Mohrmann_et_al_NS_methane_baltic

Source codes for the paper manuscript "Nord Stream methane leaks spread across 14% of Baltic waters"

Steps to reproduce the work:

Download ocean model input files from https://data.marine.copernicus.eu/product/BALTICSEA_ANALYSISFORECAST_PHY_003_006/description
Download atmospheric forcing input files from https://cds.climate.copernicus.eu/cdsapp#!/software/app-era5-explorer?tab=overview
Adjust the Nordsstream_model_run.py to use one of the configuration files. The configuration files are inputparameters194.py (default run), and inputparameters[170,180.190] with different oxidation rates respectively.
run python Nordstream_model_run.py to generate output files in trajectory format.
run python create_histogram.py to generate a gridded output format from the trajectories generated in the previous step
Now the plots presented in the Ipython-notebooks can be reproduced.

Name		Name	Last commit message	Last commit date
Latest commit History 6 Commits
LagCorrection.ipynb		LagCorrection.ipynb
Nordstream_model_run.py		Nordstream_model_run.py
README.md		README.md
create_histogram.py		create_histogram.py
dictionaries.py		dictionaries.py
inputparameters170.py		inputparameters170.py
inputparameters180.py		inputparameters180.py
inputparameters190.py		inputparameters190.py
inputparameters194.py		inputparameters194.py
mapplotting.py		mapplotting.py
methane_utils.py		methane_utils.py
rf_NatFigure1.ipynb		rf_NatFigure1.ipynb
rf_NatFigure2.ipynb		rf_NatFigure2.ipynb
rf_NatFigure3.ipynb		rf_NatFigure3.ipynb
rf_Nordstream_mld_halocline.ipynb		rf_Nordstream_mld_halocline.ipynb
rf_mass_balance.ipynb		rf_mass_balance.ipynb
rf_synthesis_map.ipynb		rf_synthesis_map.ipynb

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