384: Radiation calculated for : 26. Aug 2100 21:56:15 384: Greenhouse gas concentrations 26. Aug 2100 21:56:15 CO2 = 1137.2822 CH4 = 2413.51 N2O = 391.868 CFC = 51.22 208.32 384: Radiation calculated for : 26. Aug 2100 23:56:15 384: Greenhouse gas concentrations 26. Aug 2100 23:56:15 CO2 = 1137.2853 CH4 = 2413.51 N2O = 391.868 CFC = 51.22 208.32 384: hydrology_model: Water budget change: 1.043081283569336E-006 m3/s 384: hydrology_model: global discharge: 1098015.23793025 m3/s 384: hydrology_model: precip-evap (on ocean): -1091254.76274275 m3/s 384: water_budget_corr: P-E correction: -78.9272866983109 m3/s 384: water_budget_corr: slm/slf residuum: 67813.2254888606 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 6774.79511950495 m3/s 384: water_budget_corr: awfre corrected: -1084558.89490995 m3/s 384: water_budget_corr: river discharge: 1098015.23793025 m3/s 384: water_budget_corr: water to ocean: 13456.3430203028 m3/s 384: Write GRIB1 output for : 26. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.632290763995782E-011 kg m-2 s-1 0: co2 = 1054.45767640523 , n2 = 801999.999919203 , o2 = 0: 196799.999599990 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-27 00:45:00 begin of timestep (day): 2 (run): 7618 0: MPIOM: current date: 2100-08-27 01:30:00 begin of timestep (day): 3 (run): 7619 384: Radiation calculated for : 27. Aug 2100 01:56:15 384: Greenhouse gas concentrations 27. Aug 2100 01:56:15 CO2 = 1137.2884 CH4 = 2413.50 N2O = 391.868 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-27 02:15:00 begin of timestep (day): 4 (run): 7620 0: MPIOM: current date: 2100-08-27 03:00:00 begin of timestep (day): 5 (run): 7621 0: MPIOM: current date: 2100-08-27 03:45:00 begin of timestep (day): 6 (run): 7622 0: MPIOM: current date: 2100-08-27 04:30:00 begin of timestep (day): 7 (run): 7623 384: Radiation calculated for : 27. Aug 2100 03:56:15 384: Greenhouse gas concentrations 27. Aug 2100 03:56:15 CO2 = 1137.2915 CH4 = 2413.50 N2O = 391.868 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-27 05:15:00 begin of timestep (day): 8 (run): 7624 0: MPIOM: current date: 2100-08-27 06:00:00 begin of timestep (day): 9 (run): 7625 0: MPIOM: current date: 2100-08-27 06:45:00 begin of timestep (day): 10 (run): 7626 0: MPIOM: current date: 2100-08-27 07:30:00 begin of timestep (day): 11 (run): 7627 384: Radiation calculated for : 27. Aug 2100 05:56:15 384: Greenhouse gas concentrations 27. Aug 2100 05:56:15 CO2 = 1137.2946 CH4 = 2413.50 N2O = 391.868 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-27 08:15:00 begin of timestep (day): 12 (run): 7628 0: MPIOM: current date: 2100-08-27 09:00:00 begin of timestep (day): 13 (run): 7629 0: MPIOM: current date: 2100-08-27 09:45:00 begin of timestep (day): 14 (run): 7630 384: Radiation calculated for : 27. Aug 2100 07:56:15 0: MPIOM: current date: 2100-08-27 10:30:00 begin of timestep (day): 15 (run): 7631 384: Greenhouse gas concentrations 27. Aug 2100 07:56:15 CO2 = 1137.2978 CH4 = 2413.50 N2O = 391.869 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-27 11:15:00 begin of timestep (day): 16 (run): 7632 0: MPIOM: current date: 2100-08-27 12:00:00 begin of timestep (day): 17 (run): 7633 0: MPIOM: current date: 2100-08-27 12:45:00 begin of timestep (day): 18 (run): 7634 384: Radiation calculated for : 27. Aug 2100 09:56:15 384: Greenhouse gas concentrations 27. Aug 2100 09:56:15 CO2 = 1137.3009 CH4 = 2413.49 N2O = 391.869 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-27 13:30:00 begin of timestep (day): 19 (run): 7635 0: MPIOM: current date: 2100-08-27 14:15:00 begin of timestep (day): 20 (run): 7636 0: MPIOM: current date: 2100-08-27 15:00:00 begin of timestep (day): 21 (run): 7637 0: MPIOM: current date: 2100-08-27 15:45:00 begin of timestep (day): 22 (run): 7638 384: Radiation calculated for : 27. Aug 2100 11:56:15 384: Greenhouse gas concentrations 27. Aug 2100 11:56:15 CO2 = 1137.3040 CH4 = 2413.49 N2O = 391.869 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-27 16:30:00 begin of timestep (day): 23 (run): 7639 0: MPIOM: current date: 2100-08-27 17:15:00 begin of timestep (day): 24 (run): 7640 0: MPIOM: current date: 2100-08-27 18:00:00 begin of timestep (day): 25 (run): 7641 0: MPIOM: current date: 2100-08-27 18:45:00 begin of timestep (day): 26 (run): 7642 384: Radiation calculated for : 27. Aug 2100 13:56:15 384: Greenhouse gas concentrations 27. Aug 2100 13:56:15 CO2 = 1137.3071 CH4 = 2413.49 N2O = 391.869 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-27 19:30:00 begin of timestep (day): 27 (run): 7643 0: MPIOM: current date: 2100-08-27 20:15:00 begin of timestep (day): 28 (run): 7644 0: MPIOM: current date: 2100-08-27 21:00:00 begin of timestep (day): 29 (run): 7645 0: MPIOM: current date: 2100-08-27 21:45:00 begin of timestep (day): 30 (run): 7646 384: Radiation calculated for : 27. Aug 2100 15:56:15 384: Greenhouse gas concentrations 27. Aug 2100 15:56:15 CO2 = 1137.3102 CH4 = 2413.48 N2O = 391.869 CFC = 51.22 208.32 0: MPIOM: current date: 2100-08-27 22:30:00 begin of timestep (day): 31 (run): 7647 0: MPIOM: current date: 2100-08-27 23:15:00 begin of timestep (day): 32 (run): 7648 0: MPIOM: current date: 2100-08-28 00:00:00 begin of timestep (day): 1 (run): 7649 384: Radiation calculated for : 27. Aug 2100 17:56:15 384: Greenhouse gas concentrations 27. Aug 2100 17:56:15 CO2 = 1137.3133 CH4 = 2413.48 N2O = 391.869 CFC = 51.22 208.32 384: Radiation calculated for : 27. Aug 2100 19:56:15 384: Greenhouse gas concentrations 27. Aug 2100 19:56:15 CO2 = 1137.3165 CH4 = 2413.48 N2O = 391.869 CFC = 51.22 208.32 384: Radiation calculated for : 27. Aug 2100 21:56:15 384: Greenhouse gas concentrations 27. Aug 2100 21:56:15 CO2 = 1137.3196 CH4 = 2413.48 N2O = 391.869 CFC = 51.22 208.31 384: Radiation calculated for : 27. Aug 2100 23:56:15 384: Greenhouse gas concentrations 27. Aug 2100 23:56:15 CO2 = 1137.3227 CH4 = 2413.47 N2O = 391.869 CFC = 51.22 208.31 384: hydrology_model: Water budget change: -9.238719940185547E-007 m3/s 384: hydrology_model: global discharge: 1076823.79435254 m3/s 384: hydrology_model: precip-evap (on ocean): -1043106.68657470 m3/s 384: water_budget_corr: P-E correction: -10872.9825704907 m3/s 384: water_budget_corr: slm/slf residuum: 103924.699198137 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 13785.3715003644 m3/s 384: water_budget_corr: awfre corrected: -1040194.29764481 m3/s 384: water_budget_corr: river discharge: 1076823.79435254 m3/s 384: water_budget_corr: water to ocean: 36629.4967077422 m3/s 384: Write GRIB1 output for : 27. Aug 2100 23:52:30 0: co2 = 1054.57602729320 , n2 = 801999.999874764 , o2 = 0: 196799.999576091 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.170785853257912E-010 kg m-2 s-1 0: MPIOM: current date: 2100-08-28 00:45:00 begin of timestep (day): 2 (run): 7650 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-28 01:30:00 begin of timestep (day): 3 (run): 7651 384: Radiation calculated for : 28. Aug 2100 01:56:15 384: Greenhouse gas concentrations 28. Aug 2100 01:56:15 CO2 = 1137.3258 CH4 = 2413.47 N2O = 391.870 CFC = 51.22 208.31 0: MPIOM: current date: 2100-08-28 02:15:00 begin of timestep (day): 4 (run): 7652 0: MPIOM: current date: 2100-08-28 03:00:00 begin of timestep (day): 5 (run): 7653 0: MPIOM: current date: 2100-08-28 03:45:00 begin of timestep (day): 6 (run): 7654 0: MPIOM: current date: 2100-08-28 04:30:00 begin of timestep (day): 7 (run): 7655 384: Radiation calculated for : 28. Aug 2100 03:56:15 384: Greenhouse gas concentrations 28. Aug 2100 03:56:15 CO2 = 1137.3289 CH4 = 2413.47 N2O = 391.870 CFC = 51.22 208.31 0: MPIOM: current date: 2100-08-28 05:15:00 begin of timestep (day): 8 (run): 7656 0: MPIOM: current date: 2100-08-28 06:00:00 begin of timestep (day): 9 (run): 7657 0: MPIOM: current date: 2100-08-28 06:45:00 begin of timestep (day): 10 (run): 7658 0: MPIOM: current date: 2100-08-28 07:30:00 begin of timestep (day): 11 (run): 7659 384: Radiation calculated for : 28. Aug 2100 05:56:15 384: Greenhouse gas concentrations 28. Aug 2100 05:56:15 CO2 = 1137.3320 CH4 = 2413.47 N2O = 391.870 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-28 08:15:00 begin of timestep (day): 12 (run): 7660 0: MPIOM: current date: 2100-08-28 09:00:00 begin of timestep (day): 13 (run): 7661 0: MPIOM: current date: 2100-08-28 09:45:00 begin of timestep (day): 14 (run): 7662 0: MPIOM: current date: 2100-08-28 10:30:00 begin of timestep (day): 15 (run): 7663 384: Radiation calculated for : 28. Aug 2100 07:56:15 384: Greenhouse gas concentrations 28. Aug 2100 07:56:15 CO2 = 1137.3352 CH4 = 2413.46 N2O = 391.870 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-28 11:15:00 begin of timestep (day): 16 (run): 7664 0: MPIOM: current date: 2100-08-28 12:00:00 begin of timestep (day): 17 (run): 7665 0: MPIOM: current date: 2100-08-28 12:45:00 begin of timestep (day): 18 (run): 7666 0: MPIOM: current date: 2100-08-28 13:30:00 begin of timestep (day): 19 (run): 7667 384: Radiation calculated for : 28. Aug 2100 09:56:15 384: Greenhouse gas concentrations 28. Aug 2100 09:56:15 CO2 = 1137.3383 CH4 = 2413.46 N2O = 391.870 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-28 14:15:00 begin of timestep (day): 20 (run): 7668 0: MPIOM: current date: 2100-08-28 15:00:00 begin of timestep (day): 21 (run): 7669 0: MPIOM: current date: 2100-08-28 15:45:00 begin of timestep (day): 22 (run): 7670 0: MPIOM: current date: 2100-08-28 16:30:00 begin of timestep (day): 23 (run): 7671 384: Radiation calculated for : 28. Aug 2100 11:56:15 384: Greenhouse gas concentrations 28. Aug 2100 11:56:15 CO2 = 1137.3414 CH4 = 2413.46 N2O = 391.870 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-28 17:15:00 begin of timestep (day): 24 (run): 7672 0: MPIOM: current date: 2100-08-28 18:00:00 begin of timestep (day): 25 (run): 7673 0: MPIOM: current date: 2100-08-28 18:45:00 begin of timestep (day): 26 (run): 7674 0: MPIOM: current date: 2100-08-28 19:30:00 begin of timestep (day): 27 (run): 7675 384: Radiation calculated for : 28. Aug 2100 13:56:15 384: Greenhouse gas concentrations 28. Aug 2100 13:56:15 CO2 = 1137.3445 CH4 = 2413.45 N2O = 391.870 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-28 20:15:00 begin of timestep (day): 28 (run): 7676 0: MPIOM: current date: 2100-08-28 21:00:00 begin of timestep (day): 29 (run): 7677 0: MPIOM: current date: 2100-08-28 21:45:00 begin of timestep (day): 30 (run): 7678 0: MPIOM: current date: 2100-08-28 22:30:00 begin of timestep (day): 31 (run): 7679 384: Radiation calculated for : 28. Aug 2100 15:56:15 384: Greenhouse gas concentrations 28. Aug 2100 15:56:15 CO2 = 1137.3476 CH4 = 2413.45 N2O = 391.870 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-28 23:15:00 begin of timestep (day): 32 (run): 7680 0: MPIOM: current date: 2100-08-29 00:00:00 begin of timestep (day): 1 (run): 7681 384: Radiation calculated for : 28. Aug 2100 17:56:15 384: Greenhouse gas concentrations 28. Aug 2100 17:56:15 CO2 = 1137.3507 CH4 = 2413.45 N2O = 391.870 CFC = 51.21 208.31 384: Radiation calculated for : 28. Aug 2100 19:56:15 384: Greenhouse gas concentrations 28. Aug 2100 19:56:15 CO2 = 1137.3539 CH4 = 2413.45 N2O = 391.870 CFC = 51.21 208.31 384: Radiation calculated for : 28. Aug 2100 21:56:15 384: Greenhouse gas concentrations 28. Aug 2100 21:56:15 CO2 = 1137.3570 CH4 = 2413.44 N2O = 391.871 CFC = 51.21 208.31 384: Radiation calculated for : 28. Aug 2100 23:56:15 384: Greenhouse gas concentrations 28. Aug 2100 23:56:15 CO2 = 1137.3601 CH4 = 2413.44 N2O = 391.871 CFC = 51.21 208.31 384: hydrology_model: Water budget change: 0.000000000000000E+000 m3/s 384: hydrology_model: global discharge: 1067600.60014066 m3/s 384: hydrology_model: precip-evap (on ocean): -1585450.02339605 m3/s 384: water_budget_corr: P-E correction: -22142.8634385600 m3/s 384: water_budget_corr: slm/slf residuum: 75551.1565971158 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 10683.4725202980 m3/s 384: water_budget_corr: awfre corrected: -1596909.41431429 m3/s 384: water_budget_corr: river discharge: 1067600.60014066 m3/s 384: water_budget_corr: water to ocean: -529308.814173643 m3/s 384: Write GRIB1 output for : 28. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.63696853104 , n2 = 801999.999798084 , o2 = 0: 196799.999495019 384: CO2 flux correction (global): -4.784271941752826E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-29 00:45:00 begin of timestep (day): 2 (run): 7682 0: MPIOM: current date: 2100-08-29 01:30:00 begin of timestep (day): 3 (run): 7683 384: Radiation calculated for : 29. Aug 2100 01:56:15 384: Greenhouse gas concentrations 29. Aug 2100 01:56:15 CO2 = 1137.3632 CH4 = 2413.44 N2O = 391.871 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-29 02:15:00 begin of timestep (day): 4 (run): 7684 0: MPIOM: current date: 2100-08-29 03:00:00 begin of timestep (day): 5 (run): 7685 0: MPIOM: current date: 2100-08-29 03:45:00 begin of timestep (day): 6 (run): 7686 0: MPIOM: current date: 2100-08-29 04:30:00 begin of timestep (day): 7 (run): 7687 384: Radiation calculated for : 29. Aug 2100 03:56:15 384: Greenhouse gas concentrations 29. Aug 2100 03:56:15 CO2 = 1137.3663 CH4 = 2413.44 N2O = 391.871 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-29 05:15:00 begin of timestep (day): 8 (run): 7688 0: MPIOM: current date: 2100-08-29 06:00:00 begin of timestep (day): 9 (run): 7689 0: MPIOM: current date: 2100-08-29 06:45:00 begin of timestep (day): 10 (run): 7690 0: MPIOM: current date: 2100-08-29 07:30:00 begin of timestep (day): 11 (run): 7691 384: Radiation calculated for : 29. Aug 2100 05:56:15 384: Greenhouse gas concentrations 29. Aug 2100 05:56:15 CO2 = 1137.3694 CH4 = 2413.43 N2O = 391.871 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-29 08:15:00 begin of timestep (day): 12 (run): 7692 0: MPIOM: current date: 2100-08-29 09:00:00 begin of timestep (day): 13 (run): 7693 0: MPIOM: current date: 2100-08-29 09:45:00 begin of timestep (day): 14 (run): 7694 0: MPIOM: current date: 2100-08-29 10:30:00 begin of timestep (day): 15 (run): 7695 384: Radiation calculated for : 29. Aug 2100 07:56:15 384: Greenhouse gas concentrations 29. Aug 2100 07:56:15 CO2 = 1137.3726 CH4 = 2413.43 N2O = 391.871 CFC = 51.21 208.31 0: MPIOM: current date: 2100-08-29 11:15:00 begin of timestep (day): 16 (run): 7696 0: MPIOM: current date: 2100-08-29 12:00:00 begin of timestep (day): 17 (run): 7697 0: MPIOM: current date: 2100-08-29 12:45:00 begin of timestep (day): 18 (run): 7698 0: MPIOM: current date: 2100-08-29 13:30:00 begin of timestep (day): 19 (run): 7699 384: Radiation calculated for : 29. Aug 2100 09:56:15 384: Greenhouse gas concentrations 29. Aug 2100 09:56:15 CO2 = 1137.3757 CH4 = 2413.43 N2O = 391.871 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-29 14:15:00 begin of timestep (day): 20 (run): 7700 0: MPIOM: current date: 2100-08-29 15:00:00 begin of timestep (day): 21 (run): 7701 0: MPIOM: current date: 2100-08-29 15:45:00 begin of timestep (day): 22 (run): 7702 0: MPIOM: current date: 2100-08-29 16:30:00 begin of timestep (day): 23 (run): 7703 384: Radiation calculated for : 29. Aug 2100 11:56:15 384: Greenhouse gas concentrations 29. Aug 2100 11:56:15 CO2 = 1137.3788 CH4 = 2413.42 N2O = 391.871 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-29 17:15:00 begin of timestep (day): 24 (run): 7704 0: MPIOM: current date: 2100-08-29 18:00:00 begin of timestep (day): 25 (run): 7705 0: MPIOM: current date: 2100-08-29 18:45:00 begin of timestep (day): 26 (run): 7706 384: Radiation calculated for : 29. Aug 2100 13:56:15 0: MPIOM: current date: 2100-08-29 19:30:00 begin of timestep (day): 27 (run): 7707 384: Greenhouse gas concentrations 29. Aug 2100 13:56:15 CO2 = 1137.3819 CH4 = 2413.42 N2O = 391.871 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-29 20:15:00 begin of timestep (day): 28 (run): 7708 0: MPIOM: current date: 2100-08-29 21:00:00 begin of timestep (day): 29 (run): 7709 0: MPIOM: current date: 2100-08-29 21:45:00 begin of timestep (day): 30 (run): 7710 384: Radiation calculated for : 29. Aug 2100 15:56:15 384: Greenhouse gas concentrations 29. Aug 2100 15:56:15 CO2 = 1137.3850 CH4 = 2413.42 N2O = 391.871 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-29 22:30:00 begin of timestep (day): 31 (run): 7711 0: MPIOM: current date: 2100-08-29 23:15:00 begin of timestep (day): 32 (run): 7712 0: MPIOM: current date: 2100-08-30 00:00:00 begin of timestep (day): 1 (run): 7713 384: Radiation calculated for : 29. Aug 2100 17:56:15 384: Greenhouse gas concentrations 29. Aug 2100 17:56:15 CO2 = 1137.3881 CH4 = 2413.42 N2O = 391.872 CFC = 51.21 208.30 384: Radiation calculated for : 29. Aug 2100 19:56:15 384: Greenhouse gas concentrations 29. Aug 2100 19:56:15 CO2 = 1137.3913 CH4 = 2413.41 N2O = 391.872 CFC = 51.21 208.30 384: Radiation calculated for : 29. Aug 2100 21:56:15 384: Greenhouse gas concentrations 29. Aug 2100 21:56:15 CO2 = 1137.3944 CH4 = 2413.41 N2O = 391.872 CFC = 51.21 208.30 384: Radiation calculated for : 29. Aug 2100 23:56:15 384: Greenhouse gas concentrations 29. Aug 2100 23:56:15 CO2 = 1137.3975 CH4 = 2413.41 N2O = 391.872 CFC = 51.21 208.30 384: hydrology_model: Water budget change: 3.278255462646484E-007 m3/s 384: hydrology_model: global discharge: 1046419.72823491 m3/s 384: hydrology_model: precip-evap (on ocean): -1302146.17681215 m3/s 384: water_budget_corr: P-E correction: 32083.9000511307 m3/s 384: water_budget_corr: slm/slf residuum: 60419.0512142428 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 901.624380299571 m3/s 384: water_budget_corr: awfre corrected: -1269160.65238071 m3/s 384: water_budget_corr: river discharge: 1046419.72823491 m3/s 384: water_budget_corr: water to ocean: -222740.924145809 m3/s 384: Write GRIB1 output for : 29. Aug 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1054.60509700859 , n2 = 801999.999819099 , o2 = 0: 196799.999526480 384: CO2 flux correction (global): 4.490812558107958E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-30 00:45:00 begin of timestep (day): 2 (run): 7714 0: MPIOM: current date: 2100-08-30 01:30:00 begin of timestep (day): 3 (run): 7715 384: Radiation calculated for : 30. Aug 2100 01:56:15 384: Greenhouse gas concentrations 30. Aug 2100 01:56:15 CO2 = 1137.4006 CH4 = 2413.41 N2O = 391.872 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-30 02:15:00 begin of timestep (day): 4 (run): 7716 0: MPIOM: current date: 2100-08-30 03:00:00 begin of timestep (day): 5 (run): 7717 0: MPIOM: current date: 2100-08-30 03:45:00 begin of timestep (day): 6 (run): 7718 0: MPIOM: current date: 2100-08-30 04:30:00 begin of timestep (day): 7 (run): 7719 384: Radiation calculated for : 30. Aug 2100 03:56:15 384: Greenhouse gas concentrations 30. Aug 2100 03:56:15 CO2 = 1137.4037 CH4 = 2413.40 N2O = 391.872 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-30 05:15:00 begin of timestep (day): 8 (run): 7720 0: MPIOM: current date: 2100-08-30 06:00:00 begin of timestep (day): 9 (run): 7721 0: MPIOM: current date: 2100-08-30 06:45:00 begin of timestep (day): 10 (run): 7722 0: MPIOM: current date: 2100-08-30 07:30:00 begin of timestep (day): 11 (run): 7723 384: Radiation calculated for : 30. Aug 2100 05:56:15 384: Greenhouse gas concentrations 30. Aug 2100 05:56:15 CO2 = 1137.4068 CH4 = 2413.40 N2O = 391.872 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-30 08:15:00 begin of timestep (day): 12 (run): 7724 0: MPIOM: current date: 2100-08-30 09:00:00 begin of timestep (day): 13 (run): 7725 0: MPIOM: current date: 2100-08-30 09:45:00 begin of timestep (day): 14 (run): 7726 0: MPIOM: current date: 2100-08-30 10:30:00 begin of timestep (day): 15 (run): 7727 384: Radiation calculated for : 30. Aug 2100 07:56:15 384: Greenhouse gas concentrations 30. Aug 2100 07:56:15 CO2 = 1137.4100 CH4 = 2413.40 N2O = 391.872 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-30 11:15:00 begin of timestep (day): 16 (run): 7728 0: MPIOM: current date: 2100-08-30 12:00:00 begin of timestep (day): 17 (run): 7729 0: MPIOM: current date: 2100-08-30 12:45:00 begin of timestep (day): 18 (run): 7730 0: MPIOM: current date: 2100-08-30 13:30:00 begin of timestep (day): 19 (run): 7731 384: Radiation calculated for : 30. Aug 2100 09:56:15 384: Greenhouse gas concentrations 30. Aug 2100 09:56:15 CO2 = 1137.4131 CH4 = 2413.39 N2O = 391.872 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-30 14:15:00 begin of timestep (day): 20 (run): 7732 0: MPIOM: current date: 2100-08-30 15:00:00 begin of timestep (day): 21 (run): 7733 0: MPIOM: current date: 2100-08-30 15:45:00 begin of timestep (day): 22 (run): 7734 0: MPIOM: current date: 2100-08-30 16:30:00 begin of timestep (day): 23 (run): 7735 384: Radiation calculated for : 30. Aug 2100 11:56:15 384: Greenhouse gas concentrations 30. Aug 2100 11:56:15 CO2 = 1137.4162 CH4 = 2413.39 N2O = 391.873 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-30 17:15:00 begin of timestep (day): 24 (run): 7736 0: MPIOM: current date: 2100-08-30 18:00:00 begin of timestep (day): 25 (run): 7737 0: MPIOM: current date: 2100-08-30 18:45:00 begin of timestep (day): 26 (run): 7738 0: MPIOM: current date: 2100-08-30 19:30:00 begin of timestep (day): 27 (run): 7739 384: Radiation calculated for : 30. Aug 2100 13:56:15 384: Greenhouse gas concentrations 30. Aug 2100 13:56:15 CO2 = 1137.4193 CH4 = 2413.39 N2O = 391.873 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-30 20:15:00 begin of timestep (day): 28 (run): 7740 0: MPIOM: current date: 2100-08-30 21:00:00 begin of timestep (day): 29 (run): 7741 0: MPIOM: current date: 2100-08-30 21:45:00 begin of timestep (day): 30 (run): 7742 0: MPIOM: current date: 2100-08-30 22:30:00 begin of timestep (day): 31 (run): 7743 384: Radiation calculated for : 30. Aug 2100 15:56:15 384: Greenhouse gas concentrations 30. Aug 2100 15:56:15 CO2 = 1137.4224 CH4 = 2413.39 N2O = 391.873 CFC = 51.21 208.30 0: MPIOM: current date: 2100-08-30 23:15:00 begin of timestep (day): 32 (run): 7744 0: MPIOM: current date: 2100-08-31 00:00:00 begin of timestep (day): 1 (run): 7745 384: Radiation calculated for : 30. Aug 2100 17:56:15 384: Greenhouse gas concentrations 30. Aug 2100 17:56:15 CO2 = 1137.4255 CH4 = 2413.38 N2O = 391.873 CFC = 51.21 208.30 384: Radiation calculated for : 30. Aug 2100 19:56:15 384: Greenhouse gas concentrations 30. Aug 2100 19:56:15 CO2 = 1137.4286 CH4 = 2413.38 N2O = 391.873 CFC = 51.21 208.30 384: Radiation calculated for : 30. Aug 2100 21:56:15 384: Greenhouse gas concentrations 30. Aug 2100 21:56:15 CO2 = 1137.4318 CH4 = 2413.38 N2O = 391.873 CFC = 51.21 208.29 384: Radiation calculated for : 30. Aug 2100 23:56:15 384: Greenhouse gas concentrations 30. Aug 2100 23:56:15 CO2 = 1137.4349 CH4 = 2413.37 N2O = 391.873 CFC = 51.21 208.29 384: hydrology_model: Water budget change: -1.668930053710938E-006 m3/s 384: hydrology_model: global discharge: 1061982.59482313 m3/s 384: hydrology_model: precip-evap (on ocean): -1432446.37648389 m3/s 384: water_budget_corr: P-E correction: 21301.9717350347 m3/s 384: water_budget_corr: slm/slf residuum: 63942.2198951772 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3116.90990823498 m3/s 384: water_budget_corr: awfre corrected: -1408027.49484062 m3/s 384: water_budget_corr: river discharge: 1061982.59482313 m3/s 384: water_budget_corr: water to ocean: -346044.900017485 m3/s 384: Write GRIB1 output for : 30. Aug 2100 23:52:30 0: co2 = 1054.60306661890 , n2 = 801999.999849776 , o2 = 0: 196799.999602553 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.208145000129928E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-08-31 00:45:00 begin of timestep (day): 2 (run): 7746 0: MPIOM: current date: 2100-08-31 01:30:00 begin of timestep (day): 3 (run): 7747 384: Radiation calculated for : 31. Aug 2100 01:56:15 384: Greenhouse gas concentrations 31. Aug 2100 01:56:15 CO2 = 1137.4380 CH4 = 2413.37 N2O = 391.873 CFC = 51.21 208.29 0: MPIOM: current date: 2100-08-31 02:15:00 begin of timestep (day): 4 (run): 7748 0: MPIOM: current date: 2100-08-31 03:00:00 begin of timestep (day): 5 (run): 7749 0: MPIOM: current date: 2100-08-31 03:45:00 begin of timestep (day): 6 (run): 7750 0: MPIOM: current date: 2100-08-31 04:30:00 begin of timestep (day): 7 (run): 7751 384: Radiation calculated for : 31. Aug 2100 03:56:15 384: Greenhouse gas concentrations 31. Aug 2100 03:56:15 CO2 = 1137.4411 CH4 = 2413.37 N2O = 391.873 CFC = 51.21 208.29 0: MPIOM: current date: 2100-08-31 05:15:00 begin of timestep (day): 8 (run): 7752 0: MPIOM: current date: 2100-08-31 06:00:00 begin of timestep (day): 9 (run): 7753 0: MPIOM: current date: 2100-08-31 06:45:00 begin of timestep (day): 10 (run): 7754 0: MPIOM: current date: 2100-08-31 07:30:00 begin of timestep (day): 11 (run): 7755 384: Radiation calculated for : 31. Aug 2100 05:56:15 384: Greenhouse gas concentrations 31. Aug 2100 05:56:15 CO2 = 1137.4442 CH4 = 2413.37 N2O = 391.873 CFC = 51.21 208.29 0: MPIOM: current date: 2100-08-31 08:15:00 begin of timestep (day): 12 (run): 7756 0: MPIOM: current date: 2100-08-31 09:00:00 begin of timestep (day): 13 (run): 7757 0: MPIOM: current date: 2100-08-31 09:45:00 begin of timestep (day): 14 (run): 7758 0: MPIOM: current date: 2100-08-31 10:30:00 begin of timestep (day): 15 (run): 7759 384: Radiation calculated for : 31. Aug 2100 07:56:15 384: Greenhouse gas concentrations 31. Aug 2100 07:56:15 CO2 = 1137.4473 CH4 = 2413.36 N2O = 391.874 CFC = 51.21 208.29 0: MPIOM: current date: 2100-08-31 11:15:00 begin of timestep (day): 16 (run): 7760 0: MPIOM: current date: 2100-08-31 12:00:00 begin of timestep (day): 17 (run): 7761 0: MPIOM: current date: 2100-08-31 12:45:00 begin of timestep (day): 18 (run): 7762 0: MPIOM: current date: 2100-08-31 13:30:00 begin of timestep (day): 19 (run): 7763 384: Radiation calculated for : 31. Aug 2100 09:56:15 384: Greenhouse gas concentrations 31. Aug 2100 09:56:15 CO2 = 1137.4505 CH4 = 2413.36 N2O = 391.874 CFC = 51.21 208.29 0: MPIOM: current date: 2100-08-31 14:15:00 begin of timestep (day): 20 (run): 7764 0: MPIOM: current date: 2100-08-31 15:00:00 begin of timestep (day): 21 (run): 7765 0: MPIOM: current date: 2100-08-31 15:45:00 begin of timestep (day): 22 (run): 7766 0: MPIOM: current date: 2100-08-31 16:30:00 begin of timestep (day): 23 (run): 7767 384: Radiation calculated for : 31. Aug 2100 11:56:15 384: Greenhouse gas concentrations 31. Aug 2100 11:56:15 CO2 = 1137.4536 CH4 = 2413.36 N2O = 391.874 CFC = 51.21 208.29 0: MPIOM: current date: 2100-08-31 17:15:00 begin of timestep (day): 24 (run): 7768 0: MPIOM: current date: 2100-08-31 18:00:00 begin of timestep (day): 25 (run): 7769 0: MPIOM: current date: 2100-08-31 18:45:00 begin of timestep (day): 26 (run): 7770 0: MPIOM: current date: 2100-08-31 19:30:00 begin of timestep (day): 27 (run): 7771 384: Radiation calculated for : 31. Aug 2100 13:56:15 384: Greenhouse gas concentrations 31. Aug 2100 13:56:15 CO2 = 1137.4567 CH4 = 2413.36 N2O = 391.874 CFC = 51.20 208.29 0: MPIOM: current date: 2100-08-31 20:15:00 begin of timestep (day): 28 (run): 7772 0: MPIOM: current date: 2100-08-31 21:00:00 begin of timestep (day): 29 (run): 7773 0: MPIOM: current date: 2100-08-31 21:45:00 begin of timestep (day): 30 (run): 7774 0: MPIOM: current date: 2100-08-31 22:30:00 begin of timestep (day): 31 (run): 7775 384: Radiation calculated for : 31. Aug 2100 15:56:15 384: Greenhouse gas concentrations 31. Aug 2100 15:56:15 CO2 = 1137.4598 CH4 = 2413.35 N2O = 391.874 CFC = 51.20 208.29 0: MPIOM: current date: 2100-08-31 23:15:00 begin of timestep (day): 32 (run): 7776 384: Radiation calculated for : 31. Aug 2100 17:56:15 384: Greenhouse gas concentrations 31. Aug 2100 17:56:15 CO2 = 1137.4629 CH4 = 2413.35 N2O = 391.874 CFC = 51.20 208.29 384: Radiation calculated for : 31. Aug 2100 19:56:15 384: Greenhouse gas concentrations 31. Aug 2100 19:56:15 CO2 = 1137.4660 CH4 = 2413.35 N2O = 391.874 CFC = 51.20 208.29 384: Radiation calculated for : 31. Aug 2100 21:56:15 384: Greenhouse gas concentrations 31. Aug 2100 21:56:15 CO2 = 1137.4692 CH4 = 2413.34 N2O = 391.874 CFC = 51.20 208.29 384: Radiation calculated for : 31. Aug 2100 23:56:15 384: Greenhouse gas concentrations 31. Aug 2100 23:56:15 CO2 = 1137.4723 CH4 = 2413.34 N2O = 391.874 CFC = 51.20 208.29 384: hydrology_model: Water budget change: 6.258487701416016E-007 m3/s 384: hydrology_model: global discharge: 1060072.38600111 m3/s 384: hydrology_model: precip-evap (on ocean): -1770718.13636923 m3/s 384: water_budget_corr: P-E correction: 13577.8246759956 m3/s 384: water_budget_corr: slm/slf residuum: 89938.5003720939 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3073.33900672129 m3/s 384: water_budget_corr: awfre corrected: -1754066.97268649 m3/s 384: water_budget_corr: river discharge: 1060072.38600111 m3/s 384: water_budget_corr: water to ocean: -693994.586685401 m3/s 384: Write GRIB1 output for : 31. Aug 2100 23:52:30 0: MPIOM: current date: 2100-09-01 00:00:00 begin of timestep (day): 1 (run): 7777 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:8) 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:8) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:8) 0: co2 = 1054.64237958198 , n2 = 801999.999900532 , o2 = 0: 196799.999725788 0: MPIOM: current date: 2100-09-01 00:45:00 begin of timestep (day): 2 (run): 7778 0: MPIOM: current date: 2100-09-01 01:30:00 begin of timestep (day): 3 (run): 7779 0: MPIOM: current date: 2100-09-01 02:15:00 begin of timestep (day): 4 (run): 7780 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210009.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 0: MPIOM: current date: 2100-09-01 03:00:00 begin of timestep (day): 5 (run): 7781 384: esm-ssp585-ocn-alk_EXP2_210009.01_accw accw 82 T T 0: MPIOM: current date: 2100-09-01 03:45:00 begin of timestep (day): 6 (run): 7782 384: esm-ssp585-ocn-alk_EXP2_210009.01_nitro nitro 80 T T 0: MPIOM: current date: 2100-09-01 04:30:00 begin of timestep (day): 7 (run): 7783 384: esm-ssp585-ocn-alk_EXP2_210009.01_echam spm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210009.01_echam glm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210009.01_echam g3bm 78 T T 0: MPIOM: current date: 2100-09-01 05:15:00 begin of timestep (day): 8 (run): 7784 384: esm-ssp585-ocn-alk_EXP2_210009.01_co2 co2m 76 T T 0: MPIOM: current date: 2100-09-01 06:00:00 begin of timestep (day): 9 (run): 7785 384: esm-ssp585-ocn-alk_EXP2_210009.01_surf surfm 74 T T 0: MPIOM: current date: 2100-09-01 06:45:00 begin of timestep (day): 10 (run): 7786 384: esm-ssp585-ocn-alk_EXP2_210009.01_tracer tracerm 72 T T 0: MPIOM: current date: 2100-09-01 07:30:00 begin of timestep (day): 11 (run): 7787 384: esm-ssp585-ocn-alk_EXP2_210009.01_jsbach jsbachm 70 T T 0: MPIOM: current date: 2100-09-01 08:15:00 begin of timestep (day): 12 (run): 7788 384: esm-ssp585-ocn-alk_EXP2_210009.01_land landm 68 T T 384: esm-ssp585-ocn-alk_EXP2_210009.01_veg vegm 66 T T 0: MPIOM: current date: 2100-09-01 09:00:00 begin of timestep (day): 13 (run): 7789 384: esm-ssp585-ocn-alk_EXP2_210009.01_yasso yassom 64 T T 0: MPIOM: current date: 2100-09-01 09:45:00 begin of timestep (day): 14 (run): 7790 384: esm-ssp585-ocn-alk_EXP2_210009.01_echamday g3bday 62 T T 0: MPIOM: current date: 2100-09-01 10:30:00 begin of timestep (day): 15 (run): 7791 384: esm-ssp585-ocn-alk_EXP2_210009.01_jsbachday jsbachday 60 T T 0: MPIOM: current date: 2100-09-01 11:15:00 begin of timestep (day): 16 (run): 7792 384: esm-ssp585-ocn-alk_EXP2_210009.01_landday landday 58 T T 384: esm-ssp585-ocn-alk_EXP2_210009.01_vegday vegday 56 T T 384: 0: MPIOM: current date: 2100-09-01 12:00:00 begin of timestep (day): 17 (run): 7793 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.163546027301616E-010 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 0: MPIOM: current date: 2100-09-01 12:45:00 begin of timestep (day): 18 (run): 7794 0: MPIOM: current date: 2100-09-01 13:30:00 begin of timestep (day): 19 (run): 7795 0: MPIOM: current date: 2100-09-01 14:15:00 begin of timestep (day): 20 (run): 7796 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-01 15:00:00 begin of timestep (day): 21 (run): 7797 384: Radiation calculated for : 1. Sep 2100 01:56:15 384: Greenhouse gas concentrations 1. Sep 2100 01:56:15 CO2 = 1137.4754 CH4 = 2413.34 N2O = 391.874 CFC = 51.20 208.29 0: MPIOM: current date: 2100-09-01 15:45:00 begin of timestep (day): 22 (run): 7798 0: MPIOM: current date: 2100-09-01 16:30:00 begin of timestep (day): 23 (run): 7799 0: MPIOM: current date: 2100-09-01 17:15:00 begin of timestep (day): 24 (run): 7800 0: MPIOM: current date: 2100-09-01 18:00:00 begin of timestep (day): 25 (run): 7801 384: Radiation calculated for : 1. Sep 2100 03:56:15 384: Greenhouse gas concentrations 1. Sep 2100 03:56:15 CO2 = 1137.4785 CH4 = 2413.34 N2O = 391.875 CFC = 51.20 208.29 0: MPIOM: current date: 2100-09-01 18:45:00 begin of timestep (day): 26 (run): 7802 0: MPIOM: current date: 2100-09-01 19:30:00 begin of timestep (day): 27 (run): 7803 0: MPIOM: current date: 2100-09-01 20:15:00 begin of timestep (day): 28 (run): 7804 0: MPIOM: current date: 2100-09-01 21:00:00 begin of timestep (day): 29 (run): 7805 384: Radiation calculated for : 1. Sep 2100 05:56:15 384: Greenhouse gas concentrations 1. Sep 2100 05:56:15 CO2 = 1137.4816 CH4 = 2413.33 N2O = 391.875 CFC = 51.20 208.29 0: MPIOM: current date: 2100-09-01 21:45:00 begin of timestep (day): 30 (run): 7806 0: MPIOM: current date: 2100-09-01 22:30:00 begin of timestep (day): 31 (run): 7807 0: MPIOM: current date: 2100-09-01 23:15:00 begin of timestep (day): 32 (run): 7808 0: MPIOM: current date: 2100-09-02 00:00:00 begin of timestep (day): 1 (run): 7809 384: Radiation calculated for : 1. Sep 2100 07:56:15 384: Greenhouse gas concentrations 1. Sep 2100 07:56:15 CO2 = 1137.4847 CH4 = 2413.33 N2O = 391.875 CFC = 51.20 208.29 384: Radiation calculated for : 1. Sep 2100 09:56:15 384: Greenhouse gas concentrations 1. Sep 2100 09:56:15 CO2 = 1137.4879 CH4 = 2413.33 N2O = 391.875 CFC = 51.20 208.28 384: Radiation calculated for : 1. Sep 2100 11:56:15 384: Greenhouse gas concentrations 1. Sep 2100 11:56:15 CO2 = 1137.4910 CH4 = 2413.33 N2O = 391.875 CFC = 51.20 208.28 384: Radiation calculated for : 1. Sep 2100 13:56:15 384: Greenhouse gas concentrations 1. Sep 2100 13:56:15 CO2 = 1137.4941 CH4 = 2413.32 N2O = 391.875 CFC = 51.20 208.28 384: Radiation calculated for : 1. Sep 2100 15:56:15 384: Greenhouse gas concentrations 1. Sep 2100 15:56:15 CO2 = 1137.4972 CH4 = 2413.32 N2O = 391.875 CFC = 51.20 208.28 384: Radiation calculated for : 1. Sep 2100 17:56:15 384: Greenhouse gas concentrations 1. Sep 2100 17:56:15 CO2 = 1137.5003 CH4 = 2413.32 N2O = 391.875 CFC = 51.20 208.28 384: Radiation calculated for : 1. Sep 2100 19:56:15 384: Greenhouse gas concentrations 1. Sep 2100 19:56:15 CO2 = 1137.5034 CH4 = 2413.31 N2O = 391.875 CFC = 51.20 208.28 384: Radiation calculated for : 1. Sep 2100 21:56:15 384: Greenhouse gas concentrations 1. Sep 2100 21:56:15 CO2 = 1137.5066 CH4 = 2413.31 N2O = 391.876 CFC = 51.20 208.28 384: Radiation calculated for : 1. Sep 2100 23:56:15 384: Greenhouse gas concentrations 1. Sep 2100 23:56:15 CO2 = 1137.5097 CH4 = 2413.31 N2O = 391.876 CFC = 51.20 208.28 384: hydrology_model: Water budget change: -9.238719940185547E-007 m3/s 384: hydrology_model: global discharge: 1070408.39448975 m3/s 384: hydrology_model: precip-evap (on ocean): -2091608.87056571 m3/s 384: water_budget_corr: P-E correction: -34910.6194144397 m3/s 384: water_budget_corr: slm/slf residuum: 73194.7295446328 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 964.052223209475 m3/s 384: water_budget_corr: awfre corrected: -2125555.43775692 m3/s 384: water_budget_corr: river discharge: 1070408.39448975 m3/s 384: water_budget_corr: water to ocean: -1055147.04326718 m3/s 384: Write GRIB1 output for : 1. Sep 2100 23:52:30 0: co2 = 1054.65907776067 , n2 = 801999.999901513 , o2 = 0: 196799.999739486 0: MPIOM: current date: 2100-09-02 00:45:00 begin of timestep (day): 2 (run): 7810 0: MPIOM: current date: 2100-09-02 01:30:00 begin of timestep (day): 3 (run): 7811 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.496864957589093E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-02 02:15:00 begin of timestep (day): 4 (run): 7812 384: Radiation calculated for : 2. Sep 2100 01:56:15 384: Greenhouse gas concentrations 2. Sep 2100 01:56:15 CO2 = 1137.5128 CH4 = 2413.31 N2O = 391.876 CFC = 51.20 208.28 0: MPIOM: current date: 2100-09-02 03:00:00 begin of timestep (day): 5 (run): 7813 0: MPIOM: current date: 2100-09-02 03:45:00 begin of timestep (day): 6 (run): 7814 0: MPIOM: current date: 2100-09-02 04:30:00 begin of timestep (day): 7 (run): 7815 0: MPIOM: current date: 2100-09-02 05:15:00 begin of timestep (day): 8 (run): 7816 384: Radiation calculated for : 2. Sep 2100 03:56:15 384: Greenhouse gas concentrations 2. Sep 2100 03:56:15 CO2 = 1137.5159 CH4 = 2413.30 N2O = 391.876 CFC = 51.20 208.28 0: MPIOM: current date: 2100-09-02 06:00:00 begin of timestep (day): 9 (run): 7817 0: MPIOM: current date: 2100-09-02 06:45:00 begin of timestep (day): 10 (run): 7818 0: MPIOM: current date: 2100-09-02 07:30:00 begin of timestep (day): 11 (run): 7819 0: MPIOM: current date: 2100-09-02 08:15:00 begin of timestep (day): 12 (run): 7820 384: Radiation calculated for : 2. Sep 2100 05:56:15 384: Greenhouse gas concentrations 2. Sep 2100 05:56:15 CO2 = 1137.5190 CH4 = 2413.30 N2O = 391.876 CFC = 51.20 208.28 0: MPIOM: current date: 2100-09-02 09:00:00 begin of timestep (day): 13 (run): 7821 0: MPIOM: current date: 2100-09-02 09:45:00 begin of timestep (day): 14 (run): 7822 0: MPIOM: current date: 2100-09-02 10:30:00 begin of timestep (day): 15 (run): 7823 0: MPIOM: current date: 2100-09-02 11:15:00 begin of timestep (day): 16 (run): 7824 384: Radiation calculated for : 2. Sep 2100 07:56:15 384: Greenhouse gas concentrations 2. Sep 2100 07:56:15 CO2 = 1137.5221 CH4 = 2413.30 N2O = 391.876 CFC = 51.20 208.28 0: MPIOM: current date: 2100-09-02 12:00:00 begin of timestep (day): 17 (run): 7825 0: MPIOM: current date: 2100-09-02 12:45:00 begin of timestep (day): 18 (run): 7826 0: MPIOM: current date: 2100-09-02 13:30:00 begin of timestep (day): 19 (run): 7827 0: MPIOM: current date: 2100-09-02 14:15:00 begin of timestep (day): 20 (run): 7828 384: Radiation calculated for : 2. Sep 2100 09:56:15 384: Greenhouse gas concentrations 2. Sep 2100 09:56:15 CO2 = 1137.5253 CH4 = 2413.30 N2O = 391.876 CFC = 51.20 208.28 0: MPIOM: current date: 2100-09-02 15:00:00 begin of timestep (day): 21 (run): 7829 0: MPIOM: current date: 2100-09-02 15:45:00 begin of timestep (day): 22 (run): 7830 0: MPIOM: current date: 2100-09-02 16:30:00 begin of timestep (day): 23 (run): 7831 0: MPIOM: current date: 2100-09-02 17:15:00 begin of timestep (day): 24 (run): 7832 384: Radiation calculated for : 2. Sep 2100 11:56:15 384: Greenhouse gas concentrations 2. Sep 2100 11:56:15 CO2 = 1137.5284 CH4 = 2413.29 N2O = 391.876 CFC = 51.20 208.28 0: MPIOM: current date: 2100-09-02 18:00:00 begin of timestep (day): 25 (run): 7833 0: MPIOM: current date: 2100-09-02 18:45:00 begin of timestep (day): 26 (run): 7834 0: MPIOM: current date: 2100-09-02 19:30:00 begin of timestep (day): 27 (run): 7835 0: MPIOM: current date: 2100-09-02 20:15:00 begin of timestep (day): 28 (run): 7836 384: Radiation calculated for : 2. Sep 2100 13:56:15 384: Greenhouse gas concentrations 2. Sep 2100 13:56:15 CO2 = 1137.5315 CH4 = 2413.29 N2O = 391.876 CFC = 51.20 208.28 0: MPIOM: current date: 2100-09-02 21:00:00 begin of timestep (day): 29 (run): 7837 0: MPIOM: current date: 2100-09-02 21:45:00 begin of timestep (day): 30 (run): 7838 0: MPIOM: current date: 2100-09-02 22:30:00 begin of timestep (day): 31 (run): 7839 0: MPIOM: current date: 2100-09-02 23:15:00 begin of timestep (day): 32 (run): 7840 384: Radiation calculated for : 2. Sep 2100 15:56:15 384: Greenhouse gas concentrations 2. Sep 2100 15:56:15 CO2 = 1137.5346 CH4 = 2413.29 N2O = 391.876 CFC = 51.20 208.28 0: MPIOM: current date: 2100-09-03 00:00:00 begin of timestep (day): 1 (run): 7841 384: Radiation calculated for : 2. Sep 2100 17:56:15 384: Greenhouse gas concentrations 2. Sep 2100 17:56:15 CO2 = 1137.5377 CH4 = 2413.28 N2O = 391.877 CFC = 51.20 208.28 384: Radiation calculated for : 2. Sep 2100 19:56:15 384: Greenhouse gas concentrations 2. Sep 2100 19:56:15 CO2 = 1137.5408 CH4 = 2413.28 N2O = 391.877 CFC = 51.20 208.28 384: Radiation calculated for : 2. Sep 2100 21:56:15 384: Greenhouse gas concentrations 2. Sep 2100 21:56:15 CO2 = 1137.5440 CH4 = 2413.28 N2O = 391.877 CFC = 51.20 208.27 384: Radiation calculated for : 2. Sep 2100 23:56:15 384: Greenhouse gas concentrations 2. Sep 2100 23:56:15 CO2 = 1137.5471 CH4 = 2413.28 N2O = 391.877 CFC = 51.20 208.27 384: hydrology_model: Water budget change: 1.400709152221680E-006 m3/s 384: hydrology_model: global discharge: 1095200.44873063 m3/s 384: hydrology_model: precip-evap (on ocean): -1309498.83503706 m3/s 384: water_budget_corr: P-E correction: 6255.33416783784 m3/s 384: water_budget_corr: slm/slf residuum: 45809.7496689956 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 101.077988595064 m3/s 384: water_budget_corr: awfre corrected: -1303142.42288062 m3/s 384: water_budget_corr: river discharge: 1095200.44873063 m3/s 384: water_budget_corr: water to ocean: -207941.974149990 m3/s 384: Write GRIB1 output for : 2. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 2.023817122054823E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1054.76422319729 , n2 = 801999.999900203 , o2 = 0: 196799.999679055 0: MPIOM: current date: 2100-09-03 00:45:00 begin of timestep (day): 2 (run): 7842 0: MPIOM: current date: 2100-09-03 01:30:00 begin of timestep (day): 3 (run): 7843 384: Radiation calculated for : 3. Sep 2100 01:56:15 384: Greenhouse gas concentrations 3. Sep 2100 01:56:15 CO2 = 1137.5502 CH4 = 2413.27 N2O = 391.877 CFC = 51.20 208.27 0: MPIOM: current date: 2100-09-03 02:15:00 begin of timestep (day): 4 (run): 7844 0: MPIOM: current date: 2100-09-03 03:00:00 begin of timestep (day): 5 (run): 7845 0: MPIOM: current date: 2100-09-03 03:45:00 begin of timestep (day): 6 (run): 7846 384: Radiation calculated for : 3. Sep 2100 03:56:15 384: Greenhouse gas concentrations 3. Sep 2100 03:56:15 CO2 = 1137.5533 CH4 = 2413.27 N2O = 391.877 CFC = 51.20 208.27 0: MPIOM: current date: 2100-09-03 04:30:00 begin of timestep (day): 7 (run): 7847 0: MPIOM: current date: 2100-09-03 05:15:00 begin of timestep (day): 8 (run): 7848 0: MPIOM: current date: 2100-09-03 06:00:00 begin of timestep (day): 9 (run): 7849 0: MPIOM: current date: 2100-09-03 06:45:00 begin of timestep (day): 10 (run): 7850 384: Radiation calculated for : 3. Sep 2100 05:56:15 384: Greenhouse gas concentrations 3. Sep 2100 05:56:15 CO2 = 1137.5564 CH4 = 2413.27 N2O = 391.877 CFC = 51.20 208.27 0: MPIOM: current date: 2100-09-03 07:30:00 begin of timestep (day): 11 (run): 7851 0: MPIOM: current date: 2100-09-03 08:15:00 begin of timestep (day): 12 (run): 7852 0: MPIOM: current date: 2100-09-03 09:00:00 begin of timestep (day): 13 (run): 7853 0: MPIOM: current date: 2100-09-03 09:45:00 begin of timestep (day): 14 (run): 7854 384: Radiation calculated for : 3. Sep 2100 07:56:15 384: Greenhouse gas concentrations 3. Sep 2100 07:56:15 CO2 = 1137.5595 CH4 = 2413.27 N2O = 391.877 CFC = 51.20 208.27 0: MPIOM: current date: 2100-09-03 10:30:00 begin of timestep (day): 15 (run): 7855 0: MPIOM: current date: 2100-09-03 11:15:00 begin of timestep (day): 16 (run): 7856 0: MPIOM: current date: 2100-09-03 12:00:00 begin of timestep (day): 17 (run): 7857 0: MPIOM: current date: 2100-09-03 12:45:00 begin of timestep (day): 18 (run): 7858 384: Radiation calculated for : 3. Sep 2100 09:56:15 384: Greenhouse gas concentrations 3. Sep 2100 09:56:15 CO2 = 1137.5627 CH4 = 2413.26 N2O = 391.877 CFC = 51.20 208.27 0: MPIOM: current date: 2100-09-03 13:30:00 begin of timestep (day): 19 (run): 7859 0: MPIOM: current date: 2100-09-03 14:15:00 begin of timestep (day): 20 (run): 7860 0: MPIOM: current date: 2100-09-03 15:00:00 begin of timestep (day): 21 (run): 7861 0: MPIOM: current date: 2100-09-03 15:45:00 begin of timestep (day): 22 (run): 7862 0: MPIOM: current date: 2100-09-03 16:30:00 begin of timestep (day): 23 (run): 7863 384: Radiation calculated for : 3. Sep 2100 11:56:15 384: Greenhouse gas concentrations 3. Sep 2100 11:56:15 CO2 = 1137.5658 CH4 = 2413.26 N2O = 391.878 CFC = 51.20 208.27 0: MPIOM: current date: 2100-09-03 17:15:00 begin of timestep (day): 24 (run): 7864 0: MPIOM: current date: 2100-09-03 18:00:00 begin of timestep (day): 25 (run): 7865 0: MPIOM: current date: 2100-09-03 18:45:00 begin of timestep (day): 26 (run): 7866 384: Radiation calculated for : 3. Sep 2100 13:56:15 0: MPIOM: current date: 2100-09-03 19:30:00 begin of timestep (day): 27 (run): 7867 384: Greenhouse gas concentrations 3. Sep 2100 13:56:15 CO2 = 1137.5689 CH4 = 2413.26 N2O = 391.878 CFC = 51.20 208.27 0: MPIOM: current date: 2100-09-03 20:15:00 begin of timestep (day): 28 (run): 7868 0: MPIOM: current date: 2100-09-03 21:00:00 begin of timestep (day): 29 (run): 7869 0: MPIOM: current date: 2100-09-03 21:45:00 begin of timestep (day): 30 (run): 7870 384: Radiation calculated for : 3. Sep 2100 15:56:15 0: MPIOM: current date: 2100-09-03 22:30:00 begin of timestep (day): 31 (run): 7871 384: Greenhouse gas concentrations 3. Sep 2100 15:56:15 CO2 = 1137.5720 CH4 = 2413.25 N2O = 391.878 CFC = 51.20 208.27 0: MPIOM: current date: 2100-09-03 23:15:00 begin of timestep (day): 32 (run): 7872 0: MPIOM: current date: 2100-09-04 00:00:00 begin of timestep (day): 1 (run): 7873 384: Radiation calculated for : 3. Sep 2100 17:56:15 384: Greenhouse gas concentrations 3. Sep 2100 17:56:15 CO2 = 1137.5751 CH4 = 2413.25 N2O = 391.878 CFC = 51.20 208.27 384: Radiation calculated for : 3. Sep 2100 19:56:15 384: Greenhouse gas concentrations 3. Sep 2100 19:56:15 CO2 = 1137.5782 CH4 = 2413.25 N2O = 391.878 CFC = 51.20 208.27 384: Radiation calculated for : 3. Sep 2100 21:56:15 384: Greenhouse gas concentrations 3. Sep 2100 21:56:15 CO2 = 1137.5814 CH4 = 2413.25 N2O = 391.878 CFC = 51.20 208.27 384: Radiation calculated for : 3. Sep 2100 23:56:15 384: Greenhouse gas concentrations 3. Sep 2100 23:56:15 CO2 = 1137.5845 CH4 = 2413.24 N2O = 391.878 CFC = 51.19 208.27 384: hydrology_model: Water budget change: 1.013278961181641E-006 m3/s 384: hydrology_model: global discharge: 1093622.32040720 m3/s 384: hydrology_model: precip-evap (on ocean): -1368928.04142138 m3/s 384: water_budget_corr: P-E correction: -25872.0303141566 m3/s 384: water_budget_corr: slm/slf residuum: 35431.8959067793 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1450.14112456941 m3/s 384: water_budget_corr: awfre corrected: -1393349.93061097 m3/s 384: water_budget_corr: river discharge: 1093622.32040720 m3/s 384: water_budget_corr: water to ocean: -299727.610203757 m3/s 384: Write GRIB1 output for : 3. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.403487907848976E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1054.90912564465 , n2 = 801999.999841194 , o2 = 0: 196799.999571558 0: MPIOM: current date: 2100-09-04 00:45:00 begin of timestep (day): 2 (run): 7874 0: MPIOM: current date: 2100-09-04 01:30:00 begin of timestep (day): 3 (run): 7875 384: Radiation calculated for : 4. Sep 2100 01:56:15 384: Greenhouse gas concentrations 4. Sep 2100 01:56:15 CO2 = 1137.5876 CH4 = 2413.24 N2O = 391.878 CFC = 51.19 208.27 0: MPIOM: current date: 2100-09-04 02:15:00 begin of timestep (day): 4 (run): 7876 0: MPIOM: current date: 2100-09-04 03:00:00 begin of timestep (day): 5 (run): 7877 0: MPIOM: current date: 2100-09-04 03:45:00 begin of timestep (day): 6 (run): 7878 0: MPIOM: current date: 2100-09-04 04:30:00 begin of timestep (day): 7 (run): 7879 384: Radiation calculated for : 4. Sep 2100 03:56:15 384: Greenhouse gas concentrations 4. Sep 2100 03:56:15 CO2 = 1137.5907 CH4 = 2413.24 N2O = 391.878 CFC = 51.19 208.27 0: MPIOM: current date: 2100-09-04 05:15:00 begin of timestep (day): 8 (run): 7880 0: MPIOM: current date: 2100-09-04 06:00:00 begin of timestep (day): 9 (run): 7881 0: MPIOM: current date: 2100-09-04 06:45:00 begin of timestep (day): 10 (run): 7882 0: MPIOM: current date: 2100-09-04 07:30:00 begin of timestep (day): 11 (run): 7883 384: Radiation calculated for : 4. Sep 2100 05:56:15 384: Greenhouse gas concentrations 4. Sep 2100 05:56:15 CO2 = 1137.5938 CH4 = 2413.24 N2O = 391.878 CFC = 51.19 208.27 0: MPIOM: current date: 2100-09-04 08:15:00 begin of timestep (day): 12 (run): 7884 0: MPIOM: current date: 2100-09-04 09:00:00 begin of timestep (day): 13 (run): 7885 0: MPIOM: current date: 2100-09-04 09:45:00 begin of timestep (day): 14 (run): 7886 0: MPIOM: current date: 2100-09-04 10:30:00 begin of timestep (day): 15 (run): 7887 384: Radiation calculated for : 4. Sep 2100 07:56:15 384: Greenhouse gas concentrations 4. Sep 2100 07:56:15 CO2 = 1137.5969 CH4 = 2413.23 N2O = 391.879 CFC = 51.19 208.27 0: MPIOM: current date: 2100-09-04 11:15:00 begin of timestep (day): 16 (run): 7888 0: MPIOM: current date: 2100-09-04 12:00:00 begin of timestep (day): 17 (run): 7889 0: MPIOM: current date: 2100-09-04 12:45:00 begin of timestep (day): 18 (run): 7890 0: MPIOM: current date: 2100-09-04 13:30:00 begin of timestep (day): 19 (run): 7891 384: Radiation calculated for : 4. Sep 2100 09:56:15 384: Greenhouse gas concentrations 4. Sep 2100 09:56:15 CO2 = 1137.6001 CH4 = 2413.23 N2O = 391.879 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-04 14:15:00 begin of timestep (day): 20 (run): 7892 0: MPIOM: current date: 2100-09-04 15:00:00 begin of timestep (day): 21 (run): 7893 0: MPIOM: current date: 2100-09-04 15:45:00 begin of timestep (day): 22 (run): 7894 0: MPIOM: current date: 2100-09-04 16:30:00 begin of timestep (day): 23 (run): 7895 384: Radiation calculated for : 4. Sep 2100 11:56:15 384: Greenhouse gas concentrations 4. Sep 2100 11:56:15 CO2 = 1137.6032 CH4 = 2413.23 N2O = 391.879 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-04 17:15:00 begin of timestep (day): 24 (run): 7896 0: MPIOM: current date: 2100-09-04 18:00:00 begin of timestep (day): 25 (run): 7897 0: MPIOM: current date: 2100-09-04 18:45:00 begin of timestep (day): 26 (run): 7898 0: MPIOM: current date: 2100-09-04 19:30:00 begin of timestep (day): 27 (run): 7899 384: Radiation calculated for : 4. Sep 2100 13:56:15 384: Greenhouse gas concentrations 4. Sep 2100 13:56:15 CO2 = 1137.6063 CH4 = 2413.22 N2O = 391.879 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-04 20:15:00 begin of timestep (day): 28 (run): 7900 0: MPIOM: current date: 2100-09-04 21:00:00 begin of timestep (day): 29 (run): 7901 0: MPIOM: current date: 2100-09-04 21:45:00 begin of timestep (day): 30 (run): 7902 0: MPIOM: current date: 2100-09-04 22:30:00 begin of timestep (day): 31 (run): 7903 384: Radiation calculated for : 4. Sep 2100 15:56:15 384: Greenhouse gas concentrations 4. Sep 2100 15:56:15 CO2 = 1137.6094 CH4 = 2413.22 N2O = 391.879 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-04 23:15:00 begin of timestep (day): 32 (run): 7904 0: MPIOM: current date: 2100-09-05 00:00:00 begin of timestep (day): 1 (run): 7905 384: Radiation calculated for : 4. Sep 2100 17:56:15 384: Greenhouse gas concentrations 4. Sep 2100 17:56:15 CO2 = 1137.6125 CH4 = 2413.22 N2O = 391.879 CFC = 51.19 208.26 384: Radiation calculated for : 4. Sep 2100 19:56:15 384: Greenhouse gas concentrations 4. Sep 2100 19:56:15 CO2 = 1137.6156 CH4 = 2413.22 N2O = 391.879 CFC = 51.19 208.26 384: Radiation calculated for : 4. Sep 2100 21:56:15 384: Greenhouse gas concentrations 4. Sep 2100 21:56:15 CO2 = 1137.6188 CH4 = 2413.21 N2O = 391.879 CFC = 51.19 208.26 384: Radiation calculated for : 4. Sep 2100 23:56:15 384: Greenhouse gas concentrations 4. Sep 2100 23:56:15 CO2 = 1137.6219 CH4 = 2413.21 N2O = 391.879 CFC = 51.19 208.26 384: hydrology_model: Water budget change: -5.960464477539062E-007 m3/s 384: hydrology_model: global discharge: 1097598.68731598 m3/s 384: hydrology_model: precip-evap (on ocean): -1518988.48695552 m3/s 384: water_budget_corr: P-E correction: -71981.8154583580 m3/s 384: water_budget_corr: slm/slf residuum: 9936.99652611983 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2389.03696052750 m3/s 384: water_budget_corr: awfre corrected: -1588581.26545335 m3/s 384: water_budget_corr: river discharge: 1097598.68731598 m3/s 384: water_budget_corr: water to ocean: -490982.578137375 m3/s 384: Write GRIB1 output for : 4. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.031321956349426E-011 kg m-2 s-1 0: co2 = 1054.99993459038 , n2 = 801999.999870749 , o2 = 0: 196799.999670062 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-05 00:45:00 begin of timestep (day): 2 (run): 7906 0: MPIOM: current date: 2100-09-05 01:30:00 begin of timestep (day): 3 (run): 7907 384: Radiation calculated for : 5. Sep 2100 01:56:15 384: Greenhouse gas concentrations 5. Sep 2100 01:56:15 CO2 = 1137.6250 CH4 = 2413.21 N2O = 391.879 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-05 02:15:00 begin of timestep (day): 4 (run): 7908 0: MPIOM: current date: 2100-09-05 03:00:00 begin of timestep (day): 5 (run): 7909 0: MPIOM: current date: 2100-09-05 03:45:00 begin of timestep (day): 6 (run): 7910 0: MPIOM: current date: 2100-09-05 04:30:00 begin of timestep (day): 7 (run): 7911 384: Radiation calculated for : 5. Sep 2100 03:56:15 384: Greenhouse gas concentrations 5. Sep 2100 03:56:15 CO2 = 1137.6281 CH4 = 2413.21 N2O = 391.880 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-05 05:15:00 begin of timestep (day): 8 (run): 7912 0: MPIOM: current date: 2100-09-05 06:00:00 begin of timestep (day): 9 (run): 7913 0: MPIOM: current date: 2100-09-05 06:45:00 begin of timestep (day): 10 (run): 7914 0: MPIOM: current date: 2100-09-05 07:30:00 begin of timestep (day): 11 (run): 7915 384: Radiation calculated for : 5. Sep 2100 05:56:15 384: Greenhouse gas concentrations 5. Sep 2100 05:56:15 CO2 = 1137.6312 CH4 = 2413.20 N2O = 391.880 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-05 08:15:00 begin of timestep (day): 12 (run): 7916 0: MPIOM: current date: 2100-09-05 09:00:00 begin of timestep (day): 13 (run): 7917 0: MPIOM: current date: 2100-09-05 09:45:00 begin of timestep (day): 14 (run): 7918 0: MPIOM: current date: 2100-09-05 10:30:00 begin of timestep (day): 15 (run): 7919 384: Radiation calculated for : 5. Sep 2100 07:56:15 384: Greenhouse gas concentrations 5. Sep 2100 07:56:15 CO2 = 1137.6343 CH4 = 2413.20 N2O = 391.880 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-05 11:15:00 begin of timestep (day): 16 (run): 7920 0: MPIOM: current date: 2100-09-05 12:00:00 begin of timestep (day): 17 (run): 7921 0: MPIOM: current date: 2100-09-05 12:45:00 begin of timestep (day): 18 (run): 7922 0: MPIOM: current date: 2100-09-05 13:30:00 begin of timestep (day): 19 (run): 7923 384: Radiation calculated for : 5. Sep 2100 09:56:15 384: Greenhouse gas concentrations 5. Sep 2100 09:56:15 CO2 = 1137.6375 CH4 = 2413.20 N2O = 391.880 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-05 14:15:00 begin of timestep (day): 20 (run): 7924 0: MPIOM: current date: 2100-09-05 15:00:00 begin of timestep (day): 21 (run): 7925 0: MPIOM: current date: 2100-09-05 15:45:00 begin of timestep (day): 22 (run): 7926 384: Radiation calculated for : 5. Sep 2100 11:56:15 384: Greenhouse gas concentrations 5. Sep 2100 11:56:15 CO2 = 1137.6406 CH4 = 2413.19 N2O = 391.880 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-05 16:30:00 begin of timestep (day): 23 (run): 7927 0: MPIOM: current date: 2100-09-05 17:15:00 begin of timestep (day): 24 (run): 7928 0: MPIOM: current date: 2100-09-05 18:00:00 begin of timestep (day): 25 (run): 7929 0: MPIOM: current date: 2100-09-05 18:45:00 begin of timestep (day): 26 (run): 7930 384: Radiation calculated for : 5. Sep 2100 13:56:15 384: Greenhouse gas concentrations 5. Sep 2100 13:56:15 CO2 = 1137.6437 CH4 = 2413.19 N2O = 391.880 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-05 19:30:00 begin of timestep (day): 27 (run): 7931 0: MPIOM: current date: 2100-09-05 20:15:00 begin of timestep (day): 28 (run): 7932 0: MPIOM: current date: 2100-09-05 21:00:00 begin of timestep (day): 29 (run): 7933 0: MPIOM: current date: 2100-09-05 21:45:00 begin of timestep (day): 30 (run): 7934 384: Radiation calculated for : 5. Sep 2100 15:56:15 384: Greenhouse gas concentrations 5. Sep 2100 15:56:15 CO2 = 1137.6468 CH4 = 2413.19 N2O = 391.880 CFC = 51.19 208.26 0: MPIOM: current date: 2100-09-05 22:30:00 begin of timestep (day): 31 (run): 7935 0: MPIOM: current date: 2100-09-05 23:15:00 begin of timestep (day): 32 (run): 7936 0: MPIOM: current date: 2100-09-06 00:00:00 begin of timestep (day): 1 (run): 7937 384: Radiation calculated for : 5. Sep 2100 17:56:15 384: Greenhouse gas concentrations 5. Sep 2100 17:56:15 CO2 = 1137.6499 CH4 = 2413.19 N2O = 391.880 CFC = 51.19 208.26 384: Radiation calculated for : 5. Sep 2100 19:56:15 384: Greenhouse gas concentrations 5. Sep 2100 19:56:15 CO2 = 1137.6530 CH4 = 2413.18 N2O = 391.880 CFC = 51.19 208.26 384: Radiation calculated for : 5. Sep 2100 21:56:15 384: Greenhouse gas concentrations 5. Sep 2100 21:56:15 CO2 = 1137.6561 CH4 = 2413.18 N2O = 391.881 CFC = 51.19 208.25 384: Radiation calculated for : 5. Sep 2100 23:56:15 384: Greenhouse gas concentrations 5. Sep 2100 23:56:15 CO2 = 1137.6593 CH4 = 2413.18 N2O = 391.881 CFC = 51.19 208.25 384: hydrology_model: Water budget change: -1.192092895507812E-006 m3/s 384: hydrology_model: global discharge: 1090060.93849027 m3/s 384: hydrology_model: precip-evap (on ocean): -1098715.41451353 m3/s 384: water_budget_corr: P-E correction: -77166.9519506554 m3/s 384: water_budget_corr: slm/slf residuum: 61220.9093598158 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1505.26560998483 m3/s 384: water_budget_corr: awfre corrected: -1174377.10085422 m3/s 384: water_budget_corr: river discharge: 1090060.93849027 m3/s 384: water_budget_corr: water to ocean: -84316.1623639381 m3/s 384: Write GRIB1 output for : 5. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 7.084641486352339E-011 kg m-2 s-1 0: co2 = 1055.05414382688 , n2 = 801999.999916124 , o2 = 0: 196799.999761651 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-06 00:45:00 begin of timestep (day): 2 (run): 7938 0: MPIOM: current date: 2100-09-06 01:30:00 begin of timestep (day): 3 (run): 7939 384: Radiation calculated for : 6. Sep 2100 01:56:15 384: Greenhouse gas concentrations 6. Sep 2100 01:56:15 CO2 = 1137.6624 CH4 = 2413.18 N2O = 391.881 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-06 02:15:00 begin of timestep (day): 4 (run): 7940 0: MPIOM: current date: 2100-09-06 03:00:00 begin of timestep (day): 5 (run): 7941 0: MPIOM: current date: 2100-09-06 03:45:00 begin of timestep (day): 6 (run): 7942 0: MPIOM: current date: 2100-09-06 04:30:00 begin of timestep (day): 7 (run): 7943 384: Radiation calculated for : 6. Sep 2100 03:56:15 384: Greenhouse gas concentrations 6. Sep 2100 03:56:15 CO2 = 1137.6655 CH4 = 2413.17 N2O = 391.881 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-06 05:15:00 begin of timestep (day): 8 (run): 7944 0: MPIOM: current date: 2100-09-06 06:00:00 begin of timestep (day): 9 (run): 7945 0: MPIOM: current date: 2100-09-06 06:45:00 begin of timestep (day): 10 (run): 7946 384: Radiation calculated for : 6. Sep 2100 05:56:15 384: Greenhouse gas concentrations 6. Sep 2100 05:56:15 CO2 = 1137.6686 CH4 = 2413.17 N2O = 391.881 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-06 07:30:00 begin of timestep (day): 11 (run): 7947 0: MPIOM: current date: 2100-09-06 08:15:00 begin of timestep (day): 12 (run): 7948 0: MPIOM: current date: 2100-09-06 09:00:00 begin of timestep (day): 13 (run): 7949 0: MPIOM: current date: 2100-09-06 09:45:00 begin of timestep (day): 14 (run): 7950 384: Radiation calculated for : 6. Sep 2100 07:56:15 384: Greenhouse gas concentrations 6. Sep 2100 07:56:15 CO2 = 1137.6717 CH4 = 2413.17 N2O = 391.881 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-06 10:30:00 begin of timestep (day): 15 (run): 7951 0: MPIOM: current date: 2100-09-06 11:15:00 begin of timestep (day): 16 (run): 7952 0: MPIOM: current date: 2100-09-06 12:00:00 begin of timestep (day): 17 (run): 7953 0: MPIOM: current date: 2100-09-06 12:45:00 begin of timestep (day): 18 (run): 7954 384: Radiation calculated for : 6. Sep 2100 09:56:15 384: Greenhouse gas concentrations 6. Sep 2100 09:56:15 CO2 = 1137.6748 CH4 = 2413.16 N2O = 391.881 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-06 13:30:00 begin of timestep (day): 19 (run): 7955 0: MPIOM: current date: 2100-09-06 14:15:00 begin of timestep (day): 20 (run): 7956 0: MPIOM: current date: 2100-09-06 15:00:00 begin of timestep (day): 21 (run): 7957 0: MPIOM: current date: 2100-09-06 15:45:00 begin of timestep (day): 22 (run): 7958 384: Radiation calculated for : 6. Sep 2100 11:56:15 384: Greenhouse gas concentrations 6. Sep 2100 11:56:15 CO2 = 1137.6780 CH4 = 2413.16 N2O = 391.881 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-06 16:30:00 begin of timestep (day): 23 (run): 7959 0: MPIOM: current date: 2100-09-06 17:15:00 begin of timestep (day): 24 (run): 7960 0: MPIOM: current date: 2100-09-06 18:00:00 begin of timestep (day): 25 (run): 7961 0: MPIOM: current date: 2100-09-06 18:45:00 begin of timestep (day): 26 (run): 7962 384: Radiation calculated for : 6. Sep 2100 13:56:15 0: MPIOM: current date: 2100-09-06 19:30:00 begin of timestep (day): 27 (run): 7963 384: Greenhouse gas concentrations 6. Sep 2100 13:56:15 CO2 = 1137.6811 CH4 = 2413.16 N2O = 391.881 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-06 20:15:00 begin of timestep (day): 28 (run): 7964 0: MPIOM: current date: 2100-09-06 21:00:00 begin of timestep (day): 29 (run): 7965 0: MPIOM: current date: 2100-09-06 21:45:00 begin of timestep (day): 30 (run): 7966 0: MPIOM: current date: 2100-09-06 22:30:00 begin of timestep (day): 31 (run): 7967 384: Radiation calculated for : 6. Sep 2100 15:56:15 384: Greenhouse gas concentrations 6. Sep 2100 15:56:15 CO2 = 1137.6842 CH4 = 2413.16 N2O = 391.881 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-06 23:15:00 begin of timestep (day): 32 (run): 7968 0: MPIOM: current date: 2100-09-07 00:00:00 begin of timestep (day): 1 (run): 7969 384: Radiation calculated for : 6. Sep 2100 17:56:15 384: Greenhouse gas concentrations 6. Sep 2100 17:56:15 CO2 = 1137.6873 CH4 = 2413.15 N2O = 391.882 CFC = 51.19 208.25 384: Radiation calculated for : 6. Sep 2100 19:56:15 384: Greenhouse gas concentrations 6. Sep 2100 19:56:15 CO2 = 1137.6904 CH4 = 2413.15 N2O = 391.882 CFC = 51.19 208.25 384: Radiation calculated for : 6. Sep 2100 21:56:15 384: Greenhouse gas concentrations 6. Sep 2100 21:56:15 CO2 = 1137.6935 CH4 = 2413.15 N2O = 391.882 CFC = 51.19 208.25 384: Radiation calculated for : 6. Sep 2100 23:56:15 384: Greenhouse gas concentrations 6. Sep 2100 23:56:15 CO2 = 1137.6967 CH4 = 2413.14 N2O = 391.882 CFC = 51.19 208.25 384: hydrology_model: Water budget change: 2.235174179077148E-006 m3/s 384: hydrology_model: global discharge: 1080323.14010312 m3/s 384: hydrology_model: precip-evap (on ocean): -995681.760124094 m3/s 384: water_budget_corr: P-E correction: -11559.2972609733 m3/s 384: water_budget_corr: slm/slf residuum: 24515.3601683305 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2000.79089115061 m3/s 384: water_budget_corr: awfre corrected: -1005240.26649391 m3/s 384: water_budget_corr: river discharge: 1080323.14010312 m3/s 384: water_budget_corr: water to ocean: 75082.8736092027 m3/s 384: Write GRIB1 output for : 6. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.12614319493 , n2 = 801999.999946859 , o2 = 0: 196799.999839004 384: CO2 flux correction (global): 1.745103187760087E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-07 00:45:00 begin of timestep (day): 2 (run): 7970 0: MPIOM: current date: 2100-09-07 01:30:00 begin of timestep (day): 3 (run): 7971 384: Radiation calculated for : 7. Sep 2100 01:56:15 384: Greenhouse gas concentrations 7. Sep 2100 01:56:15 CO2 = 1137.6998 CH4 = 2413.14 N2O = 391.882 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-07 02:15:00 begin of timestep (day): 4 (run): 7972 0: MPIOM: current date: 2100-09-07 03:00:00 begin of timestep (day): 5 (run): 7973 0: MPIOM: current date: 2100-09-07 03:45:00 begin of timestep (day): 6 (run): 7974 0: MPIOM: current date: 2100-09-07 04:30:00 begin of timestep (day): 7 (run): 7975 384: Radiation calculated for : 7. Sep 2100 03:56:15 384: Greenhouse gas concentrations 7. Sep 2100 03:56:15 CO2 = 1137.7029 CH4 = 2413.14 N2O = 391.882 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-07 05:15:00 begin of timestep (day): 8 (run): 7976 0: MPIOM: current date: 2100-09-07 06:00:00 begin of timestep (day): 9 (run): 7977 0: MPIOM: current date: 2100-09-07 06:45:00 begin of timestep (day): 10 (run): 7978 0: MPIOM: current date: 2100-09-07 07:30:00 begin of timestep (day): 11 (run): 7979 384: Radiation calculated for : 7. Sep 2100 05:56:15 384: Greenhouse gas concentrations 7. Sep 2100 05:56:15 CO2 = 1137.7060 CH4 = 2413.14 N2O = 391.882 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-07 08:15:00 begin of timestep (day): 12 (run): 7980 0: MPIOM: current date: 2100-09-07 09:00:00 begin of timestep (day): 13 (run): 7981 0: MPIOM: current date: 2100-09-07 09:45:00 begin of timestep (day): 14 (run): 7982 0: MPIOM: current date: 2100-09-07 10:30:00 begin of timestep (day): 15 (run): 7983 384: Radiation calculated for : 7. Sep 2100 07:56:15 384: Greenhouse gas concentrations 7. Sep 2100 07:56:15 CO2 = 1137.7091 CH4 = 2413.13 N2O = 391.882 CFC = 51.19 208.25 0: MPIOM: current date: 2100-09-07 11:15:00 begin of timestep (day): 16 (run): 7984 0: MPIOM: current date: 2100-09-07 12:00:00 begin of timestep (day): 17 (run): 7985 0: MPIOM: current date: 2100-09-07 12:45:00 begin of timestep (day): 18 (run): 7986 0: MPIOM: current date: 2100-09-07 13:30:00 begin of timestep (day): 19 (run): 7987 384: Radiation calculated for : 7. Sep 2100 09:56:15 384: Greenhouse gas concentrations 7. Sep 2100 09:56:15 CO2 = 1137.7122 CH4 = 2413.13 N2O = 391.882 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-07 14:15:00 begin of timestep (day): 20 (run): 7988 0: MPIOM: current date: 2100-09-07 15:00:00 begin of timestep (day): 21 (run): 7989 0: MPIOM: current date: 2100-09-07 15:45:00 begin of timestep (day): 22 (run): 7990 0: MPIOM: current date: 2100-09-07 16:30:00 begin of timestep (day): 23 (run): 7991 384: Radiation calculated for : 7. Sep 2100 11:56:15 384: Greenhouse gas concentrations 7. Sep 2100 11:56:15 CO2 = 1137.7154 CH4 = 2413.13 N2O = 391.882 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-07 17:15:00 begin of timestep (day): 24 (run): 7992 0: MPIOM: current date: 2100-09-07 18:00:00 begin of timestep (day): 25 (run): 7993 0: MPIOM: current date: 2100-09-07 18:45:00 begin of timestep (day): 26 (run): 7994 384: Radiation calculated for : 7. Sep 2100 13:56:15 0: MPIOM: current date: 2100-09-07 19:30:00 begin of timestep (day): 27 (run): 7995 384: Greenhouse gas concentrations 7. Sep 2100 13:56:15 CO2 = 1137.7185 CH4 = 2413.13 N2O = 391.883 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-07 20:15:00 begin of timestep (day): 28 (run): 7996 0: MPIOM: current date: 2100-09-07 21:00:00 begin of timestep (day): 29 (run): 7997 0: MPIOM: current date: 2100-09-07 21:45:00 begin of timestep (day): 30 (run): 7998 0: MPIOM: current date: 2100-09-07 22:30:00 begin of timestep (day): 31 (run): 7999 384: Radiation calculated for : 7. Sep 2100 15:56:15 384: Greenhouse gas concentrations 7. Sep 2100 15:56:15 CO2 = 1137.7216 CH4 = 2413.12 N2O = 391.883 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-07 23:15:00 begin of timestep (day): 32 (run): 8000 0: MPIOM: current date: 2100-09-08 00:00:00 begin of timestep (day): 1 (run): 8001 384: Radiation calculated for : 7. Sep 2100 17:56:15 384: Greenhouse gas concentrations 7. Sep 2100 17:56:15 CO2 = 1137.7247 CH4 = 2413.12 N2O = 391.883 CFC = 51.18 208.24 384: Radiation calculated for : 7. Sep 2100 19:56:15 384: Greenhouse gas concentrations 7. Sep 2100 19:56:15 CO2 = 1137.7278 CH4 = 2413.12 N2O = 391.883 CFC = 51.18 208.24 384: Radiation calculated for : 7. Sep 2100 21:56:15 384: Greenhouse gas concentrations 7. Sep 2100 21:56:15 CO2 = 1137.7309 CH4 = 2413.11 N2O = 391.883 CFC = 51.18 208.24 384: Radiation calculated for : 7. Sep 2100 23:56:15 384: Greenhouse gas concentrations 7. Sep 2100 23:56:15 CO2 = 1137.7341 CH4 = 2413.11 N2O = 391.883 CFC = 51.18 208.24 384: hydrology_model: Water budget change: -1.817941665649414E-006 m3/s 384: hydrology_model: global discharge: 1076340.84113151 m3/s 384: hydrology_model: precip-evap (on ocean): -1240446.25156370 m3/s 384: water_budget_corr: P-E correction: -31090.9599700882 m3/s 384: water_budget_corr: slm/slf residuum: 40604.8111661241 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2059.99325293590 m3/s 384: water_budget_corr: awfre corrected: -1269477.21828085 m3/s 384: water_budget_corr: river discharge: 1076340.84113151 m3/s 384: water_budget_corr: water to ocean: -193136.377149337 m3/s 384: Write GRIB1 output for : 7. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.17454429627 , n2 = 801999.999977759 , o2 = 0: 196800.000001311 384: CO2 flux correction (global): 2.724594330422072E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-08 00:45:00 begin of timestep (day): 2 (run): 8002 0: MPIOM: current date: 2100-09-08 01:30:00 begin of timestep (day): 3 (run): 8003 384: Radiation calculated for : 8. Sep 2100 01:56:15 384: Greenhouse gas concentrations 8. Sep 2100 01:56:15 CO2 = 1137.7372 CH4 = 2413.11 N2O = 391.883 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-08 02:15:00 begin of timestep (day): 4 (run): 8004 0: MPIOM: current date: 2100-09-08 03:00:00 begin of timestep (day): 5 (run): 8005 0: MPIOM: current date: 2100-09-08 03:45:00 begin of timestep (day): 6 (run): 8006 0: MPIOM: current date: 2100-09-08 04:30:00 begin of timestep (day): 7 (run): 8007 384: Radiation calculated for : 8. Sep 2100 03:56:15 384: Greenhouse gas concentrations 8. Sep 2100 03:56:15 CO2 = 1137.7403 CH4 = 2413.11 N2O = 391.883 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-08 05:15:00 begin of timestep (day): 8 (run): 8008 0: MPIOM: current date: 2100-09-08 06:00:00 begin of timestep (day): 9 (run): 8009 0: MPIOM: current date: 2100-09-08 06:45:00 begin of timestep (day): 10 (run): 8010 0: MPIOM: current date: 2100-09-08 07:30:00 begin of timestep (day): 11 (run): 8011 384: Radiation calculated for : 8. Sep 2100 05:56:15 384: Greenhouse gas concentrations 8. Sep 2100 05:56:15 CO2 = 1137.7434 CH4 = 2413.10 N2O = 391.883 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-08 08:15:00 begin of timestep (day): 12 (run): 8012 0: MPIOM: current date: 2100-09-08 09:00:00 begin of timestep (day): 13 (run): 8013 0: MPIOM: current date: 2100-09-08 09:45:00 begin of timestep (day): 14 (run): 8014 0: MPIOM: current date: 2100-09-08 10:30:00 begin of timestep (day): 15 (run): 8015 384: Radiation calculated for : 8. Sep 2100 07:56:15 384: Greenhouse gas concentrations 8. Sep 2100 07:56:15 CO2 = 1137.7465 CH4 = 2413.10 N2O = 391.884 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-08 11:15:00 begin of timestep (day): 16 (run): 8016 0: MPIOM: current date: 2100-09-08 12:00:00 begin of timestep (day): 17 (run): 8017 0: MPIOM: current date: 2100-09-08 12:45:00 begin of timestep (day): 18 (run): 8018 0: MPIOM: current date: 2100-09-08 13:30:00 begin of timestep (day): 19 (run): 8019 384: Radiation calculated for : 8. Sep 2100 09:56:15 384: Greenhouse gas concentrations 8. Sep 2100 09:56:15 CO2 = 1137.7496 CH4 = 2413.10 N2O = 391.884 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-08 14:15:00 begin of timestep (day): 20 (run): 8020 0: MPIOM: current date: 2100-09-08 15:00:00 begin of timestep (day): 21 (run): 8021 0: MPIOM: current date: 2100-09-08 15:45:00 begin of timestep (day): 22 (run): 8022 0: MPIOM: current date: 2100-09-08 16:30:00 begin of timestep (day): 23 (run): 8023 384: Radiation calculated for : 8. Sep 2100 11:56:15 384: Greenhouse gas concentrations 8. Sep 2100 11:56:15 CO2 = 1137.7528 CH4 = 2413.10 N2O = 391.884 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-08 17:15:00 begin of timestep (day): 24 (run): 8024 0: MPIOM: current date: 2100-09-08 18:00:00 begin of timestep (day): 25 (run): 8025 0: MPIOM: current date: 2100-09-08 18:45:00 begin of timestep (day): 26 (run): 8026 0: MPIOM: current date: 2100-09-08 19:30:00 begin of timestep (day): 27 (run): 8027 384: Radiation calculated for : 8. Sep 2100 13:56:15 384: Greenhouse gas concentrations 8. Sep 2100 13:56:15 CO2 = 1137.7559 CH4 = 2413.09 N2O = 391.884 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-08 20:15:00 begin of timestep (day): 28 (run): 8028 0: MPIOM: current date: 2100-09-08 21:00:00 begin of timestep (day): 29 (run): 8029 0: MPIOM: current date: 2100-09-08 21:45:00 begin of timestep (day): 30 (run): 8030 0: MPIOM: current date: 2100-09-08 22:30:00 begin of timestep (day): 31 (run): 8031 384: Radiation calculated for : 8. Sep 2100 15:56:15 384: Greenhouse gas concentrations 8. Sep 2100 15:56:15 CO2 = 1137.7590 CH4 = 2413.09 N2O = 391.884 CFC = 51.18 208.24 0: MPIOM: current date: 2100-09-08 23:15:00 begin of timestep (day): 32 (run): 8032 0: MPIOM: current date: 2100-09-09 00:00:00 begin of timestep (day): 1 (run): 8033 384: Radiation calculated for : 8. Sep 2100 17:56:15 384: Greenhouse gas concentrations 8. Sep 2100 17:56:15 CO2 = 1137.7621 CH4 = 2413.09 N2O = 391.884 CFC = 51.18 208.24 384: Radiation calculated for : 8. Sep 2100 19:56:15 384: Greenhouse gas concentrations 8. Sep 2100 19:56:15 CO2 = 1137.7652 CH4 = 2413.08 N2O = 391.884 CFC = 51.18 208.24 384: Radiation calculated for : 8. Sep 2100 21:56:15 384: Greenhouse gas concentrations 8. Sep 2100 21:56:15 CO2 = 1137.7683 CH4 = 2413.08 N2O = 391.884 CFC = 51.18 208.23 384: Radiation calculated for : 8. Sep 2100 23:56:15 384: Greenhouse gas concentrations 8. Sep 2100 23:56:15 CO2 = 1137.7715 CH4 = 2413.08 N2O = 391.884 CFC = 51.18 208.23 384: hydrology_model: Water budget change: 4.172325134277344E-007 m3/s 384: hydrology_model: global discharge: 1085254.96291936 m3/s 384: hydrology_model: precip-evap (on ocean): -599883.671015221 m3/s 384: water_budget_corr: P-E correction: -24228.7015327506 m3/s 384: water_budget_corr: slm/slf residuum: 84312.7269278112 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2398.44567073712 m3/s 384: water_budget_corr: awfre corrected: -621713.926877236 m3/s 384: water_budget_corr: river discharge: 1085254.96291936 m3/s 384: water_budget_corr: water to ocean: 463541.036042117 m3/s 384: Write GRIB1 output for : 8. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.318806551323533E-010 kg m-2 s-1 0: co2 = 1055.25394766727 , n2 = 801999.999984536 , o2 = 0: 196800.000012141 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-09 00:45:00 begin of timestep (day): 2 (run): 8034 0: MPIOM: current date: 2100-09-09 01:30:00 begin of timestep (day): 3 (run): 8035 384: Radiation calculated for : 9. Sep 2100 01:56:15 384: Greenhouse gas concentrations 9. Sep 2100 01:56:15 CO2 = 1137.7746 CH4 = 2413.08 N2O = 391.884 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-09 02:15:00 begin of timestep (day): 4 (run): 8036 0: MPIOM: current date: 2100-09-09 03:00:00 begin of timestep (day): 5 (run): 8037 0: MPIOM: current date: 2100-09-09 03:45:00 begin of timestep (day): 6 (run): 8038 0: MPIOM: current date: 2100-09-09 04:30:00 begin of timestep (day): 7 (run): 8039 384: Radiation calculated for : 9. Sep 2100 03:56:15 384: Greenhouse gas concentrations 9. Sep 2100 03:56:15 CO2 = 1137.7777 CH4 = 2413.07 N2O = 391.885 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-09 05:15:00 begin of timestep (day): 8 (run): 8040 0: MPIOM: current date: 2100-09-09 06:00:00 begin of timestep (day): 9 (run): 8041 0: MPIOM: current date: 2100-09-09 06:45:00 begin of timestep (day): 10 (run): 8042 0: MPIOM: current date: 2100-09-09 07:30:00 begin of timestep (day): 11 (run): 8043 384: Radiation calculated for : 9. Sep 2100 05:56:15 384: Greenhouse gas concentrations 9. Sep 2100 05:56:15 CO2 = 1137.7808 CH4 = 2413.07 N2O = 391.885 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-09 08:15:00 begin of timestep (day): 12 (run): 8044 0: MPIOM: current date: 2100-09-09 09:00:00 begin of timestep (day): 13 (run): 8045 0: MPIOM: current date: 2100-09-09 09:45:00 begin of timestep (day): 14 (run): 8046 0: MPIOM: current date: 2100-09-09 10:30:00 begin of timestep (day): 15 (run): 8047 384: Radiation calculated for : 9. Sep 2100 07:56:15 384: Greenhouse gas concentrations 9. Sep 2100 07:56:15 CO2 = 1137.7839 CH4 = 2413.07 N2O = 391.885 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-09 11:15:00 begin of timestep (day): 16 (run): 8048 0: MPIOM: current date: 2100-09-09 12:00:00 begin of timestep (day): 17 (run): 8049 0: MPIOM: current date: 2100-09-09 12:45:00 begin of timestep (day): 18 (run): 8050 0: MPIOM: current date: 2100-09-09 13:30:00 begin of timestep (day): 19 (run): 8051 384: Radiation calculated for : 9. Sep 2100 09:56:15 384: Greenhouse gas concentrations 9. Sep 2100 09:56:15 CO2 = 1137.7870 CH4 = 2413.07 N2O = 391.885 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-09 14:15:00 begin of timestep (day): 20 (run): 8052 0: MPIOM: current date: 2100-09-09 15:00:00 begin of timestep (day): 21 (run): 8053 0: MPIOM: current date: 2100-09-09 15:45:00 begin of timestep (day): 22 (run): 8054 0: MPIOM: current date: 2100-09-09 16:30:00 begin of timestep (day): 23 (run): 8055 384: Radiation calculated for : 9. Sep 2100 11:56:15 384: Greenhouse gas concentrations 9. Sep 2100 11:56:15 CO2 = 1137.7902 CH4 = 2413.06 N2O = 391.885 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-09 17:15:00 begin of timestep (day): 24 (run): 8056 0: MPIOM: current date: 2100-09-09 18:00:00 begin of timestep (day): 25 (run): 8057 0: MPIOM: current date: 2100-09-09 18:45:00 begin of timestep (day): 26 (run): 8058 0: MPIOM: current date: 2100-09-09 19:30:00 begin of timestep (day): 27 (run): 8059 384: Radiation calculated for : 9. Sep 2100 13:56:15 384: Greenhouse gas concentrations 9. Sep 2100 13:56:15 CO2 = 1137.7933 CH4 = 2413.06 N2O = 391.885 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-09 20:15:00 begin of timestep (day): 28 (run): 8060 0: MPIOM: current date: 2100-09-09 21:00:00 begin of timestep (day): 29 (run): 8061 0: MPIOM: current date: 2100-09-09 21:45:00 begin of timestep (day): 30 (run): 8062 0: MPIOM: current date: 2100-09-09 22:30:00 begin of timestep (day): 31 (run): 8063 384: Radiation calculated for : 9. Sep 2100 15:56:15 384: Greenhouse gas concentrations 9. Sep 2100 15:56:15 CO2 = 1137.7964 CH4 = 2413.06 N2O = 391.885 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-09 23:15:00 begin of timestep (day): 32 (run): 8064 0: MPIOM: current date: 2100-09-10 00:00:00 begin of timestep (day): 1 (run): 8065 384: Radiation calculated for : 9. Sep 2100 17:56:15 384: Greenhouse gas concentrations 9. Sep 2100 17:56:15 CO2 = 1137.7995 CH4 = 2413.05 N2O = 391.885 CFC = 51.18 208.23 384: Radiation calculated for : 9. Sep 2100 19:56:15 384: Greenhouse gas concentrations 9. Sep 2100 19:56:15 CO2 = 1137.8026 CH4 = 2413.05 N2O = 391.885 CFC = 51.18 208.23 384: Radiation calculated for : 9. Sep 2100 21:56:15 384: Greenhouse gas concentrations 9. Sep 2100 21:56:15 CO2 = 1137.8057 CH4 = 2413.05 N2O = 391.886 CFC = 51.18 208.23 384: Radiation calculated for : 9. Sep 2100 23:56:15 384: Greenhouse gas concentrations 9. Sep 2100 23:56:15 CO2 = 1137.8089 CH4 = 2413.05 N2O = 391.886 CFC = 51.18 208.23 384: hydrology_model: Water budget change: -3.278255462646484E-007 m3/s 384: hydrology_model: global discharge: 1092673.49264937 m3/s 384: hydrology_model: precip-evap (on ocean): -1215460.06194831 m3/s 384: water_budget_corr: P-E correction: -53233.5764116907 m3/s 384: water_budget_corr: slm/slf residuum: 72913.2477734673 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1599.98869787034 m3/s 384: water_budget_corr: awfre corrected: -1267093.64966212 m3/s 384: water_budget_corr: river discharge: 1092673.49264937 m3/s 384: water_budget_corr: water to ocean: -174420.157012751 m3/s 384: Write GRIB1 output for : 9. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.312741084365255E-010 kg m-2 s-1 0: co2 = 1055.33407756670 , n2 = 801999.999962164 , o2 = 0: 196799.999956334 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-10 00:45:00 begin of timestep (day): 2 (run): 8066 0: MPIOM: current date: 2100-09-10 01:30:00 begin of timestep (day): 3 (run): 8067 384: Radiation calculated for : 10. Sep 2100 01:56:15 384: Greenhouse gas concentrations 10. Sep 2100 01:56:15 CO2 = 1137.8120 CH4 = 2413.04 N2O = 391.886 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-10 02:15:00 begin of timestep (day): 4 (run): 8068 0: MPIOM: current date: 2100-09-10 03:00:00 begin of timestep (day): 5 (run): 8069 0: MPIOM: current date: 2100-09-10 03:45:00 begin of timestep (day): 6 (run): 8070 0: MPIOM: current date: 2100-09-10 04:30:00 begin of timestep (day): 7 (run): 8071 384: Radiation calculated for : 10. Sep 2100 03:56:15 384: Greenhouse gas concentrations 10. Sep 2100 03:56:15 CO2 = 1137.8151 CH4 = 2413.04 N2O = 391.886 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-10 05:15:00 begin of timestep (day): 8 (run): 8072 0: MPIOM: current date: 2100-09-10 06:00:00 begin of timestep (day): 9 (run): 8073 0: MPIOM: current date: 2100-09-10 06:45:00 begin of timestep (day): 10 (run): 8074 0: MPIOM: current date: 2100-09-10 07:30:00 begin of timestep (day): 11 (run): 8075 384: Radiation calculated for : 10. Sep 2100 05:56:15 384: Greenhouse gas concentrations 10. Sep 2100 05:56:15 CO2 = 1137.8182 CH4 = 2413.04 N2O = 391.886 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-10 08:15:00 begin of timestep (day): 12 (run): 8076 0: MPIOM: current date: 2100-09-10 09:00:00 begin of timestep (day): 13 (run): 8077 0: MPIOM: current date: 2100-09-10 09:45:00 begin of timestep (day): 14 (run): 8078 0: MPIOM: current date: 2100-09-10 10:30:00 begin of timestep (day): 15 (run): 8079 384: Radiation calculated for : 10. Sep 2100 07:56:15 384: Greenhouse gas concentrations 10. Sep 2100 07:56:15 CO2 = 1137.8213 CH4 = 2413.04 N2O = 391.886 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-10 11:15:00 begin of timestep (day): 16 (run): 8080 0: MPIOM: current date: 2100-09-10 12:00:00 begin of timestep (day): 17 (run): 8081 0: MPIOM: current date: 2100-09-10 12:45:00 begin of timestep (day): 18 (run): 8082 0: MPIOM: current date: 2100-09-10 13:30:00 begin of timestep (day): 19 (run): 8083 384: Radiation calculated for : 10. Sep 2100 09:56:15 384: Greenhouse gas concentrations 10. Sep 2100 09:56:15 CO2 = 1137.8244 CH4 = 2413.03 N2O = 391.886 CFC = 51.18 208.23 0: MPIOM: current date: 2100-09-10 14:15:00 begin of timestep (day): 20 (run): 8084 0: MPIOM: current date: 2100-09-10 15:00:00 begin of timestep (day): 21 (run): 8085 0: MPIOM: current date: 2100-09-10 15:45:00 begin of timestep (day): 22 (run): 8086 0: MPIOM: current date: 2100-09-10 16:30:00 begin of timestep (day): 23 (run): 8087 384: Radiation calculated for : 10. Sep 2100 11:56:15 384: Greenhouse gas concentrations 10. Sep 2100 11:56:15 CO2 = 1137.8276 CH4 = 2413.03 N2O = 391.886 CFC = 51.18 208.22 0: MPIOM: current date: 2100-09-10 17:15:00 begin of timestep (day): 24 (run): 8088 0: MPIOM: current date: 2100-09-10 18:00:00 begin of timestep (day): 25 (run): 8089 0: MPIOM: current date: 2100-09-10 18:45:00 begin of timestep (day): 26 (run): 8090 0: MPIOM: current date: 2100-09-10 19:30:00 begin of timestep (day): 27 (run): 8091 384: Radiation calculated for : 10. Sep 2100 13:56:15 384: Greenhouse gas concentrations 10. Sep 2100 13:56:15 CO2 = 1137.8307 CH4 = 2413.03 N2O = 391.886 CFC = 51.18 208.22 0: MPIOM: current date: 2100-09-10 20:15:00 begin of timestep (day): 28 (run): 8092 0: MPIOM: current date: 2100-09-10 21:00:00 begin of timestep (day): 29 (run): 8093 0: MPIOM: current date: 2100-09-10 21:45:00 begin of timestep (day): 30 (run): 8094 0: MPIOM: current date: 2100-09-10 22:30:00 begin of timestep (day): 31 (run): 8095 384: Radiation calculated for : 10. Sep 2100 15:56:15 384: Greenhouse gas concentrations 10. Sep 2100 15:56:15 CO2 = 1137.8338 CH4 = 2413.02 N2O = 391.886 CFC = 51.18 208.22 0: MPIOM: current date: 2100-09-10 23:15:00 begin of timestep (day): 32 (run): 8096 0: MPIOM: current date: 2100-09-11 00:00:00 begin of timestep (day): 1 (run): 8097 384: Radiation calculated for : 10. Sep 2100 17:56:15 384: Greenhouse gas concentrations 10. Sep 2100 17:56:15 CO2 = 1137.8369 CH4 = 2413.02 N2O = 391.887 CFC = 51.18 208.22 384: Radiation calculated for : 10. Sep 2100 19:56:15 384: Greenhouse gas concentrations 10. Sep 2100 19:56:15 CO2 = 1137.8400 CH4 = 2413.02 N2O = 391.887 CFC = 51.17 208.22 384: Radiation calculated for : 10. Sep 2100 21:56:15 384: Greenhouse gas concentrations 10. Sep 2100 21:56:15 CO2 = 1137.8431 CH4 = 2413.02 N2O = 391.887 CFC = 51.17 208.22 384: Radiation calculated for : 10. Sep 2100 23:56:15 384: Greenhouse gas concentrations 10. Sep 2100 23:56:15 CO2 = 1137.8463 CH4 = 2413.01 N2O = 391.887 CFC = 51.17 208.22 384: hydrology_model: Water budget change: 6.854534149169922E-007 m3/s 384: hydrology_model: global discharge: 1087670.99547725 m3/s 384: hydrology_model: precip-evap (on ocean): -1752760.74917640 m3/s 384: water_budget_corr: P-E correction: -72407.5962247712 m3/s 384: water_budget_corr: slm/slf residuum: 66063.5793666499 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4687.52536067312 m3/s 384: water_budget_corr: awfre corrected: -1820480.82004050 m3/s 384: water_budget_corr: river discharge: 1087670.99547725 m3/s 384: water_budget_corr: water to ocean: -732809.824563262 m3/s 384: Write GRIB1 output for : 10. Sep 2100 23:52:30 0: co2 = 1055.38726357417 , n2 = 801999.999983356 , o2 = 0: 196800.000000484 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 3.375874163260561E-010 kg m-2 s-1 0: MPIOM: current date: 2100-09-11 00:45:00 begin of timestep (day): 2 (run): 8098 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-11 01:30:00 begin of timestep (day): 3 (run): 8099 384: Radiation calculated for : 11. Sep 2100 01:56:15 384: Greenhouse gas concentrations 11. Sep 2100 01:56:15 CO2 = 1137.8494 CH4 = 2413.01 N2O = 391.887 CFC = 51.17 208.22 0: MPIOM: current date: 2100-09-11 02:15:00 begin of timestep (day): 4 (run): 8100 0: MPIOM: current date: 2100-09-11 03:00:00 begin of timestep (day): 5 (run): 8101 0: MPIOM: current date: 2100-09-11 03:45:00 begin of timestep (day): 6 (run): 8102 0: MPIOM: current date: 2100-09-11 04:30:00 begin of timestep (day): 7 (run): 8103 384: Radiation calculated for : 11. Sep 2100 03:56:15 384: Greenhouse gas concentrations 11. Sep 2100 03:56:15 CO2 = 1137.8525 CH4 = 2413.01 N2O = 391.887 CFC = 51.17 208.22 0: MPIOM: current date: 2100-09-11 05:15:00 begin of timestep (day): 8 (run): 8104 0: MPIOM: current date: 2100-09-11 06:00:00 begin of timestep (day): 9 (run): 8105 0: MPIOM: current date: 2100-09-11 06:45:00 begin of timestep (day): 10 (run): 8106 0: MPIOM: current date: 2100-09-11 07:30:00 begin of timestep (day): 11 (run): 8107 384: Radiation calculated for : 11. Sep 2100 05:56:15 384: Greenhouse gas concentrations 11. Sep 2100 05:56:15 CO2 = 1137.8556 CH4 = 2413.01 N2O = 391.887 CFC = 51.17 208.22 0: MPIOM: current date: 2100-09-11 08:15:00 begin of timestep (day): 12 (run): 8108 0: MPIOM: current date: 2100-09-11 09:00:00 begin of timestep (day): 13 (run): 8109 0: MPIOM: current date: 2100-09-11 09:45:00 begin of timestep (day): 14 (run): 8110 0: MPIOM: current date: 2100-09-11 10:30:00 begin of timestep (day): 15 (run): 8111 384: Radiation calculated for : 11. Sep 2100 07:56:15 384: Greenhouse gas concentrations 11. Sep 2100 07:56:15 CO2 = 1137.8587 CH4 = 2413.00 N2O = 391.887 CFC = 51.17 208.22 0: MPIOM: current date: 2100-09-11 11:15:00 begin of timestep (day): 16 (run): 8112 0: MPIOM: current date: 2100-09-11 12:00:00 begin of timestep (day): 17 (run): 8113 0: MPIOM: current date: 2100-09-11 12:45:00 begin of timestep (day): 18 (run): 8114 0: MPIOM: current date: 2100-09-11 13:30:00 begin of timestep (day): 19 (run): 8115 384: Radiation calculated for : 11. Sep 2100 09:56:15 384: Greenhouse gas concentrations 11. Sep 2100 09:56:15 CO2 = 1137.8618 CH4 = 2413.00 N2O = 391.887 CFC = 51.17 208.22 0: MPIOM: current date: 2100-09-11 14:15:00 begin of timestep (day): 20 (run): 8116 0: MPIOM: current date: 2100-09-11 15:00:00 begin of timestep (day): 21 (run): 8117 0: MPIOM: current date: 2100-09-11 15:45:00 begin of timestep (day): 22 (run): 8118 0: MPIOM: current date: 2100-09-11 16:30:00 begin of timestep (day): 23 (run): 8119 384: Radiation calculated for : 11. Sep 2100 11:56:15 384: Greenhouse gas concentrations 11. Sep 2100 11:56:15 CO2 = 1137.8650 CH4 = 2413.00 N2O = 391.887 CFC = 51.17 208.22 0: MPIOM: current date: 2100-09-11 17:15:00 begin of timestep (day): 24 (run): 8120 0: MPIOM: current date: 2100-09-11 18:00:00 begin of timestep (day): 25 (run): 8121 0: MPIOM: current date: 2100-09-11 18:45:00 begin of timestep (day): 26 (run): 8122 0: MPIOM: current date: 2100-09-11 19:30:00 begin of timestep (day): 27 (run): 8123 384: Radiation calculated for : 11. Sep 2100 13:56:15 384: Greenhouse gas concentrations 11. Sep 2100 13:56:15 CO2 = 1137.8681 CH4 = 2412.99 N2O = 391.888 CFC = 51.17 208.22 0: MPIOM: current date: 2100-09-11 20:15:00 begin of timestep (day): 28 (run): 8124 0: MPIOM: current date: 2100-09-11 21:00:00 begin of timestep (day): 29 (run): 8125 0: MPIOM: current date: 2100-09-11 21:45:00 begin of timestep (day): 30 (run): 8126 0: MPIOM: current date: 2100-09-11 22:30:00 begin of timestep (day): 31 (run): 8127 384: Radiation calculated for : 11. Sep 2100 15:56:15 384: Greenhouse gas concentrations 11. Sep 2100 15:56:15 CO2 = 1137.8712 CH4 = 2412.99 N2O = 391.888 CFC = 51.17 208.22 0: MPIOM: current date: 2100-09-11 23:15:00 begin of timestep (day): 32 (run): 8128 0: MPIOM: current date: 2100-09-12 00:00:00 begin of timestep (day): 1 (run): 8129 384: Radiation calculated for : 11. Sep 2100 17:56:15 384: Greenhouse gas concentrations 11. Sep 2100 17:56:15 CO2 = 1137.8743 CH4 = 2412.99 N2O = 391.888 CFC = 51.17 208.22 384: Radiation calculated for : 11. Sep 2100 19:56:15 384: Greenhouse gas concentrations 11. Sep 2100 19:56:15 CO2 = 1137.8774 CH4 = 2412.99 N2O = 391.888 CFC = 51.17 208.22 384: Radiation calculated for : 11. Sep 2100 21:56:15 384: Greenhouse gas concentrations 11. Sep 2100 21:56:15 CO2 = 1137.8805 CH4 = 2412.98 N2O = 391.888 CFC = 51.17 208.22 384: Radiation calculated for : 11. Sep 2100 23:56:15 384: Greenhouse gas concentrations 11. Sep 2100 23:56:15 CO2 = 1137.8837 CH4 = 2412.98 N2O = 391.888 CFC = 51.17 208.21 384: hydrology_model: Water budget change: -9.536743164062500E-007 m3/s 384: hydrology_model: global discharge: 1085477.63789646 m3/s 384: hydrology_model: precip-evap (on ocean): -1275802.23300436 m3/s 384: water_budget_corr: P-E correction: -51045.2481232126 m3/s 384: water_budget_corr: slm/slf residuum: 49047.2006092855 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3084.28671046960 m3/s 384: water_budget_corr: awfre corrected: -1323763.19441711 m3/s 384: water_budget_corr: river discharge: 1085477.63789646 m3/s 384: water_budget_corr: water to ocean: -238285.556520658 m3/s 384: Write GRIB1 output for : 11. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 8.321103677554556E-011 kg m-2 s-1 0: co2 = 1055.40003283086 , n2 = 802000.000019874 , o2 = 0: 196800.000049926 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-12 00:45:00 begin of timestep (day): 2 (run): 8130 0: MPIOM: current date: 2100-09-12 01:30:00 begin of timestep (day): 3 (run): 8131 384: Radiation calculated for : 12. Sep 2100 01:56:15 384: Greenhouse gas concentrations 12. Sep 2100 01:56:15 CO2 = 1137.8868 CH4 = 2412.98 N2O = 391.888 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-12 02:15:00 begin of timestep (day): 4 (run): 8132 0: MPIOM: current date: 2100-09-12 03:00:00 begin of timestep (day): 5 (run): 8133 0: MPIOM: current date: 2100-09-12 03:45:00 begin of timestep (day): 6 (run): 8134 0: MPIOM: current date: 2100-09-12 04:30:00 begin of timestep (day): 7 (run): 8135 384: Radiation calculated for : 12. Sep 2100 03:56:15 384: Greenhouse gas concentrations 12. Sep 2100 03:56:15 CO2 = 1137.8899 CH4 = 2412.98 N2O = 391.888 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-12 05:15:00 begin of timestep (day): 8 (run): 8136 0: MPIOM: current date: 2100-09-12 06:00:00 begin of timestep (day): 9 (run): 8137 0: MPIOM: current date: 2100-09-12 06:45:00 begin of timestep (day): 10 (run): 8138 0: MPIOM: current date: 2100-09-12 07:30:00 begin of timestep (day): 11 (run): 8139 384: Radiation calculated for : 12. Sep 2100 05:56:15 384: Greenhouse gas concentrations 12. Sep 2100 05:56:15 CO2 = 1137.8930 CH4 = 2412.97 N2O = 391.888 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-12 08:15:00 begin of timestep (day): 12 (run): 8140 0: MPIOM: current date: 2100-09-12 09:00:00 begin of timestep (day): 13 (run): 8141 0: MPIOM: current date: 2100-09-12 09:45:00 begin of timestep (day): 14 (run): 8142 0: MPIOM: current date: 2100-09-12 10:30:00 begin of timestep (day): 15 (run): 8143 384: Radiation calculated for : 12. Sep 2100 07:56:15 384: Greenhouse gas concentrations 12. Sep 2100 07:56:15 CO2 = 1137.8961 CH4 = 2412.97 N2O = 391.889 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-12 11:15:00 begin of timestep (day): 16 (run): 8144 0: MPIOM: current date: 2100-09-12 12:00:00 begin of timestep (day): 17 (run): 8145 0: MPIOM: current date: 2100-09-12 12:45:00 begin of timestep (day): 18 (run): 8146 0: MPIOM: current date: 2100-09-12 13:30:00 begin of timestep (day): 19 (run): 8147 384: Radiation calculated for : 12. Sep 2100 09:56:15 384: Greenhouse gas concentrations 12. Sep 2100 09:56:15 CO2 = 1137.8992 CH4 = 2412.97 N2O = 391.889 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-12 14:15:00 begin of timestep (day): 20 (run): 8148 0: MPIOM: current date: 2100-09-12 15:00:00 begin of timestep (day): 21 (run): 8149 0: MPIOM: current date: 2100-09-12 15:45:00 begin of timestep (day): 22 (run): 8150 0: MPIOM: current date: 2100-09-12 16:30:00 begin of timestep (day): 23 (run): 8151 384: Radiation calculated for : 12. Sep 2100 11:56:15 384: Greenhouse gas concentrations 12. Sep 2100 11:56:15 CO2 = 1137.9023 CH4 = 2412.96 N2O = 391.889 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-12 17:15:00 begin of timestep (day): 24 (run): 8152 0: MPIOM: current date: 2100-09-12 18:00:00 begin of timestep (day): 25 (run): 8153 0: MPIOM: current date: 2100-09-12 18:45:00 begin of timestep (day): 26 (run): 8154 0: MPIOM: current date: 2100-09-12 19:30:00 begin of timestep (day): 27 (run): 8155 384: Radiation calculated for : 12. Sep 2100 13:56:15 384: Greenhouse gas concentrations 12. Sep 2100 13:56:15 CO2 = 1137.9055 CH4 = 2412.96 N2O = 391.889 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-12 20:15:00 begin of timestep (day): 28 (run): 8156 0: MPIOM: current date: 2100-09-12 21:00:00 begin of timestep (day): 29 (run): 8157 0: MPIOM: current date: 2100-09-12 21:45:00 begin of timestep (day): 30 (run): 8158 0: MPIOM: current date: 2100-09-12 22:30:00 begin of timestep (day): 31 (run): 8159 384: Radiation calculated for : 12. Sep 2100 15:56:15 384: Greenhouse gas concentrations 12. Sep 2100 15:56:15 CO2 = 1137.9086 CH4 = 2412.96 N2O = 391.889 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-12 23:15:00 begin of timestep (day): 32 (run): 8160 0: MPIOM: current date: 2100-09-13 00:00:00 begin of timestep (day): 1 (run): 8161 384: Radiation calculated for : 12. Sep 2100 17:56:15 384: Greenhouse gas concentrations 12. Sep 2100 17:56:15 CO2 = 1137.9117 CH4 = 2412.96 N2O = 391.889 CFC = 51.17 208.21 384: Radiation calculated for : 12. Sep 2100 19:56:15 384: Greenhouse gas concentrations 12. Sep 2100 19:56:15 CO2 = 1137.9148 CH4 = 2412.95 N2O = 391.889 CFC = 51.17 208.21 384: Radiation calculated for : 12. Sep 2100 21:56:15 384: Greenhouse gas concentrations 12. Sep 2100 21:56:15 CO2 = 1137.9179 CH4 = 2412.95 N2O = 391.889 CFC = 51.17 208.21 384: Radiation calculated for : 12. Sep 2100 23:56:15 384: Greenhouse gas concentrations 12. Sep 2100 23:56:15 CO2 = 1137.9210 CH4 = 2412.95 N2O = 391.889 CFC = 51.17 208.21 384: hydrology_model: Water budget change: 9.536743164062500E-007 m3/s 384: hydrology_model: global discharge: 1109050.00972617 m3/s 384: hydrology_model: precip-evap (on ocean): -609734.627353603 m3/s 384: water_budget_corr: P-E correction: -30537.3387072865 m3/s 384: water_budget_corr: slm/slf residuum: 53282.1017900967 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1848.43558480893 m3/s 384: water_budget_corr: awfre corrected: -638423.530476084 m3/s 384: water_budget_corr: river discharge: 1109050.00972617 m3/s 384: water_budget_corr: water to ocean: 470626.479250100 m3/s 384: Write GRIB1 output for : 12. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 6.896710479647543E-011 kg m-2 s-1 0: co2 = 1055.43273074760 , n2 = 802000.000047409 , o2 = 0: 196800.000112183 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-13 00:45:00 begin of timestep (day): 2 (run): 8162 0: MPIOM: current date: 2100-09-13 01:30:00 begin of timestep (day): 3 (run): 8163 384: Radiation calculated for : 13. Sep 2100 01:56:15 384: Greenhouse gas concentrations 13. Sep 2100 01:56:15 CO2 = 1137.9242 CH4 = 2412.95 N2O = 391.889 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-13 02:15:00 begin of timestep (day): 4 (run): 8164 0: MPIOM: current date: 2100-09-13 03:00:00 begin of timestep (day): 5 (run): 8165 0: MPIOM: current date: 2100-09-13 03:45:00 begin of timestep (day): 6 (run): 8166 0: MPIOM: current date: 2100-09-13 04:30:00 begin of timestep (day): 7 (run): 8167 384: Radiation calculated for : 13. Sep 2100 03:56:15 384: Greenhouse gas concentrations 13. Sep 2100 03:56:15 CO2 = 1137.9273 CH4 = 2412.94 N2O = 391.890 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-13 05:15:00 begin of timestep (day): 8 (run): 8168 0: MPIOM: current date: 2100-09-13 06:00:00 begin of timestep (day): 9 (run): 8169 0: MPIOM: current date: 2100-09-13 06:45:00 begin of timestep (day): 10 (run): 8170 0: MPIOM: current date: 2100-09-13 07:30:00 begin of timestep (day): 11 (run): 8171 384: Radiation calculated for : 13. Sep 2100 05:56:15 384: Greenhouse gas concentrations 13. Sep 2100 05:56:15 CO2 = 1137.9304 CH4 = 2412.94 N2O = 391.890 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-13 08:15:00 begin of timestep (day): 12 (run): 8172 0: MPIOM: current date: 2100-09-13 09:00:00 begin of timestep (day): 13 (run): 8173 0: MPIOM: current date: 2100-09-13 09:45:00 begin of timestep (day): 14 (run): 8174 0: MPIOM: current date: 2100-09-13 10:30:00 begin of timestep (day): 15 (run): 8175 384: Radiation calculated for : 13. Sep 2100 07:56:15 384: Greenhouse gas concentrations 13. Sep 2100 07:56:15 CO2 = 1137.9335 CH4 = 2412.94 N2O = 391.890 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-13 11:15:00 begin of timestep (day): 16 (run): 8176 0: MPIOM: current date: 2100-09-13 12:00:00 begin of timestep (day): 17 (run): 8177 0: MPIOM: current date: 2100-09-13 12:45:00 begin of timestep (day): 18 (run): 8178 0: MPIOM: current date: 2100-09-13 13:30:00 begin of timestep (day): 19 (run): 8179 384: Radiation calculated for : 13. Sep 2100 09:56:15 384: Greenhouse gas concentrations 13. Sep 2100 09:56:15 CO2 = 1137.9366 CH4 = 2412.93 N2O = 391.890 CFC = 51.17 208.21 0: MPIOM: current date: 2100-09-13 14:15:00 begin of timestep (day): 20 (run): 8180 0: MPIOM: current date: 2100-09-13 15:00:00 begin of timestep (day): 21 (run): 8181 0: MPIOM: current date: 2100-09-13 15:45:00 begin of timestep (day): 22 (run): 8182 0: MPIOM: current date: 2100-09-13 16:30:00 begin of timestep (day): 23 (run): 8183 384: Radiation calculated for : 13. Sep 2100 11:56:15 384: Greenhouse gas concentrations 13. Sep 2100 11:56:15 CO2 = 1137.9397 CH4 = 2412.93 N2O = 391.890 CFC = 51.17 208.20 0: MPIOM: current date: 2100-09-13 17:15:00 begin of timestep (day): 24 (run): 8184 0: MPIOM: current date: 2100-09-13 18:00:00 begin of timestep (day): 25 (run): 8185 0: MPIOM: current date: 2100-09-13 18:45:00 begin of timestep (day): 26 (run): 8186 0: MPIOM: current date: 2100-09-13 19:30:00 begin of timestep (day): 27 (run): 8187 384: Radiation calculated for : 13. Sep 2100 13:56:15 384: Greenhouse gas concentrations 13. Sep 2100 13:56:15 CO2 = 1137.9429 CH4 = 2412.93 N2O = 391.890 CFC = 51.17 208.20 0: MPIOM: current date: 2100-09-13 20:15:00 begin of timestep (day): 28 (run): 8188 0: MPIOM: current date: 2100-09-13 21:00:00 begin of timestep (day): 29 (run): 8189 0: MPIOM: current date: 2100-09-13 21:45:00 begin of timestep (day): 30 (run): 8190 0: MPIOM: current date: 2100-09-13 22:30:00 begin of timestep (day): 31 (run): 8191 384: Radiation calculated for : 13. Sep 2100 15:56:15 384: Greenhouse gas concentrations 13. Sep 2100 15:56:15 CO2 = 1137.9460 CH4 = 2412.93 N2O = 391.890 CFC = 51.17 208.20 0: MPIOM: current date: 2100-09-13 23:15:00 begin of timestep (day): 32 (run): 8192 0: MPIOM: current date: 2100-09-14 00:00:00 begin of timestep (day): 1 (run): 8193 384: Radiation calculated for : 13. Sep 2100 17:56:15 384: Greenhouse gas concentrations 13. Sep 2100 17:56:15 CO2 = 1137.9491 CH4 = 2412.92 N2O = 391.890 CFC = 51.17 208.20 384: Radiation calculated for : 13. Sep 2100 19:56:15 384: Greenhouse gas concentrations 13. Sep 2100 19:56:15 CO2 = 1137.9522 CH4 = 2412.92 N2O = 391.890 CFC = 51.17 208.20 384: Radiation calculated for : 13. Sep 2100 21:56:15 384: Greenhouse gas concentrations 13. Sep 2100 21:56:15 CO2 = 1137.9553 CH4 = 2412.92 N2O = 391.890 CFC = 51.17 208.20 384: Radiation calculated for : 13. Sep 2100 23:56:15 384: Greenhouse gas concentrations 13. Sep 2100 23:56:15 CO2 = 1137.9584 CH4 = 2412.92 N2O = 391.891 CFC = 51.17 208.20 384: hydrology_model: Water budget change: -8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 1128403.74418164 m3/s 384: hydrology_model: precip-evap (on ocean): -819237.129974177 m3/s 384: water_budget_corr: P-E correction: -85319.9617261320 m3/s 384: water_budget_corr: slm/slf residuum: 67105.0116070444 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1859.75811446524 m3/s 384: water_budget_corr: awfre corrected: -902697.333585843 m3/s 384: water_budget_corr: river discharge: 1128403.74418164 m3/s 384: water_budget_corr: water to ocean: 225706.410595793 m3/s 384: Write GRIB1 output for : 13. