Repository for submitted research article:
"The impact of meltwater discharge from the Greenland ice sheet on the Atlantic nutrient supply to the Northwest European Shelf"
by Moritz Mathis and Uwe Mikolajewicz
Journal: Ocean Science Discussion 
URL: https://www.ocean-sci-discuss.net/os-2019-100/#discussion

MPIOM_RMEO_code.tar includes the model source code for all model components MPIOM, HAMOCC, REMO and the coupler OASIS, as well as corresponding compile scripts.

NetCDF files contain the time series shown in the figures of the article. Applied post-processing can be found in the meta data of a NetCDF file (accessible e.g. by using ncdump).

Fig. 3:
185_atlantic_moc_1990-2180_yavrt_30N_runmean10.nc
186_187_atlantic_moc_1960-2150_yavrt_30N_runmean10_ensmean.nc
186_188_atlantic_moc_1960-2150_yavrt_30N_runmean10_ensmean.nc
186_190_atlantic_moc_1960-2150_yavrt_30N_runmean10_ensmean.nc
185_aou_1990-2180_yavrt_500-1000m_NEAtlantic_runmean10.nc
186_187_aou_1960-2150_yavrt_500-1000m_NEAtlantic_runmean10_ensmean.nc
186_188_aou_1960-2150_yavrt_500-1000m_NEAtlantic_runmean10_ensmean.nc
186_190_aou_1960-2150_yavrt_500-1000m_NEAtlantic_runmean10_ensmean.nc
185_phosph_1990-2180_yavrt_500-1000m_NEAtlantic_runmean10.nc
186_187_phosph_1960-2150_yavrt_500-1000m_NEAtlantic_runmean10_ensmean.nc
186_188_phosph_1960-2150_yavrt_500-1000m_NEAtlantic_runmean10_ensmean.nc
186_190_phosph_1960-2150_yavrt_500-1000m_NEAtlantic_runmean10_ensmean.nc

Fig. 6:
186_187_umo_1960-2150_yavrt_i258_top500_vertsum_j286j288_fldsum_runmean10_ensmean.nc
186_188_umo_1960-2150_yavrt_i258_top500_vertsum_j286j288_fldsum_runmean10_ensmean.nc
186_190_umo_1960-2150_yavrt_i258_top500_vertsum_j286j288_fldsum_runmean10.nc
186_187_rhoisit_1960-2150_yavrt_500-1000m_delta_62N-45N_runmean10_ensmean.nc
186_188_rhoisit_1960-2150_yavrt_500-1000m_delta_62N-45N_runmean10_ensmean.nc
186_190_rhoisit_1960-2150_yavrt_500-1000m_delta_62N-45N_runmean10.nc

Fig. 8:
185_uko_vke_1990-2180_yavrt_top500m_abs_NEAtlantic_runmean10.nc
186_187_uko_vke_1960-2150_yavrt_top500m_abs_NEAtlantic_runmean10_ensmean.nc
186_188_uko_vke_1960-2150_yavrt_top500m_abs_NEAtlantic_runmean10_ensmean.nc
186_190_uko_vke_1960-2150_yavrt_top500m_abs_NEAtlantic_runmean10.nc

Fig. 9:
186_187_surfphosph_1920-2150_marcht_i258_j283j290.nc
186_187_surfphosph_1920-2150_marcht_i258_20-15W.nc
186_190_surfphosph_1920-2150_marcht_i258_j283j290.nc
186_190_surfphosph_1920-2150_marcht_i258_20-15W.nc
186_188_surfphosph_1920-2150_marcht_i258_j283j290.nc
186_188_surfphosph_1920-2150_marcht_i258_20-15W.nc
185_surfphosph_1950-2180_marcht_i258_j283j290.nc
185_surfphosph_1950-2180_marcht_i258_20-15W.nc

Fig. 11:
186_187_transports_po4_NS_1960-2150_DJFMt_runmean10_ensmean.nc
186_188_transports_po4_NS_1960-2150_DJFMt_runmean10_ensmean.nc
186_190_transports_po4_NS_1960-2150_DJFMt_runmean10.nc

Fig. 12:
005_hamocc_data_2d_mm_1990-2180_marcht_NEAtlantic_runmean10.nc
005_hamocc_data_2d_mm_1990-2180_marcht_nNS_runmean10.nc
002_008_hamocc_data_2d_mm_1960-2150_marcht_nNS_runmean10_ensmean.nc
002_008_hamocc_data_2d_mm_1960-2150_marcht_NEAtlantic_runmean10.nc
002_007_hamocc_data_2d_mm_1960-2150_marcht_nNS_runmean10_ensmean.nc
002_007_hamocc_data_2d_mm_1960-2150_marcht_NEAtlantic_runmean10_ensmean.nc
002_003_hamocc_data_2d_mm_1960-2150_marcht_nNS_runmean10_ensmean.nc
002_003_hamocc_data_2d_mm_1960-2150_marcht_NEAtlantic_runmean10_ensmean.nc
194_201_hamocc_data_mm_1920-2150_marcht_nNS_runmean10.nc
186_190_surfphosph_1960-2150_marcht_NEAtlantic_runmean10.nc
186_188_surfphosph_1960-2150_marcht_NEAtlantic_runmean10_ensmean.nc
186_188_hamocc_data_mm_1920-2150_marcht_nNS_runmean10_ensmean.nc
186_187_surfphosph_1960-2150_marcht_NEAtlantic_runmean10_ensmean.nc
186_187_hamocc_data_mm_1920-2150_marcht_nNS_runmean10_ensmean.nc
185_surfphosph_1990-2180_marcht_NEAtlantic_runmean10.nc
185_hamocc_data_mm_1950-2180_marcht_nNS_runmean10.nc