(1) Directory "ModelOutput": Model output.

Model output of annual average fluxes and concentrations in year 3000,
from optimizations and sensitivity experiments. 

Iris Kriest, 2017-10-16


- File format is netCDF.

- Files are either for annual average tracer concentrations
(*<year>aavg.cdf) or annual average fluxes (*<year>aflux.cdf).

- All tracer concentrations in units of mmol/m3.

- All fluxes in mmol/m3/(ocean timestep) or mmol/m2/(ocean timestep). As
ocean time step is 2 per day, multiply with 2 to get the daily flux, or
with 720 to get the annual flux.

File naming is as follows:

Model     Paper       Filename                  Description
---------------------------------------------------------------------------------------------------
MOPS      MOPS^r      MOPS-Reference.tar        reference run
MOPS      MOPS^oS     MOPSoS.tar                optimisation of "surface" parameters
MOPS      MOPS^oD     MOPSoD.tar                optimisation of "deep" parameters
MOPS      MOPS^oDstar MOPSoDstar.tar            optimisation of "deep" parameters, excluding the EEP

RetroMOPS RetroMOPS^o RetroMOPSo.tar            optimisation of RetroMOPS
RetroMOPS no name     RetroMOPS-Experiments.tar experiments with RetroMOPS, see table 2 and below.


Sensitivity experiments with RetroMOPS: 
(see table 2; NOTE: the following values are in 1/d instead of 1/y).

lambda_s = 0.0000
RetroMOPS-sd0-d1 <- Name: S1                  lambda=0.0005   
RetroMOPS-sd0-d2                              lambda=0.0010 
RetroMOPS-sd0-d3                              lambda=0.0020

lambda_s = 0.0005
RetroMOPS-sd1-d1                               lambda=0.0005
RetroMOPS-sd1-d2 <- Name: S4/RetroMOPS^r       lambda=0.0010
RetroMOPS-sd1-d3                               lambda=0.0020

lambda_s = 0.0010
RetroMOPS-sd2-d1                               lambda=0.0005
RetroMOPS-sd2-d2                               lambda=0.0010
RetroMOPS-sd2-d3 <- Name: S9                   lambda=0.0020