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.53446427695 , n2 = 802000.000007970 , o2 = 0: 196800.000074452 384: CO2 flux correction (global): 4.191645505767611E-012 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-14 00:45:00 begin of timestep (day): 2 (run): 8194 0: MPIOM: current date: 2100-09-14 01:30:00 begin of timestep (day): 3 (run): 8195 384: Radiation calculated for : 14. Sep 2100 01:56:15 384: Greenhouse gas concentrations 14. Sep 2100 01:56:15 CO2 = 1137.9616 CH4 = 2412.91 N2O = 391.891 CFC = 51.17 208.20 0: MPIOM: current date: 2100-09-14 02:15:00 begin of timestep (day): 4 (run): 8196 0: MPIOM: current date: 2100-09-14 03:00:00 begin of timestep (day): 5 (run): 8197 0: MPIOM: current date: 2100-09-14 03:45:00 begin of timestep (day): 6 (run): 8198 0: MPIOM: current date: 2100-09-14 04:30:00 begin of timestep (day): 7 (run): 8199 384: Radiation calculated for : 14. Sep 2100 03:56:15 384: Greenhouse gas concentrations 14. Sep 2100 03:56:15 CO2 = 1137.9647 CH4 = 2412.91 N2O = 391.891 CFC = 51.17 208.20 0: MPIOM: current date: 2100-09-14 05:15:00 begin of timestep (day): 8 (run): 8200 0: MPIOM: current date: 2100-09-14 06:00:00 begin of timestep (day): 9 (run): 8201 0: MPIOM: current date: 2100-09-14 06:45:00 begin of timestep (day): 10 (run): 8202 0: MPIOM: current date: 2100-09-14 07:30:00 begin of timestep (day): 11 (run): 8203 384: Radiation calculated for : 14. Sep 2100 05:56:15 384: Greenhouse gas concentrations 14. Sep 2100 05:56:15 CO2 = 1137.9678 CH4 = 2412.91 N2O = 391.891 CFC = 51.16 208.20 0: MPIOM: current date: 2100-09-14 08:15:00 begin of timestep (day): 12 (run): 8204 0: MPIOM: current date: 2100-09-14 09:00:00 begin of timestep (day): 13 (run): 8205 0: MPIOM: current date: 2100-09-14 09:45:00 begin of timestep (day): 14 (run): 8206 0: MPIOM: current date: 2100-09-14 10:30:00 begin of timestep (day): 15 (run): 8207 384: Radiation calculated for : 14. Sep 2100 07:56:15 384: Greenhouse gas concentrations 14. Sep 2100 07:56:15 CO2 = 1137.9709 CH4 = 2412.90 N2O = 391.891 CFC = 51.16 208.20 0: MPIOM: current date: 2100-09-14 11:15:00 begin of timestep (day): 16 (run): 8208 0: MPIOM: current date: 2100-09-14 12:00:00 begin of timestep (day): 17 (run): 8209 0: MPIOM: current date: 2100-09-14 12:45:00 begin of timestep (day): 18 (run): 8210 0: MPIOM: current date: 2100-09-14 13:30:00 begin of timestep (day): 19 (run): 8211 384: Radiation calculated for : 14. Sep 2100 09:56:15 384: Greenhouse gas concentrations 14. Sep 2100 09:56:15 CO2 = 1137.9740 CH4 = 2412.90 N2O = 391.891 CFC = 51.16 208.20 0: MPIOM: current date: 2100-09-14 14:15:00 begin of timestep (day): 20 (run): 8212 0: MPIOM: current date: 2100-09-14 15:00:00 begin of timestep (day): 21 (run): 8213 0: MPIOM: current date: 2100-09-14 15:45:00 begin of timestep (day): 22 (run): 8214 0: MPIOM: current date: 2100-09-14 16:30:00 begin of timestep (day): 23 (run): 8215 384: Radiation calculated for : 14. Sep 2100 11:56:15 384: Greenhouse gas concentrations 14. Sep 2100 11:56:15 CO2 = 1137.9771 CH4 = 2412.90 N2O = 391.891 CFC = 51.16 208.20 0: MPIOM: current date: 2100-09-14 17:15:00 begin of timestep (day): 24 (run): 8216 0: MPIOM: current date: 2100-09-14 18:00:00 begin of timestep (day): 25 (run): 8217 0: MPIOM: current date: 2100-09-14 18:45:00 begin of timestep (day): 26 (run): 8218 384: Radiation calculated for : 14. Sep 2100 13:56:15 384: Greenhouse gas concentrations 14. Sep 2100 13:56:15 CO2 = 1137.9803 CH4 = 2412.90 N2O = 391.891 CFC = 51.16 208.20 0: MPIOM: current date: 2100-09-14 19:30:00 begin of timestep (day): 27 (run): 8219 0: MPIOM: current date: 2100-09-14 20:15:00 begin of timestep (day): 28 (run): 8220 0: MPIOM: current date: 2100-09-14 21:00:00 begin of timestep (day): 29 (run): 8221 0: MPIOM: current date: 2100-09-14 21:45:00 begin of timestep (day): 30 (run): 8222 384: Radiation calculated for : 14. Sep 2100 15:56:15 384: Greenhouse gas concentrations 14. Sep 2100 15:56:15 CO2 = 1137.9834 CH4 = 2412.89 N2O = 391.891 CFC = 51.16 208.20 0: MPIOM: current date: 2100-09-14 22:30:00 begin of timestep (day): 31 (run): 8223 0: MPIOM: current date: 2100-09-14 23:15:00 begin of timestep (day): 32 (run): 8224 0: MPIOM: current date: 2100-09-15 00:00:00 begin of timestep (day): 1 (run): 8225 384: Radiation calculated for : 14. Sep 2100 17:56:15 384: Greenhouse gas concentrations 14. Sep 2100 17:56:15 CO2 = 1137.9865 CH4 = 2412.89 N2O = 391.892 CFC = 51.16 208.20 384: Radiation calculated for : 14. Sep 2100 19:56:15 384: Greenhouse gas concentrations 14. Sep 2100 19:56:15 CO2 = 1137.9896 CH4 = 2412.89 N2O = 391.892 CFC = 51.16 208.20 384: Radiation calculated for : 14. Sep 2100 21:56:15 384: Greenhouse gas concentrations 14. Sep 2100 21:56:15 CO2 = 1137.9927 CH4 = 2412.88 N2O = 391.892 CFC = 51.16 208.20 384: Radiation calculated for : 14. Sep 2100 23:56:15 384: Greenhouse gas concentrations 14. Sep 2100 23:56:15 CO2 = 1137.9958 CH4 = 2412.88 N2O = 391.892 CFC = 51.16 208.19 384: hydrology_model: Water budget change: -3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 1139977.66554033 m3/s 384: hydrology_model: precip-evap (on ocean): -1034326.26916603 m3/s 384: water_budget_corr: P-E correction: -98215.1700405993 m3/s 384: water_budget_corr: slm/slf residuum: 69686.7036073173 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2015.85213902994 m3/s 384: water_budget_corr: awfre corrected: -1130525.58706761 m3/s 384: water_budget_corr: river discharge: 1139977.66554033 m3/s 384: water_budget_corr: water to ocean: 9452.07847271023 m3/s 384: Write GRIB1 output for : 14. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1055.64791831961 , n2 = 802000.000004514 , o2 = 0: 196800.000114252 384: CO2 flux correction (global): 6.201363291846020E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-15 00:45:00 begin of timestep (day): 2 (run): 8226 0: MPIOM: current date: 2100-09-15 01:30:00 begin of timestep (day): 3 (run): 8227 384: Radiation calculated for : 15. Sep 2100 01:56:15 384: Greenhouse gas concentrations 15. Sep 2100 01:56:15 CO2 = 1137.9990 CH4 = 2412.88 N2O = 391.892 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-15 02:15:00 begin of timestep (day): 4 (run): 8228 0: MPIOM: current date: 2100-09-15 03:00:00 begin of timestep (day): 5 (run): 8229 0: MPIOM: current date: 2100-09-15 03:45:00 begin of timestep (day): 6 (run): 8230 0: MPIOM: current date: 2100-09-15 04:30:00 begin of timestep (day): 7 (run): 8231 384: Radiation calculated for : 15. Sep 2100 03:56:15 384: Greenhouse gas concentrations 15. Sep 2100 03:56:15 CO2 = 1138.0021 CH4 = 2412.88 N2O = 391.892 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-15 05:15:00 begin of timestep (day): 8 (run): 8232 0: MPIOM: current date: 2100-09-15 06:00:00 begin of timestep (day): 9 (run): 8233 0: MPIOM: current date: 2100-09-15 06:45:00 begin of timestep (day): 10 (run): 8234 0: MPIOM: current date: 2100-09-15 07:30:00 begin of timestep (day): 11 (run): 8235 384: Radiation calculated for : 15. Sep 2100 05:56:15 384: Greenhouse gas concentrations 15. Sep 2100 05:56:15 CO2 = 1138.0052 CH4 = 2412.87 N2O = 391.892 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-15 08:15:00 begin of timestep (day): 12 (run): 8236 0: MPIOM: current date: 2100-09-15 09:00:00 begin of timestep (day): 13 (run): 8237 0: MPIOM: current date: 2100-09-15 09:45:00 begin of timestep (day): 14 (run): 8238 0: MPIOM: current date: 2100-09-15 10:30:00 begin of timestep (day): 15 (run): 8239 384: Radiation calculated for : 15. Sep 2100 07:56:15 384: Greenhouse gas concentrations 15. Sep 2100 07:56:15 CO2 = 1138.0083 CH4 = 2412.87 N2O = 391.892 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-15 11:15:00 begin of timestep (day): 16 (run): 8240 0: MPIOM: current date: 2100-09-15 12:00:00 begin of timestep (day): 17 (run): 8241 0: MPIOM: current date: 2100-09-15 12:45:00 begin of timestep (day): 18 (run): 8242 0: MPIOM: current date: 2100-09-15 13:30:00 begin of timestep (day): 19 (run): 8243 384: Radiation calculated for : 15. Sep 2100 09:56:15 384: Greenhouse gas concentrations 15. Sep 2100 09:56:15 CO2 = 1138.0114 CH4 = 2412.87 N2O = 391.892 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-15 14:15:00 begin of timestep (day): 20 (run): 8244 0: MPIOM: current date: 2100-09-15 15:00:00 begin of timestep (day): 21 (run): 8245 0: MPIOM: current date: 2100-09-15 15:45:00 begin of timestep (day): 22 (run): 8246 384: Radiation calculated for : 15. Sep 2100 11:56:15 384: Greenhouse gas concentrations 15. Sep 2100 11:56:15 CO2 = 1138.0145 CH4 = 2412.87 N2O = 391.892 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-15 16:30:00 begin of timestep (day): 23 (run): 8247 0: MPIOM: current date: 2100-09-15 17:15:00 begin of timestep (day): 24 (run): 8248 0: MPIOM: current date: 2100-09-15 18:00:00 begin of timestep (day): 25 (run): 8249 384: Radiation calculated for : 15. Sep 2100 13:56:15 0: MPIOM: current date: 2100-09-15 18:45:00 begin of timestep (day): 26 (run): 8250 384: Greenhouse gas concentrations 15. Sep 2100 13:56:15 CO2 = 1138.0177 CH4 = 2412.86 N2O = 391.893 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-15 19:30:00 begin of timestep (day): 27 (run): 8251 0: MPIOM: current date: 2100-09-15 20:15:00 begin of timestep (day): 28 (run): 8252 0: MPIOM: current date: 2100-09-15 21:00:00 begin of timestep (day): 29 (run): 8253 384: Radiation calculated for : 15. Sep 2100 15:56:15 384: Greenhouse gas concentrations 15. Sep 2100 15:56:15 CO2 = 1138.0208 CH4 = 2412.86 N2O = 391.893 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-15 21:45:00 begin of timestep (day): 30 (run): 8254 0: MPIOM: current date: 2100-09-15 22:30:00 begin of timestep (day): 31 (run): 8255 0: MPIOM: current date: 2100-09-15 23:15:00 begin of timestep (day): 32 (run): 8256 0: MPIOM: current date: 2100-09-16 00:00:00 begin of timestep (day): 1 (run): 8257 384: Radiation calculated for : 15. Sep 2100 17:56:15 384: Greenhouse gas concentrations 15. Sep 2100 17:56:15 CO2 = 1138.0239 CH4 = 2412.86 N2O = 391.893 CFC = 51.16 208.19 384: Radiation calculated for : 15. Sep 2100 19:56:15 384: Greenhouse gas concentrations 15. Sep 2100 19:56:15 CO2 = 1138.0270 CH4 = 2412.85 N2O = 391.893 CFC = 51.16 208.19 384: Radiation calculated for : 15. Sep 2100 21:56:15 384: Greenhouse gas concentrations 15. Sep 2100 21:56:15 CO2 = 1138.0301 CH4 = 2412.85 N2O = 391.893 CFC = 51.16 208.19 384: Radiation calculated for : 15. Sep 2100 23:56:15 384: Greenhouse gas concentrations 15. Sep 2100 23:56:15 CO2 = 1138.0332 CH4 = 2412.85 N2O = 391.893 CFC = 51.16 208.19 384: hydrology_model: Water budget change: 1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 1112915.24088708 m3/s 384: hydrology_model: precip-evap (on ocean): -970803.885009496 m3/s 384: water_budget_corr: P-E correction: -33049.9429583001 m3/s 384: water_budget_corr: slm/slf residuum: 85422.3577295843 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5703.30774331790 m3/s 384: water_budget_corr: awfre corrected: -998150.520224481 m3/s 384: water_budget_corr: river discharge: 1112915.24088708 m3/s 384: water_budget_corr: water to ocean: 114764.720662592 m3/s 384: Write GRIB1 output for : 15. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -9.169606507416803E-011 kg m-2 s-1 0: co2 = 1055.76012258939 , n2 = 801999.999979436 , o2 = 0: 196800.000023259 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-16 00:45:00 begin of timestep (day): 2 (run): 8258 0: MPIOM: current date: 2100-09-16 01:30:00 begin of timestep (day): 3 (run): 8259 384: Radiation calculated for : 16. Sep 2100 01:56:15 384: Greenhouse gas concentrations 16. Sep 2100 01:56:15 CO2 = 1138.0364 CH4 = 2412.85 N2O = 391.893 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-16 02:15:00 begin of timestep (day): 4 (run): 8260 0: MPIOM: current date: 2100-09-16 03:00:00 begin of timestep (day): 5 (run): 8261 0: MPIOM: current date: 2100-09-16 03:45:00 begin of timestep (day): 6 (run): 8262 0: MPIOM: current date: 2100-09-16 04:30:00 begin of timestep (day): 7 (run): 8263 384: Radiation calculated for : 16. Sep 2100 03:56:15 384: Greenhouse gas concentrations 16. Sep 2100 03:56:15 CO2 = 1138.0395 CH4 = 2412.84 N2O = 391.893 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-16 05:15:00 begin of timestep (day): 8 (run): 8264 0: MPIOM: current date: 2100-09-16 06:00:00 begin of timestep (day): 9 (run): 8265 0: MPIOM: current date: 2100-09-16 06:45:00 begin of timestep (day): 10 (run): 8266 0: MPIOM: current date: 2100-09-16 07:30:00 begin of timestep (day): 11 (run): 8267 384: Radiation calculated for : 16. Sep 2100 05:56:15 384: Greenhouse gas concentrations 16. Sep 2100 05:56:15 CO2 = 1138.0426 CH4 = 2412.84 N2O = 391.893 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-16 08:15:00 begin of timestep (day): 12 (run): 8268 0: MPIOM: current date: 2100-09-16 09:00:00 begin of timestep (day): 13 (run): 8269 0: MPIOM: current date: 2100-09-16 09:45:00 begin of timestep (day): 14 (run): 8270 0: MPIOM: current date: 2100-09-16 10:30:00 begin of timestep (day): 15 (run): 8271 384: Radiation calculated for : 16. Sep 2100 07:56:15 384: Greenhouse gas concentrations 16. Sep 2100 07:56:15 CO2 = 1138.0457 CH4 = 2412.84 N2O = 391.894 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-16 11:15:00 begin of timestep (day): 16 (run): 8272 0: MPIOM: current date: 2100-09-16 12:00:00 begin of timestep (day): 17 (run): 8273 0: MPIOM: current date: 2100-09-16 12:45:00 begin of timestep (day): 18 (run): 8274 384: Radiation calculated for : 16. Sep 2100 09:56:15 0: MPIOM: current date: 2100-09-16 13:30:00 begin of timestep (day): 19 (run): 8275 384: Greenhouse gas concentrations 16. Sep 2100 09:56:15 CO2 = 1138.0488 CH4 = 2412.84 N2O = 391.894 CFC = 51.16 208.19 0: MPIOM: current date: 2100-09-16 14:15:00 begin of timestep (day): 20 (run): 8276 0: MPIOM: current date: 2100-09-16 15:00:00 begin of timestep (day): 21 (run): 8277 0: MPIOM: current date: 2100-09-16 15:45:00 begin of timestep (day): 22 (run): 8278 0: MPIOM: current date: 2100-09-16 16:30:00 begin of timestep (day): 23 (run): 8279 384: Radiation calculated for : 16. Sep 2100 11:56:15 384: Greenhouse gas concentrations 16. Sep 2100 11:56:15 CO2 = 1138.0519 CH4 = 2412.83 N2O = 391.894 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-16 17:15:00 begin of timestep (day): 24 (run): 8280 0: MPIOM: current date: 2100-09-16 18:00:00 begin of timestep (day): 25 (run): 8281 0: MPIOM: current date: 2100-09-16 18:45:00 begin of timestep (day): 26 (run): 8282 0: MPIOM: current date: 2100-09-16 19:30:00 begin of timestep (day): 27 (run): 8283 384: Radiation calculated for : 16. Sep 2100 13:56:15 384: Greenhouse gas concentrations 16. Sep 2100 13:56:15 CO2 = 1138.0551 CH4 = 2412.83 N2O = 391.894 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-16 20:15:00 begin of timestep (day): 28 (run): 8284 0: MPIOM: current date: 2100-09-16 21:00:00 begin of timestep (day): 29 (run): 8285 0: MPIOM: current date: 2100-09-16 21:45:00 begin of timestep (day): 30 (run): 8286 0: MPIOM: current date: 2100-09-16 22:30:00 begin of timestep (day): 31 (run): 8287 384: Radiation calculated for : 16. Sep 2100 15:56:15 384: Greenhouse gas concentrations 16. Sep 2100 15:56:15 CO2 = 1138.0582 CH4 = 2412.83 N2O = 391.894 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-16 23:15:00 begin of timestep (day): 32 (run): 8288 0: MPIOM: current date: 2100-09-17 00:00:00 begin of timestep (day): 1 (run): 8289 384: Radiation calculated for : 16. Sep 2100 17:56:15 384: Greenhouse gas concentrations 16. Sep 2100 17:56:15 CO2 = 1138.0613 CH4 = 2412.82 N2O = 391.894 CFC = 51.16 208.18 384: Radiation calculated for : 16. Sep 2100 19:56:15 384: Greenhouse gas concentrations 16. Sep 2100 19:56:15 CO2 = 1138.0644 CH4 = 2412.82 N2O = 391.894 CFC = 51.16 208.18 384: Radiation calculated for : 16. Sep 2100 21:56:15 384: Greenhouse gas concentrations 16. Sep 2100 21:56:15 CO2 = 1138.0675 CH4 = 2412.82 N2O = 391.894 CFC = 51.16 208.18 384: Radiation calculated for : 16. Sep 2100 23:56:15 384: Greenhouse gas concentrations 16. Sep 2100 23:56:15 CO2 = 1138.0706 CH4 = 2412.82 N2O = 391.894 CFC = 51.16 208.18 384: hydrology_model: Water budget change: 8.344650268554688E-007 m3/s 384: hydrology_model: global discharge: 1118220.75225192 m3/s 384: hydrology_model: precip-evap (on ocean): -280884.421922776 m3/s 384: water_budget_corr: P-E correction: 1931.56430741294 m3/s 384: water_budget_corr: slm/slf residuum: 85043.7455482141 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 9827.87483151982 m3/s 384: water_budget_corr: awfre corrected: -269124.982783851 m3/s 384: water_budget_corr: river discharge: 1118220.75225192 m3/s 384: water_budget_corr: water to ocean: 849095.769468071 m3/s 384: Write GRIB1 output for : 16. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.478997206464228E-010 kg m-2 s-1 0: co2 = 1055.84198185640 , n2 = 801999.999980244 , o2 = 0: 196800.000084539 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-17 00:45:00 begin of timestep (day): 2 (run): 8290 384: 2100-09-17 00h: Read: Valid: 2100-10-16 12h: lightning_frq (lightning.nc, 10), avg = 0.0000 0: MPIOM: current date: 2100-09-17 01:30:00 begin of timestep (day): 3 (run): 8291 0: MPIOM: current date: 2100-09-17 02:15:00 begin of timestep (day): 4 (run): 8292 384: Radiation calculated for : 17. Sep 2100 01:56:15 384: Greenhouse gas concentrations 17. Sep 2100 01:56:15 CO2 = 1138.0738 CH4 = 2412.81 N2O = 391.894 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-17 03:00:00 begin of timestep (day): 5 (run): 8293 0: MPIOM: current date: 2100-09-17 03:45:00 begin of timestep (day): 6 (run): 8294 0: MPIOM: current date: 2100-09-17 04:30:00 begin of timestep (day): 7 (run): 8295 0: MPIOM: current date: 2100-09-17 05:15:00 begin of timestep (day): 8 (run): 8296 384: Radiation calculated for : 17. Sep 2100 03:56:15 384: Greenhouse gas concentrations 17. Sep 2100 03:56:15 CO2 = 1138.0769 CH4 = 2412.81 N2O = 391.895 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-17 06:00:00 begin of timestep (day): 9 (run): 8297 0: MPIOM: current date: 2100-09-17 06:45:00 begin of timestep (day): 10 (run): 8298 0: MPIOM: current date: 2100-09-17 07:30:00 begin of timestep (day): 11 (run): 8299 0: MPIOM: current date: 2100-09-17 08:15:00 begin of timestep (day): 12 (run): 8300 384: Radiation calculated for : 17. Sep 2100 05:56:15 384: Greenhouse gas concentrations 17. Sep 2100 05:56:15 CO2 = 1138.0800 CH4 = 2412.81 N2O = 391.895 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-17 09:00:00 begin of timestep (day): 13 (run): 8301 0: MPIOM: current date: 2100-09-17 09:45:00 begin of timestep (day): 14 (run): 8302 0: MPIOM: current date: 2100-09-17 10:30:00 begin of timestep (day): 15 (run): 8303 0: MPIOM: current date: 2100-09-17 11:15:00 begin of timestep (day): 16 (run): 8304 384: Radiation calculated for : 17. Sep 2100 07:56:15 384: Greenhouse gas concentrations 17. Sep 2100 07:56:15 CO2 = 1138.0831 CH4 = 2412.81 N2O = 391.895 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-17 12:00:00 begin of timestep (day): 17 (run): 8305 0: MPIOM: current date: 2100-09-17 12:45:00 begin of timestep (day): 18 (run): 8306 0: MPIOM: current date: 2100-09-17 13:30:00 begin of timestep (day): 19 (run): 8307 384: Radiation calculated for : 17. Sep 2100 09:56:15 384: Greenhouse gas concentrations 17. Sep 2100 09:56:15 CO2 = 1138.0862 CH4 = 2412.80 N2O = 391.895 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-17 14:15:00 begin of timestep (day): 20 (run): 8308 0: MPIOM: current date: 2100-09-17 15:00:00 begin of timestep (day): 21 (run): 8309 0: MPIOM: current date: 2100-09-17 15:45:00 begin of timestep (day): 22 (run): 8310 0: MPIOM: current date: 2100-09-17 16:30:00 begin of timestep (day): 23 (run): 8311 384: Radiation calculated for : 17. Sep 2100 11:56:15 384: Greenhouse gas concentrations 17. Sep 2100 11:56:15 CO2 = 1138.0893 CH4 = 2412.80 N2O = 391.895 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-17 17:15:00 begin of timestep (day): 24 (run): 8312 0: MPIOM: current date: 2100-09-17 18:00:00 begin of timestep (day): 25 (run): 8313 0: MPIOM: current date: 2100-09-17 18:45:00 begin of timestep (day): 26 (run): 8314 0: MPIOM: current date: 2100-09-17 19:30:00 begin of timestep (day): 27 (run): 8315 384: Radiation calculated for : 17. Sep 2100 13:56:15 384: Greenhouse gas concentrations 17. Sep 2100 13:56:15 CO2 = 1138.0925 CH4 = 2412.80 N2O = 391.895 CFC = 51.16 208.18 0: MPIOM: current date: 2100-09-17 20:15:00 begin of timestep (day): 28 (run): 8316 0: MPIOM: current date: 2100-09-17 21:00:00 begin of timestep (day): 29 (run): 8317 0: MPIOM: current date: 2100-09-17 21:45:00 begin of timestep (day): 30 (run): 8318 0: MPIOM: current date: 2100-09-17 22:30:00 begin of timestep (day): 31 (run): 8319 384: Radiation calculated for : 17. Sep 2100 15:56:15 384: Greenhouse gas concentrations 17. Sep 2100 15:56:15 CO2 = 1138.0956 CH4 = 2412.79 N2O = 391.895 CFC = 51.15 208.18 0: MPIOM: current date: 2100-09-17 23:15:00 begin of timestep (day): 32 (run): 8320 0: MPIOM: current date: 2100-09-18 00:00:00 begin of timestep (day): 1 (run): 8321 384: Radiation calculated for : 17. Sep 2100 17:56:15 384: Greenhouse gas concentrations 17. Sep 2100 17:56:15 CO2 = 1138.0987 CH4 = 2412.79 N2O = 391.895 CFC = 51.15 208.18 384: Radiation calculated for : 17. Sep 2100 19:56:15 384: Greenhouse gas concentrations 17. Sep 2100 19:56:15 CO2 = 1138.1018 CH4 = 2412.79 N2O = 391.895 CFC = 51.15 208.18 384: Radiation calculated for : 17. Sep 2100 21:56:15 384: Greenhouse gas concentrations 17. Sep 2100 21:56:15 CO2 = 1138.1049 CH4 = 2412.79 N2O = 391.895 CFC = 51.15 208.18 384: Radiation calculated for : 17. Sep 2100 23:56:15 384: Greenhouse gas concentrations 17. Sep 2100 23:56:15 CO2 = 1138.1080 CH4 = 2412.78 N2O = 391.896 CFC = 51.15 208.17 384: hydrology_model: Water budget change: -2.384185791015625E-007 m3/s 384: hydrology_model: global discharge: 1136581.94097283 m3/s 384: hydrology_model: precip-evap (on ocean): -778330.797457107 m3/s 384: water_budget_corr: P-E correction: -26395.5616089760 m3/s 384: water_budget_corr: slm/slf residuum: 100551.813012509 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5750.10751306442 m3/s 384: water_budget_corr: awfre corrected: -798976.251553025 m3/s 384: water_budget_corr: river discharge: 1136581.94097283 m3/s 384: water_budget_corr: water to ocean: 337605.689419796 m3/s 384: Write GRIB1 output for : 17. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 1.428540664812287E-010 kg m-2 s-1 0: co2 = 1055.97638344543 , n2 = 802000.000034550 , o2 = 0: 196800.000268585 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-18 00:45:00 begin of timestep (day): 2 (run): 8322 0: MPIOM: current date: 2100-09-18 01:30:00 begin of timestep (day): 3 (run): 8323 384: Radiation calculated for : 18. Sep 2100 01:56:15 384: Greenhouse gas concentrations 18. Sep 2100 01:56:15 CO2 = 1138.1112 CH4 = 2412.78 N2O = 391.896 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-18 02:15:00 begin of timestep (day): 4 (run): 8324 0: MPIOM: current date: 2100-09-18 03:00:00 begin of timestep (day): 5 (run): 8325 0: MPIOM: current date: 2100-09-18 03:45:00 begin of timestep (day): 6 (run): 8326 0: MPIOM: current date: 2100-09-18 04:30:00 begin of timestep (day): 7 (run): 8327 384: Radiation calculated for : 18. Sep 2100 03:56:15 384: Greenhouse gas concentrations 18. Sep 2100 03:56:15 CO2 = 1138.1143 CH4 = 2412.78 N2O = 391.896 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-18 05:15:00 begin of timestep (day): 8 (run): 8328 0: MPIOM: current date: 2100-09-18 06:00:00 begin of timestep (day): 9 (run): 8329 0: MPIOM: current date: 2100-09-18 06:45:00 begin of timestep (day): 10 (run): 8330 0: MPIOM: current date: 2100-09-18 07:30:00 begin of timestep (day): 11 (run): 8331 384: Radiation calculated for : 18. Sep 2100 05:56:15 384: Greenhouse gas concentrations 18. Sep 2100 05:56:15 CO2 = 1138.1174 CH4 = 2412.78 N2O = 391.896 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-18 08:15:00 begin of timestep (day): 12 (run): 8332 0: MPIOM: current date: 2100-09-18 09:00:00 begin of timestep (day): 13 (run): 8333 0: MPIOM: current date: 2100-09-18 09:45:00 begin of timestep (day): 14 (run): 8334 0: MPIOM: current date: 2100-09-18 10:30:00 begin of timestep (day): 15 (run): 8335 384: Radiation calculated for : 18. Sep 2100 07:56:15 384: Greenhouse gas concentrations 18. Sep 2100 07:56:15 CO2 = 1138.1205 CH4 = 2412.77 N2O = 391.896 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-18 11:15:00 begin of timestep (day): 16 (run): 8336 0: MPIOM: current date: 2100-09-18 12:00:00 begin of timestep (day): 17 (run): 8337 0: MPIOM: current date: 2100-09-18 12:45:00 begin of timestep (day): 18 (run): 8338 0: MPIOM: current date: 2100-09-18 13:30:00 begin of timestep (day): 19 (run): 8339 384: Radiation calculated for : 18. Sep 2100 09:56:15 384: Greenhouse gas concentrations 18. Sep 2100 09:56:15 CO2 = 1138.1236 CH4 = 2412.77 N2O = 391.896 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-18 14:15:00 begin of timestep (day): 20 (run): 8340 0: MPIOM: current date: 2100-09-18 15:00:00 begin of timestep (day): 21 (run): 8341 0: MPIOM: current date: 2100-09-18 15:45:00 begin of timestep (day): 22 (run): 8342 384: Radiation calculated for : 18. Sep 2100 11:56:15 0: MPIOM: current date: 2100-09-18 16:30:00 begin of timestep (day): 23 (run): 8343 384: Greenhouse gas concentrations 18. Sep 2100 11:56:15 CO2 = 1138.1267 CH4 = 2412.77 N2O = 391.896 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-18 17:15:00 begin of timestep (day): 24 (run): 8344 0: MPIOM: current date: 2100-09-18 18:00:00 begin of timestep (day): 25 (run): 8345 0: MPIOM: current date: 2100-09-18 18:45:00 begin of timestep (day): 26 (run): 8346 384: Radiation calculated for : 18. Sep 2100 13:56:15 384: Greenhouse gas concentrations 18. Sep 2100 13:56:15 CO2 = 1138.1298 CH4 = 2412.76 N2O = 391.896 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-18 19:30:00 begin of timestep (day): 27 (run): 8347 0: MPIOM: current date: 2100-09-18 20:15:00 begin of timestep (day): 28 (run): 8348 0: MPIOM: current date: 2100-09-18 21:00:00 begin of timestep (day): 29 (run): 8349 0: MPIOM: current date: 2100-09-18 21:45:00 begin of timestep (day): 30 (run): 8350 384: Radiation calculated for : 18. Sep 2100 15:56:15 384: Greenhouse gas concentrations 18. Sep 2100 15:56:15 CO2 = 1138.1330 CH4 = 2412.76 N2O = 391.896 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-18 22:30:00 begin of timestep (day): 31 (run): 8351 0: MPIOM: current date: 2100-09-18 23:15:00 begin of timestep (day): 32 (run): 8352 0: MPIOM: current date: 2100-09-19 00:00:00 begin of timestep (day): 1 (run): 8353 384: Radiation calculated for : 18. Sep 2100 17:56:15 384: Greenhouse gas concentrations 18. Sep 2100 17:56:15 CO2 = 1138.1361 CH4 = 2412.76 N2O = 391.897 CFC = 51.15 208.17 384: Radiation calculated for : 18. Sep 2100 19:56:15 384: Greenhouse gas concentrations 18. Sep 2100 19:56:15 CO2 = 1138.1392 CH4 = 2412.76 N2O = 391.897 CFC = 51.15 208.17 384: Radiation calculated for : 18. Sep 2100 21:56:15 384: Greenhouse gas concentrations 18. Sep 2100 21:56:15 CO2 = 1138.1423 CH4 = 2412.75 N2O = 391.897 CFC = 51.15 208.17 384: Radiation calculated for : 18. Sep 2100 23:56:15 384: Greenhouse gas concentrations 18. Sep 2100 23:56:15 CO2 = 1138.1454 CH4 = 2412.75 N2O = 391.897 CFC = 51.15 208.17 384: hydrology_model: Water budget change: -1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 1142042.16296961 m3/s 384: hydrology_model: precip-evap (on ocean): -689583.498309006 m3/s 384: water_budget_corr: P-E correction: -69126.1018431252 m3/s 384: water_budget_corr: slm/slf residuum: 93477.8081183992 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 13687.8216386287 m3/s 384: water_budget_corr: awfre corrected: -745021.778513511 m3/s 384: water_budget_corr: river discharge: 1142042.16296961 m3/s 384: water_budget_corr: water to ocean: 397020.384456101 m3/s 384: Write GRIB1 output for : 18. Sep 2100 23:52:30 0: co2 = 1056.11861623387 , n2 = 802000.000058019 , o2 = 0: 196800.000224458 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.375650192532236E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-19 00:45:00 begin of timestep (day): 2 (run): 8354 0: MPIOM: current date: 2100-09-19 01:30:00 begin of timestep (day): 3 (run): 8355 384: Radiation calculated for : 19. Sep 2100 01:56:15 384: Greenhouse gas concentrations 19. Sep 2100 01:56:15 CO2 = 1138.1485 CH4 = 2412.75 N2O = 391.897 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-19 02:15:00 begin of timestep (day): 4 (run): 8356 0: MPIOM: current date: 2100-09-19 03:00:00 begin of timestep (day): 5 (run): 8357 0: MPIOM: current date: 2100-09-19 03:45:00 begin of timestep (day): 6 (run): 8358 0: MPIOM: current date: 2100-09-19 04:30:00 begin of timestep (day): 7 (run): 8359 384: Radiation calculated for : 19. Sep 2100 03:56:15 384: Greenhouse gas concentrations 19. Sep 2100 03:56:15 CO2 = 1138.1517 CH4 = 2412.75 N2O = 391.897 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-19 05:15:00 begin of timestep (day): 8 (run): 8360 0: MPIOM: current date: 2100-09-19 06:00:00 begin of timestep (day): 9 (run): 8361 0: MPIOM: current date: 2100-09-19 06:45:00 begin of timestep (day): 10 (run): 8362 0: MPIOM: current date: 2100-09-19 07:30:00 begin of timestep (day): 11 (run): 8363 384: Radiation calculated for : 19. Sep 2100 05:56:15 384: Greenhouse gas concentrations 19. Sep 2100 05:56:15 CO2 = 1138.1548 CH4 = 2412.74 N2O = 391.897 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-19 08:15:00 begin of timestep (day): 12 (run): 8364 0: MPIOM: current date: 2100-09-19 09:00:00 begin of timestep (day): 13 (run): 8365 0: MPIOM: current date: 2100-09-19 09:45:00 begin of timestep (day): 14 (run): 8366 0: MPIOM: current date: 2100-09-19 10:30:00 begin of timestep (day): 15 (run): 8367 384: Radiation calculated for : 19. Sep 2100 07:56:15 384: Greenhouse gas concentrations 19. Sep 2100 07:56:15 CO2 = 1138.1579 CH4 = 2412.74 N2O = 391.897 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-19 11:15:00 begin of timestep (day): 16 (run): 8368 0: MPIOM: current date: 2100-09-19 12:00:00 begin of timestep (day): 17 (run): 8369 0: MPIOM: current date: 2100-09-19 12:45:00 begin of timestep (day): 18 (run): 8370 0: MPIOM: current date: 2100-09-19 13:30:00 begin of timestep (day): 19 (run): 8371 384: Radiation calculated for : 19. Sep 2100 09:56:15 384: Greenhouse gas concentrations 19. Sep 2100 09:56:15 CO2 = 1138.1610 CH4 = 2412.74 N2O = 391.897 CFC = 51.15 208.17 0: MPIOM: current date: 2100-09-19 14:15:00 begin of timestep (day): 20 (run): 8372 0: MPIOM: current date: 2100-09-19 15:00:00 begin of timestep (day): 21 (run): 8373 0: MPIOM: current date: 2100-09-19 15:45:00 begin of timestep (day): 22 (run): 8374 0: MPIOM: current date: 2100-09-19 16:30:00 begin of timestep (day): 23 (run): 8375 384: Radiation calculated for : 19. Sep 2100 11:56:15 384: Greenhouse gas concentrations 19. Sep 2100 11:56:15 CO2 = 1138.1641 CH4 = 2412.73 N2O = 391.897 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-19 17:15:00 begin of timestep (day): 24 (run): 8376 0: MPIOM: current date: 2100-09-19 18:00:00 begin of timestep (day): 25 (run): 8377 0: MPIOM: current date: 2100-09-19 18:45:00 begin of timestep (day): 26 (run): 8378 0: MPIOM: current date: 2100-09-19 19:30:00 begin of timestep (day): 27 (run): 8379 384: Radiation calculated for : 19. Sep 2100 13:56:15 384: Greenhouse gas concentrations 19. Sep 2100 13:56:15 CO2 = 1138.1672 CH4 = 2412.73 N2O = 391.898 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-19 20:15:00 begin of timestep (day): 28 (run): 8380 0: MPIOM: current date: 2100-09-19 21:00:00 begin of timestep (day): 29 (run): 8381 0: MPIOM: current date: 2100-09-19 21:45:00 begin of timestep (day): 30 (run): 8382 384: Radiation calculated for : 19. Sep 2100 15:56:15 0: MPIOM: current date: 2100-09-19 22:30:00 begin of timestep (day): 31 (run): 8383 384: Greenhouse gas concentrations 19. Sep 2100 15:56:15 CO2 = 1138.1704 CH4 = 2412.73 N2O = 391.898 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-19 23:15:00 begin of timestep (day): 32 (run): 8384 0: MPIOM: current date: 2100-09-20 00:00:00 begin of timestep (day): 1 (run): 8385 384: Radiation calculated for : 19. Sep 2100 17:56:15 384: Greenhouse gas concentrations 19. Sep 2100 17:56:15 CO2 = 1138.1735 CH4 = 2412.73 N2O = 391.898 CFC = 51.15 208.16 384: Radiation calculated for : 19. Sep 2100 19:56:15 384: Greenhouse gas concentrations 19. Sep 2100 19:56:15 CO2 = 1138.1766 CH4 = 2412.72 N2O = 391.898 CFC = 51.15 208.16 384: Radiation calculated for : 19. Sep 2100 21:56:15 384: Greenhouse gas concentrations 19. Sep 2100 21:56:15 CO2 = 1138.1797 CH4 = 2412.72 N2O = 391.898 CFC = 51.15 208.16 384: Radiation calculated for : 19. Sep 2100 23:56:15 384: Greenhouse gas concentrations 19. Sep 2100 23:56:15 CO2 = 1138.1828 CH4 = 2412.72 N2O = 391.898 CFC = 51.15 208.16 384: hydrology_model: Water budget change: -1.579523086547852E-006 m3/s 384: hydrology_model: global discharge: 1154410.70083405 m3/s 384: hydrology_model: precip-evap (on ocean): 209334.402355496 m3/s 384: water_budget_corr: P-E correction: -107399.797125053 m3/s 384: water_budget_corr: slm/slf residuum: 66600.8621270566 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 10159.7980362663 m3/s 384: water_budget_corr: awfre corrected: 112094.403266717 m3/s 384: water_budget_corr: river discharge: 1154410.70083405 m3/s 384: water_budget_corr: water to ocean: 1266505.10410076 m3/s 384: Write GRIB1 output for : 19. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1056.17571894175 , n2 = 802000.000014686 , o2 = 0: 196800.000233833 384: CO2 flux correction (global): 4.150430721797982E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-20 00:45:00 begin of timestep (day): 2 (run): 8386 0: MPIOM: current date: 2100-09-20 01:30:00 begin of timestep (day): 3 (run): 8387 384: Radiation calculated for : 20. Sep 2100 01:56:15 384: Greenhouse gas concentrations 20. Sep 2100 01:56:15 CO2 = 1138.1859 CH4 = 2412.72 N2O = 391.898 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-20 02:15:00 begin of timestep (day): 4 (run): 8388 0: MPIOM: current date: 2100-09-20 03:00:00 begin of timestep (day): 5 (run): 8389 0: MPIOM: current date: 2100-09-20 03:45:00 begin of timestep (day): 6 (run): 8390 0: MPIOM: current date: 2100-09-20 04:30:00 begin of timestep (day): 7 (run): 8391 384: Radiation calculated for : 20. Sep 2100 03:56:15 384: Greenhouse gas concentrations 20. Sep 2100 03:56:15 CO2 = 1138.1891 CH4 = 2412.71 N2O = 391.898 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-20 05:15:00 begin of timestep (day): 8 (run): 8392 0: MPIOM: current date: 2100-09-20 06:00:00 begin of timestep (day): 9 (run): 8393 0: MPIOM: current date: 2100-09-20 06:45:00 begin of timestep (day): 10 (run): 8394 0: MPIOM: current date: 2100-09-20 07:30:00 begin of timestep (day): 11 (run): 8395 384: Radiation calculated for : 20. Sep 2100 05:56:15 384: Greenhouse gas concentrations 20. Sep 2100 05:56:15 CO2 = 1138.1922 CH4 = 2412.71 N2O = 391.898 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-20 08:15:00 begin of timestep (day): 12 (run): 8396 0: MPIOM: current date: 2100-09-20 09:00:00 begin of timestep (day): 13 (run): 8397 0: MPIOM: current date: 2100-09-20 09:45:00 begin of timestep (day): 14 (run): 8398 384: Radiation calculated for : 20. Sep 2100 07:56:15 0: MPIOM: current date: 2100-09-20 10:30:00 begin of timestep (day): 15 (run): 8399 384: Greenhouse gas concentrations 20. Sep 2100 07:56:15 CO2 = 1138.1953 CH4 = 2412.71 N2O = 391.898 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-20 11:15:00 begin of timestep (day): 16 (run): 8400 0: MPIOM: current date: 2100-09-20 12:00:00 begin of timestep (day): 17 (run): 8401 0: MPIOM: current date: 2100-09-20 12:45:00 begin of timestep (day): 18 (run): 8402 0: MPIOM: current date: 2100-09-20 13:30:00 begin of timestep (day): 19 (run): 8403 384: Radiation calculated for : 20. Sep 2100 09:56:15 384: Greenhouse gas concentrations 20. Sep 2100 09:56:15 CO2 = 1138.1984 CH4 = 2412.70 N2O = 391.899 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-20 14:15:00 begin of timestep (day): 20 (run): 8404 0: MPIOM: current date: 2100-09-20 15:00:00 begin of timestep (day): 21 (run): 8405 0: MPIOM: current date: 2100-09-20 15:45:00 begin of timestep (day): 22 (run): 8406 384: Radiation calculated for : 20. Sep 2100 11:56:15 0: MPIOM: current date: 2100-09-20 16:30:00 begin of timestep (day): 23 (run): 8407 384: Greenhouse gas concentrations 20. Sep 2100 11:56:15 CO2 = 1138.2015 CH4 = 2412.70 N2O = 391.899 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-20 17:15:00 begin of timestep (day): 24 (run): 8408 0: MPIOM: current date: 2100-09-20 18:00:00 begin of timestep (day): 25 (run): 8409 0: MPIOM: current date: 2100-09-20 18:45:00 begin of timestep (day): 26 (run): 8410 384: Radiation calculated for : 20. Sep 2100 13:56:15 384: Greenhouse gas concentrations 20. Sep 2100 13:56:15 CO2 = 1138.2046 CH4 = 2412.70 N2O = 391.899 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-20 19:30:00 begin of timestep (day): 27 (run): 8411 0: MPIOM: current date: 2100-09-20 20:15:00 begin of timestep (day): 28 (run): 8412 0: MPIOM: current date: 2100-09-20 21:00:00 begin of timestep (day): 29 (run): 8413 0: MPIOM: current date: 2100-09-20 21:45:00 begin of timestep (day): 30 (run): 8414 384: Radiation calculated for : 20. Sep 2100 15:56:15 384: Greenhouse gas concentrations 20. Sep 2100 15:56:15 CO2 = 1138.2078 CH4 = 2412.70 N2O = 391.899 CFC = 51.15 208.16 0: MPIOM: current date: 2100-09-20 22:30:00 begin of timestep (day): 31 (run): 8415 0: MPIOM: current date: 2100-09-20 23:15:00 begin of timestep (day): 32 (run): 8416 0: MPIOM: current date: 2100-09-21 00:00:00 begin of timestep (day): 1 (run): 8417 384: Radiation calculated for : 20. Sep 2100 17:56:15 384: Greenhouse gas concentrations 20. Sep 2100 17:56:15 CO2 = 1138.2109 CH4 = 2412.69 N2O = 391.899 CFC = 51.15 208.16 384: Radiation calculated for : 20. Sep 2100 19:56:15 384: Greenhouse gas concentrations 20. Sep 2100 19:56:15 CO2 = 1138.2140 CH4 = 2412.69 N2O = 391.899 CFC = 51.15 208.16 384: Radiation calculated for : 20. Sep 2100 21:56:15 384: Greenhouse gas concentrations 20. Sep 2100 21:56:15 CO2 = 1138.2171 CH4 = 2412.69 N2O = 391.899 CFC = 51.15 208.16 384: Radiation calculated for : 20. Sep 2100 23:56:15 384: Greenhouse gas concentrations 20. Sep 2100 23:56:15 CO2 = 1138.2202 CH4 = 2412.69 N2O = 391.899 CFC = 51.14 208.15 384: hydrology_model: Water budget change: 1.192092895507812E-006 m3/s 384: hydrology_model: global discharge: 1192872.02999143 m3/s 384: hydrology_model: precip-evap (on ocean): -326353.730770659 m3/s 384: water_budget_corr: P-E correction: -55008.4980318156 m3/s 384: water_budget_corr: slm/slf residuum: 80707.4749763718 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5330.03299259868 m3/s 384: water_budget_corr: awfre corrected: -376032.195809864 m3/s 384: water_budget_corr: river discharge: 1192872.02999143 m3/s 384: water_budget_corr: water to ocean: 816839.834181567 m3/s 384: Write GRIB1 output for : 20. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): 7.344496174437072E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1056.18243775413 , n2 = 801999.999979415 , o2 = 0: 196800.000182614 0: MPIOM: current date: 2100-09-21 00:45:00 begin of timestep (day): 2 (run): 8418 0: MPIOM: current date: 2100-09-21 01:30:00 begin of timestep (day): 3 (run): 8419 384: Radiation calculated for : 21. Sep 2100 01:56:15 384: Greenhouse gas concentrations 21. Sep 2100 01:56:15 CO2 = 1138.2233 CH4 = 2412.68 N2O = 391.899 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-21 02:15:00 begin of timestep (day): 4 (run): 8420 0: MPIOM: current date: 2100-09-21 03:00:00 begin of timestep (day): 5 (run): 8421 0: MPIOM: current date: 2100-09-21 03:45:00 begin of timestep (day): 6 (run): 8422 0: MPIOM: current date: 2100-09-21 04:30:00 begin of timestep (day): 7 (run): 8423 384: Radiation calculated for : 21. Sep 2100 03:56:15 384: Greenhouse gas concentrations 21. Sep 2100 03:56:15 CO2 = 1138.2265 CH4 = 2412.68 N2O = 391.900 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-21 05:15:00 begin of timestep (day): 8 (run): 8424 0: MPIOM: current date: 2100-09-21 06:00:00 begin of timestep (day): 9 (run): 8425 0: MPIOM: current date: 2100-09-21 06:45:00 begin of timestep (day): 10 (run): 8426 0: MPIOM: current date: 2100-09-21 07:30:00 begin of timestep (day): 11 (run): 8427 384: Radiation calculated for : 21. Sep 2100 05:56:15 384: Greenhouse gas concentrations 21. Sep 2100 05:56:15 CO2 = 1138.2296 CH4 = 2412.68 N2O = 391.900 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-21 08:15:00 begin of timestep (day): 12 (run): 8428 0: MPIOM: current date: 2100-09-21 09:00:00 begin of timestep (day): 13 (run): 8429 0: MPIOM: current date: 2100-09-21 09:45:00 begin of timestep (day): 14 (run): 8430 0: MPIOM: current date: 2100-09-21 10:30:00 begin of timestep (day): 15 (run): 8431 384: Radiation calculated for : 21. Sep 2100 07:56:15 384: Greenhouse gas concentrations 21. Sep 2100 07:56:15 CO2 = 1138.2327 CH4 = 2412.67 N2O = 391.900 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-21 11:15:00 begin of timestep (day): 16 (run): 8432 0: MPIOM: current date: 2100-09-21 12:00:00 begin of timestep (day): 17 (run): 8433 0: MPIOM: current date: 2100-09-21 12:45:00 begin of timestep (day): 18 (run): 8434 0: MPIOM: current date: 2100-09-21 13:30:00 begin of timestep (day): 19 (run): 8435 384: Radiation calculated for : 21. Sep 2100 09:56:15 384: Greenhouse gas concentrations 21. Sep 2100 09:56:15 CO2 = 1138.2358 CH4 = 2412.67 N2O = 391.900 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-21 14:15:00 begin of timestep (day): 20 (run): 8436 0: MPIOM: current date: 2100-09-21 15:00:00 begin of timestep (day): 21 (run): 8437 0: MPIOM: current date: 2100-09-21 15:45:00 begin of timestep (day): 22 (run): 8438 0: MPIOM: current date: 2100-09-21 16:30:00 begin of timestep (day): 23 (run): 8439 384: Radiation calculated for : 21. Sep 2100 11:56:15 384: Greenhouse gas concentrations 21. Sep 2100 11:56:15 CO2 = 1138.2389 CH4 = 2412.67 N2O = 391.900 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-21 17:15:00 begin of timestep (day): 24 (run): 8440 0: MPIOM: current date: 2100-09-21 18:00:00 begin of timestep (day): 25 (run): 8441 0: MPIOM: current date: 2100-09-21 18:45:00 begin of timestep (day): 26 (run): 8442 384: Radiation calculated for : 21. Sep 2100 13:56:15 0: MPIOM: current date: 2100-09-21 19:30:00 begin of timestep (day): 27 (run): 8443 384: Greenhouse gas concentrations 21. Sep 2100 13:56:15 CO2 = 1138.2420 CH4 = 2412.67 N2O = 391.900 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-21 20:15:00 begin of timestep (day): 28 (run): 8444 0: MPIOM: current date: 2100-09-21 21:00:00 begin of timestep (day): 29 (run): 8445 0: MPIOM: current date: 2100-09-21 21:45:00 begin of timestep (day): 30 (run): 8446 384: Radiation calculated for : 21. Sep 2100 15:56:15 0: MPIOM: current date: 2100-09-21 22:30:00 begin of timestep (day): 31 (run): 8447 384: Greenhouse gas concentrations 21. Sep 2100 15:56:15 CO2 = 1138.2452 CH4 = 2412.66 N2O = 391.900 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-21 23:15:00 begin of timestep (day): 32 (run): 8448 0: MPIOM: current date: 2100-09-22 00:00:00 begin of timestep (day): 1 (run): 8449 384: Radiation calculated for : 21. Sep 2100 17:56:15 384: Greenhouse gas concentrations 21. Sep 2100 17:56:15 CO2 = 1138.2483 CH4 = 2412.66 N2O = 391.900 CFC = 51.14 208.15 384: Radiation calculated for : 21. Sep 2100 19:56:15 384: Greenhouse gas concentrations 21. Sep 2100 19:56:15 CO2 = 1138.2514 CH4 = 2412.66 N2O = 391.900 CFC = 51.14 208.15 384: Radiation calculated for : 21. Sep 2100 21:56:15 384: Greenhouse gas concentrations 21. Sep 2100 21:56:15 CO2 = 1138.2545 CH4 = 2412.65 N2O = 391.900 CFC = 51.14 208.15 384: Radiation calculated for : 21. Sep 2100 23:56:15 384: Greenhouse gas concentrations 21. Sep 2100 23:56:15 CO2 = 1138.2576 CH4 = 2412.65 N2O = 391.901 CFC = 51.14 208.15 384: hydrology_model: Water budget change: -7.748603820800781E-007 m3/s 384: hydrology_model: global discharge: 1184042.23746241 m3/s 384: hydrology_model: precip-evap (on ocean): -889176.701716449 m3/s 384: water_budget_corr: P-E correction: -18695.8037262610 m3/s 384: water_budget_corr: slm/slf residuum: 91222.5864305009 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4825.13043919611 m3/s 384: water_budget_corr: awfre corrected: -903047.375003527 m3/s 384: water_budget_corr: river discharge: 1184042.23746241 m3/s 384: water_budget_corr: water to ocean: 280994.862458891 m3/s 384: Write GRIB1 output for : 21. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.719363000368080E-011 kg m-2 s-1 0: co2 = 1056.26715963103 , n2 = 801999.999949729 , o2 = 0: 196800.000146255 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-22 00:45:00 begin of timestep (day): 2 (run): 8450 0: MPIOM: current date: 2100-09-22 01:30:00 begin of timestep (day): 3 (run): 8451 384: Radiation calculated for : 22. Sep 2100 01:56:15 384: Greenhouse gas concentrations 22. Sep 2100 01:56:15 CO2 = 1138.2607 CH4 = 2412.65 N2O = 391.901 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-22 02:15:00 begin of timestep (day): 4 (run): 8452 0: MPIOM: current date: 2100-09-22 03:00:00 begin of timestep (day): 5 (run): 8453 0: MPIOM: current date: 2100-09-22 03:45:00 begin of timestep (day): 6 (run): 8454 0: MPIOM: current date: 2100-09-22 04:30:00 begin of timestep (day): 7 (run): 8455 384: Radiation calculated for : 22. Sep 2100 03:56:15 384: Greenhouse gas concentrations 22. Sep 2100 03:56:15 CO2 = 1138.2639 CH4 = 2412.65 N2O = 391.901 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-22 05:15:00 begin of timestep (day): 8 (run): 8456 0: MPIOM: current date: 2100-09-22 06:00:00 begin of timestep (day): 9 (run): 8457 0: MPIOM: current date: 2100-09-22 06:45:00 begin of timestep (day): 10 (run): 8458 0: MPIOM: current date: 2100-09-22 07:30:00 begin of timestep (day): 11 (run): 8459 384: Radiation calculated for : 22. Sep 2100 05:56:15 384: Greenhouse gas concentrations 22. Sep 2100 05:56:15 CO2 = 1138.2670 CH4 = 2412.64 N2O = 391.901 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-22 08:15:00 begin of timestep (day): 12 (run): 8460 0: MPIOM: current date: 2100-09-22 09:00:00 begin of timestep (day): 13 (run): 8461 0: MPIOM: current date: 2100-09-22 09:45:00 begin of timestep (day): 14 (run): 8462 0: MPIOM: current date: 2100-09-22 10:30:00 begin of timestep (day): 15 (run): 8463 384: Radiation calculated for : 22. Sep 2100 07:56:15 384: Greenhouse gas concentrations 22. Sep 2100 07:56:15 CO2 = 1138.2701 CH4 = 2412.64 N2O = 391.901 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-22 11:15:00 begin of timestep (day): 16 (run): 8464 0: MPIOM: current date: 2100-09-22 12:00:00 begin of timestep (day): 17 (run): 8465 0: MPIOM: current date: 2100-09-22 12:45:00 begin of timestep (day): 18 (run): 8466 0: MPIOM: current date: 2100-09-22 13:30:00 begin of timestep (day): 19 (run): 8467 384: Radiation calculated for : 22. Sep 2100 09:56:15 384: Greenhouse gas concentrations 22. Sep 2100 09:56:15 CO2 = 1138.2732 CH4 = 2412.64 N2O = 391.901 CFC = 51.14 208.15 0: MPIOM: current date: 2100-09-22 14:15:00 begin of timestep (day): 20 (run): 8468 0: MPIOM: current date: 2100-09-22 15:00:00 begin of timestep (day): 21 (run): 8469 0: MPIOM: current date: 2100-09-22 15:45:00 begin of timestep (day): 22 (run): 8470 0: MPIOM: current date: 2100-09-22 16:30:00 begin of timestep (day): 23 (run): 8471 384: Radiation calculated for : 22. Sep 2100 11:56:15 384: Greenhouse gas concentrations 22. Sep 2100 11:56:15 CO2 = 1138.2763 CH4 = 2412.64 N2O = 391.901 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-22 17:15:00 begin of timestep (day): 24 (run): 8472 0: MPIOM: current date: 2100-09-22 18:00:00 begin of timestep (day): 25 (run): 8473 0: MPIOM: current date: 2100-09-22 18:45:00 begin of timestep (day): 26 (run): 8474 0: MPIOM: current date: 2100-09-22 19:30:00 begin of timestep (day): 27 (run): 8475 384: Radiation calculated for : 22. Sep 2100 13:56:15 384: Greenhouse gas concentrations 22. Sep 2100 13:56:15 CO2 = 1138.2794 CH4 = 2412.63 N2O = 391.901 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-22 20:15:00 begin of timestep (day): 28 (run): 8476 0: MPIOM: current date: 2100-09-22 21:00:00 begin of timestep (day): 29 (run): 8477 0: MPIOM: current date: 2100-09-22 21:45:00 begin of timestep (day): 30 (run): 8478 0: MPIOM: current date: 2100-09-22 22:30:00 begin of timestep (day): 31 (run): 8479 384: Radiation calculated for : 22. Sep 2100 15:56:15 384: Greenhouse gas concentrations 22. Sep 2100 15:56:15 CO2 = 1138.2826 CH4 = 2412.63 N2O = 391.901 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-22 23:15:00 begin of timestep (day): 32 (run): 8480 0: MPIOM: current date: 2100-09-23 00:00:00 begin of timestep (day): 1 (run): 8481 384: Radiation calculated for : 22. Sep 2100 17:56:15 384: Greenhouse gas concentrations 22. Sep 2100 17:56:15 CO2 = 1138.2857 CH4 = 2412.63 N2O = 391.902 CFC = 51.14 208.14 384: Radiation calculated for : 22. Sep 2100 19:56:15 384: Greenhouse gas concentrations 22. Sep 2100 19:56:15 CO2 = 1138.2888 CH4 = 2412.62 N2O = 391.902 CFC = 51.14 208.14 384: Radiation calculated for : 22. Sep 2100 21:56:15 384: Greenhouse gas concentrations 22. Sep 2100 21:56:15 CO2 = 1138.2919 CH4 = 2412.62 N2O = 391.902 CFC = 51.14 208.14 384: Radiation calculated for : 22. Sep 2100 23:56:15 384: Greenhouse gas concentrations 22. Sep 2100 23:56:15 CO2 = 1138.2950 CH4 = 2412.62 N2O = 391.902 CFC = 51.14 208.14 384: hydrology_model: Water budget change: 2.026557922363281E-006 m3/s 384: hydrology_model: global discharge: 1152210.66410383 m3/s 384: hydrology_model: precip-evap (on ocean): -980566.740309393 m3/s 384: water_budget_corr: P-E correction: -10500.8570910115 m3/s 384: water_budget_corr: slm/slf residuum: 120546.127399117 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4423.88184761926 m3/s 384: water_budget_corr: awfre corrected: -986643.715552789 m3/s 384: water_budget_corr: river discharge: 1152210.66410383 m3/s 384: water_budget_corr: water to ocean: 165566.948551052 m3/s 384: Write GRIB1 output for : 22. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.409929730501287E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1056.29908816892 , n2 = 801999.999974969 , o2 = 0: 196800.000208655 0: MPIOM: current date: 2100-09-23 00:45:00 begin of timestep (day): 2 (run): 8482 0: MPIOM: current date: 2100-09-23 01:30:00 begin of timestep (day): 3 (run): 8483 384: Radiation calculated for : 23. Sep 2100 01:56:15 384: Greenhouse gas concentrations 23. Sep 2100 01:56:15 CO2 = 1138.2981 CH4 = 2412.62 N2O = 391.902 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-23 02:15:00 begin of timestep (day): 4 (run): 8484 0: MPIOM: current date: 2100-09-23 03:00:00 begin of timestep (day): 5 (run): 8485 0: MPIOM: current date: 2100-09-23 03:45:00 begin of timestep (day): 6 (run): 8486 0: MPIOM: current date: 2100-09-23 04:30:00 begin of timestep (day): 7 (run): 8487 384: Radiation calculated for : 23. Sep 2100 03:56:15 384: Greenhouse gas concentrations 23. Sep 2100 03:56:15 CO2 = 1138.3013 CH4 = 2412.61 N2O = 391.902 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-23 05:15:00 begin of timestep (day): 8 (run): 8488 0: MPIOM: current date: 2100-09-23 06:00:00 begin of timestep (day): 9 (run): 8489 0: MPIOM: current date: 2100-09-23 06:45:00 begin of timestep (day): 10 (run): 8490 0: MPIOM: current date: 2100-09-23 07:30:00 begin of timestep (day): 11 (run): 8491 384: Radiation calculated for : 23. Sep 2100 05:56:15 384: Greenhouse gas concentrations 23. Sep 2100 05:56:15 CO2 = 1138.3044 CH4 = 2412.61 N2O = 391.902 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-23 08:15:00 begin of timestep (day): 12 (run): 8492 0: MPIOM: current date: 2100-09-23 09:00:00 begin of timestep (day): 13 (run): 8493 0: MPIOM: current date: 2100-09-23 09:45:00 begin of timestep (day): 14 (run): 8494 0: MPIOM: current date: 2100-09-23 10:30:00 begin of timestep (day): 15 (run): 8495 384: Radiation calculated for : 23. Sep 2100 07:56:15 384: Greenhouse gas concentrations 23. Sep 2100 07:56:15 CO2 = 1138.3075 CH4 = 2412.61 N2O = 391.902 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-23 11:15:00 begin of timestep (day): 16 (run): 8496 0: MPIOM: current date: 2100-09-23 12:00:00 begin of timestep (day): 17 (run): 8497 0: MPIOM: current date: 2100-09-23 12:45:00 begin of timestep (day): 18 (run): 8498 0: MPIOM: current date: 2100-09-23 13:30:00 begin of timestep (day): 19 (run): 8499 384: Radiation calculated for : 23. Sep 2100 09:56:15 384: Greenhouse gas concentrations 23. Sep 2100 09:56:15 CO2 = 1138.3106 CH4 = 2412.61 N2O = 391.902 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-23 14:15:00 begin of timestep (day): 20 (run): 8500 0: MPIOM: current date: 2100-09-23 15:00:00 begin of timestep (day): 21 (run): 8501 0: MPIOM: current date: 2100-09-23 15:45:00 begin of timestep (day): 22 (run): 8502 384: Radiation calculated for : 23. Sep 2100 11:56:15 0: MPIOM: current date: 2100-09-23 16:30:00 begin of timestep (day): 23 (run): 8503 384: Greenhouse gas concentrations 23. Sep 2100 11:56:15 CO2 = 1138.3137 CH4 = 2412.60 N2O = 391.902 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-23 17:15:00 begin of timestep (day): 24 (run): 8504 0: MPIOM: current date: 2100-09-23 18:00:00 begin of timestep (day): 25 (run): 8505 0: MPIOM: current date: 2100-09-23 18:45:00 begin of timestep (day): 26 (run): 8506 384: Radiation calculated for : 23. Sep 2100 13:56:15 384: Greenhouse gas concentrations 23. Sep 2100 13:56:15 CO2 = 1138.3168 CH4 = 2412.60 N2O = 391.903 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-23 19:30:00 begin of timestep (day): 27 (run): 8507 0: MPIOM: current date: 2100-09-23 20:15:00 begin of timestep (day): 28 (run): 8508 0: MPIOM: current date: 2100-09-23 21:00:00 begin of timestep (day): 29 (run): 8509 0: MPIOM: current date: 2100-09-23 21:45:00 begin of timestep (day): 30 (run): 8510 384: Radiation calculated for : 23. Sep 2100 15:56:15 384: Greenhouse gas concentrations 23. Sep 2100 15:56:15 CO2 = 1138.3200 CH4 = 2412.60 N2O = 391.903 CFC = 51.14 208.14 0: MPIOM: current date: 2100-09-23 22:30:00 begin of timestep (day): 31 (run): 8511 0: MPIOM: current date: 2100-09-23 23:15:00 begin of timestep (day): 32 (run): 8512 0: MPIOM: current date: 2100-09-24 00:00:00 begin of timestep (day): 1 (run): 8513 384: Radiation calculated for : 23. Sep 2100 17:56:15 384: Greenhouse gas concentrations 23. Sep 2100 17:56:15 CO2 = 1138.3231 CH4 = 2412.59 N2O = 391.903 CFC = 51.14 208.14 384: Radiation calculated for : 23. Sep 2100 19:56:15 384: Greenhouse gas concentrations 23. Sep 2100 19:56:15 CO2 = 1138.3262 CH4 = 2412.59 N2O = 391.903 CFC = 51.14 208.14 384: Radiation calculated for : 23. Sep 2100 21:56:15 384: Greenhouse gas concentrations 23. Sep 2100 21:56:15 CO2 = 1138.3293 CH4 = 2412.59 N2O = 391.903 CFC = 51.14 208.14 384: Radiation calculated for : 23. Sep 2100 23:56:15 384: Greenhouse gas concentrations 23. Sep 2100 23:56:15 CO2 = 1138.3324 CH4 = 2412.59 N2O = 391.903 CFC = 51.14 208.13 384: hydrology_model: Water budget change: -7.152557373046875E-007 m3/s 384: hydrology_model: global discharge: 1165961.81679228 m3/s 384: hydrology_model: precip-evap (on ocean): -568496.179614732 m3/s 384: water_budget_corr: P-E correction: -21140.3758310380 m3/s 384: water_budget_corr: slm/slf residuum: 112453.908441709 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2330.64787789553 m3/s 384: water_budget_corr: awfre corrected: -587305.907567883 m3/s 384: water_budget_corr: river discharge: 1165961.81679228 m3/s 384: water_budget_corr: water to ocean: 578655.909224404 m3/s 384: Write GRIB1 output for : 23. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.466803229918420E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1056.36207560146 , n2 = 801999.999967913 , o2 = 0: 196800.000234687 0: MPIOM: current date: 2100-09-24 00:45:00 begin of timestep (day): 2 (run): 8514 0: MPIOM: current date: 2100-09-24 01:30:00 begin of timestep (day): 3 (run): 8515 384: Radiation calculated for : 24. Sep 2100 01:56:15 384: Greenhouse gas concentrations 24. Sep 2100 01:56:15 CO2 = 1138.3355 CH4 = 2412.58 N2O = 391.903 CFC = 51.14 208.13 0: MPIOM: current date: 2100-09-24 02:15:00 begin of timestep (day): 4 (run): 8516 0: MPIOM: current date: 2100-09-24 03:00:00 begin of timestep (day): 5 (run): 8517 0: MPIOM: current date: 2100-09-24 03:45:00 begin of timestep (day): 6 (run): 8518 0: MPIOM: current date: 2100-09-24 04:30:00 begin of timestep (day): 7 (run): 8519 384: Radiation calculated for : 24. Sep 2100 03:56:15 384: Greenhouse gas concentrations 24. Sep 2100 03:56:15 CO2 = 1138.3387 CH4 = 2412.58 N2O = 391.903 CFC = 51.14 208.13 0: MPIOM: current date: 2100-09-24 05:15:00 begin of timestep (day): 8 (run): 8520 0: MPIOM: current date: 2100-09-24 06:00:00 begin of timestep (day): 9 (run): 8521 0: MPIOM: current date: 2100-09-24 06:45:00 begin of timestep (day): 10 (run): 8522 0: MPIOM: current date: 2100-09-24 07:30:00 begin of timestep (day): 11 (run): 8523 384: Radiation calculated for : 24. Sep 2100 05:56:15 384: Greenhouse gas concentrations 24. Sep 2100 05:56:15 CO2 = 1138.3418 CH4 = 2412.58 N2O = 391.903 CFC = 51.14 208.13 0: MPIOM: current date: 2100-09-24 08:15:00 begin of timestep (day): 12 (run): 8524 0: MPIOM: current date: 2100-09-24 09:00:00 begin of timestep (day): 13 (run): 8525 0: MPIOM: current date: 2100-09-24 09:45:00 begin of timestep (day): 14 (run): 8526 0: MPIOM: current date: 2100-09-24 10:30:00 begin of timestep (day): 15 (run): 8527 384: Radiation calculated for : 24. Sep 2100 07:56:15 384: Greenhouse gas concentrations 24. Sep 2100 07:56:15 CO2 = 1138.3449 CH4 = 2412.58 N2O = 391.903 CFC = 51.14 208.13 0: MPIOM: current date: 2100-09-24 11:15:00 begin of timestep (day): 16 (run): 8528 0: MPIOM: current date: 2100-09-24 12:00:00 begin of timestep (day): 17 (run): 8529 0: MPIOM: current date: 2100-09-24 12:45:00 begin of timestep (day): 18 (run): 8530 0: MPIOM: current date: 2100-09-24 13:30:00 begin of timestep (day): 19 (run): 8531 384: Radiation calculated for : 24. Sep 2100 09:56:15 384: Greenhouse gas concentrations 24. Sep 2100 09:56:15 CO2 = 1138.3480 CH4 = 2412.57 N2O = 391.904 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-24 14:15:00 begin of timestep (day): 20 (run): 8532 0: MPIOM: current date: 2100-09-24 15:00:00 begin of timestep (day): 21 (run): 8533 0: MPIOM: current date: 2100-09-24 15:45:00 begin of timestep (day): 22 (run): 8534 0: MPIOM: current date: 2100-09-24 16:30:00 begin of timestep (day): 23 (run): 8535 384: Radiation calculated for : 24. Sep 2100 11:56:15 384: Greenhouse gas concentrations 24. Sep 2100 11:56:15 CO2 = 1138.3511 CH4 = 2412.57 N2O = 391.904 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-24 17:15:00 begin of timestep (day): 24 (run): 8536 0: MPIOM: current date: 2100-09-24 18:00:00 begin of timestep (day): 25 (run): 8537 0: MPIOM: current date: 2100-09-24 18:45:00 begin of timestep (day): 26 (run): 8538 0: MPIOM: current date: 2100-09-24 19:30:00 begin of timestep (day): 27 (run): 8539 384: Radiation calculated for : 24. Sep 2100 13:56:15 384: Greenhouse gas concentrations 24. Sep 2100 13:56:15 CO2 = 1138.3542 CH4 = 2412.57 N2O = 391.904 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-24 20:15:00 begin of timestep (day): 28 (run): 8540 0: MPIOM: current date: 2100-09-24 21:00:00 begin of timestep (day): 29 (run): 8541 0: MPIOM: current date: 2100-09-24 21:45:00 begin of timestep (day): 30 (run): 8542 0: MPIOM: current date: 2100-09-24 22:30:00 begin of timestep (day): 31 (run): 8543 384: Radiation calculated for : 24. Sep 2100 15:56:15 384: Greenhouse gas concentrations 24. Sep 2100 15:56:15 CO2 = 1138.3573 CH4 = 2412.56 N2O = 391.904 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-24 23:15:00 begin of timestep (day): 32 (run): 8544 0: MPIOM: current date: 2100-09-25 00:00:00 begin of timestep (day): 1 (run): 8545 384: Radiation calculated for : 24. Sep 2100 17:56:15 384: Greenhouse gas concentrations 24. Sep 2100 17:56:15 CO2 = 1138.3605 CH4 = 2412.56 N2O = 391.904 CFC = 51.13 208.13 384: Radiation calculated for : 24. Sep 2100 19:56:15 384: Greenhouse gas concentrations 24. Sep 2100 19:56:15 CO2 = 1138.3636 CH4 = 2412.56 N2O = 391.904 CFC = 51.13 208.13 384: Radiation calculated for : 24. Sep 2100 21:56:15 384: Greenhouse gas concentrations 24. Sep 2100 21:56:15 CO2 = 1138.3667 CH4 = 2412.56 N2O = 391.904 CFC = 51.13 208.13 384: Radiation calculated for : 24. Sep 2100 23:56:15 384: Greenhouse gas concentrations 24. Sep 2100 23:56:15 CO2 = 1138.3698 CH4 = 2412.55 N2O = 391.904 CFC = 51.13 208.13 384: hydrology_model: Water budget change: -9.536743164062500E-007 m3/s 384: hydrology_model: global discharge: 1184846.71405657 m3/s 384: hydrology_model: precip-evap (on ocean): 670801.331820579 m3/s 384: water_budget_corr: P-E correction: -25021.0244725378 m3/s 384: water_budget_corr: slm/slf residuum: 101648.461167041 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4342.04093584873 m3/s 384: water_budget_corr: awfre corrected: 650122.348283891 m3/s 384: water_budget_corr: river discharge: 1184846.71405657 m3/s 384: water_budget_corr: water to ocean: 1834969.06234047 m3/s 384: Write GRIB1 output for : 24. Sep 2100 23:52:30 0: co2 = 1056.47897863064 , n2 = 801999.999983347 , o2 = 0: 196800.000281316 384: co2_flux_correction: Computing global mean CO2 flux correction 0: MPIOM: current date: 2100-09-25 00:45:00 begin of timestep (day): 2 (run): 8546 384: CO2 flux correction (global): -1.615966847579218E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-25 01:30:00 begin of timestep (day): 3 (run): 8547 0: MPIOM: current date: 2100-09-25 02:15:00 begin of timestep (day): 4 (run): 8548 384: Radiation calculated for : 25. Sep 2100 01:56:15 384: Greenhouse gas concentrations 25. Sep 2100 01:56:15 CO2 = 1138.3729 CH4 = 2412.55 N2O = 391.904 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-25 03:00:00 begin of timestep (day): 5 (run): 8549 0: MPIOM: current date: 2100-09-25 03:45:00 begin of timestep (day): 6 (run): 8550 0: MPIOM: current date: 2100-09-25 04:30:00 begin of timestep (day): 7 (run): 8551 0: MPIOM: current date: 2100-09-25 05:15:00 begin of timestep (day): 8 (run): 8552 384: Radiation calculated for : 25. Sep 2100 03:56:15 384: Greenhouse gas concentrations 25. Sep 2100 03:56:15 CO2 = 1138.3760 CH4 = 2412.55 N2O = 391.905 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-25 06:00:00 begin of timestep (day): 9 (run): 8553 0: MPIOM: current date: 2100-09-25 06:45:00 begin of timestep (day): 10 (run): 8554 0: MPIOM: current date: 2100-09-25 07:30:00 begin of timestep (day): 11 (run): 8555 384: Radiation calculated for : 25. Sep 2100 05:56:15 0: MPIOM: current date: 2100-09-25 08:15:00 begin of timestep (day): 12 (run): 8556 384: Greenhouse gas concentrations 25. Sep 2100 05:56:15 CO2 = 1138.3792 CH4 = 2412.55 N2O = 391.905 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-25 09:00:00 begin of timestep (day): 13 (run): 8557 0: MPIOM: current date: 2100-09-25 09:45:00 begin of timestep (day): 14 (run): 8558 0: MPIOM: current date: 2100-09-25 10:30:00 begin of timestep (day): 15 (run): 8559 0: MPIOM: current date: 2100-09-25 11:15:00 begin of timestep (day): 16 (run): 8560 384: Radiation calculated for : 25. Sep 2100 07:56:15 384: Greenhouse gas concentrations 25. Sep 2100 07:56:15 CO2 = 1138.3823 CH4 = 2412.54 N2O = 391.905 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-25 12:00:00 begin of timestep (day): 17 (run): 8561 0: MPIOM: current date: 2100-09-25 12:45:00 begin of timestep (day): 18 (run): 8562 0: MPIOM: current date: 2100-09-25 13:30:00 begin of timestep (day): 19 (run): 8563 384: Radiation calculated for : 25. Sep 2100 09:56:15 384: Greenhouse gas concentrations 25. Sep 2100 09:56:15 CO2 = 1138.3854 CH4 = 2412.54 N2O = 391.905 CFC = 51.13 208.13 0: MPIOM: current date: 2100-09-25 14:15:00 begin of timestep (day): 20 (run): 8564 0: MPIOM: current date: 2100-09-25 15:00:00 begin of timestep (day): 21 (run): 8565 0: MPIOM: current date: 2100-09-25 15:45:00 begin of timestep (day): 22 (run): 8566 0: MPIOM: current date: 2100-09-25 16:30:00 begin of timestep (day): 23 (run): 8567 0: MPIOM: current date: 2100-09-25 17:15:00 begin of timestep (day): 24 (run): 8568 384: Radiation calculated for : 25. Sep 2100 11:56:15 384: Greenhouse gas concentrations 25. Sep 2100 11:56:15 CO2 = 1138.3885 CH4 = 2412.54 N2O = 391.905 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-25 18:00:00 begin of timestep (day): 25 (run): 8569 0: MPIOM: current date: 2100-09-25 18:45:00 begin of timestep (day): 26 (run): 8570 0: MPIOM: current date: 2100-09-25 19:30:00 begin of timestep (day): 27 (run): 8571 0: MPIOM: current date: 2100-09-25 20:15:00 begin of timestep (day): 28 (run): 8572 384: Radiation calculated for : 25. Sep 2100 13:56:15 384: Greenhouse gas concentrations 25. Sep 2100 13:56:15 CO2 = 1138.3916 CH4 = 2412.53 N2O = 391.905 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-25 21:00:00 begin of timestep (day): 29 (run): 8573 0: MPIOM: current date: 2100-09-25 21:45:00 begin of timestep (day): 30 (run): 8574 0: MPIOM: current date: 2100-09-25 22:30:00 begin of timestep (day): 31 (run): 8575 0: MPIOM: current date: 2100-09-25 23:15:00 begin of timestep (day): 32 (run): 8576 384: Radiation calculated for : 25. Sep 2100 15:56:15 384: Greenhouse gas concentrations 25. Sep 2100 15:56:15 CO2 = 1138.3947 CH4 = 2412.53 N2O = 391.905 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 00:00:00 begin of timestep (day): 1 (run): 8577 384: Radiation calculated for : 25. Sep 2100 17:56:15 384: Greenhouse gas concentrations 25. Sep 2100 17:56:15 CO2 = 1138.3979 CH4 = 2412.53 N2O = 391.905 CFC = 51.13 208.12 384: Radiation calculated for : 25. Sep 2100 19:56:15 384: Greenhouse gas concentrations 25. Sep 2100 19:56:15 CO2 = 1138.4010 CH4 = 2412.53 N2O = 391.905 CFC = 51.13 208.12 384: Radiation calculated for : 25. Sep 2100 21:56:15 384: Greenhouse gas concentrations 25. Sep 2100 21:56:15 CO2 = 1138.4041 CH4 = 2412.52 N2O = 391.905 CFC = 51.13 208.12 384: Radiation calculated for : 25. Sep 2100 23:56:15 384: Greenhouse gas concentrations 25. Sep 2100 23:56:15 CO2 = 1138.4072 CH4 = 2412.52 N2O = 391.906 CFC = 51.13 208.12 384: hydrology_model: Water budget change: 5.364418029785156E-007 m3/s 384: hydrology_model: global discharge: 1193430.63848973 m3/s 384: hydrology_model: precip-evap (on ocean): -41567.4163275675 m3/s 384: water_budget_corr: P-E correction: 8586.08537947152 m3/s 384: water_budget_corr: slm/slf residuum: 58588.0265891546 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2333.76179496229 m3/s 384: water_budget_corr: awfre corrected: -30647.5691531431 m3/s 384: water_budget_corr: river discharge: 1193430.63848973 m3/s 384: water_budget_corr: water to ocean: 1162783.06933658 m3/s 384: Write GRIB1 output for : 25. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1056.48457815081 , n2 = 801999.999997700 , o2 = 0: 196800.000405499 384: CO2 flux correction (global): -2.136508289204014E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-26 00:45:00 begin of timestep (day): 2 (run): 8578 0: MPIOM: current date: 2100-09-26 01:30:00 begin of timestep (day): 3 (run): 8579 384: Radiation calculated for : 26. Sep 2100 01:56:15 384: Greenhouse gas concentrations 26. Sep 2100 01:56:15 CO2 = 1138.4103 CH4 = 2412.52 N2O = 391.906 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 02:15:00 begin of timestep (day): 4 (run): 8580 0: MPIOM: current date: 2100-09-26 03:00:00 begin of timestep (day): 5 (run): 8581 0: MPIOM: current date: 2100-09-26 03:45:00 begin of timestep (day): 6 (run): 8582 0: MPIOM: current date: 2100-09-26 04:30:00 begin of timestep (day): 7 (run): 8583 384: Radiation calculated for : 26. Sep 2100 03:56:15 384: Greenhouse gas concentrations 26. Sep 2100 03:56:15 CO2 = 1138.4134 CH4 = 2412.52 N2O = 391.906 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 05:15:00 begin of timestep (day): 8 (run): 8584 0: MPIOM: current date: 2100-09-26 06:00:00 begin of timestep (day): 9 (run): 8585 0: MPIOM: current date: 2100-09-26 06:45:00 begin of timestep (day): 10 (run): 8586 0: MPIOM: current date: 2100-09-26 07:30:00 begin of timestep (day): 11 (run): 8587 384: Radiation calculated for : 26. Sep 2100 05:56:15 384: Greenhouse gas concentrations 26. Sep 2100 05:56:15 CO2 = 1138.4166 CH4 = 2412.51 N2O = 391.906 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 08:15:00 begin of timestep (day): 12 (run): 8588 0: MPIOM: current date: 2100-09-26 09:00:00 begin of timestep (day): 13 (run): 8589 0: MPIOM: current date: 2100-09-26 09:45:00 begin of timestep (day): 14 (run): 8590 0: MPIOM: current date: 2100-09-26 10:30:00 begin of timestep (day): 15 (run): 8591 384: Radiation calculated for : 26. Sep 2100 07:56:15 384: Greenhouse gas concentrations 26. Sep 2100 07:56:15 CO2 = 1138.4197 CH4 = 2412.51 N2O = 391.906 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 11:15:00 begin of timestep (day): 16 (run): 8592 0: MPIOM: current date: 2100-09-26 12:00:00 begin of timestep (day): 17 (run): 8593 0: MPIOM: current date: 2100-09-26 12:45:00 begin of timestep (day): 18 (run): 8594 0: MPIOM: current date: 2100-09-26 13:30:00 begin of timestep (day): 19 (run): 8595 384: Radiation calculated for : 26. Sep 2100 09:56:15 384: Greenhouse gas concentrations 26. Sep 2100 09:56:15 CO2 = 1138.4228 CH4 = 2412.51 N2O = 391.906 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 14:15:00 begin of timestep (day): 20 (run): 8596 0: MPIOM: current date: 2100-09-26 15:00:00 begin of timestep (day): 21 (run): 8597 0: MPIOM: current date: 2100-09-26 15:45:00 begin of timestep (day): 22 (run): 8598 0: MPIOM: current date: 2100-09-26 16:30:00 begin of timestep (day): 23 (run): 8599 384: Radiation calculated for : 26. Sep 2100 11:56:15 384: Greenhouse gas concentrations 26. Sep 2100 11:56:15 CO2 = 1138.4259 CH4 = 2412.50 N2O = 391.906 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 17:15:00 begin of timestep (day): 24 (run): 8600 0: MPIOM: current date: 2100-09-26 18:00:00 begin of timestep (day): 25 (run): 8601 0: MPIOM: current date: 2100-09-26 18:45:00 begin of timestep (day): 26 (run): 8602 0: MPIOM: current date: 2100-09-26 19:30:00 begin of timestep (day): 27 (run): 8603 384: Radiation calculated for : 26. Sep 2100 13:56:15 384: Greenhouse gas concentrations 26. Sep 2100 13:56:15 CO2 = 1138.4290 CH4 = 2412.50 N2O = 391.906 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 20:15:00 begin of timestep (day): 28 (run): 8604 0: MPIOM: current date: 2100-09-26 21:00:00 begin of timestep (day): 29 (run): 8605 0: MPIOM: current date: 2100-09-26 21:45:00 begin of timestep (day): 30 (run): 8606 0: MPIOM: current date: 2100-09-26 22:30:00 begin of timestep (day): 31 (run): 8607 384: Radiation calculated for : 26. Sep 2100 15:56:15 384: Greenhouse gas concentrations 26. Sep 2100 15:56:15 CO2 = 1138.4321 CH4 = 2412.50 N2O = 391.906 CFC = 51.13 208.12 0: MPIOM: current date: 2100-09-26 23:15:00 begin of timestep (day): 32 (run): 8608 0: MPIOM: current date: 2100-09-27 00:00:00 begin of timestep (day): 1 (run): 8609 384: Radiation calculated for : 26. Sep 2100 17:56:15 384: Greenhouse gas concentrations 26. Sep 2100 17:56:15 CO2 = 1138.4353 CH4 = 2412.50 N2O = 391.906 CFC = 51.13 208.12 384: Radiation calculated for : 26. Sep 2100 19:56:15 384: Greenhouse gas concentrations 26. Sep 2100 19:56:15 CO2 = 1138.4384 CH4 = 2412.49 N2O = 391.907 CFC = 51.13 208.12 384: Radiation calculated for : 26. Sep 2100 21:56:15 384: Greenhouse gas concentrations 26. Sep 2100 21:56:15 CO2 = 1138.4415 CH4 = 2412.49 N2O = 391.907 CFC = 51.13 208.12 384: Radiation calculated for : 26. Sep 2100 23:56:15 384: Greenhouse gas concentrations 26. Sep 2100 23:56:15 CO2 = 1138.4446 CH4 = 2412.49 N2O = 391.907 CFC = 51.13 208.11 384: hydrology_model: Water budget change: 4.768371582031250E-007 m3/s 384: hydrology_model: global discharge: 1198223.09296063 m3/s 384: hydrology_model: precip-evap (on ocean): -739778.781368751 m3/s 384: water_budget_corr: P-E correction: -8584.11580808332 m3/s 384: water_budget_corr: slm/slf residuum: 100420.756229428 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2031.38742804204 m3/s 384: water_budget_corr: awfre corrected: -746331.509748784 m3/s 384: water_budget_corr: river discharge: 1198223.09296063 m3/s 384: water_budget_corr: water to ocean: 451891.583211840 m3/s 384: Write GRIB1 output for : 26. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1056.44516967538 , n2 = 801999.999980540 , o2 = 0: 196800.000390107 384: CO2 flux correction (global): -1.445321327102652E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-27 00:45:00 begin of timestep (day): 2 (run): 8610 0: MPIOM: current date: 2100-09-27 01:30:00 begin of timestep (day): 3 (run): 8611 384: Radiation calculated for : 27. Sep 2100 01:56:15 384: Greenhouse gas concentrations 27. Sep 2100 01:56:15 CO2 = 1138.4477 CH4 = 2412.49 N2O = 391.907 CFC = 51.13 208.11 0: MPIOM: current date: 2100-09-27 02:15:00 begin of timestep (day): 4 (run): 8612 0: MPIOM: current date: 2100-09-27 03:00:00 begin of timestep (day): 5 (run): 8613 0: MPIOM: current date: 2100-09-27 03:45:00 begin of timestep (day): 6 (run): 8614 0: MPIOM: current date: 2100-09-27 04:30:00 begin of timestep (day): 7 (run): 8615 384: Radiation calculated for : 27. Sep 2100 03:56:15 384: Greenhouse gas concentrations 27. Sep 2100 03:56:15 CO2 = 1138.4508 CH4 = 2412.48 N2O = 391.907 CFC = 51.13 208.11 0: MPIOM: current date: 2100-09-27 05:15:00 begin of timestep (day): 8 (run): 8616 0: MPIOM: current date: 2100-09-27 06:00:00 begin of timestep (day): 9 (run): 8617 0: MPIOM: current date: 2100-09-27 06:45:00 begin of timestep (day): 10 (run): 8618 0: MPIOM: current date: 2100-09-27 07:30:00 begin of timestep (day): 11 (run): 8619 384: Radiation calculated for : 27. Sep 2100 05:56:15 384: Greenhouse gas concentrations 27. Sep 2100 05:56:15 CO2 = 1138.4540 CH4 = 2412.48 N2O = 391.907 CFC = 51.13 208.11 0: MPIOM: current date: 2100-09-27 08:15:00 begin of timestep (day): 12 (run): 8620 0: MPIOM: current date: 2100-09-27 09:00:00 begin of timestep (day): 13 (run): 8621 0: MPIOM: current date: 2100-09-27 09:45:00 begin of timestep (day): 14 (run): 8622 0: MPIOM: current date: 2100-09-27 10:30:00 begin of timestep (day): 15 (run): 8623 384: Radiation calculated for : 27. Sep 2100 07:56:15 384: Greenhouse gas concentrations 27. Sep 2100 07:56:15 CO2 = 1138.4571 CH4 = 2412.48 N2O = 391.907 CFC = 51.13 208.11 0: MPIOM: current date: 2100-09-27 11:15:00 begin of timestep (day): 16 (run): 8624 0: MPIOM: current date: 2100-09-27 12:00:00 begin of timestep (day): 17 (run): 8625 0: MPIOM: current date: 2100-09-27 12:45:00 begin of timestep (day): 18 (run): 8626 0: MPIOM: current date: 2100-09-27 13:30:00 begin of timestep (day): 19 (run): 8627 384: Radiation calculated for : 27. Sep 2100 09:56:15 384: Greenhouse gas concentrations 27. Sep 2100 09:56:15 CO2 = 1138.4602 CH4 = 2412.47 N2O = 391.907 CFC = 51.13 208.11 0: MPIOM: current date: 2100-09-27 14:15:00 begin of timestep (day): 20 (run): 8628 0: MPIOM: current date: 2100-09-27 15:00:00 begin of timestep (day): 21 (run): 8629 0: MPIOM: current date: 2100-09-27 15:45:00 begin of timestep (day): 22 (run): 8630 0: MPIOM: current date: 2100-09-27 16:30:00 begin of timestep (day): 23 (run): 8631 384: Radiation calculated for : 27. Sep 2100 11:56:15 384: Greenhouse gas concentrations 27. Sep 2100 11:56:15 CO2 = 1138.4633 CH4 = 2412.47 N2O = 391.907 CFC = 51.13 208.11 0: MPIOM: current date: 2100-09-27 17:15:00 begin of timestep (day): 24 (run): 8632 0: MPIOM: current date: 2100-09-27 18:00:00 begin of timestep (day): 25 (run): 8633 0: MPIOM: current date: 2100-09-27 18:45:00 begin of timestep (day): 26 (run): 8634 0: MPIOM: current date: 2100-09-27 19:30:00 begin of timestep (day): 27 (run): 8635 384: Radiation calculated for : 27. Sep 2100 13:56:15 384: Greenhouse gas concentrations 27. Sep 2100 13:56:15 CO2 = 1138.4664 CH4 = 2412.47 N2O = 391.908 CFC = 51.13 208.11 0: MPIOM: current date: 2100-09-27 20:15:00 begin of timestep (day): 28 (run): 8636 0: MPIOM: current date: 2100-09-27 21:00:00 begin of timestep (day): 29 (run): 8637 0: MPIOM: current date: 2100-09-27 21:45:00 begin of timestep (day): 30 (run): 8638 0: MPIOM: current date: 2100-09-27 22:30:00 begin of timestep (day): 31 (run): 8639 384: Radiation calculated for : 27. Sep 2100 15:56:15 384: Greenhouse gas concentrations 27. Sep 2100 15:56:15 CO2 = 1138.4695 CH4 = 2412.47 N2O = 391.908 CFC = 51.13 208.11 0: MPIOM: current date: 2100-09-27 23:15:00 begin of timestep (day): 32 (run): 8640 0: MPIOM: current date: 2100-09-28 00:00:00 begin of timestep (day): 1 (run): 8641 384: Radiation calculated for : 27. Sep 2100 17:56:15 384: Greenhouse gas concentrations 27. Sep 2100 17:56:15 CO2 = 1138.4727 CH4 = 2412.46 N2O = 391.908 CFC = 51.13 208.11 384: Radiation calculated for : 27. Sep 2100 19:56:15 384: Greenhouse gas concentrations 27. Sep 2100 19:56:15 CO2 = 1138.4758 CH4 = 2412.46 N2O = 391.908 CFC = 51.12 208.11 384: Radiation calculated for : 27. Sep 2100 21:56:15 384: Greenhouse gas concentrations 27. Sep 2100 21:56:15 CO2 = 1138.4789 CH4 = 2412.46 N2O = 391.908 CFC = 51.12 208.11 384: Radiation calculated for : 27. Sep 2100 23:56:15 384: Greenhouse gas concentrations 27. Sep 2100 23:56:15 CO2 = 1138.4820 CH4 = 2412.46 N2O = 391.908 CFC = 51.12 208.11 384: hydrology_model: Water budget change: 8.344650268554688E-007 m3/s 384: hydrology_model: global discharge: 1210912.91377464 m3/s 384: hydrology_model: precip-evap (on ocean): -572933.834446333 m3/s 384: water_budget_corr: P-E correction: -37668.0744183819 m3/s 384: water_budget_corr: slm/slf residuum: 55775.0260592670 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 6014.39881849334 m3/s 384: water_budget_corr: awfre corrected: -604587.510046224 m3/s 384: water_budget_corr: river discharge: 1210912.91377464 m3/s 384: water_budget_corr: water to ocean: 606325.403728426 m3/s 384: Write GRIB1 output for : 27. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.769863908285416E-011 kg m-2 s-1 0: co2 = 1056.38429341753 , n2 = 801999.999992345 , o2 = 0: 196800.000422456 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-28 00:45:00 begin of timestep (day): 2 (run): 8642 0: MPIOM: current date: 2100-09-28 01:30:00 begin of timestep (day): 3 (run): 8643 384: Radiation calculated for : 28. Sep 2100 01:56:15 384: Greenhouse gas concentrations 28. Sep 2100 01:56:15 CO2 = 1138.4851 CH4 = 2412.45 N2O = 391.908 CFC = 51.12 208.11 0: MPIOM: current date: 2100-09-28 02:15:00 begin of timestep (day): 4 (run): 8644 0: MPIOM: current date: 2100-09-28 03:00:00 begin of timestep (day): 5 (run): 8645 0: MPIOM: current date: 2100-09-28 03:45:00 begin of timestep (day): 6 (run): 8646 0: MPIOM: current date: 2100-09-28 04:30:00 begin of timestep (day): 7 (run): 8647 384: Radiation calculated for : 28. Sep 2100 03:56:15 384: Greenhouse gas concentrations 28. Sep 2100 03:56:15 CO2 = 1138.4882 CH4 = 2412.45 N2O = 391.908 CFC = 51.12 208.11 0: MPIOM: current date: 2100-09-28 05:15:00 begin of timestep (day): 8 (run): 8648 0: MPIOM: current date: 2100-09-28 06:00:00 begin of timestep (day): 9 (run): 8649 0: MPIOM: current date: 2100-09-28 06:45:00 begin of timestep (day): 10 (run): 8650 0: MPIOM: current date: 2100-09-28 07:30:00 begin of timestep (day): 11 (run): 8651 384: Radiation calculated for : 28. Sep 2100 05:56:15 384: Greenhouse gas concentrations 28. Sep 2100 05:56:15 CO2 = 1138.4914 CH4 = 2412.45 N2O = 391.908 CFC = 51.12 208.11 0: MPIOM: current date: 2100-09-28 08:15:00 begin of timestep (day): 12 (run): 8652 0: MPIOM: current date: 2100-09-28 09:00:00 begin of timestep (day): 13 (run): 8653 0: MPIOM: current date: 2100-09-28 09:45:00 begin of timestep (day): 14 (run): 8654 384: Radiation calculated for : 28. Sep 2100 07:56:15 0: MPIOM: current date: 2100-09-28 10:30:00 begin of timestep (day): 15 (run): 8655 384: Greenhouse gas concentrations 28. Sep 2100 07:56:15 CO2 = 1138.4945 CH4 = 2412.44 N2O = 391.908 CFC = 51.12 208.11 0: MPIOM: current date: 2100-09-28 11:15:00 begin of timestep (day): 16 (run): 8656 0: MPIOM: current date: 2100-09-28 12:00:00 begin of timestep (day): 17 (run): 8657 0: MPIOM: current date: 2100-09-28 12:45:00 begin of timestep (day): 18 (run): 8658 0: MPIOM: current date: 2100-09-28 13:30:00 begin of timestep (day): 19 (run): 8659 384: Radiation calculated for : 28. Sep 2100 09:56:15 384: Greenhouse gas concentrations 28. Sep 2100 09:56:15 CO2 = 1138.4976 CH4 = 2412.44 N2O = 391.909 CFC = 51.12 208.11 0: MPIOM: current date: 2100-09-28 14:15:00 begin of timestep (day): 20 (run): 8660 0: MPIOM: current date: 2100-09-28 15:00:00 begin of timestep (day): 21 (run): 8661 0: MPIOM: current date: 2100-09-28 15:45:00 begin of timestep (day): 22 (run): 8662 0: MPIOM: current date: 2100-09-28 16:30:00 begin of timestep (day): 23 (run): 8663 384: Radiation calculated for : 28. Sep 2100 11:56:15 384: Greenhouse gas concentrations 28. Sep 2100 11:56:15 CO2 = 1138.5007 CH4 = 2412.44 N2O = 391.909 CFC = 51.12 208.11 0: MPIOM: current date: 2100-09-28 17:15:00 begin of timestep (day): 24 (run): 8664 0: MPIOM: current date: 2100-09-28 18:00:00 begin of timestep (day): 25 (run): 8665 0: MPIOM: current date: 2100-09-28 18:45:00 begin of timestep (day): 26 (run): 8666 0: MPIOM: current date: 2100-09-28 19:30:00 begin of timestep (day): 27 (run): 8667 384: Radiation calculated for : 28. Sep 2100 13:56:15 384: Greenhouse gas concentrations 28. Sep 2100 13:56:15 CO2 = 1138.5038 CH4 = 2412.44 N2O = 391.909 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-28 20:15:00 begin of timestep (day): 28 (run): 8668 0: MPIOM: current date: 2100-09-28 21:00:00 begin of timestep (day): 29 (run): 8669 0: MPIOM: current date: 2100-09-28 21:45:00 begin of timestep (day): 30 (run): 8670 0: MPIOM: current date: 2100-09-28 22:30:00 begin of timestep (day): 31 (run): 8671 384: Radiation calculated for : 28. Sep 2100 15:56:15 384: Greenhouse gas concentrations 28. Sep 2100 15:56:15 CO2 = 1138.5069 CH4 = 2412.43 N2O = 391.909 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-28 23:15:00 begin of timestep (day): 32 (run): 8672 0: MPIOM: current date: 2100-09-29 00:00:00 begin of timestep (day): 1 (run): 8673 384: Radiation calculated for : 28. Sep 2100 17:56:15 384: Greenhouse gas concentrations 28. Sep 2100 17:56:15 CO2 = 1138.5101 CH4 = 2412.43 N2O = 391.909 CFC = 51.12 208.10 384: Radiation calculated for : 28. Sep 2100 19:56:15 384: Greenhouse gas concentrations 28. Sep 2100 19:56:15 CO2 = 1138.5132 CH4 = 2412.43 N2O = 391.909 CFC = 51.12 208.10 384: Radiation calculated for : 28. Sep 2100 21:56:15 384: Greenhouse gas concentrations 28. Sep 2100 21:56:15 CO2 = 1138.5163 CH4 = 2412.43 N2O = 391.909 CFC = 51.12 208.10 384: Radiation calculated for : 28. Sep 2100 23:56:15 384: Greenhouse gas concentrations 28. Sep 2100 23:56:15 CO2 = 1138.5194 CH4 = 2412.42 N2O = 391.909 CFC = 51.12 208.10 384: hydrology_model: Water budget change: -2.235174179077148E-006 m3/s 384: hydrology_model: global discharge: 1224165.99710334 m3/s 384: hydrology_model: precip-evap (on ocean): -96253.7652905943 m3/s 384: water_budget_corr: P-E correction: -30947.1073964224 m3/s 384: water_budget_corr: slm/slf residuum: 79345.6060865707 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 8614.27353916703 m3/s 384: water_budget_corr: awfre corrected: -118586.599147846 m3/s 384: water_budget_corr: river discharge: 1224165.99710334 m3/s 384: water_budget_corr: water to ocean: 1105579.39795549 m3/s 384: Write GRIB1 output for : 28. Sep 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.689699719608437E-010 kg m-2 s-1 0: co2 = 1056.40433514200 , n2 = 802000.000015584 , o2 = 0: 196800.000443193 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-29 00:45:00 begin of timestep (day): 2 (run): 8674 0: MPIOM: current date: 2100-09-29 01:30:00 begin of timestep (day): 3 (run): 8675 384: Radiation calculated for : 29. Sep 2100 01:56:15 384: Greenhouse gas concentrations 29. Sep 2100 01:56:15 CO2 = 1138.5225 CH4 = 2412.42 N2O = 391.909 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-29 02:15:00 begin of timestep (day): 4 (run): 8676 0: MPIOM: current date: 2100-09-29 03:00:00 begin of timestep (day): 5 (run): 8677 0: MPIOM: current date: 2100-09-29 03:45:00 begin of timestep (day): 6 (run): 8678 0: MPIOM: current date: 2100-09-29 04:30:00 begin of timestep (day): 7 (run): 8679 384: Radiation calculated for : 29. Sep 2100 03:56:15 384: Greenhouse gas concentrations 29. Sep 2100 03:56:15 CO2 = 1138.5256 CH4 = 2412.42 N2O = 391.910 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-29 05:15:00 begin of timestep (day): 8 (run): 8680 0: MPIOM: current date: 2100-09-29 06:00:00 begin of timestep (day): 9 (run): 8681 0: MPIOM: current date: 2100-09-29 06:45:00 begin of timestep (day): 10 (run): 8682 0: MPIOM: current date: 2100-09-29 07:30:00 begin of timestep (day): 11 (run): 8683 384: Radiation calculated for : 29. Sep 2100 05:56:15 384: Greenhouse gas concentrations 29. Sep 2100 05:56:15 CO2 = 1138.5288 CH4 = 2412.41 N2O = 391.910 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-29 08:15:00 begin of timestep (day): 12 (run): 8684 0: MPIOM: current date: 2100-09-29 09:00:00 begin of timestep (day): 13 (run): 8685 0: MPIOM: current date: 2100-09-29 09:45:00 begin of timestep (day): 14 (run): 8686 0: MPIOM: current date: 2100-09-29 10:30:00 begin of timestep (day): 15 (run): 8687 384: Radiation calculated for : 29. Sep 2100 07:56:15 384: Greenhouse gas concentrations 29. Sep 2100 07:56:15 CO2 = 1138.5319 CH4 = 2412.41 N2O = 391.910 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-29 11:15:00 begin of timestep (day): 16 (run): 8688 0: MPIOM: current date: 2100-09-29 12:00:00 begin of timestep (day): 17 (run): 8689 0: MPIOM: current date: 2100-09-29 12:45:00 begin of timestep (day): 18 (run): 8690 0: MPIOM: current date: 2100-09-29 13:30:00 begin of timestep (day): 19 (run): 8691 384: Radiation calculated for : 29. Sep 2100 09:56:15 384: Greenhouse gas concentrations 29. Sep 2100 09:56:15 CO2 = 1138.5350 CH4 = 2412.41 N2O = 391.910 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-29 14:15:00 begin of timestep (day): 20 (run): 8692 0: MPIOM: current date: 2100-09-29 15:00:00 begin of timestep (day): 21 (run): 8693 0: MPIOM: current date: 2100-09-29 15:45:00 begin of timestep (day): 22 (run): 8694 0: MPIOM: current date: 2100-09-29 16:30:00 begin of timestep (day): 23 (run): 8695 384: Radiation calculated for : 29. Sep 2100 11:56:15 384: Greenhouse gas concentrations 29. Sep 2100 11:56:15 CO2 = 1138.5381 CH4 = 2412.41 N2O = 391.910 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-29 17:15:00 begin of timestep (day): 24 (run): 8696 0: MPIOM: current date: 2100-09-29 18:00:00 begin of timestep (day): 25 (run): 8697 0: MPIOM: current date: 2100-09-29 18:45:00 begin of timestep (day): 26 (run): 8698 384: Radiation calculated for : 29. Sep 2100 13:56:15 0: MPIOM: current date: 2100-09-29 19:30:00 begin of timestep (day): 27 (run): 8699 384: Greenhouse gas concentrations 29. Sep 2100 13:56:15 CO2 = 1138.5412 CH4 = 2412.40 N2O = 391.910 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-29 20:15:00 begin of timestep (day): 28 (run): 8700 0: MPIOM: current date: 2100-09-29 21:00:00 begin of timestep (day): 29 (run): 8701 0: MPIOM: current date: 2100-09-29 21:45:00 begin of timestep (day): 30 (run): 8702 384: Radiation calculated for : 29. Sep 2100 15:56:15 384: Greenhouse gas concentrations 29. Sep 2100 15:56:15 CO2 = 1138.5443 CH4 = 2412.40 N2O = 391.910 CFC = 51.12 208.10 0: MPIOM: current date: 2100-09-29 22:30:00 begin of timestep (day): 31 (run): 8703 0: MPIOM: current date: 2100-09-29 23:15:00 begin of timestep (day): 32 (run): 8704 0: MPIOM: current date: 2100-09-30 00:00:00 begin of timestep (day): 1 (run): 8705 384: Radiation calculated for : 29. Sep 2100 17:56:15 384: Greenhouse gas concentrations 29. Sep 2100 17:56:15 CO2 = 1138.5475 CH4 = 2412.40 N2O = 391.910 CFC = 51.12 208.10 384: Radiation calculated for : 29. Sep 2100 19:56:15 384: Greenhouse gas concentrations 29. Sep 2100 19:56:15 CO2 = 1138.5506 CH4 = 2412.39 N2O = 391.910 CFC = 51.12 208.10 384: Radiation calculated for : 29. Sep 2100 21:56:15 384: Greenhouse gas concentrations 29. Sep 2100 21:56:15 CO2 = 1138.5537 CH4 = 2412.39 N2O = 391.910 CFC = 51.12 208.10 384: Radiation calculated for : 29. Sep 2100 23:56:15 384: Greenhouse gas concentrations 29. Sep 2100 23:56:15 CO2 = 1138.5568 CH4 = 2412.39 N2O = 391.911 CFC = 51.12 208.10 384: hydrology_model: Water budget change: 1.579523086547852E-006 m3/s 384: hydrology_model: global discharge: 1207896.73631927 m3/s 384: hydrology_model: precip-evap (on ocean): -418097.910390147 m3/s 384: water_budget_corr: P-E correction: -29242.9797610326 m3/s 384: water_budget_corr: slm/slf residuum: 86940.1550067337 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 10777.1952037683 m3/s 384: water_budget_corr: awfre corrected: -436563.694947421 m3/s 384: water_budget_corr: river discharge: 1207896.73631927 m3/s 384: water_budget_corr: water to ocean: 771333.041371851 m3/s 384: Write GRIB1 output for : 29. Sep 2100 23:52:30 0: co2 = 1056.48312156246 , n2 = 802000.000021685 , o2 = 0: 196800.000342677 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.405391144137518E-010 kg m-2 s-1 0: MPIOM: current date: 2100-09-30 00:45:00 begin of timestep (day): 2 (run): 8706 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-09-30 01:30:00 begin of timestep (day): 3 (run): 8707 384: Radiation calculated for : 30. Sep 2100 01:56:15 384: Greenhouse gas concentrations 30. Sep 2100 01:56:15 CO2 = 1138.5599 CH4 = 2412.39 N2O = 391.911 CFC = 51.12 208.09 0: MPIOM: current date: 2100-09-30 02:15:00 begin of timestep (day): 4 (run): 8708 0: MPIOM: current date: 2100-09-30 03:00:00 begin of timestep (day): 5 (run): 8709 0: MPIOM: current date: 2100-09-30 03:45:00 begin of timestep (day): 6 (run): 8710 0: MPIOM: current date: 2100-09-30 04:30:00 begin of timestep (day): 7 (run): 8711 384: Radiation calculated for : 30. Sep 2100 03:56:15 384: Greenhouse gas concentrations 30. Sep 2100 03:56:15 CO2 = 1138.5630 CH4 = 2412.38 N2O = 391.911 CFC = 51.12 208.09 0: MPIOM: current date: 2100-09-30 05:15:00 begin of timestep (day): 8 (run): 8712 0: MPIOM: current date: 2100-09-30 06:00:00 begin of timestep (day): 9 (run): 8713 0: MPIOM: current date: 2100-09-30 06:45:00 begin of timestep (day): 10 (run): 8714 0: MPIOM: current date: 2100-09-30 07:30:00 begin of timestep (day): 11 (run): 8715 384: Radiation calculated for : 30. Sep 2100 05:56:15 384: Greenhouse gas concentrations 30. Sep 2100 05:56:15 CO2 = 1138.5662 CH4 = 2412.38 N2O = 391.911 CFC = 51.12 208.09 0: MPIOM: current date: 2100-09-30 08:15:00 begin of timestep (day): 12 (run): 8716 0: MPIOM: current date: 2100-09-30 09:00:00 begin of timestep (day): 13 (run): 8717 0: MPIOM: current date: 2100-09-30 09:45:00 begin of timestep (day): 14 (run): 8718 0: MPIOM: current date: 2100-09-30 10:30:00 begin of timestep (day): 15 (run): 8719 384: Radiation calculated for : 30. Sep 2100 07:56:15 384: Greenhouse gas concentrations 30. Sep 2100 07:56:15 CO2 = 1138.5693 CH4 = 2412.38 N2O = 391.911 CFC = 51.12 208.09 0: MPIOM: current date: 2100-09-30 11:15:00 begin of timestep (day): 16 (run): 8720 0: MPIOM: current date: 2100-09-30 12:00:00 begin of timestep (day): 17 (run): 8721 0: MPIOM: current date: 2100-09-30 12:45:00 begin of timestep (day): 18 (run): 8722 0: MPIOM: current date: 2100-09-30 13:30:00 begin of timestep (day): 19 (run): 8723 384: Radiation calculated for : 30. Sep 2100 09:56:15 384: Greenhouse gas concentrations 30. Sep 2100 09:56:15 CO2 = 1138.5724 CH4 = 2412.38 N2O = 391.911 CFC = 51.12 208.09 0: MPIOM: current date: 2100-09-30 14:15:00 begin of timestep (day): 20 (run): 8724 0: MPIOM: current date: 2100-09-30 15:00:00 begin of timestep (day): 21 (run): 8725 0: MPIOM: current date: 2100-09-30 15:45:00 begin of timestep (day): 22 (run): 8726 0: MPIOM: current date: 2100-09-30 16:30:00 begin of timestep (day): 23 (run): 8727 384: Radiation calculated for : 30. Sep 2100 11:56:15 384: Greenhouse gas concentrations 30. Sep 2100 11:56:15 CO2 = 1138.5755 CH4 = 2412.37 N2O = 391.911 CFC = 51.12 208.09 0: MPIOM: current date: 2100-09-30 17:15:00 begin of timestep (day): 24 (run): 8728 0: MPIOM: current date: 2100-09-30 18:00:00 begin of timestep (day): 25 (run): 8729 0: MPIOM: current date: 2100-09-30 18:45:00 begin of timestep (day): 26 (run): 8730 0: MPIOM: current date: 2100-09-30 19:30:00 begin of timestep (day): 27 (run): 8731 384: Radiation calculated for : 30. Sep 2100 13:56:15 384: Greenhouse gas concentrations 30. Sep 2100 13:56:15 CO2 = 1138.5786 CH4 = 2412.37 N2O = 391.911 CFC = 51.12 208.09 0: MPIOM: current date: 2100-09-30 20:15:00 begin of timestep (day): 28 (run): 8732 0: MPIOM: current date: 2100-09-30 21:00:00 begin of timestep (day): 29 (run): 8733 0: MPIOM: current date: 2100-09-30 21:45:00 begin of timestep (day): 30 (run): 8734 0: MPIOM: current date: 2100-09-30 22:30:00 begin of timestep (day): 31 (run): 8735 384: Radiation calculated for : 30. Sep 2100 15:56:15 384: Greenhouse gas concentrations 30. Sep 2100 15:56:15 CO2 = 1138.5817 CH4 = 2412.37 N2O = 391.911 CFC = 51.12 208.09 0: MPIOM: current date: 2100-09-30 23:15:00 begin of timestep (day): 32 (run): 8736 384: Radiation calculated for : 30. Sep 2100 17:56:15 384: Greenhouse gas concentrations 30. Sep 2100 17:56:15 CO2 = 1138.5849 CH4 = 2412.36 N2O = 391.911 CFC = 51.12 208.09 384: Radiation calculated for : 30. Sep 2100 19:56:15 384: Greenhouse gas concentrations 30. Sep 2100 19:56:15 CO2 = 1138.5880 CH4 = 2412.36 N2O = 391.912 CFC = 51.12 208.09 384: Radiation calculated for : 30. Sep 2100 21:56:15 384: Greenhouse gas concentrations 30. Sep 2100 21:56:15 CO2 = 1138.5911 CH4 = 2412.36 N2O = 391.912 CFC = 51.12 208.09 384: Radiation calculated for : 30. Sep 2100 23:56:15 384: Greenhouse gas concentrations 30. Sep 2100 23:56:15 CO2 = 1138.5942 CH4 = 2412.36 N2O = 391.912 CFC = 51.12 208.09 384: hydrology_model: Water budget change: -2.980232238769531E-007 m3/s 384: hydrology_model: global discharge: 1216694.57543349 m3/s 384: hydrology_model: precip-evap (on ocean): -324697.406599999 m3/s 384: water_budget_corr: P-E correction: 4336.30503627443 m3/s 384: water_budget_corr: slm/slf residuum: 53014.4021207114 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3972.51313251187 m3/s 384: water_budget_corr: awfre corrected: -316388.588431214 m3/s 384: water_budget_corr: river discharge: 1216694.57543349 m3/s 384: water_budget_corr: water to ocean: 900305.987002270 m3/s 384: Write GRIB1 output for : 30. Sep 2100 23:52:30 0: MPIOM: current date: 2100-10-01 00:00:00 begin of timestep (day): 1 (run): 8737 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210010.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:9) 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:9) 384: esm-ssp585-ocn-alk_EXP2_210010.01_accw accw 56 T T 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:9) 0: co2 = 1056.58856385487 , n2 = 802000.000060245 , o2 = 0: 196800.000377876 0: MPIOM: current date: 2100-10-01 00:45:00 begin of timestep (day): 2 (run): 8738 384: esm-ssp585-ocn-alk_EXP2_210010.01_nitro nitro 58 T T 0: MPIOM: current date: 2100-10-01 01:30:00 begin of timestep (day): 3 (run): 8739 384: esm-ssp585-ocn-alk_EXP2_210010.01_echam spm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210010.01_echam glm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210010.01_echam g3bm 60 T T 0: MPIOM: current date: 2100-10-01 02:15:00 begin of timestep (day): 4 (run): 8740 0: MPIOM: current date: 2100-10-01 03:00:00 begin of timestep (day): 5 (run): 8741 384: esm-ssp585-ocn-alk_EXP2_210010.01_co2 co2m 62 T T 0: MPIOM: current date: 2100-10-01 03:45:00 begin of timestep (day): 6 (run): 8742 384: esm-ssp585-ocn-alk_EXP2_210010.01_surf surfm 64 T T 384: esm-ssp585-ocn-alk_EXP2_210010.01_tracer tracerm 66 T T 384: esm-ssp585-ocn-alk_EXP2_210010.01_jsbach jsbachm 68 T T 0: MPIOM: current date: 2100-10-01 04:30:00 begin of timestep (day): 7 (run): 8743 384: esm-ssp585-ocn-alk_EXP2_210010.01_land landm 70 T T 0: MPIOM: current date: 2100-10-01 05:15:00 begin of timestep (day): 8 (run): 8744 384: esm-ssp585-ocn-alk_EXP2_210010.01_veg vegm 72 T T 384: esm-ssp585-ocn-alk_EXP2_210010.01_yasso yassom 74 T T 0: MPIOM: current date: 2100-10-01 06:00:00 begin of timestep (day): 9 (run): 8745 384: esm-ssp585-ocn-alk_EXP2_210010.01_echamday g3bday 76 T T 0: MPIOM: current date: 2100-10-01 06:45:00 begin of timestep (day): 10 (run): 8746 384: esm-ssp585-ocn-alk_EXP2_210010.01_jsbachday jsbachday 78 T T 384: esm-ssp585-ocn-alk_EXP2_210010.01_landday landday 80 T T 0: MPIOM: current date: 2100-10-01 07:30:00 begin of timestep (day): 11 (run): 8747 384: esm-ssp585-ocn-alk_EXP2_210010.01_vegday vegday 82 T T 384: 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.540650299710426E-011 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 0: MPIOM: current date: 2100-10-01 08:15:00 begin of timestep (day): 12 (run): 8748 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-01 09:00:00 begin of timestep (day): 13 (run): 8749 384: Radiation calculated for : 1. Oct 2100 01:56:15 384: Greenhouse gas concentrations 1. Oct 2100 01:56:15 CO2 = 1138.5973 CH4 = 2412.35 N2O = 391.912 CFC = 51.12 208.09 0: MPIOM: current date: 2100-10-01 09:45:00 begin of timestep (day): 14 (run): 8750 0: MPIOM: current date: 2100-10-01 10:30:00 begin of timestep (day): 15 (run): 8751 0: MPIOM: current date: 2100-10-01 11:15:00 begin of timestep (day): 16 (run): 8752 0: MPIOM: current date: 2100-10-01 12:00:00 begin of timestep (day): 17 (run): 8753 384: Radiation calculated for : 1. Oct 2100 03:56:15 384: Greenhouse gas concentrations 1. Oct 2100 03:56:15 CO2 = 1138.6004 CH4 = 2412.35 N2O = 391.912 CFC = 51.12 208.09 0: MPIOM: current date: 2100-10-01 12:45:00 begin of timestep (day): 18 (run): 8754 0: MPIOM: current date: 2100-10-01 13:30:00 begin of timestep (day): 19 (run): 8755 0: MPIOM: current date: 2100-10-01 14:15:00 begin of timestep (day): 20 (run): 8756 0: MPIOM: current date: 2100-10-01 15:00:00 begin of timestep (day): 21 (run): 8757 384: Radiation calculated for : 1. Oct 2100 05:56:15 384: Greenhouse gas concentrations 1. Oct 2100 05:56:15 CO2 = 1138.6035 CH4 = 2412.35 N2O = 391.912 CFC = 51.11 208.09 0: MPIOM: current date: 2100-10-01 15:45:00 begin of timestep (day): 22 (run): 8758 0: MPIOM: current date: 2100-10-01 16:30:00 begin of timestep (day): 23 (run): 8759 0: MPIOM: current date: 2100-10-01 17:15:00 begin of timestep (day): 24 (run): 8760 0: MPIOM: current date: 2100-10-01 18:00:00 begin of timestep (day): 25 (run): 8761 384: Radiation calculated for : 1. Oct 2100 07:56:15 384: Greenhouse gas concentrations 1. Oct 2100 07:56:15 CO2 = 1138.6067 CH4 = 2412.35 N2O = 391.912 CFC = 51.11 208.09 0: MPIOM: current date: 2100-10-01 18:45:00 begin of timestep (day): 26 (run): 8762 0: MPIOM: current date: 2100-10-01 19:30:00 begin of timestep (day): 27 (run): 8763 0: MPIOM: current date: 2100-10-01 20:15:00 begin of timestep (day): 28 (run): 8764 0: MPIOM: current date: 2100-10-01 21:00:00 begin of timestep (day): 29 (run): 8765 384: Radiation calculated for : 1. Oct 2100 09:56:15 384: Greenhouse gas concentrations 1. Oct 2100 09:56:15 CO2 = 1138.6098 CH4 = 2412.34 N2O = 391.912 CFC = 51.11 208.09 0: MPIOM: current date: 2100-10-01 21:45:00 begin of timestep (day): 30 (run): 8766 0: MPIOM: current date: 2100-10-01 22:30:00 begin of timestep (day): 31 (run): 8767 0: MPIOM: current date: 2100-10-01 23:15:00 begin of timestep (day): 32 (run): 8768 384: Radiation calculated for : 1. Oct 2100 11:56:15 384: Greenhouse gas concentrations 1. Oct 2100 11:56:15 CO2 = 1138.6129 CH4 = 2412.34 N2O = 391.912 CFC = 51.11 208.09 0: MPIOM: current date: 2100-10-02 00:00:00 begin of timestep (day): 1 (run): 8769 384: Radiation calculated for : 1. Oct 2100 13:56:15 384: Greenhouse gas concentrations 1. Oct 2100 13:56:15 CO2 = 1138.6160 CH4 = 2412.34 N2O = 391.913 CFC = 51.11 208.08 384: Radiation calculated for : 1. Oct 2100 15:56:15 384: Greenhouse gas concentrations 1. Oct 2100 15:56:15 CO2 = 1138.6191 CH4 = 2412.33 N2O = 391.913 CFC = 51.11 208.08 384: Radiation calculated for : 1. Oct 2100 17:56:15 384: Greenhouse gas concentrations 1. Oct 2100 17:56:15 CO2 = 1138.6222 CH4 = 2412.33 N2O = 391.913 CFC = 51.11 208.08 384: Radiation calculated for : 1. Oct 2100 19:56:15 384: Greenhouse gas concentrations 1. Oct 2100 19:56:15 CO2 = 1138.6254 CH4 = 2412.33 N2O = 391.913 CFC = 51.11 208.08 384: Radiation calculated for : 1. Oct 2100 21:56:15 384: Greenhouse gas concentrations 1. Oct 2100 21:56:15 CO2 = 1138.6285 CH4 = 2412.33 N2O = 391.913 CFC = 51.11 208.08 384: Radiation calculated for : 1. Oct 2100 23:56:15 384: Greenhouse gas concentrations 1. Oct 2100 23:56:15 CO2 = 1138.6316 CH4 = 2412.32 N2O = 391.913 CFC = 51.11 208.08 384: hydrology_model: Water budget change: -7.450580596923828E-007 m3/s 384: hydrology_model: global discharge: 1196915.54674324 m3/s 384: hydrology_model: precip-evap (on ocean): -635488.879817995 m3/s 384: water_budget_corr: P-E correction: -26306.7773476522 m3/s 384: water_budget_corr: slm/slf residuum: 88939.0628763820 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1495.53654371726 m3/s 384: water_budget_corr: awfre corrected: -660300.120621942 m3/s 384: water_budget_corr: river discharge: 1196915.54674324 m3/s 384: water_budget_corr: water to ocean: 536615.426121302 m3/s 384: Write GRIB1 output for : 1. Oct 2100 23:52:30 0: co2 = 1056.66341399339 , n2 = 802000.000104872 , o2 = 0: 196800.000494001 0: MPIOM: current date: 2100-10-02 00:45:00 begin of timestep (day): 2 (run): 8770 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.542999507810893E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-02 01:30:00 begin of timestep (day): 3 (run): 8771 384: Radiation calculated for : 2. Oct 2100 01:56:15 0: MPIOM: current date: 2100-10-02 02:15:00 begin of timestep (day): 4 (run): 8772 384: Greenhouse gas concentrations 2. Oct 2100 01:56:15 CO2 = 1138.6347 CH4 = 2412.32 N2O = 391.913 CFC = 51.11 208.08 0: MPIOM: current date: 2100-10-02 03:00:00 begin of timestep (day): 5 (run): 8773 0: MPIOM: current date: 2100-10-02 03:45:00 begin of timestep (day): 6 (run): 8774 0: MPIOM: current date: 2100-10-02 04:30:00 begin of timestep (day): 7 (run): 8775 0: MPIOM: current date: 2100-10-02 05:15:00 begin of timestep (day): 8 (run): 8776 384: Radiation calculated for : 2. Oct 2100 03:56:15 384: Greenhouse gas concentrations 2. Oct 2100 03:56:15 CO2 = 1138.6378 CH4 = 2412.32 N2O = 391.913 CFC = 51.11 208.08 0: MPIOM: current date: 2100-10-02 06:00:00 begin of timestep (day): 9 (run): 8777 0: MPIOM: current date: 2100-10-02 06:45:00 begin of timestep (day): 10 (run): 8778 0: MPIOM: current date: 2100-10-02 07:30:00 begin of timestep (day): 11 (run): 8779 0: MPIOM: current date: 2100-10-02 08:15:00 begin of timestep (day): 12 (run): 8780 384: Radiation calculated for : 2. Oct 2100 05:56:15 384: Greenhouse gas concentrations 2. Oct 2100 05:56:15 CO2 = 1138.6409 CH4 = 2412.32 N2O = 391.913 CFC = 51.11 208.08 0: MPIOM: current date: 2100-10-02 09:00:00 begin of timestep (day): 13 (run): 8781 0: MPIOM: current date: 2100-10-02 09:45:00 begin of timestep (day): 14 (run): 8782 0: MPIOM: current date: 2100-10-02 10:30:00 begin of timestep (day): 15 (run): 8783 384: Radiation calculated for : 2. Oct 2100 07:56:15 384: Greenhouse gas concentrations 2. Oct 2100 07:56:15 CO2 = 1138.6441 CH4 = 2412.31 N2O = 391.913 CFC = 51.11 208.08 0: MPIOM: current date: 2100-10-02 11:15:00 begin of timestep (day): 16 (run): 8784 0: MPIOM: current date: 2100-10-02 12:00:00 begin of timestep (day): 17 (run): 8785 0: MPIOM: current date: 2100-10-02 12:45:00 begin of timestep (day): 18 (run): 8786 0: MPIOM: current date: 2100-10-02 13:30:00 begin of timestep (day): 19 (run): 8787 384: Radiation calculated for : 2. Oct 2100 09:56:15 384: Greenhouse gas concentrations 2. Oct 2100 09:56:15 CO2 = 1138.6472 CH4 = 2412.31 N2O = 391.914 CFC = 51.11 208.08 0: MPIOM: current date: 2100-10-02 14:15:00 begin of timestep (day): 20 (run): 8788 0: MPIOM: current date: 2100-10-02 15:00:00 begin of timestep (day): 21 (run): 8789 0: MPIOM: current date: 2100-10-02 15:45:00 begin of timestep (day): 22 (run): 8790 0: MPIOM: current date: 2100-10-02 16:30:00 begin of timestep (day): 23 (run): 8791 384: Radiation calculated for : 2. Oct 2100 11:56:15 384: Greenhouse gas concentrations 2. Oct 2100 11:56:15 CO2 = 1138.6503 CH4 = 2412.31 N2O = 391.914 CFC = 51.11 208.08 0: MPIOM: current date: 2100-10-02 17:15:00 begin of timestep (day): 24 (run): 8792 0: MPIOM: current date: 2100-10-02 18:00:00 begin of timestep (day): 25 (run): 8793 0: MPIOM: current date: 2100-10-02 18:45:00 begin of timestep (day): 26 (run): 8794 0: MPIOM: current date: 2100-10-02 19:30:00 begin of timestep (day): 27 (run): 8795 384: Radiation calculated for : 2. Oct 2100 13:56:15 0: MPIOM: current date: 2100-10-02 20:15:00 begin of timestep (day): 28 (run): 8796 384: Greenhouse gas concentrations 2. Oct 2100 13:56:15 CO2 = 1138.6534 CH4 = 2412.30 N2O = 391.914 CFC = 51.11 208.08 0: MPIOM: current date: 2100-10-02 21:00:00 begin of timestep (day): 29 (run): 8797 0: MPIOM: current date: 2100-10-02 21:45:00 begin of timestep (day): 30 (run): 8798 0: MPIOM: current date: 2100-10-02 22:30:00 begin of timestep (day): 31 (run): 8799 384: Radiation calculated for : 2. Oct 2100 15:56:15 0: MPIOM: current date: 2100-10-02 23:15:00 begin of timestep (day): 32 (run): 8800 384: Greenhouse gas concentrations 2. Oct 2100 15:56:15 CO2 = 1138.6565 CH4 = 2412.30 N2O = 391.914 CFC = 51.11 208.08 0: MPIOM: current date: 2100-10-03 00:00:00 begin of timestep (day): 1 (run): 8801 384: Radiation calculated for : 2. Oct 2100 17:56:15 384: Greenhouse gas concentrations 2. Oct 2100 17:56:15 CO2 = 1138.6596 CH4 = 2412.30 N2O = 391.914 CFC = 51.11 208.08 384: Radiation calculated for : 2. Oct 2100 19:56:15 384: Greenhouse gas concentrations 2. Oct 2100 19:56:15 CO2 = 1138.6628 CH4 = 2412.30 N2O = 391.914 CFC = 51.11 208.08 384: Radiation calculated for : 2. Oct 2100 21:56:15 384: Greenhouse gas concentrations 2. Oct 2100 21:56:15 CO2 = 1138.6659 CH4 = 2412.29 N2O = 391.914 CFC = 51.11 208.08 384: Radiation calculated for : 2. Oct 2100 23:56:15 384: Greenhouse gas concentrations 2. Oct 2100 23:56:15 CO2 = 1138.6690 CH4 = 2412.29 N2O = 391.914 CFC = 51.11 208.08 384: hydrology_model: Water budget change: 1.788139343261719E-007 m3/s 384: hydrology_model: global discharge: 1215219.43016296 m3/s 384: hydrology_model: precip-evap (on ocean): -441278.562120133 m3/s 384: water_budget_corr: P-E correction: -33695.3687755735 m3/s 384: water_budget_corr: slm/slf residuum: 59273.2709142424 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1055.19528918322 m3/s 384: water_budget_corr: awfre corrected: -473918.735606532 m3/s 384: water_budget_corr: river discharge: 1215219.43016296 m3/s 384: water_budget_corr: water to ocean: 741300.694556435 m3/s 384: Write GRIB1 output for : 2. