CORDEX Domains for Model Integrations. Experiment, C. R. C. D. . Paper abstract bibtex This note presents the regions used for the CORDEX regional climate model integrations project and defines the RCM interior domain, i.e. the area left once the relaxation zone is excluded. Some of the domain non-rotated coordinates are shown in bold and indicate the latest corrected values from the previous document. [\n] The major difference from the document updated on 25/06/2010 is the inclusion of a new domain covering the Arab region. This leads to a total of 13 CORDEX regions.Note that the grid resolution is set to 0.44 degree by 0.44 degree for the RCMs using a rotated pole system where the model operates over an equatorial domain with a quasi-uniform resolution of approximately 50km.
@report{coordinatedregionalclimatedownscalingexperimentCORDEXDomainsModel2015,
title = {{{CORDEX}} Domains for Model Integrations},
author = {Coordinated Regional Climate Downscaling Experiment},
date = {2015},
institution = {{CORDEX, World Climate Research Programme}},
location = {{Sweden}},
url = {https://tinyurl.com/y85nxfdw},
abstract = {This note presents the regions used for the CORDEX regional climate model integrations project and defines the RCM interior domain, i.e. the area left once the relaxation zone is excluded. Some of the domain non-rotated coordinates are shown in bold and indicate the latest corrected values from the previous document.
[\textbackslash n] The major difference from the document updated on 25/06/2010 is the inclusion of a new domain covering the Arab region. This leads to a total of 13 CORDEX regions.Note that the grid resolution is set to 0.44 degree by 0.44 degree for the RCMs using a rotated pole system where the model operates over an equatorial domain with a quasi-uniform resolution of approximately 50km.},
keywords = {~INRMM-MiD:z-THSLFEYQ,cordex,definition,geospatial,projection,reference-manual,terminology}
}
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