Post-processing_CMIP6 --> Post-processing for the CMIP6 diagnostics; for post-processing of AerChemMIP diagnostics see: https://redmine.hammoz.ethz.ch/projects/aerchemmip/wiki/Custom_tools (requires HAMMOZ licence)
cdo-2020-09-18_cmor3.6.0_gcc --> CDO-version for post-processing
Citation --> Userguide for citation service
documentation --> Guide to setup and use post-processing scripts for CMIP6 diagnostics
ECS_TCR.xls --> Computation of ECS and TCR from abrupt4xCO2 and 1pctCO2 simulations
mpiesm --> Post-processing scripts for the CMIP6 diagnostics for all productions simulations
mpiesm_pp --> Setup of post-processing scripts for the CMIP6 diagnostics for all productions simulations
util --> Some utilities used to prepare post-processing scripts
Preparation --> Description of tuning, spin-up and experiment setup as well as analysis done in preparation of the experiments
CMIP6_tuning_historic_runs.xlsx --> Analysis of historic simulations during tuning phase
cmvmm_AerChemMIP_Unique_3_3.xlsx --> AerChemMIP diagnostic requirements
cmvmm_CMIP_Unique_3_3.xlsx --> CMIP6 diagnostic requirements
CVDP --> Climate Variability Diagnostics Package (CVDP) output for tuning simulations
dataset.txt --> Example file for affected files for errata
Drift.xlsx --> Analysis of drift in spin-up/tuning simulations
Dust_emi_australia --> Folder analysing low dust emissions/high tree cover in Australia in present-day MPI-ESM1.2-HAM simulations
Emissions.xlsx --> Comparison of emission forcing datasets
Emission_test.xlsx --> Comparison of emission input and model emission output during tuning phase
Eval_H16-H32 --> Folder analysing the impact of two tuning configurations on the historic climate
Experiment_setup.xlsx --> Details of the experiment setup of the MPI-ESM1.2-HAM AerChemMIP/CMIP6 experiments
HAMOCC --> Folder analysing possible drift in ocean biogeochemistry
Land_carbon_nitrogen --> Folder analysing land carbon/nitrogen budgets
MPI_ESM1.2.01_HAM_historic_run.xlsx --> Analysis of historic simulation
Oxidants_PI --> Folder estimating the impact of using pre-industrial/historic oxidant fields instead of present-day oxidant fields during spin-up -> would require new spin-up i.e. not feasible
quickplots --> Folder containing plots of climate of tuning simulations
Simulations --> Folder containing monitoring plots of climate of tuning simulations
Tuning_MPIESM-HAMMOZ-CMIP6.xlsx --> Analysis of tuning configurations of MPI-ESM1.2-HAM
Tuning_of_MPI-ESM1.2-HAM.docx --> Description of tuning strategy of MPI-ESM1.2-HAM
Presentations --> Presentations describing the development/performance of MPI-ESM1.2-HAM
AeroCom_2018_Neubauer_poster.pdf --> Analysis of the climate of the historical CMIP6 simulation of MPI-ESM1.2-HAM and a scenario simulation
Group_retreat_2018_Poster_David.pdf --> Analysis of the impact of two tuning configurations on the historic climate
HAMMOZ_Workshop_2017_DavidNeubauer.pdf --> Description of tuning strategy of MPI-ESM1.2-HAM
HAMMOZ_Workshop_2018_DavidNeubauer.pdf --> Evaluation of spin-up of MPI-ESM1.2-HAM
HAMMOZ_Workshop_2019_DavidNeubauer.pdf --> Preliminary analysis of spun-up model (incl. biogeochemistry, land carbon/nitrate)
Tri-MIP-athlon_2018_DavidNeubauer.pdf --> Preliminary analysis of (almost) spun-up simulations of MPI-ESM1.2-HAM