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.930478263480842E-010 kg m-2 s-1 0: co2 = 1056.74290959093 , n2 = 802000.000095150 , o2 = 0: 196800.000598205 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-03 00:45:00 begin of timestep (day): 2 (run): 8802 384: Radiation calculated for : 3. Oct 2100 01:56:15 384: Greenhouse gas concentrations 3. Oct 2100 01:56:15 CO2 = 1138.6721 CH4 = 2412.29 N2O = 391.914 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-03 01:30:00 begin of timestep (day): 3 (run): 8803 0: MPIOM: current date: 2100-10-03 02:15:00 begin of timestep (day): 4 (run): 8804 0: MPIOM: current date: 2100-10-03 03:00:00 begin of timestep (day): 5 (run): 8805 0: MPIOM: current date: 2100-10-03 03:45:00 begin of timestep (day): 6 (run): 8806 384: Radiation calculated for : 3. Oct 2100 03:56:15 384: Greenhouse gas concentrations 3. Oct 2100 03:56:15 CO2 = 1138.6752 CH4 = 2412.29 N2O = 391.914 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-03 04:30:00 begin of timestep (day): 7 (run): 8807 0: MPIOM: current date: 2100-10-03 05:15:00 begin of timestep (day): 8 (run): 8808 0: MPIOM: current date: 2100-10-03 06:00:00 begin of timestep (day): 9 (run): 8809 0: MPIOM: current date: 2100-10-03 06:45:00 begin of timestep (day): 10 (run): 8810 384: Radiation calculated for : 3. Oct 2100 05:56:15 384: Greenhouse gas concentrations 3. Oct 2100 05:56:15 CO2 = 1138.6783 CH4 = 2412.28 N2O = 391.915 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-03 07:30:00 begin of timestep (day): 11 (run): 8811 0: MPIOM: current date: 2100-10-03 08:15:00 begin of timestep (day): 12 (run): 8812 0: MPIOM: current date: 2100-10-03 09:00:00 begin of timestep (day): 13 (run): 8813 0: MPIOM: current date: 2100-10-03 09:45:00 begin of timestep (day): 14 (run): 8814 384: Radiation calculated for : 3. Oct 2100 07:56:15 384: Greenhouse gas concentrations 3. Oct 2100 07:56:15 CO2 = 1138.6815 CH4 = 2412.28 N2O = 391.915 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-03 10:30:00 begin of timestep (day): 15 (run): 8815 0: MPIOM: current date: 2100-10-03 11:15:00 begin of timestep (day): 16 (run): 8816 0: MPIOM: current date: 2100-10-03 12:00:00 begin of timestep (day): 17 (run): 8817 0: MPIOM: current date: 2100-10-03 12:45:00 begin of timestep (day): 18 (run): 8818 384: Radiation calculated for : 3. Oct 2100 09:56:15 384: Greenhouse gas concentrations 3. Oct 2100 09:56:15 CO2 = 1138.6846 CH4 = 2412.28 N2O = 391.915 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-03 13:30:00 begin of timestep (day): 19 (run): 8819 0: MPIOM: current date: 2100-10-03 14:15:00 begin of timestep (day): 20 (run): 8820 0: MPIOM: current date: 2100-10-03 15:00:00 begin of timestep (day): 21 (run): 8821 0: MPIOM: current date: 2100-10-03 15:45:00 begin of timestep (day): 22 (run): 8822 384: Radiation calculated for : 3. Oct 2100 11:56:15 384: Greenhouse gas concentrations 3. Oct 2100 11:56:15 CO2 = 1138.6877 CH4 = 2412.27 N2O = 391.915 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-03 16:30:00 begin of timestep (day): 23 (run): 8823 0: MPIOM: current date: 2100-10-03 17:15:00 begin of timestep (day): 24 (run): 8824 0: MPIOM: current date: 2100-10-03 18:00:00 begin of timestep (day): 25 (run): 8825 0: MPIOM: current date: 2100-10-03 18:45:00 begin of timestep (day): 26 (run): 8826 384: Radiation calculated for : 3. Oct 2100 13:56:15 384: Greenhouse gas concentrations 3. Oct 2100 13:56:15 CO2 = 1138.6908 CH4 = 2412.27 N2O = 391.915 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-03 19:30:00 begin of timestep (day): 27 (run): 8827 0: MPIOM: current date: 2100-10-03 20:15:00 begin of timestep (day): 28 (run): 8828 0: MPIOM: current date: 2100-10-03 21:00:00 begin of timestep (day): 29 (run): 8829 0: MPIOM: current date: 2100-10-03 21:45:00 begin of timestep (day): 30 (run): 8830 384: Radiation calculated for : 3. Oct 2100 15:56:15 384: Greenhouse gas concentrations 3. Oct 2100 15:56:15 CO2 = 1138.6939 CH4 = 2412.27 N2O = 391.915 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-03 22:30:00 begin of timestep (day): 31 (run): 8831 0: MPIOM: current date: 2100-10-03 23:15:00 begin of timestep (day): 32 (run): 8832 0: MPIOM: current date: 2100-10-04 00:00:00 begin of timestep (day): 1 (run): 8833 384: Radiation calculated for : 3. Oct 2100 17:56:15 384: Greenhouse gas concentrations 3. Oct 2100 17:56:15 CO2 = 1138.6970 CH4 = 2412.27 N2O = 391.915 CFC = 51.11 208.07 384: Radiation calculated for : 3. Oct 2100 19:56:15 384: Greenhouse gas concentrations 3. Oct 2100 19:56:15 CO2 = 1138.7002 CH4 = 2412.26 N2O = 391.915 CFC = 51.11 208.07 384: Radiation calculated for : 3. Oct 2100 21:56:15 384: Greenhouse gas concentrations 3. Oct 2100 21:56:15 CO2 = 1138.7033 CH4 = 2412.26 N2O = 391.915 CFC = 51.11 208.07 384: Radiation calculated for : 3. Oct 2100 23:56:15 384: Greenhouse gas concentrations 3. Oct 2100 23:56:15 CO2 = 1138.7064 CH4 = 2412.26 N2O = 391.916 CFC = 51.11 208.07 384: hydrology_model: Water budget change: 5.066394805908203E-007 m3/s 384: hydrology_model: global discharge: 1209176.05602857 m3/s 384: hydrology_model: precip-evap (on ocean): -142091.296621160 m3/s 384: water_budget_corr: P-E correction: -25071.9738685725 m3/s 384: water_budget_corr: slm/slf residuum: 87883.2089004614 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5215.26905052204 m3/s 384: water_budget_corr: awfre corrected: -161948.001439219 m3/s 384: water_budget_corr: river discharge: 1209176.05602857 m3/s 384: water_budget_corr: water to ocean: 1047228.05458936 m3/s 384: Write GRIB1 output for : 3. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.056334393209575E-010 kg m-2 s-1 0: co2 = 1056.78185290564 , n2 = 802000.000081726 , o2 = 0: 196800.000575906 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-04 00:45:00 begin of timestep (day): 2 (run): 8834 0: MPIOM: current date: 2100-10-04 01:30:00 begin of timestep (day): 3 (run): 8835 384: Radiation calculated for : 4. Oct 2100 01:56:15 384: Greenhouse gas concentrations 4. Oct 2100 01:56:15 CO2 = 1138.7095 CH4 = 2412.26 N2O = 391.916 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-04 02:15:00 begin of timestep (day): 4 (run): 8836 0: MPIOM: current date: 2100-10-04 03:00:00 begin of timestep (day): 5 (run): 8837 0: MPIOM: current date: 2100-10-04 03:45:00 begin of timestep (day): 6 (run): 8838 0: MPIOM: current date: 2100-10-04 04:30:00 begin of timestep (day): 7 (run): 8839 384: Radiation calculated for : 4. Oct 2100 03:56:15 384: Greenhouse gas concentrations 4. Oct 2100 03:56:15 CO2 = 1138.7126 CH4 = 2412.25 N2O = 391.916 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-04 05:15:00 begin of timestep (day): 8 (run): 8840 0: MPIOM: current date: 2100-10-04 06:00:00 begin of timestep (day): 9 (run): 8841 0: MPIOM: current date: 2100-10-04 06:45:00 begin of timestep (day): 10 (run): 8842 0: MPIOM: current date: 2100-10-04 07:30:00 begin of timestep (day): 11 (run): 8843 384: Radiation calculated for : 4. Oct 2100 05:56:15 384: Greenhouse gas concentrations 4. Oct 2100 05:56:15 CO2 = 1138.7157 CH4 = 2412.25 N2O = 391.916 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-04 08:15:00 begin of timestep (day): 12 (run): 8844 0: MPIOM: current date: 2100-10-04 09:00:00 begin of timestep (day): 13 (run): 8845 0: MPIOM: current date: 2100-10-04 09:45:00 begin of timestep (day): 14 (run): 8846 0: MPIOM: current date: 2100-10-04 10:30:00 begin of timestep (day): 15 (run): 8847 384: Radiation calculated for : 4. Oct 2100 07:56:15 384: Greenhouse gas concentrations 4. Oct 2100 07:56:15 CO2 = 1138.7189 CH4 = 2412.25 N2O = 391.916 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-04 11:15:00 begin of timestep (day): 16 (run): 8848 0: MPIOM: current date: 2100-10-04 12:00:00 begin of timestep (day): 17 (run): 8849 0: MPIOM: current date: 2100-10-04 12:45:00 begin of timestep (day): 18 (run): 8850 0: MPIOM: current date: 2100-10-04 13:30:00 begin of timestep (day): 19 (run): 8851 384: Radiation calculated for : 4. Oct 2100 09:56:15 384: Greenhouse gas concentrations 4. Oct 2100 09:56:15 CO2 = 1138.7220 CH4 = 2412.24 N2O = 391.916 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-04 14:15:00 begin of timestep (day): 20 (run): 8852 0: MPIOM: current date: 2100-10-04 15:00:00 begin of timestep (day): 21 (run): 8853 0: MPIOM: current date: 2100-10-04 15:45:00 begin of timestep (day): 22 (run): 8854 0: MPIOM: current date: 2100-10-04 16:30:00 begin of timestep (day): 23 (run): 8855 384: Radiation calculated for : 4. Oct 2100 11:56:15 0: MPIOM: current date: 2100-10-04 17:15:00 begin of timestep (day): 24 (run): 8856 384: Greenhouse gas concentrations 4. Oct 2100 11:56:15 CO2 = 1138.7251 CH4 = 2412.24 N2O = 391.916 CFC = 51.11 208.07 0: MPIOM: current date: 2100-10-04 18:00:00 begin of timestep (day): 25 (run): 8857 0: MPIOM: current date: 2100-10-04 18:45:00 begin of timestep (day): 26 (run): 8858 0: MPIOM: current date: 2100-10-04 19:30:00 begin of timestep (day): 27 (run): 8859 384: Radiation calculated for : 4. Oct 2100 13:56:15 0: MPIOM: current date: 2100-10-04 20:15:00 begin of timestep (day): 28 (run): 8860 384: Greenhouse gas concentrations 4. Oct 2100 13:56:15 CO2 = 1138.7282 CH4 = 2412.24 N2O = 391.916 CFC = 51.11 208.06 0: MPIOM: current date: 2100-10-04 21:00:00 begin of timestep (day): 29 (run): 8861 0: MPIOM: current date: 2100-10-04 21:45:00 begin of timestep (day): 30 (run): 8862 0: MPIOM: current date: 2100-10-04 22:30:00 begin of timestep (day): 31 (run): 8863 384: Radiation calculated for : 4. Oct 2100 15:56:15 0: MPIOM: current date: 2100-10-04 23:15:00 begin of timestep (day): 32 (run): 8864 384: Greenhouse gas concentrations 4. Oct 2100 15:56:15 CO2 = 1138.7313 CH4 = 2412.24 N2O = 391.916 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 00:00:00 begin of timestep (day): 1 (run): 8865 384: Radiation calculated for : 4. Oct 2100 17:56:15 384: Greenhouse gas concentrations 4. Oct 2100 17:56:15 CO2 = 1138.7344 CH4 = 2412.23 N2O = 391.916 CFC = 51.10 208.06 384: Radiation calculated for : 4. Oct 2100 19:56:15 384: Greenhouse gas concentrations 4. Oct 2100 19:56:15 CO2 = 1138.7376 CH4 = 2412.23 N2O = 391.917 CFC = 51.10 208.06 384: Radiation calculated for : 4. Oct 2100 21:56:15 384: Greenhouse gas concentrations 4. Oct 2100 21:56:15 CO2 = 1138.7407 CH4 = 2412.23 N2O = 391.917 CFC = 51.10 208.06 384: Radiation calculated for : 4. Oct 2100 23:56:15 384: Greenhouse gas concentrations 4. Oct 2100 23:56:15 CO2 = 1138.7438 CH4 = 2412.23 N2O = 391.917 CFC = 51.10 208.06 384: hydrology_model: Water budget change: 1.490116119384766E-007 m3/s 384: hydrology_model: global discharge: 1207756.72461916 m3/s 384: hydrology_model: precip-evap (on ocean): -361664.702448746 m3/s 384: water_budget_corr: P-E correction: -49098.7987203323 m3/s 384: water_budget_corr: slm/slf residuum: 67967.8399621193 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5048.54414669256 m3/s 384: water_budget_corr: awfre corrected: -405714.957022373 m3/s 384: water_budget_corr: river discharge: 1207756.72461916 m3/s 384: water_budget_corr: water to ocean: 802041.767596775 m3/s 384: Write GRIB1 output for : 4. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.593794640427537E-010 kg m-2 s-1 0: co2 = 1056.92466050386 , n2 = 802000.000082592 , o2 = 0: 196800.000586517 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-05 00:45:00 begin of timestep (day): 2 (run): 8866 0: MPIOM: current date: 2100-10-05 01:30:00 begin of timestep (day): 3 (run): 8867 384: Radiation calculated for : 5. Oct 2100 01:56:15 384: Greenhouse gas concentrations 5. Oct 2100 01:56:15 CO2 = 1138.7469 CH4 = 2412.22 N2O = 391.917 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 02:15:00 begin of timestep (day): 4 (run): 8868 0: MPIOM: current date: 2100-10-05 03:00:00 begin of timestep (day): 5 (run): 8869 0: MPIOM: current date: 2100-10-05 03:45:00 begin of timestep (day): 6 (run): 8870 384: Radiation calculated for : 5. Oct 2100 03:56:15 384: Greenhouse gas concentrations 5. Oct 2100 03:56:15 CO2 = 1138.7500 CH4 = 2412.22 N2O = 391.917 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 04:30:00 begin of timestep (day): 7 (run): 8871 0: MPIOM: current date: 2100-10-05 05:15:00 begin of timestep (day): 8 (run): 8872 0: MPIOM: current date: 2100-10-05 06:00:00 begin of timestep (day): 9 (run): 8873 0: MPIOM: current date: 2100-10-05 06:45:00 begin of timestep (day): 10 (run): 8874 384: Radiation calculated for : 5. Oct 2100 05:56:15 384: Greenhouse gas concentrations 5. Oct 2100 05:56:15 CO2 = 1138.7531 CH4 = 2412.22 N2O = 391.917 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 07:30:00 begin of timestep (day): 11 (run): 8875 0: MPIOM: current date: 2100-10-05 08:15:00 begin of timestep (day): 12 (run): 8876 0: MPIOM: current date: 2100-10-05 09:00:00 begin of timestep (day): 13 (run): 8877 0: MPIOM: current date: 2100-10-05 09:45:00 begin of timestep (day): 14 (run): 8878 384: Radiation calculated for : 5. Oct 2100 07:56:15 384: Greenhouse gas concentrations 5. Oct 2100 07:56:15 CO2 = 1138.7563 CH4 = 2412.21 N2O = 391.917 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 10:30:00 begin of timestep (day): 15 (run): 8879 0: MPIOM: current date: 2100-10-05 11:15:00 begin of timestep (day): 16 (run): 8880 0: MPIOM: current date: 2100-10-05 12:00:00 begin of timestep (day): 17 (run): 8881 0: MPIOM: current date: 2100-10-05 12:45:00 begin of timestep (day): 18 (run): 8882 384: Radiation calculated for : 5. Oct 2100 09:56:15 384: Greenhouse gas concentrations 5. Oct 2100 09:56:15 CO2 = 1138.7594 CH4 = 2412.21 N2O = 391.917 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 13:30:00 begin of timestep (day): 19 (run): 8883 0: MPIOM: current date: 2100-10-05 14:15:00 begin of timestep (day): 20 (run): 8884 0: MPIOM: current date: 2100-10-05 15:00:00 begin of timestep (day): 21 (run): 8885 0: MPIOM: current date: 2100-10-05 15:45:00 begin of timestep (day): 22 (run): 8886 384: Radiation calculated for : 5. Oct 2100 11:56:15 384: Greenhouse gas concentrations 5. Oct 2100 11:56:15 CO2 = 1138.7625 CH4 = 2412.21 N2O = 391.917 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 16:30:00 begin of timestep (day): 23 (run): 8887 0: MPIOM: current date: 2100-10-05 17:15:00 begin of timestep (day): 24 (run): 8888 0: MPIOM: current date: 2100-10-05 18:00:00 begin of timestep (day): 25 (run): 8889 0: MPIOM: current date: 2100-10-05 18:45:00 begin of timestep (day): 26 (run): 8890 384: Radiation calculated for : 5. Oct 2100 13:56:15 384: Greenhouse gas concentrations 5. Oct 2100 13:56:15 CO2 = 1138.7656 CH4 = 2412.21 N2O = 391.918 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 19:30:00 begin of timestep (day): 27 (run): 8891 0: MPIOM: current date: 2100-10-05 20:15:00 begin of timestep (day): 28 (run): 8892 0: MPIOM: current date: 2100-10-05 21:00:00 begin of timestep (day): 29 (run): 8893 0: MPIOM: current date: 2100-10-05 21:45:00 begin of timestep (day): 30 (run): 8894 384: Radiation calculated for : 5. Oct 2100 15:56:15 384: Greenhouse gas concentrations 5. Oct 2100 15:56:15 CO2 = 1138.7687 CH4 = 2412.20 N2O = 391.918 CFC = 51.10 208.06 0: MPIOM: current date: 2100-10-05 22:30:00 begin of timestep (day): 31 (run): 8895 0: MPIOM: current date: 2100-10-05 23:15:00 begin of timestep (day): 32 (run): 8896 0: MPIOM: current date: 2100-10-06 00:00:00 begin of timestep (day): 1 (run): 8897 384: Radiation calculated for : 5. Oct 2100 17:56:15 384: Greenhouse gas concentrations 5. Oct 2100 17:56:15 CO2 = 1138.7718 CH4 = 2412.20 N2O = 391.918 CFC = 51.10 208.06 384: Radiation calculated for : 5. Oct 2100 19:56:15 384: Greenhouse gas concentrations 5. Oct 2100 19:56:15 CO2 = 1138.7750 CH4 = 2412.20 N2O = 391.918 CFC = 51.10 208.06 384: Radiation calculated for : 5. Oct 2100 21:56:15 384: Greenhouse gas concentrations 5. Oct 2100 21:56:15 CO2 = 1138.7781 CH4 = 2412.20 N2O = 391.918 CFC = 51.10 208.06 384: Radiation calculated for : 5. Oct 2100 23:56:15 384: Greenhouse gas concentrations 5. Oct 2100 23:56:15 CO2 = 1138.7812 CH4 = 2412.19 N2O = 391.918 CFC = 51.10 208.06 384: hydrology_model: Water budget change: -4.768371582031250E-007 m3/s 384: hydrology_model: global discharge: 1200041.04942774 m3/s 384: hydrology_model: precip-evap (on ocean): -426471.458156383 m3/s 384: water_budget_corr: P-E correction: -28114.1607218771 m3/s 384: water_budget_corr: slm/slf residuum: 78208.0890815273 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5901.40835945539 m3/s 384: water_budget_corr: awfre corrected: -448684.210518800 m3/s 384: water_budget_corr: river discharge: 1200041.04942774 m3/s 384: water_budget_corr: water to ocean: 751356.838908938 m3/s 384: Write GRIB1 output for : 5. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1057.07652204844 , n2 = 802000.000078503 , o2 = 0: 196800.000615834 384: CO2 flux correction (global): -2.727480245530644E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-06 00:45:00 begin of timestep (day): 2 (run): 8898 0: MPIOM: current date: 2100-10-06 01:30:00 begin of timestep (day): 3 (run): 8899 384: Radiation calculated for : 6. Oct 2100 01:56:15 384: Greenhouse gas concentrations 6. Oct 2100 01:56:15 CO2 = 1138.7843 CH4 = 2412.19 N2O = 391.918 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-06 02:15:00 begin of timestep (day): 4 (run): 8900 0: MPIOM: current date: 2100-10-06 03:00:00 begin of timestep (day): 5 (run): 8901 0: MPIOM: current date: 2100-10-06 03:45:00 begin of timestep (day): 6 (run): 8902 0: MPIOM: current date: 2100-10-06 04:30:00 begin of timestep (day): 7 (run): 8903 384: Radiation calculated for : 6. Oct 2100 03:56:15 384: Greenhouse gas concentrations 6. Oct 2100 03:56:15 CO2 = 1138.7874 CH4 = 2412.19 N2O = 391.918 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-06 05:15:00 begin of timestep (day): 8 (run): 8904 0: MPIOM: current date: 2100-10-06 06:00:00 begin of timestep (day): 9 (run): 8905 0: MPIOM: current date: 2100-10-06 06:45:00 begin of timestep (day): 10 (run): 8906 0: MPIOM: current date: 2100-10-06 07:30:00 begin of timestep (day): 11 (run): 8907 384: Radiation calculated for : 6. Oct 2100 05:56:15 384: Greenhouse gas concentrations 6. Oct 2100 05:56:15 CO2 = 1138.7905 CH4 = 2412.18 N2O = 391.918 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-06 08:15:00 begin of timestep (day): 12 (run): 8908 0: MPIOM: current date: 2100-10-06 09:00:00 begin of timestep (day): 13 (run): 8909 0: MPIOM: current date: 2100-10-06 09:45:00 begin of timestep (day): 14 (run): 8910 384: Radiation calculated for : 6. Oct 2100 07:56:15 384: Greenhouse gas concentrations 6. Oct 2100 07:56:15 CO2 = 1138.7937 CH4 = 2412.18 N2O = 391.918 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-06 10:30:00 begin of timestep (day): 15 (run): 8911 0: MPIOM: current date: 2100-10-06 11:15:00 begin of timestep (day): 16 (run): 8912 0: MPIOM: current date: 2100-10-06 12:00:00 begin of timestep (day): 17 (run): 8913 0: MPIOM: current date: 2100-10-06 12:45:00 begin of timestep (day): 18 (run): 8914 384: Radiation calculated for : 6. Oct 2100 09:56:15 384: Greenhouse gas concentrations 6. Oct 2100 09:56:15 CO2 = 1138.7968 CH4 = 2412.18 N2O = 391.919 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-06 13:30:00 begin of timestep (day): 19 (run): 8915 0: MPIOM: current date: 2100-10-06 14:15:00 begin of timestep (day): 20 (run): 8916 0: MPIOM: current date: 2100-10-06 15:00:00 begin of timestep (day): 21 (run): 8917 0: MPIOM: current date: 2100-10-06 15:45:00 begin of timestep (day): 22 (run): 8918 0: MPIOM: current date: 2100-10-06 16:30:00 begin of timestep (day): 23 (run): 8919 384: Radiation calculated for : 6. Oct 2100 11:56:15 384: Greenhouse gas concentrations 6. Oct 2100 11:56:15 CO2 = 1138.7999 CH4 = 2412.18 N2O = 391.919 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-06 17:15:00 begin of timestep (day): 24 (run): 8920 0: MPIOM: current date: 2100-10-06 18:00:00 begin of timestep (day): 25 (run): 8921 0: MPIOM: current date: 2100-10-06 18:45:00 begin of timestep (day): 26 (run): 8922 384: Radiation calculated for : 6. Oct 2100 13:56:15 0: MPIOM: current date: 2100-10-06 19:30:00 begin of timestep (day): 27 (run): 8923 384: Greenhouse gas concentrations 6. Oct 2100 13:56:15 CO2 = 1138.8030 CH4 = 2412.17 N2O = 391.919 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-06 20:15:00 begin of timestep (day): 28 (run): 8924 0: MPIOM: current date: 2100-10-06 21:00:00 begin of timestep (day): 29 (run): 8925 0: MPIOM: current date: 2100-10-06 21:45:00 begin of timestep (day): 30 (run): 8926 384: Radiation calculated for : 6. Oct 2100 15:56:15 384: Greenhouse gas concentrations 6. Oct 2100 15:56:15 CO2 = 1138.8061 CH4 = 2412.17 N2O = 391.919 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-06 22:30:00 begin of timestep (day): 31 (run): 8927 0: MPIOM: current date: 2100-10-06 23:15:00 begin of timestep (day): 32 (run): 8928 0: MPIOM: current date: 2100-10-07 00:00:00 begin of timestep (day): 1 (run): 8929 384: Radiation calculated for : 6. Oct 2100 17:56:15 384: Greenhouse gas concentrations 6. Oct 2100 17:56:15 CO2 = 1138.8092 CH4 = 2412.17 N2O = 391.919 CFC = 51.10 208.05 384: Radiation calculated for : 6. Oct 2100 19:56:15 384: Greenhouse gas concentrations 6. Oct 2100 19:56:15 CO2 = 1138.8124 CH4 = 2412.16 N2O = 391.919 CFC = 51.10 208.05 384: Radiation calculated for : 6. Oct 2100 21:56:15 384: Greenhouse gas concentrations 6. Oct 2100 21:56:15 CO2 = 1138.8155 CH4 = 2412.16 N2O = 391.919 CFC = 51.10 208.05 384: Radiation calculated for : 6. Oct 2100 23:56:15 384: Greenhouse gas concentrations 6. Oct 2100 23:56:15 CO2 = 1138.8186 CH4 = 2412.16 N2O = 391.919 CFC = 51.10 208.05 384: hydrology_model: Water budget change: -1.937150955200195E-006 m3/s 384: hydrology_model: global discharge: 1194770.33815133 m3/s 384: hydrology_model: precip-evap (on ocean): 209834.927146570 m3/s 384: water_budget_corr: P-E correction: -53225.7299626971 m3/s 384: water_budget_corr: slm/slf residuum: 104945.367893034 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3669.31798027700 m3/s 384: water_budget_corr: awfre corrected: 160278.515164147 m3/s 384: water_budget_corr: river discharge: 1194770.33815133 m3/s 384: water_budget_corr: water to ocean: 1355048.85331550 m3/s 384: Write GRIB1 output for : 6. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.154714779958126E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1057.15606201652 , n2 = 802000.000111387 , o2 = 0: 196800.000729998 0: MPIOM: current date: 2100-10-07 00:45:00 begin of timestep (day): 2 (run): 8930 0: MPIOM: current date: 2100-10-07 01:30:00 begin of timestep (day): 3 (run): 8931 384: Radiation calculated for : 7. Oct 2100 01:56:15 384: Greenhouse gas concentrations 7. Oct 2100 01:56:15 CO2 = 1138.8217 CH4 = 2412.16 N2O = 391.919 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-07 02:15:00 begin of timestep (day): 4 (run): 8932 0: MPIOM: current date: 2100-10-07 03:00:00 begin of timestep (day): 5 (run): 8933 0: MPIOM: current date: 2100-10-07 03:45:00 begin of timestep (day): 6 (run): 8934 384: Radiation calculated for : 7. Oct 2100 03:56:15 384: Greenhouse gas concentrations 7. Oct 2100 03:56:15 CO2 = 1138.8248 CH4 = 2412.15 N2O = 391.919 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-07 04:30:00 begin of timestep (day): 7 (run): 8935 0: MPIOM: current date: 2100-10-07 05:15:00 begin of timestep (day): 8 (run): 8936 0: MPIOM: current date: 2100-10-07 06:00:00 begin of timestep (day): 9 (run): 8937 0: MPIOM: current date: 2100-10-07 06:45:00 begin of timestep (day): 10 (run): 8938 384: Radiation calculated for : 7. Oct 2100 05:56:15 384: Greenhouse gas concentrations 7. Oct 2100 05:56:15 CO2 = 1138.8279 CH4 = 2412.15 N2O = 391.920 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-07 07:30:00 begin of timestep (day): 11 (run): 8939 0: MPIOM: current date: 2100-10-07 08:15:00 begin of timestep (day): 12 (run): 8940 0: MPIOM: current date: 2100-10-07 09:00:00 begin of timestep (day): 13 (run): 8941 0: MPIOM: current date: 2100-10-07 09:45:00 begin of timestep (day): 14 (run): 8942 384: Radiation calculated for : 7. Oct 2100 07:56:15 384: Greenhouse gas concentrations 7. Oct 2100 07:56:15 CO2 = 1138.8310 CH4 = 2412.15 N2O = 391.920 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-07 10:30:00 begin of timestep (day): 15 (run): 8943 0: MPIOM: current date: 2100-10-07 11:15:00 begin of timestep (day): 16 (run): 8944 0: MPIOM: current date: 2100-10-07 12:00:00 begin of timestep (day): 17 (run): 8945 0: MPIOM: current date: 2100-10-07 12:45:00 begin of timestep (day): 18 (run): 8946 384: Radiation calculated for : 7. Oct 2100 09:56:15 384: Greenhouse gas concentrations 7. Oct 2100 09:56:15 CO2 = 1138.8342 CH4 = 2412.15 N2O = 391.920 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-07 13:30:00 begin of timestep (day): 19 (run): 8947 0: MPIOM: current date: 2100-10-07 14:15:00 begin of timestep (day): 20 (run): 8948 0: MPIOM: current date: 2100-10-07 15:00:00 begin of timestep (day): 21 (run): 8949 0: MPIOM: current date: 2100-10-07 15:45:00 begin of timestep (day): 22 (run): 8950 384: Radiation calculated for : 7. Oct 2100 11:56:15 384: Greenhouse gas concentrations 7. Oct 2100 11:56:15 CO2 = 1138.8373 CH4 = 2412.14 N2O = 391.920 CFC = 51.10 208.05 0: MPIOM: current date: 2100-10-07 16:30:00 begin of timestep (day): 23 (run): 8951 0: MPIOM: current date: 2100-10-07 17:15:00 begin of timestep (day): 24 (run): 8952 0: MPIOM: current date: 2100-10-07 18:00:00 begin of timestep (day): 25 (run): 8953 0: MPIOM: current date: 2100-10-07 18:45:00 begin of timestep (day): 26 (run): 8954 384: Radiation calculated for : 7. Oct 2100 13:56:15 384: Greenhouse gas concentrations 7. Oct 2100 13:56:15 CO2 = 1138.8404 CH4 = 2412.14 N2O = 391.920 CFC = 51.10 208.04 0: MPIOM: current date: 2100-10-07 19:30:00 begin of timestep (day): 27 (run): 8955 0: MPIOM: current date: 2100-10-07 20:15:00 begin of timestep (day): 28 (run): 8956 0: MPIOM: current date: 2100-10-07 21:00:00 begin of timestep (day): 29 (run): 8957 0: MPIOM: current date: 2100-10-07 21:45:00 begin of timestep (day): 30 (run): 8958 384: Radiation calculated for : 7. Oct 2100 15:56:15 384: Greenhouse gas concentrations 7. Oct 2100 15:56:15 CO2 = 1138.8435 CH4 = 2412.14 N2O = 391.920 CFC = 51.10 208.04 0: MPIOM: current date: 2100-10-07 22:30:00 begin of timestep (day): 31 (run): 8959 0: MPIOM: current date: 2100-10-07 23:15:00 begin of timestep (day): 32 (run): 8960 0: MPIOM: current date: 2100-10-08 00:00:00 begin of timestep (day): 1 (run): 8961 384: Radiation calculated for : 7. Oct 2100 17:56:15 384: Greenhouse gas concentrations 7. Oct 2100 17:56:15 CO2 = 1138.8466 CH4 = 2412.13 N2O = 391.920 CFC = 51.10 208.04 384: Radiation calculated for : 7. Oct 2100 19:56:15 384: Greenhouse gas concentrations 7. Oct 2100 19:56:15 CO2 = 1138.8497 CH4 = 2412.13 N2O = 391.920 CFC = 51.10 208.04 384: Radiation calculated for : 7. Oct 2100 21:56:15 384: Greenhouse gas concentrations 7. Oct 2100 21:56:15 CO2 = 1138.8529 CH4 = 2412.13 N2O = 391.920 CFC = 51.10 208.04 384: Radiation calculated for : 7. Oct 2100 23:56:15 384: Greenhouse gas concentrations 7. Oct 2100 23:56:15 CO2 = 1138.8560 CH4 = 2412.13 N2O = 391.921 CFC = 51.10 208.04 384: hydrology_model: Water budget change: 2.056360244750977E-006 m3/s 384: hydrology_model: global discharge: 1204528.20576130 m3/s 384: hydrology_model: precip-evap (on ocean): 491103.506644786 m3/s 384: water_budget_corr: P-E correction: -57677.5623693862 m3/s 384: water_budget_corr: slm/slf residuum: 76417.6265113039 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 793.016006440220 m3/s 384: water_budget_corr: awfre corrected: 434218.960281855 m3/s 384: water_budget_corr: river discharge: 1204528.20576130 m3/s 384: water_budget_corr: water to ocean: 1638747.16604316 m3/s 384: Write GRIB1 output for : 7. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.317241054241078E-010 kg m-2 s-1 0: co2 = 1057.26272166571 , n2 = 802000.000149355 , o2 = 0: 196800.000816401 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-08 00:45:00 begin of timestep (day): 2 (run): 8962 0: MPIOM: current date: 2100-10-08 01:30:00 begin of timestep (day): 3 (run): 8963 384: Radiation calculated for : 8. Oct 2100 01:56:15 384: Greenhouse gas concentrations 8. Oct 2100 01:56:15 CO2 = 1138.8591 CH4 = 2412.12 N2O = 391.921 CFC = 51.09 208.04 0: MPIOM: current date: 2100-10-08 02:15:00 begin of timestep (day): 4 (run): 8964 0: MPIOM: current date: 2100-10-08 03:00:00 begin of timestep (day): 5 (run): 8965 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 286.875000000000 , lev 39 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 286.875000000000 , lev 40 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 286.875000000000 , lev 41 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 286.875000000000 , lev 40 0: MPIOM: current date: 2100-10-08 03:45:00 begin of timestep (day): 6 (run): 8966 0: MPIOM: current date: 2100-10-08 04:30:00 begin of timestep (day): 7 (run): 8967 384: Radiation calculated for : 8. Oct 2100 03:56:15 0: MPIOM: current date: 2100-10-08 05:15:00 begin of timestep (day): 8 (run): 8968 384: Greenhouse gas concentrations 8. Oct 2100 03:56:15 CO2 = 1138.8622 CH4 = 2412.12 N2O = 391.921 CFC = 51.09 208.04 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 288.750000000000 , lev 40 0: MPIOM: current date: 2100-10-08 06:00:00 begin of timestep (day): 9 (run): 8969 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 288.750000000000 , lev 41 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 288.750000000000 , lev 40 0: MPIOM: current date: 2100-10-08 06:45:00 begin of timestep (day): 10 (run): 8970 0: MPIOM: current date: 2100-10-08 07:30:00 begin of timestep (day): 11 (run): 8971 0: MPIOM: current date: 2100-10-08 08:15:00 begin of timestep (day): 12 (run): 8972 384: Radiation calculated for : 8. Oct 2100 05:56:15 384: Greenhouse gas concentrations 8. Oct 2100 05:56:15 CO2 = 1138.8653 CH4 = 2412.12 N2O = 391.921 CFC = 51.09 208.04 0: MPIOM: current date: 2100-10-08 09:00:00 begin of timestep (day): 13 (run): 8973 0: MPIOM: current date: 2100-10-08 09:45:00 begin of timestep (day): 14 (run): 8974 0: MPIOM: current date: 2100-10-08 10:30:00 begin of timestep (day): 15 (run): 8975 0: MPIOM: current date: 2100-10-08 11:15:00 begin of timestep (day): 16 (run): 8976 384: Radiation calculated for : 8. Oct 2100 07:56:15 384: Greenhouse gas concentrations 8. Oct 2100 07:56:15 CO2 = 1138.8684 CH4 = 2412.12 N2O = 391.921 CFC = 51.09 208.04 0: MPIOM: current date: 2100-10-08 12:00:00 begin of timestep (day): 17 (run): 8977 0: MPIOM: current date: 2100-10-08 12:45:00 begin of timestep (day): 18 (run): 8978 0: MPIOM: current date: 2100-10-08 13:30:00 begin of timestep (day): 19 (run): 8979 0: MPIOM: current date: 2100-10-08 14:15:00 begin of timestep (day): 20 (run): 8980 384: Radiation calculated for : 8. Oct 2100 09:56:15 384: Greenhouse gas concentrations 8. Oct 2100 09:56:15 CO2 = 1138.8716 CH4 = 2412.11 N2O = 391.921 CFC = 51.09 208.04 0: MPIOM: current date: 2100-10-08 15:00:00 begin of timestep (day): 21 (run): 8981 0: MPIOM: current date: 2100-10-08 15:45:00 begin of timestep (day): 22 (run): 8982 0: MPIOM: current date: 2100-10-08 16:30:00 begin of timestep (day): 23 (run): 8983 0: MPIOM: current date: 2100-10-08 17:15:00 begin of timestep (day): 24 (run): 8984 384: Radiation calculated for : 8. Oct 2100 11:56:15 384: Greenhouse gas concentrations 8. Oct 2100 11:56:15 CO2 = 1138.8747 CH4 = 2412.11 N2O = 391.921 CFC = 51.09 208.04 0: MPIOM: current date: 2100-10-08 18:00:00 begin of timestep (day): 25 (run): 8985 0: MPIOM: current date: 2100-10-08 18:45:00 begin of timestep (day): 26 (run): 8986 0: MPIOM: current date: 2100-10-08 19:30:00 begin of timestep (day): 27 (run): 8987 0: MPIOM: current date: 2100-10-08 20:15:00 begin of timestep (day): 28 (run): 8988 384: Radiation calculated for : 8. Oct 2100 13:56:15 384: Greenhouse gas concentrations 8. Oct 2100 13:56:15 CO2 = 1138.8778 CH4 = 2412.11 N2O = 391.921 CFC = 51.09 208.04 0: MPIOM: current date: 2100-10-08 21:00:00 begin of timestep (day): 29 (run): 8989 0: MPIOM: current date: 2100-10-08 21:45:00 begin of timestep (day): 30 (run): 8990 0: MPIOM: current date: 2100-10-08 22:30:00 begin of timestep (day): 31 (run): 8991 0: MPIOM: current date: 2100-10-08 23:15:00 begin of timestep (day): 32 (run): 8992 384: Radiation calculated for : 8. Oct 2100 15:56:15 384: Greenhouse gas concentrations 8. Oct 2100 15:56:15 CO2 = 1138.8809 CH4 = 2412.10 N2O = 391.921 CFC = 51.09 208.04 0: MPIOM: current date: 2100-10-09 00:00:00 begin of timestep (day): 1 (run): 8993 384: Radiation calculated for : 8. Oct 2100 17:56:15 384: Greenhouse gas concentrations 8. Oct 2100 17:56:15 CO2 = 1138.8840 CH4 = 2412.10 N2O = 391.921 CFC = 51.09 208.04 810: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 264.375000000000 , lev 40 810: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 264.375000000000 , lev 40 384: Radiation calculated for : 8. Oct 2100 19:56:15 384: Greenhouse gas concentrations 8. Oct 2100 19:56:15 CO2 = 1138.8871 CH4 = 2412.10 N2O = 391.922 CFC = 51.09 208.04 384: Radiation calculated for : 8. Oct 2100 21:56:15 384: Greenhouse gas concentrations 8. Oct 2100 21:56:15 CO2 = 1138.8903 CH4 = 2412.10 N2O = 391.922 CFC = 51.09 208.04 384: Radiation calculated for : 8. Oct 2100 23:56:15 384: Greenhouse gas concentrations 8. Oct 2100 23:56:15 CO2 = 1138.8934 CH4 = 2412.09 N2O = 391.922 CFC = 51.09 208.04 384: hydrology_model: Water budget change: -1.102685928344727E-006 m3/s 384: hydrology_model: global discharge: 1212457.48453083 m3/s 384: hydrology_model: precip-evap (on ocean): 378718.678349363 m3/s 384: water_budget_corr: P-E correction: -20506.5341215130 m3/s 384: water_budget_corr: slm/slf residuum: 96268.7943746691 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3788.66607854493 m3/s 384: water_budget_corr: awfre corrected: 362000.810306388 m3/s 384: water_budget_corr: river discharge: 1212457.48453083 m3/s 384: water_budget_corr: water to ocean: 1574458.29483723 m3/s 384: Write GRIB1 output for : 8. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.329678947666754E-010 kg m-2 s-1 0: co2 = 1057.40464646707 , n2 = 802000.000109784 , o2 = 0: 196800.000796296 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-09 00:45:00 begin of timestep (day): 2 (run): 8994 0: MPIOM: current date: 2100-10-09 01:30:00 begin of timestep (day): 3 (run): 8995 384: Radiation calculated for : 9. Oct 2100 01:56:15 384: Greenhouse gas concentrations 9. Oct 2100 01:56:15 CO2 = 1138.8965 CH4 = 2412.09 N2O = 391.922 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-09 02:15:00 begin of timestep (day): 4 (run): 8996 0: MPIOM: current date: 2100-10-09 03:00:00 begin of timestep (day): 5 (run): 8997 0: MPIOM: current date: 2100-10-09 03:45:00 begin of timestep (day): 6 (run): 8998 0: MPIOM: current date: 2100-10-09 04:30:00 begin of timestep (day): 7 (run): 8999 384: Radiation calculated for : 9. Oct 2100 03:56:15 384: Greenhouse gas concentrations 9. Oct 2100 03:56:15 CO2 = 1138.8996 CH4 = 2412.09 N2O = 391.922 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-09 05:15:00 begin of timestep (day): 8 (run): 9000 0: MPIOM: current date: 2100-10-09 06:00:00 begin of timestep (day): 9 (run): 9001 0: MPIOM: current date: 2100-10-09 06:45:00 begin of timestep (day): 10 (run): 9002 0: MPIOM: current date: 2100-10-09 07:30:00 begin of timestep (day): 11 (run): 9003 384: Radiation calculated for : 9. Oct 2100 05:56:15 384: Greenhouse gas concentrations 9. Oct 2100 05:56:15 CO2 = 1138.9027 CH4 = 2412.09 N2O = 391.922 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-09 08:15:00 begin of timestep (day): 12 (run): 9004 0: MPIOM: current date: 2100-10-09 09:00:00 begin of timestep (day): 13 (run): 9005 0: MPIOM: current date: 2100-10-09 09:45:00 begin of timestep (day): 14 (run): 9006 0: MPIOM: current date: 2100-10-09 10:30:00 begin of timestep (day): 15 (run): 9007 384: Radiation calculated for : 9. Oct 2100 07:56:15 384: Greenhouse gas concentrations 9. Oct 2100 07:56:15 CO2 = 1138.9058 CH4 = 2412.08 N2O = 391.922 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-09 11:15:00 begin of timestep (day): 16 (run): 9008 0: MPIOM: current date: 2100-10-09 12:00:00 begin of timestep (day): 17 (run): 9009 0: MPIOM: current date: 2100-10-09 12:45:00 begin of timestep (day): 18 (run): 9010 384: Radiation calculated for : 9. Oct 2100 09:56:15 0: MPIOM: current date: 2100-10-09 13:30:00 begin of timestep (day): 19 (run): 9011 384: Greenhouse gas concentrations 9. Oct 2100 09:56:15 CO2 = 1138.9090 CH4 = 2412.08 N2O = 391.922 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-09 14:15:00 begin of timestep (day): 20 (run): 9012 0: MPIOM: current date: 2100-10-09 15:00:00 begin of timestep (day): 21 (run): 9013 0: MPIOM: current date: 2100-10-09 15:45:00 begin of timestep (day): 22 (run): 9014 0: MPIOM: current date: 2100-10-09 16:30:00 begin of timestep (day): 23 (run): 9015 384: Radiation calculated for : 9. Oct 2100 11:56:15 384: Greenhouse gas concentrations 9. Oct 2100 11:56:15 CO2 = 1138.9121 CH4 = 2412.08 N2O = 391.922 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-09 17:15:00 begin of timestep (day): 24 (run): 9016 0: MPIOM: current date: 2100-10-09 18:00:00 begin of timestep (day): 25 (run): 9017 0: MPIOM: current date: 2100-10-09 18:45:00 begin of timestep (day): 26 (run): 9018 0: MPIOM: current date: 2100-10-09 19:30:00 begin of timestep (day): 27 (run): 9019 384: Radiation calculated for : 9. Oct 2100 13:56:15 384: Greenhouse gas concentrations 9. Oct 2100 13:56:15 CO2 = 1138.9152 CH4 = 2412.07 N2O = 391.922 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-09 20:15:00 begin of timestep (day): 28 (run): 9020 0: MPIOM: current date: 2100-10-09 21:00:00 begin of timestep (day): 29 (run): 9021 0: MPIOM: current date: 2100-10-09 21:45:00 begin of timestep (day): 30 (run): 9022 0: MPIOM: current date: 2100-10-09 22:30:00 begin of timestep (day): 31 (run): 9023 384: Radiation calculated for : 9. Oct 2100 15:56:15 384: Greenhouse gas concentrations 9. Oct 2100 15:56:15 CO2 = 1138.9183 CH4 = 2412.07 N2O = 391.923 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-09 23:15:00 begin of timestep (day): 32 (run): 9024 0: MPIOM: current date: 2100-10-10 00:00:00 begin of timestep (day): 1 (run): 9025 384: Radiation calculated for : 9. Oct 2100 17:56:15 384: Greenhouse gas concentrations 9. Oct 2100 17:56:15 CO2 = 1138.9214 CH4 = 2412.07 N2O = 391.923 CFC = 51.09 208.03 384: Radiation calculated for : 9. Oct 2100 19:56:15 384: Greenhouse gas concentrations 9. Oct 2100 19:56:15 CO2 = 1138.9245 CH4 = 2412.07 N2O = 391.923 CFC = 51.09 208.03 384: Radiation calculated for : 9. Oct 2100 21:56:15 384: Greenhouse gas concentrations 9. Oct 2100 21:56:15 CO2 = 1138.9277 CH4 = 2412.06 N2O = 391.923 CFC = 51.09 208.03 384: Radiation calculated for : 9. Oct 2100 23:56:15 384: Greenhouse gas concentrations 9. Oct 2100 23:56:15 CO2 = 1138.9308 CH4 = 2412.06 N2O = 391.923 CFC = 51.09 208.03 384: hydrology_model: Water budget change: 1.043081283569336E-006 m3/s 384: hydrology_model: global discharge: 1214376.13865922 m3/s 384: hydrology_model: precip-evap (on ocean): 47495.1146590069 m3/s 384: water_budget_corr: P-E correction: -29670.1412197559 m3/s 384: water_budget_corr: slm/slf residuum: 64006.1380160130 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 7668.60713898197 m3/s 384: water_budget_corr: awfre corrected: 25493.5805782271 m3/s 384: water_budget_corr: river discharge: 1214376.13865922 m3/s 384: water_budget_corr: water to ocean: 1239869.71923744 m3/s 384: Write GRIB1 output for : 9. Oct 2100 23:52:30 0: co2 = 1057.49957412970 , n2 = 802000.000127086 , o2 = 0: 196800.000912361 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.447630660592706E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-10 00:45:00 begin of timestep (day): 2 (run): 9026 0: MPIOM: current date: 2100-10-10 01:30:00 begin of timestep (day): 3 (run): 9027 384: Radiation calculated for : 10. Oct 2100 01:56:15 384: Greenhouse gas concentrations 10. Oct 2100 01:56:15 CO2 = 1138.9339 CH4 = 2412.06 N2O = 391.923 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-10 02:15:00 begin of timestep (day): 4 (run): 9028 0: MPIOM: current date: 2100-10-10 03:00:00 begin of timestep (day): 5 (run): 9029 0: MPIOM: current date: 2100-10-10 03:45:00 begin of timestep (day): 6 (run): 9030 832: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 27.0462394999448 , lon 271.875000000000 , lev 40 0: MPIOM: current date: 2100-10-10 04:30:00 begin of timestep (day): 7 (run): 9031 832: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 27.0462394999448 , lon 271.875000000000 , lev 41 384: Radiation calculated for : 10. Oct 2100 03:56:15 0: MPIOM: current date: 2100-10-10 05:15:00 begin of timestep (day): 8 (run): 9032 384: Greenhouse gas concentrations 10. Oct 2100 03:56:15 CO2 = 1138.9370 CH4 = 2412.06 N2O = 391.923 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-10 06:00:00 begin of timestep (day): 9 (run): 9033 0: MPIOM: current date: 2100-10-10 06:45:00 begin of timestep (day): 10 (run): 9034 0: MPIOM: current date: 2100-10-10 07:30:00 begin of timestep (day): 11 (run): 9035 0: MPIOM: current date: 2100-10-10 08:15:00 begin of timestep (day): 12 (run): 9036 384: Radiation calculated for : 10. Oct 2100 05:56:15 384: Greenhouse gas concentrations 10. Oct 2100 05:56:15 CO2 = 1138.9401 CH4 = 2412.05 N2O = 391.923 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-10 09:00:00 begin of timestep (day): 13 (run): 9037 0: MPIOM: current date: 2100-10-10 09:45:00 begin of timestep (day): 14 (run): 9038 832: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 27.0462394999448 , lon 271.875000000000 , lev 41 0: MPIOM: current date: 2100-10-10 10:30:00 begin of timestep (day): 15 (run): 9039 0: MPIOM: current date: 2100-10-10 11:15:00 begin of timestep (day): 16 (run): 9040 384: Radiation calculated for : 10. Oct 2100 07:56:15 0: MPIOM: current date: 2100-10-10 12:00:00 begin of timestep (day): 17 (run): 9041 384: Greenhouse gas concentrations 10. Oct 2100 07:56:15 CO2 = 1138.9432 CH4 = 2412.05 N2O = 391.923 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-10 12:45:00 begin of timestep (day): 18 (run): 9042 0: MPIOM: current date: 2100-10-10 13:30:00 begin of timestep (day): 19 (run): 9043 0: MPIOM: current date: 2100-10-10 14:15:00 begin of timestep (day): 20 (run): 9044 384: Radiation calculated for : 10. Oct 2100 09:56:15 0: MPIOM: current date: 2100-10-10 15:00:00 begin of timestep (day): 21 (run): 9045 384: Greenhouse gas concentrations 10. Oct 2100 09:56:15 CO2 = 1138.9464 CH4 = 2412.05 N2O = 391.924 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-10 15:45:00 begin of timestep (day): 22 (run): 9046 0: MPIOM: current date: 2100-10-10 16:30:00 begin of timestep (day): 23 (run): 9047 0: MPIOM: current date: 2100-10-10 17:15:00 begin of timestep (day): 24 (run): 9048 384: Radiation calculated for : 10. Oct 2100 11:56:15 384: Greenhouse gas concentrations 10. Oct 2100 11:56:15 CO2 = 1138.9495 CH4 = 2412.04 N2O = 391.924 CFC = 51.09 208.03 0: MPIOM: current date: 2100-10-10 18:00:00 begin of timestep (day): 25 (run): 9049 0: MPIOM: current date: 2100-10-10 18:45:00 begin of timestep (day): 26 (run): 9050 0: MPIOM: current date: 2100-10-10 19:30:00 begin of timestep (day): 27 (run): 9051 0: MPIOM: current date: 2100-10-10 20:15:00 begin of timestep (day): 28 (run): 9052 0: MPIOM: current date: 2100-10-10 21:00:00 begin of timestep (day): 29 (run): 9053 384: Radiation calculated for : 10. Oct 2100 13:56:15 384: Greenhouse gas concentrations 10. Oct 2100 13:56:15 CO2 = 1138.9526 CH4 = 2412.04 N2O = 391.924 CFC = 51.09 208.02 0: MPIOM: current date: 2100-10-10 21:45:00 begin of timestep (day): 30 (run): 9054 0: MPIOM: current date: 2100-10-10 22:30:00 begin of timestep (day): 31 (run): 9055 0: MPIOM: current date: 2100-10-10 23:15:00 begin of timestep (day): 32 (run): 9056 0: MPIOM: current date: 2100-10-11 00:00:00 begin of timestep (day): 1 (run): 9057 384: Radiation calculated for : 10. Oct 2100 15:56:15 384: Greenhouse gas concentrations 10. Oct 2100 15:56:15 CO2 = 1138.9557 CH4 = 2412.04 N2O = 391.924 CFC = 51.09 208.02 384: Radiation calculated for : 10. Oct 2100 17:56:15 384: Greenhouse gas concentrations 10. Oct 2100 17:56:15 CO2 = 1138.9588 CH4 = 2412.04 N2O = 391.924 CFC = 51.09 208.02 384: Radiation calculated for : 10. Oct 2100 19:56:15 384: Greenhouse gas concentrations 10. Oct 2100 19:56:15 CO2 = 1138.9619 CH4 = 2412.03 N2O = 391.924 CFC = 51.09 208.02 384: Radiation calculated for : 10. Oct 2100 21:56:15 384: Greenhouse gas concentrations 10. Oct 2100 21:56:15 CO2 = 1138.9651 CH4 = 2412.03 N2O = 391.924 CFC = 51.09 208.02 384: Radiation calculated for : 10. Oct 2100 23:56:15 384: Greenhouse gas concentrations 10. Oct 2100 23:56:15 CO2 = 1138.9682 CH4 = 2412.03 N2O = 391.924 CFC = 51.09 208.02 384: hydrology_model: Water budget change: -1.341104507446289E-006 m3/s 384: hydrology_model: global discharge: 1217341.04461558 m3/s 384: hydrology_model: precip-evap (on ocean): -271576.481445285 m3/s 384: water_budget_corr: P-E correction: -57337.7967732928 m3/s 384: water_budget_corr: slm/slf residuum: 80252.7096723402 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 6976.13637587571 m3/s 384: water_budget_corr: awfre corrected: -321938.141842719 m3/s 384: water_budget_corr: river discharge: 1217341.04461558 m3/s 384: water_budget_corr: water to ocean: 895402.902772880 m3/s 384: Write GRIB1 output for : 10. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.258569529249221E-010 kg m-2 s-1 0: co2 = 1057.46438894785 , n2 = 802000.000151219 , o2 = 0: 196800.000993659 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-11 00:45:00 begin of timestep (day): 2 (run): 9058 0: MPIOM: current date: 2100-10-11 01:30:00 begin of timestep (day): 3 (run): 9059 384: Radiation calculated for : 11. Oct 2100 01:56:15 384: Greenhouse gas concentrations 11. Oct 2100 01:56:15 CO2 = 1138.9713 CH4 = 2412.03 N2O = 391.924 CFC = 51.09 208.02 0: MPIOM: current date: 2100-10-11 02:15:00 begin of timestep (day): 4 (run): 9060 0: MPIOM: current date: 2100-10-11 03:00:00 begin of timestep (day): 5 (run): 9061 0: MPIOM: current date: 2100-10-11 03:45:00 begin of timestep (day): 6 (run): 9062 0: MPIOM: current date: 2100-10-11 04:30:00 begin of timestep (day): 7 (run): 9063 384: Radiation calculated for : 11. Oct 2100 03:56:15 384: Greenhouse gas concentrations 11. Oct 2100 03:56:15 CO2 = 1138.9744 CH4 = 2412.02 N2O = 391.924 CFC = 51.09 208.02 0: MPIOM: current date: 2100-10-11 05:15:00 begin of timestep (day): 8 (run): 9064 0: MPIOM: current date: 2100-10-11 06:00:00 begin of timestep (day): 9 (run): 9065 0: MPIOM: current date: 2100-10-11 06:45:00 begin of timestep (day): 10 (run): 9066 0: MPIOM: current date: 2100-10-11 07:30:00 begin of timestep (day): 11 (run): 9067 384: Radiation calculated for : 11. Oct 2100 05:56:15 384: Greenhouse gas concentrations 11. Oct 2100 05:56:15 CO2 = 1138.9775 CH4 = 2412.02 N2O = 391.925 CFC = 51.09 208.02 0: MPIOM: current date: 2100-10-11 08:15:00 begin of timestep (day): 12 (run): 9068 0: MPIOM: current date: 2100-10-11 09:00:00 begin of timestep (day): 13 (run): 9069 0: MPIOM: current date: 2100-10-11 09:45:00 begin of timestep (day): 14 (run): 9070 0: MPIOM: current date: 2100-10-11 10:30:00 begin of timestep (day): 15 (run): 9071 384: Radiation calculated for : 11. Oct 2100 07:56:15 384: Greenhouse gas concentrations 11. Oct 2100 07:56:15 CO2 = 1138.9806 CH4 = 2412.02 N2O = 391.925 CFC = 51.09 208.02 0: MPIOM: current date: 2100-10-11 11:15:00 begin of timestep (day): 16 (run): 9072 0: MPIOM: current date: 2100-10-11 12:00:00 begin of timestep (day): 17 (run): 9073 0: MPIOM: current date: 2100-10-11 12:45:00 begin of timestep (day): 18 (run): 9074 0: MPIOM: current date: 2100-10-11 13:30:00 begin of timestep (day): 19 (run): 9075 384: Radiation calculated for : 11. Oct 2100 09:56:15 384: Greenhouse gas concentrations 11. Oct 2100 09:56:15 CO2 = 1138.9838 CH4 = 2412.01 N2O = 391.925 CFC = 51.08 208.02 0: MPIOM: current date: 2100-10-11 14:15:00 begin of timestep (day): 20 (run): 9076 0: MPIOM: current date: 2100-10-11 15:00:00 begin of timestep (day): 21 (run): 9077 0: MPIOM: current date: 2100-10-11 15:45:00 begin of timestep (day): 22 (run): 9078 0: MPIOM: current date: 2100-10-11 16:30:00 begin of timestep (day): 23 (run): 9079 384: Radiation calculated for : 11. Oct 2100 11:56:15 384: Greenhouse gas concentrations 11. Oct 2100 11:56:15 CO2 = 1138.9869 CH4 = 2412.01 N2O = 391.925 CFC = 51.08 208.02 0: MPIOM: current date: 2100-10-11 17:15:00 begin of timestep (day): 24 (run): 9080 0: MPIOM: current date: 2100-10-11 18:00:00 begin of timestep (day): 25 (run): 9081 0: MPIOM: current date: 2100-10-11 18:45:00 begin of timestep (day): 26 (run): 9082 0: MPIOM: current date: 2100-10-11 19:30:00 begin of timestep (day): 27 (run): 9083 384: Radiation calculated for : 11. Oct 2100 13:56:15 384: Greenhouse gas concentrations 11. Oct 2100 13:56:15 CO2 = 1138.9900 CH4 = 2412.01 N2O = 391.925 CFC = 51.08 208.02 0: MPIOM: current date: 2100-10-11 20:15:00 begin of timestep (day): 28 (run): 9084 0: MPIOM: current date: 2100-10-11 21:00:00 begin of timestep (day): 29 (run): 9085 0: MPIOM: current date: 2100-10-11 21:45:00 begin of timestep (day): 30 (run): 9086 0: MPIOM: current date: 2100-10-11 22:30:00 begin of timestep (day): 31 (run): 9087 384: Radiation calculated for : 11. Oct 2100 15:56:15 384: Greenhouse gas concentrations 11. Oct 2100 15:56:15 CO2 = 1138.9931 CH4 = 2412.01 N2O = 391.925 CFC = 51.08 208.02 0: MPIOM: current date: 2100-10-11 23:15:00 begin of timestep (day): 32 (run): 9088 0: MPIOM: current date: 2100-10-12 00:00:00 begin of timestep (day): 1 (run): 9089 384: Radiation calculated for : 11. Oct 2100 17:56:15 384: Greenhouse gas concentrations 11. Oct 2100 17:56:15 CO2 = 1138.9962 CH4 = 2412.00 N2O = 391.925 CFC = 51.08 208.02 384: Radiation calculated for : 11. Oct 2100 19:56:15 384: Greenhouse gas concentrations 11. Oct 2100 19:56:15 CO2 = 1138.9993 CH4 = 2412.00 N2O = 391.925 CFC = 51.08 208.02 384: Radiation calculated for : 11. Oct 2100 21:56:15 384: Greenhouse gas concentrations 11. Oct 2100 21:56:15 CO2 = 1139.0025 CH4 = 2412.00 N2O = 391.925 CFC = 51.08 208.02 384: Radiation calculated for : 11. Oct 2100 23:56:15 384: Greenhouse gas concentrations 11. Oct 2100 23:56:15 CO2 = 1139.0056 CH4 = 2412.00 N2O = 391.926 CFC = 51.08 208.02 384: hydrology_model: Water budget change: 1.251697540283203E-006 m3/s 384: hydrology_model: global discharge: 1210844.37732807 m3/s 384: hydrology_model: precip-evap (on ocean): -630349.169389441 m3/s 384: water_budget_corr: P-E correction: -68725.9150605935 m3/s 384: water_budget_corr: slm/slf residuum: 97140.5748388724 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2365.00999930063 m3/s 384: water_budget_corr: awfre corrected: -696710.074450751 m3/s 384: water_budget_corr: river discharge: 1210844.37732807 m3/s 384: water_budget_corr: water to ocean: 514134.302877332 m3/s 384: Write GRIB1 output for : 11. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.322700807577238E-010 kg m-2 s-1 0: co2 = 1057.59600745076 , n2 = 802000.000163547 , o2 = 0: 196800.000977643 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-12 00:45:00 begin of timestep (day): 2 (run): 9090 0: MPIOM: current date: 2100-10-12 01:30:00 begin of timestep (day): 3 (run): 9091 384: Radiation calculated for : 12. Oct 2100 01:56:15 384: Greenhouse gas concentrations 12. Oct 2100 01:56:15 CO2 = 1139.0087 CH4 = 2411.99 N2O = 391.926 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-12 02:15:00 begin of timestep (day): 4 (run): 9092 0: MPIOM: current date: 2100-10-12 03:00:00 begin of timestep (day): 5 (run): 9093 0: MPIOM: current date: 2100-10-12 03:45:00 begin of timestep (day): 6 (run): 9094 0: MPIOM: current date: 2100-10-12 04:30:00 begin of timestep (day): 7 (run): 9095 384: Radiation calculated for : 12. Oct 2100 03:56:15 384: Greenhouse gas concentrations 12. Oct 2100 03:56:15 CO2 = 1139.0118 CH4 = 2411.99 N2O = 391.926 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-12 05:15:00 begin of timestep (day): 8 (run): 9096 0: MPIOM: current date: 2100-10-12 06:00:00 begin of timestep (day): 9 (run): 9097 0: MPIOM: current date: 2100-10-12 06:45:00 begin of timestep (day): 10 (run): 9098 0: MPIOM: current date: 2100-10-12 07:30:00 begin of timestep (day): 11 (run): 9099 384: Radiation calculated for : 12. Oct 2100 05:56:15 384: Greenhouse gas concentrations 12. Oct 2100 05:56:15 CO2 = 1139.0149 CH4 = 2411.99 N2O = 391.926 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-12 08:15:00 begin of timestep (day): 12 (run): 9100 0: MPIOM: current date: 2100-10-12 09:00:00 begin of timestep (day): 13 (run): 9101 0: MPIOM: current date: 2100-10-12 09:45:00 begin of timestep (day): 14 (run): 9102 0: MPIOM: current date: 2100-10-12 10:30:00 begin of timestep (day): 15 (run): 9103 384: Radiation calculated for : 12. Oct 2100 07:56:15 384: Greenhouse gas concentrations 12. Oct 2100 07:56:15 CO2 = 1139.0180 CH4 = 2411.98 N2O = 391.926 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-12 11:15:00 begin of timestep (day): 16 (run): 9104 0: MPIOM: current date: 2100-10-12 12:00:00 begin of timestep (day): 17 (run): 9105 0: MPIOM: current date: 2100-10-12 12:45:00 begin of timestep (day): 18 (run): 9106 588: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 131.250000000000 , lev 38 588: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 131.250000000000 , lev 39 588: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 131.250000000000 , lev 38 588: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 131.250000000000 , lev 39 0: MPIOM: current date: 2100-10-12 13:30:00 begin of timestep (day): 19 (run): 9107 0: MPIOM: current date: 2100-10-12 14:15:00 begin of timestep (day): 20 (run): 9108 384: Radiation calculated for : 12. Oct 2100 09:56:15 0: MPIOM: current date: 2100-10-12 15:00:00 begin of timestep (day): 21 (run): 9109 384: Greenhouse gas concentrations 12. Oct 2100 09:56:15 CO2 = 1139.0212 CH4 = 2411.98 N2O = 391.926 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-12 15:45:00 begin of timestep (day): 22 (run): 9110 0: MPIOM: current date: 2100-10-12 16:30:00 begin of timestep (day): 23 (run): 9111 0: MPIOM: current date: 2100-10-12 17:15:00 begin of timestep (day): 24 (run): 9112 384: Radiation calculated for : 12. Oct 2100 11:56:15 384: Greenhouse gas concentrations 12. Oct 2100 11:56:15 CO2 = 1139.0243 CH4 = 2411.98 N2O = 391.926 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-12 18:00:00 begin of timestep (day): 25 (run): 9113 0: MPIOM: current date: 2100-10-12 18:45:00 begin of timestep (day): 26 (run): 9114 0: MPIOM: current date: 2100-10-12 19:30:00 begin of timestep (day): 27 (run): 9115 0: MPIOM: current date: 2100-10-12 20:15:00 begin of timestep (day): 28 (run): 9116 384: Radiation calculated for : 12. Oct 2100 13:56:15 384: Greenhouse gas concentrations 12. Oct 2100 13:56:15 CO2 = 1139.0274 CH4 = 2411.98 N2O = 391.926 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-12 21:00:00 begin of timestep (day): 29 (run): 9117 0: MPIOM: current date: 2100-10-12 21:45:00 begin of timestep (day): 30 (run): 9118 0: MPIOM: current date: 2100-10-12 22:30:00 begin of timestep (day): 31 (run): 9119 0: MPIOM: current date: 2100-10-12 23:15:00 begin of timestep (day): 32 (run): 9120 384: Radiation calculated for : 12. Oct 2100 15:56:15 384: Greenhouse gas concentrations 12. Oct 2100 15:56:15 CO2 = 1139.0305 CH4 = 2411.97 N2O = 391.926 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-13 00:00:00 begin of timestep (day): 1 (run): 9121 612: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 136.875000000000 , lev 40 384: Radiation calculated for : 12. Oct 2100 17:56:15 384: Greenhouse gas concentrations 12. Oct 2100 17:56:15 CO2 = 1139.0336 CH4 = 2411.97 N2O = 391.926 CFC = 51.08 208.01 384: Radiation calculated for : 12. Oct 2100 19:56:15 384: Greenhouse gas concentrations 12. Oct 2100 19:56:15 CO2 = 1139.0367 CH4 = 2411.97 N2O = 391.927 CFC = 51.08 208.01 384: Radiation calculated for : 12. Oct 2100 21:56:15 384: Greenhouse gas concentrations 12. Oct 2100 21:56:15 CO2 = 1139.0399 CH4 = 2411.97 N2O = 391.927 CFC = 51.08 208.01 384: Radiation calculated for : 12. Oct 2100 23:56:15 384: Greenhouse gas concentrations 12. Oct 2100 23:56:15 CO2 = 1139.0430 CH4 = 2411.96 N2O = 391.927 CFC = 51.08 208.01 384: hydrology_model: Water budget change: -8.940696716308594E-007 m3/s 384: hydrology_model: global discharge: 1237687.56022661 m3/s 384: hydrology_model: precip-evap (on ocean): -1125762.39431281 m3/s 384: water_budget_corr: P-E correction: -59199.6638544742 m3/s 384: water_budget_corr: slm/slf residuum: 42611.5024053325 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2199.04989004405 m3/s 384: water_budget_corr: awfre corrected: -1182763.00827724 m3/s 384: water_budget_corr: river discharge: 1237687.56022661 m3/s 384: water_budget_corr: water to ocean: 54924.5519493611 m3/s 384: Write GRIB1 output for : 12. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.809447288289843E-010 kg m-2 s-1 0: co2 = 1057.82162698163 , n2 = 802000.000159417 , o2 = 0: 196800.001001813 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-13 00:45:00 begin of timestep (day): 2 (run): 9122 0: MPIOM: current date: 2100-10-13 01:30:00 begin of timestep (day): 3 (run): 9123 384: Radiation calculated for : 13. Oct 2100 01:56:15 384: Greenhouse gas concentrations 13. Oct 2100 01:56:15 CO2 = 1139.0461 CH4 = 2411.96 N2O = 391.927 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-13 02:15:00 begin of timestep (day): 4 (run): 9124 0: MPIOM: current date: 2100-10-13 03:00:00 begin of timestep (day): 5 (run): 9125 0: MPIOM: current date: 2100-10-13 03:45:00 begin of timestep (day): 6 (run): 9126 0: MPIOM: current date: 2100-10-13 04:30:00 begin of timestep (day): 7 (run): 9127 384: Radiation calculated for : 13. Oct 2100 03:56:15 384: Greenhouse gas concentrations 13. Oct 2100 03:56:15 CO2 = 1139.0492 CH4 = 2411.96 N2O = 391.927 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-13 05:15:00 begin of timestep (day): 8 (run): 9128 0: MPIOM: current date: 2100-10-13 06:00:00 begin of timestep (day): 9 (run): 9129 612: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 144.375000000000 , lev 39 0: MPIOM: current date: 2100-10-13 06:45:00 begin of timestep (day): 10 (run): 9130 0: MPIOM: current date: 2100-10-13 07:30:00 begin of timestep (day): 11 (run): 9131 384: Radiation calculated for : 13. Oct 2100 05:56:15 0: MPIOM: current date: 2100-10-13 08:15:00 begin of timestep (day): 12 (run): 9132 384: Greenhouse gas concentrations 13. Oct 2100 05:56:15 CO2 = 1139.0523 CH4 = 2411.95 N2O = 391.927 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-13 09:00:00 begin of timestep (day): 13 (run): 9133 0: MPIOM: current date: 2100-10-13 09:45:00 begin of timestep (day): 14 (run): 9134 0: MPIOM: current date: 2100-10-13 10:30:00 begin of timestep (day): 15 (run): 9135 0: MPIOM: current date: 2100-10-13 11:15:00 begin of timestep (day): 16 (run): 9136 384: Radiation calculated for : 13. Oct 2100 07:56:15 384: Greenhouse gas concentrations 13. Oct 2100 07:56:15 CO2 = 1139.0554 CH4 = 2411.95 N2O = 391.927 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-13 12:00:00 begin of timestep (day): 17 (run): 9137 0: MPIOM: current date: 2100-10-13 12:45:00 begin of timestep (day): 18 (run): 9138 0: MPIOM: current date: 2100-10-13 13:30:00 begin of timestep (day): 19 (run): 9139 0: MPIOM: current date: 2100-10-13 14:15:00 begin of timestep (day): 20 (run): 9140 384: Radiation calculated for : 13. Oct 2100 09:56:15 0: MPIOM: current date: 2100-10-13 15:00:00 begin of timestep (day): 21 (run): 9141 384: Greenhouse gas concentrations 13. Oct 2100 09:56:15 CO2 = 1139.0585 CH4 = 2411.95 N2O = 391.927 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-13 15:45:00 begin of timestep (day): 22 (run): 9142 0: MPIOM: current date: 2100-10-13 16:30:00 begin of timestep (day): 23 (run): 9143 0: MPIOM: current date: 2100-10-13 17:15:00 begin of timestep (day): 24 (run): 9144 0: MPIOM: current date: 2100-10-13 18:00:00 begin of timestep (day): 25 (run): 9145 384: Radiation calculated for : 13. Oct 2100 11:56:15 384: Greenhouse gas concentrations 13. Oct 2100 11:56:15 CO2 = 1139.0617 CH4 = 2411.95 N2O = 391.927 CFC = 51.08 208.01 0: MPIOM: current date: 2100-10-13 18:45:00 begin of timestep (day): 26 (run): 9146 0: MPIOM: current date: 2100-10-13 19:30:00 begin of timestep (day): 27 (run): 9147 0: MPIOM: current date: 2100-10-13 20:15:00 begin of timestep (day): 28 (run): 9148 384: Radiation calculated for : 13. Oct 2100 13:56:15 0: MPIOM: current date: 2100-10-13 21:00:00 begin of timestep (day): 29 (run): 9149 384: Greenhouse gas concentrations 13. Oct 2100 13:56:15 CO2 = 1139.0648 CH4 = 2411.94 N2O = 391.927 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-13 21:45:00 begin of timestep (day): 30 (run): 9150 0: MPIOM: current date: 2100-10-13 22:30:00 begin of timestep (day): 31 (run): 9151 0: MPIOM: current date: 2100-10-13 23:15:00 begin of timestep (day): 32 (run): 9152 384: Radiation calculated for : 13. Oct 2100 15:56:15 0: MPIOM: current date: 2100-10-14 00:00:00 begin of timestep (day): 1 (run): 9153 384: Greenhouse gas concentrations 13. Oct 2100 15:56:15 CO2 = 1139.0679 CH4 = 2411.94 N2O = 391.928 CFC = 51.08 208.00 384: Radiation calculated for : 13. Oct 2100 17:56:15 384: Greenhouse gas concentrations 13. Oct 2100 17:56:15 CO2 = 1139.0710 CH4 = 2411.94 N2O = 391.928 CFC = 51.08 208.00 384: Radiation calculated for : 13. Oct 2100 19:56:15 384: Greenhouse gas concentrations 13. Oct 2100 19:56:15 CO2 = 1139.0741 CH4 = 2411.94 N2O = 391.928 CFC = 51.08 208.00 384: Radiation calculated for : 13. Oct 2100 21:56:15 384: Greenhouse gas concentrations 13. Oct 2100 21:56:15 CO2 = 1139.0772 CH4 = 2411.93 N2O = 391.928 CFC = 51.08 208.00 384: Radiation calculated for : 13. Oct 2100 23:56:15 384: Greenhouse gas concentrations 13. Oct 2100 23:56:15 CO2 = 1139.0804 CH4 = 2411.93 N2O = 391.928 CFC = 51.08 208.00 384: hydrology_model: Water budget change: 1.341104507446289E-006 m3/s 384: hydrology_model: global discharge: 1215446.56450030 m3/s 384: hydrology_model: precip-evap (on ocean): -1193316.43806136 m3/s 384: water_budget_corr: P-E correction: -33817.1894218232 m3/s 384: water_budget_corr: slm/slf residuum: 75236.5103449548 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1389.61077586225 m3/s 384: water_budget_corr: awfre corrected: -1225744.01670730 m3/s 384: water_budget_corr: river discharge: 1215446.56450030 m3/s 384: water_budget_corr: water to ocean: -10297.4522070105 m3/s 384: Write GRIB1 output for : 13. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.147612908811382E-010 kg m-2 s-1 0: co2 = 1057.94772402133 , n2 = 802000.000111581 , o2 = 0: 196800.000926500 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-14 00:45:00 begin of timestep (day): 2 (run): 9154 0: MPIOM: current date: 2100-10-14 01:30:00 begin of timestep (day): 3 (run): 9155 384: Radiation calculated for : 14. Oct 2100 01:56:15 384: Greenhouse gas concentrations 14. Oct 2100 01:56:15 CO2 = 1139.0835 CH4 = 2411.93 N2O = 391.928 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-14 02:15:00 begin of timestep (day): 4 (run): 9156 0: MPIOM: current date: 2100-10-14 03:00:00 begin of timestep (day): 5 (run): 9157 0: MPIOM: current date: 2100-10-14 03:45:00 begin of timestep (day): 6 (run): 9158 0: MPIOM: current date: 2100-10-14 04:30:00 begin of timestep (day): 7 (run): 9159 384: Radiation calculated for : 14. Oct 2100 03:56:15 384: Greenhouse gas concentrations 14. Oct 2100 03:56:15 CO2 = 1139.0866 CH4 = 2411.92 N2O = 391.928 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-14 05:15:00 begin of timestep (day): 8 (run): 9160 0: MPIOM: current date: 2100-10-14 06:00:00 begin of timestep (day): 9 (run): 9161 0: MPIOM: current date: 2100-10-14 06:45:00 begin of timestep (day): 10 (run): 9162 0: MPIOM: current date: 2100-10-14 07:30:00 begin of timestep (day): 11 (run): 9163 384: Radiation calculated for : 14. Oct 2100 05:56:15 384: Greenhouse gas concentrations 14. Oct 2100 05:56:15 CO2 = 1139.0897 CH4 = 2411.92 N2O = 391.928 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-14 08:15:00 begin of timestep (day): 12 (run): 9164 0: MPIOM: current date: 2100-10-14 09:00:00 begin of timestep (day): 13 (run): 9165 0: MPIOM: current date: 2100-10-14 09:45:00 begin of timestep (day): 14 (run): 9166 0: MPIOM: current date: 2100-10-14 10:30:00 begin of timestep (day): 15 (run): 9167 384: Radiation calculated for : 14. Oct 2100 07:56:15 384: Greenhouse gas concentrations 14. Oct 2100 07:56:15 CO2 = 1139.0928 CH4 = 2411.92 N2O = 391.928 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-14 11:15:00 begin of timestep (day): 16 (run): 9168 0: MPIOM: current date: 2100-10-14 12:00:00 begin of timestep (day): 17 (run): 9169 0: MPIOM: current date: 2100-10-14 12:45:00 begin of timestep (day): 18 (run): 9170 0: MPIOM: current date: 2100-10-14 13:30:00 begin of timestep (day): 19 (run): 9171 384: Radiation calculated for : 14. Oct 2100 09:56:15 384: Greenhouse gas concentrations 14. Oct 2100 09:56:15 CO2 = 1139.0959 CH4 = 2411.92 N2O = 391.929 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-14 14:15:00 begin of timestep (day): 20 (run): 9172 0: MPIOM: current date: 2100-10-14 15:00:00 begin of timestep (day): 21 (run): 9173 0: MPIOM: current date: 2100-10-14 15:45:00 begin of timestep (day): 22 (run): 9174 0: MPIOM: current date: 2100-10-14 16:30:00 begin of timestep (day): 23 (run): 9175 384: Radiation calculated for : 14. Oct 2100 11:56:15 384: Greenhouse gas concentrations 14. Oct 2100 11:56:15 CO2 = 1139.0991 CH4 = 2411.91 N2O = 391.929 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-14 17:15:00 begin of timestep (day): 24 (run): 9176 0: MPIOM: current date: 2100-10-14 18:00:00 begin of timestep (day): 25 (run): 9177 0: MPIOM: current date: 2100-10-14 18:45:00 begin of timestep (day): 26 (run): 9178 0: MPIOM: current date: 2100-10-14 19:30:00 begin of timestep (day): 27 (run): 9179 384: Radiation calculated for : 14. Oct 2100 13:56:15 384: Greenhouse gas concentrations 14. Oct 2100 13:56:15 CO2 = 1139.1022 CH4 = 2411.91 N2O = 391.929 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-14 20:15:00 begin of timestep (day): 28 (run): 9180 0: MPIOM: current date: 2100-10-14 21:00:00 begin of timestep (day): 29 (run): 9181 0: MPIOM: current date: 2100-10-14 21:45:00 begin of timestep (day): 30 (run): 9182 0: MPIOM: current date: 2100-10-14 22:30:00 begin of timestep (day): 31 (run): 9183 384: Radiation calculated for : 14. Oct 2100 15:56:15 384: Greenhouse gas concentrations 14. Oct 2100 15:56:15 CO2 = 1139.1053 CH4 = 2411.91 N2O = 391.929 CFC = 51.08 208.00 0: MPIOM: current date: 2100-10-14 23:15:00 begin of timestep (day): 32 (run): 9184 0: MPIOM: current date: 2100-10-15 00:00:00 begin of timestep (day): 1 (run): 9185 384: Radiation calculated for : 14. Oct 2100 17:56:15 384: Greenhouse gas concentrations 14. Oct 2100 17:56:15 CO2 = 1139.1084 CH4 = 2411.90 N2O = 391.929 CFC = 51.08 208.00 384: Radiation calculated for : 14. Oct 2100 19:56:15 384: Greenhouse gas concentrations 14. Oct 2100 19:56:15 CO2 = 1139.1115 CH4 = 2411.90 N2O = 391.929 CFC = 51.07 208.00 384: Radiation calculated for : 14. Oct 2100 21:56:15 384: Greenhouse gas concentrations 14. Oct 2100 21:56:15 CO2 = 1139.1146 CH4 = 2411.90 N2O = 391.929 CFC = 51.07 208.00 384: Radiation calculated for : 14. Oct 2100 23:56:15 384: Greenhouse gas concentrations 14. Oct 2100 23:56:15 CO2 = 1139.1178 CH4 = 2411.90 N2O = 391.929 CFC = 51.07 208.00 384: hydrology_model: Water budget change: -1.013278961181641E-006 m3/s 384: hydrology_model: global discharge: 1225921.42755490 m3/s 384: hydrology_model: precip-evap (on ocean): -594882.314261041 m3/s 384: water_budget_corr: P-E correction: 24602.5336954642 m3/s 384: water_budget_corr: slm/slf residuum: 94222.8849689046 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 400.080622858927 m3/s 384: water_budget_corr: awfre corrected: -569879.699942718 m3/s 384: water_budget_corr: river discharge: 1225921.42755490 m3/s 384: water_budget_corr: water to ocean: 656041.727612183 m3/s 384: Write GRIB1 output for : 14. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.179203715404566E-010 kg m-2 s-1 0: co2 = 1057.94248337212 , n2 = 802000.000100496 , o2 = 0: 196800.000964518 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-15 00:45:00 begin of timestep (day): 2 (run): 9186 0: MPIOM: current date: 2100-10-15 01:30:00 begin of timestep (day): 3 (run): 9187 384: Radiation calculated for : 15. Oct 2100 01:56:15 384: Greenhouse gas concentrations 15. Oct 2100 01:56:15 CO2 = 1139.1209 CH4 = 2411.89 N2O = 391.929 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-15 02:15:00 begin of timestep (day): 4 (run): 9188 0: MPIOM: current date: 2100-10-15 03:00:00 begin of timestep (day): 5 (run): 9189 0: MPIOM: current date: 2100-10-15 03:45:00 begin of timestep (day): 6 (run): 9190 0: MPIOM: current date: 2100-10-15 04:30:00 begin of timestep (day): 7 (run): 9191 384: Radiation calculated for : 15. Oct 2100 03:56:15 384: Greenhouse gas concentrations 15. Oct 2100 03:56:15 CO2 = 1139.1240 CH4 = 2411.89 N2O = 391.929 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-15 05:15:00 begin of timestep (day): 8 (run): 9192 0: MPIOM: current date: 2100-10-15 06:00:00 begin of timestep (day): 9 (run): 9193 0: MPIOM: current date: 2100-10-15 06:45:00 begin of timestep (day): 10 (run): 9194 0: MPIOM: current date: 2100-10-15 07:30:00 begin of timestep (day): 11 (run): 9195 384: Radiation calculated for : 15. Oct 2100 05:56:15 384: Greenhouse gas concentrations 15. Oct 2100 05:56:15 CO2 = 1139.1271 CH4 = 2411.89 N2O = 391.930 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-15 08:15:00 begin of timestep (day): 12 (run): 9196 0: MPIOM: current date: 2100-10-15 09:00:00 begin of timestep (day): 13 (run): 9197 0: MPIOM: current date: 2100-10-15 09:45:00 begin of timestep (day): 14 (run): 9198 384: Radiation calculated for : 15. Oct 2100 07:56:15 384: Greenhouse gas concentrations 15. Oct 2100 07:56:15 CO2 = 1139.1302 CH4 = 2411.89 N2O = 391.930 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-15 10:30:00 begin of timestep (day): 15 (run): 9199 0: MPIOM: current date: 2100-10-15 11:15:00 begin of timestep (day): 16 (run): 9200 0: MPIOM: current date: 2100-10-15 12:00:00 begin of timestep (day): 17 (run): 9201 0: MPIOM: current date: 2100-10-15 12:45:00 begin of timestep (day): 18 (run): 9202 384: Radiation calculated for : 15. Oct 2100 09:56:15 384: Greenhouse gas concentrations 15. Oct 2100 09:56:15 CO2 = 1139.1333 CH4 = 2411.88 N2O = 391.930 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-15 13:30:00 begin of timestep (day): 19 (run): 9203 0: MPIOM: current date: 2100-10-15 14:15:00 begin of timestep (day): 20 (run): 9204 0: MPIOM: current date: 2100-10-15 15:00:00 begin of timestep (day): 21 (run): 9205 0: MPIOM: current date: 2100-10-15 15:45:00 begin of timestep (day): 22 (run): 9206 384: Radiation calculated for : 15. Oct 2100 11:56:15 0: MPIOM: current date: 2100-10-15 16:30:00 begin of timestep (day): 23 (run): 9207 384: Greenhouse gas concentrations 15. Oct 2100 11:56:15 CO2 = 1139.1365 CH4 = 2411.88 N2O = 391.930 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-15 17:15:00 begin of timestep (day): 24 (run): 9208 0: MPIOM: current date: 2100-10-15 18:00:00 begin of timestep (day): 25 (run): 9209 0: MPIOM: current date: 2100-10-15 18:45:00 begin of timestep (day): 26 (run): 9210 384: Radiation calculated for : 15. Oct 2100 13:56:15 384: Greenhouse gas concentrations 15. Oct 2100 13:56:15 CO2 = 1139.1396 CH4 = 2411.88 N2O = 391.930 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-15 19:30:00 begin of timestep (day): 27 (run): 9211 0: MPIOM: current date: 2100-10-15 20:15:00 begin of timestep (day): 28 (run): 9212 0: MPIOM: current date: 2100-10-15 21:00:00 begin of timestep (day): 29 (run): 9213 0: MPIOM: current date: 2100-10-15 21:45:00 begin of timestep (day): 30 (run): 9214 384: Radiation calculated for : 15. Oct 2100 15:56:15 384: Greenhouse gas concentrations 15. Oct 2100 15:56:15 CO2 = 1139.1427 CH4 = 2411.87 N2O = 391.930 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-15 22:30:00 begin of timestep (day): 31 (run): 9215 0: MPIOM: current date: 2100-10-15 23:15:00 begin of timestep (day): 32 (run): 9216 0: MPIOM: current date: 2100-10-16 00:00:00 begin of timestep (day): 1 (run): 9217 384: Radiation calculated for : 15. Oct 2100 17:56:15 384: Greenhouse gas concentrations 15. Oct 2100 17:56:15 CO2 = 1139.1458 CH4 = 2411.87 N2O = 391.930 CFC = 51.07 207.99 384: Radiation calculated for : 15. Oct 2100 19:56:15 384: Greenhouse gas concentrations 15. Oct 2100 19:56:15 CO2 = 1139.1489 CH4 = 2411.87 N2O = 391.930 CFC = 51.07 207.99 384: Radiation calculated for : 15. Oct 2100 21:56:15 384: Greenhouse gas concentrations 15. Oct 2100 21:56:15 CO2 = 1139.1520 CH4 = 2411.87 N2O = 391.930 CFC = 51.07 207.99 384: Radiation calculated for : 15. Oct 2100 23:56:15 384: Greenhouse gas concentrations 15. Oct 2100 23:56:15 CO2 = 1139.1552 CH4 = 2411.86 N2O = 391.930 CFC = 51.07 207.99 384: hydrology_model: Water budget change: 9.834766387939453E-007 m3/s 384: hydrology_model: global discharge: 1208086.80992819 m3/s 384: hydrology_model: precip-evap (on ocean): -22360.4283124668 m3/s 384: water_budget_corr: P-E correction: -40235.1862785102 m3/s 384: water_budget_corr: slm/slf residuum: 99957.5468508634 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2391.17145575665 m3/s 384: water_budget_corr: awfre corrected: -60204.4431352227 m3/s 384: water_budget_corr: river discharge: 1208086.80992819 m3/s 384: water_budget_corr: water to ocean: 1147882.36679298 m3/s 384: Write GRIB1 output for : 15. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -7.910830955611111E-011 kg m-2 s-1 0: co2 = 1058.01592378869 , n2 = 802000.000131412 , o2 = 0: 196800.000950936 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-16 00:45:00 begin of timestep (day): 2 (run): 9218 0: MPIOM: current date: 2100-10-16 01:30:00 begin of timestep (day): 3 (run): 9219 384: Radiation calculated for : 16. Oct 2100 01:56:15 384: Greenhouse gas concentrations 16. Oct 2100 01:56:15 CO2 = 1139.1583 CH4 = 2411.86 N2O = 391.931 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-16 02:15:00 begin of timestep (day): 4 (run): 9220 0: MPIOM: current date: 2100-10-16 03:00:00 begin of timestep (day): 5 (run): 9221 0: MPIOM: current date: 2100-10-16 03:45:00 begin of timestep (day): 6 (run): 9222 0: MPIOM: current date: 2100-10-16 04:30:00 begin of timestep (day): 7 (run): 9223 384: Radiation calculated for : 16. Oct 2100 03:56:15 384: Greenhouse gas concentrations 16. Oct 2100 03:56:15 CO2 = 1139.1614 CH4 = 2411.86 N2O = 391.931 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-16 05:15:00 begin of timestep (day): 8 (run): 9224 0: MPIOM: current date: 2100-10-16 06:00:00 begin of timestep (day): 9 (run): 9225 0: MPIOM: current date: 2100-10-16 06:45:00 begin of timestep (day): 10 (run): 9226 0: MPIOM: current date: 2100-10-16 07:30:00 begin of timestep (day): 11 (run): 9227 384: Radiation calculated for : 16. Oct 2100 05:56:15 384: Greenhouse gas concentrations 16. Oct 2100 05:56:15 CO2 = 1139.1645 CH4 = 2411.86 N2O = 391.931 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-16 08:15:00 begin of timestep (day): 12 (run): 9228 0: MPIOM: current date: 2100-10-16 09:00:00 begin of timestep (day): 13 (run): 9229 0: MPIOM: current date: 2100-10-16 09:45:00 begin of timestep (day): 14 (run): 9230 0: MPIOM: current date: 2100-10-16 10:30:00 begin of timestep (day): 15 (run): 9231 384: Radiation calculated for : 16. Oct 2100 07:56:15 384: Greenhouse gas concentrations 16. Oct 2100 07:56:15 CO2 = 1139.1676 CH4 = 2411.85 N2O = 391.931 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-16 11:15:00 begin of timestep (day): 16 (run): 9232 0: MPIOM: current date: 2100-10-16 12:00:00 begin of timestep (day): 17 (run): 9233 0: MPIOM: current date: 2100-10-16 12:45:00 begin of timestep (day): 18 (run): 9234 384: Radiation calculated for : 16. Oct 2100 09:56:15 384: Greenhouse gas concentrations 16. Oct 2100 09:56:15 CO2 = 1139.1707 CH4 = 2411.85 N2O = 391.931 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-16 13:30:00 begin of timestep (day): 19 (run): 9235 0: MPIOM: current date: 2100-10-16 14:15:00 begin of timestep (day): 20 (run): 9236 0: MPIOM: current date: 2100-10-16 15:00:00 begin of timestep (day): 21 (run): 9237 0: MPIOM: current date: 2100-10-16 15:45:00 begin of timestep (day): 22 (run): 9238 384: Radiation calculated for : 16. Oct 2100 11:56:15 384: Greenhouse gas concentrations 16. Oct 2100 11:56:15 CO2 = 1139.1739 CH4 = 2411.85 N2O = 391.931 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-16 16:30:00 begin of timestep (day): 23 (run): 9239 0: MPIOM: current date: 2100-10-16 17:15:00 begin of timestep (day): 24 (run): 9240 0: MPIOM: current date: 2100-10-16 18:00:00 begin of timestep (day): 25 (run): 9241 0: MPIOM: current date: 2100-10-16 18:45:00 begin of timestep (day): 26 (run): 9242 384: Radiation calculated for : 16. Oct 2100 13:56:15 384: Greenhouse gas concentrations 16. Oct 2100 13:56:15 CO2 = 1139.1770 CH4 = 2411.84 N2O = 391.931 CFC = 51.07 207.99 0: MPIOM: current date: 2100-10-16 19:30:00 begin of timestep (day): 27 (run): 9243 0: MPIOM: current date: 2100-10-16 20:15:00 begin of timestep (day): 28 (run): 9244 0: MPIOM: current date: 2100-10-16 21:00:00 begin of timestep (day): 29 (run): 9245 0: MPIOM: current date: 2100-10-16 21:45:00 begin of timestep (day): 30 (run): 9246 384: Radiation calculated for : 16. Oct 2100 15:56:15 384: Greenhouse gas concentrations 16. Oct 2100 15:56:15 CO2 = 1139.1801 CH4 = 2411.84 N2O = 391.931 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-16 22:30:00 begin of timestep (day): 31 (run): 9247 0: MPIOM: current date: 2100-10-16 23:15:00 begin of timestep (day): 32 (run): 9248 0: MPIOM: current date: 2100-10-17 00:00:00 begin of timestep (day): 1 (run): 9249 384: Radiation calculated for : 16. Oct 2100 17:56:15 384: Greenhouse gas concentrations 16. Oct 2100 17:56:15 CO2 = 1139.1832 CH4 = 2411.84 N2O = 391.931 CFC = 51.07 207.98 384: Radiation calculated for : 16. Oct 2100 19:56:15 384: Greenhouse gas concentrations 16. Oct 2100 19:56:15 CO2 = 1139.1863 CH4 = 2411.84 N2O = 391.932 CFC = 51.07 207.98 384: Radiation calculated for : 16. Oct 2100 21:56:15 384: Greenhouse gas concentrations 16. Oct 2100 21:56:15 CO2 = 1139.1894 CH4 = 2411.83 N2O = 391.932 CFC = 51.07 207.98 384: Radiation calculated for : 16. Oct 2100 23:56:15 384: Greenhouse gas concentrations 16. Oct 2100 23:56:15 CO2 = 1139.1926 CH4 = 2411.83 N2O = 391.932 CFC = 51.07 207.98 384: hydrology_model: Water budget change: -5.960464477539062E-008 m3/s 384: hydrology_model: global discharge: 1179625.25723804 m3/s 384: hydrology_model: precip-evap (on ocean): -114786.194440343 m3/s 384: water_budget_corr: P-E correction: -73068.8600713443 m3/s 384: water_budget_corr: slm/slf residuum: 96282.2920091852 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5355.30383883721 m3/s 384: water_budget_corr: awfre corrected: -182499.750672851 m3/s 384: water_budget_corr: river discharge: 1179625.25723804 m3/s 384: water_budget_corr: water to ocean: 997125.506565182 m3/s 384: Write GRIB1 output for : 16. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1058.07894479143 , n2 = 802000.000127063 , o2 = 0: 196800.000892941 384: CO2 flux correction (global): -2.258300074002403E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-17 00:45:00 begin of timestep (day): 2 (run): 9250 384: 2100-10-17 00h: Read: Valid: 2100-11-16 00h: lightning_frq (lightning.nc, 11), avg = 0.0000 0: MPIOM: current date: 2100-10-17 01:30:00 begin of timestep (day): 3 (run): 9251 384: Radiation calculated for : 17. Oct 2100 01:56:15 384: Greenhouse gas concentrations 17. Oct 2100 01:56:15 CO2 = 1139.1957 CH4 = 2411.83 N2O = 391.932 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-17 02:15:00 begin of timestep (day): 4 (run): 9252 0: MPIOM: current date: 2100-10-17 03:00:00 begin of timestep (day): 5 (run): 9253 0: MPIOM: current date: 2100-10-17 03:45:00 begin of timestep (day): 6 (run): 9254 0: MPIOM: current date: 2100-10-17 04:30:00 begin of timestep (day): 7 (run): 9255 384: Radiation calculated for : 17. Oct 2100 03:56:15 384: Greenhouse gas concentrations 17. Oct 2100 03:56:15 CO2 = 1139.1988 CH4 = 2411.83 N2O = 391.932 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-17 05:15:00 begin of timestep (day): 8 (run): 9256 0: MPIOM: current date: 2100-10-17 06:00:00 begin of timestep (day): 9 (run): 9257 0: MPIOM: current date: 2100-10-17 06:45:00 begin of timestep (day): 10 (run): 9258 0: MPIOM: current date: 2100-10-17 07:30:00 begin of timestep (day): 11 (run): 9259 384: Radiation calculated for : 17. Oct 2100 05:56:15 384: Greenhouse gas concentrations 17. Oct 2100 05:56:15 CO2 = 1139.2019 CH4 = 2411.82 N2O = 391.932 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-17 08:15:00 begin of timestep (day): 12 (run): 9260 0: MPIOM: current date: 2100-10-17 09:00:00 begin of timestep (day): 13 (run): 9261 570: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 112.500000000000 , lev 42 0: MPIOM: current date: 2100-10-17 09:45:00 begin of timestep (day): 14 (run): 9262 0: MPIOM: current date: 2100-10-17 10:30:00 begin of timestep (day): 15 (run): 9263 0: MPIOM: current date: 2100-10-17 11:15:00 begin of timestep (day): 16 (run): 9264 384: Radiation calculated for : 17. Oct 2100 07:56:15 384: Greenhouse gas concentrations 17. Oct 2100 07:56:15 CO2 = 1139.2050 CH4 = 2411.82 N2O = 391.932 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-17 12:00:00 begin of timestep (day): 17 (run): 9265 0: MPIOM: current date: 2100-10-17 12:45:00 begin of timestep (day): 18 (run): 9266 0: MPIOM: current date: 2100-10-17 13:30:00 begin of timestep (day): 19 (run): 9267 0: MPIOM: current date: 2100-10-17 14:15:00 begin of timestep (day): 20 (run): 9268 384: Radiation calculated for : 17. Oct 2100 09:56:15 384: Greenhouse gas concentrations 17. Oct 2100 09:56:15 CO2 = 1139.2081 CH4 = 2411.82 N2O = 391.932 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-17 15:00:00 begin of timestep (day): 21 (run): 9269 0: MPIOM: current date: 2100-10-17 15:45:00 begin of timestep (day): 22 (run): 9270 0: MPIOM: current date: 2100-10-17 16:30:00 begin of timestep (day): 23 (run): 9271 0: MPIOM: current date: 2100-10-17 17:15:00 begin of timestep (day): 24 (run): 9272 384: Radiation calculated for : 17. Oct 2100 11:56:15 384: Greenhouse gas concentrations 17. Oct 2100 11:56:15 CO2 = 1139.2113 CH4 = 2411.81 N2O = 391.932 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-17 18:00:00 begin of timestep (day): 25 (run): 9273 0: MPIOM: current date: 2100-10-17 18:45:00 begin of timestep (day): 26 (run): 9274 0: MPIOM: current date: 2100-10-17 19:30:00 begin of timestep (day): 27 (run): 9275 0: MPIOM: current date: 2100-10-17 20:15:00 begin of timestep (day): 28 (run): 9276 384: Radiation calculated for : 17. Oct 2100 13:56:15 384: Greenhouse gas concentrations 17. Oct 2100 13:56:15 CO2 = 1139.2144 CH4 = 2411.81 N2O = 391.932 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-17 21:00:00 begin of timestep (day): 29 (run): 9277 0: MPIOM: current date: 2100-10-17 21:45:00 begin of timestep (day): 30 (run): 9278 0: MPIOM: current date: 2100-10-17 22:30:00 begin of timestep (day): 31 (run): 9279 0: MPIOM: current date: 2100-10-17 23:15:00 begin of timestep (day): 32 (run): 9280 384: Radiation calculated for : 17. Oct 2100 15:56:15 384: Greenhouse gas concentrations 17. Oct 2100 15:56:15 CO2 = 1139.2175 CH4 = 2411.81 N2O = 391.933 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-18 00:00:00 begin of timestep (day): 1 (run): 9281 384: Radiation calculated for : 17. Oct 2100 17:56:15 384: Greenhouse gas concentrations 17. Oct 2100 17:56:15 CO2 = 1139.2206 CH4 = 2411.81 N2O = 391.933 CFC = 51.07 207.98 384: Radiation calculated for : 17. Oct 2100 19:56:15 384: Greenhouse gas concentrations 17. Oct 2100 19:56:15 CO2 = 1139.2237 CH4 = 2411.80 N2O = 391.933 CFC = 51.07 207.98 384: Radiation calculated for : 17. Oct 2100 21:56:15 384: Greenhouse gas concentrations 17. Oct 2100 21:56:15 CO2 = 1139.2268 CH4 = 2411.80 N2O = 391.933 CFC = 51.07 207.98 384: Radiation calculated for : 17. Oct 2100 23:56:15 384: Greenhouse gas concentrations 17. Oct 2100 23:56:15 CO2 = 1139.2300 CH4 = 2411.80 N2O = 391.933 CFC = 51.07 207.98 384: hydrology_model: Water budget change: -1.341104507446289E-006 m3/s 384: hydrology_model: global discharge: 1173048.02435200 m3/s 384: hydrology_model: precip-evap (on ocean): 31265.8602567695 m3/s 384: water_budget_corr: P-E correction: -53906.7307637845 m3/s 384: water_budget_corr: slm/slf residuum: 115957.176305963 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 7047.77580126016 m3/s 384: water_budget_corr: awfre corrected: -15593.0947057478 m3/s 384: water_budget_corr: river discharge: 1173048.02435200 m3/s 384: water_budget_corr: water to ocean: 1157454.92964625 m3/s 384: Write GRIB1 output for : 17. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.800973110410057E-010 kg m-2 s-1 0: co2 = 1058.16851210025 , n2 = 802000.000128594 , o2 = 0: 196800.000966733 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-18 00:45:00 begin of timestep (day): 2 (run): 9282 0: MPIOM: current date: 2100-10-18 01:30:00 begin of timestep (day): 3 (run): 9283 384: Radiation calculated for : 18. Oct 2100 01:56:15 384: Greenhouse gas concentrations 18. Oct 2100 01:56:15 CO2 = 1139.2331 CH4 = 2411.80 N2O = 391.933 CFC = 51.07 207.98 0: MPIOM: current date: 2100-10-18 02:15:00 begin of timestep (day): 4 (run): 9284 0: MPIOM: current date: 2100-10-18 03:00:00 begin of timestep (day): 5 (run): 9285 0: MPIOM: current date: 2100-10-18 03:45:00 begin of timestep (day): 6 (run): 9286 0: MPIOM: current date: 2100-10-18 04:30:00 begin of timestep (day): 7 (run): 9287 384: Radiation calculated for : 18. Oct 2100 03:56:15 384: Greenhouse gas concentrations 18. Oct 2100 03:56:15 CO2 = 1139.2362 CH4 = 2411.79 N2O = 391.933 CFC = 51.07 207.97 0: MPIOM: current date: 2100-10-18 05:15:00 begin of timestep (day): 8 (run): 9288 0: MPIOM: current date: 2100-10-18 06:00:00 begin of timestep (day): 9 (run): 9289 0: MPIOM: current date: 2100-10-18 06:45:00 begin of timestep (day): 10 (run): 9290 0: MPIOM: current date: 2100-10-18 07:30:00 begin of timestep (day): 11 (run): 9291 384: Radiation calculated for : 18. Oct 2100 05:56:15 384: Greenhouse gas concentrations 18. Oct 2100 05:56:15 CO2 = 1139.2393 CH4 = 2411.79 N2O = 391.933 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-18 08:15:00 begin of timestep (day): 12 (run): 9292 0: MPIOM: current date: 2100-10-18 09:00:00 begin of timestep (day): 13 (run): 9293 570: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 110.625000000000 , lev 42 0: MPIOM: current date: 2100-10-18 09:45:00 begin of timestep (day): 14 (run): 9294 0: MPIOM: current date: 2100-10-18 10:30:00 begin of timestep (day): 15 (run): 9295 384: Radiation calculated for : 18. Oct 2100 07:56:15 384: Greenhouse gas concentrations 18. Oct 2100 07:56:15 CO2 = 1139.2424 CH4 = 2411.79 N2O = 391.933 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-18 11:15:00 begin of timestep (day): 16 (run): 9296 0: MPIOM: current date: 2100-10-18 12:00:00 begin of timestep (day): 17 (run): 9297 0: MPIOM: current date: 2100-10-18 12:45:00 begin of timestep (day): 18 (run): 9298 0: MPIOM: current date: 2100-10-18 13:30:00 begin of timestep (day): 19 (run): 9299 384: Radiation calculated for : 18. Oct 2100 09:56:15 384: Greenhouse gas concentrations 18. Oct 2100 09:56:15 CO2 = 1139.2455 CH4 = 2411.78 N2O = 391.933 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-18 14:15:00 begin of timestep (day): 20 (run): 9300 0: MPIOM: current date: 2100-10-18 15:00:00 begin of timestep (day): 21 (run): 9301 0: MPIOM: current date: 2100-10-18 15:45:00 begin of timestep (day): 22 (run): 9302 0: MPIOM: current date: 2100-10-18 16:30:00 begin of timestep (day): 23 (run): 9303 384: Radiation calculated for : 18. Oct 2100 11:56:15 384: Greenhouse gas concentrations 18. Oct 2100 11:56:15 CO2 = 1139.2487 CH4 = 2411.78 N2O = 391.934 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-18 17:15:00 begin of timestep (day): 24 (run): 9304 0: MPIOM: current date: 2100-10-18 18:00:00 begin of timestep (day): 25 (run): 9305 0: MPIOM: current date: 2100-10-18 18:45:00 begin of timestep (day): 26 (run): 9306 0: MPIOM: current date: 2100-10-18 19:30:00 begin of timestep (day): 27 (run): 9307 384: Radiation calculated for : 18. Oct 2100 13:56:15 384: Greenhouse gas concentrations 18. Oct 2100 13:56:15 CO2 = 1139.2518 CH4 = 2411.78 N2O = 391.934 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-18 20:15:00 begin of timestep (day): 28 (run): 9308 0: MPIOM: current date: 2100-10-18 21:00:00 begin of timestep (day): 29 (run): 9309 0: MPIOM: current date: 2100-10-18 21:45:00 begin of timestep (day): 30 (run): 9310 0: MPIOM: current date: 2100-10-18 22:30:00 begin of timestep (day): 31 (run): 9311 384: Radiation calculated for : 18. Oct 2100 15:56:15 384: Greenhouse gas concentrations 18. Oct 2100 15:56:15 CO2 = 1139.2549 CH4 = 2411.78 N2O = 391.934 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-18 23:15:00 begin of timestep (day): 32 (run): 9312 0: MPIOM: current date: 2100-10-19 00:00:00 begin of timestep (day): 1 (run): 9313 384: Radiation calculated for : 18. Oct 2100 17:56:15 384: Greenhouse gas concentrations 18. Oct 2100 17:56:15 CO2 = 1139.2580 CH4 = 2411.77 N2O = 391.934 CFC = 51.06 207.97 384: Radiation calculated for : 18. Oct 2100 19:56:15 384: Greenhouse gas concentrations 18. Oct 2100 19:56:15 CO2 = 1139.2611 CH4 = 2411.77 N2O = 391.934 CFC = 51.06 207.97 384: Radiation calculated for : 18. Oct 2100 21:56:15 384: Greenhouse gas concentrations 18. Oct 2100 21:56:15 CO2 = 1139.2642 CH4 = 2411.77 N2O = 391.934 CFC = 51.06 207.97 384: Radiation calculated for : 18. Oct 2100 23:56:15 384: Greenhouse gas concentrations 18. Oct 2100 23:56:15 CO2 = 1139.2674 CH4 = 2411.77 N2O = 391.934 CFC = 51.06 207.97 384: hydrology_model: Water budget change: 4.172325134277344E-007 m3/s 384: hydrology_model: global discharge: 1177883.27971320 m3/s 384: hydrology_model: precip-evap (on ocean): -166221.366649682 m3/s 384: water_budget_corr: P-E correction: -11596.3324996486 m3/s 384: water_budget_corr: slm/slf residuum: 76260.3404392449 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 8476.35800027061 m3/s 384: water_budget_corr: awfre corrected: -169341.341149060 m3/s 384: water_budget_corr: river discharge: 1177883.27971320 m3/s 384: water_budget_corr: water to ocean: 1008541.93856415 m3/s 384: Write GRIB1 output for : 18. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.952557509503124E-011 kg m-2 s-1 0: co2 = 1058.26797663664 , n2 = 802000.000129818 , o2 = 0: 196800.000993847 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-19 00:45:00 begin of timestep (day): 2 (run): 9314 0: MPIOM: current date: 2100-10-19 01:30:00 begin of timestep (day): 3 (run): 9315 384: Radiation calculated for : 19. Oct 2100 01:56:15 384: Greenhouse gas concentrations 19. Oct 2100 01:56:15 CO2 = 1139.2705 CH4 = 2411.76 N2O = 391.934 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-19 02:15:00 begin of timestep (day): 4 (run): 9316 0: MPIOM: current date: 2100-10-19 03:00:00 begin of timestep (day): 5 (run): 9317 0: MPIOM: current date: 2100-10-19 03:45:00 begin of timestep (day): 6 (run): 9318 0: MPIOM: current date: 2100-10-19 04:30:00 begin of timestep (day): 7 (run): 9319 384: Radiation calculated for : 19. Oct 2100 03:56:15 384: Greenhouse gas concentrations 19. Oct 2100 03:56:15 CO2 = 1139.2736 CH4 = 2411.76 N2O = 391.934 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-19 05:15:00 begin of timestep (day): 8 (run): 9320 0: MPIOM: current date: 2100-10-19 06:00:00 begin of timestep (day): 9 (run): 9321 0: MPIOM: current date: 2100-10-19 06:45:00 begin of timestep (day): 10 (run): 9322 0: MPIOM: current date: 2100-10-19 07:30:00 begin of timestep (day): 11 (run): 9323 384: Radiation calculated for : 19. Oct 2100 05:56:15 384: Greenhouse gas concentrations 19. Oct 2100 05:56:15 CO2 = 1139.2767 CH4 = 2411.76 N2O = 391.935 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-19 08:15:00 begin of timestep (day): 12 (run): 9324 0: MPIOM: current date: 2100-10-19 09:00:00 begin of timestep (day): 13 (run): 9325 0: MPIOM: current date: 2100-10-19 09:45:00 begin of timestep (day): 14 (run): 9326 0: MPIOM: current date: 2100-10-19 10:30:00 begin of timestep (day): 15 (run): 9327 384: Radiation calculated for : 19. Oct 2100 07:56:15 384: Greenhouse gas concentrations 19. Oct 2100 07:56:15 CO2 = 1139.2798 CH4 = 2411.75 N2O = 391.935 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-19 11:15:00 begin of timestep (day): 16 (run): 9328 0: MPIOM: current date: 2100-10-19 12:00:00 begin of timestep (day): 17 (run): 9329 0: MPIOM: current date: 2100-10-19 12:45:00 begin of timestep (day): 18 (run): 9330 0: MPIOM: current date: 2100-10-19 13:30:00 begin of timestep (day): 19 (run): 9331 384: Radiation calculated for : 19. Oct 2100 09:56:15 384: Greenhouse gas concentrations 19. Oct 2100 09:56:15 CO2 = 1139.2829 CH4 = 2411.75 N2O = 391.935 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-19 14:15:00 begin of timestep (day): 20 (run): 9332 0: MPIOM: current date: 2100-10-19 15:00:00 begin of timestep (day): 21 (run): 9333 0: MPIOM: current date: 2100-10-19 15:45:00 begin of timestep (day): 22 (run): 9334 0: MPIOM: current date: 2100-10-19 16:30:00 begin of timestep (day): 23 (run): 9335 384: Radiation calculated for : 19. Oct 2100 11:56:15 384: Greenhouse gas concentrations 19. Oct 2100 11:56:15 CO2 = 1139.2861 CH4 = 2411.75 N2O = 391.935 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-19 17:15:00 begin of timestep (day): 24 (run): 9336 0: MPIOM: current date: 2100-10-19 18:00:00 begin of timestep (day): 25 (run): 9337 0: MPIOM: current date: 2100-10-19 18:45:00 begin of timestep (day): 26 (run): 9338 384: Radiation calculated for : 19. Oct 2100 13:56:15 384: Greenhouse gas concentrations 19. Oct 2100 13:56:15 CO2 = 1139.2892 CH4 = 2411.75 N2O = 391.935 CFC = 51.06 207.97 0: MPIOM: current date: 2100-10-19 19:30:00 begin of timestep (day): 27 (run): 9339 0: MPIOM: current date: 2100-10-19 20:15:00 begin of timestep (day): 28 (run): 9340 0: MPIOM: current date: 2100-10-19 21:00:00 begin of timestep (day): 29 (run): 9341 0: MPIOM: current date: 2100-10-19 21:45:00 begin of timestep (day): 30 (run): 9342 0: MPIOM: current date: 2100-10-19 22:30:00 begin of timestep (day): 31 (run): 9343 384: Radiation calculated for : 19. Oct 2100 15:56:15 384: Greenhouse gas concentrations 19. Oct 2100 15:56:15 CO2 = 1139.2923 CH4 = 2411.74 N2O = 391.935 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-19 23:15:00 begin of timestep (day): 32 (run): 9344 0: MPIOM: current date: 2100-10-20 00:00:00 begin of timestep (day): 1 (run): 9345 384: Radiation calculated for : 19. Oct 2100 17:56:15 384: Greenhouse gas concentrations 19. Oct 2100 17:56:15 CO2 = 1139.2954 CH4 = 2411.74 N2O = 391.935 CFC = 51.06 207.96 384: Radiation calculated for : 19. Oct 2100 19:56:15 384: Greenhouse gas concentrations 19. Oct 2100 19:56:15 CO2 = 1139.2985 CH4 = 2411.74 N2O = 391.935 CFC = 51.06 207.96 384: Radiation calculated for : 19. Oct 2100 21:56:15 384: Greenhouse gas concentrations 19. Oct 2100 21:56:15 CO2 = 1139.3016 CH4 = 2411.74 N2O = 391.935 CFC = 51.06 207.96 384: Radiation calculated for : 19. Oct 2100 23:56:15 384: Greenhouse gas concentrations 19. Oct 2100 23:56:15 CO2 = 1139.3047 CH4 = 2411.73 N2O = 391.935 CFC = 51.06 207.96 384: hydrology_model: Water budget change: 3.874301910400391E-007 m3/s 384: hydrology_model: global discharge: 1157306.88830090 m3/s 384: hydrology_model: precip-evap (on ocean): -333176.280230478 m3/s 384: water_budget_corr: P-E correction: -7035.92864157067 m3/s 384: water_budget_corr: slm/slf residuum: 111068.693556528 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 5441.77628927433 m3/s 384: water_budget_corr: awfre corrected: -334770.432582777 m3/s 384: water_budget_corr: river discharge: 1157306.88830090 m3/s 384: water_budget_corr: water to ocean: 822536.455718125 m3/s 384: Write GRIB1 output for : 19. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1058.40108086749 , n2 = 802000.000168388 , o2 = 0: 196800.001120566 384: CO2 flux correction (global): -2.739038709244735E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-20 00:45:00 begin of timestep (day): 2 (run): 9346 0: MPIOM: current date: 2100-10-20 01:30:00 begin of timestep (day): 3 (run): 9347 384: Radiation calculated for : 20. Oct 2100 01:56:15 384: Greenhouse gas concentrations 20. Oct 2100 01:56:15 CO2 = 1139.3079 CH4 = 2411.73 N2O = 391.936 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-20 02:15:00 begin of timestep (day): 4 (run): 9348 0: MPIOM: current date: 2100-10-20 03:00:00 begin of timestep (day): 5 (run): 9349 0: MPIOM: current date: 2100-10-20 03:45:00 begin of timestep (day): 6 (run): 9350 0: MPIOM: current date: 2100-10-20 04:30:00 begin of timestep (day): 7 (run): 9351 384: Radiation calculated for : 20. Oct 2100 03:56:15 384: Greenhouse gas concentrations 20. Oct 2100 03:56:15 CO2 = 1139.3110 CH4 = 2411.73 N2O = 391.936 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-20 05:15:00 begin of timestep (day): 8 (run): 9352 0: MPIOM: current date: 2100-10-20 06:00:00 begin of timestep (day): 9 (run): 9353 0: MPIOM: current date: 2100-10-20 06:45:00 begin of timestep (day): 10 (run): 9354 0: MPIOM: current date: 2100-10-20 07:30:00 begin of timestep (day): 11 (run): 9355 384: Radiation calculated for : 20. Oct 2100 05:56:15 384: Greenhouse gas concentrations 20. Oct 2100 05:56:15 CO2 = 1139.3141 CH4 = 2411.72 N2O = 391.936 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-20 08:15:00 begin of timestep (day): 12 (run): 9356 0: MPIOM: current date: 2100-10-20 09:00:00 begin of timestep (day): 13 (run): 9357 0: MPIOM: current date: 2100-10-20 09:45:00 begin of timestep (day): 14 (run): 9358 384: Radiation calculated for : 20. Oct 2100 07:56:15 0: MPIOM: current date: 2100-10-20 10:30:00 begin of timestep (day): 15 (run): 9359 384: Greenhouse gas concentrations 20. Oct 2100 07:56:15 CO2 = 1139.3172 CH4 = 2411.72 N2O = 391.936 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-20 11:15:00 begin of timestep (day): 16 (run): 9360 0: MPIOM: current date: 2100-10-20 12:00:00 begin of timestep (day): 17 (run): 9361 0: MPIOM: current date: 2100-10-20 12:45:00 begin of timestep (day): 18 (run): 9362 0: MPIOM: current date: 2100-10-20 13:30:00 begin of timestep (day): 19 (run): 9363 384: Radiation calculated for : 20. Oct 2100 09:56:15 384: Greenhouse gas concentrations 20. Oct 2100 09:56:15 CO2 = 1139.3203 CH4 = 2411.72 N2O = 391.936 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-20 14:15:00 begin of timestep (day): 20 (run): 9364 0: MPIOM: current date: 2100-10-20 15:00:00 begin of timestep (day): 21 (run): 9365 0: MPIOM: current date: 2100-10-20 15:45:00 begin of timestep (day): 22 (run): 9366 0: MPIOM: current date: 2100-10-20 16:30:00 begin of timestep (day): 23 (run): 9367 384: Radiation calculated for : 20. Oct 2100 11:56:15 384: Greenhouse gas concentrations 20. Oct 2100 11:56:15 CO2 = 1139.3234 CH4 = 2411.72 N2O = 391.936 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-20 17:15:00 begin of timestep (day): 24 (run): 9368 0: MPIOM: current date: 2100-10-20 18:00:00 begin of timestep (day): 25 (run): 9369 0: MPIOM: current date: 2100-10-20 18:45:00 begin of timestep (day): 26 (run): 9370 0: MPIOM: current date: 2100-10-20 19:30:00 begin of timestep (day): 27 (run): 9371 384: Radiation calculated for : 20. Oct 2100 13:56:15 384: Greenhouse gas concentrations 20. Oct 2100 13:56:15 CO2 = 1139.3266 CH4 = 2411.71 N2O = 391.936 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-20 20:15:00 begin of timestep (day): 28 (run): 9372 0: MPIOM: current date: 2100-10-20 21:00:00 begin of timestep (day): 29 (run): 9373 0: MPIOM: current date: 2100-10-20 21:45:00 begin of timestep (day): 30 (run): 9374 384: Radiation calculated for : 20. Oct 2100 15:56:15 384: Greenhouse gas concentrations 20. Oct 2100 15:56:15 CO2 = 1139.3297 CH4 = 2411.71 N2O = 391.936 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-20 22:30:00 begin of timestep (day): 31 (run): 9375 0: MPIOM: current date: 2100-10-20 23:15:00 begin of timestep (day): 32 (run): 9376 0: MPIOM: current date: 2100-10-21 00:00:00 begin of timestep (day): 1 (run): 9377 384: Radiation calculated for : 20. Oct 2100 17:56:15 384: Greenhouse gas concentrations 20. Oct 2100 17:56:15 CO2 = 1139.3328 CH4 = 2411.71 N2O = 391.936 CFC = 51.06 207.96 384: Radiation calculated for : 20. Oct 2100 19:56:15 384: Greenhouse gas concentrations 20. Oct 2100 19:56:15 CO2 = 1139.3359 CH4 = 2411.71 N2O = 391.937 CFC = 51.06 207.96 384: Radiation calculated for : 20. Oct 2100 21:56:15 384: Greenhouse gas concentrations 20. Oct 2100 21:56:15 CO2 = 1139.3390 CH4 = 2411.70 N2O = 391.937 CFC = 51.06 207.96 384: Radiation calculated for : 20. Oct 2100 23:56:15 384: Greenhouse gas concentrations 20. Oct 2100 23:56:15 CO2 = 1139.3421 CH4 = 2411.70 N2O = 391.937 CFC = 51.06 207.96 384: hydrology_model: Water budget change: -2.086162567138672E-007 m3/s 384: hydrology_model: global discharge: 1159804.02103218 m3/s 384: hydrology_model: precip-evap (on ocean): -1449960.14123967 m3/s 384: water_budget_corr: P-E correction: -32156.5234668308 m3/s 384: water_budget_corr: slm/slf residuum: 82218.7711898137 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4155.29543571306 m3/s 384: water_budget_corr: awfre corrected: -1477961.36927077 m3/s 384: water_budget_corr: river discharge: 1159804.02103218 m3/s 384: water_budget_corr: water to ocean: -318157.348238607 m3/s 384: Write GRIB1 output for : 20. Oct 2100 23:52:30 0: co2 = 1058.50708194735 , n2 = 802000.000206759 , o2 = 0: 196800.001363553 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.703234789376237E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-21 00:45:00 begin of timestep (day): 2 (run): 9378 0: MPIOM: current date: 2100-10-21 01:30:00 begin of timestep (day): 3 (run): 9379 384: Radiation calculated for : 21. Oct 2100 01:56:15 384: Greenhouse gas concentrations 21. Oct 2100 01:56:15 CO2 = 1139.3453 CH4 = 2411.70 N2O = 391.937 CFC = 51.06 207.96 0: MPIOM: current date: 2100-10-21 02:15:00 begin of timestep (day): 4 (run): 9380 0: MPIOM: current date: 2100-10-21 03:00:00 begin of timestep (day): 5 (run): 9381 0: MPIOM: current date: 2100-10-21 03:45:00 begin of timestep (day): 6 (run): 9382 0: MPIOM: current date: 2100-10-21 04:30:00 begin of timestep (day): 7 (run): 9383 384: Radiation calculated for : 21. Oct 2100 03:56:15 384: Greenhouse gas concentrations 21. Oct 2100 03:56:15 CO2 = 1139.3484 CH4 = 2411.69 N2O = 391.937 CFC = 51.06 207.95 0: MPIOM: current date: 2100-10-21 05:15:00 begin of timestep (day): 8 (run): 9384 0: MPIOM: current date: 2100-10-21 06:00:00 begin of timestep (day): 9 (run): 9385 0: MPIOM: current date: 2100-10-21 06:45:00 begin of timestep (day): 10 (run): 9386 0: MPIOM: current date: 2100-10-21 07:30:00 begin of timestep (day): 11 (run): 9387 384: Radiation calculated for : 21. Oct 2100 05:56:15 384: Greenhouse gas concentrations 21. Oct 2100 05:56:15 CO2 = 1139.3515 CH4 = 2411.69 N2O = 391.937 CFC = 51.06 207.95 0: MPIOM: current date: 2100-10-21 08:15:00 begin of timestep (day): 12 (run): 9388 0: MPIOM: current date: 2100-10-21 09:00:00 begin of timestep (day): 13 (run): 9389 0: MPIOM: current date: 2100-10-21 09:45:00 begin of timestep (day): 14 (run): 9390 0: MPIOM: current date: 2100-10-21 10:30:00 begin of timestep (day): 15 (run): 9391 384: Radiation calculated for : 21. Oct 2100 07:56:15 384: Greenhouse gas concentrations 21. Oct 2100 07:56:15 CO2 = 1139.3546 CH4 = 2411.69 N2O = 391.937 CFC = 51.06 207.95 0: MPIOM: current date: 2100-10-21 11:15:00 begin of timestep (day): 16 (run): 9392 0: MPIOM: current date: 2100-10-21 12:00:00 begin of timestep (day): 17 (run): 9393 0: MPIOM: current date: 2100-10-21 12:45:00 begin of timestep (day): 18 (run): 9394 0: MPIOM: current date: 2100-10-21 13:30:00 begin of timestep (day): 19 (run): 9395 384: Radiation calculated for : 21. Oct 2100 09:56:15 384: Greenhouse gas concentrations 21. Oct 2100 09:56:15 CO2 = 1139.3577 CH4 = 2411.69 N2O = 391.937 CFC = 51.06 207.95 0: MPIOM: current date: 2100-10-21 14:15:00 begin of timestep (day): 20 (run): 9396 0: MPIOM: current date: 2100-10-21 15:00:00 begin of timestep (day): 21 (run): 9397 0: MPIOM: current date: 2100-10-21 15:45:00 begin of timestep (day): 22 (run): 9398 0: MPIOM: current date: 2100-10-21 16:30:00 begin of timestep (day): 23 (run): 9399 384: Radiation calculated for : 21. Oct 2100 11:56:15 384: Greenhouse gas concentrations 21. Oct 2100 11:56:15 CO2 = 1139.3608 CH4 = 2411.68 N2O = 391.937 CFC = 51.06 207.95 0: MPIOM: current date: 2100-10-21 17:15:00 begin of timestep (day): 24 (run): 9400 0: MPIOM: current date: 2100-10-21 18:00:00 begin of timestep (day): 25 (run): 9401 0: MPIOM: current date: 2100-10-21 18:45:00 begin of timestep (day): 26 (run): 9402 0: MPIOM: current date: 2100-10-21 19:30:00 begin of timestep (day): 27 (run): 9403 384: Radiation calculated for : 21. Oct 2100 13:56:15 384: Greenhouse gas concentrations 21. Oct 2100 13:56:15 CO2 = 1139.3640 CH4 = 2411.68 N2O = 391.937 CFC = 51.06 207.95 0: MPIOM: current date: 2100-10-21 20:15:00 begin of timestep (day): 28 (run): 9404 0: MPIOM: current date: 2100-10-21 21:00:00 begin of timestep (day): 29 (run): 9405 0: MPIOM: current date: 2100-10-21 21:45:00 begin of timestep (day): 30 (run): 9406 0: MPIOM: current date: 2100-10-21 22:30:00 begin of timestep (day): 31 (run): 9407 384: Radiation calculated for : 21. Oct 2100 15:56:15 384: Greenhouse gas concentrations 21. Oct 2100 15:56:15 CO2 = 1139.3671 CH4 = 2411.68 N2O = 391.938 CFC = 51.05 207.95 0: MPIOM: current date: 2100-10-21 23:15:00 begin of timestep (day): 32 (run): 9408 0: MPIOM: current date: 2100-10-22 00:00:00 begin of timestep (day): 1 (run): 9409 384: Radiation calculated for : 21. Oct 2100 17:56:15 384: Greenhouse gas concentrations 21. Oct 2100 17:56:15 CO2 = 1139.3702 CH4 = 2411.67 N2O = 391.938 CFC = 51.05 207.95 384: Radiation calculated for : 21. Oct 2100 19:56:15 384: Greenhouse gas concentrations 21. Oct 2100 19:56:15 CO2 = 1139.3733 CH4 = 2411.67 N2O = 391.938 CFC = 51.05 207.95 384: Radiation calculated for : 21. Oct 2100 21:56:15 384: Greenhouse gas concentrations 21. Oct 2100 21:56:15 CO2 = 1139.3764 CH4 = 2411.67 N2O = 391.938 CFC = 51.05 207.95 384: Radiation calculated for : 21. Oct 2100 23:56:15 384: Greenhouse gas concentrations 21. Oct 2100 23:56:15 CO2 = 1139.3795 CH4 = 2411.67 N2O = 391.938 CFC = 51.05 207.95 384: hydrology_model: Water budget change: -7.450580596923828E-007 m3/s 384: hydrology_model: global discharge: 1171205.40742518 m3/s 384: hydrology_model: precip-evap (on ocean): -2111823.63247622 m3/s 384: water_budget_corr: P-E correction: 108.490682006159 m3/s 384: water_budget_corr: slm/slf residuum: 59857.7940468953 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2463.79958198429 m3/s 384: water_budget_corr: awfre corrected: -2109251.34221224 m3/s 384: water_budget_corr: river discharge: 1171205.40742518 m3/s 384: water_budget_corr: water to ocean: -938045.934787057 m3/s 384: Write GRIB1 output for : 21. