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Please note that the domains are not on regular grids. Projections may differ depending on the domain and the Regional Climate Model (RCM). The coordinates below are the maximum and minimum values of the domain window. As a summary, the available domains are:

NameShort nameSouthernmost latitudeNorthernmost latitudeWesternmost longitudeEasternmost longitudeHorizontal resolution (degrees)
EuropeEUR-1127°N72°N22°W45°E0.11° x 0.11°
MediterraneanMED-1125°N52°N21°W50°E0.11° x 0.11°
MED-4425°N52°N21°W50°E0.44° x 0.44°
North AmericaNAM-2212°N59°N171°W24°W0.22° x 0.22°
NAM-4412°N59°N171°W24°W0.44° x 0.44°
ArcticARC-2246°N90°N180°W180°E0.22° x 0.22°
ARC-4446°N90°N180°W180°E0.44° x 0.44°

Experiments

The CDS-CORDEX subset consists of the following CORDEX experiments partly derived from the CMIP5 ones:

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  • The Quality Assurance compliance checking tool from DKRZ is used to check that: 
    • the file name adheres to the CORDEX file naming convention, 
    • the global attributes of the NetCDF file are consistent with filename,
    • there are no omissions of required CORDEX metadata.
    • The CF-Checker Climate and Forecast (CF) conventions checker (included in the QA-DKRZ) ensures that any metadata that is provided is consistent with the CF conventions

The figure below shows a scheme that classifies the tests performed by the QA-DKRZ tool in twelve categories (in green) showing the specific tests/checks in each case.

  • When possible (i.e., optional),  the Time Axis checker developed by the IPSL is used to check the temporal dimension of the data:
    • for individual files the time dimension of the data is checked to ensure it is valid and is consistent with the temporal information in the filename, 
    • where more than one file is required to generate a time-series of data, the files have been checked to ensure there are no temporal gaps or overlaps between the files.

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