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  • nextGEMS Simulations
    • IFS-FESOM2 4km
    • IFS-NEMO 4km
    • IFS-NEMO 9km
    • IFS-NEMO-DEEPon 4km
    • Cycle 1 ICON dpp0052
    • Cycle 1 ICON dpp0066
    • Cycle 2 ICON 5km (ngc2009)
    • Cycle 2 ICON 10 km (ngc2012)
    • Cycle 2 ICON 10 km (ngc2013)
    • Cycle 2 ICON 10 km (rthk001)
    • Cycle 2 ICON 5km (ngc2009_irad32)
    • Cycle 2 ICON 5km (ngc2009_irad33)
    • Cycle 2 IFS 2.5km (tco3999-ng5)
    • Cycle 2 IFS 4 km (tco2559-ng5)
    • Cycle 2 IFS 9 km (tco1279-orca025)
  • DYAMOND Model intercomparison(s)
    • DYAMOND Summer
      • ARPEGE NH
      • FV3
      • GEOS
      • ICON
      • IFS
      • MPAS
      • NICAM
      • SAM
      • Unified Model (UM)
      • DKRZs JupyterHub
      • Create a cdo / paraview compatible grid file from a raw geos file
      • DYAMOND Winter dpp0029/dpp0033 - a beginner’s guide
        • Example Jupyter notebook
    • DYAMOND Winter
      • ARPEGE-nh
      • GEM
      • GEOS
      • GRIST
      • ICON
      • IFS
      • MPAS
      • NICAM
      • gSAM
      • SCREAM
      • GFDL X-SHiELD
      • Unified Model (UM)
      • ARPEGE-NH 2km
      • GEOS 3km
      • ICON-NWP 2km
      • ICON-SAP 5km
      • DYAMOND Winter dpp0029 output
      • IFS 4km
      • IFS 9km
      • NICAM 3km
      • gSAM 4km
      • SCREAM 3km
      • SHiELD 3km
      • UM 5km
      • DKRZs JupyterHub
      • Working with Intake-ESM
        • Loading data from the catalog
        • Map Plotting with Intake and datashader
        • Caching results of computations for later use
        • Accessing the metadata of variables
        • Calculating zonal means
        • Using intake together with CDO
        • Getting file names from intake with a command-line python script
        • Some helper functions
        • Robust Script for getting variable metadata
        • Plotting 2m air temperature for all DYAMOND WINTER simulations
      • Create a cdo / paraview compatible grid file from a raw geos file
      • DYAMOND Winter dpp0029/dpp0033 - a beginner’s guide
        • Example Jupyter notebook
      • Getting file names from intake with a command-line python script
    • The DYAMOND Data Library
  • CMIP (via cmip-data-pool.dkrz.de)

Information about simulations#

Here we provide information regarding simulations.

  • nextGEMS Simulations
    • Model development overview
    • Cycle 1
    • Cycle 2
  • DYAMOND Model intercomparison(s)
    • Phases
    • Getting the data
    • How to work with the data?
    • Other info
  • CMIP (via cmip-data-pool.dkrz.de)

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