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.731045072315300E-010 kg m-2 s-1 0: co2 = 1058.65061942006 , n2 = 802000.000254693 , o2 = 0: 196800.001423644 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-22 00:45:00 begin of timestep (day): 2 (run): 9410 0: MPIOM: current date: 2100-10-22 01:30:00 begin of timestep (day): 3 (run): 9411 384: Radiation calculated for : 22. Oct 2100 01:56:15 384: Greenhouse gas concentrations 22. Oct 2100 01:56:15 CO2 = 1139.3827 CH4 = 2411.66 N2O = 391.938 CFC = 51.05 207.95 0: MPIOM: current date: 2100-10-22 02:15:00 begin of timestep (day): 4 (run): 9412 0: MPIOM: current date: 2100-10-22 03:00:00 begin of timestep (day): 5 (run): 9413 0: MPIOM: current date: 2100-10-22 03:45:00 begin of timestep (day): 6 (run): 9414 0: MPIOM: current date: 2100-10-22 04:30:00 begin of timestep (day): 7 (run): 9415 384: Radiation calculated for : 22. Oct 2100 03:56:15 384: Greenhouse gas concentrations 22. Oct 2100 03:56:15 CO2 = 1139.3858 CH4 = 2411.66 N2O = 391.938 CFC = 51.05 207.95 0: MPIOM: current date: 2100-10-22 05:15:00 begin of timestep (day): 8 (run): 9416 0: MPIOM: current date: 2100-10-22 06:00:00 begin of timestep (day): 9 (run): 9417 0: MPIOM: current date: 2100-10-22 06:45:00 begin of timestep (day): 10 (run): 9418 0: MPIOM: current date: 2100-10-22 07:30:00 begin of timestep (day): 11 (run): 9419 384: Radiation calculated for : 22. Oct 2100 05:56:15 384: Greenhouse gas concentrations 22. Oct 2100 05:56:15 CO2 = 1139.3889 CH4 = 2411.66 N2O = 391.938 CFC = 51.05 207.95 0: MPIOM: current date: 2100-10-22 08:15:00 begin of timestep (day): 12 (run): 9420 0: MPIOM: current date: 2100-10-22 09:00:00 begin of timestep (day): 13 (run): 9421 0: MPIOM: current date: 2100-10-22 09:45:00 begin of timestep (day): 14 (run): 9422 0: MPIOM: current date: 2100-10-22 10:30:00 begin of timestep (day): 15 (run): 9423 384: Radiation calculated for : 22. Oct 2100 07:56:15 384: Greenhouse gas concentrations 22. Oct 2100 07:56:15 CO2 = 1139.3920 CH4 = 2411.66 N2O = 391.938 CFC = 51.05 207.95 0: MPIOM: current date: 2100-10-22 11:15:00 begin of timestep (day): 16 (run): 9424 0: MPIOM: current date: 2100-10-22 12:00:00 begin of timestep (day): 17 (run): 9425 0: MPIOM: current date: 2100-10-22 12:45:00 begin of timestep (day): 18 (run): 9426 0: MPIOM: current date: 2100-10-22 13:30:00 begin of timestep (day): 19 (run): 9427 384: Radiation calculated for : 22. Oct 2100 09:56:15 384: Greenhouse gas concentrations 22. Oct 2100 09:56:15 CO2 = 1139.3951 CH4 = 2411.65 N2O = 391.938 CFC = 51.05 207.95 0: MPIOM: current date: 2100-10-22 14:15:00 begin of timestep (day): 20 (run): 9428 0: MPIOM: current date: 2100-10-22 15:00:00 begin of timestep (day): 21 (run): 9429 0: MPIOM: current date: 2100-10-22 15:45:00 begin of timestep (day): 22 (run): 9430 0: MPIOM: current date: 2100-10-22 16:30:00 begin of timestep (day): 23 (run): 9431 384: Radiation calculated for : 22. Oct 2100 11:56:15 384: Greenhouse gas concentrations 22. Oct 2100 11:56:15 CO2 = 1139.3982 CH4 = 2411.65 N2O = 391.939 CFC = 51.05 207.95 0: MPIOM: current date: 2100-10-22 17:15:00 begin of timestep (day): 24 (run): 9432 0: MPIOM: current date: 2100-10-22 18:00:00 begin of timestep (day): 25 (run): 9433 0: MPIOM: current date: 2100-10-22 18:45:00 begin of timestep (day): 26 (run): 9434 0: MPIOM: current date: 2100-10-22 19:30:00 begin of timestep (day): 27 (run): 9435 384: Radiation calculated for : 22. Oct 2100 13:56:15 384: Greenhouse gas concentrations 22. Oct 2100 13:56:15 CO2 = 1139.4014 CH4 = 2411.65 N2O = 391.939 CFC = 51.05 207.95 0: MPIOM: current date: 2100-10-22 20:15:00 begin of timestep (day): 28 (run): 9436 0: MPIOM: current date: 2100-10-22 21:00:00 begin of timestep (day): 29 (run): 9437 0: MPIOM: current date: 2100-10-22 21:45:00 begin of timestep (day): 30 (run): 9438 0: MPIOM: current date: 2100-10-22 22:30:00 begin of timestep (day): 31 (run): 9439 384: Radiation calculated for : 22. Oct 2100 15:56:15 384: Greenhouse gas concentrations 22. Oct 2100 15:56:15 CO2 = 1139.4045 CH4 = 2411.64 N2O = 391.939 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-22 23:15:00 begin of timestep (day): 32 (run): 9440 0: MPIOM: current date: 2100-10-23 00:00:00 begin of timestep (day): 1 (run): 9441 384: Radiation calculated for : 22. Oct 2100 17:56:15 384: Greenhouse gas concentrations 22. Oct 2100 17:56:15 CO2 = 1139.4076 CH4 = 2411.64 N2O = 391.939 CFC = 51.05 207.94 384: Radiation calculated for : 22. Oct 2100 19:56:15 384: Greenhouse gas concentrations 22. Oct 2100 19:56:15 CO2 = 1139.4107 CH4 = 2411.64 N2O = 391.939 CFC = 51.05 207.94 384: Radiation calculated for : 22. Oct 2100 21:56:15 384: Greenhouse gas concentrations 22. Oct 2100 21:56:15 CO2 = 1139.4138 CH4 = 2411.64 N2O = 391.939 CFC = 51.05 207.94 384: Radiation calculated for : 22. Oct 2100 23:56:15 384: Greenhouse gas concentrations 22. Oct 2100 23:56:15 CO2 = 1139.4169 CH4 = 2411.63 N2O = 391.939 CFC = 51.05 207.94 384: hydrology_model: Water budget change: 1.281499862670898E-006 m3/s 384: hydrology_model: global discharge: 1159103.82243167 m3/s 384: hydrology_model: precip-evap (on ocean): -1845831.31186869 m3/s 384: water_budget_corr: P-E correction: 292.010765415717 m3/s 384: water_budget_corr: slm/slf residuum: 63392.3585034541 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4368.30971436295 m3/s 384: water_budget_corr: awfre corrected: -1841170.99138892 m3/s 384: water_budget_corr: river discharge: 1159103.82243167 m3/s 384: water_budget_corr: water to ocean: -682067.168957256 m3/s 384: Write GRIB1 output for : 22. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1058.70584494264 , n2 = 802000.000256014 , o2 = 0: 196800.001251939 384: CO2 flux correction (global): -2.104877193762690E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-23 00:45:00 begin of timestep (day): 2 (run): 9442 0: MPIOM: current date: 2100-10-23 01:30:00 begin of timestep (day): 3 (run): 9443 384: Radiation calculated for : 23. Oct 2100 01:56:15 384: Greenhouse gas concentrations 23. Oct 2100 01:56:15 CO2 = 1139.4201 CH4 = 2411.63 N2O = 391.939 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-23 02:15:00 begin of timestep (day): 4 (run): 9444 0: MPIOM: current date: 2100-10-23 03:00:00 begin of timestep (day): 5 (run): 9445 0: MPIOM: current date: 2100-10-23 03:45:00 begin of timestep (day): 6 (run): 9446 0: MPIOM: current date: 2100-10-23 04:30:00 begin of timestep (day): 7 (run): 9447 384: Radiation calculated for : 23. Oct 2100 03:56:15 384: Greenhouse gas concentrations 23. Oct 2100 03:56:15 CO2 = 1139.4232 CH4 = 2411.63 N2O = 391.939 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-23 05:15:00 begin of timestep (day): 8 (run): 9448 0: MPIOM: current date: 2100-10-23 06:00:00 begin of timestep (day): 9 (run): 9449 0: MPIOM: current date: 2100-10-23 06:45:00 begin of timestep (day): 10 (run): 9450 0: MPIOM: current date: 2100-10-23 07:30:00 begin of timestep (day): 11 (run): 9451 384: Radiation calculated for : 23. Oct 2100 05:56:15 384: Greenhouse gas concentrations 23. Oct 2100 05:56:15 CO2 = 1139.4263 CH4 = 2411.63 N2O = 391.940 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-23 08:15:00 begin of timestep (day): 12 (run): 9452 0: MPIOM: current date: 2100-10-23 09:00:00 begin of timestep (day): 13 (run): 9453 0: MPIOM: current date: 2100-10-23 09:45:00 begin of timestep (day): 14 (run): 9454 0: MPIOM: current date: 2100-10-23 10:30:00 begin of timestep (day): 15 (run): 9455 384: Radiation calculated for : 23. Oct 2100 07:56:15 384: Greenhouse gas concentrations 23. Oct 2100 07:56:15 CO2 = 1139.4294 CH4 = 2411.62 N2O = 391.940 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-23 11:15:00 begin of timestep (day): 16 (run): 9456 0: MPIOM: current date: 2100-10-23 12:00:00 begin of timestep (day): 17 (run): 9457 0: MPIOM: current date: 2100-10-23 12:45:00 begin of timestep (day): 18 (run): 9458 0: MPIOM: current date: 2100-10-23 13:30:00 begin of timestep (day): 19 (run): 9459 384: Radiation calculated for : 23. Oct 2100 09:56:15 384: Greenhouse gas concentrations 23. Oct 2100 09:56:15 CO2 = 1139.4325 CH4 = 2411.62 N2O = 391.940 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-23 14:15:00 begin of timestep (day): 20 (run): 9460 0: MPIOM: current date: 2100-10-23 15:00:00 begin of timestep (day): 21 (run): 9461 0: MPIOM: current date: 2100-10-23 15:45:00 begin of timestep (day): 22 (run): 9462 0: MPIOM: current date: 2100-10-23 16:30:00 begin of timestep (day): 23 (run): 9463 384: Radiation calculated for : 23. Oct 2100 11:56:15 384: Greenhouse gas concentrations 23. Oct 2100 11:56:15 CO2 = 1139.4356 CH4 = 2411.62 N2O = 391.940 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-23 17:15:00 begin of timestep (day): 24 (run): 9464 0: MPIOM: current date: 2100-10-23 18:00:00 begin of timestep (day): 25 (run): 9465 0: MPIOM: current date: 2100-10-23 18:45:00 begin of timestep (day): 26 (run): 9466 0: MPIOM: current date: 2100-10-23 19:30:00 begin of timestep (day): 27 (run): 9467 384: Radiation calculated for : 23. Oct 2100 13:56:15 384: Greenhouse gas concentrations 23. Oct 2100 13:56:15 CO2 = 1139.4388 CH4 = 2411.61 N2O = 391.940 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-23 20:15:00 begin of timestep (day): 28 (run): 9468 0: MPIOM: current date: 2100-10-23 21:00:00 begin of timestep (day): 29 (run): 9469 0: MPIOM: current date: 2100-10-23 21:45:00 begin of timestep (day): 30 (run): 9470 384: Radiation calculated for : 23. Oct 2100 15:56:15 384: Greenhouse gas concentrations 23. Oct 2100 15:56:15 CO2 = 1139.4419 CH4 = 2411.61 N2O = 391.940 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-23 22:30:00 begin of timestep (day): 31 (run): 9471 0: MPIOM: current date: 2100-10-23 23:15:00 begin of timestep (day): 32 (run): 9472 0: MPIOM: current date: 2100-10-24 00:00:00 begin of timestep (day): 1 (run): 9473 384: Radiation calculated for : 23. Oct 2100 17:56:15 384: Greenhouse gas concentrations 23. Oct 2100 17:56:15 CO2 = 1139.4450 CH4 = 2411.61 N2O = 391.940 CFC = 51.05 207.94 384: Radiation calculated for : 23. Oct 2100 19:56:15 384: Greenhouse gas concentrations 23. Oct 2100 19:56:15 CO2 = 1139.4481 CH4 = 2411.61 N2O = 391.940 CFC = 51.05 207.94 384: Radiation calculated for : 23. Oct 2100 21:56:15 384: Greenhouse gas concentrations 23. Oct 2100 21:56:15 CO2 = 1139.4512 CH4 = 2411.60 N2O = 391.940 CFC = 51.05 207.94 384: Radiation calculated for : 23. Oct 2100 23:56:15 384: Greenhouse gas concentrations 23. Oct 2100 23:56:15 CO2 = 1139.4543 CH4 = 2411.60 N2O = 391.940 CFC = 51.05 207.94 384: hydrology_model: Water budget change: -1.221895217895508E-006 m3/s 384: hydrology_model: global discharge: 1154251.59826262 m3/s 384: hydrology_model: precip-evap (on ocean): -748092.470634350 m3/s 384: water_budget_corr: P-E correction: -17450.7696218480 m3/s 384: water_budget_corr: slm/slf residuum: 71340.4177596114 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3152.65598879193 m3/s 384: water_budget_corr: awfre corrected: -762390.584267422 m3/s 384: water_budget_corr: river discharge: 1154251.59826262 m3/s 384: water_budget_corr: water to ocean: 391861.013995201 m3/s 384: Write GRIB1 output for : 23. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.592313171358230E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1058.81608297193 , n2 = 802000.000208704 , o2 = 0: 196800.001233263 0: MPIOM: current date: 2100-10-24 00:45:00 begin of timestep (day): 2 (run): 9474 0: MPIOM: current date: 2100-10-24 01:30:00 begin of timestep (day): 3 (run): 9475 384: Radiation calculated for : 24. Oct 2100 01:56:15 384: Greenhouse gas concentrations 24. Oct 2100 01:56:15 CO2 = 1139.4575 CH4 = 2411.60 N2O = 391.941 CFC = 51.05 207.94 0: MPIOM: current date: 2100-10-24 02:15:00 begin of timestep (day): 4 (run): 9476 0: MPIOM: current date: 2100-10-24 03:00:00 begin of timestep (day): 5 (run): 9477 0: MPIOM: current date: 2100-10-24 03:45:00 begin of timestep (day): 6 (run): 9478 0: MPIOM: current date: 2100-10-24 04:30:00 begin of timestep (day): 7 (run): 9479 384: Radiation calculated for : 24. Oct 2100 03:56:15 384: Greenhouse gas concentrations 24. Oct 2100 03:56:15 CO2 = 1139.4606 CH4 = 2411.60 N2O = 391.941 CFC = 51.05 207.93 0: MPIOM: current date: 2100-10-24 05:15:00 begin of timestep (day): 8 (run): 9480 0: MPIOM: current date: 2100-10-24 06:00:00 begin of timestep (day): 9 (run): 9481 0: MPIOM: current date: 2100-10-24 06:45:00 begin of timestep (day): 10 (run): 9482 0: MPIOM: current date: 2100-10-24 07:30:00 begin of timestep (day): 11 (run): 9483 384: Radiation calculated for : 24. Oct 2100 05:56:15 384: Greenhouse gas concentrations 24. Oct 2100 05:56:15 CO2 = 1139.4637 CH4 = 2411.59 N2O = 391.941 CFC = 51.05 207.93 0: MPIOM: current date: 2100-10-24 08:15:00 begin of timestep (day): 12 (run): 9484 0: MPIOM: current date: 2100-10-24 09:00:00 begin of timestep (day): 13 (run): 9485 0: MPIOM: current date: 2100-10-24 09:45:00 begin of timestep (day): 14 (run): 9486 384: Radiation calculated for : 24. Oct 2100 07:56:15 0: MPIOM: current date: 2100-10-24 10:30:00 begin of timestep (day): 15 (run): 9487 384: Greenhouse gas concentrations 24. Oct 2100 07:56:15 CO2 = 1139.4668 CH4 = 2411.59 N2O = 391.941 CFC = 51.05 207.93 0: MPIOM: current date: 2100-10-24 11:15:00 begin of timestep (day): 16 (run): 9488 0: MPIOM: current date: 2100-10-24 12:00:00 begin of timestep (day): 17 (run): 9489 0: MPIOM: current date: 2100-10-24 12:45:00 begin of timestep (day): 18 (run): 9490 0: MPIOM: current date: 2100-10-24 13:30:00 begin of timestep (day): 19 (run): 9491 384: Radiation calculated for : 24. Oct 2100 09:56:15 384: Greenhouse gas concentrations 24. Oct 2100 09:56:15 CO2 = 1139.4699 CH4 = 2411.59 N2O = 391.941 CFC = 51.05 207.93 0: MPIOM: current date: 2100-10-24 14:15:00 begin of timestep (day): 20 (run): 9492 0: MPIOM: current date: 2100-10-24 15:00:00 begin of timestep (day): 21 (run): 9493 0: MPIOM: current date: 2100-10-24 15:45:00 begin of timestep (day): 22 (run): 9494 384: Radiation calculated for : 24. Oct 2100 11:56:15 384: Greenhouse gas concentrations 24. Oct 2100 11:56:15 CO2 = 1139.4730 CH4 = 2411.58 N2O = 391.941 CFC = 51.05 207.93 0: MPIOM: current date: 2100-10-24 16:30:00 begin of timestep (day): 23 (run): 9495 0: MPIOM: current date: 2100-10-24 17:15:00 begin of timestep (day): 24 (run): 9496 0: MPIOM: current date: 2100-10-24 18:00:00 begin of timestep (day): 25 (run): 9497 0: MPIOM: current date: 2100-10-24 18:45:00 begin of timestep (day): 26 (run): 9498 384: Radiation calculated for : 24. Oct 2100 13:56:15 384: Greenhouse gas concentrations 24. Oct 2100 13:56:15 CO2 = 1139.4762 CH4 = 2411.58 N2O = 391.941 CFC = 51.05 207.93 0: MPIOM: current date: 2100-10-24 19:30:00 begin of timestep (day): 27 (run): 9499 0: MPIOM: current date: 2100-10-24 20:15:00 begin of timestep (day): 28 (run): 9500 0: MPIOM: current date: 2100-10-24 21:00:00 begin of timestep (day): 29 (run): 9501 0: MPIOM: current date: 2100-10-24 21:45:00 begin of timestep (day): 30 (run): 9502 384: Radiation calculated for : 24. Oct 2100 15:56:15 384: Greenhouse gas concentrations 24. Oct 2100 15:56:15 CO2 = 1139.4793 CH4 = 2411.58 N2O = 391.941 CFC = 51.05 207.93 0: MPIOM: current date: 2100-10-24 22:30:00 begin of timestep (day): 31 (run): 9503 0: MPIOM: current date: 2100-10-24 23:15:00 begin of timestep (day): 32 (run): 9504 0: MPIOM: current date: 2100-10-25 00:00:00 begin of timestep (day): 1 (run): 9505 384: Radiation calculated for : 24. Oct 2100 17:56:15 384: Greenhouse gas concentrations 24. Oct 2100 17:56:15 CO2 = 1139.4824 CH4 = 2411.58 N2O = 391.941 CFC = 51.05 207.93 384: Radiation calculated for : 24. Oct 2100 19:56:15 384: Greenhouse gas concentrations 24. Oct 2100 19:56:15 CO2 = 1139.4855 CH4 = 2411.57 N2O = 391.941 CFC = 51.05 207.93 384: Radiation calculated for : 24. Oct 2100 21:56:15 384: Greenhouse gas concentrations 24. Oct 2100 21:56:15 CO2 = 1139.4886 CH4 = 2411.57 N2O = 391.942 CFC = 51.05 207.93 384: Radiation calculated for : 24. Oct 2100 23:56:15 384: Greenhouse gas concentrations 24. Oct 2100 23:56:15 CO2 = 1139.4917 CH4 = 2411.57 N2O = 391.942 CFC = 51.05 207.93 384: hydrology_model: Water budget change: 9.834766387939453E-007 m3/s 384: hydrology_model: global discharge: 1131883.07431305 m3/s 384: hydrology_model: precip-evap (on ocean): -692057.737069473 m3/s 384: water_budget_corr: P-E correction: -65176.2122918985 m3/s 384: water_budget_corr: slm/slf residuum: 55488.0582974975 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1026.06168004515 m3/s 384: water_budget_corr: awfre corrected: -756207.887681319 m3/s 384: water_budget_corr: river discharge: 1131883.07431305 m3/s 384: water_budget_corr: water to ocean: 375675.186631722 m3/s 384: Write GRIB1 output for : 24. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1058.93232881489 , n2 = 802000.000222515 , o2 = 0: 196800.001108860 384: CO2 flux correction (global): -2.209566170140887E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-25 00:45:00 begin of timestep (day): 2 (run): 9506 0: MPIOM: current date: 2100-10-25 01:30:00 begin of timestep (day): 3 (run): 9507 384: Radiation calculated for : 25. Oct 2100 01:56:15 384: Greenhouse gas concentrations 25. Oct 2100 01:56:15 CO2 = 1139.4949 CH4 = 2411.57 N2O = 391.942 CFC = 51.04 207.93 0: MPIOM: current date: 2100-10-25 02:15:00 begin of timestep (day): 4 (run): 9508 0: MPIOM: current date: 2100-10-25 03:00:00 begin of timestep (day): 5 (run): 9509 0: MPIOM: current date: 2100-10-25 03:45:00 begin of timestep (day): 6 (run): 9510 0: MPIOM: current date: 2100-10-25 04:30:00 begin of timestep (day): 7 (run): 9511 384: Radiation calculated for : 25. Oct 2100 03:56:15 384: Greenhouse gas concentrations 25. Oct 2100 03:56:15 CO2 = 1139.4980 CH4 = 2411.56 N2O = 391.942 CFC = 51.04 207.93 0: MPIOM: current date: 2100-10-25 05:15:00 begin of timestep (day): 8 (run): 9512 0: MPIOM: current date: 2100-10-25 06:00:00 begin of timestep (day): 9 (run): 9513 0: MPIOM: current date: 2100-10-25 06:45:00 begin of timestep (day): 10 (run): 9514 0: MPIOM: current date: 2100-10-25 07:30:00 begin of timestep (day): 11 (run): 9515 384: Radiation calculated for : 25. Oct 2100 05:56:15 384: Greenhouse gas concentrations 25. Oct 2100 05:56:15 CO2 = 1139.5011 CH4 = 2411.56 N2O = 391.942 CFC = 51.04 207.93 0: MPIOM: current date: 2100-10-25 08:15:00 begin of timestep (day): 12 (run): 9516 0: MPIOM: current date: 2100-10-25 09:00:00 begin of timestep (day): 13 (run): 9517 0: MPIOM: current date: 2100-10-25 09:45:00 begin of timestep (day): 14 (run): 9518 384: Radiation calculated for : 25. Oct 2100 07:56:15 384: Greenhouse gas concentrations 25. Oct 2100 07:56:15 CO2 = 1139.5042 CH4 = 2411.56 N2O = 391.942 CFC = 51.04 207.93 0: MPIOM: current date: 2100-10-25 10:30:00 begin of timestep (day): 15 (run): 9519 0: MPIOM: current date: 2100-10-25 11:15:00 begin of timestep (day): 16 (run): 9520 0: MPIOM: current date: 2100-10-25 12:00:00 begin of timestep (day): 17 (run): 9521 0: MPIOM: current date: 2100-10-25 12:45:00 begin of timestep (day): 18 (run): 9522 384: Radiation calculated for : 25. Oct 2100 09:56:15 0: MPIOM: current date: 2100-10-25 13:30:00 begin of timestep (day): 19 (run): 9523 384: Greenhouse gas concentrations 25. Oct 2100 09:56:15 CO2 = 1139.5073 CH4 = 2411.55 N2O = 391.942 CFC = 51.04 207.93 0: MPIOM: current date: 2100-10-25 14:15:00 begin of timestep (day): 20 (run): 9524 0: MPIOM: current date: 2100-10-25 15:00:00 begin of timestep (day): 21 (run): 9525 0: MPIOM: current date: 2100-10-25 15:45:00 begin of timestep (day): 22 (run): 9526 384: Radiation calculated for : 25. Oct 2100 11:56:15 0: MPIOM: current date: 2100-10-25 16:30:00 begin of timestep (day): 23 (run): 9527 384: Greenhouse gas concentrations 25. Oct 2100 11:56:15 CO2 = 1139.5104 CH4 = 2411.55 N2O = 391.942 CFC = 51.04 207.93 0: MPIOM: current date: 2100-10-25 17:15:00 begin of timestep (day): 24 (run): 9528 0: MPIOM: current date: 2100-10-25 18:00:00 begin of timestep (day): 25 (run): 9529 0: MPIOM: current date: 2100-10-25 18:45:00 begin of timestep (day): 26 (run): 9530 384: Radiation calculated for : 25. Oct 2100 13:56:15 384: Greenhouse gas concentrations 25. Oct 2100 13:56:15 CO2 = 1139.5136 CH4 = 2411.55 N2O = 391.942 CFC = 51.04 207.93 0: MPIOM: current date: 2100-10-25 19:30:00 begin of timestep (day): 27 (run): 9531 0: MPIOM: current date: 2100-10-25 20:15:00 begin of timestep (day): 28 (run): 9532 0: MPIOM: current date: 2100-10-25 21:00:00 begin of timestep (day): 29 (run): 9533 0: MPIOM: current date: 2100-10-25 21:45:00 begin of timestep (day): 30 (run): 9534 384: Radiation calculated for : 25. Oct 2100 15:56:15 384: Greenhouse gas concentrations 25. Oct 2100 15:56:15 CO2 = 1139.5167 CH4 = 2411.55 N2O = 391.943 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-25 22:30:00 begin of timestep (day): 31 (run): 9535 0: MPIOM: current date: 2100-10-25 23:15:00 begin of timestep (day): 32 (run): 9536 0: MPIOM: current date: 2100-10-26 00:00:00 begin of timestep (day): 1 (run): 9537 384: Radiation calculated for : 25. Oct 2100 17:56:15 384: Greenhouse gas concentrations 25. Oct 2100 17:56:15 CO2 = 1139.5198 CH4 = 2411.54 N2O = 391.943 CFC = 51.04 207.92 384: Radiation calculated for : 25. Oct 2100 19:56:15 384: Greenhouse gas concentrations 25. Oct 2100 19:56:15 CO2 = 1139.5229 CH4 = 2411.54 N2O = 391.943 CFC = 51.04 207.92 384: Radiation calculated for : 25. Oct 2100 21:56:15 384: Greenhouse gas concentrations 25. Oct 2100 21:56:15 CO2 = 1139.5260 CH4 = 2411.54 N2O = 391.943 CFC = 51.04 207.92 384: Radiation calculated for : 25. Oct 2100 23:56:15 384: Greenhouse gas concentrations 25. Oct 2100 23:56:15 CO2 = 1139.5291 CH4 = 2411.54 N2O = 391.943 CFC = 51.04 207.92 384: hydrology_model: Water budget change: -5.364418029785156E-007 m3/s 384: hydrology_model: global discharge: 1127572.17936698 m3/s 384: hydrology_model: precip-evap (on ocean): -722487.495518327 m3/s 384: water_budget_corr: P-E correction: -67890.0511004592 m3/s 384: water_budget_corr: slm/slf residuum: 57705.1745130575 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1145.13735422288 m3/s 384: water_budget_corr: awfre corrected: -789232.409264561 m3/s 384: water_budget_corr: river discharge: 1127572.17936698 m3/s 384: water_budget_corr: water to ocean: 338339.770102422 m3/s 384: Write GRIB1 output for : 25. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1059.11538599967 , n2 = 802000.000227132 , o2 = 384: CO2 flux correction (global): -5.740222240683952E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: 196800.001025629 0: MPIOM: current date: 2100-10-26 00:45:00 begin of timestep (day): 2 (run): 9538 0: MPIOM: current date: 2100-10-26 01:30:00 begin of timestep (day): 3 (run): 9539 384: Radiation calculated for : 26. Oct 2100 01:56:15 384: Greenhouse gas concentrations 26. Oct 2100 01:56:15 CO2 = 1139.5322 CH4 = 2411.53 N2O = 391.943 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-26 02:15:00 begin of timestep (day): 4 (run): 9540 0: MPIOM: current date: 2100-10-26 03:00:00 begin of timestep (day): 5 (run): 9541 0: MPIOM: current date: 2100-10-26 03:45:00 begin of timestep (day): 6 (run): 9542 0: MPIOM: current date: 2100-10-26 04:30:00 begin of timestep (day): 7 (run): 9543 384: Radiation calculated for : 26. Oct 2100 03:56:15 384: Greenhouse gas concentrations 26. Oct 2100 03:56:15 CO2 = 1139.5354 CH4 = 2411.53 N2O = 391.943 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-26 05:15:00 begin of timestep (day): 8 (run): 9544 0: MPIOM: current date: 2100-10-26 06:00:00 begin of timestep (day): 9 (run): 9545 0: MPIOM: current date: 2100-10-26 06:45:00 begin of timestep (day): 10 (run): 9546 0: MPIOM: current date: 2100-10-26 07:30:00 begin of timestep (day): 11 (run): 9547 384: Radiation calculated for : 26. Oct 2100 05:56:15 384: Greenhouse gas concentrations 26. Oct 2100 05:56:15 CO2 = 1139.5385 CH4 = 2411.53 N2O = 391.943 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-26 08:15:00 begin of timestep (day): 12 (run): 9548 0: MPIOM: current date: 2100-10-26 09:00:00 begin of timestep (day): 13 (run): 9549 0: MPIOM: current date: 2100-10-26 09:45:00 begin of timestep (day): 14 (run): 9550 0: MPIOM: current date: 2100-10-26 10:30:00 begin of timestep (day): 15 (run): 9551 384: Radiation calculated for : 26. Oct 2100 07:56:15 384: Greenhouse gas concentrations 26. Oct 2100 07:56:15 CO2 = 1139.5416 CH4 = 2411.52 N2O = 391.943 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-26 11:15:00 begin of timestep (day): 16 (run): 9552 0: MPIOM: current date: 2100-10-26 12:00:00 begin of timestep (day): 17 (run): 9553 0: MPIOM: current date: 2100-10-26 12:45:00 begin of timestep (day): 18 (run): 9554 0: MPIOM: current date: 2100-10-26 13:30:00 begin of timestep (day): 19 (run): 9555 384: Radiation calculated for : 26. Oct 2100 09:56:15 384: Greenhouse gas concentrations 26. Oct 2100 09:56:15 CO2 = 1139.5447 CH4 = 2411.52 N2O = 391.943 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-26 14:15:00 begin of timestep (day): 20 (run): 9556 0: MPIOM: current date: 2100-10-26 15:00:00 begin of timestep (day): 21 (run): 9557 0: MPIOM: current date: 2100-10-26 15:45:00 begin of timestep (day): 22 (run): 9558 0: MPIOM: current date: 2100-10-26 16:30:00 begin of timestep (day): 23 (run): 9559 384: Radiation calculated for : 26. Oct 2100 11:56:15 384: Greenhouse gas concentrations 26. Oct 2100 11:56:15 CO2 = 1139.5478 CH4 = 2411.52 N2O = 391.944 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-26 17:15:00 begin of timestep (day): 24 (run): 9560 0: MPIOM: current date: 2100-10-26 18:00:00 begin of timestep (day): 25 (run): 9561 0: MPIOM: current date: 2100-10-26 18:45:00 begin of timestep (day): 26 (run): 9562 0: MPIOM: current date: 2100-10-26 19:30:00 begin of timestep (day): 27 (run): 9563 384: Radiation calculated for : 26. Oct 2100 13:56:15 384: Greenhouse gas concentrations 26. Oct 2100 13:56:15 CO2 = 1139.5509 CH4 = 2411.52 N2O = 391.944 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-26 20:15:00 begin of timestep (day): 28 (run): 9564 0: MPIOM: current date: 2100-10-26 21:00:00 begin of timestep (day): 29 (run): 9565 0: MPIOM: current date: 2100-10-26 21:45:00 begin of timestep (day): 30 (run): 9566 0: MPIOM: current date: 2100-10-26 22:30:00 begin of timestep (day): 31 (run): 9567 384: Radiation calculated for : 26. Oct 2100 15:56:15 384: Greenhouse gas concentrations 26. Oct 2100 15:56:15 CO2 = 1139.5541 CH4 = 2411.51 N2O = 391.944 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-26 23:15:00 begin of timestep (day): 32 (run): 9568 0: MPIOM: current date: 2100-10-27 00:00:00 begin of timestep (day): 1 (run): 9569 384: Radiation calculated for : 26. Oct 2100 17:56:15 384: Greenhouse gas concentrations 26. Oct 2100 17:56:15 CO2 = 1139.5572 CH4 = 2411.51 N2O = 391.944 CFC = 51.04 207.92 384: Radiation calculated for : 26. Oct 2100 19:56:15 384: Greenhouse gas concentrations 26. Oct 2100 19:56:15 CO2 = 1139.5603 CH4 = 2411.51 N2O = 391.944 CFC = 51.04 207.92 384: Radiation calculated for : 26. Oct 2100 21:56:15 384: Greenhouse gas concentrations 26. Oct 2100 21:56:15 CO2 = 1139.5634 CH4 = 2411.51 N2O = 391.944 CFC = 51.04 207.92 384: Radiation calculated for : 26. Oct 2100 23:56:15 384: Greenhouse gas concentrations 26. Oct 2100 23:56:15 CO2 = 1139.5665 CH4 = 2411.50 N2O = 391.944 CFC = 51.04 207.92 384: hydrology_model: Water budget change: 5.364418029785156E-007 m3/s 384: hydrology_model: global discharge: 1111635.85614897 m3/s 384: hydrology_model: precip-evap (on ocean): -938842.637448612 m3/s 384: water_budget_corr: P-E correction: -37553.8902434925 m3/s 384: water_budget_corr: slm/slf residuum: 80680.3171093636 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2511.34540648778 m3/s 384: water_budget_corr: awfre corrected: -973885.182285617 m3/s 384: water_budget_corr: river discharge: 1111635.85614897 m3/s 384: water_budget_corr: water to ocean: 137750.673863347 m3/s 384: Write GRIB1 output for : 26. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -7.220470874446399E-010 kg m-2 s-1 0: co2 = 1059.19383971153 , n2 = 802000.000263378 , o2 = 0: 196800.001270107 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-27 00:45:00 begin of timestep (day): 2 (run): 9570 0: MPIOM: current date: 2100-10-27 01:30:00 begin of timestep (day): 3 (run): 9571 384: Radiation calculated for : 27. Oct 2100 01:56:15 384: Greenhouse gas concentrations 27. Oct 2100 01:56:15 CO2 = 1139.5696 CH4 = 2411.50 N2O = 391.944 CFC = 51.04 207.92 0: MPIOM: current date: 2100-10-27 02:15:00 begin of timestep (day): 4 (run): 9572 0: MPIOM: current date: 2100-10-27 03:00:00 begin of timestep (day): 5 (run): 9573 0: MPIOM: current date: 2100-10-27 03:45:00 begin of timestep (day): 6 (run): 9574 0: MPIOM: current date: 2100-10-27 04:30:00 begin of timestep (day): 7 (run): 9575 384: Radiation calculated for : 27. Oct 2100 03:56:15 384: Greenhouse gas concentrations 27. Oct 2100 03:56:15 CO2 = 1139.5728 CH4 = 2411.50 N2O = 391.944 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-27 05:15:00 begin of timestep (day): 8 (run): 9576 0: MPIOM: current date: 2100-10-27 06:00:00 begin of timestep (day): 9 (run): 9577 0: MPIOM: current date: 2100-10-27 06:45:00 begin of timestep (day): 10 (run): 9578 0: MPIOM: current date: 2100-10-27 07:30:00 begin of timestep (day): 11 (run): 9579 384: Radiation calculated for : 27. Oct 2100 05:56:15 384: Greenhouse gas concentrations 27. Oct 2100 05:56:15 CO2 = 1139.5759 CH4 = 2411.49 N2O = 391.945 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-27 08:15:00 begin of timestep (day): 12 (run): 9580 0: MPIOM: current date: 2100-10-27 09:00:00 begin of timestep (day): 13 (run): 9581 0: MPIOM: current date: 2100-10-27 09:45:00 begin of timestep (day): 14 (run): 9582 0: MPIOM: current date: 2100-10-27 10:30:00 begin of timestep (day): 15 (run): 9583 384: Radiation calculated for : 27. Oct 2100 07:56:15 384: Greenhouse gas concentrations 27. Oct 2100 07:56:15 CO2 = 1139.5790 CH4 = 2411.49 N2O = 391.945 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-27 11:15:00 begin of timestep (day): 16 (run): 9584 0: MPIOM: current date: 2100-10-27 12:00:00 begin of timestep (day): 17 (run): 9585 0: MPIOM: current date: 2100-10-27 12:45:00 begin of timestep (day): 18 (run): 9586 384: Radiation calculated for : 27. Oct 2100 09:56:15 0: MPIOM: current date: 2100-10-27 13:30:00 begin of timestep (day): 19 (run): 9587 384: Greenhouse gas concentrations 27. Oct 2100 09:56:15 CO2 = 1139.5821 CH4 = 2411.49 N2O = 391.945 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-27 14:15:00 begin of timestep (day): 20 (run): 9588 0: MPIOM: current date: 2100-10-27 15:00:00 begin of timestep (day): 21 (run): 9589 0: MPIOM: current date: 2100-10-27 15:45:00 begin of timestep (day): 22 (run): 9590 384: Radiation calculated for : 27. Oct 2100 11:56:15 384: Greenhouse gas concentrations 27. Oct 2100 11:56:15 CO2 = 1139.5852 CH4 = 2411.49 N2O = 391.945 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-27 16:30:00 begin of timestep (day): 23 (run): 9591 0: MPIOM: current date: 2100-10-27 17:15:00 begin of timestep (day): 24 (run): 9592 0: MPIOM: current date: 2100-10-27 18:00:00 begin of timestep (day): 25 (run): 9593 0: MPIOM: current date: 2100-10-27 18:45:00 begin of timestep (day): 26 (run): 9594 384: Radiation calculated for : 27. Oct 2100 13:56:15 0: MPIOM: current date: 2100-10-27 19:30:00 begin of timestep (day): 27 (run): 9595 384: Greenhouse gas concentrations 27. Oct 2100 13:56:15 CO2 = 1139.5883 CH4 = 2411.48 N2O = 391.945 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-27 20:15:00 begin of timestep (day): 28 (run): 9596 0: MPIOM: current date: 2100-10-27 21:00:00 begin of timestep (day): 29 (run): 9597 0: MPIOM: current date: 2100-10-27 21:45:00 begin of timestep (day): 30 (run): 9598 0: MPIOM: current date: 2100-10-27 22:30:00 begin of timestep (day): 31 (run): 9599 0: MPIOM: current date: 2100-10-27 23:15:00 begin of timestep (day): 32 (run): 9600 422: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 26.2500000000000 , lev 41 0: MPIOM: current date: 2100-10-28 00:00:00 begin of timestep (day): 1 (run): 9601 384: Radiation calculated for : 27. Oct 2100 15:56:15 384: Greenhouse gas concentrations 27. Oct 2100 15:56:15 CO2 = 1139.5915 CH4 = 2411.48 N2O = 391.945 CFC = 51.04 207.91 384: Radiation calculated for : 27. Oct 2100 17:56:15 384: Greenhouse gas concentrations 27. Oct 2100 17:56:15 CO2 = 1139.5946 CH4 = 2411.48 N2O = 391.945 CFC = 51.04 207.91 384: Radiation calculated for : 27. Oct 2100 19:56:15 384: Greenhouse gas concentrations 27. Oct 2100 19:56:15 CO2 = 1139.5977 CH4 = 2411.48 N2O = 391.945 CFC = 51.04 207.91 384: Radiation calculated for : 27. Oct 2100 21:56:15 384: Greenhouse gas concentrations 27. Oct 2100 21:56:15 CO2 = 1139.6008 CH4 = 2411.47 N2O = 391.945 CFC = 51.04 207.91 384: Radiation calculated for : 27. Oct 2100 23:56:15 384: Greenhouse gas concentrations 27. Oct 2100 23:56:15 CO2 = 1139.6039 CH4 = 2411.47 N2O = 391.945 CFC = 51.04 207.91 384: hydrology_model: Water budget change: 8.642673492431641E-007 m3/s 384: hydrology_model: global discharge: 1110132.29247860 m3/s 384: hydrology_model: precip-evap (on ocean): -1041271.97226222 m3/s 384: water_budget_corr: P-E correction: -27653.2832670134 m3/s 384: water_budget_corr: slm/slf residuum: 41535.0105568948 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2572.93282872225 m3/s 384: water_budget_corr: awfre corrected: -1066352.32270050 m3/s 384: water_budget_corr: river discharge: 1110132.29247860 m3/s 384: water_budget_corr: water to ocean: 43779.9697780857 m3/s 384: Write GRIB1 output for : 27. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -9.105557325938847E-010 kg m-2 s-1 0: co2 = 1059.08267772197 , n2 = 802000.000275762 , o2 = 0: 196800.001523598 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-28 00:45:00 begin of timestep (day): 2 (run): 9602 0: MPIOM: current date: 2100-10-28 01:30:00 begin of timestep (day): 3 (run): 9603 384: Radiation calculated for : 28. Oct 2100 01:56:15 384: Greenhouse gas concentrations 28. Oct 2100 01:56:15 CO2 = 1139.6070 CH4 = 2411.47 N2O = 391.946 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-28 02:15:00 begin of timestep (day): 4 (run): 9604 0: MPIOM: current date: 2100-10-28 03:00:00 begin of timestep (day): 5 (run): 9605 0: MPIOM: current date: 2100-10-28 03:45:00 begin of timestep (day): 6 (run): 9606 0: MPIOM: current date: 2100-10-28 04:30:00 begin of timestep (day): 7 (run): 9607 384: Radiation calculated for : 28. Oct 2100 03:56:15 384: Greenhouse gas concentrations 28. Oct 2100 03:56:15 CO2 = 1139.6102 CH4 = 2411.46 N2O = 391.946 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-28 05:15:00 begin of timestep (day): 8 (run): 9608 0: MPIOM: current date: 2100-10-28 06:00:00 begin of timestep (day): 9 (run): 9609 0: MPIOM: current date: 2100-10-28 06:45:00 begin of timestep (day): 10 (run): 9610 0: MPIOM: current date: 2100-10-28 07:30:00 begin of timestep (day): 11 (run): 9611 384: Radiation calculated for : 28. Oct 2100 05:56:15 384: Greenhouse gas concentrations 28. Oct 2100 05:56:15 CO2 = 1139.6133 CH4 = 2411.46 N2O = 391.946 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-28 08:15:00 begin of timestep (day): 12 (run): 9612 0: MPIOM: current date: 2100-10-28 09:00:00 begin of timestep (day): 13 (run): 9613 0: MPIOM: current date: 2100-10-28 09:45:00 begin of timestep (day): 14 (run): 9614 0: MPIOM: current date: 2100-10-28 10:30:00 begin of timestep (day): 15 (run): 9615 384: Radiation calculated for : 28. Oct 2100 07:56:15 384: Greenhouse gas concentrations 28. Oct 2100 07:56:15 CO2 = 1139.6164 CH4 = 2411.46 N2O = 391.946 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-28 11:15:00 begin of timestep (day): 16 (run): 9616 0: MPIOM: current date: 2100-10-28 12:00:00 begin of timestep (day): 17 (run): 9617 0: MPIOM: current date: 2100-10-28 12:45:00 begin of timestep (day): 18 (run): 9618 0: MPIOM: current date: 2100-10-28 13:30:00 begin of timestep (day): 19 (run): 9619 384: Radiation calculated for : 28. Oct 2100 09:56:15 384: Greenhouse gas concentrations 28. Oct 2100 09:56:15 CO2 = 1139.6195 CH4 = 2411.46 N2O = 391.946 CFC = 51.04 207.91 0: MPIOM: current date: 2100-10-28 14:15:00 begin of timestep (day): 20 (run): 9620 0: MPIOM: current date: 2100-10-28 15:00:00 begin of timestep (day): 21 (run): 9621 0: MPIOM: current date: 2100-10-28 15:45:00 begin of timestep (day): 22 (run): 9622 0: MPIOM: current date: 2100-10-28 16:30:00 begin of timestep (day): 23 (run): 9623 384: Radiation calculated for : 28. Oct 2100 11:56:15 384: Greenhouse gas concentrations 28. Oct 2100 11:56:15 CO2 = 1139.6226 CH4 = 2411.45 N2O = 391.946 CFC = 51.03 207.91 0: MPIOM: current date: 2100-10-28 17:15:00 begin of timestep (day): 24 (run): 9624 0: MPIOM: current date: 2100-10-28 18:00:00 begin of timestep (day): 25 (run): 9625 0: MPIOM: current date: 2100-10-28 18:45:00 begin of timestep (day): 26 (run): 9626 0: MPIOM: current date: 2100-10-28 19:30:00 begin of timestep (day): 27 (run): 9627 384: Radiation calculated for : 28. Oct 2100 13:56:15 384: Greenhouse gas concentrations 28. Oct 2100 13:56:15 CO2 = 1139.6257 CH4 = 2411.45 N2O = 391.946 CFC = 51.03 207.91 0: MPIOM: current date: 2100-10-28 20:15:00 begin of timestep (day): 28 (run): 9628 0: MPIOM: current date: 2100-10-28 21:00:00 begin of timestep (day): 29 (run): 9629 0: MPIOM: current date: 2100-10-28 21:45:00 begin of timestep (day): 30 (run): 9630 0: MPIOM: current date: 2100-10-28 22:30:00 begin of timestep (day): 31 (run): 9631 384: Radiation calculated for : 28. Oct 2100 15:56:15 384: Greenhouse gas concentrations 28. Oct 2100 15:56:15 CO2 = 1139.6289 CH4 = 2411.45 N2O = 391.946 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-28 23:15:00 begin of timestep (day): 32 (run): 9632 0: MPIOM: current date: 2100-10-29 00:00:00 begin of timestep (day): 1 (run): 9633 384: Radiation calculated for : 28. Oct 2100 17:56:15 384: Greenhouse gas concentrations 28. Oct 2100 17:56:15 CO2 = 1139.6320 CH4 = 2411.45 N2O = 391.946 CFC = 51.03 207.90 384: Radiation calculated for : 28. Oct 2100 19:56:15 384: Greenhouse gas concentrations 28. Oct 2100 19:56:15 CO2 = 1139.6351 CH4 = 2411.44 N2O = 391.946 CFC = 51.03 207.90 384: Radiation calculated for : 28. Oct 2100 21:56:15 384: Greenhouse gas concentrations 28. Oct 2100 21:56:15 CO2 = 1139.6382 CH4 = 2411.44 N2O = 391.947 CFC = 51.03 207.90 384: Radiation calculated for : 28. Oct 2100 23:56:15 384: Greenhouse gas concentrations 28. Oct 2100 23:56:15 CO2 = 1139.6413 CH4 = 2411.44 N2O = 391.947 CFC = 51.03 207.90 384: hydrology_model: Water budget change: -5.960464477539062E-007 m3/s 384: hydrology_model: global discharge: 1095690.91918589 m3/s 384: hydrology_model: precip-evap (on ocean): -815744.685737724 m3/s 384: water_budget_corr: P-E correction: -53562.0367895213 m3/s 384: water_budget_corr: slm/slf residuum: 51047.8971786094 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2869.30485195110 m3/s 384: water_budget_corr: awfre corrected: -866437.417675291 m3/s 384: water_budget_corr: river discharge: 1095690.91918589 m3/s 384: water_budget_corr: water to ocean: 229253.501510592 m3/s 384: Write GRIB1 output for : 28. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1058.94818394736 , n2 = 802000.000262827 , o2 = 0: 196800.001428844 384: CO2 flux correction (global): -7.173234963496557E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-29 00:45:00 begin of timestep (day): 2 (run): 9634 0: MPIOM: current date: 2100-10-29 01:30:00 begin of timestep (day): 3 (run): 9635 384: Radiation calculated for : 29. Oct 2100 01:56:15 384: Greenhouse gas concentrations 29. Oct 2100 01:56:15 CO2 = 1139.6444 CH4 = 2411.43 N2O = 391.947 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-29 02:15:00 begin of timestep (day): 4 (run): 9636 0: MPIOM: current date: 2100-10-29 03:00:00 begin of timestep (day): 5 (run): 9637 0: MPIOM: current date: 2100-10-29 03:45:00 begin of timestep (day): 6 (run): 9638 0: MPIOM: current date: 2100-10-29 04:30:00 begin of timestep (day): 7 (run): 9639 384: Radiation calculated for : 29. Oct 2100 03:56:15 384: Greenhouse gas concentrations 29. Oct 2100 03:56:15 CO2 = 1139.6476 CH4 = 2411.43 N2O = 391.947 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-29 05:15:00 begin of timestep (day): 8 (run): 9640 0: MPIOM: current date: 2100-10-29 06:00:00 begin of timestep (day): 9 (run): 9641 0: MPIOM: current date: 2100-10-29 06:45:00 begin of timestep (day): 10 (run): 9642 0: MPIOM: current date: 2100-10-29 07:30:00 begin of timestep (day): 11 (run): 9643 384: Radiation calculated for : 29. Oct 2100 05:56:15 384: Greenhouse gas concentrations 29. Oct 2100 05:56:15 CO2 = 1139.6507 CH4 = 2411.43 N2O = 391.947 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-29 08:15:00 begin of timestep (day): 12 (run): 9644 0: MPIOM: current date: 2100-10-29 09:00:00 begin of timestep (day): 13 (run): 9645 0: MPIOM: current date: 2100-10-29 09:45:00 begin of timestep (day): 14 (run): 9646 0: MPIOM: current date: 2100-10-29 10:30:00 begin of timestep (day): 15 (run): 9647 384: Radiation calculated for : 29. Oct 2100 07:56:15 384: Greenhouse gas concentrations 29. Oct 2100 07:56:15 CO2 = 1139.6538 CH4 = 2411.43 N2O = 391.947 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-29 11:15:00 begin of timestep (day): 16 (run): 9648 0: MPIOM: current date: 2100-10-29 12:00:00 begin of timestep (day): 17 (run): 9649 0: MPIOM: current date: 2100-10-29 12:45:00 begin of timestep (day): 18 (run): 9650 0: MPIOM: current date: 2100-10-29 13:30:00 begin of timestep (day): 19 (run): 9651 384: Radiation calculated for : 29. Oct 2100 09:56:15 384: Greenhouse gas concentrations 29. Oct 2100 09:56:15 CO2 = 1139.6569 CH4 = 2411.42 N2O = 391.947 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-29 14:15:00 begin of timestep (day): 20 (run): 9652 0: MPIOM: current date: 2100-10-29 15:00:00 begin of timestep (day): 21 (run): 9653 0: MPIOM: current date: 2100-10-29 15:45:00 begin of timestep (day): 22 (run): 9654 384: Radiation calculated for : 29. Oct 2100 11:56:15 0: MPIOM: current date: 2100-10-29 16:30:00 begin of timestep (day): 23 (run): 9655 384: Greenhouse gas concentrations 29. Oct 2100 11:56:15 CO2 = 1139.6600 CH4 = 2411.42 N2O = 391.947 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-29 17:15:00 begin of timestep (day): 24 (run): 9656 0: MPIOM: current date: 2100-10-29 18:00:00 begin of timestep (day): 25 (run): 9657 0: MPIOM: current date: 2100-10-29 18:45:00 begin of timestep (day): 26 (run): 9658 384: Radiation calculated for : 29. Oct 2100 13:56:15 0: MPIOM: current date: 2100-10-29 19:30:00 begin of timestep (day): 27 (run): 9659 384: Greenhouse gas concentrations 29. Oct 2100 13:56:15 CO2 = 1139.6631 CH4 = 2411.42 N2O = 391.947 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-29 20:15:00 begin of timestep (day): 28 (run): 9660 0: MPIOM: current date: 2100-10-29 21:00:00 begin of timestep (day): 29 (run): 9661 0: MPIOM: current date: 2100-10-29 21:45:00 begin of timestep (day): 30 (run): 9662 384: Radiation calculated for : 29. Oct 2100 15:56:15 0: MPIOM: current date: 2100-10-29 22:30:00 begin of timestep (day): 31 (run): 9663 384: Greenhouse gas concentrations 29. Oct 2100 15:56:15 CO2 = 1139.6663 CH4 = 2411.41 N2O = 391.948 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-29 23:15:00 begin of timestep (day): 32 (run): 9664 0: MPIOM: current date: 2100-10-30 00:00:00 begin of timestep (day): 1 (run): 9665 384: Radiation calculated for : 29. Oct 2100 17:56:15 384: Greenhouse gas concentrations 29. Oct 2100 17:56:15 CO2 = 1139.6694 CH4 = 2411.41 N2O = 391.948 CFC = 51.03 207.90 384: Radiation calculated for : 29. Oct 2100 19:56:15 384: Greenhouse gas concentrations 29. Oct 2100 19:56:15 CO2 = 1139.6725 CH4 = 2411.41 N2O = 391.948 CFC = 51.03 207.90 384: Radiation calculated for : 29. Oct 2100 21:56:15 384: Greenhouse gas concentrations 29. Oct 2100 21:56:15 CO2 = 1139.6756 CH4 = 2411.41 N2O = 391.948 CFC = 51.03 207.90 384: Radiation calculated for : 29. Oct 2100 23:56:15 384: Greenhouse gas concentrations 29. Oct 2100 23:56:15 CO2 = 1139.6787 CH4 = 2411.40 N2O = 391.948 CFC = 51.03 207.90 384: hydrology_model: Water budget change: 5.960464477539062E-007 m3/s 384: hydrology_model: global discharge: 1089383.61688973 m3/s 384: hydrology_model: precip-evap (on ocean): -573841.586797601 m3/s 384: water_budget_corr: P-E correction: -72344.5854199390 m3/s 384: water_budget_corr: slm/slf residuum: 102270.018490372 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1730.70007427278 m3/s 384: water_budget_corr: awfre corrected: -644455.472143273 m3/s 384: water_budget_corr: river discharge: 1089383.61688973 m3/s 384: water_budget_corr: water to ocean: 444928.144746448 m3/s 384: Write GRIB1 output for : 29. Oct 2100 23:52:30 0: co2 = 1058.96113989543 , n2 = 802000.000231007 , o2 = 0: 196800.001378254 384: co2_flux_correction: Computing global mean CO2 flux correction 0: MPIOM: current date: 2100-10-30 00:45:00 begin of timestep (day): 2 (run): 9666 384: CO2 flux correction (global): -5.927585075562841E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 3.75000000000000 , lev 46 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 3.75000000000000 , lev 47 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 3.75000000000000 , lev 46 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 3.75000000000000 , lev 47 0: MPIOM: current date: 2100-10-30 01:30:00 begin of timestep (day): 3 (run): 9667 384: Radiation calculated for : 30. Oct 2100 01:56:15 384: Greenhouse gas concentrations 30. Oct 2100 01:56:15 CO2 = 1139.6818 CH4 = 2411.40 N2O = 391.948 CFC = 51.03 207.90 0: MPIOM: current date: 2100-10-30 02:15:00 begin of timestep (day): 4 (run): 9668 0: MPIOM: current date: 2100-10-30 03:00:00 begin of timestep (day): 5 (run): 9669 0: MPIOM: current date: 2100-10-30 03:45:00 begin of timestep (day): 6 (run): 9670 0: MPIOM: current date: 2100-10-30 04:30:00 begin of timestep (day): 7 (run): 9671 384: Radiation calculated for : 30. Oct 2100 03:56:15 384: Greenhouse gas concentrations 30. Oct 2100 03:56:15 CO2 = 1139.6850 CH4 = 2411.40 N2O = 391.948 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-30 05:15:00 begin of timestep (day): 8 (run): 9672 0: MPIOM: current date: 2100-10-30 06:00:00 begin of timestep (day): 9 (run): 9673 0: MPIOM: current date: 2100-10-30 06:45:00 begin of timestep (day): 10 (run): 9674 0: MPIOM: current date: 2100-10-30 07:30:00 begin of timestep (day): 11 (run): 9675 384: Radiation calculated for : 30. Oct 2100 05:56:15 384: Greenhouse gas concentrations 30. Oct 2100 05:56:15 CO2 = 1139.6881 CH4 = 2411.40 N2O = 391.948 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-30 08:15:00 begin of timestep (day): 12 (run): 9676 0: MPIOM: current date: 2100-10-30 09:00:00 begin of timestep (day): 13 (run): 9677 0: MPIOM: current date: 2100-10-30 09:45:00 begin of timestep (day): 14 (run): 9678 0: MPIOM: current date: 2100-10-30 10:30:00 begin of timestep (day): 15 (run): 9679 384: Radiation calculated for : 30. Oct 2100 07:56:15 384: Greenhouse gas concentrations 30. Oct 2100 07:56:15 CO2 = 1139.6912 CH4 = 2411.39 N2O = 391.948 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-30 11:15:00 begin of timestep (day): 16 (run): 9680 0: MPIOM: current date: 2100-10-30 12:00:00 begin of timestep (day): 17 (run): 9681 0: MPIOM: current date: 2100-10-30 12:45:00 begin of timestep (day): 18 (run): 9682 0: MPIOM: current date: 2100-10-30 13:30:00 begin of timestep (day): 19 (run): 9683 384: Radiation calculated for : 30. Oct 2100 09:56:15 384: Greenhouse gas concentrations 30. Oct 2100 09:56:15 CO2 = 1139.6943 CH4 = 2411.39 N2O = 391.948 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-30 14:15:00 begin of timestep (day): 20 (run): 9684 0: MPIOM: current date: 2100-10-30 15:00:00 begin of timestep (day): 21 (run): 9685 0: MPIOM: current date: 2100-10-30 15:45:00 begin of timestep (day): 22 (run): 9686 0: MPIOM: current date: 2100-10-30 16:30:00 begin of timestep (day): 23 (run): 9687 384: Radiation calculated for : 30. Oct 2100 11:56:15 384: Greenhouse gas concentrations 30. Oct 2100 11:56:15 CO2 = 1139.6974 CH4 = 2411.39 N2O = 391.949 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-30 17:15:00 begin of timestep (day): 24 (run): 9688 0: MPIOM: current date: 2100-10-30 18:00:00 begin of timestep (day): 25 (run): 9689 0: MPIOM: current date: 2100-10-30 18:45:00 begin of timestep (day): 26 (run): 9690 0: MPIOM: current date: 2100-10-30 19:30:00 begin of timestep (day): 27 (run): 9691 384: Radiation calculated for : 30. Oct 2100 13:56:15 384: Greenhouse gas concentrations 30. Oct 2100 13:56:15 CO2 = 1139.7005 CH4 = 2411.38 N2O = 391.949 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-30 20:15:00 begin of timestep (day): 28 (run): 9692 0: MPIOM: current date: 2100-10-30 21:00:00 begin of timestep (day): 29 (run): 9693 0: MPIOM: current date: 2100-10-30 21:45:00 begin of timestep (day): 30 (run): 9694 0: MPIOM: current date: 2100-10-30 22:30:00 begin of timestep (day): 31 (run): 9695 384: Radiation calculated for : 30. Oct 2100 15:56:15 384: Greenhouse gas concentrations 30. Oct 2100 15:56:15 CO2 = 1139.7037 CH4 = 2411.38 N2O = 391.949 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-30 23:15:00 begin of timestep (day): 32 (run): 9696 0: MPIOM: current date: 2100-10-31 00:00:00 begin of timestep (day): 1 (run): 9697 384: Radiation calculated for : 30. Oct 2100 17:56:15 384: Greenhouse gas concentrations 30. Oct 2100 17:56:15 CO2 = 1139.7068 CH4 = 2411.38 N2O = 391.949 CFC = 51.03 207.89 384: Radiation calculated for : 30. Oct 2100 19:56:15 384: Greenhouse gas concentrations 30. Oct 2100 19:56:15 CO2 = 1139.7099 CH4 = 2411.38 N2O = 391.949 CFC = 51.03 207.89 384: Radiation calculated for : 30. Oct 2100 21:56:15 384: Greenhouse gas concentrations 30. Oct 2100 21:56:15 CO2 = 1139.7130 CH4 = 2411.37 N2O = 391.949 CFC = 51.03 207.89 384: Radiation calculated for : 30. Oct 2100 23:56:15 384: Greenhouse gas concentrations 30. Oct 2100 23:56:15 CO2 = 1139.7161 CH4 = 2411.37 N2O = 391.949 CFC = 51.03 207.89 384: hydrology_model: Water budget change: -5.662441253662109E-007 m3/s 384: hydrology_model: global discharge: 1168873.26933893 m3/s 384: hydrology_model: precip-evap (on ocean): 349614.898376813 m3/s 384: water_budget_corr: P-E correction: -117221.130268334 m3/s 384: water_budget_corr: slm/slf residuum: 30902.6602810743 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -2037.14857837201 m3/s 384: water_budget_corr: awfre corrected: 230356.619530101 m3/s 384: water_budget_corr: river discharge: 1168873.26933893 m3/s 384: water_budget_corr: water to ocean: 1399229.88886905 m3/s 384: Write GRIB1 output for : 30. Oct 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1059.11301443520 , n2 = 802000.000248292 , o2 = 0: 196800.001541835 384: CO2 flux correction (global): -7.495216600357591E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-10-31 00:45:00 begin of timestep (day): 2 (run): 9698 0: MPIOM: current date: 2100-10-31 01:30:00 begin of timestep (day): 3 (run): 9699 384: Radiation calculated for : 31. Oct 2100 01:56:15 384: Greenhouse gas concentrations 31. Oct 2100 01:56:15 CO2 = 1139.7192 CH4 = 2411.37 N2O = 391.949 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-31 02:15:00 begin of timestep (day): 4 (run): 9700 0: MPIOM: current date: 2100-10-31 03:00:00 begin of timestep (day): 5 (run): 9701 0: MPIOM: current date: 2100-10-31 03:45:00 begin of timestep (day): 6 (run): 9702 0: MPIOM: current date: 2100-10-31 04:30:00 begin of timestep (day): 7 (run): 9703 384: Radiation calculated for : 31. Oct 2100 03:56:15 384: Greenhouse gas concentrations 31. Oct 2100 03:56:15 CO2 = 1139.7224 CH4 = 2411.37 N2O = 391.949 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-31 05:15:00 begin of timestep (day): 8 (run): 9704 0: MPIOM: current date: 2100-10-31 06:00:00 begin of timestep (day): 9 (run): 9705 0: MPIOM: current date: 2100-10-31 06:45:00 begin of timestep (day): 10 (run): 9706 0: MPIOM: current date: 2100-10-31 07:30:00 begin of timestep (day): 11 (run): 9707 384: Radiation calculated for : 31. Oct 2100 05:56:15 384: Greenhouse gas concentrations 31. Oct 2100 05:56:15 CO2 = 1139.7255 CH4 = 2411.36 N2O = 391.949 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-31 08:15:00 begin of timestep (day): 12 (run): 9708 0: MPIOM: current date: 2100-10-31 09:00:00 begin of timestep (day): 13 (run): 9709 0: MPIOM: current date: 2100-10-31 09:45:00 begin of timestep (day): 14 (run): 9710 0: MPIOM: current date: 2100-10-31 10:30:00 begin of timestep (day): 15 (run): 9711 384: Radiation calculated for : 31. Oct 2100 07:56:15 384: Greenhouse gas concentrations 31. Oct 2100 07:56:15 CO2 = 1139.7286 CH4 = 2411.36 N2O = 391.950 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-31 11:15:00 begin of timestep (day): 16 (run): 9712 0: MPIOM: current date: 2100-10-31 12:00:00 begin of timestep (day): 17 (run): 9713 0: MPIOM: current date: 2100-10-31 12:45:00 begin of timestep (day): 18 (run): 9714 0: MPIOM: current date: 2100-10-31 13:30:00 begin of timestep (day): 19 (run): 9715 384: Radiation calculated for : 31. Oct 2100 09:56:15 384: Greenhouse gas concentrations 31. Oct 2100 09:56:15 CO2 = 1139.7317 CH4 = 2411.36 N2O = 391.950 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-31 14:15:00 begin of timestep (day): 20 (run): 9716 0: MPIOM: current date: 2100-10-31 15:00:00 begin of timestep (day): 21 (run): 9717 0: MPIOM: current date: 2100-10-31 15:45:00 begin of timestep (day): 22 (run): 9718 0: MPIOM: current date: 2100-10-31 16:30:00 begin of timestep (day): 23 (run): 9719 384: Radiation calculated for : 31. Oct 2100 11:56:15 384: Greenhouse gas concentrations 31. Oct 2100 11:56:15 CO2 = 1139.7348 CH4 = 2411.35 N2O = 391.950 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-31 17:15:00 begin of timestep (day): 24 (run): 9720 0: MPIOM: current date: 2100-10-31 18:00:00 begin of timestep (day): 25 (run): 9721 0: MPIOM: current date: 2100-10-31 18:45:00 begin of timestep (day): 26 (run): 9722 384: Radiation calculated for : 31. Oct 2100 13:56:15 0: MPIOM: current date: 2100-10-31 19:30:00 begin of timestep (day): 27 (run): 9723 384: Greenhouse gas concentrations 31. Oct 2100 13:56:15 CO2 = 1139.7379 CH4 = 2411.35 N2O = 391.950 CFC = 51.03 207.89 0: MPIOM: current date: 2100-10-31 20:15:00 begin of timestep (day): 28 (run): 9724 0: MPIOM: current date: 2100-10-31 21:00:00 begin of timestep (day): 29 (run): 9725 0: MPIOM: current date: 2100-10-31 21:45:00 begin of timestep (day): 30 (run): 9726 384: Radiation calculated for : 31. Oct 2100 15:56:15 384: Greenhouse gas concentrations 31. Oct 2100 15:56:15 CO2 = 1139.7411 CH4 = 2411.35 N2O = 391.950 CFC = 51.03 207.88 0: MPIOM: current date: 2100-10-31 22:30:00 begin of timestep (day): 31 (run): 9727 0: MPIOM: current date: 2100-10-31 23:15:00 begin of timestep (day): 32 (run): 9728 384: Radiation calculated for : 31. Oct 2100 17:56:15 384: Greenhouse gas concentrations 31. Oct 2100 17:56:15 CO2 = 1139.7442 CH4 = 2411.35 N2O = 391.950 CFC = 51.03 207.88 384: Radiation calculated for : 31. Oct 2100 19:56:15 384: Greenhouse gas concentrations 31. Oct 2100 19:56:15 CO2 = 1139.7473 CH4 = 2411.34 N2O = 391.950 CFC = 51.03 207.88 384: Radiation calculated for : 31. Oct 2100 21:56:15 384: Greenhouse gas concentrations 31. Oct 2100 21:56:15 CO2 = 1139.7504 CH4 = 2411.34 N2O = 391.950 CFC = 51.02 207.88 384: Radiation calculated for : 31. Oct 2100 23:56:15 384: Greenhouse gas concentrations 31. Oct 2100 23:56:15 CO2 = 1139.7535 CH4 = 2411.34 N2O = 391.950 CFC = 51.02 207.88 384: hydrology_model: Water budget change: -5.960464477539062E-008 m3/s 384: hydrology_model: global discharge: 1137655.04449826 m3/s 384: hydrology_model: precip-evap (on ocean): 107177.981837749 m3/s 384: water_budget_corr: P-E correction: -53996.2673698197 m3/s 384: water_budget_corr: slm/slf residuum: 18298.8856546506 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1598.89308434376 m3/s 384: water_budget_corr: awfre corrected: 54780.6075522821 m3/s 384: water_budget_corr: river discharge: 1137655.04449826 m3/s 384: water_budget_corr: water to ocean: 1192435.65205053 m3/s 384: Write GRIB1 output for : 31. Oct 2100 23:52:30 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210011.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 0: MPIOM: current date: 2100-11-01 00:00:00 begin of timestep (day): 1 (run): 9729 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:10) 384: esm-ssp585-ocn-alk_EXP2_210011.01_accw accw 82 T T 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:10) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:10) 0: co2 = 1059.35490826220 , n2 = 802000.000302008 , o2 = 0: 196800.001588416 0: MPIOM: current date: 2100-11-01 00:45:00 begin of timestep (day): 2 (run): 9730 384: esm-ssp585-ocn-alk_EXP2_210011.01_nitro nitro 80 T T 0: MPIOM: current date: 2100-11-01 01:30:00 begin of timestep (day): 3 (run): 9731 384: esm-ssp585-ocn-alk_EXP2_210011.01_echam spm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210011.01_echam glm 78 T T 384: esm-ssp585-ocn-alk_EXP2_210011.01_echam g3bm 78 T T 0: MPIOM: current date: 2100-11-01 02:15:00 begin of timestep (day): 4 (run): 9732 384: esm-ssp585-ocn-alk_EXP2_210011.01_co2 co2m 76 T T 0: MPIOM: current date: 2100-11-01 03:00:00 begin of timestep (day): 5 (run): 9733 384: esm-ssp585-ocn-alk_EXP2_210011.01_surf surfm 74 T T 0: MPIOM: current date: 2100-11-01 03:45:00 begin of timestep (day): 6 (run): 9734 384: esm-ssp585-ocn-alk_EXP2_210011.01_tracer tracerm 72 T T 0: MPIOM: current date: 2100-11-01 04:30:00 begin of timestep (day): 7 (run): 9735 384: esm-ssp585-ocn-alk_EXP2_210011.01_jsbach jsbachm 70 T T 384: esm-ssp585-ocn-alk_EXP2_210011.01_land landm 68 T T 0: MPIOM: current date: 2100-11-01 05:15:00 begin of timestep (day): 8 (run): 9736 384: esm-ssp585-ocn-alk_EXP2_210011.01_veg vegm 66 T T 0: MPIOM: current date: 2100-11-01 06:00:00 begin of timestep (day): 9 (run): 9737 384: esm-ssp585-ocn-alk_EXP2_210011.01_yasso yassom 64 T T 384: esm-ssp585-ocn-alk_EXP2_210011.01_echamday g3bday 62 T T 0: MPIOM: current date: 2100-11-01 06:45:00 begin of timestep (day): 10 (run): 9738 384: esm-ssp585-ocn-alk_EXP2_210011.01_jsbachday jsbachday 60 T T 384: esm-ssp585-ocn-alk_EXP2_210011.01_landday landday 58 T T 0: MPIOM: current date: 2100-11-01 07:30:00 begin of timestep (day): 11 (run): 9739 0: MPIOM: current date: 2100-11-01 08:15:00 begin of timestep (day): 12 (run): 9740 384: esm-ssp585-ocn-alk_EXP2_210011.01_vegday vegday 56 T T 384: 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.442444873414731E-010 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 0: MPIOM: current date: 2100-11-01 09:00:00 begin of timestep (day): 13 (run): 9741 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-01 09:45:00 begin of timestep (day): 14 (run): 9742 0: MPIOM: current date: 2100-11-01 10:30:00 begin of timestep (day): 15 (run): 9743 384: Radiation calculated for : 1. Nov 2100 01:56:15 384: Greenhouse gas concentrations 1. Nov 2100 01:56:15 CO2 = 1139.7566 CH4 = 2411.34 N2O = 391.951 CFC = 51.02 207.88 0: MPIOM: current date: 2100-11-01 11:15:00 begin of timestep (day): 16 (run): 9744 0: MPIOM: current date: 2100-11-01 12:00:00 begin of timestep (day): 17 (run): 9745 0: MPIOM: current date: 2100-11-01 12:45:00 begin of timestep (day): 18 (run): 9746 0: MPIOM: current date: 2100-11-01 13:30:00 begin of timestep (day): 19 (run): 9747 384: Radiation calculated for : 1. Nov 2100 03:56:15 384: Greenhouse gas concentrations 1. Nov 2100 03:56:15 CO2 = 1139.7597 CH4 = 2411.33 N2O = 391.951 CFC = 51.02 207.88 0: MPIOM: current date: 2100-11-01 14:15:00 begin of timestep (day): 20 (run): 9748 0: MPIOM: current date: 2100-11-01 15:00:00 begin of timestep (day): 21 (run): 9749 0: MPIOM: current date: 2100-11-01 15:45:00 begin of timestep (day): 22 (run): 9750 0: MPIOM: current date: 2100-11-01 16:30:00 begin of timestep (day): 23 (run): 9751 384: Radiation calculated for : 1. Nov 2100 05:56:15 384: Greenhouse gas concentrations 1. Nov 2100 05:56:15 CO2 = 1139.7629 CH4 = 2411.33 N2O = 391.951 CFC = 51.02 207.88 0: MPIOM: current date: 2100-11-01 17:15:00 begin of timestep (day): 24 (run): 9752 0: MPIOM: current date: 2100-11-01 18:00:00 begin of timestep (day): 25 (run): 9753 0: MPIOM: current date: 2100-11-01 18:45:00 begin of timestep (day): 26 (run): 9754 0: MPIOM: current date: 2100-11-01 19:30:00 begin of timestep (day): 27 (run): 9755 384: Radiation calculated for : 1. Nov 2100 07:56:15 384: Greenhouse gas concentrations 1. Nov 2100 07:56:15 CO2 = 1139.7660 CH4 = 2411.33 N2O = 391.951 CFC = 51.02 207.88 0: MPIOM: current date: 2100-11-01 20:15:00 begin of timestep (day): 28 (run): 9756 0: MPIOM: current date: 2100-11-01 21:00:00 begin of timestep (day): 29 (run): 9757 0: MPIOM: current date: 2100-11-01 21:45:00 begin of timestep (day): 30 (run): 9758 384: Radiation calculated for : 1. Nov 2100 09:56:15 0: MPIOM: current date: 2100-11-01 22:30:00 begin of timestep (day): 31 (run): 9759 384: Greenhouse gas concentrations 1. Nov 2100 09:56:15 CO2 = 1139.7691 CH4 = 2411.32 N2O = 391.951 CFC = 51.02 207.88 0: MPIOM: current date: 2100-11-01 23:15:00 begin of timestep (day): 32 (run): 9760 0: MPIOM: current date: 2100-11-02 00:00:00 begin of timestep (day): 1 (run): 9761 384: Radiation calculated for : 1. Nov 2100 11:56:15 384: Greenhouse gas concentrations 1. Nov 2100 11:56:15 CO2 = 1139.7722 CH4 = 2411.32 N2O = 391.951 CFC = 51.02 207.88 384: Radiation calculated for : 1. Nov 2100 13:56:15 384: Greenhouse gas concentrations 1. Nov 2100 13:56:15 CO2 = 1139.7753 CH4 = 2411.32 N2O = 391.951 CFC = 51.02 207.88 384: Radiation calculated for : 1. Nov 2100 15:56:15 384: Greenhouse gas concentrations 1. Nov 2100 15:56:15 CO2 = 1139.7784 CH4 = 2411.32 N2O = 391.951 CFC = 51.02 207.88 384: Radiation calculated for : 1. Nov 2100 17:56:15 384: Greenhouse gas concentrations 1. Nov 2100 17:56:15 CO2 = 1139.7816 CH4 = 2411.31 N2O = 391.951 CFC = 51.02 207.88 384: Radiation calculated for : 1. Nov 2100 19:56:15 384: Greenhouse gas concentrations 1. Nov 2100 19:56:15 CO2 = 1139.7847 CH4 = 2411.31 N2O = 391.951 CFC = 51.02 207.88 384: Radiation calculated for : 1. Nov 2100 21:56:15 384: Greenhouse gas concentrations 1. Nov 2100 21:56:15 CO2 = 1139.7878 CH4 = 2411.31 N2O = 391.952 CFC = 51.02 207.88 384: Radiation calculated for : 1. Nov 2100 23:56:15 384: Greenhouse gas concentrations 1. Nov 2100 23:56:15 CO2 = 1139.7909 CH4 = 2411.31 N2O = 391.952 CFC = 51.02 207.88 384: hydrology_model: Water budget change: -1.132488250732422E-006 m3/s 384: hydrology_model: global discharge: 1126498.00475259 m3/s 384: hydrology_model: precip-evap (on ocean): -552858.291894255 m3/s 384: water_budget_corr: P-E correction: -38098.4998123154 m3/s 384: water_budget_corr: slm/slf residuum: 55085.3804541563 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3293.23424608755 m3/s 384: water_budget_corr: awfre corrected: -587663.557460463 m3/s 384: water_budget_corr: river discharge: 1126498.00475259 m3/s 384: water_budget_corr: water to ocean: 538834.447292112 m3/s 384: Write GRIB1 output for : 1. Nov 2100 23:52:30 0: co2 = 1059.47359184618 , n2 = 802000.000242837 , o2 = 0: 196800.001561825 0: MPIOM: current date: 2100-11-02 00:45:00 begin of timestep (day): 2 (run): 9762 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.524742249402503E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-02 01:30:00 begin of timestep (day): 3 (run): 9763 384: Radiation calculated for : 2. Nov 2100 01:56:15 384: Greenhouse gas concentrations 2. Nov 2100 01:56:15 CO2 = 1139.7940 CH4 = 2411.30 N2O = 391.952 CFC = 51.02 207.88 0: MPIOM: current date: 2100-11-02 02:15:00 begin of timestep (day): 4 (run): 9764 0: MPIOM: current date: 2100-11-02 03:00:00 begin of timestep (day): 5 (run): 9765 0: MPIOM: current date: 2100-11-02 03:45:00 begin of timestep (day): 6 (run): 9766 0: MPIOM: current date: 2100-11-02 04:30:00 begin of timestep (day): 7 (run): 9767 384: Radiation calculated for : 2. Nov 2100 03:56:15 384: Greenhouse gas concentrations 2. Nov 2100 03:56:15 CO2 = 1139.7971 CH4 = 2411.30 N2O = 391.952 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-02 05:15:00 begin of timestep (day): 8 (run): 9768 0: MPIOM: current date: 2100-11-02 06:00:00 begin of timestep (day): 9 (run): 9769 0: MPIOM: current date: 2100-11-02 06:45:00 begin of timestep (day): 10 (run): 9770 0: MPIOM: current date: 2100-11-02 07:30:00 begin of timestep (day): 11 (run): 9771 384: Radiation calculated for : 2. Nov 2100 05:56:15 384: Greenhouse gas concentrations 2. Nov 2100 05:56:15 CO2 = 1139.8003 CH4 = 2411.30 N2O = 391.952 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-02 08:15:00 begin of timestep (day): 12 (run): 9772 0: MPIOM: current date: 2100-11-02 09:00:00 begin of timestep (day): 13 (run): 9773 0: MPIOM: current date: 2100-11-02 09:45:00 begin of timestep (day): 14 (run): 9774 0: MPIOM: current date: 2100-11-02 10:30:00 begin of timestep (day): 15 (run): 9775 384: Radiation calculated for : 2. Nov 2100 07:56:15 384: Greenhouse gas concentrations 2. Nov 2100 07:56:15 CO2 = 1139.8034 CH4 = 2411.29 N2O = 391.952 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-02 11:15:00 begin of timestep (day): 16 (run): 9776 0: MPIOM: current date: 2100-11-02 12:00:00 begin of timestep (day): 17 (run): 9777 0: MPIOM: current date: 2100-11-02 12:45:00 begin of timestep (day): 18 (run): 9778 0: MPIOM: current date: 2100-11-02 13:30:00 begin of timestep (day): 19 (run): 9779 384: Radiation calculated for : 2. Nov 2100 09:56:15 384: Greenhouse gas concentrations 2. Nov 2100 09:56:15 CO2 = 1139.8065 CH4 = 2411.29 N2O = 391.952 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-02 14:15:00 begin of timestep (day): 20 (run): 9780 0: MPIOM: current date: 2100-11-02 15:00:00 begin of timestep (day): 21 (run): 9781 0: MPIOM: current date: 2100-11-02 15:45:00 begin of timestep (day): 22 (run): 9782 0: MPIOM: current date: 2100-11-02 16:30:00 begin of timestep (day): 23 (run): 9783 384: Radiation calculated for : 2. Nov 2100 11:56:15 384: Greenhouse gas concentrations 2. Nov 2100 11:56:15 CO2 = 1139.8096 CH4 = 2411.29 N2O = 391.952 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-02 17:15:00 begin of timestep (day): 24 (run): 9784 0: MPIOM: current date: 2100-11-02 18:00:00 begin of timestep (day): 25 (run): 9785 0: MPIOM: current date: 2100-11-02 18:45:00 begin of timestep (day): 26 (run): 9786 0: MPIOM: current date: 2100-11-02 19:30:00 begin of timestep (day): 27 (run): 9787 0: MPIOM: current date: 2100-11-02 20:15:00 begin of timestep (day): 28 (run): 9788 384: Radiation calculated for : 2. Nov 2100 13:56:15 384: Greenhouse gas concentrations 2. Nov 2100 13:56:15 CO2 = 1139.8127 CH4 = 2411.29 N2O = 391.952 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-02 21:00:00 begin of timestep (day): 29 (run): 9789 0: MPIOM: current date: 2100-11-02 21:45:00 begin of timestep (day): 30 (run): 9790 0: MPIOM: current date: 2100-11-02 22:30:00 begin of timestep (day): 31 (run): 9791 0: MPIOM: current date: 2100-11-02 23:15:00 begin of timestep (day): 32 (run): 9792 384: Radiation calculated for : 2. Nov 2100 15:56:15 384: Greenhouse gas concentrations 2. Nov 2100 15:56:15 CO2 = 1139.8158 CH4 = 2411.28 N2O = 391.953 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 00:00:00 begin of timestep (day): 1 (run): 9793 384: Radiation calculated for : 2. Nov 2100 17:56:15 384: Greenhouse gas concentrations 2. Nov 2100 17:56:15 CO2 = 1139.8190 CH4 = 2411.28 N2O = 391.953 CFC = 51.02 207.87 384: Radiation calculated for : 2. Nov 2100 19:56:15 384: Greenhouse gas concentrations 2. Nov 2100 19:56:15 CO2 = 1139.8221 CH4 = 2411.28 N2O = 391.953 CFC = 51.02 207.87 384: Radiation calculated for : 2. Nov 2100 21:56:15 384: Greenhouse gas concentrations 2. Nov 2100 21:56:15 CO2 = 1139.8252 CH4 = 2411.28 N2O = 391.953 CFC = 51.02 207.87 384: Radiation calculated for : 2. Nov 2100 23:56:15 384: Greenhouse gas concentrations 2. Nov 2100 23:56:15 CO2 = 1139.8283 CH4 = 2411.27 N2O = 391.953 CFC = 51.02 207.87 384: hydrology_model: Water budget change: 9.536743164062500E-007 m3/s 384: hydrology_model: global discharge: 1076320.61601156 m3/s 384: hydrology_model: precip-evap (on ocean): -1221249.17921109 m3/s 384: water_budget_corr: P-E correction: -58976.6689427711 m3/s 384: water_budget_corr: slm/slf residuum: 34183.0132128541 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2599.37333155372 m3/s 384: water_budget_corr: awfre corrected: -1277626.47482231 m3/s 384: water_budget_corr: river discharge: 1076320.61601156 m3/s 384: water_budget_corr: water to ocean: -201305.858810745 m3/s 384: Write GRIB1 output for : 2. Nov 2100 23:52:30 0: co2 = 1059.33000490445 , n2 = 802000.000282842 , o2 = 0: 196800.001631065 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.286499381236479E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-03 00:45:00 begin of timestep (day): 2 (run): 9794 0: MPIOM: current date: 2100-11-03 01:30:00 begin of timestep (day): 3 (run): 9795 384: Radiation calculated for : 3. Nov 2100 01:56:15 384: Greenhouse gas concentrations 3. Nov 2100 01:56:15 CO2 = 1139.8314 CH4 = 2411.27 N2O = 391.953 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 02:15:00 begin of timestep (day): 4 (run): 9796 0: MPIOM: current date: 2100-11-03 03:00:00 begin of timestep (day): 5 (run): 9797 0: MPIOM: current date: 2100-11-03 03:45:00 begin of timestep (day): 6 (run): 9798 0: MPIOM: current date: 2100-11-03 04:30:00 begin of timestep (day): 7 (run): 9799 384: Radiation calculated for : 3. Nov 2100 03:56:15 384: Greenhouse gas concentrations 3. Nov 2100 03:56:15 CO2 = 1139.8345 CH4 = 2411.27 N2O = 391.953 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 05:15:00 begin of timestep (day): 8 (run): 9800 0: MPIOM: current date: 2100-11-03 06:00:00 begin of timestep (day): 9 (run): 9801 0: MPIOM: current date: 2100-11-03 06:45:00 begin of timestep (day): 10 (run): 9802 0: MPIOM: current date: 2100-11-03 07:30:00 begin of timestep (day): 11 (run): 9803 384: Radiation calculated for : 3. Nov 2100 05:56:15 384: Greenhouse gas concentrations 3. Nov 2100 05:56:15 CO2 = 1139.8377 CH4 = 2411.26 N2O = 391.953 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 08:15:00 begin of timestep (day): 12 (run): 9804 0: MPIOM: current date: 2100-11-03 09:00:00 begin of timestep (day): 13 (run): 9805 0: MPIOM: current date: 2100-11-03 09:45:00 begin of timestep (day): 14 (run): 9806 0: MPIOM: current date: 2100-11-03 10:30:00 begin of timestep (day): 15 (run): 9807 384: Radiation calculated for : 3. Nov 2100 07:56:15 384: Greenhouse gas concentrations 3. Nov 2100 07:56:15 CO2 = 1139.8408 CH4 = 2411.26 N2O = 391.953 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 11:15:00 begin of timestep (day): 16 (run): 9808 0: MPIOM: current date: 2100-11-03 12:00:00 begin of timestep (day): 17 (run): 9809 0: MPIOM: current date: 2100-11-03 12:45:00 begin of timestep (day): 18 (run): 9810 0: MPIOM: current date: 2100-11-03 13:30:00 begin of timestep (day): 19 (run): 9811 384: Radiation calculated for : 3. Nov 2100 09:56:15 384: Greenhouse gas concentrations 3. Nov 2100 09:56:15 CO2 = 1139.8439 CH4 = 2411.26 N2O = 391.953 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 14:15:00 begin of timestep (day): 20 (run): 9812 0: MPIOM: current date: 2100-11-03 15:00:00 begin of timestep (day): 21 (run): 9813 0: MPIOM: current date: 2100-11-03 15:45:00 begin of timestep (day): 22 (run): 9814 0: MPIOM: current date: 2100-11-03 16:30:00 begin of timestep (day): 23 (run): 9815 384: Radiation calculated for : 3. Nov 2100 11:56:15 384: Greenhouse gas concentrations 3. Nov 2100 11:56:15 CO2 = 1139.8470 CH4 = 2411.26 N2O = 391.954 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 17:15:00 begin of timestep (day): 24 (run): 9816 0: MPIOM: current date: 2100-11-03 18:00:00 begin of timestep (day): 25 (run): 9817 0: MPIOM: current date: 2100-11-03 18:45:00 begin of timestep (day): 26 (run): 9818 0: MPIOM: current date: 2100-11-03 19:30:00 begin of timestep (day): 27 (run): 9819 384: Radiation calculated for : 3. Nov 2100 13:56:15 384: Greenhouse gas concentrations 3. Nov 2100 13:56:15 CO2 = 1139.8501 CH4 = 2411.25 N2O = 391.954 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 20:15:00 begin of timestep (day): 28 (run): 9820 0: MPIOM: current date: 2100-11-03 21:00:00 begin of timestep (day): 29 (run): 9821 0: MPIOM: current date: 2100-11-03 21:45:00 begin of timestep (day): 30 (run): 9822 0: MPIOM: current date: 2100-11-03 22:30:00 begin of timestep (day): 31 (run): 9823 384: Radiation calculated for : 3. Nov 2100 15:56:15 384: Greenhouse gas concentrations 3. Nov 2100 15:56:15 CO2 = 1139.8532 CH4 = 2411.25 N2O = 391.954 CFC = 51.02 207.87 0: MPIOM: current date: 2100-11-03 23:15:00 begin of timestep (day): 32 (run): 9824 0: MPIOM: current date: 2100-11-04 00:00:00 begin of timestep (day): 1 (run): 9825 384: Radiation calculated for : 3. Nov 2100 17:56:15 384: Greenhouse gas concentrations 3. Nov 2100 17:56:15 CO2 = 1139.8564 CH4 = 2411.25 N2O = 391.954 CFC = 51.02 207.86 384: Radiation calculated for : 3. Nov 2100 19:56:15 384: Greenhouse gas concentrations 3. Nov 2100 19:56:15 CO2 = 1139.8595 CH4 = 2411.25 N2O = 391.954 CFC = 51.02 207.86 384: Radiation calculated for : 3. Nov 2100 21:56:15 384: Greenhouse gas concentrations 3. Nov 2100 21:56:15 CO2 = 1139.8626 CH4 = 2411.24 N2O = 391.954 CFC = 51.02 207.86 384: Radiation calculated for : 3. Nov 2100 23:56:15 384: Greenhouse gas concentrations 3. Nov 2100 23:56:15 CO2 = 1139.8657 CH4 = 2411.24 N2O = 391.954 CFC = 51.02 207.86 613: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 136.875000000000 , lev 43 384: hydrology_model: Water budget change: -1.221895217895508E-006 m3/s 384: hydrology_model: global discharge: 1060074.24538957 m3/s 384: hydrology_model: precip-evap (on ocean): -1982229.28638388 m3/s 384: water_budget_corr: P-E correction: -29294.9375779984 m3/s 384: water_budget_corr: slm/slf residuum: 62968.5000599018 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 6159.89755564639 m3/s 384: water_budget_corr: awfre corrected: -2005364.32640622 m3/s 384: water_budget_corr: river discharge: 1060074.24538957 m3/s 384: water_budget_corr: water to ocean: -945290.081016669 m3/s 384: Write GRIB1 output for : 3. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.998790887215674E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 613: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 136.875000000000 , lev 42 0: co2 = 1059.26404766764 , n2 = 802000.000283103 , o2 = 0: 196800.001331293 0: MPIOM: current date: 2100-11-04 00:45:00 begin of timestep (day): 2 (run): 9826 0: MPIOM: current date: 2100-11-04 01:30:00 begin of timestep (day): 3 (run): 9827 613: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 136.875000000000 , lev 41 384: Radiation calculated for : 4. Nov 2100 01:56:15 384: Greenhouse gas concentrations 4. Nov 2100 01:56:15 CO2 = 1139.8688 CH4 = 2411.24 N2O = 391.954 CFC = 51.02 207.86 0: MPIOM: current date: 2100-11-04 02:15:00 begin of timestep (day): 4 (run): 9828 0: MPIOM: current date: 2100-11-04 03:00:00 begin of timestep (day): 5 (run): 9829 0: MPIOM: current date: 2100-11-04 03:45:00 begin of timestep (day): 6 (run): 9830 0: MPIOM: current date: 2100-11-04 04:30:00 begin of timestep (day): 7 (run): 9831 384: Radiation calculated for : 4. Nov 2100 03:56:15 384: Greenhouse gas concentrations 4. Nov 2100 03:56:15 CO2 = 1139.8719 CH4 = 2411.23 N2O = 391.954 CFC = 51.02 207.86 0: MPIOM: current date: 2100-11-04 05:15:00 begin of timestep (day): 8 (run): 9832 0: MPIOM: current date: 2100-11-04 06:00:00 begin of timestep (day): 9 (run): 9833 0: MPIOM: current date: 2100-11-04 06:45:00 begin of timestep (day): 10 (run): 9834 0: MPIOM: current date: 2100-11-04 07:30:00 begin of timestep (day): 11 (run): 9835 384: Radiation calculated for : 4. Nov 2100 05:56:15 384: Greenhouse gas concentrations 4. Nov 2100 05:56:15 CO2 = 1139.8751 CH4 = 2411.23 N2O = 391.954 CFC = 51.01 207.86 0: MPIOM: current date: 2100-11-04 08:15:00 begin of timestep (day): 12 (run): 9836 0: MPIOM: current date: 2100-11-04 09:00:00 begin of timestep (day): 13 (run): 9837 0: MPIOM: current date: 2100-11-04 09:45:00 begin of timestep (day): 14 (run): 9838 0: MPIOM: current date: 2100-11-04 10:30:00 begin of timestep (day): 15 (run): 9839 384: Radiation calculated for : 4. Nov 2100 07:56:15 384: Greenhouse gas concentrations 4. Nov 2100 07:56:15 CO2 = 1139.8782 CH4 = 2411.23 N2O = 391.955 CFC = 51.01 207.86 0: MPIOM: current date: 2100-11-04 11:15:00 begin of timestep (day): 16 (run): 9840 0: MPIOM: current date: 2100-11-04 12:00:00 begin of timestep (day): 17 (run): 9841 0: MPIOM: current date: 2100-11-04 12:45:00 begin of timestep (day): 18 (run): 9842 0: MPIOM: current date: 2100-11-04 13:30:00 begin of timestep (day): 19 (run): 9843 384: Radiation calculated for : 4. Nov 2100 09:56:15 384: Greenhouse gas concentrations 4. Nov 2100 09:56:15 CO2 = 1139.8813 CH4 = 2411.23 N2O = 391.955 CFC = 51.01 207.86 0: MPIOM: current date: 2100-11-04 14:15:00 begin of timestep (day): 20 (run): 9844 0: MPIOM: current date: 2100-11-04 15:00:00 begin of timestep (day): 21 (run): 9845 0: MPIOM: current date: 2100-11-04 15:45:00 begin of timestep (day): 22 (run): 9846 0: MPIOM: current date: 2100-11-04 16:30:00 begin of timestep (day): 23 (run): 9847 384: Radiation calculated for : 4. Nov 2100 11:56:15 384: Greenhouse gas concentrations 4. Nov 2100 11:56:15 CO2 = 1139.8844 CH4 = 2411.22 N2O = 391.955 CFC = 51.01 207.86 0: MPIOM: current date: 2100-11-04 17:15:00 begin of timestep (day): 24 (run): 9848 0: MPIOM: current date: 2100-11-04 18:00:00 begin of timestep (day): 25 (run): 9849 0: MPIOM: current date: 2100-11-04 18:45:00 begin of timestep (day): 26 (run): 9850 0: MPIOM: current date: 2100-11-04 19:30:00 begin of timestep (day): 27 (run): 9851 384: Radiation calculated for : 4. Nov 2100 13:56:15 384: Greenhouse gas concentrations 4. Nov 2100 13:56:15 CO2 = 1139.8875 CH4 = 2411.22 N2O = 391.955 CFC = 51.01 207.86 0: MPIOM: current date: 2100-11-04 20:15:00 begin of timestep (day): 28 (run): 9852 0: MPIOM: current date: 2100-11-04 21:00:00 begin of timestep (day): 29 (run): 9853 0: MPIOM: current date: 2100-11-04 21:45:00 begin of timestep (day): 30 (run): 9854 0: MPIOM: current date: 2100-11-04 22:30:00 begin of timestep (day): 31 (run): 9855 384: Radiation calculated for : 4. Nov 2100 15:56:15 384: Greenhouse gas concentrations 4. Nov 2100 15:56:15 CO2 = 1139.8906 CH4 = 2411.22 N2O = 391.955 CFC = 51.01 207.86 0: MPIOM: current date: 2100-11-04 23:15:00 begin of timestep (day): 32 (run): 9856 0: MPIOM: current date: 2100-11-05 00:00:00 begin of timestep (day): 1 (run): 9857 384: Radiation calculated for : 4. Nov 2100 17:56:15 384: Greenhouse gas concentrations 4. Nov 2100 17:56:15 CO2 = 1139.8938 CH4 = 2411.22 N2O = 391.955 CFC = 51.01 207.86 384: Radiation calculated for : 4. Nov 2100 19:56:15 384: Greenhouse gas concentrations 4. Nov 2100 19:56:15 CO2 = 1139.8969 CH4 = 2411.21 N2O = 391.955 CFC = 51.01 207.86 384: Radiation calculated for : 4. Nov 2100 21:56:15 384: Greenhouse gas concentrations 4. Nov 2100 21:56:15 CO2 = 1139.9000 CH4 = 2411.21 N2O = 391.955 CFC = 51.01 207.86 384: Radiation calculated for : 4. Nov 2100 23:56:15 384: Greenhouse gas concentrations 4. Nov 2100 23:56:15 CO2 = 1139.9031 CH4 = 2411.21 N2O = 391.955 CFC = 51.01 207.86 384: hydrology_model: Water budget change: -7.748603820800781E-007 m3/s 384: hydrology_model: global discharge: 1062743.62442971 m3/s 384: hydrology_model: precip-evap (on ocean): -564894.841578967 m3/s 384: water_budget_corr: P-E correction: -109521.285462110 m3/s 384: water_budget_corr: slm/slf residuum: 28200.1647265917 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 7765.94446438934 m3/s 384: water_budget_corr: awfre corrected: -666650.182576698 m3/s 384: water_budget_corr: river discharge: 1062743.62442971 m3/s 384: water_budget_corr: water to ocean: 396093.441853014 m3/s 384: Write GRIB1 output for : 4. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1059.31347394635 , n2 = 802000.000269220 , o2 = 0: 196800.001305187 384: CO2 flux correction (global): -4.394559212983524E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-05 00:45:00 begin of timestep (day): 2 (run): 9858 0: MPIOM: current date: 2100-11-05 01:30:00 begin of timestep (day): 3 (run): 9859 384: Radiation calculated for : 5. Nov 2100 01:56:15 384: Greenhouse gas concentrations 5. Nov 2100 01:56:15 CO2 = 1139.9062 CH4 = 2411.20 N2O = 391.956 CFC = 51.01 207.86 0: MPIOM: current date: 2100-11-05 02:15:00 begin of timestep (day): 4 (run): 9860 0: MPIOM: current date: 2100-11-05 03:00:00 begin of timestep (day): 5 (run): 9861 0: MPIOM: current date: 2100-11-05 03:45:00 begin of timestep (day): 6 (run): 9862 0: MPIOM: current date: 2100-11-05 04:30:00 begin of timestep (day): 7 (run): 9863 384: Radiation calculated for : 5. Nov 2100 03:56:15 384: Greenhouse gas concentrations 5. Nov 2100 03:56:15 CO2 = 1139.9093 CH4 = 2411.20 N2O = 391.956 CFC = 51.01 207.86 0: MPIOM: current date: 2100-11-05 05:15:00 begin of timestep (day): 8 (run): 9864 0: MPIOM: current date: 2100-11-05 06:00:00 begin of timestep (day): 9 (run): 9865 0: MPIOM: current date: 2100-11-05 06:45:00 begin of timestep (day): 10 (run): 9866 0: MPIOM: current date: 2100-11-05 07:30:00 begin of timestep (day): 11 (run): 9867 384: Radiation calculated for : 5. Nov 2100 05:56:15 384: Greenhouse gas concentrations 5. Nov 2100 05:56:15 CO2 = 1139.9125 CH4 = 2411.20 N2O = 391.956 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-05 08:15:00 begin of timestep (day): 12 (run): 9868 0: MPIOM: current date: 2100-11-05 09:00:00 begin of timestep (day): 13 (run): 9869 0: MPIOM: current date: 2100-11-05 09:45:00 begin of timestep (day): 14 (run): 9870 0: MPIOM: current date: 2100-11-05 10:30:00 begin of timestep (day): 15 (run): 9871 384: Radiation calculated for : 5. Nov 2100 07:56:15 384: Greenhouse gas concentrations 5. Nov 2100 07:56:15 CO2 = 1139.9156 CH4 = 2411.20 N2O = 391.956 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-05 11:15:00 begin of timestep (day): 16 (run): 9872 0: MPIOM: current date: 2100-11-05 12:00:00 begin of timestep (day): 17 (run): 9873 0: MPIOM: current date: 2100-11-05 12:45:00 begin of timestep (day): 18 (run): 9874 0: MPIOM: current date: 2100-11-05 13:30:00 begin of timestep (day): 19 (run): 9875 384: Radiation calculated for : 5. Nov 2100 09:56:15 384: Greenhouse gas concentrations 5. Nov 2100 09:56:15 CO2 = 1139.9187 CH4 = 2411.19 N2O = 391.956 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-05 14:15:00 begin of timestep (day): 20 (run): 9876 0: MPIOM: current date: 2100-11-05 15:00:00 begin of timestep (day): 21 (run): 9877 0: MPIOM: current date: 2100-11-05 15:45:00 begin of timestep (day): 22 (run): 9878 0: MPIOM: current date: 2100-11-05 16:30:00 begin of timestep (day): 23 (run): 9879 384: Radiation calculated for : 5. Nov 2100 11:56:15 384: Greenhouse gas concentrations 5. Nov 2100 11:56:15 CO2 = 1139.9218 CH4 = 2411.19 N2O = 391.956 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-05 17:15:00 begin of timestep (day): 24 (run): 9880 0: MPIOM: current date: 2100-11-05 18:00:00 begin of timestep (day): 25 (run): 9881 0: MPIOM: current date: 2100-11-05 18:45:00 begin of timestep (day): 26 (run): 9882 0: MPIOM: current date: 2100-11-05 19:30:00 begin of timestep (day): 27 (run): 9883 384: Radiation calculated for : 5. Nov 2100 13:56:15 384: Greenhouse gas concentrations 5. Nov 2100 13:56:15 CO2 = 1139.9249 CH4 = 2411.19 N2O = 391.956 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-05 20:15:00 begin of timestep (day): 28 (run): 9884 0: MPIOM: current date: 2100-11-05 21:00:00 begin of timestep (day): 29 (run): 9885 0: MPIOM: current date: 2100-11-05 21:45:00 begin of timestep (day): 30 (run): 9886 384: Radiation calculated for : 5. Nov 2100 15:56:15 0: MPIOM: current date: 2100-11-05 22:30:00 begin of timestep (day): 31 (run): 9887 384: Greenhouse gas concentrations 5. Nov 2100 15:56:15 CO2 = 1139.9280 CH4 = 2411.18 N2O = 391.956 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-05 23:15:00 begin of timestep (day): 32 (run): 9888 0: MPIOM: current date: 2100-11-06 00:00:00 begin of timestep (day): 1 (run): 9889 384: Radiation calculated for : 5. Nov 2100 17:56:15 384: Greenhouse gas concentrations 5. Nov 2100 17:56:15 CO2 = 1139.9312 CH4 = 2411.18 N2O = 391.956 CFC = 51.01 207.85 384: Radiation calculated for : 5. Nov 2100 19:56:15 384: Greenhouse gas concentrations 5. Nov 2100 19:56:15 CO2 = 1139.9343 CH4 = 2411.18 N2O = 391.956 CFC = 51.01 207.85 384: Radiation calculated for : 5. Nov 2100 21:56:15 384: Greenhouse gas concentrations 5. Nov 2100 21:56:15 CO2 = 1139.9374 CH4 = 2411.18 N2O = 391.957 CFC = 51.01 207.85 384: Radiation calculated for : 5. Nov 2100 23:56:15 384: Greenhouse gas concentrations 5. Nov 2100 23:56:15 CO2 = 1139.9405 CH4 = 2411.17 N2O = 391.957 CFC = 51.01 207.85 384: hydrology_model: Water budget change: 1.281499862670898E-006 m3/s 384: hydrology_model: global discharge: 1096964.81379072 m3/s 384: hydrology_model: precip-evap (on ocean): -1388352.81653470 m3/s 384: water_budget_corr: P-E correction: -85350.8413291300 m3/s 384: water_budget_corr: slm/slf residuum: 21241.8053072711 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3299.31459089105 m3/s 384: water_budget_corr: awfre corrected: -1470404.34327292 m3/s 384: water_budget_corr: river discharge: 1096964.81379072 m3/s 384: water_budget_corr: water to ocean: -373439.529482215 m3/s 384: Write GRIB1 output for : 5. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.931018920782751E-010 kg m-2 s-1 0: co2 = 1059.39519487930 , n2 = 802000.000297452 , o2 = 0: 196800.001362454 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-06 00:45:00 begin of timestep (day): 2 (run): 9890 0: MPIOM: current date: 2100-11-06 01:30:00 begin of timestep (day): 3 (run): 9891 384: Radiation calculated for : 6. Nov 2100 01:56:15 384: Greenhouse gas concentrations 6. Nov 2100 01:56:15 CO2 = 1139.9436 CH4 = 2411.17 N2O = 391.957 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-06 02:15:00 begin of timestep (day): 4 (run): 9892 0: MPIOM: current date: 2100-11-06 03:00:00 begin of timestep (day): 5 (run): 9893 0: MPIOM: current date: 2100-11-06 03:45:00 begin of timestep (day): 6 (run): 9894 0: MPIOM: current date: 2100-11-06 04:30:00 begin of timestep (day): 7 (run): 9895 384: Radiation calculated for : 6. Nov 2100 03:56:15 384: Greenhouse gas concentrations 6. Nov 2100 03:56:15 CO2 = 1139.9467 CH4 = 2411.17 N2O = 391.957 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-06 05:15:00 begin of timestep (day): 8 (run): 9896 0: MPIOM: current date: 2100-11-06 06:00:00 begin of timestep (day): 9 (run): 9897 0: MPIOM: current date: 2100-11-06 06:45:00 begin of timestep (day): 10 (run): 9898 0: MPIOM: current date: 2100-11-06 07:30:00 begin of timestep (day): 11 (run): 9899 384: Radiation calculated for : 6. Nov 2100 05:56:15 384: Greenhouse gas concentrations 6. Nov 2100 05:56:15 CO2 = 1139.9499 CH4 = 2411.17 N2O = 391.957 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-06 08:15:00 begin of timestep (day): 12 (run): 9900 0: MPIOM: current date: 2100-11-06 09:00:00 begin of timestep (day): 13 (run): 9901 0: MPIOM: current date: 2100-11-06 09:45:00 begin of timestep (day): 14 (run): 9902 0: MPIOM: current date: 2100-11-06 10:30:00 begin of timestep (day): 15 (run): 9903 384: Radiation calculated for : 6. Nov 2100 07:56:15 384: Greenhouse gas concentrations 6. Nov 2100 07:56:15 CO2 = 1139.9530 CH4 = 2411.16 N2O = 391.957 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-06 11:15:00 begin of timestep (day): 16 (run): 9904 0: MPIOM: current date: 2100-11-06 12:00:00 begin of timestep (day): 17 (run): 9905 0: MPIOM: current date: 2100-11-06 12:45:00 begin of timestep (day): 18 (run): 9906 0: MPIOM: current date: 2100-11-06 13:30:00 begin of timestep (day): 19 (run): 9907 384: Radiation calculated for : 6. Nov 2100 09:56:15 384: Greenhouse gas concentrations 6. Nov 2100 09:56:15 CO2 = 1139.9561 CH4 = 2411.16 N2O = 391.957 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-06 14:15:00 begin of timestep (day): 20 (run): 9908 0: MPIOM: current date: 2100-11-06 15:00:00 begin of timestep (day): 21 (run): 9909 0: MPIOM: current date: 2100-11-06 15:45:00 begin of timestep (day): 22 (run): 9910 384: Radiation calculated for : 6. Nov 2100 11:56:15 384: Greenhouse gas concentrations 6. Nov 2100 11:56:15 CO2 = 1139.9592 CH4 = 2411.16 N2O = 391.957 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-06 16:30:00 begin of timestep (day): 23 (run): 9911 0: MPIOM: current date: 2100-11-06 17:15:00 begin of timestep (day): 24 (run): 9912 0: MPIOM: current date: 2100-11-06 18:00:00 begin of timestep (day): 25 (run): 9913 0: MPIOM: current date: 2100-11-06 18:45:00 begin of timestep (day): 26 (run): 9914 384: Radiation calculated for : 6. Nov 2100 13:56:15 0: MPIOM: current date: 2100-11-06 19:30:00 begin of timestep (day): 27 (run): 9915 384: Greenhouse gas concentrations 6. Nov 2100 13:56:15 CO2 = 1139.9623 CH4 = 2411.15 N2O = 391.957 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-06 20:15:00 begin of timestep (day): 28 (run): 9916 0: MPIOM: current date: 2100-11-06 21:00:00 begin of timestep (day): 29 (run): 9917 0: MPIOM: current date: 2100-11-06 21:45:00 begin of timestep (day): 30 (run): 9918 384: Radiation calculated for : 6. Nov 2100 15:56:15 384: Greenhouse gas concentrations 6. Nov 2100 15:56:15 CO2 = 1139.9654 CH4 = 2411.15 N2O = 391.957 CFC = 51.01 207.85 0: MPIOM: current date: 2100-11-06 22:30:00 begin of timestep (day): 31 (run): 9919 0: MPIOM: current date: 2100-11-06 23:15:00 begin of timestep (day): 32 (run): 9920 0: MPIOM: current date: 2100-11-07 00:00:00 begin of timestep (day): 1 (run): 9921 384: Radiation calculated for : 6. Nov 2100 17:56:15 384: Greenhouse gas concentrations 6. Nov 2100 17:56:15 CO2 = 1139.9686 CH4 = 2411.15 N2O = 391.958 CFC = 51.01 207.84 384: Radiation calculated for : 6. Nov 2100 19:56:15 384: Greenhouse gas concentrations 6. Nov 2100 19:56:15 CO2 = 1139.9717 CH4 = 2411.15 N2O = 391.958 CFC = 51.01 207.84 384: Radiation calculated for : 6. Nov 2100 21:56:15 384: Greenhouse gas concentrations 6. Nov 2100 21:56:15 CO2 = 1139.9748 CH4 = 2411.14 N2O = 391.958 CFC = 51.01 207.84 384: Radiation calculated for : 6. Nov 2100 23:56:15 384: Greenhouse gas concentrations 6. Nov 2100 23:56:15 CO2 = 1139.9779 CH4 = 2411.14 N2O = 391.958 CFC = 51.01 207.84 384: hydrology_model: Water budget change: -7.748603820800781E-007 m3/s 384: hydrology_model: global discharge: 1076605.83141589 m3/s 384: hydrology_model: precip-evap (on ocean): -867291.648299660 m3/s 384: water_budget_corr: P-E correction: -63851.5457433770 m3/s 384: water_budget_corr: slm/slf residuum: 15899.5688693204 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2449.63139270741 m3/s 384: water_budget_corr: awfre corrected: -928693.562650340 m3/s 384: water_budget_corr: river discharge: 1076605.83141589 m3/s 384: water_budget_corr: water to ocean: 147912.268765547 m3/s 384: Write GRIB1 output for : 6. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.936532094819562E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1059.48388719302 , n2 = 802000.000244002 , o2 = 0: 196800.001249373 0: MPIOM: current date: 2100-11-07 00:45:00 begin of timestep (day): 2 (run): 9922 0: MPIOM: current date: 2100-11-07 01:30:00 begin of timestep (day): 3 (run): 9923 384: Radiation calculated for : 7. Nov 2100 01:56:15 384: Greenhouse gas concentrations 7. Nov 2100 01:56:15 CO2 = 1139.9810 CH4 = 2411.14 N2O = 391.958 CFC = 51.01 207.84 0: MPIOM: current date: 2100-11-07 02:15:00 begin of timestep (day): 4 (run): 9924 0: MPIOM: current date: 2100-11-07 03:00:00 begin of timestep (day): 5 (run): 9925 0: MPIOM: current date: 2100-11-07 03:45:00 begin of timestep (day): 6 (run): 9926 384: Radiation calculated for : 7. Nov 2100 03:56:15 384: Greenhouse gas concentrations 7. Nov 2100 03:56:15 CO2 = 1139.9841 CH4 = 2411.14 N2O = 391.958 CFC = 51.01 207.84 0: MPIOM: current date: 2100-11-07 04:30:00 begin of timestep (day): 7 (run): 9927 0: MPIOM: current date: 2100-11-07 05:15:00 begin of timestep (day): 8 (run): 9928 0: MPIOM: current date: 2100-11-07 06:00:00 begin of timestep (day): 9 (run): 9929 0: MPIOM: current date: 2100-11-07 06:45:00 begin of timestep (day): 10 (run): 9930 384: Radiation calculated for : 7. Nov 2100 05:56:15 384: Greenhouse gas concentrations 7. Nov 2100 05:56:15 CO2 = 1139.9873 CH4 = 2411.13 N2O = 391.958 CFC = 51.01 207.84 0: MPIOM: current date: 2100-11-07 07:30:00 begin of timestep (day): 11 (run): 9931 0: MPIOM: current date: 2100-11-07 08:15:00 begin of timestep (day): 12 (run): 9932 0: MPIOM: current date: 2100-11-07 09:00:00 begin of timestep (day): 13 (run): 9933 0: MPIOM: current date: 2100-11-07 09:45:00 begin of timestep (day): 14 (run): 9934 384: Radiation calculated for : 7. Nov 2100 07:56:15 384: Greenhouse gas concentrations 7. Nov 2100 07:56:15 CO2 = 1139.9904 CH4 = 2411.13 N2O = 391.958 CFC = 51.01 207.84 0: MPIOM: current date: 2100-11-07 10:30:00 begin of timestep (day): 15 (run): 9935 0: MPIOM: current date: 2100-11-07 11:15:00 begin of timestep (day): 16 (run): 9936 0: MPIOM: current date: 2100-11-07 12:00:00 begin of timestep (day): 17 (run): 9937 0: MPIOM: current date: 2100-11-07 12:45:00 begin of timestep (day): 18 (run): 9938 384: Radiation calculated for : 7. Nov 2100 09:56:15 384: Greenhouse gas concentrations 7. Nov 2100 09:56:15 CO2 = 1139.9935 CH4 = 2411.13 N2O = 391.958 CFC = 51.01 207.84 0: MPIOM: current date: 2100-11-07 13:30:00 begin of timestep (day): 19 (run): 9939 0: MPIOM: current date: 2100-11-07 14:15:00 begin of timestep (day): 20 (run): 9940 0: MPIOM: current date: 2100-11-07 15:00:00 begin of timestep (day): 21 (run): 9941 0: MPIOM: current date: 2100-11-07 15:45:00 begin of timestep (day): 22 (run): 9942 384: Radiation calculated for : 7. Nov 2100 11:56:15 384: Greenhouse gas concentrations 7. Nov 2100 11:56:15 CO2 = 1139.9966 CH4 = 2411.12 N2O = 391.959 CFC = 51.01 207.84 0: MPIOM: current date: 2100-11-07 16:30:00 begin of timestep (day): 23 (run): 9943 0: MPIOM: current date: 2100-11-07 17:15:00 begin of timestep (day): 24 (run): 9944 0: MPIOM: current date: 2100-11-07 18:00:00 begin of timestep (day): 25 (run): 9945 0: MPIOM: current date: 2100-11-07 18:45:00 begin of timestep (day): 26 (run): 9946 384: Radiation calculated for : 7. Nov 2100 13:56:15 384: Greenhouse gas concentrations 7. Nov 2100 13:56:15 CO2 = 1139.9997 CH4 = 2411.12 N2O = 391.959 CFC = 51.01 207.84 0: MPIOM: current date: 2100-11-07 19:30:00 begin of timestep (day): 27 (run): 9947 0: MPIOM: current date: 2100-11-07 20:15:00 begin of timestep (day): 28 (run): 9948 0: MPIOM: current date: 2100-11-07 21:00:00 begin of timestep (day): 29 (run): 9949 0: MPIOM: current date: 2100-11-07 21:45:00 begin of timestep (day): 30 (run): 9950 384: Radiation calculated for : 7. Nov 2100 15:56:15 384: Greenhouse gas concentrations 7. Nov 2100 15:56:15 CO2 = 1140.0028 CH4 = 2411.12 N2O = 391.959 CFC = 51.00 207.84 0: MPIOM: current date: 2100-11-07 22:30:00 begin of timestep (day): 31 (run): 9951 0: MPIOM: current date: 2100-11-07 23:15:00 begin of timestep (day): 32 (run): 9952 0: MPIOM: current date: 2100-11-08 00:00:00 begin of timestep (day): 1 (run): 9953 384: Radiation calculated for : 7. Nov 2100 17:56:15 384: Greenhouse gas concentrations 7. Nov 2100 17:56:15 CO2 = 1140.0059 CH4 = 2411.12 N2O = 391.959 CFC = 51.00 207.84 384: Radiation calculated for : 7. Nov 2100 19:56:15 384: Greenhouse gas concentrations 7. Nov 2100 19:56:15 CO2 = 1140.0091 CH4 = 2411.11 N2O = 391.959 CFC = 51.00 207.84 384: Radiation calculated for : 7. Nov 2100 21:56:15 384: Greenhouse gas concentrations 7. Nov 2100 21:56:15 CO2 = 1140.0122 CH4 = 2411.11 N2O = 391.959 CFC = 51.00 207.84 384: Radiation calculated for : 7. Nov 2100 23:56:15 384: Greenhouse gas concentrations 7. Nov 2100 23:56:15 CO2 = 1140.0153 CH4 = 2411.11 N2O = 391.959 CFC = 51.00 207.84 384: hydrology_model: Water budget change: 1.102685928344727E-006 m3/s 384: hydrology_model: global discharge: 1059482.50324005 m3/s 384: hydrology_model: precip-evap (on ocean): -832581.316643981 m3/s 384: water_budget_corr: P-E correction: -27888.0218220837 m3/s 384: water_budget_corr: slm/slf residuum: 18769.3244306974 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3170.08992394972 m3/s 384: water_budget_corr: awfre corrected: -857299.248542120 m3/s 384: water_budget_corr: river discharge: 1059482.50324005 m3/s 384: water_budget_corr: water to ocean: 202183.254697937 m3/s 384: Write GRIB1 output for : 7. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1059.51518359879 , n2 = 802000.000255218 , o2 = 384: CO2 flux correction (global): -8.797962571791922E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: 196800.001103311 0: MPIOM: current date: 2100-11-08 00:45:00 begin of timestep (day): 2 (run): 9954 0: MPIOM: current date: 2100-11-08 01:30:00 begin of timestep (day): 3 (run): 9955 384: Radiation calculated for : 8. Nov 2100 01:56:15 384: Greenhouse gas concentrations 8. Nov 2100 01:56:15 CO2 = 1140.0184 CH4 = 2411.11 N2O = 391.959 CFC = 51.00 207.84 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 5.62500000000000 , lev 41 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 5.62500000000000 , lev 42 0: MPIOM: current date: 2100-11-08 02:15:00 begin of timestep (day): 4 (run): 9956 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 5.62500000000000 , lev 41 0: MPIOM: current date: 2100-11-08 03:00:00 begin of timestep (day): 5 (run): 9957 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 5.62500000000000 , lev 40 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 5.62500000000000 , lev 41 0: MPIOM: current date: 2100-11-08 03:45:00 begin of timestep (day): 6 (run): 9958 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 5.62500000000000 , lev 40 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 5.62500000000000 , lev 41 0: MPIOM: current date: 2100-11-08 04:30:00 begin of timestep (day): 7 (run): 9959 384: Radiation calculated for : 8. Nov 2100 03:56:15 384: Greenhouse gas concentrations 8. Nov 2100 03:56:15 CO2 = 1140.0215 CH4 = 2411.10 N2O = 391.959 CFC = 51.00 207.84 0: MPIOM: current date: 2100-11-08 05:15:00 begin of timestep (day): 8 (run): 9960 0: MPIOM: current date: 2100-11-08 06:00:00 begin of timestep (day): 9 (run): 9961 0: MPIOM: current date: 2100-11-08 06:45:00 begin of timestep (day): 10 (run): 9962 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 3.75000000000000 , lev 42 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 5.62500000000000 , lev 42 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 5.62500000000000 , lev 42 0: MPIOM: current date: 2100-11-08 07:30:00 begin of timestep (day): 11 (run): 9963 384: Radiation calculated for : 8. Nov 2100 05:56:15 384: Greenhouse gas concentrations 8. Nov 2100 05:56:15 CO2 = 1140.0246 CH4 = 2411.10 N2O = 391.959 CFC = 51.00 207.83 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 9.37500000000000 , lev 40 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 9.37500000000000 , lev 41 0: MPIOM: current date: 2100-11-08 08:15:00 begin of timestep (day): 12 (run): 9964 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 5.62500000000000 , lev 42 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 9.37500000000000 , lev 42 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 9.37500000000000 , lev 43 0: MPIOM: current date: 2100-11-08 09:00:00 begin of timestep (day): 13 (run): 9965 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 9.37500000000000 , lev 42 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 9.37500000000000 , lev 43 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 5.62500000000000 , lev 42 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-11-08 09:45:00 begin of timestep (day): 14 (run): 9966 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 5.62500000000000 , lev 42 397: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-11-08 10:30:00 begin of timestep (day): 15 (run): 9967 384: Radiation calculated for : 8. Nov 2100 07:56:15 384: Greenhouse gas concentrations 8. Nov 2100 07:56:15 CO2 = 1140.0278 CH4 = 2411.10 N2O = 391.960 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-08 11:15:00 begin of timestep (day): 16 (run): 9968 0: MPIOM: current date: 2100-11-08 12:00:00 begin of timestep (day): 17 (run): 9969 0: MPIOM: current date: 2100-11-08 12:45:00 begin of timestep (day): 18 (run): 9970 384: Radiation calculated for : 8. Nov 2100 09:56:15 0: MPIOM: current date: 2100-11-08 13:30:00 begin of timestep (day): 19 (run): 9971 384: Greenhouse gas concentrations 8. Nov 2100 09:56:15 CO2 = 1140.0309 CH4 = 2411.09 N2O = 391.960 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-08 14:15:00 begin of timestep (day): 20 (run): 9972 0: MPIOM: current date: 2100-11-08 15:00:00 begin of timestep (day): 21 (run): 9973 0: MPIOM: current date: 2100-11-08 15:45:00 begin of timestep (day): 22 (run): 9974 0: MPIOM: current date: 2100-11-08 16:30:00 begin of timestep (day): 23 (run): 9975 384: Radiation calculated for : 8. Nov 2100 11:56:15 384: Greenhouse gas concentrations 8. Nov 2100 11:56:15 CO2 = 1140.0340 CH4 = 2411.09 N2O = 391.960 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-08 17:15:00 begin of timestep (day): 24 (run): 9976 0: MPIOM: current date: 2100-11-08 18:00:00 begin of timestep (day): 25 (run): 9977 0: MPIOM: current date: 2100-11-08 18:45:00 begin of timestep (day): 26 (run): 9978 384: Radiation calculated for : 8. Nov 2100 13:56:15 0: MPIOM: current date: 2100-11-08 19:30:00 begin of timestep (day): 27 (run): 9979 384: Greenhouse gas concentrations 8. Nov 2100 13:56:15 CO2 = 1140.0371 CH4 = 2411.09 N2O = 391.960 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-08 20:15:00 begin of timestep (day): 28 (run): 9980 0: MPIOM: current date: 2100-11-08 21:00:00 begin of timestep (day): 29 (run): 9981 0: MPIOM: current date: 2100-11-08 21:45:00 begin of timestep (day): 30 (run): 9982 384: Radiation calculated for : 8. Nov 2100 15:56:15 384: Greenhouse gas concentrations 8. Nov 2100 15:56:15 CO2 = 1140.0402 CH4 = 2411.09 N2O = 391.960 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-08 22:30:00 begin of timestep (day): 31 (run): 9983 0: MPIOM: current date: 2100-11-08 23:15:00 begin of timestep (day): 32 (run): 9984 0: MPIOM: current date: 2100-11-09 00:00:00 begin of timestep (day): 1 (run): 9985 384: Radiation calculated for : 8. Nov 2100 17:56:15 384: Greenhouse gas concentrations 8. Nov 2100 17:56:15 CO2 = 1140.0433 CH4 = 2411.08 N2O = 391.960 CFC = 51.00 207.83 384: Radiation calculated for : 8. Nov 2100 19:56:15 384: Greenhouse gas concentrations 8. Nov 2100 19:56:15 CO2 = 1140.0465 CH4 = 2411.08 N2O = 391.960 CFC = 51.00 207.83 384: Radiation calculated for : 8. Nov 2100 21:56:15 384: Greenhouse gas concentrations 8. Nov 2100 21:56:15 CO2 = 1140.0496 CH4 = 2411.08 N2O = 391.960 CFC = 51.00 207.83 384: Radiation calculated for : 8. Nov 2100 23:56:15 384: Greenhouse gas concentrations 8. Nov 2100 23:56:15 CO2 = 1140.0527 CH4 = 2411.08 N2O = 391.960 CFC = 51.00 207.83 384: hydrology_model: Water budget change: -3.725290298461914E-007 m3/s 384: hydrology_model: global discharge: 1046526.13606998 m3/s 384: hydrology_model: precip-evap (on ocean): -1334929.75619619 m3/s 384: water_budget_corr: P-E correction: -102620.318333362 m3/s 384: water_budget_corr: slm/slf residuum: 43555.2877726678 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4718.63196877855 m3/s 384: water_budget_corr: awfre corrected: -1432831.44256079 m3/s 384: water_budget_corr: river discharge: 1046526.13606998 m3/s 384: water_budget_corr: water to ocean: -386305.306490806 m3/s 384: Write GRIB1 output for : 8. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1059.51145299221 , n2 = 802000.000278704 , o2 = 0: 196800.001014200 384: CO2 flux correction (global): -7.628402078988326E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-09 00:45:00 begin of timestep (day): 2 (run): 9986 0: MPIOM: current date: 2100-11-09 01:30:00 begin of timestep (day): 3 (run): 9987 384: Radiation calculated for : 9. Nov 2100 01:56:15 384: Greenhouse gas concentrations 9. Nov 2100 01:56:15 CO2 = 1140.0558 CH4 = 2411.07 N2O = 391.961 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-09 02:15:00 begin of timestep (day): 4 (run): 9988 0: MPIOM: current date: 2100-11-09 03:00:00 begin of timestep (day): 5 (run): 9989 0: MPIOM: current date: 2100-11-09 03:45:00 begin of timestep (day): 6 (run): 9990 0: MPIOM: current date: 2100-11-09 04:30:00 begin of timestep (day): 7 (run): 9991 384: Radiation calculated for : 9. Nov 2100 03:56:15 384: Greenhouse gas concentrations 9. Nov 2100 03:56:15 CO2 = 1140.0589 CH4 = 2411.07 N2O = 391.961 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-09 05:15:00 begin of timestep (day): 8 (run): 9992 0: MPIOM: current date: 2100-11-09 06:00:00 begin of timestep (day): 9 (run): 9993 0: MPIOM: current date: 2100-11-09 06:45:00 begin of timestep (day): 10 (run): 9994 0: MPIOM: current date: 2100-11-09 07:30:00 begin of timestep (day): 11 (run): 9995 384: Radiation calculated for : 9. Nov 2100 05:56:15 384: Greenhouse gas concentrations 9. Nov 2100 05:56:15 CO2 = 1140.0620 CH4 = 2411.07 N2O = 391.961 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-09 08:15:00 begin of timestep (day): 12 (run): 9996 0: MPIOM: current date: 2100-11-09 09:00:00 begin of timestep (day): 13 (run): 9997 0: MPIOM: current date: 2100-11-09 09:45:00 begin of timestep (day): 14 (run): 9998 0: MPIOM: current date: 2100-11-09 10:30:00 begin of timestep (day): 15 (run): 9999 384: Radiation calculated for : 9. Nov 2100 07:56:15 384: Greenhouse gas concentrations 9. Nov 2100 07:56:15 CO2 = 1140.0652 CH4 = 2411.06 N2O = 391.961 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-09 11:15:00 begin of timestep (day): 16 (run): 10000 0: MPIOM: current date: 2100-11-09 12:00:00 begin of timestep (day): 17 (run): 10001 0: MPIOM: current date: 2100-11-09 12:45:00 begin of timestep (day): 18 (run): 10002 384: Radiation calculated for : 9. Nov 2100 09:56:15 0: MPIOM: current date: 2100-11-09 13:30:00 begin of timestep (day): 19 (run): 10003 384: Greenhouse gas concentrations 9. Nov 2100 09:56:15 CO2 = 1140.0683 CH4 = 2411.06 N2O = 391.961 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-09 14:15:00 begin of timestep (day): 20 (run): 10004 0: MPIOM: current date: 2100-11-09 15:00:00 begin of timestep (day): 21 (run): 10005 0: MPIOM: current date: 2100-11-09 15:45:00 begin of timestep (day): 22 (run): 10006 384: Radiation calculated for : 9. Nov 2100 11:56:15 384: Greenhouse gas concentrations 9. Nov 2100 11:56:15 CO2 = 1140.0714 CH4 = 2411.06 N2O = 391.961 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-09 16:30:00 begin of timestep (day): 23 (run): 10007 0: MPIOM: current date: 2100-11-09 17:15:00 begin of timestep (day): 24 (run): 10008 0: MPIOM: current date: 2100-11-09 18:00:00 begin of timestep (day): 25 (run): 10009 0: MPIOM: current date: 2100-11-09 18:45:00 begin of timestep (day): 26 (run): 10010 384: Radiation calculated for : 9. Nov 2100 13:56:15 384: Greenhouse gas concentrations 9. Nov 2100 13:56:15 CO2 = 1140.0745 CH4 = 2411.06 N2O = 391.961 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-09 19:30:00 begin of timestep (day): 27 (run): 10011 0: MPIOM: current date: 2100-11-09 20:15:00 begin of timestep (day): 28 (run): 10012 0: MPIOM: current date: 2100-11-09 21:00:00 begin of timestep (day): 29 (run): 10013 0: MPIOM: current date: 2100-11-09 21:45:00 begin of timestep (day): 30 (run): 10014 384: Radiation calculated for : 9. Nov 2100 15:56:15 384: Greenhouse gas concentrations 9. Nov 2100 15:56:15 CO2 = 1140.0776 CH4 = 2411.05 N2O = 391.961 CFC = 51.00 207.83 0: MPIOM: current date: 2100-11-09 22:30:00 begin of timestep (day): 31 (run): 10015 0: MPIOM: current date: 2100-11-09 23:15:00 begin of timestep (day): 32 (run): 10016 0: MPIOM: current date: 2100-11-10 00:00:00 begin of timestep (day): 1 (run): 10017 384: Radiation calculated for : 9. Nov 2100 17:56:15 384: Greenhouse gas concentrations 9. Nov 2100 17:56:15 CO2 = 1140.0807 CH4 = 2411.05 N2O = 391.961 CFC = 51.00 207.82 384: Radiation calculated for : 9. Nov 2100 19:56:15 384: Greenhouse gas concentrations 9. Nov 2100 19:56:15 CO2 = 1140.0839 CH4 = 2411.05 N2O = 391.961 CFC = 51.00 207.82 384: Radiation calculated for : 9. Nov 2100 21:56:15 384: Greenhouse gas concentrations 9. Nov 2100 21:56:15 CO2 = 1140.0870 CH4 = 2411.05 N2O = 391.962 CFC = 51.00 207.82 384: Radiation calculated for : 9. Nov 2100 23:56:15 384: Greenhouse gas concentrations 9. Nov 2100 23:56:15 CO2 = 1140.0901 CH4 = 2411.04 N2O = 391.962 CFC = 51.00 207.82 384: hydrology_model: Water budget change: 1.043081283569336E-007 m3/s 384: hydrology_model: global discharge: 1048404.43901630 m3/s 384: hydrology_model: precip-evap (on ocean): -1140798.02601147 m3/s 384: water_budget_corr: P-E correction: -22854.1365234833 m3/s 384: water_budget_corr: slm/slf residuum: 59069.7421442061 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4747.16010662152 m3/s 384: water_budget_corr: awfre corrected: -1158905.00242832 m3/s 384: water_budget_corr: river discharge: 1048404.43901630 m3/s 384: water_budget_corr: water to ocean: -110500.563412022 m3/s 384: Write GRIB1 output for : 9. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.945541609491068E-010 kg m-2 s-1 0: co2 = 1059.50024780375 , n2 = 802000.000336431 , o2 = 0: 196800.001021875 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-10 00:45:00 begin of timestep (day): 2 (run): 10018 0: MPIOM: current date: 2100-11-10 01:30:00 begin of timestep (day): 3 (run): 10019 384: Radiation calculated for : 10. Nov 2100 01:56:15 384: Greenhouse gas concentrations 10. Nov 2100 01:56:15 CO2 = 1140.0932 CH4 = 2411.04 N2O = 391.962 CFC = 51.00 207.82 0: MPIOM: current date: 2100-11-10 02:15:00 begin of timestep (day): 4 (run): 10020 0: MPIOM: current date: 2100-11-10 03:00:00 begin of timestep (day): 5 (run): 10021 0: MPIOM: current date: 2100-11-10 03:45:00 begin of timestep (day): 6 (run): 10022 0: MPIOM: current date: 2100-11-10 04:30:00 begin of timestep (day): 7 (run): 10023 384: Radiation calculated for : 10. Nov 2100 03:56:15 384: Greenhouse gas concentrations 10. Nov 2100 03:56:15 CO2 = 1140.0963 CH4 = 2411.04 N2O = 391.962 CFC = 51.00 207.82 0: MPIOM: current date: 2100-11-10 05:15:00 begin of timestep (day): 8 (run): 10024 0: MPIOM: current date: 2100-11-10 06:00:00 begin of timestep (day): 9 (run): 10025 0: MPIOM: current date: 2100-11-10 06:45:00 begin of timestep (day): 10 (run): 10026 0: MPIOM: current date: 2100-11-10 07:30:00 begin of timestep (day): 11 (run): 10027 384: Radiation calculated for : 10. Nov 2100 05:56:15 384: Greenhouse gas concentrations 10. Nov 2100 05:56:15 CO2 = 1140.0994 CH4 = 2411.03 N2O = 391.962 CFC = 51.00 207.82 0: MPIOM: current date: 2100-11-10 08:15:00 begin of timestep (day): 12 (run): 10028 0: MPIOM: current date: 2100-11-10 09:00:00 begin of timestep (day): 13 (run): 10029 0: MPIOM: current date: 2100-11-10 09:45:00 begin of timestep (day): 14 (run): 10030 0: MPIOM: current date: 2100-11-10 10:30:00 begin of timestep (day): 15 (run): 10031 384: Radiation calculated for : 10. Nov 2100 07:56:15 384: Greenhouse gas concentrations 10. Nov 2100 07:56:15 CO2 = 1140.1026 CH4 = 2411.03 N2O = 391.962 CFC = 51.00 207.82 0: MPIOM: current date: 2100-11-10 11:15:00 begin of timestep (day): 16 (run): 10032 0: MPIOM: current date: 2100-11-10 12:00:00 begin of timestep (day): 17 (run): 10033 0: MPIOM: current date: 2100-11-10 12:45:00 begin of timestep (day): 18 (run): 10034 384: Radiation calculated for : 10. Nov 2100 09:56:15 384: Greenhouse gas concentrations 10. Nov 2100 09:56:15 CO2 = 1140.1057 CH4 = 2411.03 N2O = 391.962 CFC = 51.00 207.82 0: MPIOM: current date: 2100-11-10 13:30:00 begin of timestep (day): 19 (run): 10035 0: MPIOM: current date: 2100-11-10 14:15:00 begin of timestep (day): 20 (run): 10036 0: MPIOM: current date: 2100-11-10 15:00:00 begin of timestep (day): 21 (run): 10037 0: MPIOM: current date: 2100-11-10 15:45:00 begin of timestep (day): 22 (run): 10038 384: Radiation calculated for : 10. Nov 2100 11:56:15 384: Greenhouse gas concentrations 10. Nov 2100 11:56:15 CO2 = 1140.1088 CH4 = 2411.03 N2O = 391.962 CFC = 51.00 207.82 0: MPIOM: current date: 2100-11-10 16:30:00 begin of timestep (day): 23 (run): 10039 0: MPIOM: current date: 2100-11-10 17:15:00 begin of timestep (day): 24 (run): 10040 0: MPIOM: current date: 2100-11-10 18:00:00 begin of timestep (day): 25 (run): 10041 0: MPIOM: current date: 2100-11-10 18:45:00 begin of timestep (day): 26 (run): 10042 384: Radiation calculated for : 10. Nov 2100 13:56:15 384: Greenhouse gas concentrations 10. Nov 2100 13:56:15 CO2 = 1140.1119 CH4 = 2411.02 N2O = 391.962 CFC = 51.00 207.82 0: MPIOM: current date: 2100-11-10 19:30:00 begin of timestep (day): 27 (run): 10043 0: MPIOM: current date: 2100-11-10 20:15:00 begin of timestep (day): 28 (run): 10044 589: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 133.125000000000 , lev 42 0: MPIOM: current date: 2100-11-10 21:00:00 begin of timestep (day): 29 (run): 10045 589: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 133.125000000000 , lev 42 0: MPIOM: current date: 2100-11-10 21:45:00 begin of timestep (day): 30 (run): 10046 0: MPIOM: current date: 2100-11-10 22:30:00 begin of timestep (day): 31 (run): 10047 384: Radiation calculated for : 10. Nov 2100 15:56:15 384: Greenhouse gas concentrations 10. Nov 2100 15:56:15 CO2 = 1140.1150 CH4 = 2411.02 N2O = 391.962 CFC = 51.00 207.82 0: MPIOM: current date: 2100-11-10 23:15:00 begin of timestep (day): 32 (run): 10048 0: MPIOM: current date: 2100-11-11 00:00:00 begin of timestep (day): 1 (run): 10049 384: Radiation calculated for : 10. Nov 2100 17:56:15 384: Greenhouse gas concentrations 10. Nov 2100 17:56:15 CO2 = 1140.1181 CH4 = 2411.02 N2O = 391.963 CFC = 51.00 207.82 384: Radiation calculated for : 10. Nov 2100 19:56:15 384: Greenhouse gas concentrations 10. Nov 2100 19:56:15 CO2 = 1140.1213 CH4 = 2411.02 N2O = 391.963 CFC = 51.00 207.82 384: Radiation calculated for : 10. Nov 2100 21:56:15 384: Greenhouse gas concentrations 10. Nov 2100 21:56:15 CO2 = 1140.1244 CH4 = 2411.01 N2O = 391.963 CFC = 51.00 207.82 384: Radiation calculated for : 10. Nov 2100 23:56:15 384: Greenhouse gas concentrations 10. Nov 2100 23:56:15 CO2 = 1140.1275 CH4 = 2411.01 N2O = 391.963 CFC = 51.00 207.82 384: hydrology_model: Water budget change: -7.301568984985352E-007 m3/s 384: hydrology_model: global discharge: 1021671.01950430 m3/s 384: hydrology_model: precip-evap (on ocean): -1926465.63525230 m3/s 384: water_budget_corr: P-E correction: 6850.91103913223 m3/s 384: water_budget_corr: slm/slf residuum: 48008.4904734347 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4126.46601095058 m3/s 384: water_budget_corr: awfre corrected: -1915488.25820221 m3/s 384: water_budget_corr: river discharge: 1021671.01950430 m3/s 384: water_budget_corr: water to ocean: -893817.238697910 m3/s 384: Write GRIB1 output for : 10. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.828984510503241E-010 kg m-2 s-1 0: co2 = 1059.52129571982 , n2 = 802000.000312542 , o2 = 0: 196800.001000948 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-11 00:45:00 begin of timestep (day): 2 (run): 10050 0: MPIOM: current date: 2100-11-11 01:30:00 begin of timestep (day): 3 (run): 10051 384: Radiation calculated for : 11. Nov 2100 01:56:15 384: Greenhouse gas concentrations 11. Nov 2100 01:56:15 CO2 = 1140.1306 CH4 = 2411.01 N2O = 391.963 CFC = 50.99 207.82 0: MPIOM: current date: 2100-11-11 02:15:00 begin of timestep (day): 4 (run): 10052 0: MPIOM: current date: 2100-11-11 03:00:00 begin of timestep (day): 5 (run): 10053 0: MPIOM: current date: 2100-11-11 03:45:00 begin of timestep (day): 6 (run): 10054 0: MPIOM: current date: 2100-11-11 04:30:00 begin of timestep (day): 7 (run): 10055 384: Radiation calculated for : 11. Nov 2100 03:56:15 384: Greenhouse gas concentrations 11. Nov 2100 03:56:15 CO2 = 1140.1337 CH4 = 2411.00 N2O = 391.963 CFC = 50.99 207.82 0: MPIOM: current date: 2100-11-11 05:15:00 begin of timestep (day): 8 (run): 10056 0: MPIOM: current date: 2100-11-11 06:00:00 begin of timestep (day): 9 (run): 10057 0: MPIOM: current date: 2100-11-11 06:45:00 begin of timestep (day): 10 (run): 10058 0: MPIOM: current date: 2100-11-11 07:30:00 begin of timestep (day): 11 (run): 10059 384: Radiation calculated for : 11. Nov 2100 05:56:15 384: Greenhouse gas concentrations 11. Nov 2100 05:56:15 CO2 = 1140.1368 CH4 = 2411.00 N2O = 391.963 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-11 08:15:00 begin of timestep (day): 12 (run): 10060 0: MPIOM: current date: 2100-11-11 09:00:00 begin of timestep (day): 13 (run): 10061 0: MPIOM: current date: 2100-11-11 09:45:00 begin of timestep (day): 14 (run): 10062 0: MPIOM: current date: 2100-11-11 10:30:00 begin of timestep (day): 15 (run): 10063 384: Radiation calculated for : 11. Nov 2100 07:56:15 384: Greenhouse gas concentrations 11. Nov 2100 07:56:15 CO2 = 1140.1400 CH4 = 2411.00 N2O = 391.963 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-11 11:15:00 begin of timestep (day): 16 (run): 10064 0: MPIOM: current date: 2100-11-11 12:00:00 begin of timestep (day): 17 (run): 10065 0: MPIOM: current date: 2100-11-11 12:45:00 begin of timestep (day): 18 (run): 10066 0: MPIOM: current date: 2100-11-11 13:30:00 begin of timestep (day): 19 (run): 10067 384: Radiation calculated for : 11. Nov 2100 09:56:15 384: Greenhouse gas concentrations 11. Nov 2100 09:56:15 CO2 = 1140.1431 CH4 = 2411.00 N2O = 391.963 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-11 14:15:00 begin of timestep (day): 20 (run): 10068 0: MPIOM: current date: 2100-11-11 15:00:00 begin of timestep (day): 21 (run): 10069 0: MPIOM: current date: 2100-11-11 15:45:00 begin of timestep (day): 22 (run): 10070 0: MPIOM: current date: 2100-11-11 16:30:00 begin of timestep (day): 23 (run): 10071 384: Radiation calculated for : 11. Nov 2100 11:56:15 384: Greenhouse gas concentrations 11. Nov 2100 11:56:15 CO2 = 1140.1462 CH4 = 2410.99 N2O = 391.964 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-11 17:15:00 begin of timestep (day): 24 (run): 10072 0: MPIOM: current date: 2100-11-11 18:00:00 begin of timestep (day): 25 (run): 10073 0: MPIOM: current date: 2100-11-11 18:45:00 begin of timestep (day): 26 (run): 10074 384: Radiation calculated for : 11. Nov 2100 13:56:15 0: MPIOM: current date: 2100-11-11 19:30:00 begin of timestep (day): 27 (run): 10075 384: Greenhouse gas concentrations 11. Nov 2100 13:56:15 CO2 = 1140.1493 CH4 = 2410.99 N2O = 391.964 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-11 20:15:00 begin of timestep (day): 28 (run): 10076 0: MPIOM: current date: 2100-11-11 21:00:00 begin of timestep (day): 29 (run): 10077 0: MPIOM: current date: 2100-11-11 21:45:00 begin of timestep (day): 30 (run): 10078 384: Radiation calculated for : 11. Nov 2100 15:56:15 0: MPIOM: current date: 2100-11-11 22:30:00 begin of timestep (day): 31 (run): 10079 384: Greenhouse gas concentrations 11. Nov 2100 15:56:15 CO2 = 1140.1524 CH4 = 2410.99 N2O = 391.964 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-11 23:15:00 begin of timestep (day): 32 (run): 10080 0: MPIOM: current date: 2100-11-12 00:00:00 begin of timestep (day): 1 (run): 10081 384: Radiation calculated for : 11. Nov 2100 17:56:15 384: Greenhouse gas concentrations 11. Nov 2100 17:56:15 CO2 = 1140.1555 CH4 = 2410.99 N2O = 391.964 CFC = 50.99 207.81 384: Radiation calculated for : 11. Nov 2100 19:56:15 384: Greenhouse gas concentrations 11. Nov 2100 19:56:15 CO2 = 1140.1587 CH4 = 2410.98 N2O = 391.964 CFC = 50.99 207.81 384: Radiation calculated for : 11. Nov 2100 21:56:15 384: Greenhouse gas concentrations 11. Nov 2100 21:56:15 CO2 = 1140.1618 CH4 = 2410.98 N2O = 391.964 CFC = 50.99 207.81 384: Radiation calculated for : 11. Nov 2100 23:56:15 384: Greenhouse gas concentrations 11. Nov 2100 23:56:15 CO2 = 1140.1649 CH4 = 2410.98 N2O = 391.964 CFC = 50.99 207.81 384: hydrology_model: Water budget change: 7.450580596923828E-007 m3/s 384: hydrology_model: global discharge: 1011745.49457347 m3/s 384: hydrology_model: precip-evap (on ocean): -1554195.31195457 m3/s 384: water_budget_corr: P-E correction: -8185.41912737736 m3/s 384: water_budget_corr: slm/slf residuum: 50808.1919479986 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1607.60527121822 m3/s 384: water_budget_corr: awfre corrected: -1560773.12581072 m3/s 384: water_budget_corr: river discharge: 1011745.49457347 m3/s 384: water_budget_corr: water to ocean: -549027.631237260 m3/s 384: Write GRIB1 output for : 11. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.435576323102428E-010 kg m-2 s-1 0: co2 = 1059.55716233491 , n2 = 802000.000291858 , o2 = 0: 196800.001010407 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-12 00:45:00 begin of timestep (day): 2 (run): 10082 0: MPIOM: current date: 2100-11-12 01:30:00 begin of timestep (day): 3 (run): 10083 384: Radiation calculated for : 12. Nov 2100 01:56:15 384: Greenhouse gas concentrations 12. Nov 2100 01:56:15 CO2 = 1140.1680 CH4 = 2410.97 N2O = 391.964 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-12 02:15:00 begin of timestep (day): 4 (run): 10084 0: MPIOM: current date: 2100-11-12 03:00:00 begin of timestep (day): 5 (run): 10085 0: MPIOM: current date: 2100-11-12 03:45:00 begin of timestep (day): 6 (run): 10086 0: MPIOM: current date: 2100-11-12 04:30:00 begin of timestep (day): 7 (run): 10087 384: Radiation calculated for : 12. Nov 2100 03:56:15 384: Greenhouse gas concentrations 12. Nov 2100 03:56:15 CO2 = 1140.1711 CH4 = 2410.97 N2O = 391.964 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-12 05:15:00 begin of timestep (day): 8 (run): 10088 0: MPIOM: current date: 2100-11-12 06:00:00 begin of timestep (day): 9 (run): 10089 0: MPIOM: current date: 2100-11-12 06:45:00 begin of timestep (day): 10 (run): 10090 0: MPIOM: current date: 2100-11-12 07:30:00 begin of timestep (day): 11 (run): 10091 384: Radiation calculated for : 12. Nov 2100 05:56:15 384: Greenhouse gas concentrations 12. Nov 2100 05:56:15 CO2 = 1140.1742 CH4 = 2410.97 N2O = 391.964 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-12 08:15:00 begin of timestep (day): 12 (run): 10092 0: MPIOM: current date: 2100-11-12 09:00:00 begin of timestep (day): 13 (run): 10093 0: MPIOM: current date: 2100-11-12 09:45:00 begin of timestep (day): 14 (run): 10094 384: Radiation calculated for : 12. Nov 2100 07:56:15 384: Greenhouse gas concentrations 12. Nov 2100 07:56:15 CO2 = 1140.1774 CH4 = 2410.97 N2O = 391.965 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-12 10:30:00 begin of timestep (day): 15 (run): 10095 0: MPIOM: current date: 2100-11-12 11:15:00 begin of timestep (day): 16 (run): 10096 0: MPIOM: current date: 2100-11-12 12:00:00 begin of timestep (day): 17 (run): 10097 0: MPIOM: current date: 2100-11-12 12:45:00 begin of timestep (day): 18 (run): 10098 384: Radiation calculated for : 12. Nov 2100 09:56:15 384: Greenhouse gas concentrations 12. Nov 2100 09:56:15 CO2 = 1140.1805 CH4 = 2410.96 N2O = 391.965 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-12 13:30:00 begin of timestep (day): 19 (run): 10099 0: MPIOM: current date: 2100-11-12 14:15:00 begin of timestep (day): 20 (run): 10100 0: MPIOM: current date: 2100-11-12 15:00:00 begin of timestep (day): 21 (run): 10101 0: MPIOM: current date: 2100-11-12 15:45:00 begin of timestep (day): 22 (run): 10102 384: Radiation calculated for : 12. Nov 2100 11:56:15 384: Greenhouse gas concentrations 12. Nov 2100 11:56:15 CO2 = 1140.1836 CH4 = 2410.96 N2O = 391.965 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-12 16:30:00 begin of timestep (day): 23 (run): 10103 0: MPIOM: current date: 2100-11-12 17:15:00 begin of timestep (day): 24 (run): 10104 0: MPIOM: current date: 2100-11-12 18:00:00 begin of timestep (day): 25 (run): 10105 0: MPIOM: current date: 2100-11-12 18:45:00 begin of timestep (day): 26 (run): 10106 384: Radiation calculated for : 12. Nov 2100 13:56:15 384: Greenhouse gas concentrations 12. Nov 2100 13:56:15 CO2 = 1140.1867 CH4 = 2410.96 N2O = 391.965 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-12 19:30:00 begin of timestep (day): 27 (run): 10107 0: MPIOM: current date: 2100-11-12 20:15:00 begin of timestep (day): 28 (run): 10108 0: MPIOM: current date: 2100-11-12 21:00:00 begin of timestep (day): 29 (run): 10109 0: MPIOM: current date: 2100-11-12 21:45:00 begin of timestep (day): 30 (run): 10110 384: Radiation calculated for : 12. Nov 2100 15:56:15 384: Greenhouse gas concentrations 12. Nov 2100 15:56:15 CO2 = 1140.1898 CH4 = 2410.96 N2O = 391.965 CFC = 50.99 207.81 0: MPIOM: current date: 2100-11-12 22:30:00 begin of timestep (day): 31 (run): 10111 0: MPIOM: current date: 2100-11-12 23:15:00 begin of timestep (day): 32 (run): 10112 0: MPIOM: current date: 2100-11-13 00:00:00 begin of timestep (day): 1 (run): 10113 384: Radiation calculated for : 12. Nov 2100 17:56:15 384: Greenhouse gas concentrations 12. Nov 2100 17:56:15 CO2 = 1140.1929 CH4 = 2410.95 N2O = 391.965 CFC = 50.99 207.80 384: Radiation calculated for : 12. Nov 2100 19:56:15 384: Greenhouse gas concentrations 12. Nov 2100 19:56:15 CO2 = 1140.1961 CH4 = 2410.95 N2O = 391.965 CFC = 50.99 207.80 384: Radiation calculated for : 12. Nov 2100 21:56:15 384: Greenhouse gas concentrations 12. Nov 2100 21:56:15 CO2 = 1140.1992 CH4 = 2410.95 N2O = 391.965 CFC = 50.99 207.80 384: Radiation calculated for : 12. Nov 2100 23:56:15 384: Greenhouse gas concentrations 12. Nov 2100 23:56:15 CO2 = 1140.2023 CH4 = 2410.94 N2O = 391.965 CFC = 50.99 207.80 384: hydrology_model: Water budget change: 3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 1011129.25129112 m3/s 384: hydrology_model: precip-evap (on ocean): -1098154.89375605 m3/s 384: water_budget_corr: P-E correction: -33649.4139807687 m3/s 384: water_budget_corr: slm/slf residuum: 53500.8734818804 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1848.06007305876 m3/s 384: water_budget_corr: awfre corrected: -1129956.24766377 m3/s 384: water_budget_corr: river discharge: 1011129.25129112 m3/s 384: water_budget_corr: water to ocean: -118826.996372635 m3/s 384: Write GRIB1 output for : 12. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1059.69152292298 , n2 = 802000.000251992 , o2 = 0: 196800.000931423 384: CO2 flux correction (global): -5.423360379538273E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-13 00:45:00 begin of timestep (day): 2 (run): 10114 0: MPIOM: current date: 2100-11-13 01:30:00 begin of timestep (day): 3 (run): 10115 384: Radiation calculated for : 13. Nov 2100 01:56:15 384: Greenhouse gas concentrations 13. Nov 2100 01:56:15 CO2 = 1140.2054 CH4 = 2410.94 N2O = 391.965 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-13 02:15:00 begin of timestep (day): 4 (run): 10116 0: MPIOM: current date: 2100-11-13 03:00:00 begin of timestep (day): 5 (run): 10117 0: MPIOM: current date: 2100-11-13 03:45:00 begin of timestep (day): 6 (run): 10118 0: MPIOM: current date: 2100-11-13 04:30:00 begin of timestep (day): 7 (run): 10119 0: MPIOM: current date: 2100-11-13 05:15:00 begin of timestep (day): 8 (run): 10120 384: Radiation calculated for : 13. Nov 2100 03:56:15 384: Greenhouse gas concentrations 13. Nov 2100 03:56:15 CO2 = 1140.2085 CH4 = 2410.94 N2O = 391.966 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-13 06:00:00 begin of timestep (day): 9 (run): 10121 0: MPIOM: current date: 2100-11-13 06:45:00 begin of timestep (day): 10 (run): 10122 0: MPIOM: current date: 2100-11-13 07:30:00 begin of timestep (day): 11 (run): 10123 384: Radiation calculated for : 13. Nov 2100 05:56:15 0: MPIOM: current date: 2100-11-13 08:15:00 begin of timestep (day): 12 (run): 10124 384: Greenhouse gas concentrations 13. Nov 2100 05:56:15 CO2 = 1140.2116 CH4 = 2410.94 N2O = 391.966 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-13 09:00:00 begin of timestep (day): 13 (run): 10125 0: MPIOM: current date: 2100-11-13 09:45:00 begin of timestep (day): 14 (run): 10126 0: MPIOM: current date: 2100-11-13 10:30:00 begin of timestep (day): 15 (run): 10127 0: MPIOM: current date: 2100-11-13 11:15:00 begin of timestep (day): 16 (run): 10128 384: Radiation calculated for : 13. Nov 2100 07:56:15 384: Greenhouse gas concentrations 13. Nov 2100 07:56:15 CO2 = 1140.2148 CH4 = 2410.93 N2O = 391.966 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-13 12:00:00 begin of timestep (day): 17 (run): 10129 0: MPIOM: current date: 2100-11-13 12:45:00 begin of timestep (day): 18 (run): 10130 0: MPIOM: current date: 2100-11-13 13:30:00 begin of timestep (day): 19 (run): 10131 384: Radiation calculated for : 13. Nov 2100 09:56:15 384: Greenhouse gas concentrations 13. Nov 2100 09:56:15 CO2 = 1140.2179 CH4 = 2410.93 N2O = 391.966 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-13 14:15:00 begin of timestep (day): 20 (run): 10132 0: MPIOM: current date: 2100-11-13 15:00:00 begin of timestep (day): 21 (run): 10133 0: MPIOM: current date: 2100-11-13 15:45:00 begin of timestep (day): 22 (run): 10134 0: MPIOM: current date: 2100-11-13 16:30:00 begin of timestep (day): 23 (run): 10135 384: Radiation calculated for : 13. Nov 2100 11:56:15 384: Greenhouse gas concentrations 13. Nov 2100 11:56:15 CO2 = 1140.2210 CH4 = 2410.93 N2O = 391.966 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-13 17:15:00 begin of timestep (day): 24 (run): 10136 0: MPIOM: current date: 2100-11-13 18:00:00 begin of timestep (day): 25 (run): 10137 0: MPIOM: current date: 2100-11-13 18:45:00 begin of timestep (day): 26 (run): 10138 0: MPIOM: current date: 2100-11-13 19:30:00 begin of timestep (day): 27 (run): 10139 384: Radiation calculated for : 13. Nov 2100 13:56:15 384: Greenhouse gas concentrations 13. Nov 2100 13:56:15 CO2 = 1140.2241 CH4 = 2410.92 N2O = 391.966 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-13 20:15:00 begin of timestep (day): 28 (run): 10140 0: MPIOM: current date: 2100-11-13 21:00:00 begin of timestep (day): 29 (run): 10141 0: MPIOM: current date: 2100-11-13 21:45:00 begin of timestep (day): 30 (run): 10142 384: Radiation calculated for : 13. Nov 2100 15:56:15 0: MPIOM: current date: 2100-11-13 22:30:00 begin of timestep (day): 31 (run): 10143 384: Greenhouse gas concentrations 13. Nov 2100 15:56:15 CO2 = 1140.2272 CH4 = 2410.92 N2O = 391.966 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-13 23:15:00 begin of timestep (day): 32 (run): 10144 0: MPIOM: current date: 2100-11-14 00:00:00 begin of timestep (day): 1 (run): 10145 384: Radiation calculated for : 13. Nov 2100 17:56:15 384: Greenhouse gas concentrations 13. Nov 2100 17:56:15 CO2 = 1140.2303 CH4 = 2410.92 N2O = 391.966 CFC = 50.99 207.80 384: Radiation calculated for : 13. Nov 2100 19:56:15 384: Greenhouse gas concentrations 13. Nov 2100 19:56:15 CO2 = 1140.2334 CH4 = 2410.92 N2O = 391.966 CFC = 50.99 207.80 384: Radiation calculated for : 13. Nov 2100 21:56:15 384: Greenhouse gas concentrations 13. Nov 2100 21:56:15 CO2 = 1140.2366 CH4 = 2410.91 N2O = 391.967 CFC = 50.99 207.80 384: Radiation calculated for : 13. Nov 2100 23:56:15 384: Greenhouse gas concentrations 13. Nov 2100 23:56:15 CO2 = 1140.2397 CH4 = 2410.91 N2O = 391.967 CFC = 50.99 207.80 384: hydrology_model: Water budget change: 5.364418029785156E-007 m3/s 384: hydrology_model: global discharge: 999296.698806742 m3/s 384: hydrology_model: precip-evap (on ocean): -468694.797234066 m3/s 384: water_budget_corr: P-E correction: -11231.1113218020 m3/s 384: water_budget_corr: slm/slf residuum: 65864.6217310787 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1959.78962016533 m3/s 384: water_budget_corr: awfre corrected: -477966.118935713 m3/s 384: water_budget_corr: river discharge: 999296.698806742 m3/s 384: water_budget_corr: water to ocean: 521330.579871030 m3/s 384: Write GRIB1 output for : 13. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.892056057191715E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1059.77311584388 , n2 = 802000.000272794 , o2 = 0: 196800.001075768 0: MPIOM: current date: 2100-11-14 00:45:00 begin of timestep (day): 2 (run): 10146 0: MPIOM: current date: 2100-11-14 01:30:00 begin of timestep (day): 3 (run): 10147 384: Radiation calculated for : 14. Nov 2100 01:56:15 384: Greenhouse gas concentrations 14. Nov 2100 01:56:15 CO2 = 1140.2428 CH4 = 2410.91 N2O = 391.967 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-14 02:15:00 begin of timestep (day): 4 (run): 10148 0: MPIOM: current date: 2100-11-14 03:00:00 begin of timestep (day): 5 (run): 10149 0: MPIOM: current date: 2100-11-14 03:45:00 begin of timestep (day): 6 (run): 10150 0: MPIOM: current date: 2100-11-14 04:30:00 begin of timestep (day): 7 (run): 10151 384: Radiation calculated for : 14. Nov 2100 03:56:15 384: Greenhouse gas concentrations 14. Nov 2100 03:56:15 CO2 = 1140.2459 CH4 = 2410.91 N2O = 391.967 CFC = 50.99 207.80 0: MPIOM: current date: 2100-11-14 05:15:00 begin of timestep (day): 8 (run): 10152 0: MPIOM: current date: 2100-11-14 06:00:00 begin of timestep (day): 9 (run): 10153 0: MPIOM: current date: 2100-11-14 06:45:00 begin of timestep (day): 10 (run): 10154 0: MPIOM: current date: 2100-11-14 07:30:00 begin of timestep (day): 11 (run): 10155 384: Radiation calculated for : 14. Nov 2100 05:56:15 384: Greenhouse gas concentrations 14. Nov 2100 05:56:15 CO2 = 1140.2490 CH4 = 2410.90 N2O = 391.967 CFC = 50.99 207.79 0: MPIOM: current date: 2100-11-14 08:15:00 begin of timestep (day): 12 (run): 10156 0: MPIOM: current date: 2100-11-14 09:00:00 begin of timestep (day): 13 (run): 10157 0: MPIOM: current date: 2100-11-14 09:45:00 begin of timestep (day): 14 (run): 10158 0: MPIOM: current date: 2100-11-14 10:30:00 begin of timestep (day): 15 (run): 10159 384: Radiation calculated for : 14. Nov 2100 07:56:15 384: Greenhouse gas concentrations 14. Nov 2100 07:56:15 CO2 = 1140.2521 CH4 = 2410.90 N2O = 391.967 CFC = 50.99 207.79 0: MPIOM: current date: 2100-11-14 11:15:00 begin of timestep (day): 16 (run): 10160 0: MPIOM: current date: 2100-11-14 12:00:00 begin of timestep (day): 17 (run): 10161 0: MPIOM: current date: 2100-11-14 12:45:00 begin of timestep (day): 18 (run): 10162 0: MPIOM: current date: 2100-11-14 13:30:00 begin of timestep (day): 19 (run): 10163 384: Radiation calculated for : 14. Nov 2100 09:56:15 384: Greenhouse gas concentrations 14. Nov 2100 09:56:15 CO2 = 1140.2553 CH4 = 2410.90 N2O = 391.967 CFC = 50.99 207.79 0: MPIOM: current date: 2100-11-14 14:15:00 begin of timestep (day): 20 (run): 10164 0: MPIOM: current date: 2100-11-14 15:00:00 begin of timestep (day): 21 (run): 10165 0: MPIOM: current date: 2100-11-14 15:45:00 begin of timestep (day): 22 (run): 10166 0: MPIOM: current date: 2100-11-14 16:30:00 begin of timestep (day): 23 (run): 10167 384: Radiation calculated for : 14. Nov 2100 11:56:15 384: Greenhouse gas concentrations 14. Nov 2100 11:56:15 CO2 = 1140.2584 CH4 = 2410.89 N2O = 391.967 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-14 17:15:00 begin of timestep (day): 24 (run): 10168 0: MPIOM: current date: 2100-11-14 18:00:00 begin of timestep (day): 25 (run): 10169 0: MPIOM: current date: 2100-11-14 18:45:00 begin of timestep (day): 26 (run): 10170 0: MPIOM: current date: 2100-11-14 19:30:00 begin of timestep (day): 27 (run): 10171 384: Radiation calculated for : 14. Nov 2100 13:56:15 384: Greenhouse gas concentrations 14. Nov 2100 13:56:15 CO2 = 1140.2615 CH4 = 2410.89 N2O = 391.967 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-14 20:15:00 begin of timestep (day): 28 (run): 10172 0: MPIOM: current date: 2100-11-14 21:00:00 begin of timestep (day): 29 (run): 10173 0: MPIOM: current date: 2100-11-14 21:45:00 begin of timestep (day): 30 (run): 10174 384: Radiation calculated for : 14. Nov 2100 15:56:15 384: Greenhouse gas concentrations 14. Nov 2100 15:56:15 CO2 = 1140.2646 CH4 = 2410.89 N2O = 391.967 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-14 22:30:00 begin of timestep (day): 31 (run): 10175 0: MPIOM: current date: 2100-11-14 23:15:00 begin of timestep (day): 32 (run): 10176 0: MPIOM: current date: 2100-11-15 00:00:00 begin of timestep (day): 1 (run): 10177 384: Radiation calculated for : 14. Nov 2100 17:56:15 384: Greenhouse gas concentrations 14. Nov 2100 17:56:15 CO2 = 1140.2677 CH4 = 2410.89 N2O = 391.968 CFC = 50.98 207.79 384: Radiation calculated for : 14. Nov 2100 19:56:15 384: Greenhouse gas concentrations 14. Nov 2100 19:56:15 CO2 = 1140.2708 CH4 = 2410.88 N2O = 391.968 CFC = 50.98 207.79 384: Radiation calculated for : 14. Nov 2100 21:56:15 384: Greenhouse gas concentrations 14. Nov 2100 21:56:15 CO2 = 1140.2740 CH4 = 2410.88 N2O = 391.968 CFC = 50.98 207.79 384: Radiation calculated for : 14. Nov 2100 23:56:15 384: Greenhouse gas concentrations 14. Nov 2100 23:56:15 CO2 = 1140.2771 CH4 = 2410.88 N2O = 391.968 CFC = 50.98 207.79 384: hydrology_model: Water budget change: 7.003545761108398E-007 m3/s 384: hydrology_model: global discharge: 992450.503140906 m3/s 384: hydrology_model: precip-evap (on ocean): -736530.562308858 m3/s 384: water_budget_corr: P-E correction: -42252.4164112574 m3/s 384: water_budget_corr: slm/slf residuum: 64179.2129695576 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3060.55162658053 m3/s 384: water_budget_corr: awfre corrected: -775722.427093532 m3/s 384: water_budget_corr: river discharge: 992450.503140906 m3/s 384: water_budget_corr: water to ocean: 216728.076047374 m3/s 384: Write GRIB1 output for : 14. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1059.94899089981 , n2 = 802000.000278632 , o2 = 0: 196800.000924943 384: CO2 flux correction (global): -5.298893516475262E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-15 00:45:00 begin of timestep (day): 2 (run): 10178 0: MPIOM: current date: 2100-11-15 01:30:00 begin of timestep (day): 3 (run): 10179 384: Radiation calculated for : 15. Nov 2100 01:56:15 384: Greenhouse gas concentrations 15. Nov 2100 01:56:15 CO2 = 1140.2802 CH4 = 2410.88 N2O = 391.968 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-15 02:15:00 begin of timestep (day): 4 (run): 10180 0: MPIOM: current date: 2100-11-15 03:00:00 begin of timestep (day): 5 (run): 10181 0: MPIOM: current date: 2100-11-15 03:45:00 begin of timestep (day): 6 (run): 10182 0: MPIOM: current date: 2100-11-15 04:30:00 begin of timestep (day): 7 (run): 10183 384: Radiation calculated for : 15. Nov 2100 03:56:15 384: Greenhouse gas concentrations 15. Nov 2100 03:56:15 CO2 = 1140.2833 CH4 = 2410.87 N2O = 391.968 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-15 05:15:00 begin of timestep (day): 8 (run): 10184 0: MPIOM: current date: 2100-11-15 06:00:00 begin of timestep (day): 9 (run): 10185 0: MPIOM: current date: 2100-11-15 06:45:00 begin of timestep (day): 10 (run): 10186 0: MPIOM: current date: 2100-11-15 07:30:00 begin of timestep (day): 11 (run): 10187 384: Radiation calculated for : 15. Nov 2100 05:56:15 384: Greenhouse gas concentrations 15. Nov 2100 05:56:15 CO2 = 1140.2864 CH4 = 2410.87 N2O = 391.968 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-15 08:15:00 begin of timestep (day): 12 (run): 10188 0: MPIOM: current date: 2100-11-15 09:00:00 begin of timestep (day): 13 (run): 10189 0: MPIOM: current date: 2100-11-15 09:45:00 begin of timestep (day): 14 (run): 10190 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 39 0: MPIOM: current date: 2100-11-15 10:30:00 begin of timestep (day): 15 (run): 10191 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 40 0: MPIOM: current date: 2100-11-15 11:15:00 begin of timestep (day): 16 (run): 10192 0: MPIOM: current date: 2100-11-15 12:00:00 begin of timestep (day): 17 (run): 10193 0: MPIOM: current date: 2100-11-15 12:45:00 begin of timestep (day): 18 (run): 10194 384: Radiation calculated for : 15. Nov 2100 07:56:15 384: Greenhouse gas concentrations 15. Nov 2100 07:56:15 CO2 = 1140.2895 CH4 = 2410.87 N2O = 391.968 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-15 13:30:00 begin of timestep (day): 19 (run): 10195 0: MPIOM: current date: 2100-11-15 14:15:00 begin of timestep (day): 20 (run): 10196 0: MPIOM: current date: 2100-11-15 15:00:00 begin of timestep (day): 21 (run): 10197 0: MPIOM: current date: 2100-11-15 15:45:00 begin of timestep (day): 22 (run): 10198 384: Radiation calculated for : 15. Nov 2100 09:56:15 384: Greenhouse gas concentrations 15. Nov 2100 09:56:15 CO2 = 1140.2927 CH4 = 2410.86 N2O = 391.968 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-15 16:30:00 begin of timestep (day): 23 (run): 10199 0: MPIOM: current date: 2100-11-15 17:15:00 begin of timestep (day): 24 (run): 10200 0: MPIOM: current date: 2100-11-15 18:00:00 begin of timestep (day): 25 (run): 10201 384: Radiation calculated for : 15. Nov 2100 11:56:15 384: Greenhouse gas concentrations 15. Nov 2100 11:56:15 CO2 = 1140.2958 CH4 = 2410.86 N2O = 391.969 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-15 18:45:00 begin of timestep (day): 26 (run): 10202 0: MPIOM: current date: 2100-11-15 19:30:00 begin of timestep (day): 27 (run): 10203 0: MPIOM: current date: 2100-11-15 20:15:00 begin of timestep (day): 28 (run): 10204 0: MPIOM: current date: 2100-11-15 21:00:00 begin of timestep (day): 29 (run): 10205 384: Radiation calculated for : 15. Nov 2100 13:56:15 0: MPIOM: current date: 2100-11-15 21:45:00 begin of timestep (day): 30 (run): 10206 384: Greenhouse gas concentrations 15. Nov 2100 13:56:15 CO2 = 1140.2989 CH4 = 2410.86 N2O = 391.969 CFC = 50.98 207.79 0: MPIOM: current date: 2100-11-15 22:30:00 begin of timestep (day): 31 (run): 10207 0: MPIOM: current date: 2100-11-15 23:15:00 begin of timestep (day): 32 (run): 10208 0: MPIOM: current date: 2100-11-16 00:00:00 begin of timestep (day): 1 (run): 10209 384: Radiation calculated for : 15. Nov 2100 15:56:15 384: Greenhouse gas concentrations 15. Nov 2100 15:56:15 CO2 = 1140.3020 CH4 = 2410.86 N2O = 391.969 CFC = 50.98 207.79 384: Radiation calculated for : 15. Nov 2100 17:56:15 384: Greenhouse gas concentrations 15. Nov 2100 17:56:15 CO2 = 1140.3051 CH4 = 2410.85 N2O = 391.969 CFC = 50.98 207.78 384: Radiation calculated for : 15. Nov 2100 19:56:15 384: Greenhouse gas concentrations 15. Nov 2100 19:56:15 CO2 = 1140.3082 CH4 = 2410.85 N2O = 391.969 CFC = 50.98 207.78 384: Radiation calculated for : 15. Nov 2100 21:56:15 384: Greenhouse gas concentrations 15. Nov 2100 21:56:15 CO2 = 1140.3114 CH4 = 2410.85 N2O = 391.969 CFC = 50.98 207.78 384: Radiation calculated for : 15. Nov 2100 23:56:15 384: Greenhouse gas concentrations 15. Nov 2100 23:56:15 CO2 = 1140.3145 CH4 = 2410.85 N2O = 391.969 CFC = 50.98 207.78 384: hydrology_model: Water budget change: -7.599592208862305E-007 m3/s 384: hydrology_model: global discharge: 995360.817672536 m3/s 384: hydrology_model: precip-evap (on ocean): -1370497.54318776 m3/s 384: water_budget_corr: P-E correction: -70797.0378806866 m3/s 384: water_budget_corr: slm/slf residuum: 64986.4586900799 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2427.97401155849 m3/s 384: water_budget_corr: awfre corrected: -1438866.60705687 m3/s 384: water_budget_corr: river discharge: 995360.817672536 m3/s 384: water_budget_corr: water to ocean: -443505.789384333 m3/s 384: Write GRIB1 output for : 15. Nov 2100 23:52:30 0: co2 = 1060.06597518496 , n2 = 802000.000303911 , o2 = 0: 196800.000785820 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.078178285819113E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-16 00:45:00 begin of timestep (day): 2 (run): 10210 0: MPIOM: current date: 2100-11-16 01:30:00 begin of timestep (day): 3 (run): 10211 384: Radiation calculated for : 16. Nov 2100 01:56:15 384: Greenhouse gas concentrations 16. Nov 2100 01:56:15 CO2 = 1140.3176 CH4 = 2410.84 N2O = 391.969 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-16 02:15:00 begin of timestep (day): 4 (run): 10212 0: MPIOM: current date: 2100-11-16 03:00:00 begin of timestep (day): 5 (run): 10213 0: MPIOM: current date: 2100-11-16 03:45:00 begin of timestep (day): 6 (run): 10214 0: MPIOM: current date: 2100-11-16 04:30:00 begin of timestep (day): 7 (run): 10215 384: Radiation calculated for : 16. Nov 2100 03:56:15 384: Greenhouse gas concentrations 16. Nov 2100 03:56:15 CO2 = 1140.3207 CH4 = 2410.84 N2O = 391.969 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-16 05:15:00 begin of timestep (day): 8 (run): 10216 0: MPIOM: current date: 2100-11-16 06:00:00 begin of timestep (day): 9 (run): 10217 0: MPIOM: current date: 2100-11-16 06:45:00 begin of timestep (day): 10 (run): 10218 0: MPIOM: current date: 2100-11-16 07:30:00 begin of timestep (day): 11 (run): 10219 384: Radiation calculated for : 16. Nov 2100 05:56:15 384: Greenhouse gas concentrations 16. Nov 2100 05:56:15 CO2 = 1140.3238 CH4 = 2410.84 N2O = 391.969 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-16 08:15:00 begin of timestep (day): 12 (run): 10220 0: MPIOM: current date: 2100-11-16 09:00:00 begin of timestep (day): 13 (run): 10221 0: MPIOM: current date: 2100-11-16 09:45:00 begin of timestep (day): 14 (run): 10222 0: MPIOM: current date: 2100-11-16 10:30:00 begin of timestep (day): 15 (run): 10223 384: Radiation calculated for : 16. Nov 2100 07:56:15 384: Greenhouse gas concentrations 16. Nov 2100 07:56:15 CO2 = 1140.3269 CH4 = 2410.83 N2O = 391.970 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-16 11:15:00 begin of timestep (day): 16 (run): 10224 0: MPIOM: current date: 2100-11-16 12:00:00 begin of timestep (day): 17 (run): 10225 0: MPIOM: current date: 2100-11-16 12:45:00 begin of timestep (day): 18 (run): 10226 0: MPIOM: current date: 2100-11-16 13:30:00 begin of timestep (day): 19 (run): 10227 384: Radiation calculated for : 16. Nov 2100 09:56:15 384: Greenhouse gas concentrations 16. Nov 2100 09:56:15 CO2 = 1140.3301 CH4 = 2410.83 N2O = 391.970 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-16 14:15:00 begin of timestep (day): 20 (run): 10228 0: MPIOM: current date: 2100-11-16 15:00:00 begin of timestep (day): 21 (run): 10229 0: MPIOM: current date: 2100-11-16 15:45:00 begin of timestep (day): 22 (run): 10230 0: MPIOM: current date: 2100-11-16 16:30:00 begin of timestep (day): 23 (run): 10231 384: Radiation calculated for : 16. Nov 2100 11:56:15 384: Greenhouse gas concentrations 16. Nov 2100 11:56:15 CO2 = 1140.3332 CH4 = 2410.83 N2O = 391.970 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-16 17:15:00 begin of timestep (day): 24 (run): 10232 0: MPIOM: current date: 2100-11-16 18:00:00 begin of timestep (day): 25 (run): 10233 0: MPIOM: current date: 2100-11-16 18:45:00 begin of timestep (day): 26 (run): 10234 0: MPIOM: current date: 2100-11-16 19:30:00 begin of timestep (day): 27 (run): 10235 384: Radiation calculated for : 16. Nov 2100 13:56:15 384: Greenhouse gas concentrations 16. Nov 2100 13:56:15 CO2 = 1140.3363 CH4 = 2410.83 N2O = 391.970 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-16 20:15:00 begin of timestep (day): 28 (run): 10236 0: MPIOM: current date: 2100-11-16 21:00:00 begin of timestep (day): 29 (run): 10237 0: MPIOM: current date: 2100-11-16 21:45:00 begin of timestep (day): 30 (run): 10238 0: MPIOM: current date: 2100-11-16 22:30:00 begin of timestep (day): 31 (run): 10239 384: Radiation calculated for : 16. Nov 2100 15:56:15 384: Greenhouse gas concentrations 16. Nov 2100 15:56:15 CO2 = 1140.3394 CH4 = 2410.82 N2O = 391.970 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-16 23:15:00 begin of timestep (day): 32 (run): 10240 0: MPIOM: current date: 2100-11-17 00:00:00 begin of timestep (day): 1 (run): 10241 384: Radiation calculated for : 16. Nov 2100 17:56:15 384: Greenhouse gas concentrations 16. Nov 2100 17:56:15 CO2 = 1140.3425 CH4 = 2410.82 N2O = 391.970 CFC = 50.98 207.78 384: Radiation calculated for : 16. Nov 2100 19:56:15 384: Greenhouse gas concentrations 16. Nov 2100 19:56:15 CO2 = 1140.3456 CH4 = 2410.82 N2O = 391.970 CFC = 50.98 207.78 384: Radiation calculated for : 16. Nov 2100 21:56:15 384: Greenhouse gas concentrations 16. Nov 2100 21:56:15 CO2 = 1140.3488 CH4 = 2410.82 N2O = 391.970 CFC = 50.98 207.78 384: Radiation calculated for : 16. Nov 2100 23:56:15 384: Greenhouse gas concentrations 16. Nov 2100 23:56:15 CO2 = 1140.3519 CH4 = 2410.81 N2O = 391.970 CFC = 50.98 207.78 384: hydrology_model: Water budget change: -1.415610313415527E-006 m3/s 384: hydrology_model: global discharge: 988161.067183540 m3/s 384: hydrology_model: precip-evap (on ocean): -1458557.66046497 m3/s 384: water_budget_corr: P-E correction: -78068.0192152619 m3/s 384: water_budget_corr: slm/slf residuum: 51040.6252530906 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4660.59266717545 m3/s 384: water_budget_corr: awfre corrected: -1531965.08701306 m3/s 384: water_budget_corr: river discharge: 988161.067183540 m3/s 384: water_budget_corr: water to ocean: -543804.019829526 m3/s 384: Write GRIB1 output for : 16. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1060.03867674045 , n2 = 802000.000360281 , o2 = 0: 196800.000892035 384: CO2 flux correction (global): -3.678462826961403E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-17 00:45:00 begin of timestep (day): 2 (run): 10242 384: 2100-11-17 00h: Read: Valid: 2100-12-16 12h: lightning_frq (lightning.nc, 12), avg = 0.0000 0: MPIOM: current date: 2100-11-17 01:30:00 begin of timestep (day): 3 (run): 10243 384: Radiation calculated for : 17. Nov 2100 01:56:15 0: MPIOM: current date: 2100-11-17 02:15:00 begin of timestep (day): 4 (run): 10244 384: Greenhouse gas concentrations 17. Nov 2100 01:56:15 CO2 = 1140.3550 CH4 = 2410.81 N2O = 391.970 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-17 03:00:00 begin of timestep (day): 5 (run): 10245 0: MPIOM: current date: 2100-11-17 03:45:00 begin of timestep (day): 6 (run): 10246 0: MPIOM: current date: 2100-11-17 04:30:00 begin of timestep (day): 7 (run): 10247 384: Radiation calculated for : 17. Nov 2100 03:56:15 384: Greenhouse gas concentrations 17. Nov 2100 03:56:15 CO2 = 1140.3581 CH4 = 2410.81 N2O = 391.971 CFC = 50.98 207.78 0: MPIOM: current date: 2100-11-17 05:15:00 begin of timestep (day): 8 (run): 10248 0: MPIOM: current date: 2100-11-17 06:00:00 begin of timestep (day): 9 (run): 10249 0: MPIOM: current date: 2100-11-17 06:45:00 begin of timestep (day): 10 (run): 10250 0: MPIOM: current date: 2100-11-17 07:30:00 begin of timestep (day): 11 (run): 10251 384: Radiation calculated for : 17. Nov 2100 05:56:15 384: Greenhouse gas concentrations 17. Nov 2100 05:56:15 CO2 = 1140.3612 CH4 = 2410.80 N2O = 391.971 CFC = 50.98 207.77 0: MPIOM: current date: 2100-11-17 08:15:00 begin of timestep (day): 12 (run): 10252 0: MPIOM: current date: 2100-11-17 09:00:00 begin of timestep (day): 13 (run): 10253 0: MPIOM: current date: 2100-11-17 09:45:00 begin of timestep (day): 14 (run): 10254 0: MPIOM: current date: 2100-11-17 10:30:00 begin of timestep (day): 15 (run): 10255 384: Radiation calculated for : 17. Nov 2100 07:56:15 384: Greenhouse gas concentrations 17. Nov 2100 07:56:15 CO2 = 1140.3643 CH4 = 2410.80 N2O = 391.971 CFC = 50.98 207.77 0: MPIOM: current date: 2100-11-17 11:15:00 begin of timestep (day): 16 (run): 10256 0: MPIOM: current date: 2100-11-17 12:00:00 begin of timestep (day): 17 (run): 10257 0: MPIOM: current date: 2100-11-17 12:45:00 begin of timestep (day): 18 (run): 10258 0: MPIOM: current date: 2100-11-17 13:30:00 begin of timestep (day): 19 (run): 10259 384: Radiation calculated for : 17. Nov 2100 09:56:15 384: Greenhouse gas concentrations 17. Nov 2100 09:56:15 CO2 = 1140.3675 CH4 = 2410.80 N2O = 391.971 CFC = 50.98 207.77 0: MPIOM: current date: 2100-11-17 14:15:00 begin of timestep (day): 20 (run): 10260 0: MPIOM: current date: 2100-11-17 15:00:00 begin of timestep (day): 21 (run): 10261 0: MPIOM: current date: 2100-11-17 15:45:00 begin of timestep (day): 22 (run): 10262 0: MPIOM: current date: 2100-11-17 16:30:00 begin of timestep (day): 23 (run): 10263 384: Radiation calculated for : 17. Nov 2100 11:56:15 384: Greenhouse gas concentrations 17. Nov 2100 11:56:15 CO2 = 1140.3706 CH4 = 2410.80 N2O = 391.971 CFC = 50.98 207.77 0: MPIOM: current date: 2100-11-17 17:15:00 begin of timestep (day): 24 (run): 10264 0: MPIOM: current date: 2100-11-17 18:00:00 begin of timestep (day): 25 (run): 10265 0: MPIOM: current date: 2100-11-17 18:45:00 begin of timestep (day): 26 (run): 10266 0: MPIOM: current date: 2100-11-17 19:30:00 begin of timestep (day): 27 (run): 10267 384: Radiation calculated for : 17. Nov 2100 13:56:15 384: Greenhouse gas concentrations 17. Nov 2100 13:56:15 CO2 = 1140.3737 CH4 = 2410.79 N2O = 391.971 CFC = 50.98 207.77 0: MPIOM: current date: 2100-11-17 20:15:00 begin of timestep (day): 28 (run): 10268 0: MPIOM: current date: 2100-11-17 21:00:00 begin of timestep (day): 29 (run): 10269 0: MPIOM: current date: 2100-11-17 21:45:00 begin of timestep (day): 30 (run): 10270 0: MPIOM: current date: 2100-11-17 22:30:00 begin of timestep (day): 31 (run): 10271 384: Radiation calculated for : 17. Nov 2100 15:56:15 384: Greenhouse gas concentrations 17. Nov 2100 15:56:15 CO2 = 1140.3768 CH4 = 2410.79 N2O = 391.971 CFC = 50.98 207.77 0: MPIOM: current date: 2100-11-17 23:15:00 begin of timestep (day): 32 (run): 10272 0: MPIOM: current date: 2100-11-18 00:00:00 begin of timestep (day): 1 (run): 10273 384: Radiation calculated for : 17. Nov 2100 17:56:15 384: Greenhouse gas concentrations 17. Nov 2100 17:56:15 CO2 = 1140.3799 CH4 = 2410.79 N2O = 391.971 CFC = 50.98 207.77 384: Radiation calculated for : 17. Nov 2100 19:56:15 384: Greenhouse gas concentrations 17. Nov 2100 19:56:15 CO2 = 1140.3830 CH4 = 2410.79 N2O = 391.971 CFC = 50.98 207.77 384: Radiation calculated for : 17. Nov 2100 21:56:15 384: Greenhouse gas concentrations 17. Nov 2100 21:56:15 CO2 = 1140.3862 CH4 = 2410.78 N2O = 391.972 CFC = 50.97 207.77 384: Radiation calculated for : 17. Nov 2100 23:56:15 384: Greenhouse gas concentrations 17. Nov 2100 23:56:15 CO2 = 1140.3893 CH4 = 2410.78 N2O = 391.972 CFC = 50.97 207.77 384: hydrology_model: Water budget change: 1.132488250732422E-006 m3/s 384: hydrology_model: global discharge: 978163.702158475 m3/s 384: hydrology_model: precip-evap (on ocean): -1393541.86886079 m3/s 384: water_budget_corr: P-E correction: -21551.2497958681 m3/s 384: water_budget_corr: slm/slf residuum: 93512.6716357991 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2313.56590228402 m3/s 384: water_budget_corr: awfre corrected: -1412779.55275441 m3/s 384: water_budget_corr: river discharge: 978163.702158475 m3/s 384: water_budget_corr: water to ocean: -434615.850595908 m3/s 384: Write GRIB1 output for : 17. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1060.06798512387 , n2 = 802000.000305467 , o2 = 0: 196800.000810631 384: CO2 flux correction (global): -1.477782702699862E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-18 00:45:00 begin of timestep (day): 2 (run): 10274 0: MPIOM: current date: 2100-11-18 01:30:00 begin of timestep (day): 3 (run): 10275 384: Radiation calculated for : 18. Nov 2100 01:56:15 384: Greenhouse gas concentrations 18. Nov 2100 01:56:15 CO2 = 1140.3924 CH4 = 2410.78 N2O = 391.972 CFC = 50.97 207.77 0: MPIOM: current date: 2100-11-18 02:15:00 begin of timestep (day): 4 (run): 10276 0: MPIOM: current date: 2100-11-18 03:00:00 begin of timestep (day): 5 (run): 10277 0: MPIOM: current date: 2100-11-18 03:45:00 begin of timestep (day): 6 (run): 10278 0: MPIOM: current date: 2100-11-18 04:30:00 begin of timestep (day): 7 (run): 10279 384: Radiation calculated for : 18. Nov 2100 03:56:15 384: Greenhouse gas concentrations 18. Nov 2100 03:56:15 CO2 = 1140.3955 CH4 = 2410.77 N2O = 391.972 CFC = 50.97 207.77 0: MPIOM: current date: 2100-11-18 05:15:00 begin of timestep (day): 8 (run): 10280 0: MPIOM: current date: 2100-11-18 06:00:00 begin of timestep (day): 9 (run): 10281 0: MPIOM: current date: 2100-11-18 06:45:00 begin of timestep (day): 10 (run): 10282 0: MPIOM: current date: 2100-11-18 07:30:00 begin of timestep (day): 11 (run): 10283 384: Radiation calculated for : 18. Nov 2100 05:56:15 384: Greenhouse gas concentrations 18. Nov 2100 05:56:15 CO2 = 1140.3986 CH4 = 2410.77 N2O = 391.972 CFC = 50.97 207.77 0: MPIOM: current date: 2100-11-18 08:15:00 begin of timestep (day): 12 (run): 10284 0: MPIOM: current date: 2100-11-18 09:00:00 begin of timestep (day): 13 (run): 10285 0: MPIOM: current date: 2100-11-18 09:45:00 begin of timestep (day): 14 (run): 10286 0: MPIOM: current date: 2100-11-18 10:30:00 begin of timestep (day): 15 (run): 10287 384: Radiation calculated for : 18. Nov 2100 07:56:15 384: Greenhouse gas concentrations 18. Nov 2100 07:56:15 CO2 = 1140.4017 CH4 = 2410.77 N2O = 391.972 CFC = 50.97 207.77 0: MPIOM: current date: 2100-11-18 11:15:00 begin of timestep (day): 16 (run): 10288 0: MPIOM: current date: 2100-11-18 12:00:00 begin of timestep (day): 17 (run): 10289 0: MPIOM: current date: 2100-11-18 12:45:00 begin of timestep (day): 18 (run): 10290 0: MPIOM: current date: 2100-11-18 13:30:00 begin of timestep (day): 19 (run): 10291 384: Radiation calculated for : 18. Nov 2100 09:56:15 384: Greenhouse gas concentrations 18. Nov 2100 09:56:15 CO2 = 1140.4049 CH4 = 2410.77 N2O = 391.972 CFC = 50.97 207.77 0: MPIOM: current date: 2100-11-18 14:15:00 begin of timestep (day): 20 (run): 10292 0: MPIOM: current date: 2100-11-18 15:00:00 begin of timestep (day): 21 (run): 10293 0: MPIOM: current date: 2100-11-18 15:45:00 begin of timestep (day): 22 (run): 10294 0: MPIOM: current date: 2100-11-18 16:30:00 begin of timestep (day): 23 (run): 10295 384: Radiation calculated for : 18. Nov 2100 11:56:15 384: Greenhouse gas concentrations 18. Nov 2100 11:56:15 CO2 = 1140.4080 CH4 = 2410.76 N2O = 391.972 CFC = 50.97 207.77 0: MPIOM: current date: 2100-11-18 17:15:00 begin of timestep (day): 24 (run): 10296 0: MPIOM: current date: 2100-11-18 18:00:00 begin of timestep (day): 25 (run): 10297 0: MPIOM: current date: 2100-11-18 18:45:00 begin of timestep (day): 26 (run): 10298 0: MPIOM: current date: 2100-11-18 19:30:00 begin of timestep (day): 27 (run): 10299 384: Radiation calculated for : 18. Nov 2100 13:56:15 384: Greenhouse gas concentrations 18. Nov 2100 13:56:15 CO2 = 1140.4111 CH4 = 2410.76 N2O = 391.972 CFC = 50.97 207.77 0: MPIOM: current date: 2100-11-18 20:15:00 begin of timestep (day): 28 (run): 10300 0: MPIOM: current date: 2100-11-18 21:00:00 begin of timestep (day): 29 (run): 10301 0: MPIOM: current date: 2100-11-18 21:45:00 begin of timestep (day): 30 (run): 10302 0: MPIOM: current date: 2100-11-18 22:30:00 begin of timestep (day): 31 (run): 10303 384: Radiation calculated for : 18. Nov 2100 15:56:15 384: Greenhouse gas concentrations 18. Nov 2100 15:56:15 CO2 = 1140.4142 CH4 = 2410.76 N2O = 391.972 CFC = 50.97 207.77 0: MPIOM: current date: 2100-11-18 23:15:00 begin of timestep (day): 32 (run): 10304 0: MPIOM: current date: 2100-11-19 00:00:00 begin of timestep (day): 1 (run): 10305 384: Radiation calculated for : 18. Nov 2100 17:56:15 384: Greenhouse gas concentrations 18. Nov 2100 17:56:15 CO2 = 1140.4173 CH4 = 2410.76 N2O = 391.973 CFC = 50.97 207.76 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 121.875000000000 , lev 40 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 121.875000000000 , lev 40 384: Radiation calculated for : 18. Nov 2100 19:56:15 384: Greenhouse gas concentrations 18. Nov 2100 19:56:15 CO2 = 1140.4204 CH4 = 2410.75 N2O = 391.973 CFC = 50.97 207.76 384: Radiation calculated for : 18. Nov 2100 21:56:15 384: Greenhouse gas concentrations 18. Nov 2100 21:56:15 CO2 = 1140.4236 CH4 = 2410.75 N2O = 391.973 CFC = 50.97 207.76 384: Radiation calculated for : 18. Nov 2100 23:56:15 384: Greenhouse gas concentrations 18. Nov 2100 23:56:15 CO2 = 1140.4267 CH4 = 2410.75 N2O = 391.973 CFC = 50.97 207.76 384: hydrology_model: Water budget change: -1.251697540283203E-006 m3/s 384: hydrology_model: global discharge: 983346.767752944 m3/s 384: hydrology_model: precip-evap (on ocean): -1756344.03667212 m3/s 384: water_budget_corr: P-E correction: -839.038954002067 m3/s 384: water_budget_corr: slm/slf residuum: 71672.2649577342 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2848.01055778477 m3/s 384: water_budget_corr: awfre corrected: -1754335.06506835 m3/s 384: water_budget_corr: river discharge: 983346.767752944 m3/s 384: water_budget_corr: water to ocean: -770988.297315413 m3/s 384: Write GRIB1 output for : 18. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.454797574049113E-010 kg m-2 s-1 0: co2 = 1060.01023424327 , n2 = 802000.000304206 , o2 = 0: 196800.000962363 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-19 00:45:00 begin of timestep (day): 2 (run): 10306 0: MPIOM: current date: 2100-11-19 01:30:00 begin of timestep (day): 3 (run): 10307 384: Radiation calculated for : 19. Nov 2100 01:56:15 384: Greenhouse gas concentrations 19. Nov 2100 01:56:15 CO2 = 1140.4298 CH4 = 2410.74 N2O = 391.973 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-19 02:15:00 begin of timestep (day): 4 (run): 10308 0: MPIOM: current date: 2100-11-19 03:00:00 begin of timestep (day): 5 (run): 10309 0: MPIOM: current date: 2100-11-19 03:45:00 begin of timestep (day): 6 (run): 10310 0: MPIOM: current date: 2100-11-19 04:30:00 begin of timestep (day): 7 (run): 10311 384: Radiation calculated for : 19. Nov 2100 03:56:15 384: Greenhouse gas concentrations 19. Nov 2100 03:56:15 CO2 = 1140.4329 CH4 = 2410.74 N2O = 391.973 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-19 05:15:00 begin of timestep (day): 8 (run): 10312 0: MPIOM: current date: 2100-11-19 06:00:00 begin of timestep (day): 9 (run): 10313 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 129.375000000000 , lev 41 0: MPIOM: current date: 2100-11-19 06:45:00 begin of timestep (day): 10 (run): 10314 0: MPIOM: current date: 2100-11-19 07:30:00 begin of timestep (day): 11 (run): 10315 384: Radiation calculated for : 19. Nov 2100 05:56:15 384: Greenhouse gas concentrations 19. Nov 2100 05:56:15 CO2 = 1140.4360 CH4 = 2410.74 N2O = 391.973 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-19 08:15:00 begin of timestep (day): 12 (run): 10316 0: MPIOM: current date: 2100-11-19 09:00:00 begin of timestep (day): 13 (run): 10317 0: MPIOM: current date: 2100-11-19 09:45:00 begin of timestep (day): 14 (run): 10318 0: MPIOM: current date: 2100-11-19 10:30:00 begin of timestep (day): 15 (run): 10319 384: Radiation calculated for : 19. Nov 2100 07:56:15 384: Greenhouse gas concentrations 19. Nov 2100 07:56:15 CO2 = 1140.4391 CH4 = 2410.74 N2O = 391.973 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-19 11:15:00 begin of timestep (day): 16 (run): 10320 0: MPIOM: current date: 2100-11-19 12:00:00 begin of timestep (day): 17 (run): 10321 0: MPIOM: current date: 2100-11-19 12:45:00 begin of timestep (day): 18 (run): 10322 0: MPIOM: current date: 2100-11-19 13:30:00 begin of timestep (day): 19 (run): 10323 384: Radiation calculated for : 19. Nov 2100 09:56:15 384: Greenhouse gas concentrations 19. Nov 2100 09:56:15 CO2 = 1140.4423 CH4 = 2410.73 N2O = 391.973 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-19 14:15:00 begin of timestep (day): 20 (run): 10324 0: MPIOM: current date: 2100-11-19 15:00:00 begin of timestep (day): 21 (run): 10325 0: MPIOM: current date: 2100-11-19 15:45:00 begin of timestep (day): 22 (run): 10326 0: MPIOM: current date: 2100-11-19 16:30:00 begin of timestep (day): 23 (run): 10327 384: Radiation calculated for : 19. Nov 2100 11:56:15 384: Greenhouse gas concentrations 19. Nov 2100 11:56:15 CO2 = 1140.4454 CH4 = 2410.73 N2O = 391.973 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-19 17:15:00 begin of timestep (day): 24 (run): 10328 0: MPIOM: current date: 2100-11-19 18:00:00 begin of timestep (day): 25 (run): 10329 0: MPIOM: current date: 2100-11-19 18:45:00 begin of timestep (day): 26 (run): 10330 0: MPIOM: current date: 2100-11-19 19:30:00 begin of timestep (day): 27 (run): 10331 384: Radiation calculated for : 19. Nov 2100 13:56:15 384: Greenhouse gas concentrations 19. Nov 2100 13:56:15 CO2 = 1140.4485 CH4 = 2410.73 N2O = 391.974 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-19 20:15:00 begin of timestep (day): 28 (run): 10332 0: MPIOM: current date: 2100-11-19 21:00:00 begin of timestep (day): 29 (run): 10333 0: MPIOM: current date: 2100-11-19 21:45:00 begin of timestep (day): 30 (run): 10334 0: MPIOM: current date: 2100-11-19 22:30:00 begin of timestep (day): 31 (run): 10335 384: Radiation calculated for : 19. Nov 2100 15:56:15 384: Greenhouse gas concentrations 19. Nov 2100 15:56:15 CO2 = 1140.4516 CH4 = 2410.73 N2O = 391.974 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-19 23:15:00 begin of timestep (day): 32 (run): 10336 0: MPIOM: current date: 2100-11-20 00:00:00 begin of timestep (day): 1 (run): 10337 384: Radiation calculated for : 19. Nov 2100 17:56:15 384: Greenhouse gas concentrations 19. Nov 2100 17:56:15 CO2 = 1140.4547 CH4 = 2410.72 N2O = 391.974 CFC = 50.97 207.76 384: Radiation calculated for : 19. Nov 2100 19:56:15 384: Greenhouse gas concentrations 19. Nov 2100 19:56:15 CO2 = 1140.4578 CH4 = 2410.72 N2O = 391.974 CFC = 50.97 207.76 384: Radiation calculated for : 19. Nov 2100 21:56:15 384: Greenhouse gas concentrations 19. Nov 2100 21:56:15 CO2 = 1140.4609 CH4 = 2410.72 N2O = 391.974 CFC = 50.97 207.76 384: Radiation calculated for : 19. Nov 2100 23:56:15 384: Greenhouse gas concentrations 19. Nov 2100 23:56:15 CO2 = 1140.4641 CH4 = 2410.71 N2O = 391.974 CFC = 50.97 207.76 384: hydrology_model: Water budget change: 6.854534149169922E-007 m3/s 384: hydrology_model: global discharge: 970464.617393004 m3/s 384: hydrology_model: precip-evap (on ocean): -1530694.40052246 m3/s 384: water_budget_corr: P-E correction: -19533.9161272536 m3/s 384: water_budget_corr: slm/slf residuum: 79921.8050837760 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2574.12708534713 m3/s 384: water_budget_corr: awfre corrected: -1547654.18956437 m3/s 384: water_budget_corr: river discharge: 970464.617393004 m3/s 384: water_budget_corr: water to ocean: -577189.572171378 m3/s 384: Write GRIB1 output for : 19. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.643615190060005E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1059.93481120514 , n2 = 802000.000364834 , o2 = 0: 196800.001146152 0: MPIOM: current date: 2100-11-20 00:45:00 begin of timestep (day): 2 (run): 10338 0: MPIOM: current date: 2100-11-20 01:30:00 begin of timestep (day): 3 (run): 10339 384: Radiation calculated for : 20. Nov 2100 01:56:15 384: Greenhouse gas concentrations 20. Nov 2100 01:56:15 CO2 = 1140.4672 CH4 = 2410.71 N2O = 391.974 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-20 02:15:00 begin of timestep (day): 4 (run): 10340 0: MPIOM: current date: 2100-11-20 03:00:00 begin of timestep (day): 5 (run): 10341 0: MPIOM: current date: 2100-11-20 03:45:00 begin of timestep (day): 6 (run): 10342 0: MPIOM: current date: 2100-11-20 04:30:00 begin of timestep (day): 7 (run): 10343 384: Radiation calculated for : 20. Nov 2100 03:56:15 384: Greenhouse gas concentrations 20. Nov 2100 03:56:15 CO2 = 1140.4703 CH4 = 2410.71 N2O = 391.974 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-20 05:15:00 begin of timestep (day): 8 (run): 10344 0: MPIOM: current date: 2100-11-20 06:00:00 begin of timestep (day): 9 (run): 10345 0: MPIOM: current date: 2100-11-20 06:45:00 begin of timestep (day): 10 (run): 10346 0: MPIOM: current date: 2100-11-20 07:30:00 begin of timestep (day): 11 (run): 10347 384: Radiation calculated for : 20. Nov 2100 05:56:15 384: Greenhouse gas concentrations 20. Nov 2100 05:56:15 CO2 = 1140.4734 CH4 = 2410.71 N2O = 391.974 CFC = 50.97 207.76 0: MPIOM: current date: 2100-11-20 08:15:00 begin of timestep (day): 12 (run): 10348 0: MPIOM: current date: 2100-11-20 09:00:00 begin of timestep (day): 13 (run): 10349 0: MPIOM: current date: 2100-11-20 09:45:00 begin of timestep (day): 14 (run): 10350 0: MPIOM: current date: 2100-11-20 10:30:00 begin of timestep (day): 15 (run): 10351 384: Radiation calculated for : 20. Nov 2100 07:56:15 384: Greenhouse gas concentrations 20. Nov 2100 07:56:15 CO2 = 1140.4765 CH4 = 2410.70 N2O = 391.975 CFC = 50.97 207.75 0: MPIOM: current date: 2100-11-20 11:15:00 begin of timestep (day): 16 (run): 10352 0: MPIOM: current date: 2100-11-20 12:00:00 begin of timestep (day): 17 (run): 10353 0: MPIOM: current date: 2100-11-20 12:45:00 begin of timestep (day): 18 (run): 10354 0: MPIOM: current date: 2100-11-20 13:30:00 begin of timestep (day): 19 (run): 10355 384: Radiation calculated for : 20. Nov 2100 09:56:15 384: Greenhouse gas concentrations 20. Nov 2100 09:56:15 CO2 = 1140.4796 CH4 = 2410.70 N2O = 391.975 CFC = 50.97 207.75 0: MPIOM: current date: 2100-11-20 14:15:00 begin of timestep (day): 20 (run): 10356 0: MPIOM: current date: 2100-11-20 15:00:00 begin of timestep (day): 21 (run): 10357 0: MPIOM: current date: 2100-11-20 15:45:00 begin of timestep (day): 22 (run): 10358 384: Radiation calculated for : 20. Nov 2100 11:56:15 0: MPIOM: current date: 2100-11-20 16:30:00 begin of timestep (day): 23 (run): 10359 384: Greenhouse gas concentrations 20. Nov 2100 11:56:15 CO2 = 1140.4828 CH4 = 2410.70 N2O = 391.975 CFC = 50.97 207.75 0: MPIOM: current date: 2100-11-20 17:15:00 begin of timestep (day): 24 (run): 10360 0: MPIOM: current date: 2100-11-20 18:00:00 begin of timestep (day): 25 (run): 10361 0: MPIOM: current date: 2100-11-20 18:45:00 begin of timestep (day): 26 (run): 10362 0: MPIOM: current date: 2100-11-20 19:30:00 begin of timestep (day): 27 (run): 10363 384: Radiation calculated for : 20. Nov 2100 13:56:15 384: Greenhouse gas concentrations 20. Nov 2100 13:56:15 CO2 = 1140.4859 CH4 = 2410.69 N2O = 391.975 CFC = 50.97 207.75 0: MPIOM: current date: 2100-11-20 20:15:00 begin of timestep (day): 28 (run): 10364 0: MPIOM: current date: 2100-11-20 21:00:00 begin of timestep (day): 29 (run): 10365 0: MPIOM: current date: 2100-11-20 21:45:00 begin of timestep (day): 30 (run): 10366 0: MPIOM: current date: 2100-11-20 22:30:00 begin of timestep (day): 31 (run): 10367 384: Radiation calculated for : 20. Nov 2100 15:56:15 384: Greenhouse gas concentrations 20. Nov 2100 15:56:15 CO2 = 1140.4890 CH4 = 2410.69 N2O = 391.975 CFC = 50.97 207.75 0: MPIOM: current date: 2100-11-20 23:15:00 begin of timestep (day): 32 (run): 10368 0: MPIOM: current date: 2100-11-21 00:00:00 begin of timestep (day): 1 (run): 10369 384: Radiation calculated for : 20. Nov 2100 17:56:15 384: Greenhouse gas concentrations 20. Nov 2100 17:56:15 CO2 = 1140.4921 CH4 = 2410.69 N2O = 391.975 CFC = 50.97 207.75 384: Radiation calculated for : 20. Nov 2100 19:56:15 384: Greenhouse gas concentrations 20. Nov 2100 19:56:15 CO2 = 1140.4952 CH4 = 2410.69 N2O = 391.975 CFC = 50.97 207.75 384: Radiation calculated for : 20. Nov 2100 21:56:15 384: Greenhouse gas concentrations 20. Nov 2100 21:56:15 CO2 = 1140.4983 CH4 = 2410.68 N2O = 391.975 CFC = 50.97 207.75 384: Radiation calculated for : 20. Nov 2100 23:56:15 384: Greenhouse gas concentrations 20. Nov 2100 23:56:15 CO2 = 1140.5015 CH4 = 2410.68 N2O = 391.975 CFC = 50.97 207.75 384: hydrology_model: Water budget change: -6.109476089477539E-007 m3/s 384: hydrology_model: global discharge: 972225.847079082 m3/s 384: hydrology_model: precip-evap (on ocean): -1727484.35036197 m3/s 384: water_budget_corr: P-E correction: -45772.3891577959 m3/s 384: water_budget_corr: slm/slf residuum: 137432.259121267 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3822.38748388800 m3/s 384: water_budget_corr: awfre corrected: -1769434.35203589 m3/s 384: water_budget_corr: river discharge: 972225.847079082 m3/s 384: water_budget_corr: water to ocean: -797208.504956809 m3/s 384: Write GRIB1 output for : 20. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.850659096320477E-010 kg m-2 s-1 0: co2 = 1059.93789148938 , n2 = 802000.000378690 , o2 = 0: 196800.001328422 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-21 00:45:00 begin of timestep (day): 2 (run): 10370 0: MPIOM: current date: 2100-11-21 01:30:00 begin of timestep (day): 3 (run): 10371 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 17.7199615264474 , lon 86.2500000000000 , lev 40 384: Radiation calculated for : 21. Nov 2100 01:56:15 0: MPIOM: current date: 2100-11-21 02:15:00 begin of timestep (day): 4 (run): 10372 384: Greenhouse gas concentrations 21. Nov 2100 01:56:15 CO2 = 1140.5046 CH4 = 2410.68 N2O = 391.975 CFC = 50.97 207.75 0: MPIOM: current date: 2100-11-21 03:00:00 begin of timestep (day): 5 (run): 10373 0: MPIOM: current date: 2100-11-21 03:45:00 begin of timestep (day): 6 (run): 10374 0: MPIOM: current date: 2100-11-21 04:30:00 begin of timestep (day): 7 (run): 10375 384: Radiation calculated for : 21. Nov 2100 03:56:15 384: Greenhouse gas concentrations 21. Nov 2100 03:56:15 CO2 = 1140.5077 CH4 = 2410.68 N2O = 391.976 CFC = 50.97 207.75 0: MPIOM: current date: 2100-11-21 05:15:00 begin of timestep (day): 8 (run): 10376 0: MPIOM: current date: 2100-11-21 06:00:00 begin of timestep (day): 9 (run): 10377 0: MPIOM: current date: 2100-11-21 06:45:00 begin of timestep (day): 10 (run): 10378 0: MPIOM: current date: 2100-11-21 07:30:00 begin of timestep (day): 11 (run): 10379 384: Radiation calculated for : 21. Nov 2100 05:56:15 384: Greenhouse gas concentrations 21. Nov 2100 05:56:15 CO2 = 1140.5108 CH4 = 2410.67 N2O = 391.976 CFC = 50.97 207.75 0: MPIOM: current date: 2100-11-21 08:15:00 begin of timestep (day): 12 (run): 10380 0: MPIOM: current date: 2100-11-21 09:00:00 begin of timestep (day): 13 (run): 10381 0: MPIOM: current date: 2100-11-21 09:45:00 begin of timestep (day): 14 (run): 10382 0: MPIOM: current date: 2100-11-21 10:30:00 begin of timestep (day): 15 (run): 10383 384: Radiation calculated for : 21. Nov 2100 07:56:15 384: Greenhouse gas concentrations 21. Nov 2100 07:56:15 CO2 = 1140.5139 CH4 = 2410.67 N2O = 391.976 CFC = 50.96 207.75 0: MPIOM: current date: 2100-11-21 11:15:00 begin of timestep (day): 16 (run): 10384 0: MPIOM: current date: 2100-11-21 12:00:00 begin of timestep (day): 17 (run): 10385 0: MPIOM: current date: 2100-11-21 12:45:00 begin of timestep (day): 18 (run): 10386 0: MPIOM: current date: 2100-11-21 13:30:00 begin of timestep (day): 19 (run): 10387 384: Radiation calculated for : 21. Nov 2100 09:56:15 384: Greenhouse gas concentrations 21. Nov 2100 09:56:15 CO2 = 1140.5170 CH4 = 2410.67 N2O = 391.976 CFC = 50.96 207.75 0: MPIOM: current date: 2100-11-21 14:15:00 begin of timestep (day): 20 (run): 10388 0: MPIOM: current date: 2100-11-21 15:00:00 begin of timestep (day): 21 (run): 10389 0: MPIOM: current date: 2100-11-21 15:45:00 begin of timestep (day): 22 (run): 10390 0: MPIOM: current date: 2100-11-21 16:30:00 begin of timestep (day): 23 (run): 10391 384: Radiation calculated for : 21. Nov 2100 11:56:15 384: Greenhouse gas concentrations 21. Nov 2100 11:56:15 CO2 = 1140.5202 CH4 = 2410.66 N2O = 391.976 CFC = 50.96 207.75 0: MPIOM: current date: 2100-11-21 17:15:00 begin of timestep (day): 24 (run): 10392 0: MPIOM: current date: 2100-11-21 18:00:00 begin of timestep (day): 25 (run): 10393 0: MPIOM: current date: 2100-11-21 18:45:00 begin of timestep (day): 26 (run): 10394 0: MPIOM: current date: 2100-11-21 19:30:00 begin of timestep (day): 27 (run): 10395 384: Radiation calculated for : 21. Nov 2100 13:56:15 384: Greenhouse gas concentrations 21. Nov 2100 13:56:15 CO2 = 1140.5233 CH4 = 2410.66 N2O = 391.976 CFC = 50.96 207.75 0: MPIOM: current date: 2100-11-21 20:15:00 begin of timestep (day): 28 (run): 10396 0: MPIOM: current date: 2100-11-21 21:00:00 begin of timestep (day): 29 (run): 10397 0: MPIOM: current date: 2100-11-21 21:45:00 begin of timestep (day): 30 (run): 10398 0: MPIOM: current date: 2100-11-21 22:30:00 begin of timestep (day): 31 (run): 10399 384: Radiation calculated for : 21. Nov 2100 15:56:15 384: Greenhouse gas concentrations 21. Nov 2100 15:56:15 CO2 = 1140.5264 CH4 = 2410.66 N2O = 391.976 CFC = 50.96 207.75 0: MPIOM: current date: 2100-11-21 23:15:00 begin of timestep (day): 32 (run): 10400 0: MPIOM: current date: 2100-11-22 00:00:00 begin of timestep (day): 1 (run): 10401 384: Radiation calculated for : 21. Nov 2100 17:56:15 384: Greenhouse gas concentrations 21. Nov 2100 17:56:15 CO2 = 1140.5295 CH4 = 2410.66 N2O = 391.976 CFC = 50.96 207.75 384: Radiation calculated for : 21. Nov 2100 19:56:15 384: Greenhouse gas concentrations 21. Nov 2100 19:56:15 CO2 = 1140.5326 CH4 = 2410.65 N2O = 391.976 CFC = 50.96 207.74 384: Radiation calculated for : 21. Nov 2100 21:56:15 384: Greenhouse gas concentrations 21. Nov 2100 21:56:15 CO2 = 1140.5357 CH4 = 2410.65 N2O = 391.977 CFC = 50.96 207.74 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 43 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 42 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 43 384: Radiation calculated for : 21. Nov 2100 23:56:15 384: Greenhouse gas concentrations 21. Nov 2100 23:56:15 CO2 = 1140.5389 CH4 = 2410.65 N2O = 391.977 CFC = 50.96 207.74 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 42 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 43 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 43 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 42 384: hydrology_model: Water budget change: 1.102685928344727E-006 m3/s 384: hydrology_model: global discharge: 983255.194796795 m3/s 384: hydrology_model: precip-evap (on ocean): -1242032.26873162 m3/s 384: water_budget_corr: P-E correction: -34748.4529363945 m3/s 384: water_budget_corr: slm/slf residuum: 92430.9594013667 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4232.78585953972 m3/s 384: water_budget_corr: awfre corrected: -1272547.93580849 m3/s 384: water_budget_corr: river discharge: 983255.194796795 m3/s 384: water_budget_corr: water to ocean: -289292.741011689 m3/s 384: Write GRIB1 output for : 21. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.402301905293750E-010 kg m-2 s-1 0: co2 = 1060.03169743825 , n2 = 802000.000292945 , o2 = 0: 196800.001099621 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-22 00:45:00 begin of timestep (day): 2 (run): 10402 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 42 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 42 0: MPIOM: current date: 2100-11-22 01:30:00 begin of timestep (day): 3 (run): 10403 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 42 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 42 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 43 384: Radiation calculated for : 22. Nov 2100 01:56:15 0: MPIOM: current date: 2100-11-22 02:15:00 begin of timestep (day): 4 (run): 10404 384: Greenhouse gas concentrations 22. Nov 2100 01:56:15 CO2 = 1140.5420 CH4 = 2410.65 N2O = 391.977 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-22 03:00:00 begin of timestep (day): 5 (run): 10405 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 42 0: MPIOM: current date: 2100-11-22 03:45:00 begin of timestep (day): 6 (run): 10406 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 42 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 41 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 42 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 42 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 41 0: MPIOM: current date: 2100-11-22 04:30:00 begin of timestep (day): 7 (run): 10407 0: MPIOM: current date: 2100-11-22 05:15:00 begin of timestep (day): 8 (run): 10408 384: Radiation calculated for : 22. Nov 2100 03:56:15 0: MPIOM: current date: 2100-11-22 06:00:00 begin of timestep (day): 9 (run): 10409 384: Greenhouse gas concentrations 22. Nov 2100 03:56:15 CO2 = 1140.5451 CH4 = 2410.64 N2O = 391.977 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-22 06:45:00 begin of timestep (day): 10 (run): 10410 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 41 0: MPIOM: current date: 2100-11-22 07:30:00 begin of timestep (day): 11 (run): 10411 0: MPIOM: current date: 2100-11-22 08:15:00 begin of timestep (day): 12 (run): 10412 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 41 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 42 0: MPIOM: current date: 2100-11-22 09:00:00 begin of timestep (day): 13 (run): 10413 384: Radiation calculated for : 22. Nov 2100 05:56:15 384: Greenhouse gas concentrations 22. Nov 2100 05:56:15 CO2 = 1140.5482 CH4 = 2410.64 N2O = 391.977 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-22 09:45:00 begin of timestep (day): 14 (run): 10414 0: MPIOM: current date: 2100-11-22 10:30:00 begin of timestep (day): 15 (run): 10415 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 69.3750000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 69.3750000000000 , lev 41 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 69.3750000000000 , lev 40 0: MPIOM: current date: 2100-11-22 11:15:00 begin of timestep (day): 16 (run): 10416 0: MPIOM: current date: 2100-11-22 12:00:00 begin of timestep (day): 17 (run): 10417 384: Radiation calculated for : 22. Nov 2100 07:56:15 384: Greenhouse gas concentrations 22. Nov 2100 07:56:15 CO2 = 1140.5513 CH4 = 2410.64 N2O = 391.977 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-22 12:45:00 begin of timestep (day): 18 (run): 10418 0: MPIOM: current date: 2100-11-22 13:30:00 begin of timestep (day): 19 (run): 10419 0: MPIOM: current date: 2100-11-22 14:15:00 begin of timestep (day): 20 (run): 10420 0: MPIOM: current date: 2100-11-22 15:00:00 begin of timestep (day): 21 (run): 10421 384: Radiation calculated for : 22. Nov 2100 09:56:15 384: Greenhouse gas concentrations 22. Nov 2100 09:56:15 CO2 = 1140.5544 CH4 = 2410.63 N2O = 391.977 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-22 15:45:00 begin of timestep (day): 22 (run): 10422 0: MPIOM: current date: 2100-11-22 16:30:00 begin of timestep (day): 23 (run): 10423 0: MPIOM: current date: 2100-11-22 17:15:00 begin of timestep (day): 24 (run): 10424 0: MPIOM: current date: 2100-11-22 18:00:00 begin of timestep (day): 25 (run): 10425 384: Radiation calculated for : 22. Nov 2100 11:56:15 384: Greenhouse gas concentrations 22. Nov 2100 11:56:15 CO2 = 1140.5576 CH4 = 2410.63 N2O = 391.977 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-22 18:45:00 begin of timestep (day): 26 (run): 10426 0: MPIOM: current date: 2100-11-22 19:30:00 begin of timestep (day): 27 (run): 10427 0: MPIOM: current date: 2100-11-22 20:15:00 begin of timestep (day): 28 (run): 10428 0: MPIOM: current date: 2100-11-22 21:00:00 begin of timestep (day): 29 (run): 10429 384: Radiation calculated for : 22. Nov 2100 13:56:15 0: MPIOM: current date: 2100-11-22 21:45:00 begin of timestep (day): 30 (run): 10430 384: Greenhouse gas concentrations 22. Nov 2100 13:56:15 CO2 = 1140.5607 CH4 = 2410.63 N2O = 391.977 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-22 22:30:00 begin of timestep (day): 31 (run): 10431 0: MPIOM: current date: 2100-11-22 23:15:00 begin of timestep (day): 32 (run): 10432 0: MPIOM: current date: 2100-11-23 00:00:00 begin of timestep (day): 1 (run): 10433 384: Radiation calculated for : 22. Nov 2100 15:56:15 384: Greenhouse gas concentrations 22. Nov 2100 15:56:15 CO2 = 1140.5638 CH4 = 2410.63 N2O = 391.977 CFC = 50.96 207.74 384: Radiation calculated for : 22. Nov 2100 17:56:15 384: Greenhouse gas concentrations 22. Nov 2100 17:56:15 CO2 = 1140.5669 CH4 = 2410.62 N2O = 391.978 CFC = 50.96 207.74 384: Radiation calculated for : 22. Nov 2100 19:56:15 384: Greenhouse gas concentrations 22. Nov 2100 19:56:15 CO2 = 1140.5700 CH4 = 2410.62 N2O = 391.978 CFC = 50.96 207.74 384: Radiation calculated for : 22. Nov 2100 21:56:15 384: Greenhouse gas concentrations 22. Nov 2100 21:56:15 CO2 = 1140.5731 CH4 = 2410.62 N2O = 391.978 CFC = 50.96 207.74 384: Radiation calculated for : 22. Nov 2100 23:56:15 384: Greenhouse gas concentrations 22. Nov 2100 23:56:15 CO2 = 1140.5763 CH4 = 2410.62 N2O = 391.978 CFC = 50.96 207.74 384: hydrology_model: Water budget change: 9.536743164062500E-007 m3/s 384: hydrology_model: global discharge: 996386.775803338 m3/s 384: hydrology_model: precip-evap (on ocean): -962929.634209465 m3/s 384: water_budget_corr: P-E correction: -33130.2173181488 m3/s 384: water_budget_corr: slm/slf residuum: 76302.4303489713 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3458.62922173972 m3/s 384: water_budget_corr: awfre corrected: -992601.222305869 m3/s 384: water_budget_corr: river discharge: 996386.775803338 m3/s 384: water_budget_corr: water to ocean: 3785.55349746826 m3/s 384: Write GRIB1 output for : 22. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1060.20576180820 , n2 = 802000.000324711 , o2 = 0: 196800.001259267 384: CO2 flux correction (global): -3.797611457266737E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-23 00:45:00 begin of timestep (day): 2 (run): 10434 0: MPIOM: current date: 2100-11-23 01:30:00 begin of timestep (day): 3 (run): 10435 384: Radiation calculated for : 23. Nov 2100 01:56:15 384: Greenhouse gas concentrations 23. Nov 2100 01:56:15 CO2 = 1140.5794 CH4 = 2410.61 N2O = 391.978 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-23 02:15:00 begin of timestep (day): 4 (run): 10436 0: MPIOM: current date: 2100-11-23 03:00:00 begin of timestep (day): 5 (run): 10437 0: MPIOM: current date: 2100-11-23 03:45:00 begin of timestep (day): 6 (run): 10438 0: MPIOM: current date: 2100-11-23 04:30:00 begin of timestep (day): 7 (run): 10439 384: Radiation calculated for : 23. Nov 2100 03:56:15 384: Greenhouse gas concentrations 23. Nov 2100 03:56:15 CO2 = 1140.5825 CH4 = 2410.61 N2O = 391.978 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-23 05:15:00 begin of timestep (day): 8 (run): 10440 0: MPIOM: current date: 2100-11-23 06:00:00 begin of timestep (day): 9 (run): 10441 0: MPIOM: current date: 2100-11-23 06:45:00 begin of timestep (day): 10 (run): 10442 0: MPIOM: current date: 2100-11-23 07:30:00 begin of timestep (day): 11 (run): 10443 384: Radiation calculated for : 23. Nov 2100 05:56:15 384: Greenhouse gas concentrations 23. Nov 2100 05:56:15 CO2 = 1140.5856 CH4 = 2410.61 N2O = 391.978 CFC = 50.96 207.74 0: MPIOM: current date: 2100-11-23 08:15:00 begin of timestep (day): 12 (run): 10444 0: MPIOM: current date: 2100-11-23 09:00:00 begin of timestep (day): 13 (run): 10445 0: MPIOM: current date: 2100-11-23 09:45:00 begin of timestep (day): 14 (run): 10446 0: MPIOM: current date: 2100-11-23 10:30:00 begin of timestep (day): 15 (run): 10447 384: Radiation calculated for : 23. Nov 2100 07:56:15 384: Greenhouse gas concentrations 23. Nov 2100 07:56:15 CO2 = 1140.5887 CH4 = 2410.60 N2O = 391.978 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-23 11:15:00 begin of timestep (day): 16 (run): 10448 0: MPIOM: current date: 2100-11-23 12:00:00 begin of timestep (day): 17 (run): 10449 0: MPIOM: current date: 2100-11-23 12:45:00 begin of timestep (day): 18 (run): 10450 0: MPIOM: current date: 2100-11-23 13:30:00 begin of timestep (day): 19 (run): 10451 384: Radiation calculated for : 23. Nov 2100 09:56:15 384: Greenhouse gas concentrations 23. Nov 2100 09:56:15 CO2 = 1140.5918 CH4 = 2410.60 N2O = 391.978 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-23 14:15:00 begin of timestep (day): 20 (run): 10452 0: MPIOM: current date: 2100-11-23 15:00:00 begin of timestep (day): 21 (run): 10453 0: MPIOM: current date: 2100-11-23 15:45:00 begin of timestep (day): 22 (run): 10454 384: Radiation calculated for : 23. Nov 2100 11:56:15 384: Greenhouse gas concentrations 23. Nov 2100 11:56:15 CO2 = 1140.5950 CH4 = 2410.60 N2O = 391.978 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-23 16:30:00 begin of timestep (day): 23 (run): 10455 0: MPIOM: current date: 2100-11-23 17:15:00 begin of timestep (day): 24 (run): 10456 0: MPIOM: current date: 2100-11-23 18:00:00 begin of timestep (day): 25 (run): 10457 0: MPIOM: current date: 2100-11-23 18:45:00 begin of timestep (day): 26 (run): 10458 384: Radiation calculated for : 23. Nov 2100 13:56:15 384: Greenhouse gas concentrations 23. Nov 2100 13:56:15 CO2 = 1140.5981 CH4 = 2410.60 N2O = 391.979 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-23 19:30:00 begin of timestep (day): 27 (run): 10459 0: MPIOM: current date: 2100-11-23 20:15:00 begin of timestep (day): 28 (run): 10460 0: MPIOM: current date: 2100-11-23 21:00:00 begin of timestep (day): 29 (run): 10461 0: MPIOM: current date: 2100-11-23 21:45:00 begin of timestep (day): 30 (run): 10462 384: Radiation calculated for : 23. Nov 2100 15:56:15 384: Greenhouse gas concentrations 23. Nov 2100 15:56:15 CO2 = 1140.6012 CH4 = 2410.59 N2O = 391.979 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-23 22:30:00 begin of timestep (day): 31 (run): 10463 0: MPIOM: current date: 2100-11-23 23:15:00 begin of timestep (day): 32 (run): 10464 0: MPIOM: current date: 2100-11-24 00:00:00 begin of timestep (day): 1 (run): 10465 384: Radiation calculated for : 23. Nov 2100 17:56:15 384: Greenhouse gas concentrations 23. Nov 2100 17:56:15 CO2 = 1140.6043 CH4 = 2410.59 N2O = 391.979 CFC = 50.96 207.73 384: Radiation calculated for : 23. Nov 2100 19:56:15 384: Greenhouse gas concentrations 23. Nov 2100 19:56:15 CO2 = 1140.6074 CH4 = 2410.59 N2O = 391.979 CFC = 50.96 207.73 384: Radiation calculated for : 23. Nov 2100 21:56:15 384: Greenhouse gas concentrations 23. Nov 2100 21:56:15 CO2 = 1140.6105 CH4 = 2410.59 N2O = 391.979 CFC = 50.96 207.73 384: Radiation calculated for : 23. Nov 2100 23:56:15 384: Greenhouse gas concentrations 23. Nov 2100 23:56:15 CO2 = 1140.6137 CH4 = 2410.58 N2O = 391.979 CFC = 50.96 207.73 384: hydrology_model: Water budget change: -2.399086952209473E-006 m3/s 384: hydrology_model: global discharge: 996967.460137338 m3/s 384: hydrology_model: precip-evap (on ocean): -1475388.77413253 m3/s 384: water_budget_corr: P-E correction: -74045.9237128797 m3/s 384: water_budget_corr: slm/slf residuum: 76563.3738264250 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 197.666045902728 m3/s 384: water_budget_corr: awfre corrected: -1549237.03179951 m3/s 384: water_budget_corr: river discharge: 996967.460137338 m3/s 384: water_budget_corr: water to ocean: -552269.571662174 m3/s 384: Write GRIB1 output for : 23. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.440521137086207E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1060.33355549493 , n2 = 802000.000316103 , o2 = 0: 196800.001083580 0: MPIOM: current date: 2100-11-24 00:45:00 begin of timestep (day): 2 (run): 10466 0: MPIOM: current date: 2100-11-24 01:30:00 begin of timestep (day): 3 (run): 10467 384: Radiation calculated for : 24. Nov 2100 01:56:15 384: Greenhouse gas concentrations 24. Nov 2100 01:56:15 CO2 = 1140.6168 CH4 = 2410.58 N2O = 391.979 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-24 02:15:00 begin of timestep (day): 4 (run): 10468 0: MPIOM: current date: 2100-11-24 03:00:00 begin of timestep (day): 5 (run): 10469 0: MPIOM: current date: 2100-11-24 03:45:00 begin of timestep (day): 6 (run): 10470 384: Radiation calculated for : 24. Nov 2100 03:56:15 0: MPIOM: current date: 2100-11-24 04:30:00 begin of timestep (day): 7 (run): 10471 384: Greenhouse gas concentrations 24. Nov 2100 03:56:15 CO2 = 1140.6199 CH4 = 2410.58 N2O = 391.979 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-24 05:15:00 begin of timestep (day): 8 (run): 10472 0: MPIOM: current date: 2100-11-24 06:00:00 begin of timestep (day): 9 (run): 10473 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-11-24 06:45:00 begin of timestep (day): 10 (run): 10474 0: MPIOM: current date: 2100-11-24 07:30:00 begin of timestep (day): 11 (run): 10475 384: Radiation calculated for : 24. Nov 2100 05:56:15 384: Greenhouse gas concentrations 24. Nov 2100 05:56:15 CO2 = 1140.6230 CH4 = 2410.57 N2O = 391.979 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-24 08:15:00 begin of timestep (day): 12 (run): 10476 0: MPIOM: current date: 2100-11-24 09:00:00 begin of timestep (day): 13 (run): 10477 0: MPIOM: current date: 2100-11-24 09:45:00 begin of timestep (day): 14 (run): 10478 0: MPIOM: current date: 2100-11-24 10:30:00 begin of timestep (day): 15 (run): 10479 384: Radiation calculated for : 24. Nov 2100 07:56:15 384: Greenhouse gas concentrations 24. Nov 2100 07:56:15 CO2 = 1140.6261 CH4 = 2410.57 N2O = 391.980 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-24 11:15:00 begin of timestep (day): 16 (run): 10480 0: MPIOM: current date: 2100-11-24 12:00:00 begin of timestep (day): 17 (run): 10481 0: MPIOM: current date: 2100-11-24 12:45:00 begin of timestep (day): 18 (run): 10482 0: MPIOM: current date: 2100-11-24 13:30:00 begin of timestep (day): 19 (run): 10483 384: Radiation calculated for : 24. Nov 2100 09:56:15 384: Greenhouse gas concentrations 24. Nov 2100 09:56:15 CO2 = 1140.6292 CH4 = 2410.57 N2O = 391.980 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-24 14:15:00 begin of timestep (day): 20 (run): 10484 0: MPIOM: current date: 2100-11-24 15:00:00 begin of timestep (day): 21 (run): 10485 0: MPIOM: current date: 2100-11-24 15:45:00 begin of timestep (day): 22 (run): 10486 0: MPIOM: current date: 2100-11-24 16:30:00 begin of timestep (day): 23 (run): 10487 384: Radiation calculated for : 24. Nov 2100 11:56:15 384: Greenhouse gas concentrations 24. Nov 2100 11:56:15 CO2 = 1140.6324 CH4 = 2410.57 N2O = 391.980 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-24 17:15:00 begin of timestep (day): 24 (run): 10488 0: MPIOM: current date: 2100-11-24 18:00:00 begin of timestep (day): 25 (run): 10489 0: MPIOM: current date: 2100-11-24 18:45:00 begin of timestep (day): 26 (run): 10490 384: Radiation calculated for : 24. Nov 2100 13:56:15 384: Greenhouse gas concentrations 24. Nov 2100 13:56:15 CO2 = 1140.6355 CH4 = 2410.56 N2O = 391.980 CFC = 50.96 207.73 0: MPIOM: current date: 2100-11-24 19:30:00 begin of timestep (day): 27 (run): 10491 0: MPIOM: current date: 2100-11-24 20:15:00 begin of timestep (day): 28 (run): 10492 0: MPIOM: current date: 2100-11-24 21:00:00 begin of timestep (day): 29 (run): 10493 0: MPIOM: current date: 2100-11-24 21:45:00 begin of timestep (day): 30 (run): 10494 384: Radiation calculated for : 24. Nov 2100 15:56:15 384: Greenhouse gas concentrations 24. Nov 2100 15:56:15 CO2 = 1140.6386 CH4 = 2410.56 N2O = 391.980 CFC = 50.95 207.73 0: MPIOM: current date: 2100-11-24 22:30:00 begin of timestep (day): 31 (run): 10495 0: MPIOM: current date: 2100-11-24 23:15:00 begin of timestep (day): 32 (run): 10496 0: MPIOM: current date: 2100-11-25 00:00:00 begin of timestep (day): 1 (run): 10497 384: Radiation calculated for : 24. Nov 2100 17:56:15 384: Greenhouse gas concentrations 24. Nov 2100 17:56:15 CO2 = 1140.6417 CH4 = 2410.56 N2O = 391.980 CFC = 50.95 207.73 384: Radiation calculated for : 24. Nov 2100 19:56:15 384: Greenhouse gas concentrations 24. Nov 2100 19:56:15 CO2 = 1140.6448 CH4 = 2410.56 N2O = 391.980 CFC = 50.95 207.72 384: Radiation calculated for : 24. Nov 2100 21:56:15 384: Greenhouse gas concentrations 24. Nov 2100 21:56:15 CO2 = 1140.6479 CH4 = 2410.55 N2O = 391.980 CFC = 50.95 207.72 384: Radiation calculated for : 24. Nov 2100 23:56:15 384: Greenhouse gas concentrations 24. Nov 2100 23:56:15 CO2 = 1140.6511 CH4 = 2410.55 N2O = 391.980 CFC = 50.95 207.72 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 71.2500000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 71.2500000000000 , lev 40 384: hydrology_model: Water budget change: 7.748603820800781E-007 m3/s 384: hydrology_model: global discharge: 997686.081695817 m3/s 384: hydrology_model: precip-evap (on ocean): -1699679.59094243 m3/s 384: water_budget_corr: P-E correction: -78540.3094328332 m3/s 384: water_budget_corr: slm/slf residuum: 91535.9350383064 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1932.23674469328 m3/s 384: water_budget_corr: awfre corrected: -1776287.66363058 m3/s 384: water_budget_corr: river discharge: 997686.081695817 m3/s 384: water_budget_corr: water to ocean: -778601.581934744 m3/s 384: Write GRIB1 output for : 24. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -6.407458574451506E-010 kg m-2 s-1 0: co2 = 1060.50423415442 , n2 = 802000.000299446 , o2 = 0: 196800.000957035 384: co2_mbalance: Resetting acc. CO2 burden correction 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 71.2500000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 71.2500000000000 , lev 40 0: MPIOM: current date: 2100-11-25 00:45:00 begin of timestep (day): 2 (run): 10498 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 71.2500000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 71.2500000000000 , lev 40 0: MPIOM: current date: 2100-11-25 01:30:00 begin of timestep (day): 3 (run): 10499 384: Radiation calculated for : 25. Nov 2100 01:56:15 384: Greenhouse gas concentrations 25. Nov 2100 01:56:15 CO2 = 1140.6542 CH4 = 2410.55 N2O = 391.980 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-25 02:15:00 begin of timestep (day): 4 (run): 10500 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 71.2500000000000 , lev 39 0: MPIOM: current date: 2100-11-25 03:00:00 begin of timestep (day): 5 (run): 10501 0: MPIOM: current date: 2100-11-25 03:45:00 begin of timestep (day): 6 (run): 10502 0: MPIOM: current date: 2100-11-25 04:30:00 begin of timestep (day): 7 (run): 10503 384: Radiation calculated for : 25. Nov 2100 03:56:15 384: Greenhouse gas concentrations 25. Nov 2100 03:56:15 CO2 = 1140.6573 CH4 = 2410.54 N2O = 391.981 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-25 05:15:00 begin of timestep (day): 8 (run): 10504 0: MPIOM: current date: 2100-11-25 06:00:00 begin of timestep (day): 9 (run): 10505 0: MPIOM: current date: 2100-11-25 06:45:00 begin of timestep (day): 10 (run): 10506 0: MPIOM: current date: 2100-11-25 07:30:00 begin of timestep (day): 11 (run): 10507 384: Radiation calculated for : 25. Nov 2100 05:56:15 384: Greenhouse gas concentrations 25. Nov 2100 05:56:15 CO2 = 1140.6604 CH4 = 2410.54 N2O = 391.981 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-25 08:15:00 begin of timestep (day): 12 (run): 10508 0: MPIOM: current date: 2100-11-25 09:00:00 begin of timestep (day): 13 (run): 10509 0: MPIOM: current date: 2100-11-25 09:45:00 begin of timestep (day): 14 (run): 10510 0: MPIOM: current date: 2100-11-25 10:30:00 begin of timestep (day): 15 (run): 10511 384: Radiation calculated for : 25. Nov 2100 07:56:15 384: Greenhouse gas concentrations 25. Nov 2100 07:56:15 CO2 = 1140.6635 CH4 = 2410.54 N2O = 391.981 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-25 11:15:00 begin of timestep (day): 16 (run): 10512 0: MPIOM: current date: 2100-11-25 12:00:00 begin of timestep (day): 17 (run): 10513 0: MPIOM: current date: 2100-11-25 12:45:00 begin of timestep (day): 18 (run): 10514 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 69.3750000000000 , lev 40 0: MPIOM: current date: 2100-11-25 13:30:00 begin of timestep (day): 19 (run): 10515 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 69.3750000000000 , lev 40 384: Radiation calculated for : 25. Nov 2100 09:56:15 384: Greenhouse gas concentrations 25. Nov 2100 09:56:15 CO2 = 1140.6666 CH4 = 2410.54 N2O = 391.981 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-25 14:15:00 begin of timestep (day): 20 (run): 10516 0: MPIOM: current date: 2100-11-25 15:00:00 begin of timestep (day): 21 (run): 10517 0: MPIOM: current date: 2100-11-25 15:45:00 begin of timestep (day): 22 (run): 10518 0: MPIOM: current date: 2100-11-25 16:30:00 begin of timestep (day): 23 (run): 10519 384: Radiation calculated for : 25. Nov 2100 11:56:15 0: MPIOM: current date: 2100-11-25 17:15:00 begin of timestep (day): 24 (run): 10520 384: Greenhouse gas concentrations 25. Nov 2100 11:56:15 CO2 = 1140.6698 CH4 = 2410.53 N2O = 391.981 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-25 18:00:00 begin of timestep (day): 25 (run): 10521 0: MPIOM: current date: 2100-11-25 18:45:00 begin of timestep (day): 26 (run): 10522 0: MPIOM: current date: 2100-11-25 19:30:00 begin of timestep (day): 27 (run): 10523 0: MPIOM: current date: 2100-11-25 20:15:00 begin of timestep (day): 28 (run): 10524 384: Radiation calculated for : 25. Nov 2100 13:56:15 384: Greenhouse gas concentrations 25. Nov 2100 13:56:15 CO2 = 1140.6729 CH4 = 2410.53 N2O = 391.981 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-25 21:00:00 begin of timestep (day): 29 (run): 10525 0: MPIOM: current date: 2100-11-25 21:45:00 begin of timestep (day): 30 (run): 10526 0: MPIOM: current date: 2100-11-25 22:30:00 begin of timestep (day): 31 (run): 10527 384: Radiation calculated for : 25. Nov 2100 15:56:15 0: MPIOM: current date: 2100-11-25 23:15:00 begin of timestep (day): 32 (run): 10528 384: Greenhouse gas concentrations 25. Nov 2100 15:56:15 CO2 = 1140.6760 CH4 = 2410.53 N2O = 391.981 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-26 00:00:00 begin of timestep (day): 1 (run): 10529 384: Radiation calculated for : 25. Nov 2100 17:56:15 384: Greenhouse gas concentrations 25. Nov 2100 17:56:15 CO2 = 1140.6791 CH4 = 2410.53 N2O = 391.981 CFC = 50.95 207.72 384: Radiation calculated for : 25. Nov 2100 19:56:15 384: Greenhouse gas concentrations 25. Nov 2100 19:56:15 CO2 = 1140.6822 CH4 = 2410.52 N2O = 391.981 CFC = 50.95 207.72 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 40 384: Radiation calculated for : 25. Nov 2100 21:56:15 384: Greenhouse gas concentrations 25. Nov 2100 21:56:15 CO2 = 1140.6853 CH4 = 2410.52 N2O = 391.981 CFC = 50.95 207.72 384: Radiation calculated for : 25. Nov 2100 23:56:15 384: Greenhouse gas concentrations 25. Nov 2100 23:56:15 CO2 = 1140.6884 CH4 = 2410.52 N2O = 391.982 CFC = 50.95 207.72 384: hydrology_model: Water budget change: 9.089708328247070E-007 m3/s 384: hydrology_model: global discharge: 978230.245702305 m3/s 384: hydrology_model: precip-evap (on ocean): -2147686.64984858 m3/s 384: water_budget_corr: P-E correction: -46381.1295245455 m3/s 384: water_budget_corr: slm/slf residuum: 88590.7412922788 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1054.28058295799 m3/s 384: water_budget_corr: awfre corrected: -2195122.05995607 m3/s 384: water_budget_corr: river discharge: 978230.245702305 m3/s 384: water_budget_corr: water to ocean: -1216891.81425378 m3/s 384: Write GRIB1 output for : 25. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.953354712334211E-010 kg m-2 s-1 0: co2 = 1060.69175654878 , n2 = 802000.000284497 , o2 = 0: 196800.001026514 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-26 00:45:00 begin of timestep (day): 2 (run): 10530 0: MPIOM: current date: 2100-11-26 01:30:00 begin of timestep (day): 3 (run): 10531 384: Radiation calculated for : 26. Nov 2100 01:56:15 384: Greenhouse gas concentrations 26. Nov 2100 01:56:15 CO2 = 1140.6916 CH4 = 2410.51 N2O = 391.982 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-26 02:15:00 begin of timestep (day): 4 (run): 10532 0: MPIOM: current date: 2100-11-26 03:00:00 begin of timestep (day): 5 (run): 10533 0: MPIOM: current date: 2100-11-26 03:45:00 begin of timestep (day): 6 (run): 10534 0: MPIOM: current date: 2100-11-26 04:30:00 begin of timestep (day): 7 (run): 10535 384: Radiation calculated for : 26. Nov 2100 03:56:15 384: Greenhouse gas concentrations 26. Nov 2100 03:56:15 CO2 = 1140.6947 CH4 = 2410.51 N2O = 391.982 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-26 05:15:00 begin of timestep (day): 8 (run): 10536 0: MPIOM: current date: 2100-11-26 06:00:00 begin of timestep (day): 9 (run): 10537 0: MPIOM: current date: 2100-11-26 06:45:00 begin of timestep (day): 10 (run): 10538 0: MPIOM: current date: 2100-11-26 07:30:00 begin of timestep (day): 11 (run): 10539 384: Radiation calculated for : 26. Nov 2100 05:56:15 384: Greenhouse gas concentrations 26. Nov 2100 05:56:15 CO2 = 1140.6978 CH4 = 2410.51 N2O = 391.982 CFC = 50.95 207.72 0: MPIOM: current date: 2100-11-26 08:15:00 begin of timestep (day): 12 (run): 10540 0: MPIOM: current date: 2100-11-26 09:00:00 begin of timestep (day): 13 (run): 10541 0: MPIOM: current date: 2100-11-26 09:45:00 begin of timestep (day): 14 (run): 10542 0: MPIOM: current date: 2100-11-26 10:30:00 begin of timestep (day): 15 (run): 10543 384: Radiation calculated for : 26. Nov 2100 07:56:15 384: Greenhouse gas concentrations 26. Nov 2100 07:56:15 CO2 = 1140.7009 CH4 = 2410.51 N2O = 391.982 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-26 11:15:00 begin of timestep (day): 16 (run): 10544 0: MPIOM: current date: 2100-11-26 12:00:00 begin of timestep (day): 17 (run): 10545 0: MPIOM: current date: 2100-11-26 12:45:00 begin of timestep (day): 18 (run): 10546 0: MPIOM: current date: 2100-11-26 13:30:00 begin of timestep (day): 19 (run): 10547 384: Radiation calculated for : 26. Nov 2100 09:56:15 384: Greenhouse gas concentrations 26. Nov 2100 09:56:15 CO2 = 1140.7040 CH4 = 2410.50 N2O = 391.982 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-26 14:15:00 begin of timestep (day): 20 (run): 10548 0: MPIOM: current date: 2100-11-26 15:00:00 begin of timestep (day): 21 (run): 10549 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 41 0: MPIOM: current date: 2100-11-26 15:45:00 begin of timestep (day): 22 (run): 10550 0: MPIOM: current date: 2100-11-26 16:30:00 begin of timestep (day): 23 (run): 10551 384: Radiation calculated for : 26. Nov 2100 11:56:15 384: Greenhouse gas concentrations 26. Nov 2100 11:56:15 CO2 = 1140.7071 CH4 = 2410.50 N2O = 391.982 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-26 17:15:00 begin of timestep (day): 24 (run): 10552 0: MPIOM: current date: 2100-11-26 18:00:00 begin of timestep (day): 25 (run): 10553 0: MPIOM: current date: 2100-11-26 18:45:00 begin of timestep (day): 26 (run): 10554 0: MPIOM: current date: 2100-11-26 19:30:00 begin of timestep (day): 27 (run): 10555 384: Radiation calculated for : 26. Nov 2100 13:56:15 384: Greenhouse gas concentrations 26. Nov 2100 13:56:15 CO2 = 1140.7103 CH4 = 2410.50 N2O = 391.982 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-26 20:15:00 begin of timestep (day): 28 (run): 10556 0: MPIOM: current date: 2100-11-26 21:00:00 begin of timestep (day): 29 (run): 10557 477: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 10.2589281680064 , lon 58.1250000000000 , lev 40 0: MPIOM: current date: 2100-11-26 21:45:00 begin of timestep (day): 30 (run): 10558 0: MPIOM: current date: 2100-11-26 22:30:00 begin of timestep (day): 31 (run): 10559 384: Radiation calculated for : 26. Nov 2100 15:56:15 384: Greenhouse gas concentrations 26. Nov 2100 15:56:15 CO2 = 1140.7134 CH4 = 2410.50 N2O = 391.982 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-26 23:15:00 begin of timestep (day): 32 (run): 10560 0: MPIOM: current date: 2100-11-27 00:00:00 begin of timestep (day): 1 (run): 10561 384: Radiation calculated for : 26. Nov 2100 17:56:15 384: Greenhouse gas concentrations 26. Nov 2100 17:56:15 CO2 = 1140.7165 CH4 = 2410.49 N2O = 391.983 CFC = 50.95 207.71 384: Radiation calculated for : 26. Nov 2100 19:56:15 384: Greenhouse gas concentrations 26. Nov 2100 19:56:15 CO2 = 1140.7196 CH4 = 2410.49 N2O = 391.983 CFC = 50.95 207.71 384: Radiation calculated for : 26. Nov 2100 21:56:15 384: Greenhouse gas concentrations 26. Nov 2100 21:56:15 CO2 = 1140.7227 CH4 = 2410.49 N2O = 391.983 CFC = 50.95 207.71 477: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 8.39366890769238 , lon 56.2500000000000 , lev 41 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 41 384: Radiation calculated for : 26. Nov 2100 23:56:15 384: Greenhouse gas concentrations 26. Nov 2100 23:56:15 CO2 = 1140.7258 CH4 = 2410.48 N2O = 391.983 CFC = 50.95 207.71 384: hydrology_model: Water budget change: 1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 971418.819008240 m3/s 384: hydrology_model: precip-evap (on ocean): -1500094.81689999 m3/s 384: water_budget_corr: P-E correction: -83291.9172008828 m3/s 384: water_budget_corr: slm/slf residuum: 89179.7524787466 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 392.372381248988 m3/s 384: water_budget_corr: awfre corrected: -1582994.36171964 m3/s 384: water_budget_corr: river discharge: 971418.819008240 m3/s 384: water_budget_corr: water to ocean: -611575.542711396 m3/s 384: Write GRIB1 output for : 26. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.638853781232004E-010 kg m-2 s-1 0: co2 = 1060.72741320219 , n2 = 802000.000303701 , o2 = 0: 196800.001043498 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-27 00:45:00 begin of timestep (day): 2 (run): 10562 0: MPIOM: current date: 2100-11-27 01:30:00 begin of timestep (day): 3 (run): 10563 384: Radiation calculated for : 27. Nov 2100 01:56:15 384: Greenhouse gas concentrations 27. Nov 2100 01:56:15 CO2 = 1140.7290 CH4 = 2410.48 N2O = 391.983 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-27 02:15:00 begin of timestep (day): 4 (run): 10564 0: MPIOM: current date: 2100-11-27 03:00:00 begin of timestep (day): 5 (run): 10565 0: MPIOM: current date: 2100-11-27 03:45:00 begin of timestep (day): 6 (run): 10566 0: MPIOM: current date: 2100-11-27 04:30:00 begin of timestep (day): 7 (run): 10567 384: Radiation calculated for : 27. Nov 2100 03:56:15 384: Greenhouse gas concentrations 27. Nov 2100 03:56:15 CO2 = 1140.7321 CH4 = 2410.48 N2O = 391.983 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-27 05:15:00 begin of timestep (day): 8 (run): 10568 0: MPIOM: current date: 2100-11-27 06:00:00 begin of timestep (day): 9 (run): 10569 0: MPIOM: current date: 2100-11-27 06:45:00 begin of timestep (day): 10 (run): 10570 0: MPIOM: current date: 2100-11-27 07:30:00 begin of timestep (day): 11 (run): 10571 384: Radiation calculated for : 27. Nov 2100 05:56:15 384: Greenhouse gas concentrations 27. Nov 2100 05:56:15 CO2 = 1140.7352 CH4 = 2410.48 N2O = 391.983 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-27 08:15:00 begin of timestep (day): 12 (run): 10572 0: MPIOM: current date: 2100-11-27 09:00:00 begin of timestep (day): 13 (run): 10573 0: MPIOM: current date: 2100-11-27 09:45:00 begin of timestep (day): 14 (run): 10574 0: MPIOM: current date: 2100-11-27 10:30:00 begin of timestep (day): 15 (run): 10575 384: Radiation calculated for : 27. Nov 2100 07:56:15 384: Greenhouse gas concentrations 27. Nov 2100 07:56:15 CO2 = 1140.7383 CH4 = 2410.47 N2O = 391.983 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-27 11:15:00 begin of timestep (day): 16 (run): 10576 0: MPIOM: current date: 2100-11-27 12:00:00 begin of timestep (day): 17 (run): 10577 0: MPIOM: current date: 2100-11-27 12:45:00 begin of timestep (day): 18 (run): 10578 384: Radiation calculated for : 27. Nov 2100 09:56:15 0: MPIOM: current date: 2100-11-27 13:30:00 begin of timestep (day): 19 (run): 10579 384: Greenhouse gas concentrations 27. Nov 2100 09:56:15 CO2 = 1140.7414 CH4 = 2410.47 N2O = 391.983 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-27 14:15:00 begin of timestep (day): 20 (run): 10580 0: MPIOM: current date: 2100-11-27 15:00:00 begin of timestep (day): 21 (run): 10581 0: MPIOM: current date: 2100-11-27 15:45:00 begin of timestep (day): 22 (run): 10582 384: Radiation calculated for : 27. Nov 2100 11:56:15 384: Greenhouse gas concentrations 27. Nov 2100 11:56:15 CO2 = 1140.7445 CH4 = 2410.47 N2O = 391.983 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-27 16:30:00 begin of timestep (day): 23 (run): 10583 0: MPIOM: current date: 2100-11-27 17:15:00 begin of timestep (day): 24 (run): 10584 0: MPIOM: current date: 2100-11-27 18:00:00 begin of timestep (day): 25 (run): 10585 0: MPIOM: current date: 2100-11-27 18:45:00 begin of timestep (day): 26 (run): 10586 384: Radiation calculated for : 27. Nov 2100 13:56:15 384: Greenhouse gas concentrations 27. Nov 2100 13:56:15 CO2 = 1140.7477 CH4 = 2410.46 N2O = 391.984 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-27 19:30:00 begin of timestep (day): 27 (run): 10587 0: MPIOM: current date: 2100-11-27 20:15:00 begin of timestep (day): 28 (run): 10588 0: MPIOM: current date: 2100-11-27 21:00:00 begin of timestep (day): 29 (run): 10589 0: MPIOM: current date: 2100-11-27 21:45:00 begin of timestep (day): 30 (run): 10590 384: Radiation calculated for : 27. Nov 2100 15:56:15 384: Greenhouse gas concentrations 27. Nov 2100 15:56:15 CO2 = 1140.7508 CH4 = 2410.46 N2O = 391.984 CFC = 50.95 207.71 0: MPIOM: current date: 2100-11-27 22:30:00 begin of timestep (day): 31 (run): 10591 0: MPIOM: current date: 2100-11-27 23:15:00 begin of timestep (day): 32 (run): 10592 0: MPIOM: current date: 2100-11-28 00:00:00 begin of timestep (day): 1 (run): 10593 384: Radiation calculated for : 27. Nov 2100 17:56:15 384: Greenhouse gas concentrations 27. Nov 2100 17:56:15 CO2 = 1140.7539 CH4 = 2410.46 N2O = 391.984 CFC = 50.95 207.71 384: Radiation calculated for : 27. Nov 2100 19:56:15 384: Greenhouse gas concentrations 27. Nov 2100 19:56:15 CO2 = 1140.7570 CH4 = 2410.46 N2O = 391.984 CFC = 50.95 207.70 384: Radiation calculated for : 27. Nov 2100 21:56:15 384: Greenhouse gas concentrations 27. Nov 2100 21:56:15 CO2 = 1140.7601 CH4 = 2410.45 N2O = 391.984 CFC = 50.95 207.70 384: Radiation calculated for : 27. Nov 2100 23:56:15 384: Greenhouse gas concentrations 27. Nov 2100 23:56:15 CO2 = 1140.7632 CH4 = 2410.45 N2O = 391.984 CFC = 50.95 207.70 384: hydrology_model: Water budget change: 2.533197402954102E-007 m3/s 384: hydrology_model: global discharge: 974616.232650312 m3/s 384: hydrology_model: precip-evap (on ocean): -1519970.42099722 m3/s 384: water_budget_corr: P-E correction: -25877.9573385547 m3/s 384: water_budget_corr: slm/slf residuum: 98908.0872103571 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3742.51446899453 m3/s 384: water_budget_corr: awfre corrected: -1542105.86386678 m3/s 384: water_budget_corr: river discharge: 974616.232650312 m3/s 384: water_budget_corr: water to ocean: -567489.631216460 m3/s 384: Write GRIB1 output for : 27. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.182468119636705E-010 kg m-2 s-1 0: co2 = 1060.64635959287 , n2 = 802000.000323413 , o2 = 0: 196800.001075599 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-28 00:45:00 begin of timestep (day): 2 (run): 10594 0: MPIOM: current date: 2100-11-28 01:30:00 begin of timestep (day): 3 (run): 10595 384: Radiation calculated for : 28. Nov 2100 01:56:15 384: Greenhouse gas concentrations 28. Nov 2100 01:56:15 CO2 = 1140.7664 CH4 = 2410.45 N2O = 391.984 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-28 02:15:00 begin of timestep (day): 4 (run): 10596 0: MPIOM: current date: 2100-11-28 03:00:00 begin of timestep (day): 5 (run): 10597 0: MPIOM: current date: 2100-11-28 03:45:00 begin of timestep (day): 6 (run): 10598 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 50.6250000000000 , lev 41 0: MPIOM: current date: 2100-11-28 04:30:00 begin of timestep (day): 7 (run): 10599 384: Radiation calculated for : 28. Nov 2100 03:56:15 384: Greenhouse gas concentrations 28. Nov 2100 03:56:15 CO2 = 1140.7695 CH4 = 2410.45 N2O = 391.984 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-28 05:15:00 begin of timestep (day): 8 (run): 10600 0: MPIOM: current date: 2100-11-28 06:00:00 begin of timestep (day): 9 (run): 10601 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-11-28 06:45:00 begin of timestep (day): 10 (run): 10602 0: MPIOM: current date: 2100-11-28 07:30:00 begin of timestep (day): 11 (run): 10603 384: Radiation calculated for : 28. Nov 2100 05:56:15 384: Greenhouse gas concentrations 28. Nov 2100 05:56:15 CO2 = 1140.7726 CH4 = 2410.44 N2O = 391.984 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-28 08:15:00 begin of timestep (day): 12 (run): 10604 0: MPIOM: current date: 2100-11-28 09:00:00 begin of timestep (day): 13 (run): 10605 0: MPIOM: current date: 2100-11-28 09:45:00 begin of timestep (day): 14 (run): 10606 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 52.5000000000000 , lev 40 0: MPIOM: current date: 2100-11-28 10:30:00 begin of timestep (day): 15 (run): 10607 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 52.5000000000000 , lev 40 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 52.5000000000000 , lev 40 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 52.5000000000000 , lev 40 384: Radiation calculated for : 28. Nov 2100 07:56:15 0: MPIOM: current date: 2100-11-28 11:15:00 begin of timestep (day): 16 (run): 10608 384: Greenhouse gas concentrations 28. Nov 2100 07:56:15 CO2 = 1140.7757 CH4 = 2410.44 N2O = 391.985 CFC = 50.94 207.70 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-11-28 12:00:00 begin of timestep (day): 17 (run): 10609 0: MPIOM: current date: 2100-11-28 12:45:00 begin of timestep (day): 18 (run): 10610 0: MPIOM: current date: 2100-11-28 13:30:00 begin of timestep (day): 19 (run): 10611 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 42 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 42 0: MPIOM: current date: 2100-11-28 14:15:00 begin of timestep (day): 20 (run): 10612 384: Radiation calculated for : 28. Nov 2100 09:56:15 384: Greenhouse gas concentrations 28. Nov 2100 09:56:15 CO2 = 1140.7788 CH4 = 2410.44 N2O = 391.985 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-28 15:00:00 begin of timestep (day): 21 (run): 10613 0: MPIOM: current date: 2100-11-28 15:45:00 begin of timestep (day): 22 (run): 10614 0: MPIOM: current date: 2100-11-28 16:30:00 begin of timestep (day): 23 (run): 10615 0: MPIOM: current date: 2100-11-28 17:15:00 begin of timestep (day): 24 (run): 10616 384: Radiation calculated for : 28. Nov 2100 11:56:15 384: Greenhouse gas concentrations 28. Nov 2100 11:56:15 CO2 = 1140.7819 CH4 = 2410.43 N2O = 391.985 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-28 18:00:00 begin of timestep (day): 25 (run): 10617 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 40 0: MPIOM: current date: 2100-11-28 18:45:00 begin of timestep (day): 26 (run): 10618 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 40 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 0: MPIOM: current date: 2100-11-28 19:30:00 begin of timestep (day): 27 (run): 10619 0: MPIOM: current date: 2100-11-28 20:15:00 begin of timestep (day): 28 (run): 10620 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 50.6250000000000 , lev 41 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 52.5000000000000 , lev 41 384: Radiation calculated for : 28. Nov 2100 13:56:15 384: Greenhouse gas concentrations 28. Nov 2100 13:56:15 CO2 = 1140.7851 CH4 = 2410.43 N2O = 391.985 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-28 21:00:00 begin of timestep (day): 29 (run): 10621 0: MPIOM: current date: 2100-11-28 21:45:00 begin of timestep (day): 30 (run): 10622 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 50.6250000000000 , lev 41 0: MPIOM: current date: 2100-11-28 22:30:00 begin of timestep (day): 31 (run): 10623 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 40 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 40 0: MPIOM: current date: 2100-11-28 23:15:00 begin of timestep (day): 32 (run): 10624 384: Radiation calculated for : 28. Nov 2100 15:56:15 0: MPIOM: current date: 2100-11-29 00:00:00 begin of timestep (day): 1 (run): 10625 384: Greenhouse gas concentrations 28. Nov 2100 15:56:15 CO2 = 1140.7882 CH4 = 2410.43 N2O = 391.985 CFC = 50.94 207.70 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 384: Radiation calculated for : 28. Nov 2100 17:56:15 384: Greenhouse gas concentrations 28. Nov 2100 17:56:15 CO2 = 1140.7913 CH4 = 2410.43 N2O = 391.985 CFC = 50.94 207.70 384: Radiation calculated for : 28. Nov 2100 19:56:15 384: Greenhouse gas concentrations 28. Nov 2100 19:56:15 CO2 = 1140.7944 CH4 = 2410.42 N2O = 391.985 CFC = 50.94 207.70 384: Radiation calculated for : 28. Nov 2100 21:56:15 384: Greenhouse gas concentrations 28. Nov 2100 21:56:15 CO2 = 1140.7975 CH4 = 2410.42 N2O = 391.985 CFC = 50.94 207.70 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 384: Radiation calculated for : 28. Nov 2100 23:56:15 384: Greenhouse gas concentrations 28. Nov 2100 23:56:15 CO2 = 1140.8006 CH4 = 2410.42 N2O = 391.985 CFC = 50.94 207.70 384: hydrology_model: Water budget change: -1.043081283569336E-006 m3/s 384: hydrology_model: global discharge: 976600.458122757 m3/s 384: hydrology_model: precip-evap (on ocean): -1835535.52202408 m3/s 384: water_budget_corr: P-E correction: -65584.9545137204 m3/s 384: water_budget_corr: slm/slf residuum: 76468.1437719900 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 3422.99793860367 m3/s 384: water_budget_corr: awfre corrected: -1897697.47859919 m3/s 384: water_budget_corr: river discharge: 976600.458122757 m3/s 384: water_budget_corr: water to ocean: -921097.020476446 m3/s 384: Write GRIB1 output for : 28. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.390584602317823E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1060.62203448072 , n2 = 802000.000321494 , o2 = 0: 196800.001032391 0: MPIOM: current date: 2100-11-29 00:45:00 begin of timestep (day): 2 (run): 10626 0: MPIOM: current date: 2100-11-29 01:30:00 begin of timestep (day): 3 (run): 10627 384: Radiation calculated for : 29. Nov 2100 01:56:15 384: Greenhouse gas concentrations 29. Nov 2100 01:56:15 CO2 = 1140.8038 CH4 = 2410.42 N2O = 391.985 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-29 02:15:00 begin of timestep (day): 4 (run): 10628 0: MPIOM: current date: 2100-11-29 03:00:00 begin of timestep (day): 5 (run): 10629 0: MPIOM: current date: 2100-11-29 03:45:00 begin of timestep (day): 6 (run): 10630 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 46.8750000000000 , lev 41 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 46.8750000000000 , lev 41 0: MPIOM: current date: 2100-11-29 04:30:00 begin of timestep (day): 7 (run): 10631 384: Radiation calculated for : 29. Nov 2100 03:56:15 384: Greenhouse gas concentrations 29. Nov 2100 03:56:15 CO2 = 1140.8069 CH4 = 2410.41 N2O = 391.986 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-29 05:15:00 begin of timestep (day): 8 (run): 10632 0: MPIOM: current date: 2100-11-29 06:00:00 begin of timestep (day): 9 (run): 10633 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 42 0: MPIOM: current date: 2100-11-29 06:45:00 begin of timestep (day): 10 (run): 10634 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-11-29 07:30:00 begin of timestep (day): 11 (run): 10635 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 384: Radiation calculated for : 29. Nov 2100 05:56:15 0: MPIOM: current date: 2100-11-29 08:15:00 begin of timestep (day): 12 (run): 10636 384: Greenhouse gas concentrations 29. Nov 2100 05:56:15 CO2 = 1140.8100 CH4 = 2410.41 N2O = 391.986 CFC = 50.94 207.70 0: MPIOM: current date: 2100-11-29 09:00:00 begin of timestep (day): 13 (run): 10637 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-11-29 09:45:00 begin of timestep (day): 14 (run): 10638 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-11-29 10:30:00 begin of timestep (day): 15 (run): 10639 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 40 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 0: MPIOM: current date: 2100-11-29 11:15:00 begin of timestep (day): 16 (run): 10640 384: Radiation calculated for : 29. Nov 2100 07:56:15 384: Greenhouse gas concentrations 29. Nov 2100 07:56:15 CO2 = 1140.8131 CH4 = 2410.41 N2O = 391.986 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-29 12:00:00 begin of timestep (day): 17 (run): 10641 0: MPIOM: current date: 2100-11-29 12:45:00 begin of timestep (day): 18 (run): 10642 0: MPIOM: current date: 2100-11-29 13:30:00 begin of timestep (day): 19 (run): 10643 0: MPIOM: current date: 2100-11-29 14:15:00 begin of timestep (day): 20 (run): 10644 384: Radiation calculated for : 29. Nov 2100 09:56:15 384: Greenhouse gas concentrations 29. Nov 2100 09:56:15 CO2 = 1140.8162 CH4 = 2410.40 N2O = 391.986 CFC = 50.94 207.69 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 40 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 0: MPIOM: current date: 2100-11-29 15:00:00 begin of timestep (day): 21 (run): 10645 0: MPIOM: current date: 2100-11-29 15:45:00 begin of timestep (day): 22 (run): 10646 0: MPIOM: current date: 2100-11-29 16:30:00 begin of timestep (day): 23 (run): 10647 0: MPIOM: current date: 2100-11-29 17:15:00 begin of timestep (day): 24 (run): 10648 384: Radiation calculated for : 29. Nov 2100 11:56:15 384: Greenhouse gas concentrations 29. Nov 2100 11:56:15 CO2 = 1140.8193 CH4 = 2410.40 N2O = 391.986 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-29 18:00:00 begin of timestep (day): 25 (run): 10649 0: MPIOM: current date: 2100-11-29 18:45:00 begin of timestep (day): 26 (run): 10650 0: MPIOM: current date: 2100-11-29 19:30:00 begin of timestep (day): 27 (run): 10651 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 41 0: MPIOM: current date: 2100-11-29 20:15:00 begin of timestep (day): 28 (run): 10652 384: Radiation calculated for : 29. Nov 2100 13:56:15 384: Greenhouse gas concentrations 29. Nov 2100 13:56:15 CO2 = 1140.8225 CH4 = 2410.40 N2O = 391.986 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-29 21:00:00 begin of timestep (day): 29 (run): 10653 0: MPIOM: current date: 2100-11-29 21:45:00 begin of timestep (day): 30 (run): 10654 0: MPIOM: current date: 2100-11-29 22:30:00 begin of timestep (day): 31 (run): 10655 0: MPIOM: current date: 2100-11-29 23:15:00 begin of timestep (day): 32 (run): 10656 384: Radiation calculated for : 29. Nov 2100 15:56:15 384: Greenhouse gas concentrations 29. Nov 2100 15:56:15 CO2 = 1140.8256 CH4 = 2410.40 N2O = 391.986 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-30 00:00:00 begin of timestep (day): 1 (run): 10657 384: Radiation calculated for : 29. Nov 2100 17:56:15 384: Greenhouse gas concentrations 29. Nov 2100 17:56:15 CO2 = 1140.8287 CH4 = 2410.39 N2O = 391.986 CFC = 50.94 207.69 384: Radiation calculated for : 29. Nov 2100 19:56:15 384: Greenhouse gas concentrations 29. Nov 2100 19:56:15 CO2 = 1140.8318 CH4 = 2410.39 N2O = 391.986 CFC = 50.94 207.69 384: Radiation calculated for : 29. Nov 2100 21:56:15 384: Greenhouse gas concentrations 29. Nov 2100 21:56:15 CO2 = 1140.8349 CH4 = 2410.39 N2O = 391.986 CFC = 50.94 207.69 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 46.8750000000000 , lev 41 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 46.8750000000000 , lev 42 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 48.7500000000000 , lev 42 384: Radiation calculated for : 29. Nov 2100 23:56:15 384: Greenhouse gas concentrations 29. Nov 2100 23:56:15 CO2 = 1140.8380 CH4 = 2410.39 N2O = 391.987 CFC = 50.94 207.69 384: hydrology_model: Water budget change: 6.109476089477539E-007 m3/s 384: hydrology_model: global discharge: 979858.811337776 m3/s 384: hydrology_model: precip-evap (on ocean): -2770887.46466776 m3/s 384: water_budget_corr: P-E correction: -35360.8224185173 m3/s 384: water_budget_corr: slm/slf residuum: 84785.0450597310 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2007.37299820837 m3/s 384: water_budget_corr: awfre corrected: -2804240.91408806 m3/s 384: water_budget_corr: river discharge: 979858.811337776 m3/s 384: water_budget_corr: water to ocean: -1824382.10275028 m3/s 384: Write GRIB1 output for : 29. Nov 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.133506525260718E-010 kg m-2 s-1 0: co2 = 1060.65976009944 , n2 = 802000.000323766 , o2 = 0: 196800.001005003 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-11-30 00:45:00 begin of timestep (day): 2 (run): 10658 0: MPIOM: current date: 2100-11-30 01:30:00 begin of timestep (day): 3 (run): 10659 384: Radiation calculated for : 30. Nov 2100 01:56:15 384: Greenhouse gas concentrations 30. Nov 2100 01:56:15 CO2 = 1140.8412 CH4 = 2410.38 N2O = 391.987 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-30 02:15:00 begin of timestep (day): 4 (run): 10660 0: MPIOM: current date: 2100-11-30 03:00:00 begin of timestep (day): 5 (run): 10661 0: MPIOM: current date: 2100-11-30 03:45:00 begin of timestep (day): 6 (run): 10662 0: MPIOM: current date: 2100-11-30 04:30:00 begin of timestep (day): 7 (run): 10663 384: Radiation calculated for : 30. Nov 2100 03:56:15 384: Greenhouse gas concentrations 30. Nov 2100 03:56:15 CO2 = 1140.8443 CH4 = 2410.38 N2O = 391.987 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-30 05:15:00 begin of timestep (day): 8 (run): 10664 0: MPIOM: current date: 2100-11-30 06:00:00 begin of timestep (day): 9 (run): 10665 0: MPIOM: current date: 2100-11-30 06:45:00 begin of timestep (day): 10 (run): 10666 0: MPIOM: current date: 2100-11-30 07:30:00 begin of timestep (day): 11 (run): 10667 384: Radiation calculated for : 30. Nov 2100 05:56:15 384: Greenhouse gas concentrations 30. Nov 2100 05:56:15 CO2 = 1140.8474 CH4 = 2410.38 N2O = 391.987 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-30 08:15:00 begin of timestep (day): 12 (run): 10668 0: MPIOM: current date: 2100-11-30 09:00:00 begin of timestep (day): 13 (run): 10669 0: MPIOM: current date: 2100-11-30 09:45:00 begin of timestep (day): 14 (run): 10670 0: MPIOM: current date: 2100-11-30 10:30:00 begin of timestep (day): 15 (run): 10671 384: Radiation calculated for : 30. Nov 2100 07:56:15 384: Greenhouse gas concentrations 30. Nov 2100 07:56:15 CO2 = 1140.8505 CH4 = 2410.37 N2O = 391.987 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-30 11:15:00 begin of timestep (day): 16 (run): 10672 0: MPIOM: current date: 2100-11-30 12:00:00 begin of timestep (day): 17 (run): 10673 0: MPIOM: current date: 2100-11-30 12:45:00 begin of timestep (day): 18 (run): 10674 0: MPIOM: current date: 2100-11-30 13:30:00 begin of timestep (day): 19 (run): 10675 384: Radiation calculated for : 30. Nov 2100 09:56:15 384: Greenhouse gas concentrations 30. Nov 2100 09:56:15 CO2 = 1140.8536 CH4 = 2410.37 N2O = 391.987 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-30 14:15:00 begin of timestep (day): 20 (run): 10676 0: MPIOM: current date: 2100-11-30 15:00:00 begin of timestep (day): 21 (run): 10677 0: MPIOM: current date: 2100-11-30 15:45:00 begin of timestep (day): 22 (run): 10678 0: MPIOM: current date: 2100-11-30 16:30:00 begin of timestep (day): 23 (run): 10679 384: Radiation calculated for : 30. Nov 2100 11:56:15 384: Greenhouse gas concentrations 30. Nov 2100 11:56:15 CO2 = 1140.8567 CH4 = 2410.37 N2O = 391.987 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-30 17:15:00 begin of timestep (day): 24 (run): 10680 0: MPIOM: current date: 2100-11-30 18:00:00 begin of timestep (day): 25 (run): 10681 0: MPIOM: current date: 2100-11-30 18:45:00 begin of timestep (day): 26 (run): 10682 0: MPIOM: current date: 2100-11-30 19:30:00 begin of timestep (day): 27 (run): 10683 384: Radiation calculated for : 30. Nov 2100 13:56:15 384: Greenhouse gas concentrations 30. Nov 2100 13:56:15 CO2 = 1140.8599 CH4 = 2410.37 N2O = 391.987 CFC = 50.94 207.69 444: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 39.3750000000000 , lev 42 0: MPIOM: current date: 2100-11-30 20:15:00 begin of timestep (day): 28 (run): 10684 0: MPIOM: current date: 2100-11-30 21:00:00 begin of timestep (day): 29 (run): 10685 0: MPIOM: current date: 2100-11-30 21:45:00 begin of timestep (day): 30 (run): 10686 0: MPIOM: current date: 2100-11-30 22:30:00 begin of timestep (day): 31 (run): 10687 384: Radiation calculated for : 30. Nov 2100 15:56:15 384: Greenhouse gas concentrations 30. Nov 2100 15:56:15 CO2 = 1140.8630 CH4 = 2410.36 N2O = 391.987 CFC = 50.94 207.69 0: MPIOM: current date: 2100-11-30 23:15:00 begin of timestep (day): 32 (run): 10688 384: Radiation calculated for : 30. Nov 2100 17:56:15 384: Greenhouse gas concentrations 30. Nov 2100 17:56:15 CO2 = 1140.8661 CH4 = 2410.36 N2O = 391.988 CFC = 50.94 207.69 384: Radiation calculated for : 30. Nov 2100 19:56:15 384: Greenhouse gas concentrations 30. Nov 2100 19:56:15 CO2 = 1140.8692 CH4 = 2410.36 N2O = 391.988 CFC = 50.94 207.68 384: Radiation calculated for : 30. Nov 2100 21:56:15 384: Greenhouse gas concentrations 30. Nov 2100 21:56:15 CO2 = 1140.8723 CH4 = 2410.36 N2O = 391.988 CFC = 50.94 207.68 384: Radiation calculated for : 30. Nov 2100 23:56:15 384: Greenhouse gas concentrations 30. Nov 2100 23:56:15 CO2 = 1140.8754 CH4 = 2410.35 N2O = 391.988 CFC = 50.94 207.68 384: hydrology_model: Water budget change: -3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 964376.294243364 m3/s 384: hydrology_model: precip-evap (on ocean): -2558706.18165500 m3/s 384: water_budget_corr: P-E correction: -5738.94148930352 m3/s 384: water_budget_corr: slm/slf residuum: 80630.8911266510 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1415.58895100257 m3/s 384: water_budget_corr: awfre corrected: -2563029.53419331 m3/s 384: water_budget_corr: river discharge: 964376.294243364 m3/s 384: water_budget_corr: water to ocean: -1598653.23994994 m3/s 384: Write GRIB1 output for : 30. Nov 2100 23:52:30 384: Experiment: esm-ssp585-ocn-alk_EXP2 - data path: ./ 384: Standard GRIB output: esm-ssp585-ocn-alk_EXP2_210012.01 384: 384: ------------------------------------------------------------------------------ 384: 384: Open output streams: 384: 384: base filename . 384: 384: file stream fileID lpost lrest 384: 384: esm-ssp585-ocn-alk_EXP2_210012.01_accw accw 56 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_nitro nitro 58 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_echam spm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_echam glm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_echam g3bm 60 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_co2 co2m 62 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_surf surfm 64 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_tracer tracerm 66 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_jsbach jsbachm 68 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_land landm 70 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_veg vegm 72 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_yasso yassom 74 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_echamday g3bday 76 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_jsbachday jsbachday 78 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_landday landday 80 T T 384: esm-ssp585-ocn-alk_EXP2_210012.01_vegday vegday 82 T T 384: 0: MPIOM: current date: 2100-12-01 00:00:00 begin of timestep (day): 1 (run): 10689 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.534859314769630E-011 kg m-2 s-1 384: read_nitrogen_deposition_fluxes(): Reading nitrogen deposition fluxes from Ndepo.2100.nc 0: Debug: reading file_item(name:'alkalinity_input.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[411],streamID:121,vListID:97,tAxisID:98,nStep:11) 0: Debug: reading file_item(name:'nitrogen_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[35],streamID:143,vListID:115,tAxisID:116,nStep:11) 0: Debug: reading file_item(name:'dust_deposition.nc',format:'nc4',averaged,masked,lo,read,async,loop,avglist:[34],streamID:146,vListID:117,tAxisID:118,nStep:11) 0: co2 = 1060.59138803656 , n2 = 802000.000356162 , o2 = 0: 196800.001040563 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-01 00:45:00 begin of timestep (day): 2 (run): 10690 0: MPIOM: current date: 2100-12-01 01:30:00 begin of timestep (day): 3 (run): 10691 384: Radiation calculated for : 1. Dec 2100 01:56:15 384: Greenhouse gas concentrations 1. Dec 2100 01:56:15 CO2 = 1140.8786 CH4 = 2410.35 N2O = 391.988 CFC = 50.94 207.68 0: MPIOM: current date: 2100-12-01 02:15:00 begin of timestep (day): 4 (run): 10692 0: MPIOM: current date: 2100-12-01 03:00:00 begin of timestep (day): 5 (run): 10693 0: MPIOM: current date: 2100-12-01 03:45:00 begin of timestep (day): 6 (run): 10694 384: Radiation calculated for : 1. Dec 2100 03:56:15 384: Greenhouse gas concentrations 1. Dec 2100 03:56:15 CO2 = 1140.8817 CH4 = 2410.35 N2O = 391.988 CFC = 50.94 207.68 0: MPIOM: current date: 2100-12-01 04:30:00 begin of timestep (day): 7 (run): 10695 0: MPIOM: current date: 2100-12-01 05:15:00 begin of timestep (day): 8 (run): 10696 0: MPIOM: current date: 2100-12-01 06:00:00 begin of timestep (day): 9 (run): 10697 0: MPIOM: current date: 2100-12-01 06:45:00 begin of timestep (day): 10 (run): 10698 384: Radiation calculated for : 1. Dec 2100 05:56:15 384: Greenhouse gas concentrations 1. Dec 2100 05:56:15 CO2 = 1140.8848 CH4 = 2410.34 N2O = 391.988 CFC = 50.94 207.68 0: MPIOM: current date: 2100-12-01 07:30:00 begin of timestep (day): 11 (run): 10699 0: MPIOM: current date: 2100-12-01 08:15:00 begin of timestep (day): 12 (run): 10700 0: MPIOM: current date: 2100-12-01 09:00:00 begin of timestep (day): 13 (run): 10701 0: MPIOM: current date: 2100-12-01 09:45:00 begin of timestep (day): 14 (run): 10702 384: Radiation calculated for : 1. Dec 2100 07:56:15 384: Greenhouse gas concentrations 1. Dec 2100 07:56:15 CO2 = 1140.8879 CH4 = 2410.34 N2O = 391.988 CFC = 50.94 207.68 0: MPIOM: current date: 2100-12-01 10:30:00 begin of timestep (day): 15 (run): 10703 0: MPIOM: current date: 2100-12-01 11:15:00 begin of timestep (day): 16 (run): 10704 0: MPIOM: current date: 2100-12-01 12:00:00 begin of timestep (day): 17 (run): 10705 0: MPIOM: current date: 2100-12-01 12:45:00 begin of timestep (day): 18 (run): 10706 384: Radiation calculated for : 1. Dec 2100 09:56:15 384: Greenhouse gas concentrations 1. Dec 2100 09:56:15 CO2 = 1140.8910 CH4 = 2410.34 N2O = 391.988 CFC = 50.94 207.68 0: MPIOM: current date: 2100-12-01 13:30:00 begin of timestep (day): 19 (run): 10707 0: MPIOM: current date: 2100-12-01 14:15:00 begin of timestep (day): 20 (run): 10708 0: MPIOM: current date: 2100-12-01 15:00:00 begin of timestep (day): 21 (run): 10709 0: MPIOM: current date: 2100-12-01 15:45:00 begin of timestep (day): 22 (run): 10710 384: Radiation calculated for : 1. Dec 2100 11:56:15 384: Greenhouse gas concentrations 1. Dec 2100 11:56:15 CO2 = 1140.8941 CH4 = 2410.34 N2O = 391.988 CFC = 50.93 207.68 0: MPIOM: current date: 2100-12-01 16:30:00 begin of timestep (day): 23 (run): 10711 0: MPIOM: current date: 2100-12-01 17:15:00 begin of timestep (day): 24 (run): 10712 0: MPIOM: current date: 2100-12-01 18:00:00 begin of timestep (day): 25 (run): 10713 0: MPIOM: current date: 2100-12-01 18:45:00 begin of timestep (day): 26 (run): 10714 384: Radiation calculated for : 1. Dec 2100 13:56:15 384: Greenhouse gas concentrations 1. Dec 2100 13:56:15 CO2 = 1140.8973 CH4 = 2410.33 N2O = 391.989 CFC = 50.93 207.68 0: MPIOM: current date: 2100-12-01 19:30:00 begin of timestep (day): 27 (run): 10715 0: MPIOM: current date: 2100-12-01 20:15:00 begin of timestep (day): 28 (run): 10716 0: MPIOM: current date: 2100-12-01 21:00:00 begin of timestep (day): 29 (run): 10717 0: MPIOM: current date: 2100-12-01 21:45:00 begin of timestep (day): 30 (run): 10718 384: Radiation calculated for : 1. Dec 2100 15:56:15 384: Greenhouse gas concentrations 1. Dec 2100 15:56:15 CO2 = 1140.9004 CH4 = 2410.33 N2O = 391.989 CFC = 50.93 207.68 0: MPIOM: current date: 2100-12-01 22:30:00 begin of timestep (day): 31 (run): 10719 0: MPIOM: current date: 2100-12-01 23:15:00 begin of timestep (day): 32 (run): 10720 0: MPIOM: current date: 2100-12-02 00:00:00 begin of timestep (day): 1 (run): 10721 384: Radiation calculated for : 1. Dec 2100 17:56:15 384: Greenhouse gas concentrations 1. Dec 2100 17:56:15 CO2 = 1140.9035 CH4 = 2410.33 N2O = 391.989 CFC = 50.93 207.68 384: Radiation calculated for : 1. Dec 2100 19:56:15 384: Greenhouse gas concentrations 1. Dec 2100 19:56:15 CO2 = 1140.9066 CH4 = 2410.33 N2O = 391.989 CFC = 50.93 207.68 384: Radiation calculated for : 1. Dec 2100 21:56:15 384: Greenhouse gas concentrations 1. Dec 2100 21:56:15 CO2 = 1140.9097 CH4 = 2410.32 N2O = 391.989 CFC = 50.93 207.68 827: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 47.5639257479787 , lon 270.000000000000 , lev 44 384: Radiation calculated for : 1. Dec 2100 23:56:15 384: Greenhouse gas concentrations 1. Dec 2100 23:56:15 CO2 = 1140.9128 CH4 = 2410.32 N2O = 391.989 CFC = 50.93 207.68 384: hydrology_model: Water budget change: -4.023313522338867E-007 m3/s 384: hydrology_model: global discharge: 965362.787999939 m3/s 384: hydrology_model: precip-evap (on ocean): -1977822.75502072 m3/s 384: water_budget_corr: P-E correction: -17913.5345529080 m3/s 384: water_budget_corr: slm/slf residuum: 72981.7384353215 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 753.403956928626 m3/s 384: water_budget_corr: awfre corrected: -1994982.88561668 m3/s 384: water_budget_corr: river discharge: 965362.787999939 m3/s 384: water_budget_corr: water to ocean: -1029620.09761675 m3/s 384: Write GRIB1 output for : 1. Dec 2100 23:52:30 0: co2 = 1060.55327137789 , n2 = 802000.000380745 , o2 = 0: 196800.001060185 0: MPIOM: current date: 2100-12-02 00:45:00 begin of timestep (day): 2 (run): 10722 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.465357715468521E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-02 01:30:00 begin of timestep (day): 3 (run): 10723 0: MPIOM: current date: 2100-12-02 02:15:00 begin of timestep (day): 4 (run): 10724 384: Radiation calculated for : 2. Dec 2100 01:56:15 384: Greenhouse gas concentrations 2. Dec 2100 01:56:15 CO2 = 1140.9160 CH4 = 2410.32 N2O = 391.989 CFC = 50.93 207.68 0: MPIOM: current date: 2100-12-02 03:00:00 begin of timestep (day): 5 (run): 10725 0: MPIOM: current date: 2100-12-02 03:45:00 begin of timestep (day): 6 (run): 10726 0: MPIOM: current date: 2100-12-02 04:30:00 begin of timestep (day): 7 (run): 10727 384: Radiation calculated for : 2. Dec 2100 03:56:15 0: MPIOM: current date: 2100-12-02 05:15:00 begin of timestep (day): 8 (run): 10728 384: Greenhouse gas concentrations 2. Dec 2100 03:56:15 CO2 = 1140.9191 CH4 = 2410.31 N2O = 391.989 CFC = 50.93 207.68 0: MPIOM: current date: 2100-12-02 06:00:00 begin of timestep (day): 9 (run): 10729 0: MPIOM: current date: 2100-12-02 06:45:00 begin of timestep (day): 10 (run): 10730 0: MPIOM: current date: 2100-12-02 07:30:00 begin of timestep (day): 11 (run): 10731 384: Radiation calculated for : 2. Dec 2100 05:56:15 0: MPIOM: current date: 2100-12-02 08:15:00 begin of timestep (day): 12 (run): 10732 384: Greenhouse gas concentrations 2. Dec 2100 05:56:15 CO2 = 1140.9222 CH4 = 2410.31 N2O = 391.989 CFC = 50.93 207.68 0: MPIOM: current date: 2100-12-02 09:00:00 begin of timestep (day): 13 (run): 10733 0: MPIOM: current date: 2100-12-02 09:45:00 begin of timestep (day): 14 (run): 10734 0: MPIOM: current date: 2100-12-02 10:30:00 begin of timestep (day): 15 (run): 10735 384: Radiation calculated for : 2. Dec 2100 07:56:15 0: MPIOM: current date: 2100-12-02 11:15:00 begin of timestep (day): 16 (run): 10736 384: Greenhouse gas concentrations 2. Dec 2100 07:56:15 CO2 = 1140.9253 CH4 = 2410.31 N2O = 391.989 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-02 12:00:00 begin of timestep (day): 17 (run): 10737 0: MPIOM: current date: 2100-12-02 12:45:00 begin of timestep (day): 18 (run): 10738 0: MPIOM: current date: 2100-12-02 13:30:00 begin of timestep (day): 19 (run): 10739 384: Radiation calculated for : 2. Dec 2100 09:56:15 384: Greenhouse gas concentrations 2. Dec 2100 09:56:15 CO2 = 1140.9284 CH4 = 2410.31 N2O = 391.990 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-02 14:15:00 begin of timestep (day): 20 (run): 10740 0: MPIOM: current date: 2100-12-02 15:00:00 begin of timestep (day): 21 (run): 10741 0: MPIOM: current date: 2100-12-02 15:45:00 begin of timestep (day): 22 (run): 10742 0: MPIOM: current date: 2100-12-02 16:30:00 begin of timestep (day): 23 (run): 10743 384: Radiation calculated for : 2. Dec 2100 11:56:15 384: Greenhouse gas concentrations 2. Dec 2100 11:56:15 CO2 = 1140.9315 CH4 = 2410.30 N2O = 391.990 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-02 17:15:00 begin of timestep (day): 24 (run): 10744 0: MPIOM: current date: 2100-12-02 18:00:00 begin of timestep (day): 25 (run): 10745 0: MPIOM: current date: 2100-12-02 18:45:00 begin of timestep (day): 26 (run): 10746 0: MPIOM: current date: 2100-12-02 19:30:00 begin of timestep (day): 27 (run): 10747 384: Radiation calculated for : 2. Dec 2100 13:56:15 384: Greenhouse gas concentrations 2. Dec 2100 13:56:15 CO2 = 1140.9346 CH4 = 2410.30 N2O = 391.990 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-02 20:15:00 begin of timestep (day): 28 (run): 10748 0: MPIOM: current date: 2100-12-02 21:00:00 begin of timestep (day): 29 (run): 10749 0: MPIOM: current date: 2100-12-02 21:45:00 begin of timestep (day): 30 (run): 10750 0: MPIOM: current date: 2100-12-02 22:30:00 begin of timestep (day): 31 (run): 10751 384: Radiation calculated for : 2. Dec 2100 15:56:15 384: Greenhouse gas concentrations 2. Dec 2100 15:56:15 CO2 = 1140.9378 CH4 = 2410.30 N2O = 391.990 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-02 23:15:00 begin of timestep (day): 32 (run): 10752 0: MPIOM: current date: 2100-12-03 00:00:00 begin of timestep (day): 1 (run): 10753 384: Radiation calculated for : 2. Dec 2100 17:56:15 384: Greenhouse gas concentrations 2. Dec 2100 17:56:15 CO2 = 1140.9409 CH4 = 2410.30 N2O = 391.990 CFC = 50.93 207.67 384: Radiation calculated for : 2. Dec 2100 19:56:15 384: Greenhouse gas concentrations 2. Dec 2100 19:56:15 CO2 = 1140.9440 CH4 = 2410.29 N2O = 391.990 CFC = 50.93 207.67 384: Radiation calculated for : 2. Dec 2100 21:56:15 384: Greenhouse gas concentrations 2. Dec 2100 21:56:15 CO2 = 1140.9471 CH4 = 2410.29 N2O = 391.990 CFC = 50.93 207.67 384: Radiation calculated for : 2. Dec 2100 23:56:15 384: Greenhouse gas concentrations 2. Dec 2100 23:56:15 CO2 = 1140.9502 CH4 = 2410.29 N2O = 391.990 CFC = 50.93 207.67 384: hydrology_model: Water budget change: 7.450580596923828E-007 m3/s 384: hydrology_model: global discharge: 979341.435211665 m3/s 384: hydrology_model: precip-evap (on ocean): -1228926.85213696 m3/s 384: water_budget_corr: P-E correction: -25035.5198218073 m3/s 384: water_budget_corr: slm/slf residuum: 71827.5461929935 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 375.729226666851 m3/s 384: water_budget_corr: awfre corrected: -1253586.64273209 m3/s 384: water_budget_corr: river discharge: 979341.435211665 m3/s 384: water_budget_corr: water to ocean: -274245.207520416 m3/s 384: Write GRIB1 output for : 2. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1060.56171429653 , n2 = 802000.000358088 , o2 = 0: 196800.000972437 384: CO2 flux correction (global): -7.610274749117418E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-03 00:45:00 begin of timestep (day): 2 (run): 10754 0: MPIOM: current date: 2100-12-03 01:30:00 begin of timestep (day): 3 (run): 10755 384: Radiation calculated for : 3. Dec 2100 01:56:15 384: Greenhouse gas concentrations 3. Dec 2100 01:56:15 CO2 = 1140.9533 CH4 = 2410.28 N2O = 391.990 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-03 02:15:00 begin of timestep (day): 4 (run): 10756 0: MPIOM: current date: 2100-12-03 03:00:00 begin of timestep (day): 5 (run): 10757 0: MPIOM: current date: 2100-12-03 03:45:00 begin of timestep (day): 6 (run): 10758 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 44 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 45 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 46 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 47 0: MPIOM: current date: 2100-12-03 04:30:00 begin of timestep (day): 7 (run): 10759 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 44 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 45 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 46 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 47 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 44 0: MPIOM: current date: 2100-12-03 05:15:00 begin of timestep (day): 8 (run): 10760 384: Radiation calculated for : 3. Dec 2100 03:56:15 384: Greenhouse gas concentrations 3. Dec 2100 03:56:15 CO2 = 1140.9565 CH4 = 2410.28 N2O = 391.991 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-03 06:00:00 begin of timestep (day): 9 (run): 10761 0: MPIOM: current date: 2100-12-03 06:45:00 begin of timestep (day): 10 (run): 10762 0: MPIOM: current date: 2100-12-03 07:30:00 begin of timestep (day): 11 (run): 10763 0: MPIOM: current date: 2100-12-03 08:15:00 begin of timestep (day): 12 (run): 10764 384: Radiation calculated for : 3. Dec 2100 05:56:15 384: Greenhouse gas concentrations 3. Dec 2100 05:56:15 CO2 = 1140.9596 CH4 = 2410.28 N2O = 391.991 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-03 09:00:00 begin of timestep (day): 13 (run): 10765 0: MPIOM: current date: 2100-12-03 09:45:00 begin of timestep (day): 14 (run): 10766 0: MPIOM: current date: 2100-12-03 10:30:00 begin of timestep (day): 15 (run): 10767 384: Radiation calculated for : 3. Dec 2100 07:56:15 0: MPIOM: current date: 2100-12-03 11:15:00 begin of timestep (day): 16 (run): 10768 384: Greenhouse gas concentrations 3. Dec 2100 07:56:15 CO2 = 1140.9627 CH4 = 2410.28 N2O = 391.991 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-03 12:00:00 begin of timestep (day): 17 (run): 10769 0: MPIOM: current date: 2100-12-03 12:45:00 begin of timestep (day): 18 (run): 10770 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 298.125000000000 , lev 42 853: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 298.125000000000 , lev 42 0: MPIOM: current date: 2100-12-03 13:30:00 begin of timestep (day): 19 (run): 10771 0: MPIOM: current date: 2100-12-03 14:15:00 begin of timestep (day): 20 (run): 10772 384: Radiation calculated for : 3. Dec 2100 09:56:15 384: Greenhouse gas concentrations 3. Dec 2100 09:56:15 CO2 = 1140.9658 CH4 = 2410.27 N2O = 391.991 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-03 15:00:00 begin of timestep (day): 21 (run): 10773 0: MPIOM: current date: 2100-12-03 15:45:00 begin of timestep (day): 22 (run): 10774 0: MPIOM: current date: 2100-12-03 16:30:00 begin of timestep (day): 23 (run): 10775 0: MPIOM: current date: 2100-12-03 17:15:00 begin of timestep (day): 24 (run): 10776 384: Radiation calculated for : 3. Dec 2100 11:56:15 384: Greenhouse gas concentrations 3. Dec 2100 11:56:15 CO2 = 1140.9689 CH4 = 2410.27 N2O = 391.991 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-03 18:00:00 begin of timestep (day): 25 (run): 10777 0: MPIOM: current date: 2100-12-03 18:45:00 begin of timestep (day): 26 (run): 10778 0: MPIOM: current date: 2100-12-03 19:30:00 begin of timestep (day): 27 (run): 10779 0: MPIOM: current date: 2100-12-03 20:15:00 begin of timestep (day): 28 (run): 10780 0: MPIOM: current date: 2100-12-03 21:00:00 begin of timestep (day): 29 (run): 10781 0: MPIOM: current date: 2100-12-03 21:45:00 begin of timestep (day): 30 (run): 10782 876: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 303.750000000000 , lev 43 0: MPIOM: current date: 2100-12-03 22:30:00 begin of timestep (day): 31 (run): 10783 876: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 303.750000000000 , lev 42 876: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 303.750000000000 , lev 43 384: Radiation calculated for : 3. Dec 2100 13:56:15 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 301.875000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 303.750000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 303.750000000000 , lev 42 0: MPIOM: current date: 2100-12-03 23:15:00 begin of timestep (day): 32 (run): 10784 384: Greenhouse gas concentrations 3. Dec 2100 13:56:15 CO2 = 1140.9720 CH4 = 2410.27 N2O = 391.991 CFC = 50.93 207.67 0: MPIOM: current date: 2100-12-04 00:00:00 begin of timestep (day): 1 (run): 10785 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 301.875000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 303.750000000000 , lev 40 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 303.750000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 303.750000000000 , lev 40 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 303.750000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 305.625000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 305.625000000000 , lev 42 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 305.625000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 305.625000000000 , lev 40 384: Radiation calculated for : 3. Dec 2100 15:56:15 384: Greenhouse gas concentrations 3. Dec 2100 15:56:15 CO2 = 1140.9752 CH4 = 2410.27 N2O = 391.991 CFC = 50.93 207.67 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 305.625000000000 , lev 40 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 303.750000000000 , lev 40 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 303.750000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 303.750000000000 , lev 40 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 303.750000000000 , lev 41 384: Radiation calculated for : 3. Dec 2100 17:56:15 384: Greenhouse gas concentrations 3. Dec 2100 17:56:15 CO2 = 1140.9783 CH4 = 2410.26 N2O = 391.991 CFC = 50.93 207.67 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 305.625000000000 , lev 40 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 307.500000000000 , lev 40 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 307.500000000000 , lev 41 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 307.500000000000 , lev 41 384: Radiation calculated for : 3. Dec 2100 19:56:15 384: Greenhouse gas concentrations 3. Dec 2100 19:56:15 CO2 = 1140.9814 CH4 = 2410.26 N2O = 391.991 CFC = 50.93 207.66 384: Radiation calculated for : 3. Dec 2100 21:56:15 384: Greenhouse gas concentrations 3. Dec 2100 21:56:15 CO2 = 1140.9845 CH4 = 2410.26 N2O = 391.991 CFC = 50.93 207.66 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 313.125000000000 , lev 43 877: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 313.125000000000 , lev 42 901: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 40.1029793042494 , lon 315.000000000000 , lev 43 384: Radiation calculated for : 3. Dec 2100 23:56:15 384: Greenhouse gas concentrations 3. Dec 2100 23:56:15 CO2 = 1140.9876 CH4 = 2410.25 N2O = 391.992 CFC = 50.93 207.66 384: hydrology_model: Water budget change: -4.470348358154297E-007 m3/s 384: hydrology_model: global discharge: 971164.585686235 m3/s 384: hydrology_model: precip-evap (on ocean): -2296735.91139261 m3/s 384: water_budget_corr: P-E correction: -47105.8529412048 m3/s 384: water_budget_corr: slm/slf residuum: 53518.9677032782 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 911.196854160174 m3/s 384: water_budget_corr: awfre corrected: -2342930.56747967 m3/s 384: water_budget_corr: river discharge: 971164.585686235 m3/s 384: water_budget_corr: water to ocean: -1371765.98179343 m3/s 384: Write GRIB1 output for : 3. Dec 2100 23:52:30 0: co2 = 1060.59584106171 , n2 = 802000.000300938 , o2 = 0: 196800.000773017 0: MPIOM: current date: 2100-12-04 00:45:00 begin of timestep (day): 2 (run): 10786 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.818176529860238E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-04 01:30:00 begin of timestep (day): 3 (run): 10787 0: MPIOM: current date: 2100-12-04 02:15:00 begin of timestep (day): 4 (run): 10788 384: Radiation calculated for : 4. Dec 2100 01:56:15 384: Greenhouse gas concentrations 4. Dec 2100 01:56:15 CO2 = 1140.9907 CH4 = 2410.25 N2O = 391.992 CFC = 50.93 207.66 0: MPIOM: current date: 2100-12-04 03:00:00 begin of timestep (day): 5 (run): 10789 0: MPIOM: current date: 2100-12-04 03:45:00 begin of timestep (day): 6 (run): 10790 0: MPIOM: current date: 2100-12-04 04:30:00 begin of timestep (day): 7 (run): 10791 0: MPIOM: current date: 2100-12-04 05:15:00 begin of timestep (day): 8 (run): 10792 384: Radiation calculated for : 4. Dec 2100 03:56:15 384: Greenhouse gas concentrations 4. Dec 2100 03:56:15 CO2 = 1140.9939 CH4 = 2410.25 N2O = 391.992 CFC = 50.93 207.66 0: MPIOM: current date: 2100-12-04 06:00:00 begin of timestep (day): 9 (run): 10793 0: MPIOM: current date: 2100-12-04 06:45:00 begin of timestep (day): 10 (run): 10794 0: MPIOM: current date: 2100-12-04 07:30:00 begin of timestep (day): 11 (run): 10795 0: MPIOM: current date: 2100-12-04 08:15:00 begin of timestep (day): 12 (run): 10796 384: Radiation calculated for : 4. Dec 2100 05:56:15 384: Greenhouse gas concentrations 4. Dec 2100 05:56:15 CO2 = 1140.9970 CH4 = 2410.25 N2O = 391.992 CFC = 50.93 207.66 0: MPIOM: current date: 2100-12-04 09:00:00 begin of timestep (day): 13 (run): 10797 0: MPIOM: current date: 2100-12-04 09:45:00 begin of timestep (day): 14 (run): 10798 0: MPIOM: current date: 2100-12-04 10:30:00 begin of timestep (day): 15 (run): 10799 0: MPIOM: current date: 2100-12-04 11:15:00 begin of timestep (day): 16 (run): 10800 0: MPIOM: current date: 2100-12-04 12:00:00 begin of timestep (day): 17 (run): 10801 384: Radiation calculated for : 4. Dec 2100 07:56:15 0: MPIOM: current date: 2100-12-04 12:45:00 begin of timestep (day): 18 (run): 10802 384: Greenhouse gas concentrations 4. Dec 2100 07:56:15 CO2 = 1141.0001 CH4 = 2410.24 N2O = 391.992 CFC = 50.93 207.66 0: MPIOM: current date: 2100-12-04 13:30:00 begin of timestep (day): 19 (run): 10803 0: MPIOM: current date: 2100-12-04 14:15:00 begin of timestep (day): 20 (run): 10804 0: MPIOM: current date: 2100-12-04 15:00:00 begin of timestep (day): 21 (run): 10805 384: Radiation calculated for : 4. Dec 2100 09:56:15 384: Greenhouse gas concentrations 4. Dec 2100 09:56:15 CO2 = 1141.0032 CH4 = 2410.24 N2O = 391.992 CFC = 50.93 207.66 0: MPIOM: current date: 2100-12-04 15:45:00 begin of timestep (day): 22 (run): 10806 0: MPIOM: current date: 2100-12-04 16:30:00 begin of timestep (day): 23 (run): 10807 0: MPIOM: current date: 2100-12-04 17:15:00 begin of timestep (day): 24 (run): 10808 0: MPIOM: current date: 2100-12-04 18:00:00 begin of timestep (day): 25 (run): 10809 384: Radiation calculated for : 4. Dec 2100 11:56:15 384: Greenhouse gas concentrations 4. Dec 2100 11:56:15 CO2 = 1141.0063 CH4 = 2410.24 N2O = 391.992 CFC = 50.93 207.66 0: MPIOM: current date: 2100-12-04 18:45:00 begin of timestep (day): 26 (run): 10810 0: MPIOM: current date: 2100-12-04 19:30:00 begin of timestep (day): 27 (run): 10811 0: MPIOM: current date: 2100-12-04 20:15:00 begin of timestep (day): 28 (run): 10812 0: MPIOM: current date: 2100-12-04 21:00:00 begin of timestep (day): 29 (run): 10813 384: Radiation calculated for : 4. Dec 2100 13:56:15 384: Greenhouse gas concentrations 4. Dec 2100 13:56:15 CO2 = 1141.0094 CH4 = 2410.24 N2O = 391.992 CFC = 50.93 207.66 0: MPIOM: current date: 2100-12-04 21:45:00 begin of timestep (day): 30 (run): 10814 0: MPIOM: current date: 2100-12-04 22:30:00 begin of timestep (day): 31 (run): 10815 0: MPIOM: current date: 2100-12-04 23:15:00 begin of timestep (day): 32 (run): 10816 0: MPIOM: current date: 2100-12-05 00:00:00 begin of timestep (day): 1 (run): 10817 384: Radiation calculated for : 4. Dec 2100 15:56:15 384: Greenhouse gas concentrations 4. Dec 2100 15:56:15 CO2 = 1141.0126 CH4 = 2410.23 N2O = 391.992 CFC = 50.93 207.66 384: Radiation calculated for : 4. Dec 2100 17:56:15 384: Greenhouse gas concentrations 4. Dec 2100 17:56:15 CO2 = 1141.0157 CH4 = 2410.23 N2O = 391.993 CFC = 50.93 207.66 384: Radiation calculated for : 4. Dec 2100 19:56:15 384: Greenhouse gas concentrations 4. Dec 2100 19:56:15 CO2 = 1141.0188 CH4 = 2410.23 N2O = 391.993 CFC = 50.93 207.66 384: Radiation calculated for : 4. Dec 2100 21:56:15 384: Greenhouse gas concentrations 4. Dec 2100 21:56:15 CO2 = 1141.0219 CH4 = 2410.22 N2O = 391.993 CFC = 50.92 207.66 384: Radiation calculated for : 4. Dec 2100 23:56:15 384: Greenhouse gas concentrations 4. Dec 2100 23:56:15 CO2 = 1141.0250 CH4 = 2410.22 N2O = 391.993 CFC = 50.92 207.66 384: hydrology_model: Water budget change: -5.364418029785156E-007 m3/s 384: hydrology_model: global discharge: 963595.067390411 m3/s 384: hydrology_model: precip-evap (on ocean): -2061024.62466635 m3/s 384: water_budget_corr: P-E correction: -25956.1709597894 m3/s 384: water_budget_corr: slm/slf residuum: 63411.1105613511 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 596.440153925059 m3/s 384: water_budget_corr: awfre corrected: -2086384.35547219 m3/s 384: water_budget_corr: river discharge: 963595.067390411 m3/s 384: water_budget_corr: water to ocean: -1122789.28808179 m3/s 384: Write GRIB1 output for : 4. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1060.83482322504 , n2 = 802000.000335044 , o2 = 0: 196800.000873393 384: CO2 flux correction (global): -4.844508215120199E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-05 00:45:00 begin of timestep (day): 2 (run): 10818 0: MPIOM: current date: 2100-12-05 01:30:00 begin of timestep (day): 3 (run): 10819 384: Radiation calculated for : 5. Dec 2100 01:56:15 384: Greenhouse gas concentrations 5. Dec 2100 01:56:15 CO2 = 1141.0281 CH4 = 2410.22 N2O = 391.993 CFC = 50.92 207.66 0: MPIOM: current date: 2100-12-05 02:15:00 begin of timestep (day): 4 (run): 10820 0: MPIOM: current date: 2100-12-05 03:00:00 begin of timestep (day): 5 (run): 10821 0: MPIOM: current date: 2100-12-05 03:45:00 begin of timestep (day): 6 (run): 10822 0: MPIOM: current date: 2100-12-05 04:30:00 begin of timestep (day): 7 (run): 10823 384: Radiation calculated for : 5. Dec 2100 03:56:15 384: Greenhouse gas concentrations 5. Dec 2100 03:56:15 CO2 = 1141.0313 CH4 = 2410.22 N2O = 391.993 CFC = 50.92 207.66 0: MPIOM: current date: 2100-12-05 05:15:00 begin of timestep (day): 8 (run): 10824 0: MPIOM: current date: 2100-12-05 06:00:00 begin of timestep (day): 9 (run): 10825 0: MPIOM: current date: 2100-12-05 06:45:00 begin of timestep (day): 10 (run): 10826 384: Radiation calculated for : 5. Dec 2100 05:56:15 0: MPIOM: current date: 2100-12-05 07:30:00 begin of timestep (day): 11 (run): 10827 384: Greenhouse gas concentrations 5. Dec 2100 05:56:15 CO2 = 1141.0344 CH4 = 2410.21 N2O = 391.993 CFC = 50.92 207.66 0: MPIOM: current date: 2100-12-05 08:15:00 begin of timestep (day): 12 (run): 10828 0: MPIOM: current date: 2100-12-05 09:00:00 begin of timestep (day): 13 (run): 10829 0: MPIOM: current date: 2100-12-05 09:45:00 begin of timestep (day): 14 (run): 10830 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 42 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 42 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 43 384: Radiation calculated for : 5. Dec 2100 07:56:15 0: MPIOM: current date: 2100-12-05 10:30:00 begin of timestep (day): 15 (run): 10831 384: Greenhouse gas concentrations 5. Dec 2100 07:56:15 CO2 = 1141.0375 CH4 = 2410.21 N2O = 391.993 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-05 11:15:00 begin of timestep (day): 16 (run): 10832 0: MPIOM: current date: 2100-12-05 12:00:00 begin of timestep (day): 17 (run): 10833 0: MPIOM: current date: 2100-12-05 12:45:00 begin of timestep (day): 18 (run): 10834 384: Radiation calculated for : 5. Dec 2100 09:56:15 384: Greenhouse gas concentrations 5. Dec 2100 09:56:15 CO2 = 1141.0406 CH4 = 2410.21 N2O = 391.993 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-05 13:30:00 begin of timestep (day): 19 (run): 10835 0: MPIOM: current date: 2100-12-05 14:15:00 begin of timestep (day): 20 (run): 10836 0: MPIOM: current date: 2100-12-05 15:00:00 begin of timestep (day): 21 (run): 10837 0: MPIOM: current date: 2100-12-05 15:45:00 begin of timestep (day): 22 (run): 10838 384: Radiation calculated for : 5. Dec 2100 11:56:15 0: MPIOM: current date: 2100-12-05 16:30:00 begin of timestep (day): 23 (run): 10839 384: Greenhouse gas concentrations 5. Dec 2100 11:56:15 CO2 = 1141.0437 CH4 = 2410.20 N2O = 391.993 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-05 17:15:00 begin of timestep (day): 24 (run): 10840 0: MPIOM: current date: 2100-12-05 18:00:00 begin of timestep (day): 25 (run): 10841 0: MPIOM: current date: 2100-12-05 18:45:00 begin of timestep (day): 26 (run): 10842 0: MPIOM: current date: 2100-12-05 19:30:00 begin of timestep (day): 27 (run): 10843 384: Radiation calculated for : 5. Dec 2100 13:56:15 384: Greenhouse gas concentrations 5. Dec 2100 13:56:15 CO2 = 1141.0468 CH4 = 2410.20 N2O = 391.994 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-05 20:15:00 begin of timestep (day): 28 (run): 10844 0: MPIOM: current date: 2100-12-05 21:00:00 begin of timestep (day): 29 (run): 10845 0: MPIOM: current date: 2100-12-05 21:45:00 begin of timestep (day): 30 (run): 10846 0: MPIOM: current date: 2100-12-05 22:30:00 begin of timestep (day): 31 (run): 10847 384: Radiation calculated for : 5. Dec 2100 15:56:15 384: Greenhouse gas concentrations 5. Dec 2100 15:56:15 CO2 = 1141.0500 CH4 = 2410.20 N2O = 391.994 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-05 23:15:00 begin of timestep (day): 32 (run): 10848 0: MPIOM: current date: 2100-12-06 00:00:00 begin of timestep (day): 1 (run): 10849 384: Radiation calculated for : 5. Dec 2100 17:56:15 384: Greenhouse gas concentrations 5. Dec 2100 17:56:15 CO2 = 1141.0531 CH4 = 2410.20 N2O = 391.994 CFC = 50.92 207.65 384: Radiation calculated for : 5. Dec 2100 19:56:15 384: Greenhouse gas concentrations 5. Dec 2100 19:56:15 CO2 = 1141.0562 CH4 = 2410.19 N2O = 391.994 CFC = 50.92 207.65 384: Radiation calculated for : 5. Dec 2100 21:56:15 384: Greenhouse gas concentrations 5. Dec 2100 21:56:15 CO2 = 1141.0593 CH4 = 2410.19 N2O = 391.994 CFC = 50.92 207.65 384: Radiation calculated for : 5. Dec 2100 23:56:15 384: Greenhouse gas concentrations 5. Dec 2100 23:56:15 CO2 = 1141.0624 CH4 = 2410.19 N2O = 391.994 CFC = 50.92 207.65 384: hydrology_model: Water budget change: 1.490116119384766E-006 m3/s 384: hydrology_model: global discharge: 955588.843058499 m3/s 384: hydrology_model: precip-evap (on ocean): -1562242.04177824 m3/s 384: water_budget_corr: P-E correction: -32617.3966323538 m3/s 384: water_budget_corr: slm/slf residuum: 78658.1813601357 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 1047.29362248537 m3/s 384: water_budget_corr: awfre corrected: -1593812.14478811 m3/s 384: water_budget_corr: river discharge: 955588.843058499 m3/s 384: water_budget_corr: water to ocean: -638223.301729596 m3/s 384: Write GRIB1 output for : 5. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1060.90294546754 , n2 = 802000.000332622 , o2 = 0: 196800.000922175 384: CO2 flux correction (global): -6.719704156799982E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-06 00:45:00 begin of timestep (day): 2 (run): 10850 0: MPIOM: current date: 2100-12-06 01:30:00 begin of timestep (day): 3 (run): 10851 384: Radiation calculated for : 6. Dec 2100 01:56:15 384: Greenhouse gas concentrations 6. Dec 2100 01:56:15 CO2 = 1141.0655 CH4 = 2410.19 N2O = 391.994 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-06 02:15:00 begin of timestep (day): 4 (run): 10852 0: MPIOM: current date: 2100-12-06 03:00:00 begin of timestep (day): 5 (run): 10853 0: MPIOM: current date: 2100-12-06 03:45:00 begin of timestep (day): 6 (run): 10854 0: MPIOM: current date: 2100-12-06 04:30:00 begin of timestep (day): 7 (run): 10855 384: Radiation calculated for : 6. Dec 2100 03:56:15 384: Greenhouse gas concentrations 6. Dec 2100 03:56:15 CO2 = 1141.0687 CH4 = 2410.18 N2O = 391.994 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-06 05:15:00 begin of timestep (day): 8 (run): 10856 0: MPIOM: current date: 2100-12-06 06:00:00 begin of timestep (day): 9 (run): 10857 0: MPIOM: current date: 2100-12-06 06:45:00 begin of timestep (day): 10 (run): 10858 384: Radiation calculated for : 6. Dec 2100 05:56:15 0: MPIOM: current date: 2100-12-06 07:30:00 begin of timestep (day): 11 (run): 10859 384: Greenhouse gas concentrations 6. Dec 2100 05:56:15 CO2 = 1141.0718 CH4 = 2410.18 N2O = 391.994 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-06 08:15:00 begin of timestep (day): 12 (run): 10860 0: MPIOM: current date: 2100-12-06 09:00:00 begin of timestep (day): 13 (run): 10861 0: MPIOM: current date: 2100-12-06 09:45:00 begin of timestep (day): 14 (run): 10862 384: Radiation calculated for : 6. Dec 2100 07:56:15 0: MPIOM: current date: 2100-12-06 10:30:00 begin of timestep (day): 15 (run): 10863 384: Greenhouse gas concentrations 6. Dec 2100 07:56:15 CO2 = 1141.0749 CH4 = 2410.18 N2O = 391.994 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-06 11:15:00 begin of timestep (day): 16 (run): 10864 0: MPIOM: current date: 2100-12-06 12:00:00 begin of timestep (day): 17 (run): 10865 0: MPIOM: current date: 2100-12-06 12:45:00 begin of timestep (day): 18 (run): 10866 0: MPIOM: current date: 2100-12-06 13:30:00 begin of timestep (day): 19 (run): 10867 384: Radiation calculated for : 6. Dec 2100 09:56:15 384: Greenhouse gas concentrations 6. Dec 2100 09:56:15 CO2 = 1141.0780 CH4 = 2410.17 N2O = 391.995 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-06 14:15:00 begin of timestep (day): 20 (run): 10868 0: MPIOM: current date: 2100-12-06 15:00:00 begin of timestep (day): 21 (run): 10869 0: MPIOM: current date: 2100-12-06 15:45:00 begin of timestep (day): 22 (run): 10870 0: MPIOM: current date: 2100-12-06 16:30:00 begin of timestep (day): 23 (run): 10871 384: Radiation calculated for : 6. Dec 2100 11:56:15 384: Greenhouse gas concentrations 6. Dec 2100 11:56:15 CO2 = 1141.0811 CH4 = 2410.17 N2O = 391.995 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-06 17:15:00 begin of timestep (day): 24 (run): 10872 0: MPIOM: current date: 2100-12-06 18:00:00 begin of timestep (day): 25 (run): 10873 0: MPIOM: current date: 2100-12-06 18:45:00 begin of timestep (day): 26 (run): 10874 0: MPIOM: current date: 2100-12-06 19:30:00 begin of timestep (day): 27 (run): 10875 384: Radiation calculated for : 6. Dec 2100 13:56:15 384: Greenhouse gas concentrations 6. Dec 2100 13:56:15 CO2 = 1141.0842 CH4 = 2410.17 N2O = 391.995 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-06 20:15:00 begin of timestep (day): 28 (run): 10876 0: MPIOM: current date: 2100-12-06 21:00:00 begin of timestep (day): 29 (run): 10877 0: MPIOM: current date: 2100-12-06 21:45:00 begin of timestep (day): 30 (run): 10878 384: Radiation calculated for : 6. Dec 2100 15:56:15 384: Greenhouse gas concentrations 6. Dec 2100 15:56:15 CO2 = 1141.0874 CH4 = 2410.17 N2O = 391.995 CFC = 50.92 207.65 0: MPIOM: current date: 2100-12-06 22:30:00 begin of timestep (day): 31 (run): 10879 0: MPIOM: current date: 2100-12-06 23:15:00 begin of timestep (day): 32 (run): 10880 0: MPIOM: current date: 2100-12-07 00:00:00 begin of timestep (day): 1 (run): 10881 384: Radiation calculated for : 6. Dec 2100 17:56:15 384: Greenhouse gas concentrations 6. Dec 2100 17:56:15 CO2 = 1141.0905 CH4 = 2410.16 N2O = 391.995 CFC = 50.92 207.65 384: Radiation calculated for : 6. Dec 2100 19:56:15 384: Greenhouse gas concentrations 6. Dec 2100 19:56:15 CO2 = 1141.0936 CH4 = 2410.16 N2O = 391.995 CFC = 50.92 207.64 384: Radiation calculated for : 6. Dec 2100 21:56:15 384: Greenhouse gas concentrations 6. Dec 2100 21:56:15 CO2 = 1141.0967 CH4 = 2410.16 N2O = 391.995 CFC = 50.92 207.64 384: Radiation calculated for : 6. Dec 2100 23:56:15 384: Greenhouse gas concentrations 6. Dec 2100 23:56:15 CO2 = 1141.0998 CH4 = 2410.16 N2O = 391.995 CFC = 50.92 207.64 384: hydrology_model: Water budget change: -1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 929065.016546822 m3/s 384: hydrology_model: precip-evap (on ocean): -1886332.90499708 m3/s 384: water_budget_corr: P-E correction: -32251.0652282384 m3/s 384: water_budget_corr: slm/slf residuum: 85618.2818182134 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 595.564524423338 m3/s 384: water_budget_corr: awfre corrected: -1917988.40570091 m3/s 384: water_budget_corr: river discharge: 929065.016546822 m3/s 384: water_budget_corr: water to ocean: -988923.389154075 m3/s 384: Write GRIB1 output for : 6. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.556645683003965E-010 kg m-2 s-1 0: co2 = 1060.92982538333 , n2 = 802000.000346275 , o2 = 0: 196800.000965105 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-07 00:45:00 begin of timestep (day): 2 (run): 10882 0: MPIOM: current date: 2100-12-07 01:30:00 begin of timestep (day): 3 (run): 10883 384: Radiation calculated for : 7. Dec 2100 01:56:15 384: Greenhouse gas concentrations 7. Dec 2100 01:56:15 CO2 = 1141.1029 CH4 = 2410.15 N2O = 391.995 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-07 02:15:00 begin of timestep (day): 4 (run): 10884 0: MPIOM: current date: 2100-12-07 03:00:00 begin of timestep (day): 5 (run): 10885 0: MPIOM: current date: 2100-12-07 03:45:00 begin of timestep (day): 6 (run): 10886 0: MPIOM: current date: 2100-12-07 04:30:00 begin of timestep (day): 7 (run): 10887 384: Radiation calculated for : 7. Dec 2100 03:56:15 384: Greenhouse gas concentrations 7. Dec 2100 03:56:15 CO2 = 1141.1061 CH4 = 2410.15 N2O = 391.996 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-07 05:15:00 begin of timestep (day): 8 (run): 10888 0: MPIOM: current date: 2100-12-07 06:00:00 begin of timestep (day): 9 (run): 10889 0: MPIOM: current date: 2100-12-07 06:45:00 begin of timestep (day): 10 (run): 10890 0: MPIOM: current date: 2100-12-07 07:30:00 begin of timestep (day): 11 (run): 10891 384: Radiation calculated for : 7. Dec 2100 05:56:15 384: Greenhouse gas concentrations 7. Dec 2100 05:56:15 CO2 = 1141.1092 CH4 = 2410.15 N2O = 391.996 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-07 08:15:00 begin of timestep (day): 12 (run): 10892 0: MPIOM: current date: 2100-12-07 09:00:00 begin of timestep (day): 13 (run): 10893 0: MPIOM: current date: 2100-12-07 09:45:00 begin of timestep (day): 14 (run): 10894 0: MPIOM: current date: 2100-12-07 10:30:00 begin of timestep (day): 15 (run): 10895 384: Radiation calculated for : 7. Dec 2100 07:56:15 384: Greenhouse gas concentrations 7. Dec 2100 07:56:15 CO2 = 1141.1123 CH4 = 2410.14 N2O = 391.996 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-07 11:15:00 begin of timestep (day): 16 (run): 10896 0: MPIOM: current date: 2100-12-07 12:00:00 begin of timestep (day): 17 (run): 10897 0: MPIOM: current date: 2100-12-07 12:45:00 begin of timestep (day): 18 (run): 10898 0: MPIOM: current date: 2100-12-07 13:30:00 begin of timestep (day): 19 (run): 10899 384: Radiation calculated for : 7. Dec 2100 09:56:15 384: Greenhouse gas concentrations 7. Dec 2100 09:56:15 CO2 = 1141.1154 CH4 = 2410.14 N2O = 391.996 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-07 14:15:00 begin of timestep (day): 20 (run): 10900 0: MPIOM: current date: 2100-12-07 15:00:00 begin of timestep (day): 21 (run): 10901 0: MPIOM: current date: 2100-12-07 15:45:00 begin of timestep (day): 22 (run): 10902 0: MPIOM: current date: 2100-12-07 16:30:00 begin of timestep (day): 23 (run): 10903 384: Radiation calculated for : 7. Dec 2100 11:56:15 384: Greenhouse gas concentrations 7. Dec 2100 11:56:15 CO2 = 1141.1185 CH4 = 2410.14 N2O = 391.996 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-07 17:15:00 begin of timestep (day): 24 (run): 10904 0: MPIOM: current date: 2100-12-07 18:00:00 begin of timestep (day): 25 (run): 10905 0: MPIOM: current date: 2100-12-07 18:45:00 begin of timestep (day): 26 (run): 10906 0: MPIOM: current date: 2100-12-07 19:30:00 begin of timestep (day): 27 (run): 10907 384: Radiation calculated for : 7. Dec 2100 13:56:15 384: Greenhouse gas concentrations 7. Dec 2100 13:56:15 CO2 = 1141.1216 CH4 = 2410.14 N2O = 391.996 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-07 20:15:00 begin of timestep (day): 28 (run): 10908 0: MPIOM: current date: 2100-12-07 21:00:00 begin of timestep (day): 29 (run): 10909 0: MPIOM: current date: 2100-12-07 21:45:00 begin of timestep (day): 30 (run): 10910 0: MPIOM: current date: 2100-12-07 22:30:00 begin of timestep (day): 31 (run): 10911 384: Radiation calculated for : 7. Dec 2100 15:56:15 384: Greenhouse gas concentrations 7. Dec 2100 15:56:15 CO2 = 1141.1248 CH4 = 2410.13 N2O = 391.996 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-07 23:15:00 begin of timestep (day): 32 (run): 10912 0: MPIOM: current date: 2100-12-08 00:00:00 begin of timestep (day): 1 (run): 10913 384: Radiation calculated for : 7. Dec 2100 17:56:15 384: Greenhouse gas concentrations 7. Dec 2100 17:56:15 CO2 = 1141.1279 CH4 = 2410.13 N2O = 391.996 CFC = 50.92 207.64 384: Radiation calculated for : 7. Dec 2100 19:56:15 384: Greenhouse gas concentrations 7. Dec 2100 19:56:15 CO2 = 1141.1310 CH4 = 2410.13 N2O = 391.996 CFC = 50.92 207.64 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 41 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 41 384: Radiation calculated for : 7. Dec 2100 21:56:15 384: Greenhouse gas concentrations 7. Dec 2100 21:56:15 CO2 = 1141.1341 CH4 = 2410.13 N2O = 391.996 CFC = 50.92 207.64 384: Radiation calculated for : 7. Dec 2100 23:56:15 384: Greenhouse gas concentrations 7. Dec 2100 23:56:15 CO2 = 1141.1372 CH4 = 2410.12 N2O = 391.997 CFC = 50.92 207.64 384: hydrology_model: Water budget change: 0.000000000000000E+000 m3/s 384: hydrology_model: global discharge: 953119.284447997 m3/s 384: hydrology_model: precip-evap (on ocean): -1293902.31874595 m3/s 384: water_budget_corr: P-E correction: 14728.9989141909 m3/s 384: water_budget_corr: slm/slf residuum: 85531.8980346689 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 265.360436597070 m3/s 384: water_budget_corr: awfre corrected: -1278907.95939517 m3/s 384: water_budget_corr: river discharge: 953119.284447997 m3/s 384: water_budget_corr: water to ocean: -325788.674947169 m3/s 384: Write GRIB1 output for : 7. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.947479549035406E-010 kg m-2 s-1 0: co2 = 1061.02926483736 , n2 = 802000.000382345 , o2 = 0: 196800.000941098 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-08 00:45:00 begin of timestep (day): 2 (run): 10914 0: MPIOM: current date: 2100-12-08 01:30:00 begin of timestep (day): 3 (run): 10915 384: Radiation calculated for : 8. Dec 2100 01:56:15 384: Greenhouse gas concentrations 8. Dec 2100 01:56:15 CO2 = 1141.1403 CH4 = 2410.12 N2O = 391.997 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-08 02:15:00 begin of timestep (day): 4 (run): 10916 0: MPIOM: current date: 2100-12-08 03:00:00 begin of timestep (day): 5 (run): 10917 0: MPIOM: current date: 2100-12-08 03:45:00 begin of timestep (day): 6 (run): 10918 0: MPIOM: current date: 2100-12-08 04:30:00 begin of timestep (day): 7 (run): 10919 384: Radiation calculated for : 8. Dec 2100 03:56:15 384: Greenhouse gas concentrations 8. Dec 2100 03:56:15 CO2 = 1141.1435 CH4 = 2410.12 N2O = 391.997 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-08 05:15:00 begin of timestep (day): 8 (run): 10920 0: MPIOM: current date: 2100-12-08 06:00:00 begin of timestep (day): 9 (run): 10921 0: MPIOM: current date: 2100-12-08 06:45:00 begin of timestep (day): 10 (run): 10922 0: MPIOM: current date: 2100-12-08 07:30:00 begin of timestep (day): 11 (run): 10923 384: Radiation calculated for : 8. Dec 2100 05:56:15 384: Greenhouse gas concentrations 8. Dec 2100 05:56:15 CO2 = 1141.1466 CH4 = 2410.11 N2O = 391.997 CFC = 50.92 207.64 0: MPIOM: current date: 2100-12-08 08:15:00 begin of timestep (day): 12 (run): 10924 0: MPIOM: current date: 2100-12-08 09:00:00 begin of timestep (day): 13 (run): 10925 0: MPIOM: current date: 2100-12-08 09:45:00 begin of timestep (day): 14 (run): 10926 0: MPIOM: current date: 2100-12-08 10:30:00 begin of timestep (day): 15 (run): 10927 384: Radiation calculated for : 8. Dec 2100 07:56:15 384: Greenhouse gas concentrations 8. Dec 2100 07:56:15 CO2 = 1141.1497 CH4 = 2410.11 N2O = 391.997 CFC = 50.91 207.64 0: MPIOM: current date: 2100-12-08 11:15:00 begin of timestep (day): 16 (run): 10928 0: MPIOM: current date: 2100-12-08 12:00:00 begin of timestep (day): 17 (run): 10929 0: MPIOM: current date: 2100-12-08 12:45:00 begin of timestep (day): 18 (run): 10930 0: MPIOM: current date: 2100-12-08 13:30:00 begin of timestep (day): 19 (run): 10931 384: Radiation calculated for : 8. Dec 2100 09:56:15 384: Greenhouse gas concentrations 8. Dec 2100 09:56:15 CO2 = 1141.1528 CH4 = 2410.11 N2O = 391.997 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-08 14:15:00 begin of timestep (day): 20 (run): 10932 0: MPIOM: current date: 2100-12-08 15:00:00 begin of timestep (day): 21 (run): 10933 0: MPIOM: current date: 2100-12-08 15:45:00 begin of timestep (day): 22 (run): 10934 384: Radiation calculated for : 8. Dec 2100 11:56:15 0: MPIOM: current date: 2100-12-08 16:30:00 begin of timestep (day): 23 (run): 10935 384: Greenhouse gas concentrations 8. Dec 2100 11:56:15 CO2 = 1141.1559 CH4 = 2410.11 N2O = 391.997 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-08 17:15:00 begin of timestep (day): 24 (run): 10936 0: MPIOM: current date: 2100-12-08 18:00:00 begin of timestep (day): 25 (run): 10937 0: MPIOM: current date: 2100-12-08 18:45:00 begin of timestep (day): 26 (run): 10938 0: MPIOM: current date: 2100-12-08 19:30:00 begin of timestep (day): 27 (run): 10939 384: Radiation calculated for : 8. Dec 2100 13:56:15 384: Greenhouse gas concentrations 8. Dec 2100 13:56:15 CO2 = 1141.1590 CH4 = 2410.10 N2O = 391.997 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-08 20:15:00 begin of timestep (day): 28 (run): 10940 0: MPIOM: current date: 2100-12-08 21:00:00 begin of timestep (day): 29 (run): 10941 0: MPIOM: current date: 2100-12-08 21:45:00 begin of timestep (day): 30 (run): 10942 384: Radiation calculated for : 8. Dec 2100 15:56:15 0: MPIOM: current date: 2100-12-08 22:30:00 begin of timestep (day): 31 (run): 10943 384: Greenhouse gas concentrations 8. Dec 2100 15:56:15 CO2 = 1141.1621 CH4 = 2410.10 N2O = 391.997 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-08 23:15:00 begin of timestep (day): 32 (run): 10944 0: MPIOM: current date: 2100-12-09 00:00:00 begin of timestep (day): 1 (run): 10945 384: Radiation calculated for : 8. Dec 2100 17:56:15 384: Greenhouse gas concentrations 8. Dec 2100 17:56:15 CO2 = 1141.1653 CH4 = 2410.10 N2O = 391.997 CFC = 50.91 207.63 384: Radiation calculated for : 8. Dec 2100 19:56:15 384: Greenhouse gas concentrations 8. Dec 2100 19:56:15 CO2 = 1141.1684 CH4 = 2410.10 N2O = 391.998 CFC = 50.91 207.63 384: Radiation calculated for : 8. Dec 2100 21:56:15 384: Greenhouse gas concentrations 8. Dec 2100 21:56:15 CO2 = 1141.1715 CH4 = 2410.09 N2O = 391.998 CFC = 50.91 207.63 384: Radiation calculated for : 8. Dec 2100 23:56:15 384: Greenhouse gas concentrations 8. Dec 2100 23:56:15 CO2 = 1141.1746 CH4 = 2410.09 N2O = 391.998 CFC = 50.91 207.63 384: hydrology_model: Water budget change: -3.725290298461914E-007 m3/s 384: hydrology_model: global discharge: 950839.315503080 m3/s 384: hydrology_model: precip-evap (on ocean): -1131066.10557575 m3/s 384: water_budget_corr: P-E correction: 15508.6732344787 m3/s 384: water_budget_corr: slm/slf residuum: 131481.340930047 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 123.385622787211 m3/s 384: water_budget_corr: awfre corrected: -1115434.04671848 m3/s 384: water_budget_corr: river discharge: 950839.315503080 m3/s 384: water_budget_corr: water to ocean: -164594.731215407 m3/s 384: Write GRIB1 output for : 8. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.619681502578161E-010 kg m-2 s-1 0: co2 = 1061.22152519976 , n2 = 802000.000420426 , o2 = 0: 196800.000826695 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-09 00:45:00 begin of timestep (day): 2 (run): 10946 0: MPIOM: current date: 2100-12-09 01:30:00 begin of timestep (day): 3 (run): 10947 384: Radiation calculated for : 9. Dec 2100 01:56:15 384: Greenhouse gas concentrations 9. Dec 2100 01:56:15 CO2 = 1141.1777 CH4 = 2410.09 N2O = 391.998 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-09 02:15:00 begin of timestep (day): 4 (run): 10948 0: MPIOM: current date: 2100-12-09 03:00:00 begin of timestep (day): 5 (run): 10949 0: MPIOM: current date: 2100-12-09 03:45:00 begin of timestep (day): 6 (run): 10950 0: MPIOM: current date: 2100-12-09 04:30:00 begin of timestep (day): 7 (run): 10951 384: Radiation calculated for : 9. Dec 2100 03:56:15 384: Greenhouse gas concentrations 9. Dec 2100 03:56:15 CO2 = 1141.1808 CH4 = 2410.08 N2O = 391.998 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-09 05:15:00 begin of timestep (day): 8 (run): 10952 0: MPIOM: current date: 2100-12-09 06:00:00 begin of timestep (day): 9 (run): 10953 0: MPIOM: current date: 2100-12-09 06:45:00 begin of timestep (day): 10 (run): 10954 0: MPIOM: current date: 2100-12-09 07:30:00 begin of timestep (day): 11 (run): 10955 384: Radiation calculated for : 9. Dec 2100 05:56:15 384: Greenhouse gas concentrations 9. Dec 2100 05:56:15 CO2 = 1141.1840 CH4 = 2410.08 N2O = 391.998 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-09 08:15:00 begin of timestep (day): 12 (run): 10956 0: MPIOM: current date: 2100-12-09 09:00:00 begin of timestep (day): 13 (run): 10957 0: MPIOM: current date: 2100-12-09 09:45:00 begin of timestep (day): 14 (run): 10958 0: MPIOM: current date: 2100-12-09 10:30:00 begin of timestep (day): 15 (run): 10959 384: Radiation calculated for : 9. Dec 2100 07:56:15 384: Greenhouse gas concentrations 9. Dec 2100 07:56:15 CO2 = 1141.1871 CH4 = 2410.08 N2O = 391.998 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-09 11:15:00 begin of timestep (day): 16 (run): 10960 0: MPIOM: current date: 2100-12-09 12:00:00 begin of timestep (day): 17 (run): 10961 0: MPIOM: current date: 2100-12-09 12:45:00 begin of timestep (day): 18 (run): 10962 0: MPIOM: current date: 2100-12-09 13:30:00 begin of timestep (day): 19 (run): 10963 384: Radiation calculated for : 9. Dec 2100 09:56:15 384: Greenhouse gas concentrations 9. Dec 2100 09:56:15 CO2 = 1141.1902 CH4 = 2410.08 N2O = 391.998 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-09 14:15:00 begin of timestep (day): 20 (run): 10964 0: MPIOM: current date: 2100-12-09 15:00:00 begin of timestep (day): 21 (run): 10965 0: MPIOM: current date: 2100-12-09 15:45:00 begin of timestep (day): 22 (run): 10966 0: MPIOM: current date: 2100-12-09 16:30:00 begin of timestep (day): 23 (run): 10967 384: Radiation calculated for : 9. Dec 2100 11:56:15 384: Greenhouse gas concentrations 9. Dec 2100 11:56:15 CO2 = 1141.1933 CH4 = 2410.07 N2O = 391.998 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-09 17:15:00 begin of timestep (day): 24 (run): 10968 0: MPIOM: current date: 2100-12-09 18:00:00 begin of timestep (day): 25 (run): 10969 0: MPIOM: current date: 2100-12-09 18:45:00 begin of timestep (day): 26 (run): 10970 0: MPIOM: current date: 2100-12-09 19:30:00 begin of timestep (day): 27 (run): 10971 384: Radiation calculated for : 9. Dec 2100 13:56:15 384: Greenhouse gas concentrations 9. Dec 2100 13:56:15 CO2 = 1141.1964 CH4 = 2410.07 N2O = 391.999 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-09 20:15:00 begin of timestep (day): 28 (run): 10972 0: MPIOM: current date: 2100-12-09 21:00:00 begin of timestep (day): 29 (run): 10973 0: MPIOM: current date: 2100-12-09 21:45:00 begin of timestep (day): 30 (run): 10974 0: MPIOM: current date: 2100-12-09 22:30:00 begin of timestep (day): 31 (run): 10975 384: Radiation calculated for : 9. Dec 2100 15:56:15 384: Greenhouse gas concentrations 9. Dec 2100 15:56:15 CO2 = 1141.1995 CH4 = 2410.07 N2O = 391.999 CFC = 50.91 207.63 0: MPIOM: current date: 2100-12-09 23:15:00 begin of timestep (day): 32 (run): 10976 0: MPIOM: current date: 2100-12-10 00:00:00 begin of timestep (day): 1 (run): 10977 384: Radiation calculated for : 9. Dec 2100 17:56:15 384: Greenhouse gas concentrations 9. Dec 2100 17:56:15 CO2 = 1141.2027 CH4 = 2410.07 N2O = 391.999 CFC = 50.91 207.63 384: Radiation calculated for : 9. Dec 2100 19:56:15 384: Greenhouse gas concentrations 9. Dec 2100 19:56:15 CO2 = 1141.2058 CH4 = 2410.06 N2O = 391.999 CFC = 50.91 207.63 384: Radiation calculated for : 9. Dec 2100 21:56:15 384: Greenhouse gas concentrations 9. Dec 2100 21:56:15 CO2 = 1141.2089 CH4 = 2410.06 N2O = 391.999 CFC = 50.91 207.62 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 41 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 42 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 41 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 42 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 41 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 42 384: Radiation calculated for : 9. Dec 2100 23:56:15 384: Greenhouse gas concentrations 9. Dec 2100 23:56:15 CO2 = 1141.2120 CH4 = 2410.06 N2O = 391.999 CFC = 50.91 207.62 384: hydrology_model: Water budget change: -1.013278961181641E-006 m3/s 384: hydrology_model: global discharge: 956892.226738797 m3/s 384: hydrology_model: precip-evap (on ocean): -2406927.21642493 m3/s 384: water_budget_corr: P-E correction: 27658.2178723553 m3/s 384: water_budget_corr: slm/slf residuum: 85047.8148710796 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 588.021137485106 m3/s 384: water_budget_corr: awfre corrected: -2378680.97741509 m3/s 384: water_budget_corr: river discharge: 956892.226738797 m3/s 384: water_budget_corr: water to ocean: -1421788.75067629 m3/s 384: Write GRIB1 output for : 9. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.926049684151798E-010 kg m-2 s-1 0: co2 = 1061.35145851035 , n2 = 802000.000372070 , o2 = 0: 196800.000597558 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-10 00:45:00 begin of timestep (day): 2 (run): 10978 0: MPIOM: current date: 2100-12-10 01:30:00 begin of timestep (day): 3 (run): 10979 384: Radiation calculated for : 10. Dec 2100 01:56:15 384: Greenhouse gas concentrations 10. Dec 2100 01:56:15 CO2 = 1141.2151 CH4 = 2410.05 N2O = 391.999 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-10 02:15:00 begin of timestep (day): 4 (run): 10980 0: MPIOM: current date: 2100-12-10 03:00:00 begin of timestep (day): 5 (run): 10981 0: MPIOM: current date: 2100-12-10 03:45:00 begin of timestep (day): 6 (run): 10982 0: MPIOM: current date: 2100-12-10 04:30:00 begin of timestep (day): 7 (run): 10983 384: Radiation calculated for : 10. Dec 2100 03:56:15 384: Greenhouse gas concentrations 10. Dec 2100 03:56:15 CO2 = 1141.2182 CH4 = 2410.05 N2O = 391.999 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-10 05:15:00 begin of timestep (day): 8 (run): 10984 0: MPIOM: current date: 2100-12-10 06:00:00 begin of timestep (day): 9 (run): 10985 0: MPIOM: current date: 2100-12-10 06:45:00 begin of timestep (day): 10 (run): 10986 0: MPIOM: current date: 2100-12-10 07:30:00 begin of timestep (day): 11 (run): 10987 384: Radiation calculated for : 10. Dec 2100 05:56:15 384: Greenhouse gas concentrations 10. Dec 2100 05:56:15 CO2 = 1141.2214 CH4 = 2410.05 N2O = 391.999 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-10 08:15:00 begin of timestep (day): 12 (run): 10988 0: MPIOM: current date: 2100-12-10 09:00:00 begin of timestep (day): 13 (run): 10989 0: MPIOM: current date: 2100-12-10 09:45:00 begin of timestep (day): 14 (run): 10990 0: MPIOM: current date: 2100-12-10 10:30:00 begin of timestep (day): 15 (run): 10991 384: Radiation calculated for : 10. Dec 2100 07:56:15 384: Greenhouse gas concentrations 10. Dec 2100 07:56:15 CO2 = 1141.2245 CH4 = 2410.05 N2O = 391.999 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-10 11:15:00 begin of timestep (day): 16 (run): 10992 0: MPIOM: current date: 2100-12-10 12:00:00 begin of timestep (day): 17 (run): 10993 0: MPIOM: current date: 2100-12-10 12:45:00 begin of timestep (day): 18 (run): 10994 384: Radiation calculated for : 10. Dec 2100 09:56:15 0: MPIOM: current date: 2100-12-10 13:30:00 begin of timestep (day): 19 (run): 10995 384: Greenhouse gas concentrations 10. Dec 2100 09:56:15 CO2 = 1141.2276 CH4 = 2410.04 N2O = 392.000 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-10 14:15:00 begin of timestep (day): 20 (run): 10996 0: MPIOM: current date: 2100-12-10 15:00:00 begin of timestep (day): 21 (run): 10997 0: MPIOM: current date: 2100-12-10 15:45:00 begin of timestep (day): 22 (run): 10998 384: Radiation calculated for : 10. Dec 2100 11:56:15 384: Greenhouse gas concentrations 10. Dec 2100 11:56:15 CO2 = 1141.2307 CH4 = 2410.04 N2O = 392.000 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-10 16:30:00 begin of timestep (day): 23 (run): 10999 0: MPIOM: current date: 2100-12-10 17:15:00 begin of timestep (day): 24 (run): 11000 0: MPIOM: current date: 2100-12-10 18:00:00 begin of timestep (day): 25 (run): 11001 0: MPIOM: current date: 2100-12-10 18:45:00 begin of timestep (day): 26 (run): 11002 384: Radiation calculated for : 10. Dec 2100 13:56:15 384: Greenhouse gas concentrations 10. Dec 2100 13:56:15 CO2 = 1141.2338 CH4 = 2410.04 N2O = 392.000 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-10 19:30:00 begin of timestep (day): 27 (run): 11003 0: MPIOM: current date: 2100-12-10 20:15:00 begin of timestep (day): 28 (run): 11004 0: MPIOM: current date: 2100-12-10 21:00:00 begin of timestep (day): 29 (run): 11005 0: MPIOM: current date: 2100-12-10 21:45:00 begin of timestep (day): 30 (run): 11006 384: Radiation calculated for : 10. Dec 2100 15:56:15 384: Greenhouse gas concentrations 10. Dec 2100 15:56:15 CO2 = 1141.2369 CH4 = 2410.04 N2O = 392.000 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-10 22:30:00 begin of timestep (day): 31 (run): 11007 0: MPIOM: current date: 2100-12-10 23:15:00 begin of timestep (day): 32 (run): 11008 0: MPIOM: current date: 2100-12-11 00:00:00 begin of timestep (day): 1 (run): 11009 384: Radiation calculated for : 10. Dec 2100 17:56:15 384: Greenhouse gas concentrations 10. Dec 2100 17:56:15 CO2 = 1141.2401 CH4 = 2410.03 N2O = 392.000 CFC = 50.91 207.62 384: Radiation calculated for : 10. Dec 2100 19:56:15 384: Greenhouse gas concentrations 10. Dec 2100 19:56:15 CO2 = 1141.2432 CH4 = 2410.03 N2O = 392.000 CFC = 50.91 207.62 384: Radiation calculated for : 10. Dec 2100 21:56:15 384: Greenhouse gas concentrations 10. Dec 2100 21:56:15 CO2 = 1141.2463 CH4 = 2410.03 N2O = 392.000 CFC = 50.91 207.62 384: Radiation calculated for : 10. Dec 2100 23:56:15 384: Greenhouse gas concentrations 10. Dec 2100 23:56:15 CO2 = 1141.2494 CH4 = 2410.02 N2O = 392.000 CFC = 50.91 207.62 384: hydrology_model: Water budget change: 5.960464477539062E-008 m3/s 384: hydrology_model: global discharge: 945541.009664781 m3/s 384: hydrology_model: precip-evap (on ocean): -2634256.59558758 m3/s 384: water_budget_corr: P-E correction: -4962.14165533854 m3/s 384: water_budget_corr: slm/slf residuum: 86307.1453989851 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -23.1872032207202 m3/s 384: water_budget_corr: awfre corrected: -2639241.92444616 m3/s 384: water_budget_corr: river discharge: 945541.009664781 m3/s 384: water_budget_corr: water to ocean: -1693700.91478138 m3/s 384: Write GRIB1 output for : 10. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1061.52470837316 , n2 = 802000.000349691 , o2 = 0: 196800.000621574 384: CO2 flux correction (global): -2.779378971780207E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-11 00:45:00 begin of timestep (day): 2 (run): 11010 0: MPIOM: current date: 2100-12-11 01:30:00 begin of timestep (day): 3 (run): 11011 384: Radiation calculated for : 11. Dec 2100 01:56:15 384: Greenhouse gas concentrations 11. Dec 2100 01:56:15 CO2 = 1141.2525 CH4 = 2410.02 N2O = 392.000 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-11 02:15:00 begin of timestep (day): 4 (run): 11012 0: MPIOM: current date: 2100-12-11 03:00:00 begin of timestep (day): 5 (run): 11013 0: MPIOM: current date: 2100-12-11 03:45:00 begin of timestep (day): 6 (run): 11014 0: MPIOM: current date: 2100-12-11 04:30:00 begin of timestep (day): 7 (run): 11015 384: Radiation calculated for : 11. Dec 2100 03:56:15 384: Greenhouse gas concentrations 11. Dec 2100 03:56:15 CO2 = 1141.2556 CH4 = 2410.02 N2O = 392.001 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-11 05:15:00 begin of timestep (day): 8 (run): 11016 0: MPIOM: current date: 2100-12-11 06:00:00 begin of timestep (day): 9 (run): 11017 0: MPIOM: current date: 2100-12-11 06:45:00 begin of timestep (day): 10 (run): 11018 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 45 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 46 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 47 0: MPIOM: current date: 2100-12-11 07:30:00 begin of timestep (day): 11 (run): 11019 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 45 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 46 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 47 384: Radiation calculated for : 11. Dec 2100 05:56:15 384: Greenhouse gas concentrations 11. Dec 2100 05:56:15 CO2 = 1141.2588 CH4 = 2410.02 N2O = 392.001 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-11 08:15:00 begin of timestep (day): 12 (run): 11020 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 46 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 47 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 46 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 47 0: MPIOM: current date: 2100-12-11 09:00:00 begin of timestep (day): 13 (run): 11021 0: MPIOM: current date: 2100-12-11 09:45:00 begin of timestep (day): 14 (run): 11022 0: MPIOM: current date: 2100-12-11 10:30:00 begin of timestep (day): 15 (run): 11023 384: Radiation calculated for : 11. Dec 2100 07:56:15 384: Greenhouse gas concentrations 11. Dec 2100 07:56:15 CO2 = 1141.2619 CH4 = 2410.01 N2O = 392.001 CFC = 50.91 207.62 0: MPIOM: current date: 2100-12-11 11:15:00 begin of timestep (day): 16 (run): 11024 0: MPIOM: current date: 2100-12-11 12:00:00 begin of timestep (day): 17 (run): 11025 0: MPIOM: current date: 2100-12-11 12:45:00 begin of timestep (day): 18 (run): 11026 0: MPIOM: current date: 2100-12-11 13:30:00 begin of timestep (day): 19 (run): 11027 384: Radiation calculated for : 11. Dec 2100 09:56:15 384: Greenhouse gas concentrations 11. Dec 2100 09:56:15 CO2 = 1141.2650 CH4 = 2410.01 N2O = 392.001 CFC = 50.91 207.61 0: MPIOM: current date: 2100-12-11 14:15:00 begin of timestep (day): 20 (run): 11028 0: MPIOM: current date: 2100-12-11 15:00:00 begin of timestep (day): 21 (run): 11029 0: MPIOM: current date: 2100-12-11 15:45:00 begin of timestep (day): 22 (run): 11030 0: MPIOM: current date: 2100-12-11 16:30:00 begin of timestep (day): 23 (run): 11031 384: Radiation calculated for : 11. Dec 2100 11:56:15 384: Greenhouse gas concentrations 11. Dec 2100 11:56:15 CO2 = 1141.2681 CH4 = 2410.01 N2O = 392.001 CFC = 50.91 207.61 0: MPIOM: current date: 2100-12-11 17:15:00 begin of timestep (day): 24 (run): 11032 0: MPIOM: current date: 2100-12-11 18:00:00 begin of timestep (day): 25 (run): 11033 0: MPIOM: current date: 2100-12-11 18:45:00 begin of timestep (day): 26 (run): 11034 0: MPIOM: current date: 2100-12-11 19:30:00 begin of timestep (day): 27 (run): 11035 384: Radiation calculated for : 11. Dec 2100 13:56:15 384: Greenhouse gas concentrations 11. Dec 2100 13:56:15 CO2 = 1141.2712 CH4 = 2410.01 N2O = 392.001 CFC = 50.91 207.61 0: MPIOM: current date: 2100-12-11 20:15:00 begin of timestep (day): 28 (run): 11036 0: MPIOM: current date: 2100-12-11 21:00:00 begin of timestep (day): 29 (run): 11037 0: MPIOM: current date: 2100-12-11 21:45:00 begin of timestep (day): 30 (run): 11038 0: MPIOM: current date: 2100-12-11 22:30:00 begin of timestep (day): 31 (run): 11039 384: Radiation calculated for : 11. Dec 2100 15:56:15 384: Greenhouse gas concentrations 11. Dec 2100 15:56:15 CO2 = 1141.2743 CH4 = 2410.00 N2O = 392.001 CFC = 50.91 207.61 0: MPIOM: current date: 2100-12-11 23:15:00 begin of timestep (day): 32 (run): 11040 0: MPIOM: current date: 2100-12-12 00:00:00 begin of timestep (day): 1 (run): 11041 384: Radiation calculated for : 11. Dec 2100 17:56:15 384: Greenhouse gas concentrations 11. Dec 2100 17:56:15 CO2 = 1141.2775 CH4 = 2410.00 N2O = 392.001 CFC = 50.90 207.61 384: Radiation calculated for : 11. Dec 2100 19:56:15 384: Greenhouse gas concentrations 11. Dec 2100 19:56:15 CO2 = 1141.2806 CH4 = 2410.00 N2O = 392.001 CFC = 50.90 207.61 384: Radiation calculated for : 11. Dec 2100 21:56:15 384: Greenhouse gas concentrations 11. Dec 2100 21:56:15 CO2 = 1141.2837 CH4 = 2409.99 N2O = 392.001 CFC = 50.90 207.61 384: Radiation calculated for : 11. Dec 2100 23:56:15 384: Greenhouse gas concentrations 11. Dec 2100 23:56:15 CO2 = 1141.2868 CH4 = 2409.99 N2O = 392.002 CFC = 50.90 207.61 384: hydrology_model: Water budget change: 1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 960433.530917674 m3/s 384: hydrology_model: precip-evap (on ocean): -2178273.56304982 m3/s 384: water_budget_corr: P-E correction: -25811.7134129711 m3/s 384: water_budget_corr: slm/slf residuum: 86991.6946567465 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -377.595214014181 m3/s 384: water_budget_corr: awfre corrected: -2204462.87167680 m3/s 384: water_budget_corr: river discharge: 960433.530917674 m3/s 384: water_budget_corr: water to ocean: -1244029.34075913 m3/s 384: Write GRIB1 output for : 11. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.024699471559268E-010 kg m-2 s-1 0: co2 = 1061.67672699511 , n2 = 802000.000371798 , o2 = 0: 196800.000650717 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-12 00:45:00 begin of timestep (day): 2 (run): 11042 0: MPIOM: current date: 2100-12-12 01:30:00 begin of timestep (day): 3 (run): 11043 384: Radiation calculated for : 12. Dec 2100 01:56:15 384: Greenhouse gas concentrations 12. Dec 2100 01:56:15 CO2 = 1141.2899 CH4 = 2409.99 N2O = 392.002 CFC = 50.90 207.61 0: MPIOM: current date: 2100-12-12 02:15:00 begin of timestep (day): 4 (run): 11044 0: MPIOM: current date: 2100-12-12 03:00:00 begin of timestep (day): 5 (run): 11045 0: MPIOM: current date: 2100-12-12 03:45:00 begin of timestep (day): 6 (run): 11046 589: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 38.2377359905648 , lon 133.125000000000 , lev 40 0: MPIOM: current date: 2100-12-12 04:30:00 begin of timestep (day): 7 (run): 11047 384: Radiation calculated for : 12. Dec 2100 03:56:15 0: MPIOM: current date: 2100-12-12 05:15:00 begin of timestep (day): 8 (run): 11048 384: Greenhouse gas concentrations 12. Dec 2100 03:56:15 CO2 = 1141.2930 CH4 = 2409.99 N2O = 392.002 CFC = 50.90 207.61 0: MPIOM: current date: 2100-12-12 06:00:00 begin of timestep (day): 9 (run): 11049 0: MPIOM: current date: 2100-12-12 06:45:00 begin of timestep (day): 10 (run): 11050 0: MPIOM: current date: 2100-12-12 07:30:00 begin of timestep (day): 11 (run): 11051 0: MPIOM: current date: 2100-12-12 08:15:00 begin of timestep (day): 12 (run): 11052 384: Radiation calculated for : 12. Dec 2100 05:56:15 384: Greenhouse gas concentrations 12. Dec 2100 05:56:15 CO2 = 1141.2962 CH4 = 2409.98 N2O = 392.002 CFC = 50.90 207.61 0: MPIOM: current date: 2100-12-12 09:00:00 begin of timestep (day): 13 (run): 11053 0: MPIOM: current date: 2100-12-12 09:45:00 begin of timestep (day): 14 (run): 11054 0: MPIOM: current date: 2100-12-12 10:30:00 begin of timestep (day): 15 (run): 11055 0: MPIOM: current date: 2100-12-12 11:15:00 begin of timestep (day): 16 (run): 11056 384: Radiation calculated for : 12. Dec 2100 07:56:15 384: Greenhouse gas concentrations 12. Dec 2100 07:56:15 CO2 = 1141.2993 CH4 = 2409.98 N2O = 392.002 CFC = 50.90 207.61 0: MPIOM: current date: 2100-12-12 12:00:00 begin of timestep (day): 17 (run): 11057 0: MPIOM: current date: 2100-12-12 12:45:00 begin of timestep (day): 18 (run): 11058 0: MPIOM: current date: 2100-12-12 13:30:00 begin of timestep (day): 19 (run): 11059 0: MPIOM: current date: 2100-12-12 14:15:00 begin of timestep (day): 20 (run): 11060 384: Radiation calculated for : 12. Dec 2100 09:56:15 384: Greenhouse gas concentrations 12. Dec 2100 09:56:15 CO2 = 1141.3024 CH4 = 2409.98 N2O = 392.002 CFC = 50.90 207.61 0: MPIOM: current date: 2100-12-12 15:00:00 begin of timestep (day): 21 (run): 11061 0: MPIOM: current date: 2100-12-12 15:45:00 begin of timestep (day): 22 (run): 11062 0: MPIOM: current date: 2100-12-12 16:30:00 begin of timestep (day): 23 (run): 11063 0: MPIOM: current date: 2100-12-12 17:15:00 begin of timestep (day): 24 (run): 11064 384: Radiation calculated for : 12. Dec 2100 11:56:15 384: Greenhouse gas concentrations 12. Dec 2100 11:56:15 CO2 = 1141.3055 CH4 = 2409.97 N2O = 392.002 CFC = 50.90 207.61 0: MPIOM: current date: 2100-12-12 18:00:00 begin of timestep (day): 25 (run): 11065 0: MPIOM: current date: 2100-12-12 18:45:00 begin of timestep (day): 26 (run): 11066 0: MPIOM: current date: 2100-12-12 19:30:00 begin of timestep (day): 27 (run): 11067 0: MPIOM: current date: 2100-12-12 20:15:00 begin of timestep (day): 28 (run): 11068 384: Radiation calculated for : 12. Dec 2100 13:56:15 384: Greenhouse gas concentrations 12. Dec 2100 13:56:15 CO2 = 1141.3086 CH4 = 2409.97 N2O = 392.002 CFC = 50.90 207.61 0: MPIOM: current date: 2100-12-12 21:00:00 begin of timestep (day): 29 (run): 11069 0: MPIOM: current date: 2100-12-12 21:45:00 begin of timestep (day): 30 (run): 11070 0: MPIOM: current date: 2100-12-12 22:30:00 begin of timestep (day): 31 (run): 11071 0: MPIOM: current date: 2100-12-12 23:15:00 begin of timestep (day): 32 (run): 11072 384: Radiation calculated for : 12. Dec 2100 15:56:15 384: Greenhouse gas concentrations 12. Dec 2100 15:56:15 CO2 = 1141.3117 CH4 = 2409.97 N2O = 392.002 CFC = 50.90 207.61 0: MPIOM: current date: 2100-12-13 00:00:00 begin of timestep (day): 1 (run): 11073 384: Radiation calculated for : 12. Dec 2100 17:56:15 384: Greenhouse gas concentrations 12. Dec 2100 17:56:15 CO2 = 1141.3149 CH4 = 2409.97 N2O = 392.002 CFC = 50.90 207.61 384: Radiation calculated for : 12. Dec 2100 19:56:15 384: Greenhouse gas concentrations 12. Dec 2100 19:56:15 CO2 = 1141.3180 CH4 = 2409.96 N2O = 392.003 CFC = 50.90 207.61 384: Radiation calculated for : 12. Dec 2100 21:56:15 384: Greenhouse gas concentrations 12. Dec 2100 21:56:15 CO2 = 1141.3211 CH4 = 2409.96 N2O = 392.003 CFC = 50.90 207.60 384: Radiation calculated for : 12. Dec 2100 23:56:15 384: Greenhouse gas concentrations 12. Dec 2100 23:56:15 CO2 = 1141.3242 CH4 = 2409.96 N2O = 392.003 CFC = 50.90 207.60 384: hydrology_model: Water budget change: 3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 957009.613673033 m3/s 384: hydrology_model: precip-evap (on ocean): -2358047.03492897 m3/s 384: water_budget_corr: P-E correction: 2001.72579518529 m3/s 384: water_budget_corr: slm/slf residuum: 80685.9192126953 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 790.878044514123 m3/s 384: water_budget_corr: awfre corrected: -2355254.43108928 m3/s 384: water_budget_corr: river discharge: 957009.613673033 m3/s 384: water_budget_corr: water to ocean: -1398244.81741625 m3/s 384: Write GRIB1 output for : 12. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.759223803807793E-010 kg m-2 s-1 0: co2 = 1061.64367783910 , n2 = 802000.000381126 , o2 = 0: 196800.000706121 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-13 00:45:00 begin of timestep (day): 2 (run): 11074 0: MPIOM: current date: 2100-12-13 01:30:00 begin of timestep (day): 3 (run): 11075 384: Radiation calculated for : 13. Dec 2100 01:56:15 384: Greenhouse gas concentrations 13. Dec 2100 01:56:15 CO2 = 1141.3273 CH4 = 2409.96 N2O = 392.003 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-13 02:15:00 begin of timestep (day): 4 (run): 11076 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 58.1250000000000 , lev 40 0: MPIOM: current date: 2100-12-13 03:00:00 begin of timestep (day): 5 (run): 11077 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 58.1250000000000 , lev 40 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 58.1250000000000 , lev 41 0: MPIOM: current date: 2100-12-13 03:45:00 begin of timestep (day): 6 (run): 11078 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 6.52840940147999 , lon 58.1250000000000 , lev 40 0: MPIOM: current date: 2100-12-13 04:30:00 begin of timestep (day): 7 (run): 11079 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 120.000000000000 , lev 41 384: Radiation calculated for : 13. Dec 2100 03:56:15 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 120.000000000000 , lev 42 0: MPIOM: current date: 2100-12-13 05:15:00 begin of timestep (day): 8 (run): 11080 384: Greenhouse gas concentrations 13. Dec 2100 03:56:15 CO2 = 1141.3304 CH4 = 2409.95 N2O = 392.003 CFC = 50.90 207.60 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 120.000000000000 , lev 41 0: MPIOM: current date: 2100-12-13 06:00:00 begin of timestep (day): 9 (run): 11081 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 120.000000000000 , lev 42 0: MPIOM: current date: 2100-12-13 06:45:00 begin of timestep (day): 10 (run): 11082 0: MPIOM: current date: 2100-12-13 07:30:00 begin of timestep (day): 11 (run): 11083 0: MPIOM: current date: 2100-12-13 08:15:00 begin of timestep (day): 12 (run): 11084 384: Radiation calculated for : 13. Dec 2100 05:56:15 0: MPIOM: current date: 2100-12-13 09:00:00 begin of timestep (day): 13 (run): 11085 384: Greenhouse gas concentrations 13. Dec 2100 05:56:15 CO2 = 1141.3336 CH4 = 2409.95 N2O = 392.003 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-13 09:45:00 begin of timestep (day): 14 (run): 11086 0: MPIOM: current date: 2100-12-13 10:30:00 begin of timestep (day): 15 (run): 11087 0: MPIOM: current date: 2100-12-13 11:15:00 begin of timestep (day): 16 (run): 11088 384: Radiation calculated for : 13. Dec 2100 07:56:15 0: MPIOM: current date: 2100-12-13 12:00:00 begin of timestep (day): 17 (run): 11089 384: Greenhouse gas concentrations 13. Dec 2100 07:56:15 CO2 = 1141.3367 CH4 = 2409.95 N2O = 392.003 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-13 12:45:00 begin of timestep (day): 18 (run): 11090 0: MPIOM: current date: 2100-12-13 13:30:00 begin of timestep (day): 19 (run): 11091 0: MPIOM: current date: 2100-12-13 14:15:00 begin of timestep (day): 20 (run): 11092 0: MPIOM: current date: 2100-12-13 15:00:00 begin of timestep (day): 21 (run): 11093 384: Radiation calculated for : 13. Dec 2100 09:56:15 384: Greenhouse gas concentrations 13. Dec 2100 09:56:15 CO2 = 1141.3398 CH4 = 2409.94 N2O = 392.003 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-13 15:45:00 begin of timestep (day): 22 (run): 11094 0: MPIOM: current date: 2100-12-13 16:30:00 begin of timestep (day): 23 (run): 11095 0: MPIOM: current date: 2100-12-13 17:15:00 begin of timestep (day): 24 (run): 11096 0: MPIOM: current date: 2100-12-13 18:00:00 begin of timestep (day): 25 (run): 11097 384: Radiation calculated for : 13. Dec 2100 11:56:15 384: Greenhouse gas concentrations 13. Dec 2100 11:56:15 CO2 = 1141.3429 CH4 = 2409.94 N2O = 392.003 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-13 18:45:00 begin of timestep (day): 26 (run): 11098 0: MPIOM: current date: 2100-12-13 19:30:00 begin of timestep (day): 27 (run): 11099 0: MPIOM: current date: 2100-12-13 20:15:00 begin of timestep (day): 28 (run): 11100 0: MPIOM: current date: 2100-12-13 21:00:00 begin of timestep (day): 29 (run): 11101 384: Radiation calculated for : 13. Dec 2100 13:56:15 384: Greenhouse gas concentrations 13. Dec 2100 13:56:15 CO2 = 1141.3460 CH4 = 2409.94 N2O = 392.004 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-13 21:45:00 begin of timestep (day): 30 (run): 11102 0: MPIOM: current date: 2100-12-13 22:30:00 begin of timestep (day): 31 (run): 11103 0: MPIOM: current date: 2100-12-13 23:15:00 begin of timestep (day): 32 (run): 11104 384: Radiation calculated for : 13. Dec 2100 15:56:15 384: Greenhouse gas concentrations 13. Dec 2100 15:56:15 CO2 = 1141.3491 CH4 = 2409.94 N2O = 392.004 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-14 00:00:00 begin of timestep (day): 1 (run): 11105 384: Radiation calculated for : 13. Dec 2100 17:56:15 384: Greenhouse gas concentrations 13. Dec 2100 17:56:15 CO2 = 1141.3523 CH4 = 2409.93 N2O = 392.004 CFC = 50.90 207.60 384: Radiation calculated for : 13. Dec 2100 19:56:15 384: Greenhouse gas concentrations 13. Dec 2100 19:56:15 CO2 = 1141.3554 CH4 = 2409.93 N2O = 392.004 CFC = 50.90 207.60 384: Radiation calculated for : 13. Dec 2100 21:56:15 384: Greenhouse gas concentrations 13. Dec 2100 21:56:15 CO2 = 1141.3585 CH4 = 2409.93 N2O = 392.004 CFC = 50.90 207.60 384: Radiation calculated for : 13. Dec 2100 23:56:15 384: Greenhouse gas concentrations 13. Dec 2100 23:56:15 CO2 = 1141.3616 CH4 = 2409.93 N2O = 392.004 CFC = 50.90 207.60 384: hydrology_model: Water budget change: 1.117587089538574E-006 m3/s 384: hydrology_model: global discharge: 971653.169042349 m3/s 384: hydrology_model: precip-evap (on ocean): -1821742.82198352 m3/s 384: water_budget_corr: P-E correction: -42623.3507094582 m3/s 384: water_budget_corr: slm/slf residuum: 70730.2991202035 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 459.497234179629 m3/s 384: water_budget_corr: awfre corrected: -1863906.67545878 m3/s 384: water_budget_corr: river discharge: 971653.169042349 m3/s 384: water_budget_corr: water to ocean: -892253.506416433 m3/s 384: Write GRIB1 output for : 13. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.076628860913219E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 384: Radiation calculated for : 14. Dec 2100 01:56:15 384: Greenhouse gas concentrations 14. Dec 2100 01:56:15 CO2 = 1141.3647 CH4 = 2409.92 N2O = 392.004 CFC = 50.90 207.60 0: co2 = 1061.78435882947 , n2 = 802000.000310163 , o2 = 0: 196800.000585923 0: MPIOM: current date: 2100-12-14 00:45:00 begin of timestep (day): 2 (run): 11106 0: MPIOM: current date: 2100-12-14 01:30:00 begin of timestep (day): 3 (run): 11107 0: MPIOM: current date: 2100-12-14 02:15:00 begin of timestep (day): 4 (run): 11108 0: MPIOM: current date: 2100-12-14 03:00:00 begin of timestep (day): 5 (run): 11109 384: Radiation calculated for : 14. Dec 2100 03:56:15 384: Greenhouse gas concentrations 14. Dec 2100 03:56:15 CO2 = 1141.3678 CH4 = 2409.92 N2O = 392.004 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-14 03:45:00 begin of timestep (day): 6 (run): 11110 0: MPIOM: current date: 2100-12-14 04:30:00 begin of timestep (day): 7 (run): 11111 0: MPIOM: current date: 2100-12-14 05:15:00 begin of timestep (day): 8 (run): 11112 0: MPIOM: current date: 2100-12-14 06:00:00 begin of timestep (day): 9 (run): 11113 384: Radiation calculated for : 14. Dec 2100 05:56:15 384: Greenhouse gas concentrations 14. Dec 2100 05:56:15 CO2 = 1141.3710 CH4 = 2409.92 N2O = 392.004 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-14 06:45:00 begin of timestep (day): 10 (run): 11114 0: MPIOM: current date: 2100-12-14 07:30:00 begin of timestep (day): 11 (run): 11115 0: MPIOM: current date: 2100-12-14 08:15:00 begin of timestep (day): 12 (run): 11116 0: MPIOM: current date: 2100-12-14 09:00:00 begin of timestep (day): 13 (run): 11117 384: Radiation calculated for : 14. Dec 2100 07:56:15 384: Greenhouse gas concentrations 14. Dec 2100 07:56:15 CO2 = 1141.3741 CH4 = 2409.91 N2O = 392.004 CFC = 50.90 207.60 0: MPIOM: current date: 2100-12-14 09:45:00 begin of timestep (day): 14 (run): 11118 0: MPIOM: current date: 2100-12-14 10:30:00 begin of timestep (day): 15 (run): 11119 0: MPIOM: current date: 2100-12-14 11:15:00 begin of timestep (day): 16 (run): 11120 0: MPIOM: current date: 2100-12-14 12:00:00 begin of timestep (day): 17 (run): 11121 384: Radiation calculated for : 14. Dec 2100 09:56:15 384: Greenhouse gas concentrations 14. Dec 2100 09:56:15 CO2 = 1141.3772 CH4 = 2409.91 N2O = 392.005 CFC = 50.90 207.59 0: MPIOM: current date: 2100-12-14 12:45:00 begin of timestep (day): 18 (run): 11122 0: MPIOM: current date: 2100-12-14 13:30:00 begin of timestep (day): 19 (run): 11123 0: MPIOM: current date: 2100-12-14 14:15:00 begin of timestep (day): 20 (run): 11124 0: MPIOM: current date: 2100-12-14 15:00:00 begin of timestep (day): 21 (run): 11125 384: Radiation calculated for : 14. Dec 2100 11:56:15 384: Greenhouse gas concentrations 14. Dec 2100 11:56:15 CO2 = 1141.3803 CH4 = 2409.91 N2O = 392.005 CFC = 50.90 207.59 0: MPIOM: current date: 2100-12-14 15:45:00 begin of timestep (day): 22 (run): 11126 0: MPIOM: current date: 2100-12-14 16:30:00 begin of timestep (day): 23 (run): 11127 0: MPIOM: current date: 2100-12-14 17:15:00 begin of timestep (day): 24 (run): 11128 0: MPIOM: current date: 2100-12-14 18:00:00 begin of timestep (day): 25 (run): 11129 384: Radiation calculated for : 14. Dec 2100 13:56:15 384: Greenhouse gas concentrations 14. Dec 2100 13:56:15 CO2 = 1141.3834 CH4 = 2409.91 N2O = 392.005 CFC = 50.90 207.59 0: MPIOM: current date: 2100-12-14 18:45:00 begin of timestep (day): 26 (run): 11130 0: MPIOM: current date: 2100-12-14 19:30:00 begin of timestep (day): 27 (run): 11131 0: MPIOM: current date: 2100-12-14 20:15:00 begin of timestep (day): 28 (run): 11132 0: MPIOM: current date: 2100-12-14 21:00:00 begin of timestep (day): 29 (run): 11133 384: Radiation calculated for : 14. Dec 2100 15:56:15 384: Greenhouse gas concentrations 14. Dec 2100 15:56:15 CO2 = 1141.3865 CH4 = 2409.90 N2O = 392.005 CFC = 50.90 207.59 0: MPIOM: current date: 2100-12-14 21:45:00 begin of timestep (day): 30 (run): 11134 0: MPIOM: current date: 2100-12-14 22:30:00 begin of timestep (day): 31 (run): 11135 0: MPIOM: current date: 2100-12-14 23:15:00 begin of timestep (day): 32 (run): 11136 384: Radiation calculated for : 14. Dec 2100 17:56:15 384: Greenhouse gas concentrations 14. Dec 2100 17:56:15 CO2 = 1141.3896 CH4 = 2409.90 N2O = 392.005 CFC = 50.90 207.59 0: MPIOM: current date: 2100-12-15 00:00:00 begin of timestep (day): 1 (run): 11137 384: Radiation calculated for : 14. Dec 2100 19:56:15 384: Greenhouse gas concentrations 14. Dec 2100 19:56:15 CO2 = 1141.3928 CH4 = 2409.90 N2O = 392.005 CFC = 50.90 207.59 384: Radiation calculated for : 14. Dec 2100 21:56:15 384: Greenhouse gas concentrations 14. Dec 2100 21:56:15 CO2 = 1141.3959 CH4 = 2409.90 N2O = 392.005 CFC = 50.90 207.59 384: Radiation calculated for : 14. Dec 2100 23:56:15 384: Greenhouse gas concentrations 14. Dec 2100 23:56:15 CO2 = 1141.3990 CH4 = 2409.89 N2O = 392.005 CFC = 50.90 207.59 384: hydrology_model: Water budget change: -1.296401023864746E-006 m3/s 384: hydrology_model: global discharge: 945392.245949022 m3/s 384: hydrology_model: precip-evap (on ocean): -1147909.83054839 m3/s 384: water_budget_corr: P-E correction: -75614.0097551849 m3/s 384: water_budget_corr: slm/slf residuum: 45793.0940078138 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 307.964436781861 m3/s 384: water_budget_corr: awfre corrected: -1223215.87586680 m3/s 384: water_budget_corr: river discharge: 945392.245949022 m3/s 384: water_budget_corr: water to ocean: -277823.629917801 m3/s 384: Write GRIB1 output for : 14. Dec 2100 23:52:30 0: co2 = 1062.14357469759 , n2 = 802000.000198840 , o2 = 0: 196800.000412084 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.335481287053016E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-15 00:45:00 begin of timestep (day): 2 (run): 11138 0: MPIOM: current date: 2100-12-15 01:30:00 begin of timestep (day): 3 (run): 11139 384: Radiation calculated for : 15. Dec 2100 01:56:15 384: Greenhouse gas concentrations 15. Dec 2100 01:56:15 CO2 = 1141.4021 CH4 = 2409.89 N2O = 392.005 CFC = 50.89 207.59 0: MPIOM: current date: 2100-12-15 02:15:00 begin of timestep (day): 4 (run): 11140 0: MPIOM: current date: 2100-12-15 03:00:00 begin of timestep (day): 5 (run): 11141 0: MPIOM: current date: 2100-12-15 03:45:00 begin of timestep (day): 6 (run): 11142 0: MPIOM: current date: 2100-12-15 04:30:00 begin of timestep (day): 7 (run): 11143 384: Radiation calculated for : 15. Dec 2100 03:56:15 384: Greenhouse gas concentrations 15. Dec 2100 03:56:15 CO2 = 1141.4052 CH4 = 2409.89 N2O = 392.005 CFC = 50.89 207.59 0: MPIOM: current date: 2100-12-15 05:15:00 begin of timestep (day): 8 (run): 11144 0: MPIOM: current date: 2100-12-15 06:00:00 begin of timestep (day): 9 (run): 11145 0: MPIOM: current date: 2100-12-15 06:45:00 begin of timestep (day): 10 (run): 11146 0: MPIOM: current date: 2100-12-15 07:30:00 begin of timestep (day): 11 (run): 11147 384: Radiation calculated for : 15. Dec 2100 05:56:15 384: Greenhouse gas concentrations 15. Dec 2100 05:56:15 CO2 = 1141.4083 CH4 = 2409.88 N2O = 392.006 CFC = 50.89 207.59 0: MPIOM: current date: 2100-12-15 08:15:00 begin of timestep (day): 12 (run): 11148 0: MPIOM: current date: 2100-12-15 09:00:00 begin of timestep (day): 13 (run): 11149 0: MPIOM: current date: 2100-12-15 09:45:00 begin of timestep (day): 14 (run): 11150 0: MPIOM: current date: 2100-12-15 10:30:00 begin of timestep (day): 15 (run): 11151 384: Radiation calculated for : 15. Dec 2100 07:56:15 384: Greenhouse gas concentrations 15. Dec 2100 07:56:15 CO2 = 1141.4115 CH4 = 2409.88 N2O = 392.006 CFC = 50.89 207.59 0: MPIOM: current date: 2100-12-15 11:15:00 begin of timestep (day): 16 (run): 11152 0: MPIOM: current date: 2100-12-15 12:00:00 begin of timestep (day): 17 (run): 11153 0: MPIOM: current date: 2100-12-15 12:45:00 begin of timestep (day): 18 (run): 11154 0: MPIOM: current date: 2100-12-15 13:30:00 begin of timestep (day): 19 (run): 11155 384: Radiation calculated for : 15. Dec 2100 09:56:15 384: Greenhouse gas concentrations 15. Dec 2100 09:56:15 CO2 = 1141.4146 CH4 = 2409.88 N2O = 392.006 CFC = 50.89 207.59 0: MPIOM: current date: 2100-12-15 14:15:00 begin of timestep (day): 20 (run): 11156 0: MPIOM: current date: 2100-12-15 15:00:00 begin of timestep (day): 21 (run): 11157 0: MPIOM: current date: 2100-12-15 15:45:00 begin of timestep (day): 22 (run): 11158 0: MPIOM: current date: 2100-12-15 16:30:00 begin of timestep (day): 23 (run): 11159 384: Radiation calculated for : 15. Dec 2100 11:56:15 384: Greenhouse gas concentrations 15. Dec 2100 11:56:15 CO2 = 1141.4177 CH4 = 2409.88 N2O = 392.006 CFC = 50.89 207.59 0: MPIOM: current date: 2100-12-15 17:15:00 begin of timestep (day): 24 (run): 11160 0: MPIOM: current date: 2100-12-15 18:00:00 begin of timestep (day): 25 (run): 11161 0: MPIOM: current date: 2100-12-15 18:45:00 begin of timestep (day): 26 (run): 11162 0: MPIOM: current date: 2100-12-15 19:30:00 begin of timestep (day): 27 (run): 11163 384: Radiation calculated for : 15. Dec 2100 13:56:15 384: Greenhouse gas concentrations 15. Dec 2100 13:56:15 CO2 = 1141.4208 CH4 = 2409.87 N2O = 392.006 CFC = 50.89 207.59 0: MPIOM: current date: 2100-12-15 20:15:00 begin of timestep (day): 28 (run): 11164 0: MPIOM: current date: 2100-12-15 21:00:00 begin of timestep (day): 29 (run): 11165 0: MPIOM: current date: 2100-12-15 21:45:00 begin of timestep (day): 30 (run): 11166 0: MPIOM: current date: 2100-12-15 22:30:00 begin of timestep (day): 31 (run): 11167 384: Radiation calculated for : 15. Dec 2100 15:56:15 384: Greenhouse gas concentrations 15. Dec 2100 15:56:15 CO2 = 1141.4239 CH4 = 2409.87 N2O = 392.006 CFC = 50.89 207.59 0: MPIOM: current date: 2100-12-15 23:15:00 begin of timestep (day): 32 (run): 11168 0: MPIOM: current date: 2100-12-16 00:00:00 begin of timestep (day): 1 (run): 11169 384: Radiation calculated for : 15. Dec 2100 17:56:15 384: Greenhouse gas concentrations 15. Dec 2100 17:56:15 CO2 = 1141.4270 CH4 = 2409.87 N2O = 392.006 CFC = 50.89 207.59 384: Radiation calculated for : 15. Dec 2100 19:56:15 384: Greenhouse gas concentrations 15. Dec 2100 19:56:15 CO2 = 1141.4302 CH4 = 2409.87 N2O = 392.006 CFC = 50.89 207.59 384: Radiation calculated for : 15. Dec 2100 21:56:15 384: Greenhouse gas concentrations 15. Dec 2100 21:56:15 CO2 = 1141.4333 CH4 = 2409.86 N2O = 392.006 CFC = 50.89 207.58 384: Radiation calculated for : 15. Dec 2100 23:56:15 384: Greenhouse gas concentrations 15. Dec 2100 23:56:15 CO2 = 1141.4364 CH4 = 2409.86 N2O = 392.007 CFC = 50.89 207.58 384: hydrology_model: Water budget change: 3.129243850708008E-007 m3/s 384: hydrology_model: global discharge: 968287.397995344 m3/s 384: hydrology_model: precip-evap (on ocean): -1312928.82850897 m3/s 384: water_budget_corr: P-E correction: -62034.1448487740 m3/s 384: water_budget_corr: slm/slf residuum: 66008.9919576016 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 244.307028923552 m3/s 384: water_budget_corr: awfre corrected: -1374718.66632882 m3/s 384: water_budget_corr: river discharge: 968287.397995344 m3/s 384: water_budget_corr: water to ocean: -406431.268333468 m3/s 384: Write GRIB1 output for : 15. Dec 2100 23:52:30 0: co2 = 1062.17893056206 , n2 = 802000.000236433 , o2 = 0: 196800.000513351 384: co2_flux_correction: Computing global mean CO2 flux correction 0: MPIOM: current date: 2100-12-16 00:45:00 begin of timestep (day): 2 (run): 11170 384: CO2 flux correction (global): -3.232946743565028E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-16 01:30:00 begin of timestep (day): 3 (run): 11171 384: Radiation calculated for : 16. Dec 2100 01:56:15 384: Greenhouse gas concentrations 16. Dec 2100 01:56:15 CO2 = 1141.4395 CH4 = 2409.86 N2O = 392.007 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-16 02:15:00 begin of timestep (day): 4 (run): 11172 0: MPIOM: current date: 2100-12-16 03:00:00 begin of timestep (day): 5 (run): 11173 0: MPIOM: current date: 2100-12-16 03:45:00 begin of timestep (day): 6 (run): 11174 0: MPIOM: current date: 2100-12-16 04:30:00 begin of timestep (day): 7 (run): 11175 384: Radiation calculated for : 16. Dec 2100 03:56:15 384: Greenhouse gas concentrations 16. Dec 2100 03:56:15 CO2 = 1141.4426 CH4 = 2409.85 N2O = 392.007 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-16 05:15:00 begin of timestep (day): 8 (run): 11176 0: MPIOM: current date: 2100-12-16 06:00:00 begin of timestep (day): 9 (run): 11177 0: MPIOM: current date: 2100-12-16 06:45:00 begin of timestep (day): 10 (run): 11178 0: MPIOM: current date: 2100-12-16 07:30:00 begin of timestep (day): 11 (run): 11179 384: Radiation calculated for : 16. Dec 2100 05:56:15 384: Greenhouse gas concentrations 16. Dec 2100 05:56:15 CO2 = 1141.4457 CH4 = 2409.85 N2O = 392.007 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-16 08:15:00 begin of timestep (day): 12 (run): 11180 0: MPIOM: current date: 2100-12-16 09:00:00 begin of timestep (day): 13 (run): 11181 0: MPIOM: current date: 2100-12-16 09:45:00 begin of timestep (day): 14 (run): 11182 0: MPIOM: current date: 2100-12-16 10:30:00 begin of timestep (day): 15 (run): 11183 384: Radiation calculated for : 16. Dec 2100 07:56:15 384: Greenhouse gas concentrations 16. Dec 2100 07:56:15 CO2 = 1141.4489 CH4 = 2409.85 N2O = 392.007 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-16 11:15:00 begin of timestep (day): 16 (run): 11184 0: MPIOM: current date: 2100-12-16 12:00:00 begin of timestep (day): 17 (run): 11185 0: MPIOM: current date: 2100-12-16 12:45:00 begin of timestep (day): 18 (run): 11186 0: MPIOM: current date: 2100-12-16 13:30:00 begin of timestep (day): 19 (run): 11187 384: Radiation calculated for : 16. Dec 2100 09:56:15 384: Greenhouse gas concentrations 16. Dec 2100 09:56:15 CO2 = 1141.4520 CH4 = 2409.85 N2O = 392.007 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-16 14:15:00 begin of timestep (day): 20 (run): 11188 0: MPIOM: current date: 2100-12-16 15:00:00 begin of timestep (day): 21 (run): 11189 0: MPIOM: current date: 2100-12-16 15:45:00 begin of timestep (day): 22 (run): 11190 0: MPIOM: current date: 2100-12-16 16:30:00 begin of timestep (day): 23 (run): 11191 384: Radiation calculated for : 16. Dec 2100 11:56:15 384: Greenhouse gas concentrations 16. Dec 2100 11:56:15 CO2 = 1141.4551 CH4 = 2409.84 N2O = 392.007 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-16 17:15:00 begin of timestep (day): 24 (run): 11192 0: MPIOM: current date: 2100-12-16 18:00:00 begin of timestep (day): 25 (run): 11193 0: MPIOM: current date: 2100-12-16 18:45:00 begin of timestep (day): 26 (run): 11194 0: MPIOM: current date: 2100-12-16 19:30:00 begin of timestep (day): 27 (run): 11195 384: Radiation calculated for : 16. Dec 2100 13:56:15 384: Greenhouse gas concentrations 16. Dec 2100 13:56:15 CO2 = 1141.4582 CH4 = 2409.84 N2O = 392.007 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-16 20:15:00 begin of timestep (day): 28 (run): 11196 0: MPIOM: current date: 2100-12-16 21:00:00 begin of timestep (day): 29 (run): 11197 0: MPIOM: current date: 2100-12-16 21:45:00 begin of timestep (day): 30 (run): 11198 0: MPIOM: current date: 2100-12-16 22:30:00 begin of timestep (day): 31 (run): 11199 384: Radiation calculated for : 16. Dec 2100 15:56:15 384: Greenhouse gas concentrations 16. Dec 2100 15:56:15 CO2 = 1141.4613 CH4 = 2409.84 N2O = 392.007 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-16 23:15:00 begin of timestep (day): 32 (run): 11200 0: MPIOM: current date: 2100-12-17 00:00:00 begin of timestep (day): 1 (run): 11201 500: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 67.5000000000000 , lev 42 500: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 67.5000000000000 , lev 43 384: Radiation calculated for : 16. Dec 2100 17:56:15 384: Greenhouse gas concentrations 16. Dec 2100 17:56:15 CO2 = 1141.4644 CH4 = 2409.84 N2O = 392.007 CFC = 50.89 207.58 500: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 67.5000000000000 , lev 42 384: Radiation calculated for : 16. Dec 2100 19:56:15 384: Greenhouse gas concentrations 16. Dec 2100 19:56:15 CO2 = 1141.4676 CH4 = 2409.83 N2O = 392.008 CFC = 50.89 207.58 384: Radiation calculated for : 16. Dec 2100 21:56:15 384: Greenhouse gas concentrations 16. Dec 2100 21:56:15 CO2 = 1141.4707 CH4 = 2409.83 N2O = 392.008 CFC = 50.89 207.58 384: Radiation calculated for : 16. Dec 2100 23:56:15 384: Greenhouse gas concentrations 16. Dec 2100 23:56:15 CO2 = 1141.4738 CH4 = 2409.83 N2O = 392.008 CFC = 50.89 207.58 384: hydrology_model: Water budget change: 1.937150955200195E-007 m3/s 384: hydrology_model: global discharge: 937724.599975357 m3/s 384: hydrology_model: precip-evap (on ocean): -1982971.28625136 m3/s 384: water_budget_corr: P-E correction: -5181.62240745026 m3/s 384: water_budget_corr: slm/slf residuum: 60247.0394997755 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 494.176023131805 m3/s 384: water_budget_corr: awfre corrected: -1987658.73263571 m3/s 384: water_budget_corr: river discharge: 937724.599975357 m3/s 384: water_budget_corr: water to ocean: -1049934.13266034 m3/s 384: Write GRIB1 output for : 16. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.401612785725752E-010 kg m-2 s-1 0: co2 = 1062.19698225648 , n2 = 802000.000353492 , o2 = 0: 196800.000718520 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-17 00:45:00 begin of timestep (day): 2 (run): 11202 384: 2100-12-17 00h: Read: Valid: 2101-01-16 12h: lightning_frq (lightning.nc, 1), avg = 0.0000 0: MPIOM: current date: 2100-12-17 01:30:00 begin of timestep (day): 3 (run): 11203 384: Radiation calculated for : 17. Dec 2100 01:56:15 0: MPIOM: current date: 2100-12-17 02:15:00 begin of timestep (day): 4 (run): 11204 384: Greenhouse gas concentrations 17. Dec 2100 01:56:15 CO2 = 1141.4769 CH4 = 2409.82 N2O = 392.008 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-17 03:00:00 begin of timestep (day): 5 (run): 11205 0: MPIOM: current date: 2100-12-17 03:45:00 begin of timestep (day): 6 (run): 11206 0: MPIOM: current date: 2100-12-17 04:30:00 begin of timestep (day): 7 (run): 11207 444: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 41.9682202690754 , lon 39.3750000000000 , lev 40 0: MPIOM: current date: 2100-12-17 05:15:00 begin of timestep (day): 8 (run): 11208 384: Radiation calculated for : 17. Dec 2100 03:56:15 384: Greenhouse gas concentrations 17. Dec 2100 03:56:15 CO2 = 1141.4800 CH4 = 2409.82 N2O = 392.008 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-17 06:00:00 begin of timestep (day): 9 (run): 11209 0: MPIOM: current date: 2100-12-17 06:45:00 begin of timestep (day): 10 (run): 11210 0: MPIOM: current date: 2100-12-17 07:30:00 begin of timestep (day): 11 (run): 11211 0: MPIOM: current date: 2100-12-17 08:15:00 begin of timestep (day): 12 (run): 11212 384: Radiation calculated for : 17. Dec 2100 05:56:15 384: Greenhouse gas concentrations 17. Dec 2100 05:56:15 CO2 = 1141.4831 CH4 = 2409.82 N2O = 392.008 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-17 09:00:00 begin of timestep (day): 13 (run): 11213 0: MPIOM: current date: 2100-12-17 09:45:00 begin of timestep (day): 14 (run): 11214 0: MPIOM: current date: 2100-12-17 10:30:00 begin of timestep (day): 15 (run): 11215 0: MPIOM: current date: 2100-12-17 11:15:00 begin of timestep (day): 16 (run): 11216 384: Radiation calculated for : 17. Dec 2100 07:56:15 384: Greenhouse gas concentrations 17. Dec 2100 07:56:15 CO2 = 1141.4863 CH4 = 2409.82 N2O = 392.008 CFC = 50.89 207.58 0: MPIOM: current date: 2100-12-17 12:00:00 begin of timestep (day): 17 (run): 11217 0: MPIOM: current date: 2100-12-17 12:45:00 begin of timestep (day): 18 (run): 11218 0: MPIOM: current date: 2100-12-17 13:30:00 begin of timestep (day): 19 (run): 11219 384: Radiation calculated for : 17. Dec 2100 09:56:15 0: MPIOM: current date: 2100-12-17 14:15:00 begin of timestep (day): 20 (run): 11220 384: Greenhouse gas concentrations 17. Dec 2100 09:56:15 CO2 = 1141.4894 CH4 = 2409.81 N2O = 392.008 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-17 15:00:00 begin of timestep (day): 21 (run): 11221 0: MPIOM: current date: 2100-12-17 15:45:00 begin of timestep (day): 22 (run): 11222 0: MPIOM: current date: 2100-12-17 16:30:00 begin of timestep (day): 23 (run): 11223 0: MPIOM: current date: 2100-12-17 17:15:00 begin of timestep (day): 24 (run): 11224 384: Radiation calculated for : 17. Dec 2100 11:56:15 384: Greenhouse gas concentrations 17. Dec 2100 11:56:15 CO2 = 1141.4925 CH4 = 2409.81 N2O = 392.008 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-17 18:00:00 begin of timestep (day): 25 (run): 11225 0: MPIOM: current date: 2100-12-17 18:45:00 begin of timestep (day): 26 (run): 11226 0: MPIOM: current date: 2100-12-17 19:30:00 begin of timestep (day): 27 (run): 11227 0: MPIOM: current date: 2100-12-17 20:15:00 begin of timestep (day): 28 (run): 11228 384: Radiation calculated for : 17. Dec 2100 13:56:15 384: Greenhouse gas concentrations 17. Dec 2100 13:56:15 CO2 = 1141.4956 CH4 = 2409.81 N2O = 392.008 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-17 21:00:00 begin of timestep (day): 29 (run): 11229 0: MPIOM: current date: 2100-12-17 21:45:00 begin of timestep (day): 30 (run): 11230 0: MPIOM: current date: 2100-12-17 22:30:00 begin of timestep (day): 31 (run): 11231 0: MPIOM: current date: 2100-12-17 23:15:00 begin of timestep (day): 32 (run): 11232 384: Radiation calculated for : 17. Dec 2100 15:56:15 384: Greenhouse gas concentrations 17. Dec 2100 15:56:15 CO2 = 1141.4987 CH4 = 2409.81 N2O = 392.009 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-18 00:00:00 begin of timestep (day): 1 (run): 11233 384: Radiation calculated for : 17. Dec 2100 17:56:15 384: Greenhouse gas concentrations 17. Dec 2100 17:56:15 CO2 = 1141.5018 CH4 = 2409.80 N2O = 392.009 CFC = 50.89 207.57 384: Radiation calculated for : 17. Dec 2100 19:56:15 384: Greenhouse gas concentrations 17. Dec 2100 19:56:15 CO2 = 1141.5050 CH4 = 2409.80 N2O = 392.009 CFC = 50.89 207.57 384: Radiation calculated for : 17. Dec 2100 21:56:15 384: Greenhouse gas concentrations 17. Dec 2100 21:56:15 CO2 = 1141.5081 CH4 = 2409.80 N2O = 392.009 CFC = 50.89 207.57 384: Radiation calculated for : 17. Dec 2100 23:56:15 384: Greenhouse gas concentrations 17. Dec 2100 23:56:15 CO2 = 1141.5112 CH4 = 2409.79 N2O = 392.009 CFC = 50.89 207.57 384: hydrology_model: Water budget change: -4.172325134277344E-007 m3/s 384: hydrology_model: global discharge: 955888.911988307 m3/s 384: hydrology_model: precip-evap (on ocean): -1417602.53409967 m3/s 384: water_budget_corr: P-E correction: 8786.33446333235 m3/s 384: water_budget_corr: slm/slf residuum: 47370.6712077139 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 843.551579029876 m3/s 384: water_budget_corr: awfre corrected: -1407972.64805731 m3/s 384: water_budget_corr: river discharge: 955888.911988307 m3/s 384: water_budget_corr: water to ocean: -452083.736069016 m3/s 384: Write GRIB1 output for : 17. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.510558347971620E-010 kg m-2 s-1 0: co2 = 1062.17860773032 , n2 = 802000.000450026 , o2 = 0: 196800.000770140 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-18 00:45:00 begin of timestep (day): 2 (run): 11234 0: MPIOM: current date: 2100-12-18 01:30:00 begin of timestep (day): 3 (run): 11235 384: Radiation calculated for : 18. Dec 2100 01:56:15 384: Greenhouse gas concentrations 18. Dec 2100 01:56:15 CO2 = 1141.5143 CH4 = 2409.79 N2O = 392.009 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-18 02:15:00 begin of timestep (day): 4 (run): 11236 0: MPIOM: current date: 2100-12-18 03:00:00 begin of timestep (day): 5 (run): 11237 0: MPIOM: current date: 2100-12-18 03:45:00 begin of timestep (day): 6 (run): 11238 0: MPIOM: current date: 2100-12-18 04:30:00 begin of timestep (day): 7 (run): 11239 384: Radiation calculated for : 18. Dec 2100 03:56:15 384: Greenhouse gas concentrations 18. Dec 2100 03:56:15 CO2 = 1141.5174 CH4 = 2409.79 N2O = 392.009 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-18 05:15:00 begin of timestep (day): 8 (run): 11240 0: MPIOM: current date: 2100-12-18 06:00:00 begin of timestep (day): 9 (run): 11241 0: MPIOM: current date: 2100-12-18 06:45:00 begin of timestep (day): 10 (run): 11242 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 41 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 80.6250000000000 , lev 41 0: MPIOM: current date: 2100-12-18 07:30:00 begin of timestep (day): 11 (run): 11243 384: Radiation calculated for : 18. Dec 2100 05:56:15 384: Greenhouse gas concentrations 18. Dec 2100 05:56:15 CO2 = 1141.5205 CH4 = 2409.79 N2O = 392.009 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-18 08:15:00 begin of timestep (day): 12 (run): 11244 0: MPIOM: current date: 2100-12-18 09:00:00 begin of timestep (day): 13 (run): 11245 0: MPIOM: current date: 2100-12-18 09:45:00 begin of timestep (day): 14 (run): 11246 0: MPIOM: current date: 2100-12-18 10:30:00 begin of timestep (day): 15 (run): 11247 384: Radiation calculated for : 18. Dec 2100 07:56:15 384: Greenhouse gas concentrations 18. Dec 2100 07:56:15 CO2 = 1141.5237 CH4 = 2409.78 N2O = 392.009 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-18 11:15:00 begin of timestep (day): 16 (run): 11248 0: MPIOM: current date: 2100-12-18 12:00:00 begin of timestep (day): 17 (run): 11249 0: MPIOM: current date: 2100-12-18 12:45:00 begin of timestep (day): 18 (run): 11250 0: MPIOM: current date: 2100-12-18 13:30:00 begin of timestep (day): 19 (run): 11251 384: Radiation calculated for : 18. Dec 2100 09:56:15 384: Greenhouse gas concentrations 18. Dec 2100 09:56:15 CO2 = 1141.5268 CH4 = 2409.78 N2O = 392.010 CFC = 50.89 207.57 0: MPIOM: current date: 2100-12-18 14:15:00 begin of timestep (day): 20 (run): 11252 0: MPIOM: current date: 2100-12-18 15:00:00 begin of timestep (day): 21 (run): 11253 0: MPIOM: current date: 2100-12-18 15:45:00 begin of timestep (day): 22 (run): 11254 0: MPIOM: current date: 2100-12-18 16:30:00 begin of timestep (day): 23 (run): 11255 384: Radiation calculated for : 18. Dec 2100 11:56:15 384: Greenhouse gas concentrations 18. Dec 2100 11:56:15 CO2 = 1141.5299 CH4 = 2409.78 N2O = 392.010 CFC = 50.88 207.57 0: MPIOM: current date: 2100-12-18 17:15:00 begin of timestep (day): 24 (run): 11256 0: MPIOM: current date: 2100-12-18 18:00:00 begin of timestep (day): 25 (run): 11257 0: MPIOM: current date: 2100-12-18 18:45:00 begin of timestep (day): 26 (run): 11258 0: MPIOM: current date: 2100-12-18 19:30:00 begin of timestep (day): 27 (run): 11259 384: Radiation calculated for : 18. Dec 2100 13:56:15 384: Greenhouse gas concentrations 18. Dec 2100 13:56:15 CO2 = 1141.5330 CH4 = 2409.78 N2O = 392.010 CFC = 50.88 207.57 0: MPIOM: current date: 2100-12-18 20:15:00 begin of timestep (day): 28 (run): 11260 0: MPIOM: current date: 2100-12-18 21:00:00 begin of timestep (day): 29 (run): 11261 0: MPIOM: current date: 2100-12-18 21:45:00 begin of timestep (day): 30 (run): 11262 0: MPIOM: current date: 2100-12-18 22:30:00 begin of timestep (day): 31 (run): 11263 384: Radiation calculated for : 18. Dec 2100 15:56:15 384: Greenhouse gas concentrations 18. Dec 2100 15:56:15 CO2 = 1141.5361 CH4 = 2409.77 N2O = 392.010 CFC = 50.88 207.57 0: MPIOM: current date: 2100-12-18 23:15:00 begin of timestep (day): 32 (run): 11264 0: MPIOM: current date: 2100-12-19 00:00:00 begin of timestep (day): 1 (run): 11265 500: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 65.6250000000000 , lev 41 384: Radiation calculated for : 18. Dec 2100 17:56:15 384: Greenhouse gas concentrations 18. Dec 2100 17:56:15 CO2 = 1141.5392 CH4 = 2409.77 N2O = 392.010 CFC = 50.88 207.57 384: Radiation calculated for : 18. Dec 2100 19:56:15 384: Greenhouse gas concentrations 18. Dec 2100 19:56:15 CO2 = 1141.5424 CH4 = 2409.77 N2O = 392.010 CFC = 50.88 207.57 384: Radiation calculated for : 18. Dec 2100 21:56:15 384: Greenhouse gas concentrations 18. Dec 2100 21:56:15 CO2 = 1141.5455 CH4 = 2409.76 N2O = 392.010 CFC = 50.88 207.56 384: Radiation calculated for : 18. Dec 2100 23:56:15 384: Greenhouse gas concentrations 18. Dec 2100 23:56:15 CO2 = 1141.5486 CH4 = 2409.76 N2O = 392.010 CFC = 50.88 207.56 384: hydrology_model: Water budget change: -5.215406417846680E-007 m3/s 384: hydrology_model: global discharge: 935902.095455961 m3/s 384: hydrology_model: precip-evap (on ocean): -1569780.86796186 m3/s 384: water_budget_corr: P-E correction: -40945.8196743465 m3/s 384: water_budget_corr: slm/slf residuum: 60997.3870154868 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 932.039102430687 m3/s 384: water_budget_corr: awfre corrected: -1609794.64853376 m3/s 384: water_budget_corr: river discharge: 935902.095455961 m3/s 384: water_budget_corr: water to ocean: -673892.553077805 m3/s 384: Write GRIB1 output for : 18. Dec 2100 23:52:30 0: co2 = 1062.20476950201 , n2 = 802000.000503750 , o2 = 0: 196800.000785398 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -5.343034068519642E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-19 00:45:00 begin of timestep (day): 2 (run): 11266 0: MPIOM: current date: 2100-12-19 01:30:00 begin of timestep (day): 3 (run): 11267 384: Radiation calculated for : 19. Dec 2100 01:56:15 384: Greenhouse gas concentrations 19. Dec 2100 01:56:15 CO2 = 1141.5517 CH4 = 2409.76 N2O = 392.010 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-19 02:15:00 begin of timestep (day): 4 (run): 11268 0: MPIOM: current date: 2100-12-19 03:00:00 begin of timestep (day): 5 (run): 11269 0: MPIOM: current date: 2100-12-19 03:45:00 begin of timestep (day): 6 (run): 11270 0: MPIOM: current date: 2100-12-19 04:30:00 begin of timestep (day): 7 (run): 11271 384: Radiation calculated for : 19. Dec 2100 03:56:15 384: Greenhouse gas concentrations 19. Dec 2100 03:56:15 CO2 = 1141.5548 CH4 = 2409.76 N2O = 392.010 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-19 05:15:00 begin of timestep (day): 8 (run): 11272 0: MPIOM: current date: 2100-12-19 06:00:00 begin of timestep (day): 9 (run): 11273 0: MPIOM: current date: 2100-12-19 06:45:00 begin of timestep (day): 10 (run): 11274 0: MPIOM: current date: 2100-12-19 07:30:00 begin of timestep (day): 11 (run): 11275 384: Radiation calculated for : 19. Dec 2100 05:56:15 384: Greenhouse gas concentrations 19. Dec 2100 05:56:15 CO2 = 1141.5579 CH4 = 2409.75 N2O = 392.011 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-19 08:15:00 begin of timestep (day): 12 (run): 11276 0: MPIOM: current date: 2100-12-19 09:00:00 begin of timestep (day): 13 (run): 11277 0: MPIOM: current date: 2100-12-19 09:45:00 begin of timestep (day): 14 (run): 11278 500: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 63.7500000000000 , lev 41 0: MPIOM: current date: 2100-12-19 10:30:00 begin of timestep (day): 15 (run): 11279 384: Radiation calculated for : 19. Dec 2100 07:56:15 384: Greenhouse gas concentrations 19. Dec 2100 07:56:15 CO2 = 1141.5611 CH4 = 2409.75 N2O = 392.011 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-19 11:15:00 begin of timestep (day): 16 (run): 11280 0: MPIOM: current date: 2100-12-19 12:00:00 begin of timestep (day): 17 (run): 11281 0: MPIOM: current date: 2100-12-19 12:45:00 begin of timestep (day): 18 (run): 11282 0: MPIOM: current date: 2100-12-19 13:30:00 begin of timestep (day): 19 (run): 11283 384: Radiation calculated for : 19. Dec 2100 09:56:15 384: Greenhouse gas concentrations 19. Dec 2100 09:56:15 CO2 = 1141.5642 CH4 = 2409.75 N2O = 392.011 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-19 14:15:00 begin of timestep (day): 20 (run): 11284 0: MPIOM: current date: 2100-12-19 15:00:00 begin of timestep (day): 21 (run): 11285 0: MPIOM: current date: 2100-12-19 15:45:00 begin of timestep (day): 22 (run): 11286 0: MPIOM: current date: 2100-12-19 16:30:00 begin of timestep (day): 23 (run): 11287 384: Radiation calculated for : 19. Dec 2100 11:56:15 384: Greenhouse gas concentrations 19. Dec 2100 11:56:15 CO2 = 1141.5673 CH4 = 2409.75 N2O = 392.011 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-19 17:15:00 begin of timestep (day): 24 (run): 11288 0: MPIOM: current date: 2100-12-19 18:00:00 begin of timestep (day): 25 (run): 11289 0: MPIOM: current date: 2100-12-19 18:45:00 begin of timestep (day): 26 (run): 11290 0: MPIOM: current date: 2100-12-19 19:30:00 begin of timestep (day): 27 (run): 11291 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 13.9894457123567 , lon 80.6250000000000 , lev 40 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 13.9894457123567 , lon 80.6250000000000 , lev 41 0: MPIOM: current date: 2100-12-19 20:15:00 begin of timestep (day): 28 (run): 11292 524: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 13.9894457123567 , lon 80.6250000000000 , lev 41 384: Radiation calculated for : 19. Dec 2100 13:56:15 384: Greenhouse gas concentrations 19. Dec 2100 13:56:15 CO2 = 1141.5704 CH4 = 2409.74 N2O = 392.011 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-19 21:00:00 begin of timestep (day): 29 (run): 11293 0: MPIOM: current date: 2100-12-19 21:45:00 begin of timestep (day): 30 (run): 11294 0: MPIOM: current date: 2100-12-19 22:30:00 begin of timestep (day): 31 (run): 11295 0: MPIOM: current date: 2100-12-19 23:15:00 begin of timestep (day): 32 (run): 11296 384: Radiation calculated for : 19. Dec 2100 15:56:15 384: Greenhouse gas concentrations 19. Dec 2100 15:56:15 CO2 = 1141.5735 CH4 = 2409.74 N2O = 392.011 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-20 00:00:00 begin of timestep (day): 1 (run): 11297 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 129.375000000000 , lev 43 384: Radiation calculated for : 19. Dec 2100 17:56:15 384: Greenhouse gas concentrations 19. Dec 2100 17:56:15 CO2 = 1141.5766 CH4 = 2409.74 N2O = 392.011 CFC = 50.88 207.56 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 131.250000000000 , lev 41 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 131.250000000000 , lev 42 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 36.3724905928122 , lon 131.250000000000 , lev 41 384: Radiation calculated for : 19. Dec 2100 19:56:15 384: Greenhouse gas concentrations 19. Dec 2100 19:56:15 CO2 = 1141.5798 CH4 = 2409.73 N2O = 392.011 CFC = 50.88 207.56 500: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 65.6250000000000 , lev 41 500: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 12.1241871234558 , lon 65.6250000000000 , lev 41 384: Radiation calculated for : 19. Dec 2100 21:56:15 384: Greenhouse gas concentrations 19. Dec 2100 21:56:15 CO2 = 1141.5829 CH4 = 2409.73 N2O = 392.011 CFC = 50.88 207.56 384: Radiation calculated for : 19. Dec 2100 23:56:15 384: Greenhouse gas concentrations 19. Dec 2100 23:56:15 CO2 = 1141.5860 CH4 = 2409.73 N2O = 392.012 CFC = 50.88 207.56 384: hydrology_model: Water budget change: 2.682209014892578E-007 m3/s 384: hydrology_model: global discharge: 942214.248586011 m3/s 384: hydrology_model: precip-evap (on ocean): -1089139.68601462 m3/s 384: water_budget_corr: P-E correction: -66448.6551136145 m3/s 384: water_budget_corr: slm/slf residuum: 48595.5643751187 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -103.659833611321 m3/s 384: water_budget_corr: awfre corrected: -1155692.00096184 m3/s 384: water_budget_corr: river discharge: 942214.248586011 m3/s 384: water_budget_corr: water to ocean: -213477.752375831 m3/s 384: Write GRIB1 output for : 19. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.047825206570841E-010 kg m-2 s-1 0: co2 = 1062.32579816083 , n2 = 802000.000467879 , o2 = 0: 196800.000696681 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-20 00:45:00 begin of timestep (day): 2 (run): 11298 0: MPIOM: current date: 2100-12-20 01:30:00 begin of timestep (day): 3 (run): 11299 384: Radiation calculated for : 20. Dec 2100 01:56:15 384: Greenhouse gas concentrations 20. Dec 2100 01:56:15 CO2 = 1141.5891 CH4 = 2409.73 N2O = 392.012 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-20 02:15:00 begin of timestep (day): 4 (run): 11300 0: MPIOM: current date: 2100-12-20 03:00:00 begin of timestep (day): 5 (run): 11301 0: MPIOM: current date: 2100-12-20 03:45:00 begin of timestep (day): 6 (run): 11302 0: MPIOM: current date: 2100-12-20 04:30:00 begin of timestep (day): 7 (run): 11303 384: Radiation calculated for : 20. Dec 2100 03:56:15 384: Greenhouse gas concentrations 20. Dec 2100 03:56:15 CO2 = 1141.5922 CH4 = 2409.72 N2O = 392.012 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-20 05:15:00 begin of timestep (day): 8 (run): 11304 0: MPIOM: current date: 2100-12-20 06:00:00 begin of timestep (day): 9 (run): 11305 0: MPIOM: current date: 2100-12-20 06:45:00 begin of timestep (day): 10 (run): 11306 0: MPIOM: current date: 2100-12-20 07:30:00 begin of timestep (day): 11 (run): 11307 384: Radiation calculated for : 20. Dec 2100 05:56:15 384: Greenhouse gas concentrations 20. Dec 2100 05:56:15 CO2 = 1141.5953 CH4 = 2409.72 N2O = 392.012 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-20 08:15:00 begin of timestep (day): 12 (run): 11308 0: MPIOM: current date: 2100-12-20 09:00:00 begin of timestep (day): 13 (run): 11309 0: MPIOM: current date: 2100-12-20 09:45:00 begin of timestep (day): 14 (run): 11310 0: MPIOM: current date: 2100-12-20 10:30:00 begin of timestep (day): 15 (run): 11311 384: Radiation calculated for : 20. Dec 2100 07:56:15 384: Greenhouse gas concentrations 20. Dec 2100 07:56:15 CO2 = 1141.5985 CH4 = 2409.72 N2O = 392.012 CFC = 50.88 207.56 0: MPIOM: current date: 2100-12-20 11:15:00 begin of timestep (day): 16 (run): 11312 0: MPIOM: current date: 2100-12-20 12:00:00 begin of timestep (day): 17 (run): 11313 0: MPIOM: current date: 2100-12-20 12:45:00 begin of timestep (day): 18 (run): 11314 384: Radiation calculated for : 20. Dec 2100 09:56:15 0: MPIOM: current date: 2100-12-20 13:30:00 begin of timestep (day): 19 (run): 11315 384: Greenhouse gas concentrations 20. Dec 2100 09:56:15 CO2 = 1141.6016 CH4 = 2409.71 N2O = 392.012 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-20 14:15:00 begin of timestep (day): 20 (run): 11316 0: MPIOM: current date: 2100-12-20 15:00:00 begin of timestep (day): 21 (run): 11317 0: MPIOM: current date: 2100-12-20 15:45:00 begin of timestep (day): 22 (run): 11318 384: Radiation calculated for : 20. Dec 2100 11:56:15 384: Greenhouse gas concentrations 20. Dec 2100 11:56:15 CO2 = 1141.6047 CH4 = 2409.71 N2O = 392.012 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-20 16:30:00 begin of timestep (day): 23 (run): 11319 0: MPIOM: current date: 2100-12-20 17:15:00 begin of timestep (day): 24 (run): 11320 0: MPIOM: current date: 2100-12-20 18:00:00 begin of timestep (day): 25 (run): 11321 0: MPIOM: current date: 2100-12-20 18:45:00 begin of timestep (day): 26 (run): 11322 384: Radiation calculated for : 20. Dec 2100 13:56:15 384: Greenhouse gas concentrations 20. Dec 2100 13:56:15 CO2 = 1141.6078 CH4 = 2409.71 N2O = 392.012 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-20 19:30:00 begin of timestep (day): 27 (run): 11323 0: MPIOM: current date: 2100-12-20 20:15:00 begin of timestep (day): 28 (run): 11324 0: MPIOM: current date: 2100-12-20 21:00:00 begin of timestep (day): 29 (run): 11325 0: MPIOM: current date: 2100-12-20 21:45:00 begin of timestep (day): 30 (run): 11326 384: Radiation calculated for : 20. Dec 2100 15:56:15 384: Greenhouse gas concentrations 20. Dec 2100 15:56:15 CO2 = 1141.6109 CH4 = 2409.71 N2O = 392.012 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-20 22:30:00 begin of timestep (day): 31 (run): 11327 0: MPIOM: current date: 2100-12-20 23:15:00 begin of timestep (day): 32 (run): 11328 0: MPIOM: current date: 2100-12-21 00:00:00 begin of timestep (day): 1 (run): 11329 384: Radiation calculated for : 20. Dec 2100 17:56:15 384: Greenhouse gas concentrations 20. Dec 2100 17:56:15 CO2 = 1141.6140 CH4 = 2409.70 N2O = 392.012 CFC = 50.88 207.55 384: Radiation calculated for : 20. Dec 2100 19:56:15 384: Greenhouse gas concentrations 20. Dec 2100 19:56:15 CO2 = 1141.6172 CH4 = 2409.70 N2O = 392.013 CFC = 50.88 207.55 384: Radiation calculated for : 20. Dec 2100 21:56:15 384: Greenhouse gas concentrations 20. Dec 2100 21:56:15 CO2 = 1141.6203 CH4 = 2409.70 N2O = 392.013 CFC = 50.88 207.55 384: Radiation calculated for : 20. Dec 2100 23:56:15 384: Greenhouse gas concentrations 20. Dec 2100 23:56:15 CO2 = 1141.6234 CH4 = 2409.70 N2O = 392.013 CFC = 50.88 207.55 384: hydrology_model: Water budget change: -8.940696716308594E-008 m3/s 384: hydrology_model: global discharge: 942772.766540206 m3/s 384: hydrology_model: precip-evap (on ocean): -1382521.57677464 m3/s 384: water_budget_corr: P-E correction: -57072.1503462496 m3/s 384: water_budget_corr: slm/slf residuum: 52188.3816841095 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 56.0278056853631 m3/s 384: water_budget_corr: awfre corrected: -1439537.69931520 m3/s 384: water_budget_corr: river discharge: 942772.766540206 m3/s 384: water_budget_corr: water to ocean: -496764.932774995 m3/s 384: Write GRIB1 output for : 20. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1062.43572616975 , n2 = 802000.000337218 , o2 = 0: 196800.000628762 384: CO2 flux correction (global): -1.472775957139132E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-21 00:45:00 begin of timestep (day): 2 (run): 11330 0: MPIOM: current date: 2100-12-21 01:30:00 begin of timestep (day): 3 (run): 11331 384: Radiation calculated for : 21. Dec 2100 01:56:15 384: Greenhouse gas concentrations 21. Dec 2100 01:56:15 CO2 = 1141.6265 CH4 = 2409.69 N2O = 392.013 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-21 02:15:00 begin of timestep (day): 4 (run): 11332 0: MPIOM: current date: 2100-12-21 03:00:00 begin of timestep (day): 5 (run): 11333 0: MPIOM: current date: 2100-12-21 03:45:00 begin of timestep (day): 6 (run): 11334 0: MPIOM: current date: 2100-12-21 04:30:00 begin of timestep (day): 7 (run): 11335 384: Radiation calculated for : 21. Dec 2100 03:56:15 384: Greenhouse gas concentrations 21. Dec 2100 03:56:15 CO2 = 1141.6296 CH4 = 2409.69 N2O = 392.013 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-21 05:15:00 begin of timestep (day): 8 (run): 11336 0: MPIOM: current date: 2100-12-21 06:00:00 begin of timestep (day): 9 (run): 11337 0: MPIOM: current date: 2100-12-21 06:45:00 begin of timestep (day): 10 (run): 11338 0: MPIOM: current date: 2100-12-21 07:30:00 begin of timestep (day): 11 (run): 11339 384: Radiation calculated for : 21. Dec 2100 05:56:15 384: Greenhouse gas concentrations 21. Dec 2100 05:56:15 CO2 = 1141.6327 CH4 = 2409.69 N2O = 392.013 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-21 08:15:00 begin of timestep (day): 12 (run): 11340 0: MPIOM: current date: 2100-12-21 09:00:00 begin of timestep (day): 13 (run): 11341 0: MPIOM: current date: 2100-12-21 09:45:00 begin of timestep (day): 14 (run): 11342 0: MPIOM: current date: 2100-12-21 10:30:00 begin of timestep (day): 15 (run): 11343 384: Radiation calculated for : 21. Dec 2100 07:56:15 384: Greenhouse gas concentrations 21. Dec 2100 07:56:15 CO2 = 1141.6358 CH4 = 2409.68 N2O = 392.013 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-21 11:15:00 begin of timestep (day): 16 (run): 11344 0: MPIOM: current date: 2100-12-21 12:00:00 begin of timestep (day): 17 (run): 11345 0: MPIOM: current date: 2100-12-21 12:45:00 begin of timestep (day): 18 (run): 11346 0: MPIOM: current date: 2100-12-21 13:30:00 begin of timestep (day): 19 (run): 11347 384: Radiation calculated for : 21. Dec 2100 09:56:15 384: Greenhouse gas concentrations 21. Dec 2100 09:56:15 CO2 = 1141.6390 CH4 = 2409.68 N2O = 392.013 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-21 14:15:00 begin of timestep (day): 20 (run): 11348 0: MPIOM: current date: 2100-12-21 15:00:00 begin of timestep (day): 21 (run): 11349 0: MPIOM: current date: 2100-12-21 15:45:00 begin of timestep (day): 22 (run): 11350 384: Radiation calculated for : 21. Dec 2100 11:56:15 384: Greenhouse gas concentrations 21. Dec 2100 11:56:15 CO2 = 1141.6421 CH4 = 2409.68 N2O = 392.013 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-21 16:30:00 begin of timestep (day): 23 (run): 11351 0: MPIOM: current date: 2100-12-21 17:15:00 begin of timestep (day): 24 (run): 11352 0: MPIOM: current date: 2100-12-21 18:00:00 begin of timestep (day): 25 (run): 11353 0: MPIOM: current date: 2100-12-21 18:45:00 begin of timestep (day): 26 (run): 11354 384: Radiation calculated for : 21. Dec 2100 13:56:15 384: Greenhouse gas concentrations 21. Dec 2100 13:56:15 CO2 = 1141.6452 CH4 = 2409.68 N2O = 392.013 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-21 19:30:00 begin of timestep (day): 27 (run): 11355 0: MPIOM: current date: 2100-12-21 20:15:00 begin of timestep (day): 28 (run): 11356 0: MPIOM: current date: 2100-12-21 21:00:00 begin of timestep (day): 29 (run): 11357 0: MPIOM: current date: 2100-12-21 21:45:00 begin of timestep (day): 30 (run): 11358 0: MPIOM: current date: 2100-12-21 22:30:00 begin of timestep (day): 31 (run): 11359 384: Radiation calculated for : 21. Dec 2100 15:56:15 384: Greenhouse gas concentrations 21. Dec 2100 15:56:15 CO2 = 1141.6483 CH4 = 2409.67 N2O = 392.014 CFC = 50.88 207.55 0: MPIOM: current date: 2100-12-21 23:15:00 begin of timestep (day): 32 (run): 11360 0: MPIOM: current date: 2100-12-22 00:00:00 begin of timestep (day): 1 (run): 11361 384: Radiation calculated for : 21. Dec 2100 17:56:15 384: Greenhouse gas concentrations 21. Dec 2100 17:56:15 CO2 = 1141.6514 CH4 = 2409.67 N2O = 392.014 CFC = 50.88 207.55 384: Radiation calculated for : 21. Dec 2100 19:56:15 384: Greenhouse gas concentrations 21. Dec 2100 19:56:15 CO2 = 1141.6545 CH4 = 2409.67 N2O = 392.014 CFC = 50.88 207.55 384: Radiation calculated for : 21. Dec 2100 21:56:15 384: Greenhouse gas concentrations 21. Dec 2100 21:56:15 CO2 = 1141.6577 CH4 = 2409.67 N2O = 392.014 CFC = 50.87 207.54 384: Radiation calculated for : 21. Dec 2100 23:56:15 384: Greenhouse gas concentrations 21. Dec 2100 23:56:15 CO2 = 1141.6608 CH4 = 2409.66 N2O = 392.014 CFC = 50.87 207.54 384: hydrology_model: Water budget change: -3.576278686523438E-007 m3/s 384: hydrology_model: global discharge: 947323.633198751 m3/s 384: hydrology_model: precip-evap (on ocean): -1631562.34521534 m3/s 384: water_budget_corr: P-E correction: -42050.3271519552 m3/s 384: water_budget_corr: slm/slf residuum: 58559.1857918952 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 367.319628588598 m3/s 384: water_budget_corr: awfre corrected: -1673245.35273872 m3/s 384: water_budget_corr: river discharge: 947323.633198751 m3/s 384: water_budget_corr: water to ocean: -725921.719539951 m3/s 384: Write GRIB1 output for : 21. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.930787452494551E-010 kg m-2 s-1 0: co2 = 1062.61238235460 , n2 = 802000.000259638 , o2 = 0: 196800.000702716 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-22 00:45:00 begin of timestep (day): 2 (run): 11362 0: MPIOM: current date: 2100-12-22 01:30:00 begin of timestep (day): 3 (run): 11363 384: Radiation calculated for : 22. Dec 2100 01:56:15 384: Greenhouse gas concentrations 22. Dec 2100 01:56:15 CO2 = 1141.6639 CH4 = 2409.66 N2O = 392.014 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-22 02:15:00 begin of timestep (day): 4 (run): 11364 0: MPIOM: current date: 2100-12-22 03:00:00 begin of timestep (day): 5 (run): 11365 0: MPIOM: current date: 2100-12-22 03:45:00 begin of timestep (day): 6 (run): 11366 0: MPIOM: current date: 2100-12-22 04:30:00 begin of timestep (day): 7 (run): 11367 384: Radiation calculated for : 22. Dec 2100 03:56:15 384: Greenhouse gas concentrations 22. Dec 2100 03:56:15 CO2 = 1141.6670 CH4 = 2409.66 N2O = 392.014 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-22 05:15:00 begin of timestep (day): 8 (run): 11368 0: MPIOM: current date: 2100-12-22 06:00:00 begin of timestep (day): 9 (run): 11369 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 41 0: MPIOM: current date: 2100-12-22 06:45:00 begin of timestep (day): 10 (run): 11370 523: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 15.8547038696949 , lon 82.5000000000000 , lev 42 0: MPIOM: current date: 2100-12-22 07:30:00 begin of timestep (day): 11 (run): 11371 384: Radiation calculated for : 22. Dec 2100 05:56:15 0: MPIOM: current date: 2100-12-22 08:15:00 begin of timestep (day): 12 (run): 11372 384: Greenhouse gas concentrations 22. Dec 2100 05:56:15 CO2 = 1141.6701 CH4 = 2409.65 N2O = 392.014 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-22 09:00:00 begin of timestep (day): 13 (run): 11373 0: MPIOM: current date: 2100-12-22 09:45:00 begin of timestep (day): 14 (run): 11374 0: MPIOM: current date: 2100-12-22 10:30:00 begin of timestep (day): 15 (run): 11375 0: MPIOM: current date: 2100-12-22 11:15:00 begin of timestep (day): 16 (run): 11376 384: Radiation calculated for : 22. Dec 2100 07:56:15 384: Greenhouse gas concentrations 22. Dec 2100 07:56:15 CO2 = 1141.6732 CH4 = 2409.65 N2O = 392.014 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-22 12:00:00 begin of timestep (day): 17 (run): 11377 0: MPIOM: current date: 2100-12-22 12:45:00 begin of timestep (day): 18 (run): 11378 0: MPIOM: current date: 2100-12-22 13:30:00 begin of timestep (day): 19 (run): 11379 0: MPIOM: current date: 2100-12-22 14:15:00 begin of timestep (day): 20 (run): 11380 384: Radiation calculated for : 22. Dec 2100 09:56:15 384: Greenhouse gas concentrations 22. Dec 2100 09:56:15 CO2 = 1141.6764 CH4 = 2409.65 N2O = 392.015 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-22 15:00:00 begin of timestep (day): 21 (run): 11381 0: MPIOM: current date: 2100-12-22 15:45:00 begin of timestep (day): 22 (run): 11382 0: MPIOM: current date: 2100-12-22 16:30:00 begin of timestep (day): 23 (run): 11383 0: MPIOM: current date: 2100-12-22 17:15:00 begin of timestep (day): 24 (run): 11384 384: Radiation calculated for : 22. Dec 2100 11:56:15 384: Greenhouse gas concentrations 22. Dec 2100 11:56:15 CO2 = 1141.6795 CH4 = 2409.65 N2O = 392.015 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-22 18:00:00 begin of timestep (day): 25 (run): 11385 0: MPIOM: current date: 2100-12-22 18:45:00 begin of timestep (day): 26 (run): 11386 0: MPIOM: current date: 2100-12-22 19:30:00 begin of timestep (day): 27 (run): 11387 384: Radiation calculated for : 22. Dec 2100 13:56:15 0: MPIOM: current date: 2100-12-22 20:15:00 begin of timestep (day): 28 (run): 11388 384: Greenhouse gas concentrations 22. Dec 2100 13:56:15 CO2 = 1141.6826 CH4 = 2409.64 N2O = 392.015 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-22 21:00:00 begin of timestep (day): 29 (run): 11389 0: MPIOM: current date: 2100-12-22 21:45:00 begin of timestep (day): 30 (run): 11390 0: MPIOM: current date: 2100-12-22 22:30:00 begin of timestep (day): 31 (run): 11391 384: Radiation calculated for : 22. Dec 2100 15:56:15 384: Greenhouse gas concentrations 22. Dec 2100 15:56:15 CO2 = 1141.6857 CH4 = 2409.64 N2O = 392.015 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-22 23:15:00 begin of timestep (day): 32 (run): 11392 0: MPIOM: current date: 2100-12-23 00:00:00 begin of timestep (day): 1 (run): 11393 384: Radiation calculated for : 22. Dec 2100 17:56:15 384: Greenhouse gas concentrations 22. Dec 2100 17:56:15 CO2 = 1141.6888 CH4 = 2409.64 N2O = 392.015 CFC = 50.87 207.54 384: Radiation calculated for : 22. Dec 2100 19:56:15 384: Greenhouse gas concentrations 22. Dec 2100 19:56:15 CO2 = 1141.6919 CH4 = 2409.64 N2O = 392.015 CFC = 50.87 207.54 384: Radiation calculated for : 22. Dec 2100 21:56:15 384: Greenhouse gas concentrations 22. Dec 2100 21:56:15 CO2 = 1141.6951 CH4 = 2409.63 N2O = 392.015 CFC = 50.87 207.54 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat -0.932629967837991 , lon 54.3750000000000 , lev 42 384: Radiation calculated for : 22. Dec 2100 23:56:15 384: Greenhouse gas concentrations 22. Dec 2100 23:56:15 CO2 = 1141.6982 CH4 = 2409.63 N2O = 392.015 CFC = 50.87 207.54 384: hydrology_model: Water budget change: 1.251697540283203E-006 m3/s 384: hydrology_model: global discharge: 951089.902997760 m3/s 384: hydrology_model: precip-evap (on ocean): -1481490.39747976 m3/s 384: water_budget_corr: P-E correction: -77781.7329482591 m3/s 384: water_budget_corr: slm/slf residuum: 95455.3567122914 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 770.185440135197 m3/s 384: water_budget_corr: awfre corrected: -1558501.94498789 m3/s 384: water_budget_corr: river discharge: 951089.902997760 m3/s 384: water_budget_corr: water to ocean: -607412.041990136 m3/s 384: Write GRIB1 output for : 22. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.003374681249993E-010 kg m-2 s-1 0: co2 = 1062.64872862882 , n2 = 802000.000230376 , o2 = 0: 196800.000611706 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-23 00:45:00 begin of timestep (day): 2 (run): 11394 0: MPIOM: current date: 2100-12-23 01:30:00 begin of timestep (day): 3 (run): 11395 384: Radiation calculated for : 23. Dec 2100 01:56:15 384: Greenhouse gas concentrations 23. Dec 2100 01:56:15 CO2 = 1141.7013 CH4 = 2409.63 N2O = 392.015 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-23 02:15:00 begin of timestep (day): 4 (run): 11396 0: MPIOM: current date: 2100-12-23 03:00:00 begin of timestep (day): 5 (run): 11397 0: MPIOM: current date: 2100-12-23 03:45:00 begin of timestep (day): 6 (run): 11398 0: MPIOM: current date: 2100-12-23 04:30:00 begin of timestep (day): 7 (run): 11399 384: Radiation calculated for : 23. Dec 2100 03:56:15 384: Greenhouse gas concentrations 23. Dec 2100 03:56:15 CO2 = 1141.7044 CH4 = 2409.62 N2O = 392.015 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-23 05:15:00 begin of timestep (day): 8 (run): 11400 0: MPIOM: current date: 2100-12-23 06:00:00 begin of timestep (day): 9 (run): 11401 0: MPIOM: current date: 2100-12-23 06:45:00 begin of timestep (day): 10 (run): 11402 0: MPIOM: current date: 2100-12-23 07:30:00 begin of timestep (day): 11 (run): 11403 384: Radiation calculated for : 23. Dec 2100 05:56:15 384: Greenhouse gas concentrations 23. Dec 2100 05:56:15 CO2 = 1141.7075 CH4 = 2409.62 N2O = 392.016 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-23 08:15:00 begin of timestep (day): 12 (run): 11404 0: MPIOM: current date: 2100-12-23 09:00:00 begin of timestep (day): 13 (run): 11405 0: MPIOM: current date: 2100-12-23 09:45:00 begin of timestep (day): 14 (run): 11406 0: MPIOM: current date: 2100-12-23 10:30:00 begin of timestep (day): 15 (run): 11407 384: Radiation calculated for : 23. Dec 2100 07:56:15 384: Greenhouse gas concentrations 23. Dec 2100 07:56:15 CO2 = 1141.7106 CH4 = 2409.62 N2O = 392.016 CFC = 50.87 207.54 0: MPIOM: current date: 2100-12-23 11:15:00 begin of timestep (day): 16 (run): 11408 0: MPIOM: current date: 2100-12-23 12:00:00 begin of timestep (day): 17 (run): 11409 0: MPIOM: current date: 2100-12-23 12:45:00 begin of timestep (day): 18 (run): 11410 0: MPIOM: current date: 2100-12-23 13:30:00 begin of timestep (day): 19 (run): 11411 384: Radiation calculated for : 23. Dec 2100 09:56:15 384: Greenhouse gas concentrations 23. Dec 2100 09:56:15 CO2 = 1141.7138 CH4 = 2409.62 N2O = 392.016 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-23 14:15:00 begin of timestep (day): 20 (run): 11412 0: MPIOM: current date: 2100-12-23 15:00:00 begin of timestep (day): 21 (run): 11413 0: MPIOM: current date: 2100-12-23 15:45:00 begin of timestep (day): 22 (run): 11414 0: MPIOM: current date: 2100-12-23 16:30:00 begin of timestep (day): 23 (run): 11415 384: Radiation calculated for : 23. Dec 2100 11:56:15 384: Greenhouse gas concentrations 23. Dec 2100 11:56:15 CO2 = 1141.7169 CH4 = 2409.61 N2O = 392.016 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-23 17:15:00 begin of timestep (day): 24 (run): 11416 0: MPIOM: current date: 2100-12-23 18:00:00 begin of timestep (day): 25 (run): 11417 0: MPIOM: current date: 2100-12-23 18:45:00 begin of timestep (day): 26 (run): 11418 0: MPIOM: current date: 2100-12-23 19:30:00 begin of timestep (day): 27 (run): 11419 384: Radiation calculated for : 23. Dec 2100 13:56:15 384: Greenhouse gas concentrations 23. Dec 2100 13:56:15 CO2 = 1141.7200 CH4 = 2409.61 N2O = 392.016 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-23 20:15:00 begin of timestep (day): 28 (run): 11420 0: MPIOM: current date: 2100-12-23 21:00:00 begin of timestep (day): 29 (run): 11421 0: MPIOM: current date: 2100-12-23 21:45:00 begin of timestep (day): 30 (run): 11422 0: MPIOM: current date: 2100-12-23 22:30:00 begin of timestep (day): 31 (run): 11423 384: Radiation calculated for : 23. Dec 2100 15:56:15 384: Greenhouse gas concentrations 23. Dec 2100 15:56:15 CO2 = 1141.7231 CH4 = 2409.61 N2O = 392.016 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-23 23:15:00 begin of timestep (day): 32 (run): 11424 0: MPIOM: current date: 2100-12-24 00:00:00 begin of timestep (day): 1 (run): 11425 384: Radiation calculated for : 23. Dec 2100 17:56:15 384: Greenhouse gas concentrations 23. Dec 2100 17:56:15 CO2 = 1141.7262 CH4 = 2409.61 N2O = 392.016 CFC = 50.87 207.53 384: Radiation calculated for : 23. Dec 2100 19:56:15 384: Greenhouse gas concentrations 23. Dec 2100 19:56:15 CO2 = 1141.7293 CH4 = 2409.60 N2O = 392.016 CFC = 50.87 207.53 384: Radiation calculated for : 23. Dec 2100 21:56:15 384: Greenhouse gas concentrations 23. Dec 2100 21:56:15 CO2 = 1141.7325 CH4 = 2409.60 N2O = 392.016 CFC = 50.87 207.53 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 42 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 42 384: Radiation calculated for : 23. Dec 2100 23:56:15 384: Greenhouse gas concentrations 23. Dec 2100 23:56:15 CO2 = 1141.7356 CH4 = 2409.60 N2O = 392.016 CFC = 50.87 207.53 384: hydrology_model: Water budget change: -2.980232238769531E-007 m3/s 384: hydrology_model: global discharge: 942767.238812354 m3/s 384: hydrology_model: precip-evap (on ocean): -1778724.04744151 m3/s 384: water_budget_corr: P-E correction: -34367.0247578653 m3/s 384: water_budget_corr: slm/slf residuum: 59186.0075095396 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 2095.51974884715 m3/s 384: water_budget_corr: awfre corrected: -1810995.55245053 m3/s 384: water_budget_corr: river discharge: 942767.238812354 m3/s 384: water_budget_corr: water to ocean: -868228.313638171 m3/s 384: Write GRIB1 output for : 23. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -1.766967359169592E-010 kg m-2 s-1 0: co2 = 1062.62954972999 , n2 = 802000.000215756 , o2 = 0: 196800.000525497 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-24 00:45:00 begin of timestep (day): 2 (run): 11426 0: MPIOM: current date: 2100-12-24 01:30:00 begin of timestep (day): 3 (run): 11427 384: Radiation calculated for : 24. Dec 2100 01:56:15 384: Greenhouse gas concentrations 24. Dec 2100 01:56:15 CO2 = 1141.7387 CH4 = 2409.59 N2O = 392.017 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-24 02:15:00 begin of timestep (day): 4 (run): 11428 0: MPIOM: current date: 2100-12-24 03:00:00 begin of timestep (day): 5 (run): 11429 0: MPIOM: current date: 2100-12-24 03:45:00 begin of timestep (day): 6 (run): 11430 0: MPIOM: current date: 2100-12-24 04:30:00 begin of timestep (day): 7 (run): 11431 384: Radiation calculated for : 24. Dec 2100 03:56:15 384: Greenhouse gas concentrations 24. Dec 2100 03:56:15 CO2 = 1141.7418 CH4 = 2409.59 N2O = 392.017 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-24 05:15:00 begin of timestep (day): 8 (run): 11432 0: MPIOM: current date: 2100-12-24 06:00:00 begin of timestep (day): 9 (run): 11433 0: MPIOM: current date: 2100-12-24 06:45:00 begin of timestep (day): 10 (run): 11434 0: MPIOM: current date: 2100-12-24 07:30:00 begin of timestep (day): 11 (run): 11435 384: Radiation calculated for : 24. Dec 2100 05:56:15 384: Greenhouse gas concentrations 24. Dec 2100 05:56:15 CO2 = 1141.7449 CH4 = 2409.59 N2O = 392.017 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-24 08:15:00 begin of timestep (day): 12 (run): 11436 0: MPIOM: current date: 2100-12-24 09:00:00 begin of timestep (day): 13 (run): 11437 0: MPIOM: current date: 2100-12-24 09:45:00 begin of timestep (day): 14 (run): 11438 0: MPIOM: current date: 2100-12-24 10:30:00 begin of timestep (day): 15 (run): 11439 384: Radiation calculated for : 24. Dec 2100 07:56:15 384: Greenhouse gas concentrations 24. Dec 2100 07:56:15 CO2 = 1141.7480 CH4 = 2409.59 N2O = 392.017 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-24 11:15:00 begin of timestep (day): 16 (run): 11440 0: MPIOM: current date: 2100-12-24 12:00:00 begin of timestep (day): 17 (run): 11441 0: MPIOM: current date: 2100-12-24 12:45:00 begin of timestep (day): 18 (run): 11442 0: MPIOM: current date: 2100-12-24 13:30:00 begin of timestep (day): 19 (run): 11443 384: Radiation calculated for : 24. Dec 2100 09:56:15 384: Greenhouse gas concentrations 24. Dec 2100 09:56:15 CO2 = 1141.7512 CH4 = 2409.58 N2O = 392.017 CFC = 50.87 207.53 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 41 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 42 0: MPIOM: current date: 2100-12-24 14:15:00 begin of timestep (day): 20 (run): 11444 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 41 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 42 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 41 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 42 0: MPIOM: current date: 2100-12-24 15:00:00 begin of timestep (day): 21 (run): 11445 0: MPIOM: current date: 2100-12-24 15:45:00 begin of timestep (day): 22 (run): 11446 0: MPIOM: current date: 2100-12-24 16:30:00 begin of timestep (day): 23 (run): 11447 384: Radiation calculated for : 24. Dec 2100 11:56:15 384: Greenhouse gas concentrations 24. Dec 2100 11:56:15 CO2 = 1141.7543 CH4 = 2409.58 N2O = 392.017 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-24 17:15:00 begin of timestep (day): 24 (run): 11448 0: MPIOM: current date: 2100-12-24 18:00:00 begin of timestep (day): 25 (run): 11449 0: MPIOM: current date: 2100-12-24 18:45:00 begin of timestep (day): 26 (run): 11450 0: MPIOM: current date: 2100-12-24 19:30:00 begin of timestep (day): 27 (run): 11451 384: Radiation calculated for : 24. Dec 2100 13:56:15 384: Greenhouse gas concentrations 24. Dec 2100 13:56:15 CO2 = 1141.7574 CH4 = 2409.58 N2O = 392.017 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-24 20:15:00 begin of timestep (day): 28 (run): 11452 0: MPIOM: current date: 2100-12-24 21:00:00 begin of timestep (day): 29 (run): 11453 0: MPIOM: current date: 2100-12-24 21:45:00 begin of timestep (day): 30 (run): 11454 0: MPIOM: current date: 2100-12-24 22:30:00 begin of timestep (day): 31 (run): 11455 384: Radiation calculated for : 24. Dec 2100 15:56:15 384: Greenhouse gas concentrations 24. Dec 2100 15:56:15 CO2 = 1141.7605 CH4 = 2409.58 N2O = 392.017 CFC = 50.87 207.53 0: MPIOM: current date: 2100-12-24 23:15:00 begin of timestep (day): 32 (run): 11456 0: MPIOM: current date: 2100-12-25 00:00:00 begin of timestep (day): 1 (run): 11457 384: Radiation calculated for : 24. Dec 2100 17:56:15 384: Greenhouse gas concentrations 24. Dec 2100 17:56:15 CO2 = 1141.7636 CH4 = 2409.57 N2O = 392.017 CFC = 50.87 207.53 384: Radiation calculated for : 24. Dec 2100 19:56:15 384: Greenhouse gas concentrations 24. Dec 2100 19:56:15 CO2 = 1141.7667 CH4 = 2409.57 N2O = 392.018 CFC = 50.87 207.53 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 3.75000000000000 , lev 41 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 3.75000000000000 , lev 42 384: Radiation calculated for : 24. Dec 2100 21:56:15 384: Greenhouse gas concentrations 24. Dec 2100 21:56:15 CO2 = 1141.7699 CH4 = 2409.57 N2O = 392.018 CFC = 50.87 207.52 384: Radiation calculated for : 24. Dec 2100 23:56:15 384: Greenhouse gas concentrations 24. Dec 2100 23:56:15 CO2 = 1141.7730 CH4 = 2409.56 N2O = 392.018 CFC = 50.87 207.52 384: hydrology_model: Water budget change: 7.599592208862305E-007 m3/s 384: hydrology_model: global discharge: 927501.057860301 m3/s 384: hydrology_model: precip-evap (on ocean): -1431937.28449044 m3/s 384: water_budget_corr: P-E correction: -66363.1614235839 m3/s 384: water_budget_corr: slm/slf residuum: 62957.2818594475 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 4673.11066881916 m3/s 384: water_budget_corr: awfre corrected: -1493627.33524521 m3/s 384: water_budget_corr: river discharge: 927501.057860301 m3/s 384: water_budget_corr: water to ocean: -566126.277384911 m3/s 384: Write GRIB1 output for : 24. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.502413989172605E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1062.71829551340 , n2 = 802000.000226194 , o2 = 0: 196800.000601943 0: MPIOM: current date: 2100-12-25 00:45:00 begin of timestep (day): 2 (run): 11458 0: MPIOM: current date: 2100-12-25 01:30:00 begin of timestep (day): 3 (run): 11459 384: Radiation calculated for : 25. Dec 2100 01:56:15 384: Greenhouse gas concentrations 25. Dec 2100 01:56:15 CO2 = 1141.7761 CH4 = 2409.56 N2O = 392.018 CFC = 50.87 207.52 0: MPIOM: current date: 2100-12-25 02:15:00 begin of timestep (day): 4 (run): 11460 0: MPIOM: current date: 2100-12-25 03:00:00 begin of timestep (day): 5 (run): 11461 0: MPIOM: current date: 2100-12-25 03:45:00 begin of timestep (day): 6 (run): 11462 502: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 60.0000000000000 , lev 41 478: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 58.1250000000000 , lev 41 502: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 61.8750000000000 , lev 41 502: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 60.0000000000000 , lev 41 0: MPIOM: current date: 2100-12-25 04:30:00 begin of timestep (day): 7 (run): 11463 384: Radiation calculated for : 25. Dec 2100 03:56:15 384: Greenhouse gas concentrations 25. Dec 2100 03:56:15 CO2 = 1141.7792 CH4 = 2409.56 N2O = 392.018 CFC = 50.87 207.52 0: MPIOM: current date: 2100-12-25 05:15:00 begin of timestep (day): 8 (run): 11464 0: MPIOM: current date: 2100-12-25 06:00:00 begin of timestep (day): 9 (run): 11465 0: MPIOM: current date: 2100-12-25 06:45:00 begin of timestep (day): 10 (run): 11466 0: MPIOM: current date: 2100-12-25 07:30:00 begin of timestep (day): 11 (run): 11467 384: Radiation calculated for : 25. Dec 2100 05:56:15 384: Greenhouse gas concentrations 25. Dec 2100 05:56:15 CO2 = 1141.7823 CH4 = 2409.56 N2O = 392.018 CFC = 50.87 207.52 0: MPIOM: current date: 2100-12-25 08:15:00 begin of timestep (day): 12 (run): 11468 0: MPIOM: current date: 2100-12-25 09:00:00 begin of timestep (day): 13 (run): 11469 0: MPIOM: current date: 2100-12-25 09:45:00 begin of timestep (day): 14 (run): 11470 0: MPIOM: current date: 2100-12-25 10:30:00 begin of timestep (day): 15 (run): 11471 384: Radiation calculated for : 25. Dec 2100 07:56:15 384: Greenhouse gas concentrations 25. Dec 2100 07:56:15 CO2 = 1141.7854 CH4 = 2409.55 N2O = 392.018 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-25 11:15:00 begin of timestep (day): 16 (run): 11472 0: MPIOM: current date: 2100-12-25 12:00:00 begin of timestep (day): 17 (run): 11473 0: MPIOM: current date: 2100-12-25 12:45:00 begin of timestep (day): 18 (run): 11474 0: MPIOM: current date: 2100-12-25 13:30:00 begin of timestep (day): 19 (run): 11475 384: Radiation calculated for : 25. Dec 2100 09:56:15 384: Greenhouse gas concentrations 25. Dec 2100 09:56:15 CO2 = 1141.7886 CH4 = 2409.55 N2O = 392.018 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-25 14:15:00 begin of timestep (day): 20 (run): 11476 0: MPIOM: current date: 2100-12-25 15:00:00 begin of timestep (day): 21 (run): 11477 0: MPIOM: current date: 2100-12-25 15:45:00 begin of timestep (day): 22 (run): 11478 0: MPIOM: current date: 2100-12-25 16:30:00 begin of timestep (day): 23 (run): 11479 384: Radiation calculated for : 25. Dec 2100 11:56:15 384: Greenhouse gas concentrations 25. Dec 2100 11:56:15 CO2 = 1141.7917 CH4 = 2409.55 N2O = 392.018 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-25 17:15:00 begin of timestep (day): 24 (run): 11480 0: MPIOM: current date: 2100-12-25 18:00:00 begin of timestep (day): 25 (run): 11481 0: MPIOM: current date: 2100-12-25 18:45:00 begin of timestep (day): 26 (run): 11482 0: MPIOM: current date: 2100-12-25 19:30:00 begin of timestep (day): 27 (run): 11483 384: Radiation calculated for : 25. Dec 2100 13:56:15 384: Greenhouse gas concentrations 25. Dec 2100 13:56:15 CO2 = 1141.7948 CH4 = 2409.55 N2O = 392.018 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-25 20:15:00 begin of timestep (day): 28 (run): 11484 0: MPIOM: current date: 2100-12-25 21:00:00 begin of timestep (day): 29 (run): 11485 0: MPIOM: current date: 2100-12-25 21:45:00 begin of timestep (day): 30 (run): 11486 0: MPIOM: current date: 2100-12-25 22:30:00 begin of timestep (day): 31 (run): 11487 384: Radiation calculated for : 25. Dec 2100 15:56:15 384: Greenhouse gas concentrations 25. Dec 2100 15:56:15 CO2 = 1141.7979 CH4 = 2409.54 N2O = 392.019 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-25 23:15:00 begin of timestep (day): 32 (run): 11488 0: MPIOM: current date: 2100-12-26 00:00:00 begin of timestep (day): 1 (run): 11489 384: Radiation calculated for : 25. Dec 2100 17:56:15 384: Greenhouse gas concentrations 25. Dec 2100 17:56:15 CO2 = 1141.8010 CH4 = 2409.54 N2O = 392.019 CFC = 50.86 207.52 384: Radiation calculated for : 25. Dec 2100 19:56:15 384: Greenhouse gas concentrations 25. Dec 2100 19:56:15 CO2 = 1141.8041 CH4 = 2409.54 N2O = 392.019 CFC = 50.86 207.52 503: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 60.0000000000000 , lev 41 503: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 60.0000000000000 , lev 42 384: Radiation calculated for : 25. Dec 2100 21:56:15 384: Greenhouse gas concentrations 25. Dec 2100 21:56:15 CO2 = 1141.8073 CH4 = 2409.53 N2O = 392.019 CFC = 50.86 207.52 384: Radiation calculated for : 25. Dec 2100 23:56:15 384: Greenhouse gas concentrations 25. Dec 2100 23:56:15 CO2 = 1141.8104 CH4 = 2409.53 N2O = 392.019 CFC = 50.86 207.52 384: hydrology_model: Water budget change: -2.831220626831055E-006 m3/s 384: hydrology_model: global discharge: 949707.983257557 m3/s 384: hydrology_model: precip-evap (on ocean): -1269119.06523330 m3/s 384: water_budget_corr: P-E correction: -72636.6088491970 m3/s 384: water_budget_corr: slm/slf residuum: 29708.9224301958 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 146.709428164834 m3/s 384: water_budget_corr: awfre corrected: -1341608.96465434 m3/s 384: water_budget_corr: river discharge: 949707.983257557 m3/s 384: water_budget_corr: water to ocean: -391900.981396779 m3/s 384: Write GRIB1 output for : 25. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -9.814119536497412E-011 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1062.87815707921 , n2 = 802000.000195695 , o2 = 0: 196800.000595048 0: MPIOM: current date: 2100-12-26 00:45:00 begin of timestep (day): 2 (run): 11490 384: Radiation calculated for : 26. Dec 2100 01:56:15 384: Greenhouse gas concentrations 26. Dec 2100 01:56:15 CO2 = 1141.8135 CH4 = 2409.53 N2O = 392.019 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-26 01:30:00 begin of timestep (day): 3 (run): 11491 0: MPIOM: current date: 2100-12-26 02:15:00 begin of timestep (day): 4 (run): 11492 0: MPIOM: current date: 2100-12-26 03:00:00 begin of timestep (day): 5 (run): 11493 0: MPIOM: current date: 2100-12-26 03:45:00 begin of timestep (day): 6 (run): 11494 384: Radiation calculated for : 26. Dec 2100 03:56:15 384: Greenhouse gas concentrations 26. Dec 2100 03:56:15 CO2 = 1141.8166 CH4 = 2409.53 N2O = 392.019 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-26 04:30:00 begin of timestep (day): 7 (run): 11495 503: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat -0.932629967837991 , lon 60.0000000000000 , lev 41 0: MPIOM: current date: 2100-12-26 05:15:00 begin of timestep (day): 8 (run): 11496 503: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat -0.932629967837991 , lon 60.0000000000000 , lev 42 0: MPIOM: current date: 2100-12-26 06:00:00 begin of timestep (day): 9 (run): 11497 503: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat -0.932629967837991 , lon 60.0000000000000 , lev 42 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat -0.932629967837991 , lon 58.1250000000000 , lev 41 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat -0.932629967837991 , lon 58.1250000000000 , lev 42 0: MPIOM: current date: 2100-12-26 06:45:00 begin of timestep (day): 10 (run): 11498 384: Radiation calculated for : 26. Dec 2100 05:56:15 0: MPIOM: current date: 2100-12-26 07:30:00 begin of timestep (day): 11 (run): 11499 384: Greenhouse gas concentrations 26. Dec 2100 05:56:15 CO2 = 1141.8197 CH4 = 2409.52 N2O = 392.019 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-26 08:15:00 begin of timestep (day): 12 (run): 11500 0: MPIOM: current date: 2100-12-26 09:00:00 begin of timestep (day): 13 (run): 11501 0: MPIOM: current date: 2100-12-26 09:45:00 begin of timestep (day): 14 (run): 11502 0: MPIOM: current date: 2100-12-26 10:30:00 begin of timestep (day): 15 (run): 11503 384: Radiation calculated for : 26. Dec 2100 07:56:15 384: Greenhouse gas concentrations 26. Dec 2100 07:56:15 CO2 = 1141.8228 CH4 = 2409.52 N2O = 392.019 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-26 11:15:00 begin of timestep (day): 16 (run): 11504 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 43 0: MPIOM: current date: 2100-12-26 12:00:00 begin of timestep (day): 17 (run): 11505 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 46 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 47 0: MPIOM: current date: 2100-12-26 12:45:00 begin of timestep (day): 18 (run): 11506 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 58.1250000000000 , lev 41 479: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 0.932629967837991 , lon 58.1250000000000 , lev 42 0: MPIOM: current date: 2100-12-26 13:30:00 begin of timestep (day): 19 (run): 11507 384: Radiation calculated for : 26. Dec 2100 09:56:15 384: Greenhouse gas concentrations 26. Dec 2100 09:56:15 CO2 = 1141.8260 CH4 = 2409.52 N2O = 392.020 CFC = 50.86 207.52 0: MPIOM: current date: 2100-12-26 14:15:00 begin of timestep (day): 20 (run): 11508 0: MPIOM: current date: 2100-12-26 15:00:00 begin of timestep (day): 21 (run): 11509 0: MPIOM: current date: 2100-12-26 15:45:00 begin of timestep (day): 22 (run): 11510 0: MPIOM: current date: 2100-12-26 16:30:00 begin of timestep (day): 23 (run): 11511 0: MPIOM: current date: 2100-12-26 17:15:00 begin of timestep (day): 24 (run): 11512 384: Radiation calculated for : 26. Dec 2100 11:56:15 384: Greenhouse gas concentrations 26. Dec 2100 11:56:15 CO2 = 1141.8291 CH4 = 2409.52 N2O = 392.020 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-26 18:00:00 begin of timestep (day): 25 (run): 11513 0: MPIOM: current date: 2100-12-26 18:45:00 begin of timestep (day): 26 (run): 11514 0: MPIOM: current date: 2100-12-26 19:30:00 begin of timestep (day): 27 (run): 11515 0: MPIOM: current date: 2100-12-26 20:15:00 begin of timestep (day): 28 (run): 11516 384: Radiation calculated for : 26. Dec 2100 13:56:15 384: Greenhouse gas concentrations 26. Dec 2100 13:56:15 CO2 = 1141.8322 CH4 = 2409.51 N2O = 392.020 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-26 21:00:00 begin of timestep (day): 29 (run): 11517 0: MPIOM: current date: 2100-12-26 21:45:00 begin of timestep (day): 30 (run): 11518 0: MPIOM: current date: 2100-12-26 22:30:00 begin of timestep (day): 31 (run): 11519 384: Radiation calculated for : 26. Dec 2100 15:56:15 0: MPIOM: current date: 2100-12-26 23:15:00 begin of timestep (day): 32 (run): 11520 384: Greenhouse gas concentrations 26. Dec 2100 15:56:15 CO2 = 1141.8353 CH4 = 2409.51 N2O = 392.020 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-27 00:00:00 begin of timestep (day): 1 (run): 11521 384: Radiation calculated for : 26. Dec 2100 17:56:15 384: Greenhouse gas concentrations 26. Dec 2100 17:56:15 CO2 = 1141.8384 CH4 = 2409.51 N2O = 392.020 CFC = 50.86 207.51 384: Radiation calculated for : 26. Dec 2100 19:56:15 384: Greenhouse gas concentrations 26. Dec 2100 19:56:15 CO2 = 1141.8415 CH4 = 2409.50 N2O = 392.020 CFC = 50.86 207.51 384: Radiation calculated for : 26. Dec 2100 21:56:15 384: Greenhouse gas concentrations 26. Dec 2100 21:56:15 CO2 = 1141.8447 CH4 = 2409.50 N2O = 392.020 CFC = 50.86 207.51 384: Radiation calculated for : 26. Dec 2100 23:56:15 384: Greenhouse gas concentrations 26. Dec 2100 23:56:15 CO2 = 1141.8478 CH4 = 2409.50 N2O = 392.020 CFC = 50.86 207.51 384: hydrology_model: Water budget change: 2.324581146240234E-006 m3/s 384: hydrology_model: global discharge: 971810.832026434 m3/s 384: hydrology_model: precip-evap (on ocean): -1227602.72168287 m3/s 384: water_budget_corr: P-E correction: -79387.8229620447 m3/s 384: water_budget_corr: slm/slf residuum: 59659.7556567569 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1140.76461047107 m3/s 384: water_budget_corr: awfre corrected: -1308131.30925541 m3/s 384: water_budget_corr: river discharge: 971810.832026434 m3/s 384: water_budget_corr: water to ocean: -336320.477228964 m3/s 384: Write GRIB1 output for : 26. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -2.827284858505778E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 384: Radiation calculated for : 27. Dec 2100 01:56:15 384: Greenhouse gas concentrations 27. Dec 2100 01:56:15 CO2 = 1141.8509 CH4 = 2409.50 N2O = 392.020 CFC = 50.86 207.51 0: co2 = 1063.05440092045 , n2 = 802000.000233834 , o2 = 0: 196800.000689319 0: MPIOM: current date: 2100-12-27 00:45:00 begin of timestep (day): 2 (run): 11522 0: MPIOM: current date: 2100-12-27 01:30:00 begin of timestep (day): 3 (run): 11523 501: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 8.39366890769238 , lon 65.6250000000000 , lev 42 501: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 8.39366890769238 , lon 65.6250000000000 , lev 42 0: MPIOM: current date: 2100-12-27 02:15:00 begin of timestep (day): 4 (run): 11524 384: Radiation calculated for : 27. Dec 2100 03:56:15 384: Greenhouse gas concentrations 27. Dec 2100 03:56:15 CO2 = 1141.8540 CH4 = 2409.49 N2O = 392.020 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-27 03:00:00 begin of timestep (day): 5 (run): 11525 0: MPIOM: current date: 2100-12-27 03:45:00 begin of timestep (day): 6 (run): 11526 0: MPIOM: current date: 2100-12-27 04:30:00 begin of timestep (day): 7 (run): 11527 0: MPIOM: current date: 2100-12-27 05:15:00 begin of timestep (day): 8 (run): 11528 384: Radiation calculated for : 27. Dec 2100 05:56:15 384: Greenhouse gas concentrations 27. Dec 2100 05:56:15 CO2 = 1141.8571 CH4 = 2409.49 N2O = 392.021 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-27 06:00:00 begin of timestep (day): 9 (run): 11529 0: MPIOM: current date: 2100-12-27 06:45:00 begin of timestep (day): 10 (run): 11530 0: MPIOM: current date: 2100-12-27 07:30:00 begin of timestep (day): 11 (run): 11531 384: Radiation calculated for : 27. Dec 2100 07:56:15 384: Greenhouse gas concentrations 27. Dec 2100 07:56:15 CO2 = 1141.8602 CH4 = 2409.49 N2O = 392.021 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-27 08:15:00 begin of timestep (day): 12 (run): 11532 0: MPIOM: current date: 2100-12-27 09:00:00 begin of timestep (day): 13 (run): 11533 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 3.75000000000000 , lev 47 0: MPIOM: current date: 2100-12-27 09:45:00 begin of timestep (day): 14 (run): 11534 0: MPIOM: current date: 2100-12-27 10:30:00 begin of timestep (day): 15 (run): 11535 384: Radiation calculated for : 27. Dec 2100 09:56:15 384: Greenhouse gas concentrations 27. Dec 2100 09:56:15 CO2 = 1141.8633 CH4 = 2409.48 N2O = 392.021 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-27 11:15:00 begin of timestep (day): 16 (run): 11536 0: MPIOM: current date: 2100-12-27 12:00:00 begin of timestep (day): 17 (run): 11537 0: MPIOM: current date: 2100-12-27 12:45:00 begin of timestep (day): 18 (run): 11538 0: MPIOM: current date: 2100-12-27 13:30:00 begin of timestep (day): 19 (run): 11539 384: Radiation calculated for : 27. Dec 2100 11:56:15 384: Greenhouse gas concentrations 27. Dec 2100 11:56:15 CO2 = 1141.8665 CH4 = 2409.48 N2O = 392.021 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-27 14:15:00 begin of timestep (day): 20 (run): 11540 0: MPIOM: current date: 2100-12-27 15:00:00 begin of timestep (day): 21 (run): 11541 0: MPIOM: current date: 2100-12-27 15:45:00 begin of timestep (day): 22 (run): 11542 0: MPIOM: current date: 2100-12-27 16:30:00 begin of timestep (day): 23 (run): 11543 384: Radiation calculated for : 27. Dec 2100 13:56:15 384: Greenhouse gas concentrations 27. Dec 2100 13:56:15 CO2 = 1141.8696 CH4 = 2409.48 N2O = 392.021 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-27 17:15:00 begin of timestep (day): 24 (run): 11544 0: MPIOM: current date: 2100-12-27 18:00:00 begin of timestep (day): 25 (run): 11545 0: MPIOM: current date: 2100-12-27 18:45:00 begin of timestep (day): 26 (run): 11546 0: MPIOM: current date: 2100-12-27 19:30:00 begin of timestep (day): 27 (run): 11547 384: Radiation calculated for : 27. Dec 2100 15:56:15 384: Greenhouse gas concentrations 27. Dec 2100 15:56:15 CO2 = 1141.8727 CH4 = 2409.48 N2O = 392.021 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-27 20:15:00 begin of timestep (day): 28 (run): 11548 0: MPIOM: current date: 2100-12-27 21:00:00 begin of timestep (day): 29 (run): 11549 0: MPIOM: current date: 2100-12-27 21:45:00 begin of timestep (day): 30 (run): 11550 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 67.5000000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 67.5000000000000 , lev 40 0: MPIOM: current date: 2100-12-27 22:30:00 begin of timestep (day): 31 (run): 11551 384: Radiation calculated for : 27. Dec 2100 17:56:15 0: MPIOM: current date: 2100-12-27 23:15:00 begin of timestep (day): 32 (run): 11552 384: Greenhouse gas concentrations 27. Dec 2100 17:56:15 CO2 = 1141.8758 CH4 = 2409.47 N2O = 392.021 CFC = 50.86 207.51 0: MPIOM: current date: 2100-12-28 00:00:00 begin of timestep (day): 1 (run): 11553 384: Radiation calculated for : 27. Dec 2100 19:56:15 384: Greenhouse gas concentrations 27. Dec 2100 19:56:15 CO2 = 1141.8789 CH4 = 2409.47 N2O = 392.021 CFC = 50.86 207.51 384: Radiation calculated for : 27. Dec 2100 21:56:15 384: Greenhouse gas concentrations 27. Dec 2100 21:56:15 CO2 = 1141.8820 CH4 = 2409.47 N2O = 392.021 CFC = 50.86 207.51 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 67.5000000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 67.5000000000000 , lev 41 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 67.5000000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 67.5000000000000 , lev 41 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 67.5000000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 67.5000000000000 , lev 41 384: Radiation calculated for : 27. Dec 2100 23:56:15 384: Greenhouse gas concentrations 27. Dec 2100 23:56:15 CO2 = 1141.8852 CH4 = 2409.47 N2O = 392.021 CFC = 50.86 207.50 384: hydrology_model: Water budget change: 1.192092895507812E-007 m3/s 384: hydrology_model: global discharge: 924757.324967044 m3/s 384: hydrology_model: precip-evap (on ocean): -2121412.94148475 m3/s 384: water_budget_corr: P-E correction: -68072.6400002385 m3/s 384: water_budget_corr: slm/slf residuum: 59626.7373297767 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -318.121790762532 m3/s 384: water_budget_corr: awfre corrected: -2189803.70327578 m3/s 384: water_budget_corr: river discharge: 924757.324967044 m3/s 384: water_budget_corr: water to ocean: -1265046.37830872 m3/s 384: Write GRIB1 output for : 27. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 0: co2 = 1063.02777519585 , n2 = 802000.000297015 , o2 = 0: 196800.000835810 384: CO2 flux correction (global): -4.464351780673519E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-28 00:45:00 begin of timestep (day): 2 (run): 11554 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 41 0: MPIOM: current date: 2100-12-28 01:30:00 begin of timestep (day): 3 (run): 11555 384: Radiation calculated for : 28. Dec 2100 01:56:15 384: Greenhouse gas concentrations 28. Dec 2100 01:56:15 CO2 = 1141.8883 CH4 = 2409.46 N2O = 392.022 CFC = 50.86 207.50 0: MPIOM: current date: 2100-12-28 02:15:00 begin of timestep (day): 4 (run): 11556 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 41 0: MPIOM: current date: 2100-12-28 03:00:00 begin of timestep (day): 5 (run): 11557 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 42 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 7.50000000000000 , lev 42 0: MPIOM: current date: 2100-12-28 03:45:00 begin of timestep (day): 6 (run): 11558 0: MPIOM: current date: 2100-12-28 04:30:00 begin of timestep (day): 7 (run): 11559 384: Radiation calculated for : 28. Dec 2100 03:56:15 384: Greenhouse gas concentrations 28. Dec 2100 03:56:15 CO2 = 1141.8914 CH4 = 2409.46 N2O = 392.022 CFC = 50.86 207.50 0: MPIOM: current date: 2100-12-28 05:15:00 begin of timestep (day): 8 (run): 11560 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 41 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 41 0: MPIOM: current date: 2100-12-28 06:00:00 begin of timestep (day): 9 (run): 11561 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 41 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 41 0: MPIOM: current date: 2100-12-28 06:45:00 begin of timestep (day): 10 (run): 11562 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 40 0: MPIOM: current date: 2100-12-28 07:30:00 begin of timestep (day): 11 (run): 11563 384: Radiation calculated for : 28. Dec 2100 05:56:15 384: Greenhouse gas concentrations 28. Dec 2100 05:56:15 CO2 = 1141.8945 CH4 = 2409.46 N2O = 392.022 CFC = 50.86 207.50 0: MPIOM: current date: 2100-12-28 08:15:00 begin of timestep (day): 12 (run): 11564 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 65.6250000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 41 0: MPIOM: current date: 2100-12-28 09:00:00 begin of timestep (day): 13 (run): 11565 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 41 0: MPIOM: current date: 2100-12-28 09:45:00 begin of timestep (day): 14 (run): 11566 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 39 0: MPIOM: current date: 2100-12-28 10:30:00 begin of timestep (day): 15 (run): 11567 384: Radiation calculated for : 28. Dec 2100 07:56:15 384: Greenhouse gas concentrations 28. Dec 2100 07:56:15 CO2 = 1141.8976 CH4 = 2409.45 N2O = 392.022 CFC = 50.86 207.50 0: MPIOM: current date: 2100-12-28 11:15:00 begin of timestep (day): 16 (run): 11568 0: MPIOM: current date: 2100-12-28 12:00:00 begin of timestep (day): 17 (run): 11569 0: MPIOM: current date: 2100-12-28 12:45:00 begin of timestep (day): 18 (run): 11570 0: MPIOM: current date: 2100-12-28 13:30:00 begin of timestep (day): 19 (run): 11571 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 39 384: Radiation calculated for : 28. Dec 2100 09:56:15 0: MPIOM: current date: 2100-12-28 14:15:00 begin of timestep (day): 20 (run): 11572 384: Greenhouse gas concentrations 28. Dec 2100 09:56:15 CO2 = 1141.9007 CH4 = 2409.45 N2O = 392.022 CFC = 50.86 207.50 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 40 0: MPIOM: current date: 2100-12-28 15:00:00 begin of timestep (day): 21 (run): 11573 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 40 0: MPIOM: current date: 2100-12-28 15:45:00 begin of timestep (day): 22 (run): 11574 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 40 0: MPIOM: current date: 2100-12-28 16:30:00 begin of timestep (day): 23 (run): 11575 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 40 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 38 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 39 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 19.5852186088223 , lon 65.6250000000000 , lev 40 0: MPIOM: current date: 2100-12-28 17:15:00 begin of timestep (day): 24 (run): 11576 384: Radiation calculated for : 28. Dec 2100 11:56:15 384: Greenhouse gas concentrations 28. Dec 2100 11:56:15 CO2 = 1141.9039 CH4 = 2409.45 N2O = 392.022 CFC = 50.86 207.50 0: MPIOM: current date: 2100-12-28 18:00:00 begin of timestep (day): 25 (run): 11577 498: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 21.4504750373982 , lon 63.7500000000000 , lev 39 0: MPIOM: current date: 2100-12-28 18:45:00 begin of timestep (day): 26 (run): 11578 0: MPIOM: current date: 2100-12-28 19:30:00 begin of timestep (day): 27 (run): 11579 0: MPIOM: current date: 2100-12-28 20:15:00 begin of timestep (day): 28 (run): 11580 384: Radiation calculated for : 28. Dec 2100 13:56:15 0: MPIOM: current date: 2100-12-28 21:00:00 begin of timestep (day): 29 (run): 11581 384: Greenhouse gas concentrations 28. Dec 2100 13:56:15 CO2 = 1141.9070 CH4 = 2409.45 N2O = 392.022 CFC = 50.86 207.50 0: MPIOM: current date: 2100-12-28 21:45:00 begin of timestep (day): 30 (run): 11582 0: MPIOM: current date: 2100-12-28 22:30:00 begin of timestep (day): 31 (run): 11583 0: MPIOM: current date: 2100-12-28 23:15:00 begin of timestep (day): 32 (run): 11584 384: Radiation calculated for : 28. Dec 2100 15:56:15 0: MPIOM: current date: 2100-12-29 00:00:00 begin of timestep (day): 1 (run): 11585 384: Greenhouse gas concentrations 28. Dec 2100 15:56:15 CO2 = 1141.9101 CH4 = 2409.44 N2O = 392.022 CFC = 50.86 207.50 590: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 34.5072433415010 , lon 129.375000000000 , lev 41 384: Radiation calculated for : 28. Dec 2100 17:56:15 384: Greenhouse gas concentrations 28. Dec 2100 17:56:15 CO2 = 1141.9132 CH4 = 2409.44 N2O = 392.022 CFC = 50.85 207.50 384: Radiation calculated for : 28. Dec 2100 19:56:15 384: Greenhouse gas concentrations 28. Dec 2100 19:56:15 CO2 = 1141.9163 CH4 = 2409.44 N2O = 392.023 CFC = 50.85 207.50 501: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 8.39366890769238 , lon 65.6250000000000 , lev 41 384: Radiation calculated for : 28. Dec 2100 21:56:15 384: Greenhouse gas concentrations 28. Dec 2100 21:56:15 CO2 = 1141.9194 CH4 = 2409.44 N2O = 392.023 CFC = 50.85 207.50 384: Radiation calculated for : 28. Dec 2100 23:56:15 384: Greenhouse gas concentrations 28. Dec 2100 23:56:15 CO2 = 1141.9226 CH4 = 2409.43 N2O = 392.023 CFC = 50.85 207.50 384: hydrology_model: Water budget change: -6.109476089477539E-007 m3/s 384: hydrology_model: global discharge: 917167.693776715 m3/s 384: hydrology_model: precip-evap (on ocean): -1701219.27559855 m3/s 384: water_budget_corr: P-E correction: -30838.7835247157 m3/s 384: water_budget_corr: slm/slf residuum: 64888.1995130999 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 121.277368911188 m3/s 384: water_budget_corr: awfre corrected: -1731936.78175436 m3/s 384: water_budget_corr: river discharge: 917167.693776715 m3/s 384: water_budget_corr: water to ocean: -814769.087977624 m3/s 384: Write GRIB1 output for : 28. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.114471006183317E-010 kg m-2 s-1 384: co2_mbalance: Resetting acc. CO2 burden correction 0: co2 = 1062.98689320263 , n2 = 802000.000338612 , o2 = 0: 196800.000801567 0: MPIOM: current date: 2100-12-29 00:45:00 begin of timestep (day): 2 (run): 11586 615: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 30.7767440617232 , lon 135.000000000000 , lev 40 0: MPIOM: current date: 2100-12-29 01:30:00 begin of timestep (day): 3 (run): 11587 0: MPIOM: current date: 2100-12-29 02:15:00 begin of timestep (day): 4 (run): 11588 384: Radiation calculated for : 29. Dec 2100 01:56:15 384: Greenhouse gas concentrations 29. Dec 2100 01:56:15 CO2 = 1141.9257 CH4 = 2409.43 N2O = 392.023 CFC = 50.85 207.50 0: MPIOM: current date: 2100-12-29 03:00:00 begin of timestep (day): 5 (run): 11589 0: MPIOM: current date: 2100-12-29 03:45:00 begin of timestep (day): 6 (run): 11590 0: MPIOM: current date: 2100-12-29 04:30:00 begin of timestep (day): 7 (run): 11591 0: MPIOM: current date: 2100-12-29 05:15:00 begin of timestep (day): 8 (run): 11592 384: Radiation calculated for : 29. Dec 2100 03:56:15 0: MPIOM: current date: 2100-12-29 06:00:00 begin of timestep (day): 9 (run): 11593 384: Greenhouse gas concentrations 29. Dec 2100 03:56:15 CO2 = 1141.9288 CH4 = 2409.43 N2O = 392.023 CFC = 50.85 207.50 0: MPIOM: current date: 2100-12-29 06:45:00 begin of timestep (day): 10 (run): 11594 0: MPIOM: current date: 2100-12-29 07:30:00 begin of timestep (day): 11 (run): 11595 0: MPIOM: current date: 2100-12-29 08:15:00 begin of timestep (day): 12 (run): 11596 384: Radiation calculated for : 29. Dec 2100 05:56:15 384: Greenhouse gas concentrations 29. Dec 2100 05:56:15 CO2 = 1141.9319 CH4 = 2409.42 N2O = 392.023 CFC = 50.85 207.50 0: MPIOM: current date: 2100-12-29 09:00:00 begin of timestep (day): 13 (run): 11597 0: MPIOM: current date: 2100-12-29 09:45:00 begin of timestep (day): 14 (run): 11598 0: MPIOM: current date: 2100-12-29 10:30:00 begin of timestep (day): 15 (run): 11599 0: MPIOM: current date: 2100-12-29 11:15:00 begin of timestep (day): 16 (run): 11600 384: Radiation calculated for : 29. Dec 2100 07:56:15 384: Greenhouse gas concentrations 29. Dec 2100 07:56:15 CO2 = 1141.9350 CH4 = 2409.42 N2O = 392.023 CFC = 50.85 207.50 0: MPIOM: current date: 2100-12-29 12:00:00 begin of timestep (day): 17 (run): 11601 0: MPIOM: current date: 2100-12-29 12:45:00 begin of timestep (day): 18 (run): 11602 0: MPIOM: current date: 2100-12-29 13:30:00 begin of timestep (day): 19 (run): 11603 0: MPIOM: current date: 2100-12-29 14:15:00 begin of timestep (day): 20 (run): 11604 384: Radiation calculated for : 29. Dec 2100 09:56:15 384: Greenhouse gas concentrations 29. Dec 2100 09:56:15 CO2 = 1141.9381 CH4 = 2409.42 N2O = 392.023 CFC = 50.85 207.50 0: MPIOM: current date: 2100-12-29 15:00:00 begin of timestep (day): 21 (run): 11605 0: MPIOM: current date: 2100-12-29 15:45:00 begin of timestep (day): 22 (run): 11606 0: MPIOM: current date: 2100-12-29 16:30:00 begin of timestep (day): 23 (run): 11607 0: MPIOM: current date: 2100-12-29 17:15:00 begin of timestep (day): 24 (run): 11608 384: Radiation calculated for : 29. Dec 2100 11:56:15 384: Greenhouse gas concentrations 29. Dec 2100 11:56:15 CO2 = 1141.9413 CH4 = 2409.42 N2O = 392.023 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-29 18:00:00 begin of timestep (day): 25 (run): 11609 0: MPIOM: current date: 2100-12-29 18:45:00 begin of timestep (day): 26 (run): 11610 0: MPIOM: current date: 2100-12-29 19:30:00 begin of timestep (day): 27 (run): 11611 0: MPIOM: current date: 2100-12-29 20:15:00 begin of timestep (day): 28 (run): 11612 384: Radiation calculated for : 29. Dec 2100 13:56:15 384: Greenhouse gas concentrations 29. Dec 2100 13:56:15 CO2 = 1141.9444 CH4 = 2409.41 N2O = 392.023 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-29 21:00:00 begin of timestep (day): 29 (run): 11613 0: MPIOM: current date: 2100-12-29 21:45:00 begin of timestep (day): 30 (run): 11614 0: MPIOM: current date: 2100-12-29 22:30:00 begin of timestep (day): 31 (run): 11615 0: MPIOM: current date: 2100-12-29 23:15:00 begin of timestep (day): 32 (run): 11616 475: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 17.7199615264474 , lon 56.2500000000000 , lev 40 384: Radiation calculated for : 29. Dec 2100 15:56:15 384: Greenhouse gas concentrations 29. Dec 2100 15:56:15 CO2 = 1141.9475 CH4 = 2409.41 N2O = 392.024 CFC = 50.85 207.49 475: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 17.7199615264474 , lon 56.2500000000000 , lev 40 0: MPIOM: current date: 2100-12-30 00:00:00 begin of timestep (day): 1 (run): 11617 384: Radiation calculated for : 29. Dec 2100 17:56:15 384: Greenhouse gas concentrations 29. Dec 2100 17:56:15 CO2 = 1141.9506 CH4 = 2409.41 N2O = 392.024 CFC = 50.85 207.49 384: Radiation calculated for : 29. Dec 2100 19:56:15 384: Greenhouse gas concentrations 29. Dec 2100 19:56:15 CO2 = 1141.9537 CH4 = 2409.41 N2O = 392.024 CFC = 50.85 207.49 475: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 17.7199615264474 , lon 56.2500000000000 , lev 40 475: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 17.7199615264474 , lon 56.2500000000000 , lev 41 475: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 17.7199615264474 , lon 56.2500000000000 , lev 42 384: Radiation calculated for : 29. Dec 2100 21:56:15 384: Greenhouse gas concentrations 29. Dec 2100 21:56:15 CO2 = 1141.9568 CH4 = 2409.40 N2O = 392.024 CFC = 50.85 207.49 384: Radiation calculated for : 29. Dec 2100 23:56:15 384: Greenhouse gas concentrations 29. Dec 2100 23:56:15 CO2 = 1141.9600 CH4 = 2409.40 N2O = 392.024 CFC = 50.85 207.49 384: hydrology_model: Water budget change: 3.427267074584961E-007 m3/s 384: hydrology_model: global discharge: 913348.284901084 m3/s 384: hydrology_model: precip-evap (on ocean): -762352.713796560 m3/s 384: water_budget_corr: P-E correction: -39900.7111028681 m3/s 384: water_budget_corr: slm/slf residuum: 115328.669530804 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: 234.852301278495 m3/s 384: water_budget_corr: awfre corrected: -802018.572598148 m3/s 384: water_budget_corr: river discharge: 913348.284901084 m3/s 384: water_budget_corr: water to ocean: 111329.712302939 m3/s 384: Write GRIB1 output for : 29. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -4.179145748952070E-010 kg m-2 s-1 0: co2 = 1062.95018057083 , n2 = 802000.000362846 , o2 = 0: 196800.001126758 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-30 00:45:00 begin of timestep (day): 2 (run): 11618 0: MPIOM: current date: 2100-12-30 01:30:00 begin of timestep (day): 3 (run): 11619 0: MPIOM: current date: 2100-12-30 02:15:00 begin of timestep (day): 4 (run): 11620 384: Radiation calculated for : 30. Dec 2100 01:56:15 384: Greenhouse gas concentrations 30. Dec 2100 01:56:15 CO2 = 1141.9631 CH4 = 2409.40 N2O = 392.024 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-30 03:00:00 begin of timestep (day): 5 (run): 11621 0: MPIOM: current date: 2100-12-30 03:45:00 begin of timestep (day): 6 (run): 11622 0: MPIOM: current date: 2100-12-30 04:30:00 begin of timestep (day): 7 (run): 11623 384: Radiation calculated for : 30. Dec 2100 03:56:15 384: Greenhouse gas concentrations 30. Dec 2100 03:56:15 CO2 = 1141.9662 CH4 = 2409.39 N2O = 392.024 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-30 05:15:00 begin of timestep (day): 8 (run): 11624 0: MPIOM: current date: 2100-12-30 06:00:00 begin of timestep (day): 9 (run): 11625 0: MPIOM: current date: 2100-12-30 06:45:00 begin of timestep (day): 10 (run): 11626 0: MPIOM: current date: 2100-12-30 07:30:00 begin of timestep (day): 11 (run): 11627 384: Radiation calculated for : 30. Dec 2100 05:56:15 384: Greenhouse gas concentrations 30. Dec 2100 05:56:15 CO2 = 1141.9693 CH4 = 2409.39 N2O = 392.024 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-30 08:15:00 begin of timestep (day): 12 (run): 11628 0: MPIOM: current date: 2100-12-30 09:00:00 begin of timestep (day): 13 (run): 11629 0: MPIOM: current date: 2100-12-30 09:45:00 begin of timestep (day): 14 (run): 11630 0: MPIOM: current date: 2100-12-30 10:30:00 begin of timestep (day): 15 (run): 11631 384: Radiation calculated for : 30. Dec 2100 07:56:15 384: Greenhouse gas concentrations 30. Dec 2100 07:56:15 CO2 = 1141.9724 CH4 = 2409.39 N2O = 392.024 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-30 11:15:00 begin of timestep (day): 16 (run): 11632 0: MPIOM: current date: 2100-12-30 12:00:00 begin of timestep (day): 17 (run): 11633 0: MPIOM: current date: 2100-12-30 12:45:00 begin of timestep (day): 18 (run): 11634 0: MPIOM: current date: 2100-12-30 13:30:00 begin of timestep (day): 19 (run): 11635 384: Radiation calculated for : 30. Dec 2100 09:56:15 384: Greenhouse gas concentrations 30. Dec 2100 09:56:15 CO2 = 1141.9755 CH4 = 2409.39 N2O = 392.024 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-30 14:15:00 begin of timestep (day): 20 (run): 11636 0: MPIOM: current date: 2100-12-30 15:00:00 begin of timestep (day): 21 (run): 11637 0: MPIOM: current date: 2100-12-30 15:45:00 begin of timestep (day): 22 (run): 11638 0: MPIOM: current date: 2100-12-30 16:30:00 begin of timestep (day): 23 (run): 11639 384: Radiation calculated for : 30. Dec 2100 11:56:15 384: Greenhouse gas concentrations 30. Dec 2100 11:56:15 CO2 = 1141.9787 CH4 = 2409.38 N2O = 392.025 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-30 17:15:00 begin of timestep (day): 24 (run): 11640 0: MPIOM: current date: 2100-12-30 18:00:00 begin of timestep (day): 25 (run): 11641 0: MPIOM: current date: 2100-12-30 18:45:00 begin of timestep (day): 26 (run): 11642 0: MPIOM: current date: 2100-12-30 19:30:00 begin of timestep (day): 27 (run): 11643 384: Radiation calculated for : 30. Dec 2100 13:56:15 384: Greenhouse gas concentrations 30. Dec 2100 13:56:15 CO2 = 1141.9818 CH4 = 2409.38 N2O = 392.025 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-30 20:15:00 begin of timestep (day): 28 (run): 11644 0: MPIOM: current date: 2100-12-30 21:00:00 begin of timestep (day): 29 (run): 11645 0: MPIOM: current date: 2100-12-30 21:45:00 begin of timestep (day): 30 (run): 11646 0: MPIOM: current date: 2100-12-30 22:30:00 begin of timestep (day): 31 (run): 11647 384: Radiation calculated for : 30. Dec 2100 15:56:15 384: Greenhouse gas concentrations 30. Dec 2100 15:56:15 CO2 = 1141.9849 CH4 = 2409.38 N2O = 392.025 CFC = 50.85 207.49 0: MPIOM: current date: 2100-12-30 23:15:00 begin of timestep (day): 32 (run): 11648 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 44 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 45 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 46 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 47 0: MPIOM: current date: 2100-12-31 00:00:00 begin of timestep (day): 1 (run): 11649 384: Radiation calculated for : 30. Dec 2100 17:56:15 384: Greenhouse gas concentrations 30. Dec 2100 17:56:15 CO2 = 1141.9880 CH4 = 2409.38 N2O = 392.025 CFC = 50.85 207.49 406: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 4.66314970617788 , lon 5.62500000000000 , lev 44 384: Radiation calculated for : 30. Dec 2100 19:56:15 384: Greenhouse gas concentrations 30. Dec 2100 19:56:15 CO2 = 1141.9911 CH4 = 2409.37 N2O = 392.025 CFC = 50.85 207.49 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 41 407: co2_te_check: co2_te_check: Limit change in CO2 mixing ratio: lat 2.79788987695674 , lon 5.62500000000000 , lev 41 384: Radiation calculated for : 30. Dec 2100 21:56:15 384: Greenhouse gas concentrations 30. Dec 2100 21:56:15 CO2 = 1141.9942 CH4 = 2409.37 N2O = 392.025 CFC = 50.85 207.49 384: Radiation calculated for : 30. Dec 2100 23:56:15 384: Greenhouse gas concentrations 30. Dec 2100 23:56:15 CO2 = 1141.9974 CH4 = 2409.37 N2O = 392.025 CFC = 50.85 207.48 384: hydrology_model: Water budget change: -1.057982444763184E-006 m3/s 384: hydrology_model: global discharge: 913016.303965241 m3/s 384: hydrology_model: precip-evap (on ocean): -1416754.07554817 m3/s 384: water_budget_corr: P-E correction: 2730.43604190292 m3/s 384: water_budget_corr: slm/slf residuum: 113740.795313146 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -290.485409707956 m3/s 384: water_budget_corr: awfre corrected: -1414314.12491598 m3/s 384: water_budget_corr: river discharge: 913016.303965241 m3/s 384: water_budget_corr: water to ocean: -501297.820950734 m3/s 384: Write GRIB1 output for : 30. Dec 2100 23:52:30 384: co2_flux_correction: Computing global mean CO2 flux correction 384: CO2 flux correction (global): -3.038788035065844E-010 kg m-2 s-1 0: co2 = 1062.87520408112 , n2 = 802000.000357624 , o2 = 0: 196800.001143441 384: co2_mbalance: Resetting acc. CO2 burden correction 0: MPIOM: current date: 2100-12-31 00:45:00 begin of timestep (day): 2 (run): 11650 0: MPIOM: current date: 2100-12-31 01:30:00 begin of timestep (day): 3 (run): 11651 384: Radiation calculated for : 31. Dec 2100 01:56:15 384: Greenhouse gas concentrations 31. Dec 2100 01:56:15 CO2 = 1142.0005 CH4 = 2409.36 N2O = 392.025 CFC = 50.85 207.48 0: MPIOM: current date: 2100-12-31 02:15:00 begin of timestep (day): 4 (run): 11652 0: MPIOM: current date: 2100-12-31 03:00:00 begin of timestep (day): 5 (run): 11653 0: MPIOM: current date: 2100-12-31 03:45:00 begin of timestep (day): 6 (run): 11654 0: MPIOM: current date: 2100-12-31 04:30:00 begin of timestep (day): 7 (run): 11655 384: Radiation calculated for : 31. Dec 2100 03:56:15 384: Greenhouse gas concentrations 31. Dec 2100 03:56:15 CO2 = 1142.0036 CH4 = 2409.36 N2O = 392.025 CFC = 50.85 207.48 0: MPIOM: current date: 2100-12-31 05:15:00 begin of timestep (day): 8 (run): 11656 0: MPIOM: current date: 2100-12-31 06:00:00 begin of timestep (day): 9 (run): 11657 0: MPIOM: current date: 2100-12-31 06:45:00 begin of timestep (day): 10 (run): 11658 0: MPIOM: current date: 2100-12-31 07:30:00 begin of timestep (day): 11 (run): 11659 384: Radiation calculated for : 31. Dec 2100 05:56:15 384: Greenhouse gas concentrations 31. Dec 2100 05:56:15 CO2 = 1142.0067 CH4 = 2409.36 N2O = 392.026 CFC = 50.85 207.48 0: MPIOM: current date: 2100-12-31 08:15:00 begin of timestep (day): 12 (run): 11660 0: MPIOM: current date: 2100-12-31 09:00:00 begin of timestep (day): 13 (run): 11661 0: MPIOM: current date: 2100-12-31 09:45:00 begin of timestep (day): 14 (run): 11662 384: Radiation calculated for : 31. Dec 2100 07:56:15 0: MPIOM: current date: 2100-12-31 10:30:00 begin of timestep (day): 15 (run): 11663 384: Greenhouse gas concentrations 31. Dec 2100 07:56:15 CO2 = 1142.0098 CH4 = 2409.36 N2O = 392.026 CFC = 50.85 207.48 0: MPIOM: current date: 2100-12-31 11:15:00 begin of timestep (day): 16 (run): 11664 0: MPIOM: current date: 2100-12-31 12:00:00 begin of timestep (day): 17 (run): 11665 0: MPIOM: current date: 2100-12-31 12:45:00 begin of timestep (day): 18 (run): 11666 0: MPIOM: current date: 2100-12-31 13:30:00 begin of timestep (day): 19 (run): 11667 384: Radiation calculated for : 31. Dec 2100 09:56:15 384: Greenhouse gas concentrations 31. Dec 2100 09:56:15 CO2 = 1142.0129 CH4 = 2409.35 N2O = 392.026 CFC = 50.85 207.48 0: MPIOM: current date: 2100-12-31 14:15:00 begin of timestep (day): 20 (run): 11668 0: MPIOM: current date: 2100-12-31 15:00:00 begin of timestep (day): 21 (run): 11669 0: MPIOM: current date: 2100-12-31 15:45:00 begin of timestep (day): 22 (run): 11670 0: MPIOM: current date: 2100-12-31 16:30:00 begin of timestep (day): 23 (run): 11671 384: Radiation calculated for : 31. Dec 2100 11:56:15 384: Greenhouse gas concentrations 31. Dec 2100 11:56:15 CO2 = 1142.0161 CH4 = 2409.35 N2O = 392.026 CFC = 50.85 207.48 0: MPIOM: current date: 2100-12-31 17:15:00 begin of timestep (day): 24 (run): 11672 0: MPIOM: current date: 2100-12-31 18:00:00 begin of timestep (day): 25 (run): 11673 0: MPIOM: current date: 2100-12-31 18:45:00 begin of timestep (day): 26 (run): 11674 384: Radiation calculated for : 31. Dec 2100 13:56:15 0: MPIOM: current date: 2100-12-31 19:30:00 begin of timestep (day): 27 (run): 11675 384: Greenhouse gas concentrations 31. Dec 2100 13:56:15 CO2 = 1142.0192 CH4 = 2409.35 N2O = 392.026 CFC = 50.85 207.48 0: MPIOM: current date: 2100-12-31 20:15:00 begin of timestep (day): 28 (run): 11676 0: MPIOM: current date: 2100-12-31 21:00:00 begin of timestep (day): 29 (run): 11677 0: MPIOM: current date: 2100-12-31 21:45:00 begin of timestep (day): 30 (run): 11678 384: Radiation calculated for : 31. Dec 2100 15:56:15 0: MPIOM: current date: 2100-12-31 22:30:00 begin of timestep (day): 31 (run): 11679 384: Greenhouse gas concentrations 31. Dec 2100 15:56:15 CO2 = 1142.0223 CH4 = 2409.35 N2O = 392.026 CFC = 50.85 207.48 0: MPIOM: current date: 2100-12-31 23:15:00 begin of timestep (day): 32 (run): 11680 384: Radiation calculated for : 31. Dec 2100 17:56:15 384: Greenhouse gas concentrations 31. Dec 2100 17:56:15 CO2 = 1142.0254 CH4 = 2409.34 N2O = 392.026 CFC = 50.85 207.48 384: Radiation calculated for : 31. Dec 2100 19:56:15 384: Greenhouse gas concentrations 31. Dec 2100 19:56:15 CO2 = 1142.0285 CH4 = 2409.34 N2O = 392.026 CFC = 50.85 207.48 384: Radiation calculated for : 31. Dec 2100 21:56:15 384: Greenhouse gas concentrations 31. Dec 2100 21:56:15 CO2 = 1142.0316 CH4 = 2409.34 N2O = 392.026 CFC = 50.85 207.48 384: Radiation calculated for : 31. Dec 2100 23:56:15 384: Greenhouse gas concentrations 31. Dec 2100 23:56:15 CO2 = 1142.0348 CH4 = 2409.33 N2O = 392.026 CFC = 50.85 207.48 384: Stop model, last prognostic date/time is: 31. Dec 2100 23:52:30 384: hydrology_model: Water budget change: -3.725290298461914E-007 m3/s 384: hydrology_model: global discharge: 912136.965338791 m3/s 384: hydrology_model: precip-evap (on ocean): -1232109.79207497 m3/s 384: hydrology_restart: Writing hdrestart to file hdrestart.nc 384: water_budget_corr: P-E correction: -64514.2028398749 m3/s 384: water_budget_corr: slm/slf residuum: 91445.2643788551 m3/s 384: water_budget_corr: slm/slf residuum contribution by aifre: -1622.77585615813 m3/s 384: water_budget_corr: awfre corrected: -1298246.77077099 m3/s 384: water_budget_corr: river discharge: 912136.965338791 m3/s 384: water_budget_corr: water to ocean: -386109.805432214 m3/s 384: Write GRIB1 output for : 31. Dec 2100 23:52:30 384: ------------------------------------------------------------------------------ 384: 384: writing restart files : 384: 384: file format : NETCDF2 384: 384: file suffix buffer 384: _jsbach jsbach 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_jsbach.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_jsbach.nc.bak' 384: _accw accw 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_accw.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_accw.nc.bak' 384: _veg veg 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_veg.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_veg.nc.bak' 384: _nitro nitro 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_nitro.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_nitro.nc.bak' 384: _yasso yasso 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_yasso.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_yasso.nc.bak' 384: _echam f 384: _echam gl 384: _echam g1a 384: _echam g2a 384: _echam g3b 192: call iolist_write_final (ocean) 1: call iolist_write_final (ocean) 65: call iolist_write_final (ocean) 193: call iolist_write_final (ocean) 194: call iolist_write_final (ocean) 195: call iolist_write_final (ocean) 196: call iolist_write_final (ocean) 4: call iolist_write_final (ocean) 66: call iolist_write_final (ocean) 128: call iolist_write_final (ocean) 197: call iolist_write_final (ocean) 5: call iolist_write_final (ocean) 67: call iolist_write_final (ocean) 129: call iolist_write_final (ocean) 129: call iolist_write_final (bgc) 198: call iolist_write_final (ocean) 13: call iolist_write_final (ocean) 69: call iolist_write_final (ocean) 130: call iolist_write_final (ocean) 130: call iolist_write_final (bgc) 199: call iolist_write_final (ocean) 15: call iolist_write_final (ocean) 70: call iolist_write_final (ocean) 131: call iolist_write_final (ocean) 131: call iolist_write_final (bgc) 200: call iolist_write_final (ocean) 18: call iolist_write_final (ocean) 71: call iolist_write_final (ocean) 132: call iolist_write_final (ocean) 132: call iolist_write_final (bgc) 201: call iolist_write_final (ocean) 21: call iolist_write_final (ocean) 73: call iolist_write_final (ocean) 133: call iolist_write_final (ocean) 133: call iolist_write_final (bgc) 202: call iolist_write_final (ocean) 27: call iolist_write_final (ocean) 74: call iolist_write_final (ocean) 134: call iolist_write_final (ocean) 134: call iolist_write_final (bgc) 203: call iolist_write_final (ocean) 28: call iolist_write_final (ocean) 75: call iolist_write_final (ocean) 135: call iolist_write_final (ocean) 135: call iolist_write_final (bgc) 204: call iolist_write_final (ocean) 30: call iolist_write_final (ocean) 79: call iolist_write_final (ocean) 136: call iolist_write_final (ocean) 136: call iolist_write_final (bgc) 205: call iolist_write_final (ocean) 32: call iolist_write_final (ocean) 81: call iolist_write_final (ocean) 206: call iolist_write_final (ocean) 33: call iolist_write_final (ocean) 84: call iolist_write_final (ocean) 207: call iolist_write_final (ocean) 39: call iolist_write_final (ocean) 87: call iolist_write_final (ocean) 137: call iolist_write_final (ocean) 137: call iolist_write_final (bgc) 208: call iolist_write_final (ocean) 40: call iolist_write_final (ocean) 90: call iolist_write_final (ocean) 138: call iolist_write_final (ocean) 138: call iolist_write_final (bgc) 209: call iolist_write_final (ocean) 43: call iolist_write_final (ocean) 96: call iolist_write_final (ocean) 139: call iolist_write_final (ocean) 139: call iolist_write_final (bgc) 210: call iolist_write_final (ocean) 49: call iolist_write_final (ocean) 101: call iolist_write_final (ocean) 140: call iolist_write_final (ocean) 140: call iolist_write_final (bgc) 211: call iolist_write_final (ocean) 57: call iolist_write_final (ocean) 102: call iolist_write_final (ocean) 141: call iolist_write_final (ocean) 141: call iolist_write_final (bgc) 212: call iolist_write_final (ocean) 58: call iolist_write_final (ocean) 142: call iolist_write_final (ocean) 142: call iolist_write_final (bgc) 213: call iolist_write_final (ocean) 2: call iolist_write_final (ocean) 143: call iolist_write_final (ocean) 143: call iolist_write_final (bgc) 214: call iolist_write_final (ocean) 3: call iolist_write_final (ocean) 106: call iolist_write_final (ocean) 144: call iolist_write_final (ocean) 215: call iolist_write_final (ocean) 6: call iolist_write_final (ocean) 113: call iolist_write_final (ocean) 145: call iolist_write_final (ocean) 145: call iolist_write_final (bgc) 216: call iolist_write_final (ocean) 8: call iolist_write_final (ocean) 114: call iolist_write_final (ocean) 146: call iolist_write_final (ocean) 146: call iolist_write_final (bgc) 217: call iolist_write_final (ocean) 9: call iolist_write_final (ocean) 119: call iolist_write_final (ocean) 147: call iolist_write_final (ocean) 147: call iolist_write_final (bgc) 218: call iolist_write_final (ocean) 10: call iolist_write_final (ocean) 120: call iolist_write_final (ocean) 148: call iolist_write_final (ocean) 148: call iolist_write_final (bgc) 219: call iolist_write_final (ocean) 11: call iolist_write_final (ocean) 121: call iolist_write_final (ocean) 149: call iolist_write_final (ocean) 149: call iolist_write_final (bgc) 220: call iolist_write_final (ocean) 12: call iolist_write_final (ocean) 126: call iolist_write_final (ocean) 150: call iolist_write_final (ocean) 150: call iolist_write_final (bgc) 221: call iolist_write_final (ocean) 14: call iolist_write_final (ocean) 127: call iolist_write_final (ocean) 151: call iolist_write_final (ocean) 151: call iolist_write_final (bgc) 222: call iolist_write_final (ocean) 16: call iolist_write_final (ocean) 64: call iolist_write_final (ocean) 152: call iolist_write_final (ocean) 152: call iolist_write_final (bgc) 223: call iolist_write_final (ocean) 17: call iolist_write_final (ocean) 68: call iolist_write_final (ocean) 153: call iolist_write_final (ocean) 153: call iolist_write_final (bgc) 224: call iolist_write_final (ocean) 19: call iolist_write_final (ocean) 72: call iolist_write_final (ocean) 154: call iolist_write_final (ocean) 154: call iolist_write_final (bgc) 225: call iolist_write_final (ocean) 20: call iolist_write_final (ocean) 76: call iolist_write_final (ocean) 155: call iolist_write_final (ocean) 155: call iolist_write_final (bgc) 226: call iolist_write_final (ocean) 22: call iolist_write_final (ocean) 77: call iolist_write_final (ocean) 156: call iolist_write_final (ocean) 156: call iolist_write_final (bgc) 227: call iolist_write_final (ocean) 23: call iolist_write_final (ocean) 78: call iolist_write_final (ocean) 157: call iolist_write_final (ocean) 157: call iolist_write_final (bgc) 228: call iolist_write_final (ocean) 24: call iolist_write_final (ocean) 80: call iolist_write_final (ocean) 158: call iolist_write_final (ocean) 158: call iolist_write_final (bgc) 229: call iolist_write_final (ocean) 25: call iolist_write_final (ocean) 82: call iolist_write_final (ocean) 159: call iolist_write_final (ocean) 159: call iolist_write_final (bgc) 230: call iolist_write_final (ocean) 26: call iolist_write_final (ocean) 83: call iolist_write_final (ocean) 160: call iolist_write_final (ocean) 231: call iolist_write_final (ocean) 29: call iolist_write_final (ocean) 85: call iolist_write_final (ocean) 161: call iolist_write_final (ocean) 161: call iolist_write_final (bgc) 232: call iolist_write_final (ocean) 31: call iolist_write_final (ocean) 86: call iolist_write_final (ocean) 162: call iolist_write_final (ocean) 162: call iolist_write_final (bgc) 233: call iolist_write_final (ocean) 34: call iolist_write_final (ocean) 88: call iolist_write_final (ocean) 163: call iolist_write_final (ocean) 163: call iolist_write_final (bgc) 234: call iolist_write_final (ocean) 35: call iolist_write_final (ocean) 35: call iolist_write_final (bgc) 89: call iolist_write_final (ocean) 164: call iolist_write_final (ocean) 164: call iolist_write_final (bgc) 235: call iolist_write_final (ocean) 36: call iolist_write_final (ocean) 91: call iolist_write_final (ocean) 165: call iolist_write_final (ocean) 165: call iolist_write_final (bgc) 236: call iolist_write_final (ocean) 37: call iolist_write_final (ocean) 92: call iolist_write_final (ocean) 166: call iolist_write_final (ocean) 166: call iolist_write_final (bgc) 237: call iolist_write_final (ocean) 38: call iolist_write_final (ocean) 38: call iolist_write_final (bgc) 93: call iolist_write_final (ocean) 167: call iolist_write_final (ocean) 167: call iolist_write_final (bgc) 238: call iolist_write_final (ocean) 41: call iolist_write_final (ocean) 94: call iolist_write_final (ocean) 168: call iolist_write_final (ocean) 168: call iolist_write_final (bgc) 239: call iolist_write_final (ocean) 42: call iolist_write_final (ocean) 42: call iolist_write_final (bgc) 95: call iolist_write_final (ocean) 169: call iolist_write_final (ocean) 169: call iolist_write_final (bgc) 240: call iolist_write_final (ocean) 44: call iolist_write_final (ocean) 44: call iolist_write_final (bgc) 97: call iolist_write_final (ocean) 170: call iolist_write_final (ocean) 170: call iolist_write_final (bgc) 241: call iolist_write_final (ocean) 45: call iolist_write_final (ocean) 98: call iolist_write_final (ocean) 171: call iolist_write_final (ocean) 171: call iolist_write_final (bgc) 242: call iolist_write_final (ocean) 46: call iolist_write_final (ocean) 99: call iolist_write_final (ocean) 172: call iolist_write_final (ocean) 172: call iolist_write_final (bgc) 243: call iolist_write_final (ocean) 47: call iolist_write_final (ocean) 100: call iolist_write_final (ocean) 173: call iolist_write_final (ocean) 173: call iolist_write_final (bgc) 244: call iolist_write_final (ocean) 48: call iolist_write_final (ocean) 103: call iolist_write_final (ocean) 174: call iolist_write_final (ocean) 174: call iolist_write_final (bgc) 245: call iolist_write_final (ocean) 50: call iolist_write_final (ocean) 104: call iolist_write_final (ocean) 175: call iolist_write_final (ocean) 175: call iolist_write_final (bgc) 246: call iolist_write_final (ocean) 51: call iolist_write_final (ocean) 105: call iolist_write_final (ocean) 176: call iolist_write_final (ocean) 247: call iolist_write_final (ocean) 52: call iolist_write_final (ocean) 107: call iolist_write_final (ocean) 177: call iolist_write_final (ocean) 177: call iolist_write_final (bgc) 248: call iolist_write_final (ocean) 53: call iolist_write_final (ocean) 108: call iolist_write_final (ocean) 178: call iolist_write_final (ocean) 178: call iolist_write_final (bgc) 249: call iolist_write_final (ocean) 54: call iolist_write_final (ocean) 109: call iolist_write_final (ocean) 179: call iolist_write_final (ocean) 179: call iolist_write_final (bgc) 250: call iolist_write_final (ocean) 55: call iolist_write_final (ocean) 110: call iolist_write_final (ocean) 180: call iolist_write_final (ocean) 180: call iolist_write_final (bgc) 251: call iolist_write_final (ocean) 56: call iolist_write_final (ocean) 111: call iolist_write_final (ocean) 181: call iolist_write_final (ocean) 181: call iolist_write_final (bgc) 252: call iolist_write_final (ocean) 59: call iolist_write_final (ocean) 112: call iolist_write_final (ocean) 182: call iolist_write_final (ocean) 182: call iolist_write_final (bgc) 253: call iolist_write_final (ocean) 183: call iolist_write_final (ocean) 183: call iolist_write_final (bgc) 254: call iolist_write_final (ocean) 184: call iolist_write_final (ocean) 184: call iolist_write_final (bgc) 255: call iolist_write_final (ocean) 185: call iolist_write_final (ocean) 185: call iolist_write_final (bgc) 194: call iolist_write_final (bgc) 186: call iolist_write_final (ocean) 186: call iolist_write_final (bgc) 195: call iolist_write_final (bgc) 187: call iolist_write_final (ocean) 187: call iolist_write_final (bgc) 196: call iolist_write_final (bgc) 188: call iolist_write_final (ocean) 188: call iolist_write_final (bgc) 197: call iolist_write_final (bgc) 189: call iolist_write_final (ocean) 189: call iolist_write_final (bgc) 198: call iolist_write_final (bgc) 190: call iolist_write_final (ocean) 190: call iolist_write_final (bgc) 199: call iolist_write_final (bgc) 191: call iolist_write_final (ocean) 191: call iolist_write_final (bgc) 200: call iolist_write_final (bgc) 201: call iolist_write_final (bgc) 202: call iolist_write_final (bgc) 203: call iolist_write_final (bgc) 204: call iolist_write_final (bgc) 205: call iolist_write_final (bgc) 206: call iolist_write_final (bgc) 207: call iolist_write_final (bgc) 209: call iolist_write_final (bgc) 210: call iolist_write_final (bgc) 211: call iolist_write_final (bgc) 212: call iolist_write_final (bgc) 213: call iolist_write_final (bgc) 214: call iolist_write_final (bgc) 215: call iolist_write_final (bgc) 216: call iolist_write_final (bgc) 217: call iolist_write_final (bgc) 218: call iolist_write_final (bgc) 219: call iolist_write_final (bgc) 220: call iolist_write_final (bgc) 221: call iolist_write_final (bgc) 222: call iolist_write_final (bgc) 223: call iolist_write_final (bgc) 225: call iolist_write_final (bgc) 226: call iolist_write_final (bgc) 227: call iolist_write_final (bgc) 228: call iolist_write_final (bgc) 229: call iolist_write_final (bgc) 230: call iolist_write_final (bgc) 231: call iolist_write_final (bgc) 232: call iolist_write_final (bgc) 233: call iolist_write_final (bgc) 234: call iolist_write_final (bgc) 235: call iolist_write_final (bgc) 236: call iolist_write_final (bgc) 237: call iolist_write_final (bgc) 238: call iolist_write_final (bgc) 239: call iolist_write_final (bgc) 241: call iolist_write_final (bgc) 242: call iolist_write_final (bgc) 243: call iolist_write_final (bgc) 244: call iolist_write_final (bgc) 245: call iolist_write_final (bgc) 246: call iolist_write_final (bgc) 247: call iolist_write_final (bgc) 248: call iolist_write_final (bgc) 249: call iolist_write_final (bgc) 250: call iolist_write_final (bgc) 251: call iolist_write_final (bgc) 252: call iolist_write_final (bgc) 253: call iolist_write_final (bgc) 254: call iolist_write_final (bgc) 255: call iolist_write_final (bgc) 60: call iolist_write_final (ocean) 115: call iolist_write_final (ocean) 193: call iolist_write_final (bgc) 61: call iolist_write_final (ocean) 61: call iolist_write_final (bgc) 62: call iolist_write_final (ocean) 62: call iolist_write_final (bgc) 116: call iolist_write_final (ocean) 63: call iolist_write_final (ocean) 63: call iolist_write_final (bgc) 117: call iolist_write_final (ocean) 257: call iolist_write_final (ocean) 257: call iolist_write_final (bgc) 118: call iolist_write_final (ocean) 258: call iolist_write_final (ocean) 258: call iolist_write_final (bgc) 122: call iolist_write_final (ocean) 259: call iolist_write_final (ocean) 259: call iolist_write_final (bgc) 123: call iolist_write_final (ocean) 260: call iolist_write_final (ocean) 260: call iolist_write_final (bgc) 124: call iolist_write_final (ocean) 261: call iolist_write_final (ocean) 261: call iolist_write_final (bgc) 125: call iolist_write_final (ocean) 262: call iolist_write_final (ocean) 262: call iolist_write_final (bgc) 321: call iolist_write_final (ocean) 263: call iolist_write_final (ocean) 263: call iolist_write_final (bgc) 322: call iolist_write_final (ocean) 264: call iolist_write_final (ocean) 264: call iolist_write_final (bgc) 323: call iolist_write_final (ocean) 265: call iolist_write_final (ocean) 265: call iolist_write_final (bgc) 324: call iolist_write_final (ocean) 324: call iolist_write_final (bgc) 266: call iolist_write_final (ocean) 266: call iolist_write_final (bgc) 325: call iolist_write_final (ocean) 267: call iolist_write_final (ocean) 267: call iolist_write_final (bgc) 326: call iolist_write_final (ocean) 268: call iolist_write_final (ocean) 268: call iolist_write_final (bgc) 327: call iolist_write_final (ocean) 327: call iolist_write_final (bgc) 269: call iolist_write_final (ocean) 269: call iolist_write_final (bgc) 328: call iolist_write_final (ocean) 270: call iolist_write_final (ocean) 270: call iolist_write_final (bgc) 329: call iolist_write_final (ocean) 271: call iolist_write_final (ocean) 271: call iolist_write_final (bgc) 330: call iolist_write_final (ocean) 330: call iolist_write_final (bgc) 272: call iolist_write_final (ocean) 331: call iolist_write_final (ocean) 331: call iolist_write_final (bgc) 273: call iolist_write_final (ocean) 273: call iolist_write_final (bgc) 332: call iolist_write_final (ocean) 332: call iolist_write_final (bgc) 274: call iolist_write_final (ocean) 274: call iolist_write_final (bgc) 333: call iolist_write_final (ocean) 333: call iolist_write_final (bgc) 275: call iolist_write_final (ocean) 275: call iolist_write_final (bgc) 334: call iolist_write_final (ocean) 334: call iolist_write_final (bgc) 276: call iolist_write_final (ocean) 276: call iolist_write_final (bgc) 335: call iolist_write_final (ocean) 335: call iolist_write_final (bgc) 277: call iolist_write_final (ocean) 277: call iolist_write_final (bgc) 336: call iolist_write_final (ocean) 278: call iolist_write_final (ocean) 278: call iolist_write_final (bgc) 337: call iolist_write_final (ocean) 279: call iolist_write_final (ocean) 279: call iolist_write_final (bgc) 338: call iolist_write_final (ocean) 280: call iolist_write_final (ocean) 280: call iolist_write_final (bgc) 339: call iolist_write_final (ocean) 281: call iolist_write_final (ocean) 281: call iolist_write_final (bgc) 282: call iolist_write_final (ocean) 282: call iolist_write_final (bgc) 340: call iolist_write_final (ocean) 283: call iolist_write_final (ocean) 283: call iolist_write_final (bgc) 341: call iolist_write_final (ocean) 284: call iolist_write_final (ocean) 284: call iolist_write_final (bgc) 342: call iolist_write_final (ocean) 285: call iolist_write_final (ocean) 285: call iolist_write_final (bgc) 343: call iolist_write_final (ocean) 286: call iolist_write_final (ocean) 286: call iolist_write_final (bgc) 344: call iolist_write_final (ocean) 287: call iolist_write_final (ocean) 287: call iolist_write_final (bgc) 345: call iolist_write_final (ocean) 288: call iolist_write_final (ocean) 289: call iolist_write_final (ocean) 289: call iolist_write_final (bgc) 346: call iolist_write_final (ocean) 290: call iolist_write_final (ocean) 290: call iolist_write_final (bgc) 291: call iolist_write_final (ocean) 291: call iolist_write_final (bgc) 347: call iolist_write_final (ocean) 292: call iolist_write_final (ocean) 292: call iolist_write_final (bgc) 293: call iolist_write_final (ocean) 293: call iolist_write_final (bgc) 294: call iolist_write_final (ocean) 294: call iolist_write_final (bgc) 295: call iolist_write_final (ocean) 295: call iolist_write_final (bgc) 296: call iolist_write_final (ocean) 296: call iolist_write_final (bgc) 348: call iolist_write_final (ocean) 297: call iolist_write_final (ocean) 297: call iolist_write_final (bgc) 298: call iolist_write_final (ocean) 298: call iolist_write_final (bgc) 299: call iolist_write_final (ocean) 299: call iolist_write_final (bgc) 349: call iolist_write_final (ocean) 350: call iolist_write_final (ocean) 300: call iolist_write_final (ocean) 300: call iolist_write_final (bgc) 351: call iolist_write_final (ocean) 301: call iolist_write_final (ocean) 301: call iolist_write_final (bgc) 353: call iolist_write_final (ocean) 302: call iolist_write_final (ocean) 302: call iolist_write_final (bgc) 354: call iolist_write_final (ocean) 303: call iolist_write_final (ocean) 303: call iolist_write_final (bgc) 355: call iolist_write_final (ocean) 304: call iolist_write_final (ocean) 356: call iolist_write_final (ocean) 305: call iolist_write_final (ocean) 305: call iolist_write_final (bgc) 357: call iolist_write_final (ocean) 306: call iolist_write_final (ocean) 306: call iolist_write_final (bgc) 358: call iolist_write_final (ocean) 307: call iolist_write_final (ocean) 307: call iolist_write_final (bgc) 359: call iolist_write_final (ocean) 308: call iolist_write_final (ocean) 308: call iolist_write_final (bgc) 360: call iolist_write_final (ocean) 309: call iolist_write_final (ocean) 309: call iolist_write_final (bgc) 361: call iolist_write_final (ocean) 310: call iolist_write_final (ocean) 310: call iolist_write_final (bgc) 362: call iolist_write_final (ocean) 311: call iolist_write_final (ocean) 311: call iolist_write_final (bgc) 363: call iolist_write_final (ocean) 312: call iolist_write_final (ocean) 312: call iolist_write_final (bgc) 364: call iolist_write_final (ocean) 313: call iolist_write_final (ocean) 313: call iolist_write_final (bgc) 365: call iolist_write_final (ocean) 314: call iolist_write_final (ocean) 314: call iolist_write_final (bgc) 366: call iolist_write_final (ocean) 315: call iolist_write_final (ocean) 315: call iolist_write_final (bgc) 367: call iolist_write_final (ocean) 316: call iolist_write_final (ocean) 316: call iolist_write_final (bgc) 368: call iolist_write_final (ocean) 317: call iolist_write_final (ocean) 317: call iolist_write_final (bgc) 369: call iolist_write_final (ocean) 369: call iolist_write_final (bgc) 318: call iolist_write_final (ocean) 318: call iolist_write_final (bgc) 370: call iolist_write_final (ocean) 370: call iolist_write_final (bgc) 319: call iolist_write_final (ocean) 319: call iolist_write_final (bgc) 371: call iolist_write_final (ocean) 371: call iolist_write_final (bgc) 17: call iolist_write_final (bgc) 372: call iolist_write_final (ocean) 372: call iolist_write_final (bgc) 18: call iolist_write_final (bgc) 373: call iolist_write_final (ocean) 373: call iolist_write_final (bgc) 19: call iolist_write_final (bgc) 374: call iolist_write_final (ocean) 374: call iolist_write_final (bgc) 20: call iolist_write_final (bgc) 375: call iolist_write_final (ocean) 375: call iolist_write_final (bgc) 21: call iolist_write_final (bgc) 376: call iolist_write_final (ocean) 376: call iolist_write_final (bgc) 22: call iolist_write_final (bgc) 377: call iolist_write_final (ocean) 377: call iolist_write_final (bgc) 23: call iolist_write_final (bgc) 378: call iolist_write_final (ocean) 378: call iolist_write_final (bgc) 24: call iolist_write_final (bgc) 379: call iolist_write_final (ocean) 379: call iolist_write_final (bgc) 25: call iolist_write_final (bgc) 380: call iolist_write_final (ocean) 380: call iolist_write_final (bgc) 26: call iolist_write_final (bgc) 381: call iolist_write_final (ocean) 381: call iolist_write_final (bgc) 27: call iolist_write_final (bgc) 382: call iolist_write_final (ocean) 382: call iolist_write_final (bgc) 28: call iolist_write_final (bgc) 383: call iolist_write_final (ocean) 383: call iolist_write_final (bgc) 29: call iolist_write_final (bgc) 65: call iolist_write_final (bgc) 30: call iolist_write_final (bgc) 67: call iolist_write_final (bgc) 31: call iolist_write_final (bgc) 68: call iolist_write_final (bgc) 33: call iolist_write_final (bgc) 69: call iolist_write_final (bgc) 34: call iolist_write_final (bgc) 70: call iolist_write_final (bgc) 36: call iolist_write_final (bgc) 71: call iolist_write_final (bgc) 37: call iolist_write_final (bgc) 72: call iolist_write_final (bgc) 39: call iolist_write_final (bgc) 73: call iolist_write_final (bgc) 40: call iolist_write_final (bgc) 74: call iolist_write_final (bgc) 41: call iolist_write_final (bgc) 75: call iolist_write_final (bgc) 43: call iolist_write_final (bgc) 76: call iolist_write_final (bgc) 45: call iolist_write_final (bgc) 77: call iolist_write_final (bgc) 46: call iolist_write_final (bgc) 78: call iolist_write_final (bgc) 47: call iolist_write_final (bgc) 79: call iolist_write_final (bgc) 49: call iolist_write_final (bgc) 81: call iolist_write_final (bgc) 50: call iolist_write_final (bgc) 82: call iolist_write_final (bgc) 51: call iolist_write_final (bgc) 83: call iolist_write_final (bgc) 52: call iolist_write_final (bgc) 84: call iolist_write_final (bgc) 53: call iolist_write_final (bgc) 85: call iolist_write_final (bgc) 54: call iolist_write_final (bgc) 86: call iolist_write_final (bgc) 55: call iolist_write_final (bgc) 87: call iolist_write_final (bgc) 56: call iolist_write_final (bgc) 88: call iolist_write_final (bgc) 57: call iolist_write_final (bgc) 89: call iolist_write_final (bgc) 58: call iolist_write_final (bgc) 90: call iolist_write_final (bgc) 59: call iolist_write_final (bgc) 91: call iolist_write_final (bgc) 60: call iolist_write_final (bgc) 92: call iolist_write_final (bgc) 7: call iolist_write_final (ocean) 93: call iolist_write_final (bgc) 94: call iolist_write_final (bgc) 95: call iolist_write_final (bgc) 97: call iolist_write_final (bgc) 98: call iolist_write_final (bgc) 99: call iolist_write_final (bgc) 100: call iolist_write_final (bgc) 101: call iolist_write_final (bgc) 102: call iolist_write_final (bgc) 103: call iolist_write_final (bgc) 104: call iolist_write_final (bgc) 105: call iolist_write_final (bgc) 106: call iolist_write_final (bgc) 107: call iolist_write_final (bgc) 108: call iolist_write_final (bgc) 109: call iolist_write_final (bgc) 110: call iolist_write_final (bgc) 111: call iolist_write_final (bgc) 113: call iolist_write_final (bgc) 114: call iolist_write_final (bgc) 115: call iolist_write_final (bgc) 116: call iolist_write_final (bgc) 117: call iolist_write_final (bgc) 118: call iolist_write_final (bgc) 119: call iolist_write_final (bgc) 120: call iolist_write_final (bgc) 121: call iolist_write_final (bgc) 122: call iolist_write_final (bgc) 123: call iolist_write_final (bgc) 124: call iolist_write_final (bgc) 125: call iolist_write_final (bgc) 126: call iolist_write_final (bgc) 127: call iolist_write_final (bgc) 321: call iolist_write_final (bgc) 322: call iolist_write_final (bgc) 323: call iolist_write_final (bgc) 325: call iolist_write_final (bgc) 326: call iolist_write_final (bgc) 328: call iolist_write_final (bgc) 329: call iolist_write_final (bgc) 337: call iolist_write_final (bgc) 338: call iolist_write_final (bgc) 339: call iolist_write_final (bgc) 340: call iolist_write_final (bgc) 341: call iolist_write_final (bgc) 342: call iolist_write_final (bgc) 343: call iolist_write_final (bgc) 344: call iolist_write_final (bgc) 345: call iolist_write_final (bgc) 346: call iolist_write_final (bgc) 347: call iolist_write_final (bgc) 348: call iolist_write_final (bgc) 349: call iolist_write_final (bgc) 350: call iolist_write_final (bgc) 351: call iolist_write_final (bgc) 66: call iolist_write_final (bgc) 320: call iolist_write_final (ocean) 352: call iolist_write_final (ocean) 353: call iolist_write_final (bgc) 354: call iolist_write_final (bgc) 355: call iolist_write_final (bgc) 356: call iolist_write_final (bgc) 357: call iolist_write_final (bgc) 358: call iolist_write_final (bgc) 359: call iolist_write_final (bgc) 360: call iolist_write_final (bgc) 361: call iolist_write_final (bgc) 362: call iolist_write_final (bgc) 363: call iolist_write_final (bgc) 364: call iolist_write_final (bgc) 365: call iolist_write_final (bgc) 366: call iolist_write_final (bgc) 367: call iolist_write_final (bgc) 0: call iolist_write_final (ocean) 0: Debug: opening for writing once: ('rerun_esm-ssp585-ocn-alk_EXP2_mpiom.nc','nc4',snapshot,unmasked,hi,write,async,once,[1,2,3,4,5,7,9,10,13,15,35,36,39,82,99,110,111,141,501,502,503,504]) 256: call iolist_write_final (ocean) 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_echam.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_echam.nc.bak' 384: _surf surf 1: call iolist_write_final (bgc) 2: call iolist_write_final (bgc) 3: call iolist_write_final (bgc) 4: call iolist_write_final (bgc) 5: call iolist_write_final (bgc) 6: call iolist_write_final (bgc) 8: call iolist_write_final (bgc) 9: call iolist_write_final (bgc) 11: call iolist_write_final (bgc) 12: call iolist_write_final (bgc) 13: call iolist_write_final (bgc) 15: call iolist_write_final (bgc) 7: call iolist_write_final (bgc) 10: call iolist_write_final (bgc) 14: call iolist_write_final (bgc) 16: call iolist_write_final (bgc) 32: call iolist_write_final (bgc) 48: call iolist_write_final (bgc) 256: call iolist_write_final (bgc) 304: call iolist_write_final (bgc) 288: call iolist_write_final (bgc) 272: call iolist_write_final (bgc) 224: call iolist_write_final (bgc) 144: call iolist_write_final (bgc) 176: call iolist_write_final (bgc) 160: call iolist_write_final (bgc) 352: call iolist_write_final (bgc) 128: call iolist_write_final (bgc) 208: call iolist_write_final (bgc) 240: call iolist_write_final (bgc) 192: call iolist_write_final (bgc) 96: call iolist_write_final (bgc) 80: call iolist_write_final (bgc) 112: call iolist_write_final (bgc) 64: call iolist_write_final (bgc) 368: call iolist_write_final (bgc) 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_surf.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_surf.nc.bak' 336: call iolist_write_final (bgc) 320: call iolist_write_final (bgc) 384: _tracer tracer 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_tracer.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_tracer.nc.bak' 0: call iolist_write_final (bgc) 0: Debug: opening for writing once: ('rerun_esm-ssp585-ocn-alk_EXP2_hamocc.nc','nc4',snapshot,unmasked,hi,write,async,once,[7,10,11,12,13,14,15,16,17,20,21,22,23,24,27,28,29,30,31,36,37,38,41,44,45,46,47,48,49,50,51,54,55,56,57,58,59,60,61,62,63,64,203,204,205,145]) 384: _co2 co2 384: Warning: file 'restart_esm-ssp585-ocn-alk_EXP2_co2.nc' is replaced by symbolic link; initial data is preserved as 'restart_esm-ssp585-ocn-alk_EXP2_co2.nc.bak' 384: _spm spm 384: _glm glm 384: _g3bm g3bm 384: _co2m co2m 384: _surfm surfm 384: _tracerm tracerm 384: _jsbachm jsbachm 384: _landm landm 384: _vegm vegm 384: _yassom yassom 384: _g3bday g3bday 384: _jsbachday jsbachday 384: _landday landday 384: _vegday vegday 384: 384: ------------------------------------------------------------------------------ 384: Step 140160 completed. 384: 2100-12-31 23h: Done: lightning.nc 384: ====================================================================== 384: Start cleanup in control 384: ====================================================================== 384: ====================================================================== 384: Finished cleanup in control 384: ====================================================================== 384: 384: Wallclock : 1823.17 s 384: CPU-time (user) : 1734.60 s 384: CPU-time (system): 19.52 s 384: Ratio : 96.21 % 384: 0: Number of 2D boundary exchanges: 9211833 0: Number of 3D boundary exchanges: 4403367 0: PE: 0 Times for 2D/3D boundary exchanges: 131.644 384.620 0: PE: 1 Times for 2D/3D boundary exchanges: 198.127 372.255 0: PE: 2 Times for 2D/3D boundary exchanges: 186.029 357.963 0: PE: 3 Times for 2D/3D boundary exchanges: 174.843 357.427 0: PE: 4 Times for 2D/3D boundary exchanges: 179.507 370.451 0: PE: 5 Times for 2D/3D boundary exchanges: 193.229 388.914 0: PE: 6 Times for 2D/3D boundary exchanges: 193.671 390.820 0: PE: 7 Times for 2D/3D boundary exchanges: 194.831 387.724 0: PE: 8 Times for 2D/3D boundary exchanges: 163.801 360.712 0: PE: 9 Times for 2D/3D boundary exchanges: 182.281 373.785 0: PE: 10 Times for 2D/3D boundary exchanges: 175.756 360.452 0: PE: 11 Times for 2D/3D boundary exchanges: 177.695 366.102 0: PE: 12 Times for 2D/3D boundary exchanges: 174.793 380.125 0: PE: 13 Times for 2D/3D boundary exchanges: 191.815 387.054 0: PE: 14 Times for 2D/3D boundary exchanges: 205.630 389.929 0: PE: 15 Times for 2D/3D boundary exchanges: 211.394 391.720 0: PE: 16 Times for 2D/3D boundary exchanges: 248.254 386.834 0: PE: 17 Times for 2D/3D boundary exchanges: 249.922 352.589 0: PE: 18 Times for 2D/3D boundary exchanges: 244.177 336.030 0: PE: 19 Times for 2D/3D boundary exchanges: 231.229 332.582 0: PE: 20 Times for 2D/3D boundary exchanges: 239.289 368.217 0: PE: 21 Times for 2D/3D boundary exchanges: 278.377 393.181 0: PE: 22 Times for 2D/3D boundary exchanges: 250.104 389.536 0: PE: 23 Times for 2D/3D boundary exchanges: 244.245 367.324 0: PE: 24 Times for 2D/3D boundary exchanges: 222.587 351.067 0: PE: 25 Times for 2D/3D boundary exchanges: 234.755 343.766 0: PE: 26 Times for 2D/3D boundary exchanges: 232.646 346.184 0: PE: 27 Times for 2D/3D boundary exchanges: 232.906 340.644 0: PE: 28 Times for 2D/3D boundary exchanges: 226.600 361.366 0: PE: 29 Times for 2D/3D boundary exchanges: 270.878 382.369 0: PE: 30 Times for 2D/3D boundary exchanges: 289.831 392.160 0: PE: 31 Times for 2D/3D boundary exchanges: 292.674 391.089 0: PE: 32 Times for 2D/3D boundary exchanges: 181.883 391.892 0: PE: 33 Times for 2D/3D boundary exchanges: 196.599 343.557 0: PE: 34 Times for 2D/3D boundary exchanges: 185.542 329.998 0: PE: 35 Times for 2D/3D boundary exchanges: 173.561 341.734 0: PE: 36 Times for 2D/3D boundary exchanges: 173.220 352.851 0: PE: 37 Times for 2D/3D boundary exchanges: 208.777 375.297 0: PE: 38 Times for 2D/3D boundary exchanges: 182.125 384.761 0: PE: 39 Times for 2D/3D boundary exchanges: 175.422 338.956 0: PE: 40 Times for 2D/3D boundary exchanges: 160.686 331.710 0: PE: 41 Times for 2D/3D boundary exchanges: 180.315 363.716 0: PE: 42 Times for 2D/3D boundary exchanges: 171.705 336.785 0: PE: 43 Times for 2D/3D boundary exchanges: 172.102 327.332 0: PE: 44 Times for 2D/3D boundary exchanges: 160.476 329.774 0: PE: 45 Times for 2D/3D boundary exchanges: 179.095 370.118 0: PE: 46 Times for 2D/3D boundary exchanges: 241.890 395.187 0: PE: 47 Times for 2D/3D boundary exchanges: 243.469 393.629 0: PE: 48 Times for 2D/3D boundary exchanges: 231.881 371.798 0: PE: 49 Times for 2D/3D boundary exchanges: 237.983 346.988 0: PE: 50 Times for 2D/3D boundary exchanges: 260.420 364.842 0: PE: 51 Times for 2D/3D boundary exchanges: 264.146 381.457 0: PE: 52 Times for 2D/3D boundary exchanges: 225.215 351.560 0: PE: 53 Times for 2D/3D boundary exchanges: 231.975 341.451 0: PE: 54 Times for 2D/3D boundary exchanges: 230.969 360.942 0: PE: 55 Times for 2D/3D boundary exchanges: 226.525 323.291 0: PE: 56 Times for 2D/3D boundary exchanges: 216.027 324.113 0: PE: 57 Times for 2D/3D boundary exchanges: 258.022 367.313 0: PE: 58 Times for 2D/3D boundary exchanges: 227.142 337.329 0: PE: 59 Times for 2D/3D boundary exchanges: 227.865 325.623 0: PE: 60 Times for 2D/3D boundary exchanges: 217.713 317.404 0: PE: 61 Times for 2D/3D boundary exchanges: 225.540 338.237 0: PE: 62 Times for 2D/3D boundary exchanges: 267.538 376.084 0: PE: 63 Times for 2D/3D boundary exchanges: 269.784 372.070 0: PE: 64 Times for 2D/3D boundary exchanges: 158.426 375.769 0: PE: 65 Times for 2D/3D boundary exchanges: 217.360 377.131 0: PE: 66 Times for 2D/3D boundary exchanges: 225.620 389.792 0: PE: 67 Times for 2D/3D boundary exchanges: 216.944 392.698 0: PE: 68 Times for 2D/3D boundary exchanges: 178.167 354.402 0: PE: 69 Times for 2D/3D boundary exchanges: 177.770 319.007 0: PE: 70 Times for 2D/3D boundary exchanges: 179.520 333.215 0: PE: 71 Times for 2D/3D boundary exchanges: 179.156 323.686 0: PE: 72 Times for 2D/3D boundary exchanges: 155.860 323.662 0: PE: 73 Times for 2D/3D boundary exchanges: 172.113 334.243 0: PE: 74 Times for 2D/3D boundary exchanges: 164.775 325.693 0: PE: 75 Times for 2D/3D boundary exchanges: 165.797 315.100 0: PE: 76 Times for 2D/3D boundary exchanges: 156.233 319.268 0: PE: 77 Times for 2D/3D boundary exchanges: 166.987 325.319 0: PE: 78 Times for 2D/3D boundary exchanges: 169.141 317.025 0: PE: 79 Times for 2D/3D boundary exchanges: 173.079 335.255 0: PE: 80 Times for 2D/3D boundary exchanges: 210.825 339.786 0: PE: 81 Times for 2D/3D boundary exchanges: 259.072 378.045 0: PE: 82 Times for 2D/3D boundary exchanges: 263.904 386.360 0: PE: 83 Times for 2D/3D boundary exchanges: 249.350 378.080 0: PE: 84 Times for 2D/3D boundary exchanges: 233.578 376.238 0: PE: 85 Times for 2D/3D boundary exchanges: 233.027 330.761 0: PE: 86 Times for 2D/3D boundary exchanges: 231.441 320.780 0: PE: 87 Times for 2D/3D boundary exchanges: 231.886 325.881 0: PE: 88 Times for 2D/3D boundary exchanges: 213.086 317.099 0: PE: 89 Times for 2D/3D boundary exchanges: 224.886 332.884 0: PE: 90 Times for 2D/3D boundary exchanges: 221.803 327.071 0: PE: 91 Times for 2D/3D boundary exchanges: 223.754 325.004 0: PE: 92 Times for 2D/3D boundary exchanges: 214.475 335.908 0: PE: 93 Times for 2D/3D boundary exchanges: 252.228 344.951 0: PE: 94 Times for 2D/3D boundary exchanges: 229.065 310.781 0: PE: 95 Times for 2D/3D boundary exchanges: 228.493 319.522 0: PE: 96 Times for 2D/3D boundary exchanges: 161.368 329.837 0: PE: 97 Times for 2D/3D boundary exchanges: 212.947 380.198 0: PE: 98 Times for 2D/3D boundary exchanges: 202.428 392.880 0: PE: 99 Times for 2D/3D boundary exchanges: 184.750 379.363 0: PE: 100 Times for 2D/3D boundary exchanges: 184.842 397.553 0: PE: 101 Times for 2D/3D boundary exchanges: 196.005 368.260 0: PE: 102 Times for 2D/3D boundary exchanges: 176.216 322.356 0: PE: 103 Times for 2D/3D boundary exchanges: 176.569 321.125 0: PE: 104 Times for 2D/3D boundary exchanges: 162.403 321.281 0: PE: 105 Times for 2D/3D boundary exchanges: 174.423 347.116 0: PE: 106 Times for 2D/3D boundary exchanges: 180.954 364.347 0: PE: 107 Times for 2D/3D boundary exchanges: 213.536 378.249 0: PE: 108 Times for 2D/3D boundary exchanges: 166.405 372.952 0: PE: 109 Times for 2D/3D boundary exchanges: 175.653 363.751 0: PE: 110 Times for 2D/3D boundary exchanges: 178.422 321.676 0: PE: 111 Times for 2D/3D boundary exchanges: 177.258 324.347 0: PE: 112 Times for 2D/3D boundary exchanges: 216.419 321.683 0: PE: 113 Times for 2D/3D boundary exchanges: 257.994 373.162 0: PE: 114 Times for 2D/3D boundary exchanges: 263.980 398.012 0: PE: 115 Times for 2D/3D boundary exchanges: 245.842 386.713 0: PE: 116 Times for 2D/3D boundary exchanges: 235.277 393.692 0: PE: 117 Times for 2D/3D boundary exchanges: 243.331 377.846 0: PE: 118 Times for 2D/3D boundary exchanges: 229.119 335.046 0: PE: 119 Times for 2D/3D boundary exchanges: 229.715 319.852 0: PE: 120 Times for 2D/3D boundary exchanges: 218.787 317.227 0: PE: 121 Times for 2D/3D boundary exchanges: 237.871 363.009 0: PE: 122 Times for 2D/3D boundary exchanges: 240.290 387.136 0: PE: 123 Times for 2D/3D boundary exchanges: 264.148 389.978 0: PE: 124 Times for 2D/3D boundary exchanges: 223.403 384.475 0: PE: 125 Times for 2D/3D boundary exchanges: 235.350 373.334 0: PE: 126 Times for 2D/3D boundary exchanges: 236.891 337.294 0: PE: 127 Times for 2D/3D boundary exchanges: 233.487 328.784 0: PE: 128 Times for 2D/3D boundary exchanges: 151.382 369.441 0: PE: 129 Times for 2D/3D boundary exchanges: 218.554 397.666 0: PE: 130 Times for 2D/3D boundary exchanges: 222.259 401.603 0: PE: 131 Times for 2D/3D boundary exchanges: 214.828 403.289 0: PE: 132 Times for 2D/3D boundary exchanges: 187.529 401.427 0: PE: 133 Times for 2D/3D boundary exchanges: 186.183 353.150 0: PE: 134 Times for 2D/3D boundary exchanges: 180.319 327.196 0: PE: 135 Times for 2D/3D boundary exchanges: 181.208 325.510 0: PE: 136 Times for 2D/3D boundary exchanges: 171.200 314.747 0: PE: 137 Times for 2D/3D boundary exchanges: 182.986 356.113 0: PE: 138 Times for 2D/3D boundary exchanges: 199.942 400.165 0: PE: 139 Times for 2D/3D boundary exchanges: 202.928 397.767 0: PE: 140 Times for 2D/3D boundary exchanges: 183.274 400.916 0: PE: 141 Times for 2D/3D boundary exchanges: 199.311 395.233 0: PE: 142 Times for 2D/3D boundary exchanges: 193.801 379.478 0: PE: 143 Times for 2D/3D boundary exchanges: 188.500 375.618 0: PE: 144 Times for 2D/3D boundary exchanges: 235.592 384.813 0: PE: 145 Times for 2D/3D boundary exchanges: 259.519 358.420 0: PE: 146 Times for 2D/3D boundary exchanges: 276.617 388.901 0: PE: 147 Times for 2D/3D boundary exchanges: 274.170 404.307 0: PE: 148 Times for 2D/3D boundary exchanges: 240.701 375.285 0: PE: 149 Times for 2D/3D boundary exchanges: 236.698 321.235 0: PE: 150 Times for 2D/3D boundary exchanges: 236.170 319.721 0: PE: 151 Times for 2D/3D boundary exchanges: 237.087 326.989 0: PE: 152 Times for 2D/3D boundary exchanges: 230.951 321.845 0: PE: 153 Times for 2D/3D boundary exchanges: 244.915 370.926 0: PE: 154 Times for 2D/3D boundary exchanges: 246.580 384.240 0: PE: 155 Times for 2D/3D boundary exchanges: 260.055 404.878 0: PE: 156 Times for 2D/3D boundary exchanges: 247.045 404.287 0: PE: 157 Times for 2D/3D boundary exchanges: 257.652 403.503 0: PE: 158 Times for 2D/3D boundary exchanges: 262.560 402.675 0: PE: 159 Times for 2D/3D boundary exchanges: 261.879 402.548 0: PE: 160 Times for 2D/3D boundary exchanges: 152.215 326.372 0: PE: 161 Times for 2D/3D boundary exchanges: 187.939 317.619 0: PE: 162 Times for 2D/3D boundary exchanges: 203.969 345.808 0: PE: 163 Times for 2D/3D boundary exchanges: 239.925 403.478 0: PE: 164 Times for 2D/3D boundary exchanges: 179.000 354.812 0: PE: 165 Times for 2D/3D boundary exchanges: 176.936 310.920 0: PE: 166 Times for 2D/3D boundary exchanges: 175.780 314.192 0: PE: 167 Times for 2D/3D boundary exchanges: 176.542 313.956 0: PE: 168 Times for 2D/3D boundary exchanges: 175.449 326.509 0: PE: 169 Times for 2D/3D boundary exchanges: 197.600 380.745 0: PE: 170 Times for 2D/3D boundary exchanges: 184.315 358.706 0: PE: 171 Times for 2D/3D boundary exchanges: 196.053 379.923 0: PE: 172 Times for 2D/3D boundary exchanges: 185.420 403.700 0: PE: 173 Times for 2D/3D boundary exchanges: 207.217 403.218 0: PE: 174 Times for 2D/3D boundary exchanges: 201.422 402.074 0: PE: 175 Times for 2D/3D boundary exchanges: 196.435 360.630 0: PE: 176 Times for 2D/3D boundary exchanges: 200.895 287.744 0: PE: 177 Times for 2D/3D boundary exchanges: 218.821 290.622 0: PE: 178 Times for 2D/3D boundary exchanges: 220.582 298.374 0: PE: 179 Times for 2D/3D boundary exchanges: 254.725 342.009 0: PE: 180 Times for 2D/3D boundary exchanges: 205.945 315.182 0: PE: 181 Times for 2D/3D boundary exchanges: 206.724 293.686 0: PE: 182 Times for 2D/3D boundary exchanges: 205.937 290.935 0: PE: 183 Times for 2D/3D boundary exchanges: 206.627 291.030 0: PE: 184 Times for 2D/3D boundary exchanges: 208.987 335.180 0: PE: 185 Times for 2D/3D boundary exchanges: 238.019 387.260 0: PE: 186 Times for 2D/3D boundary exchanges: 223.581 355.337 0: PE: 187 Times for 2D/3D boundary exchanges: 230.266 368.862 0: PE: 188 Times for 2D/3D boundary exchanges: 213.410 388.387 0: PE: 189 Times for 2D/3D boundary exchanges: 236.320 386.617 0: PE: 190 Times for 2D/3D boundary exchanges: 227.863 368.578 0: PE: 191 Times for 2D/3D boundary exchanges: 222.226 311.009 0: PE: 192 Times for 2D/3D boundary exchanges: 160.279 309.385 0: PE: 193 Times for 2D/3D boundary exchanges: 187.493 314.964 0: PE: 194 Times for 2D/3D boundary exchanges: 186.649 314.698 0: PE: 195 Times for 2D/3D boundary exchanges: 178.229 323.401 0: PE: 196 Times for 2D/3D boundary exchanges: 177.351 336.197 0: PE: 197 Times for 2D/3D boundary exchanges: 209.073 353.988 0: PE: 198 Times for 2D/3D boundary exchanges: 176.613 325.385 0: PE: 199 Times for 2D/3D boundary exchanges: 175.952 317.336 0: PE: 200 Times for 2D/3D boundary exchanges: 179.351 355.413 0: PE: 201 Times for 2D/3D boundary exchanges: 215.467 406.085 0: PE: 202 Times for 2D/3D boundary exchanges: 201.994 403.104 0: PE: 203 Times for 2D/3D boundary exchanges: 199.528 385.340 0: PE: 204 Times for 2D/3D boundary exchanges: 181.363 373.352 0: PE: 205 Times for 2D/3D boundary exchanges: 207.529 402.824 0: PE: 206 Times for 2D/3D boundary exchanges: 195.654 366.851 0: PE: 207 Times for 2D/3D boundary exchanges: 193.233 323.582 0: PE: 208 Times for 2D/3D boundary exchanges: 221.352 306.405 0: PE: 209 Times for 2D/3D boundary exchanges: 239.859 309.723 0: PE: 210 Times for 2D/3D boundary exchanges: 237.850 309.093 0: PE: 211 Times for 2D/3D boundary exchanges: 229.031 313.674 0: PE: 212 Times for 2D/3D boundary exchanges: 228.661 323.757 0: PE: 213 Times for 2D/3D boundary exchanges: 292.605 388.020 0: PE: 214 Times for 2D/3D boundary exchanges: 233.468 363.011 0: PE: 215 Times for 2D/3D boundary exchanges: 228.416 315.511 0: PE: 216 Times for 2D/3D boundary exchanges: 222.489 315.630 0: PE: 217 Times for 2D/3D boundary exchanges: 245.518 348.309 0: PE: 218 Times for 2D/3D boundary exchanges: 247.912 404.438 0: PE: 219 Times for 2D/3D boundary exchanges: 240.835 344.823 0: PE: 220 Times for 2D/3D boundary exchanges: 224.004 337.573 0: PE: 221 Times for 2D/3D boundary exchanges: 250.358 358.257 0: PE: 222 Times for 2D/3D boundary exchanges: 239.218 329.852 0: PE: 223 Times for 2D/3D boundary exchanges: 238.660 308.020 0: PE: 224 Times for 2D/3D boundary exchanges: 160.915 310.019 0: PE: 225 Times for 2D/3D boundary exchanges: 190.960 312.947 0: PE: 226 Times for 2D/3D boundary exchanges: 188.080 314.341 0: PE: 227 Times for 2D/3D boundary exchanges: 178.172 316.796 0: PE: 228 Times for 2D/3D boundary exchanges: 177.446 316.745 0: PE: 229 Times for 2D/3D boundary exchanges: 228.194 361.097 0: PE: 230 Times for 2D/3D boundary exchanges: 186.808 389.615 0: PE: 231 Times for 2D/3D boundary exchanges: 177.888 318.677 0: PE: 232 Times for 2D/3D boundary exchanges: 166.455 307.957 0: PE: 233 Times for 2D/3D boundary exchanges: 187.810 334.565 0: PE: 234 Times for 2D/3D boundary exchanges: 183.031 387.142 0: PE: 235 Times for 2D/3D boundary exchanges: 175.034 321.879 0: PE: 236 Times for 2D/3D boundary exchanges: 167.296 318.843 0: PE: 237 Times for 2D/3D boundary exchanges: 178.266 333.947 0: PE: 238 Times for 2D/3D boundary exchanges: 184.236 332.315 0: PE: 239 Times for 2D/3D boundary exchanges: 183.487 318.599 0: PE: 240 Times for 2D/3D boundary exchanges: 211.696 307.408 0: PE: 241 Times for 2D/3D boundary exchanges: 229.282 303.208 0: PE: 242 Times for 2D/3D boundary exchanges: 227.875 305.552 0: PE: 243 Times for 2D/3D boundary exchanges: 218.472 308.861 0: PE: 244 Times for 2D/3D boundary exchanges: 217.586 308.087 0: PE: 245 Times for 2D/3D boundary exchanges: 250.141 329.827 0: PE: 246 Times for 2D/3D boundary exchanges: 222.547 340.151 0: PE: 247 Times for 2D/3D boundary exchanges: 218.287 304.754 0: PE: 248 Times for 2D/3D boundary exchanges: 214.178 306.792 0: PE: 249 Times for 2D/3D boundary exchanges: 242.618 327.931 0: PE: 250 Times for 2D/3D boundary exchanges: 229.868 359.445 0: PE: 251 Times for 2D/3D boundary exchanges: 223.052 319.044 0: PE: 252 Times for 2D/3D boundary exchanges: 214.865 308.283 0: PE: 253 Times for 2D/3D boundary exchanges: 221.394 310.278 0: PE: 254 Times for 2D/3D boundary exchanges: 236.208 329.319 0: PE: 255 Times for 2D/3D boundary exchanges: 238.522 332.836 0: PE: 256 Times for 2D/3D boundary exchanges: 149.867 308.369 0: PE: 257 Times for 2D/3D boundary exchanges: 180.499 296.803 0: PE: 258 Times for 2D/3D boundary exchanges: 177.178 298.764 0: PE: 259 Times for 2D/3D boundary exchanges: 167.868 308.850 0: PE: 260 Times for 2D/3D boundary exchanges: 165.990 305.641 0: PE: 261 Times for 2D/3D boundary exchanges: 214.071 330.181 0: PE: 262 Times for 2D/3D boundary exchanges: 168.538 314.683 0: PE: 263 Times for 2D/3D boundary exchanges: 168.168 305.129 0: PE: 264 Times for 2D/3D boundary exchanges: 161.794 299.170 0: PE: 265 Times for 2D/3D boundary exchanges: 181.200 324.867 0: PE: 266 Times for 2D/3D boundary exchanges: 173.509 326.283 0: PE: 267 Times for 2D/3D boundary exchanges: 171.721 310.631 0: PE: 268 Times for 2D/3D boundary exchanges: 163.960 304.979 0: PE: 269 Times for 2D/3D boundary exchanges: 169.862 304.354 0: PE: 270 Times for 2D/3D boundary exchanges: 210.774 339.727 0: PE: 271 Times for 2D/3D boundary exchanges: 213.365 343.565 0: PE: 272 Times for 2D/3D boundary exchanges: 221.930 320.246 0: PE: 273 Times for 2D/3D boundary exchanges: 236.979 310.240 0: PE: 274 Times for 2D/3D boundary exchanges: 233.833 307.044 0: PE: 275 Times for 2D/3D boundary exchanges: 225.173 313.305 0: PE: 276 Times for 2D/3D boundary exchanges: 221.856 311.663 0: PE: 277 Times for 2D/3D boundary exchanges: 259.644 341.523 0: PE: 278 Times for 2D/3D boundary exchanges: 221.929 305.954 0: PE: 279 Times for 2D/3D boundary exchanges: 223.169 309.240 0: PE: 280 Times for 2D/3D boundary exchanges: 213.340 301.315 0: PE: 281 Times for 2D/3D boundary exchanges: 223.118 314.161 0: PE: 282 Times for 2D/3D boundary exchanges: 219.674 312.296 0: PE: 283 Times for 2D/3D boundary exchanges: 220.519 307.116 0: PE: 284 Times for 2D/3D boundary exchanges: 214.899 308.490 0: PE: 285 Times for 2D/3D boundary exchanges: 221.556 308.552 0: PE: 286 Times for 2D/3D boundary exchanges: 255.916 322.761 0: PE: 287 Times for 2D/3D boundary exchanges: 262.390 333.024 0: PE: 288 Times for 2D/3D boundary exchanges: 153.203 305.365 0: PE: 289 Times for 2D/3D boundary exchanges: 167.703 294.043 0: PE: 290 Times for 2D/3D boundary exchanges: 166.821 298.592 0: PE: 291 Times for 2D/3D boundary exchanges: 158.912 298.172 0: PE: 292 Times for 2D/3D boundary exchanges: 152.400 293.566 0: PE: 293 Times for 2D/3D boundary exchanges: 183.976 310.885 0: PE: 294 Times for 2D/3D boundary exchanges: 153.218 301.130 0: PE: 295 Times for 2D/3D boundary exchanges: 154.609 296.495 0: PE: 296 Times for 2D/3D boundary exchanges: 141.961 295.844 0: PE: 297 Times for 2D/3D boundary exchanges: 154.104 296.300 0: PE: 298 Times for 2D/3D boundary exchanges: 152.395 298.294 0: PE: 299 Times for 2D/3D boundary exchanges: 155.952 298.490 0: PE: 300 Times for 2D/3D boundary exchanges: 143.578 299.372 0: PE: 301 Times for 2D/3D boundary exchanges: 153.902 301.533 0: PE: 302 Times for 2D/3D boundary exchanges: 166.156 297.257 0: PE: 303 Times for 2D/3D boundary exchanges: 172.993 300.338 0: PE: 304 Times for 2D/3D boundary exchanges: 211.387 302.651 0: PE: 305 Times for 2D/3D boundary exchanges: 225.198 300.636 0: PE: 306 Times for 2D/3D boundary exchanges: 222.390 303.439 0: PE: 307 Times for 2D/3D boundary exchanges: 214.866 297.225 0: PE: 308 Times for 2D/3D boundary exchanges: 209.050 298.563 0: PE: 309 Times for 2D/3D boundary exchanges: 215.835 306.743 0: PE: 310 Times for 2D/3D boundary exchanges: 209.487 306.013 0: PE: 311 Times for 2D/3D boundary exchanges: 212.238 302.925 0: PE: 312 Times for 2D/3D boundary exchanges: 199.691 297.814 0: PE: 313 Times for 2D/3D boundary exchanges: 209.527 300.246 0: PE: 314 Times for 2D/3D boundary exchanges: 209.452 302.351 0: PE: 315 Times for 2D/3D boundary exchanges: 210.671 302.018 0: PE: 316 Times for 2D/3D boundary exchanges: 200.997 313.175 0: PE: 317 Times for 2D/3D boundary exchanges: 212.191 302.912 0: PE: 318 Times for 2D/3D boundary exchanges: 220.528 304.881 0: PE: 319 Times for 2D/3D boundary exchanges: 222.630 304.323 0: PE: 320 Times for 2D/3D boundary exchanges: 143.213 313.163 0: PE: 321 Times for 2D/3D boundary exchanges: 181.528 311.549 0: PE: 322 Times for 2D/3D boundary exchanges: 176.633 308.224 0: PE: 323 Times for 2D/3D boundary exchanges: 170.283 309.005 0: PE: 324 Times for 2D/3D boundary exchanges: 164.519 312.274 0: PE: 325 Times for 2D/3D boundary exchanges: 200.125 336.520 0: PE: 326 Times for 2D/3D boundary exchanges: 163.150 308.283 0: PE: 327 Times for 2D/3D boundary exchanges: 167.400 305.777 0: PE: 328 Times for 2D/3D boundary exchanges: 149.882 299.162 0: PE: 329 Times for 2D/3D boundary exchanges: 160.724 302.167 0: PE: 330 Times for 2D/3D boundary exchanges: 158.946 299.556 0: PE: 331 Times for 2D/3D boundary exchanges: 160.310 300.964 0: PE: 332 Times for 2D/3D boundary exchanges: 151.414 311.023 0: PE: 333 Times for 2D/3D boundary exchanges: 161.308 303.999 0: PE: 334 Times for 2D/3D boundary exchanges: 170.539 304.582 0: PE: 335 Times for 2D/3D boundary exchanges: 171.551 306.330 0: PE: 336 Times for 2D/3D boundary exchanges: 200.911 347.675 0: PE: 337 Times for 2D/3D boundary exchanges: 224.897 318.898 0: PE: 338 Times for 2D/3D boundary exchanges: 226.494 313.526 0: PE: 339 Times for 2D/3D boundary exchanges: 241.328 348.162 0: PE: 340 Times for 2D/3D boundary exchanges: 220.507 367.557 0: PE: 341 Times for 2D/3D boundary exchanges: 239.009 348.704 0: PE: 342 Times for 2D/3D boundary exchanges: 211.512 307.659 0: PE: 343 Times for 2D/3D boundary exchanges: 216.369 308.623 0: PE: 344 Times for 2D/3D boundary exchanges: 201.337 304.031 0: PE: 345 Times for 2D/3D boundary exchanges: 211.677 303.085 0: PE: 346 Times for 2D/3D boundary exchanges: 211.134 304.197 0: PE: 347 Times for 2D/3D boundary exchanges: 212.062 303.101 0: PE: 348 Times for 2D/3D boundary exchanges: 202.527 309.015 0: PE: 349 Times for 2D/3D boundary exchanges: 210.527 312.599 0: PE: 350 Times for 2D/3D boundary exchanges: 231.469 322.195 0: PE: 351 Times for 2D/3D boundary exchanges: 260.777 348.739 0: PE: 352 Times for 2D/3D boundary exchanges: 174.055 388.845 0: PE: 353 Times for 2D/3D boundary exchanges: 204.636 350.324 0: PE: 354 Times for 2D/3D boundary exchanges: 221.557 360.513 0: PE: 355 Times for 2D/3D boundary exchanges: 236.504 396.117 0: PE: 356 Times for 2D/3D boundary exchanges: 205.932 398.050 0: PE: 357 Times for 2D/3D boundary exchanges: 198.406 366.240 0: PE: 358 Times for 2D/3D boundary exchanges: 191.643 335.395 0: PE: 359 Times for 2D/3D boundary exchanges: 201.631 355.602 0: PE: 360 Times for 2D/3D boundary exchanges: 187.264 345.307 0: PE: 361 Times for 2D/3D boundary exchanges: 194.137 324.085 0: PE: 362 Times for 2D/3D boundary exchanges: 195.531 335.443 0: PE: 363 Times for 2D/3D boundary exchanges: 201.193 347.129 0: PE: 364 Times for 2D/3D boundary exchanges: 188.453 340.322 0: PE: 365 Times for 2D/3D boundary exchanges: 221.587 370.869 0: PE: 366 Times for 2D/3D boundary exchanges: 247.738 396.032 0: PE: 367 Times for 2D/3D boundary exchanges: 250.527 397.026 0: PE: 368 Times for 2D/3D boundary exchanges: 168.726 364.679 0: PE: 369 Times for 2D/3D boundary exchanges: 187.254 355.176 0: PE: 370 Times for 2D/3D boundary exchanges: 193.270 367.437 0: PE: 371 Times for 2D/3D boundary exchanges: 184.806 370.575 0: PE: 372 Times for 2D/3D boundary exchanges: 177.493 371.027 0: PE: 373 Times for 2D/3D boundary exchanges: 177.448 356.173 0: PE: 374 Times for 2D/3D boundary exchanges: 174.081 348.006 0: PE: 375 Times for 2D/3D boundary exchanges: 181.833 367.272 0: PE: 376 Times for 2D/3D boundary exchanges: 169.902 363.503 0: PE: 377 Times for 2D/3D boundary exchanges: 178.992 358.847 0: PE: 378 Times for 2D/3D boundary exchanges: 177.995 362.056 0: PE: 379 Times for 2D/3D boundary exchanges: 182.178 367.768 0: PE: 380 Times for 2D/3D boundary exchanges: 164.873 352.301 0: PE: 381 Times for 2D/3D boundary exchanges: 181.109 368.973 0: PE: 382 Times for 2D/3D boundary exchanges: 188.525 370.171 0: PE: 383 Times for 2D/3D boundary exchanges: 190.094 370.851 0: NORMAL END OF MPIOM 0: Wallclock : 1828.99 s 0: CPU-time (user) : 1761.76 s 0: CPU-time (system): 22.12 s 0: Ratio : 97.53 % 462: 462: ================================================================================ 462: 462: : Experiment finished. 462: 462: ================================================================================ 462: 491: 491: ================================================================================ 491: 491: : Experiment finished. 491: 491: ================================================================================ 491: 504: 504: ================================================================================ 504: 504: : Experiment finished. 504: 504: ================================================================================ 504: 710: 710: ================================================================================ 710: 710: : Experiment finished. 710: 710: ================================================================================ 710: 718: 718: ================================================================================ 718: 718: : Experiment finished. 718: 718: ================================================================================ 718: 736: 736: ================================================================================ 736: 736: : Experiment finished. 736: 736: ================================================================================ 736: 745: 745: ================================================================================ 745: 745: : Experiment finished. 745: 745: ================================================================================ 745: 759: 759: ================================================================================ 759: 759: : Experiment finished. 759: 759: ================================================================================ 759: 448: 448: ================================================================================ 448: 448: : Experiment finished. 448: 448: ================================================================================ 448: 483: 483: ================================================================================ 483: 483: : Experiment finished. 483: 483: ================================================================================ 483: 489: 489: ================================================================================ 489: 489: : Experiment finished. 489: 489: ================================================================================ 489: 495: 495: ================================================================================ 495: 495: : Experiment finished. 495: 495: ================================================================================ 495: 724: 724: ================================================================================ 724: 724: : Experiment finished. 724: 724: ================================================================================ 724: 766: 766: ================================================================================ 766: 766: : Experiment finished. 766: 766: ================================================================================ 766: 707: 707: ================================================================================ 707: 707: : Experiment finished. 707: 707: ================================================================================ 707: 714: 714: ================================================================================ 714: 714: : Experiment finished. 714: 714: ================================================================================ 714: 715: 715: ================================================================================ 715: 715: : Experiment finished. 715: 715: ================================================================================ 715: 723: 723: ================================================================================ 723: 723: : Experiment finished. 723: 723: ================================================================================ 723: 764: 764: ================================================================================ 764: 764: : Experiment finished. 764: 764: ================================================================================ 764: 726: 726: ================================================================================ 726: 726: : Experiment finished. 726: 726: ================================================================================ 726: 741: 741: ================================================================================ 741: 741: : Experiment finished. 741: 741: ================================================================================ 741: 757: 757: ================================================================================ 757: 757: : Experiment finished. 757: 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================================================================================ 763: 763: : Experiment finished. 763: 763: ================================================================================ 763: 765: 765: ================================================================================ 765: 765: : Experiment finished. 765: 765: ================================================================================ 765: 742: 742: ================================================================================ 742: 742: : Experiment finished. 742: 742: ================================================================================ 742: 755: 755: ================================================================================ 755: 755: : Experiment finished. 755: 755: ================================================================================ 755: 761: 761: ================================================================================ 761: 761: : Experiment finished. 761: 761: ================================================================================ 761: 762: 762: ================================================================================ 762: 762: : Experiment finished. 762: 762: ================================================================================ 762: 734: 734: ================================================================================ 734: 734: : Experiment finished. 734: 734: ================================================================================ 734: 493: 493: ================================================================================ 493: 493: : Experiment finished. 493: 493: ================================================================================ 493: 709: 709: ================================================================================ 709: 709: : Experiment finished. 709: 709: ================================================================================ 709: 713: 713: ================================================================================ 713: 713: : Experiment finished. 713: 713: ================================================================================ 713: 753: 753: ================================================================================ 753: 753: : Experiment finished. 753: 753: ================================================================================ 753: 754: 754: ================================================================================ 754: 754: : Experiment finished. 754: 754: ================================================================================ 754: 750: 750: ================================================================================ 750: 750: : Experiment finished. 750: 750: ================================================================================ 750: 767: 767: ================================================================================ 767: 767: : Experiment finished. 767: 767: ================================================================================ 767: 747: 747: ================================================================================ 747: 747: : Experiment finished. 747: 747: ================================================================================ 747: 717: 717: ================================================================================ 717: 717: : Experiment finished. 717: 717: ================================================================================ 717: 459: 459: ================================================================================ 459: 459: : Experiment finished. 459: 459: ================================================================================ 459: 740: 740: ================================================================================ 740: 740: : Experiment finished. 740: 740: ================================================================================ 740: 510: 510: ================================================================================ 510: 510: : Experiment finished. 510: 510: ================================================================================ 510: 719: 719: ================================================================================ 719: 719: : Experiment finished. 719: 719: ================================================================================ 719: 749: 749: ================================================================================ 749: 749: : Experiment finished. 749: 749: ================================================================================ 749: 488: 488: ================================================================================ 488: 488: : Experiment finished. 488: 488: ================================================================================ 488: 480: 480: ================================================================================ 480: 480: : Experiment finished. 480: 480: ================================================================================ 480: 737: 737: ================================================================================ 737: 737: : Experiment finished. 737: 737: ================================================================================ 737: 739: 739: ================================================================================ 739: 739: : Experiment finished. 739: 739: ================================================================================ 739: 746: 746: ================================================================================ 746: 746: : Experiment finished. 746: 746: ================================================================================ 746: 751: 751: ================================================================================ 751: 751: : Experiment finished. 751: 751: ================================================================================ 751: 760: 760: ================================================================================ 760: 760: : Experiment finished. 760: 760: ================================================================================ 760: 451: 451: ================================================================================ 451: 451: : Experiment finished. 451: 451: ================================================================================ 451: 487: 487: ================================================================================ 487: 487: : Experiment finished. 487: 487: ================================================================================ 487: 758: 758: ================================================================================ 758: 758: : Experiment finished. 758: 758: ================================================================================ 758: 494: 494: ================================================================================ 494: 494: : Experiment finished. 494: 494: ================================================================================ 494: 511: 511: ================================================================================ 511: 511: : Experiment finished. 511: 511: ================================================================================ 511: 725: 725: ================================================================================ 725: 725: : Experiment finished. 725: 725: ================================================================================ 725: 738: 738: ================================================================================ 738: 738: : Experiment finished. 738: 738: ================================================================================ 738: 733: 733: ================================================================================ 733: 733: : Experiment finished. 733: 733: ================================================================================ 733: 743: 743: ================================================================================ 743: 743: : Experiment finished. 743: 743: ================================================================================ 743: 499: 499: ================================================================================ 499: 499: : Experiment finished. 499: 499: ================================================================================ 499: 729: 729: ================================================================================ 729: 729: : Experiment finished. 729: 729: ================================================================================ 729: 730: 730: ================================================================================ 730: 730: : Experiment finished. 730: 730: ================================================================================ 730: 721: 721: ================================================================================ 721: 721: : Experiment finished. 721: 721: ================================================================================ 721: 490: 490: ================================================================================ 490: 490: : Experiment finished. 490: 490: ================================================================================ 490: 506: 506: ================================================================================ 506: 506: : Experiment finished. 506: 506: ================================================================================ 506: 711: 711: ================================================================================ 711: 711: : Experiment finished. 711: 711: ================================================================================ 711: 708: 708: ================================================================================ 708: 708: : Experiment finished. 708: 708: ================================================================================ 708: 735: 735: ================================================================================ 735: 735: : Experiment finished. 735: 735: ================================================================================ 735: 486: 486: ================================================================================ 486: 486: : Experiment finished. 486: 486: ================================================================================ 486: 501: 501: ================================================================================ 501: 501: : Experiment finished. 501: 501: ================================================================================ 501: 496: 496: ================================================================================ 496: 496: : Experiment finished. 496: 496: ================================================================================ 496: 509: 509: ================================================================================ 509: 509: : Experiment finished. 509: 509: ================================================================================ 509: 731: 731: ================================================================================ 731: 731: : Experiment finished. 731: 731: ================================================================================ 731: 508: 508: ================================================================================ 508: 508: : Experiment finished. 508: 508: ================================================================================ 508: 463: 463: ================================================================================ 463: 463: : Experiment finished. 463: 463: ================================================================================ 463: 481: 481: ================================================================================ 481: 481: : Experiment finished. 481: 481: ================================================================================ 481: 505: 505: ================================================================================ 505: 505: : Experiment finished. 505: 505: ================================================================================ 505: 457: 457: ================================================================================ 457: 457: : Experiment finished. 457: 457: ================================================================================ 457: 485: 485: ================================================================================ 485: 485: : Experiment finished. 485: 485: ================================================================================ 485: 756: 756: ================================================================================ 756: 756: : Experiment finished. 756: 756: ================================================================================ 756: 498: 498: ================================================================================ 498: 498: : Experiment finished. 498: 498: ================================================================================ 498: 722: 722: ================================================================================ 722: 722: : Experiment finished. 722: 722: ================================================================================ 722: 732: 732: ================================================================================ 732: 732: : Experiment finished. 732: 732: ================================================================================ 732: 752: 752: ================================================================================ 752: 752: : Experiment finished. 752: 752: ================================================================================ 752: 458: 458: ================================================================================ 458: 458: : Experiment finished. 458: 458: ================================================================================ 458: 482: 482: ================================================================================ 482: 482: : Experiment finished. 482: 482: ================================================================================ 482: 455: 455: ================================================================================ 455: 455: : Experiment finished. 455: 455: ================================================================================ 455: 497: 497: ================================================================================ 497: 497: : Experiment finished. 497: 497: ================================================================================ 497: 502: 502: ================================================================================ 502: 502: : Experiment finished. 502: 502: ================================================================================ 502: 503: 503: ================================================================================ 503: 503: : Experiment finished. 503: 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805: ================================================================================ 805: 806: 806: ================================================================================ 806: 806: : Experiment finished. 806: 806: ================================================================================ 806: 808: 808: ================================================================================ 808: 808: : Experiment finished. 808: 808: ================================================================================ 808: 809: 809: ================================================================================ 809: 809: : Experiment finished. 809: 809: ================================================================================ 809: 810: 810: ================================================================================ 810: 810: : Experiment finished. 810: 810: ================================================================================ 810: 811: 811: 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815: ================================================================================ 815: 816: 816: ================================================================================ 816: 816: : Experiment finished. 816: 816: ================================================================================ 816: 820: 820: ================================================================================ 820: 820: : Experiment finished. 820: 820: ================================================================================ 820: 823: 823: ================================================================================ 823: 823: : Experiment finished. 823: 823: ================================================================================ 823: 824: 824: ================================================================================ 824: 824: : Experiment finished. 824: 824: ================================================================================ 824: 825: 825: ================================================================================ 825: 825: : Experiment finished. 825: 825: ================================================================================ 825: 826: 826: ================================================================================ 826: 826: : Experiment finished. 826: 826: ================================================================================ 826: 828: 828: ================================================================================ 828: 828: : Experiment finished. 828: 828: ================================================================================ 828: 831: 831: ================================================================================ 831: 831: : Experiment finished. 831: 831: ================================================================================ 831: 384: 384: ================================================================================ 384: 384: : Experiment finished. 384: 384: ================================================================================ 384: 385: 385: ================================================================================ 385: 385: : Experiment finished. 385: 385: ================================================================================ 385: 387: 387: ================================================================================ 387: 387: : Experiment finished. 387: 387: ================================================================================ 387: 403: 403: ================================================================================ 403: 403: : Experiment finished. 403: 403: ================================================================================ 403: 391: 391: ================================================================================ 391: 391: : Experiment finished. 391: 391: ================================================================================ 391: 390: 390: ================================================================================ 390: 390: : Experiment finished. 390: 390: ================================================================================ 390: 405: 405: ================================================================================ 405: 405: : Experiment finished. 405: 405: ================================================================================ 405: 407: 407: ================================================================================ 407: 407: : Experiment finished. 407: 407: ================================================================================ 407: 406: 406: ================================================================================ 406: 406: : Experiment finished. 406: 406: ================================================================================ 406: 386: 386: ================================================================================ 386: 386: : Experiment finished. 386: 386: ================================================================================ 386: 401: 401: ================================================================================ 401: 401: : Experiment finished. 401: 401: ================================================================================ 401: 402: 402: ================================================================================ 402: 402: : Experiment finished. 402: 402: ================================================================================ 402: 400: 400: ================================================================================ 400: 400: : Experiment finished. 400: 400: ================================================================================ 400: 393: 393: ================================================================================ 393: 393: : Experiment finished. 393: 393: ================================================================================ 393: 395: 395: ================================================================================ 395: 395: : Experiment finished. 395: 395: ================================================================================ 395: 394: 394: ================================================================================ 394: 394: : Experiment finished. 394: 394: ================================================================================ 394: 404: 404: ================================================================================ 404: 404: : Experiment finished. 404: 404: ================================================================================ 404: 392: 392: ================================================================================ 392: 392: : Experiment finished. 392: 392: ================================================================================ 392: srun: error: l10287: tasks 448-511,704-767: Exited with exit code 127 389: 389: ================================================================================ 389: 389: : Experiment finished. 389: 389: ================================================================================ 389: 397: 397: ================================================================================ 397: 397: : Experiment finished. 397: 397: ================================================================================ 397: 388: 388: ================================================================================ 388: 388: : Experiment finished. 388: 388: ================================================================================ 388: 399: 399: ================================================================================ 399: 399: : Experiment finished. 399: 399: ================================================================================ 399: 398: 398: ================================================================================ 398: 398: : Experiment finished. 398: 398: ================================================================================ 398: 396: 396: ================================================================================ 396: 396: : Experiment finished. 396: 396: ================================================================================ 396: srun: error: l10285: tasks 576-639,832-895: Exited with exit code 127 srun: error: l10286: tasks 384-447,640-703,896-959: Exited with exit code 127 srun: error: l10283: tasks 512-575,768-831: Exited with exit code 127 2023-10-15 13:41:47: execution of model finished 2023-10-15 13:41:47: listing files in working directory after model execution -- total 15981667 -rw-r--r-- 1 m300966 mpioes 58928 Jan 26 2004 BEK -rwxr-xr-x 1 m300966 mpioes 7210524 Feb 9 2017 dust_deposition.nc -rw-r--r-- 1 m300966 bm1241 9933768 Oct 13 12:46 alkalinity_input.nc -rw-r--r-- 1 m300966 mpioes 19967400 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_yasso.nc.bak -rw-r--r-- 1 m300966 mpioes 57457308 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_veg.nc.bak -rw-r--r-- 1 m300966 mpioes 13915660 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_tracer.nc.bak -rw-r--r-- 1 m300966 mpioes 34571388 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_surf.nc.bak -rw-r--r-- 1 m300966 mpioes 32861052 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_nitro.nc.bak -rw-r--r-- 1 m300966 mpioes 64565568 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_jsbach.nc.bak -rw-r--r-- 1 m300966 mpioes 3594928 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_co2.nc.bak -rw-r--r-- 1 m300966 mpioes 453312 Oct 15 13:10 restart_esm-ssp585-ocn-alk_EXP2_accw.nc.bak lrwxrwxrwx 1 m300966 mpioes 84 Oct 15 13:10 rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc -> /pool/data/MPIESM/input/r0001/T63_GR15/rmp_oces_to_atmo_CONSERV_FRACAREA_T63_GR15.nc lrwxrwxrwx 1 m300966 mpioes 84 Oct 15 13:10 rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc -> /pool/data/MPIESM/input/r0001/T63_GR15/rmp_atmo_to_oces_CONSERV_FRACAREA_T63_GR15.nc lrwxrwxrwx 1 m300966 mpioes 77 Oct 15 13:10 rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc -> /pool/data/MPIESM/input/r0001/T63_GR15/rmp_atmo_to_oces_BICUBIC_D_T63_GR15.nc lrwxrwxrwx 1 m300966 mpioes 84 Oct 15 13:10 rmp_atml_to_oces_CONSERV_FRACAREA_T63_GR15.nc -> /pool/data/MPIESM/input/r0001/T63_GR15/rmp_atml_to_oces_CONSERV_FRACAREA_T63_GR15.nc lrwxrwxrwx 1 m300966 mpioes 96 Oct 15 13:10 cf_name_table.txt -> /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/util/running/adjunct_files/oasis3mct/cf_name_table.txt lrwxrwxrwx 1 m300966 mpioes 48 Oct 15 13:11 unit.92 -> /pool/data/ECHAM6/input/r0008/T63/T63_TSLCLIM.nc lrwxrwxrwx 1 m300966 mpioes 54 Oct 15 13:11 unit.91 -> /pool/data/ECHAM6/input/r0008/T63/T63GR15_VGRATCLIM.nc lrwxrwxrwx 1 m300966 mpioes 52 Oct 15 13:11 unit.90 -> /pool/data/ECHAM6/input/r0008/T63/T63GR15_VLTCLIM.nc lrwxrwxrwx 1 m300966 mpioes 53 Oct 15 13:11 unit.24 -> /pool/data/ECHAM6/input/r0008/T63/T63GR15_jan_surf.nc lrwxrwxrwx 1 m300966 mpioes 52 Oct 15 13:11 unit.23 -> /pool/data/ECHAM6/input/r0008/T63/T63L47_jan_spec.nc lrwxrwxrwx 1 m300966 mpioes 68 Oct 15 13:11 swflux_2101.nc -> /pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2101.nc lrwxrwxrwx 1 m300966 mpioes 68 Oct 15 13:11 swflux_2100.nc -> /pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2100.nc lrwxrwxrwx 1 m300966 mpioes 68 Oct 15 13:11 swflux_2099.nc -> /pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2099.nc lrwxrwxrwx 1 m300966 mpioes 68 Oct 15 13:11 swflux_2098.nc -> /pool/data/ECHAM6/input/r0008/solar_irradiance/swflux_14band_2098.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_sw_2101.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_sw_2100.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_sw_2099.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_sw_2098.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_sw_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_ir_2101.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_ir_2100.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_ir_2099.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 strat_aerosol_ir_2098.nc -> /pool/data/ECHAM6/input/r0008/T63/volcano_aerosols/strat_aerosol_ir_T63_2024.nc lrwxrwxrwx 1 m300966 mpioes 41 Oct 15 13:11 rrtmg_sw.nc -> /pool/data/ECHAM6/input/r0008/rrtmg_sw.nc lrwxrwxrwx 1 m300966 mpioes 41 Oct 15 13:11 rrtmg_lw.nc -> /pool/data/ECHAM6/input/r0008/rrtmg_lw.nc -rw-r--r-- 1 m300966 mpioes 280059372 Oct 15 13:11 restart_esm-ssp585-ocn-alk_EXP2_echam.nc.bak lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 ozon2101 -> /pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 ozon2100 -> /pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 ozon2099 -> /pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2099.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 ozon2098 -> /pool/data/ECHAM6/input/r0008/T63/ozone/T63_ozone_ssp585_2098.nc lrwxrwxrwx 1 m300966 mpioes 93 Oct 15 13:11 lctlib.def -> /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/util/running/adjunct_files/jsbach/lctlib_nlct21.def lrwxrwxrwx 1 m300966 mpioes 100 Oct 15 13:11 landuseTransitions.2100.nc -> /pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_dynveg/LUH_scaled_transitions_T63_2100.nc lrwxrwxrwx 1 m300966 mpioes 100 Oct 15 13:11 landuseTransitions.2099.nc -> /pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_dynveg/LUH_scaled_transitions_T63_2099.nc lrwxrwxrwx 1 m300966 mpioes 90 Oct 15 13:11 landuseHarvest.2100.nc -> /pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_harvest/LUH_harvest_T63_2100.nc lrwxrwxrwx 1 m300966 mpioes 90 Oct 15 13:11 landuseHarvest.2099.nc -> /pool/data/JSBACH/input/r0010/T63/New_Hampshire_LCC/ssp585_harvest/LUH_harvest_T63_2099.nc lrwxrwxrwx 1 m300966 mpioes 79 Oct 15 13:11 jsbach.nc -> /pool/data/JSBACH/input/r0010/T63/jsbach_T63GR15_11tiles_5layers_1850_dynveg.nc lrwxrwxrwx 1 m300966 mpioes 50 Oct 15 13:11 greenhouse_gases.nc -> /pool/data/ECHAM6/input/r0008/greenhouse_ssp585.nc lrwxrwxrwx 1 m300966 mpioes 64 Oct 15 13:11 carbon_emissions.nc -> /pool/data/ECHAM6/input/r0008/T63/T63_carbon_emissions_ssp585.nc lrwxrwxrwx 1 m300966 mpioes 74 Oct 15 13:11 aero_fine_1851.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_fin_1865.nc lrwxrwxrwx 1 m300966 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aero_coarse_1849.nc -> /pool/data/ECHAM6/input/r0008/T63/aero/T63_aeropt_kinne_sw_b14_coa.nc lrwxrwxrwx 1 m300966 mpioes 46 Oct 15 13:11 MAC-SP.nc -> /pool/data/ECHAM6/input/r0008/MAC-SP_ssp585.nc lrwxrwxrwx 1 m300966 mpioes 51 Oct 15 13:11 ECHAM6_CldOptProps.nc -> /pool/data/ECHAM6/input/r0008/ECHAM6_CldOptProps.nc lrwxrwxrwx 1 m300966 mpioes 49 Oct 15 13:11 rmp_hd.nc -> /pool/data/JSBACH/input/r0010/HD/rmp_T63_to_hd.nc lrwxrwxrwx 1 m300966 mpioes 73 Oct 15 13:11 population_density.nc -> /pool/data/JSBACH/input/r0010/T63/spitfire/population_density_ssp5_T63.nc lrwxrwxrwx 1 m300966 mpioes 66 Oct 15 13:11 lightning.nc -> /pool/data/JSBACH/input/r0010/T63/spitfire/LISOTD_HRMC_V2.2_T63.nc lrwxrwxrwx 1 m300966 mpioes 43 Oct 15 13:11 hdstart.nc -> /pool/data/JSBACH/input/r0010/HD/hdstart.nc lrwxrwxrwx 1 m300966 mpioes 42 Oct 15 13:11 hdpara.nc -> /pool/data/JSBACH/input/r0010/HD/hdpara.nc lrwxrwxrwx 1 m300966 mpioes 54 Oct 15 13:11 a_nd_file.nc -> 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13:21 esm-ssp585-ocn-alk_EXP2_210005.01_echam.codes -rw-r--r-- 1 m300966 mpioes 2543 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210005.01_co2.codes -rw-r--r-- 1 m300966 mpioes 1055 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210005.01_accw.codes -rw-r--r-- 1 m300966 mpioes 2968000 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210004.01_yasso -rw-r--r-- 1 m300966 mpioes 45586800 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210004.01_vegday -rw-r--r-- 1 m300966 mpioes 4006800 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210004.01_landday -rw-r--r-- 1 m300966 mpioes 33482640 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210004.01_jsbachday -rw-r--r-- 1 m300966 mpioes 20507040 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210004.01_echamday -rw-r--r-- 1 m300966 mpioes 3234 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210005.01_vegday.codes -rw-r--r-- 1 m300966 mpioes 572 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210005.01_landday.codes -rw-r--r-- 1 m300966 mpioes 605 Oct 15 13:21 esm-ssp585-ocn-alk_EXP2_210005.01_jsbachday.codes -rw-r--r-- 1 m300966 mpioes 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15 13:24 esm-ssp585-ocn-alk_EXP2_210005.01_surf -rw-r--r-- 1 m300966 mpioes 4140360 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210005.01_landday -rw-r--r-- 1 m300966 mpioes 599840 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210005.01_land -rw-r--r-- 1 m300966 mpioes 34598728 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210005.01_jsbachday -rw-r--r-- 1 m300966 mpioes 2761704 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210005.01_jsbach -rw-r--r-- 1 m300966 mpioes 21190608 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210005.01_echamday -rw-r--r-- 1 m300966 mpioes 17969672 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210005.01_echam -rw-r--r-- 1 m300966 mpioes 941704 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210005.01_co2 -rw-r--r-- 1 m300966 mpioes 3254 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210006.01_yasso.codes -rw-r--r-- 1 m300966 mpioes 3234 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210006.01_vegday.codes -rw-r--r-- 1 m300966 mpioes 15358 Oct 15 13:24 esm-ssp585-ocn-alk_EXP2_210006.01_veg.codes -rw-r--r-- 1 m300966 mpioes 128 Oct 15 13:24 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13:26 esm-ssp585-ocn-alk_EXP2_210006.01_echam -rw-r--r-- 1 m300966 mpioes 978568 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210006.01_co2 -rw-r--r-- 1 m300966 mpioes 137392 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210006.01_accw -rw-r--r-- 1 m300966 mpioes 3254 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_yasso.codes -rw-r--r-- 1 m300966 mpioes 15358 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_veg.codes -rw-r--r-- 1 m300966 mpioes 128 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_tracer.codes -rw-r--r-- 1 m300966 mpioes 1171 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_surf.codes -rw-r--r-- 1 m300966 mpioes 5757 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_nitro.codes -rw-r--r-- 1 m300966 mpioes 572 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_landday.codes -rw-r--r-- 1 m300966 mpioes 3967 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_land.codes -rw-r--r-- 1 m300966 mpioes 605 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_jsbachday.codes -rw-r--r-- 1 m300966 mpioes 3932 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_jsbach.codes -rw-r--r-- 1 m300966 mpioes 2207 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_echamday.codes -rw-r--r-- 1 m300966 mpioes 17726 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_echam.codes -rw-r--r-- 1 m300966 mpioes 2543 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_co2.codes -rw-r--r-- 1 m300966 mpioes 1055 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_accw.codes -rw-r--r-- 1 m300966 mpioes 2968000 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210006.01_yasso -rw-r--r-- 1 m300966 mpioes 45586800 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210006.01_vegday -rw-r--r-- 1 m300966 mpioes 6860840 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210006.01_veg -rw-r--r-- 1 m300966 mpioes 4006800 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210006.01_landday -rw-r--r-- 1 m300966 mpioes 33482640 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210006.01_jsbachday -rw-r--r-- 1 m300966 mpioes 20507040 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210006.01_echamday -rw-r--r-- 1 m300966 mpioes 3234 Oct 15 13:26 esm-ssp585-ocn-alk_EXP2_210007.01_vegday.codes -rw-r--r-- 1 m300966 mpioes 4441520 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210007.01_nitro -rw-r--r-- 1 m300966 mpioes 137392 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210007.01_accw -rw-r--r-- 1 m300966 mpioes 15358 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210008.01_veg.codes -rw-r--r-- 1 m300966 mpioes 128 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210008.01_tracer.codes -rw-r--r-- 1 m300966 mpioes 1171 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210008.01_surf.codes -rw-r--r-- 1 m300966 mpioes 5757 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210008.01_nitro.codes -rw-r--r-- 1 m300966 mpioes 3967 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210008.01_land.codes -rw-r--r-- 1 m300966 mpioes 3932 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210008.01_jsbach.codes -rw-r--r-- 1 m300966 mpioes 17726 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210008.01_echam.codes -rw-r--r-- 1 m300966 mpioes 2543 Oct 15 13:29 esm-ssp585-ocn-alk_EXP2_210008.01_co2.codes -rw-r--r-- 1 m300966 mpioes 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13:31 esm-ssp585-ocn-alk_EXP2_210009.01_co2.codes -rw-r--r-- 1 m300966 mpioes 1055 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210009.01_accw.codes -rw-r--r-- 1 m300966 mpioes 2968000 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210008.01_yasso -rw-r--r-- 1 m300966 mpioes 47106360 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210008.01_vegday -rw-r--r-- 1 m300966 mpioes 6860840 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210008.01_veg -rw-r--r-- 1 m300966 mpioes 4140360 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210008.01_landday -rw-r--r-- 1 m300966 mpioes 599840 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210008.01_land -rw-r--r-- 1 m300966 mpioes 34598728 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210008.01_jsbachday -rw-r--r-- 1 m300966 mpioes 21190608 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210008.01_echamday -rw-r--r-- 1 m300966 mpioes 3234 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210009.01_vegday.codes -rw-r--r-- 1 m300966 mpioes 572 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210009.01_landday.codes -rw-r--r-- 1 m300966 mpioes 605 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210009.01_jsbachday.codes -rw-r--r-- 1 m300966 mpioes 2207 Oct 15 13:31 esm-ssp585-ocn-alk_EXP2_210009.01_echamday.codes -rw-r--r-- 1 m300966 mpioes 4441520 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210009.01_nitro -rw-r--r-- 1 m300966 mpioes 137392 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210009.01_accw -rw-r--r-- 1 m300966 mpioes 128 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210010.01_tracer.codes -rw-r--r-- 1 m300966 mpioes 1171 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210010.01_surf.codes -rw-r--r-- 1 m300966 mpioes 5757 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210010.01_nitro.codes -rw-r--r-- 1 m300966 mpioes 3932 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210010.01_jsbach.codes -rw-r--r-- 1 m300966 mpioes 17726 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210010.01_echam.codes -rw-r--r-- 1 m300966 mpioes 2543 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210010.01_co2.codes -rw-r--r-- 1 m300966 mpioes 1055 Oct 15 13:33 esm-ssp585-ocn-alk_EXP2_210010.01_accw.codes -rw-r--r-- 1 m300966 mpioes 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restart_esm-ssp585-ocn-alk_EXP2_21001231234500_tracerm.nc -rw-r--r-- 1 m300966 mpioes 349700 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_surfm.nc -rw-r--r-- 1 m300966 mpioes 851704 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_landm.nc -rw-r--r-- 1 m300966 mpioes 6273860 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_jsbachm.nc -rw-r--r-- 1 m300966 mpioes 1996240 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_jsbachday.nc -rw-r--r-- 1 m300966 mpioes 31171384 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_g3bm.nc -rw-r--r-- 1 m300966 mpioes 2709724 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_g3bday.nc -rw-r--r-- 1 m300966 mpioes 792240 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_co2m.nc lrwxrwxrwx 1 m300966 mpioes 56 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_vegday.nc -> restart_esm-ssp585-ocn-alk_EXP2_21001231234500_vegday.nc lrwxrwxrwx 1 m300966 mpioes 57 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_landday.nc -> restart_esm-ssp585-ocn-alk_EXP2_21001231234500_landday.nc -rw-r--r-- 1 m300966 mpioes 6028976 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_vegday.nc -rw-r--r-- 1 m300966 mpioes 502940 Oct 15 13:41 restart_esm-ssp585-ocn-alk_EXP2_21001231234500_landday.nc -rw-r--r-- 1 m300966 mpioes 480199209 Oct 15 13:41 rerun_esm-ssp585-ocn-alk_EXP2_hamocc.nc -rw-r--r-- 1 m300966 mpioes 117719042 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_3d_ym.nc -rw-r--r-- 1 m300966 mpioes 4992935 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_ym.nc -rw-r--r-- 1 m300966 mpioes 7238810 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mmin.nc -rw-r--r-- 1 m300966 mpioes 7238810 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mmax.nc -rw-r--r-- 1 m300966 mpioes 86788242 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_dmax.nc -rw-r--r-- 1 m300966 mpioes 1329703969 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_dm.nc -rw-r--r-- 1 m300966 mpioes 662563596 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_3h.nc -rw-r--r-- 1 m300966 mpioes 21237 Oct 15 13:41 bgcout -rw-r--r-- 1 m300966 mpioes 1385573 Oct 15 13:41 atmout -rw-r--r-- 1 m300966 mpioes 1114199 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_timeser_mm.nc -rw-r--r-- 1 m300966 mpioes 143254 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_monitoring_ym.nc -rw-r--r-- 1 m300966 mpioes 2620019 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_moc_mm.nc -rw-r--r-- 1 m300966 mpioes 3280412359 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_3d_mm.nc -rw-r--r-- 1 m300966 mpioes 268335651 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_mpiom_data_2d_mm.nc -rw-r--r-- 1 m300966 mpioes 123315 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_hamocc_monitoring_ym.nc -rw-r--r-- 1 m300966 mpioes 51613916 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_hamocc_data_sedi_ym.nc -rw-r--r-- 1 m300966 mpioes 4760775 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_ym.nc -rw-r--r-- 1 m300966 mpioes 226792762 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_mm.nc -rw-r--r-- 1 m300966 mpioes 169047967 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_hamocc_data_2d_dm.nc -rw-r--r-- 1 m300966 mpioes 499526 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_hamocc_co2.nc -rw-r--r-- 1 m300966 mpioes 43 Oct 15 13:41 model_date.asc -rw-r--r-- 1 m300966 mpioes 500539678 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_hamocc_data_3d_ym.nc -rw-r--r-- 1 m300966 mpioes 6062299710 Oct 15 13:41 esm-ssp585-ocn-alk_EXP2_hamocc_data_3d_mm.nc drwxr-xr-x 2 m300966 mpioes 53248 Oct 15 13:41 . -- 2023-10-15 13:41:50: Hey: ignoring return code 127 (valid ECHAM6 return code) 2023-10-15 13:41:50: storing of restart data started 2023-10-15 13:41:50: storing of restart data finished 2023-10-15 13:41:50: saving experiment status 2023-10-15 13:41:50: starting store job for 21000101 Submitted batch job 7323978 2023-10-15 13:41:51: experiment finished 2023-10-15 13:41:51: model run finished for 21000101-21001231 ******************************************************************************** * * * This is the automated job summary provided by DKRZ. * * If you encounter problems, need assistance or have any suggestion, please * * write an email to * * * * -- support@dkrz.de -- * * * * We hope you enjoyed the DKRZ supercomputer LEVANTE ... * * * JobID : 7323720 * JobName : esm-ssp585-ocn-alk_EXP2_run.21000101-99991231 * Account : bm1241 * User : m300966 (40129), mpioes (2100) * Partition : compute * QOS : normal * Nodelist : l[10283,10285-10287] (4) * Submit date : 2023-10-15T13:10:42 * Start time : 2023-10-15T13:10:55 * End time : 2023-10-15T13:41:51 * Elapsed time : 00:30:56 (Timelimit=00:59:00) * Command : /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/ * esm-ssp585-ocn-alk_EXP2/scripts/esm-ssp585-ocn-alk_EXP2.run.21000101-99991231 * WorkDir : /home/m/m300966/CDRSynTra-mpiesm-1.2.01p7/experiments/ * esm-ssp585-ocn-alk_EXP2/scripts * * StepID | JobName NodeHours MaxRSS [Byte] (@task) * ------------------------------------------------------------------------------ * batch | batch 2.1 * extern | extern 2.1 2552K (0) * 0 | tmp.Ren8nGvO 2.0 4197352K (0) * ------------------------------------------------------------------------------