Regional climate simulations with the COSMO-CLM V. 6.0-CLM6 model by UCLouvain.
Dynamical downscaling on the CORDEX EUR-11 domain and HRes domain over Belgium at convection-permitting scale.
Model
Hourly data for Near-Surface Dew Point Temperature.
Data from the RCM at 12.5km over the EURO-CORDEX domain, extracted at gridpoints corresponding to the RMIB station locations.
See summary of the corresponding experiment for model details.
Hourly data for Surface Air Pressure.
Data from the convection-permitting RCM at 2.8km over Belgium, extracted at gridpoints corresponding to the RMIB station locations.
See summary of the corresponding experiment for model details.
Hourly data for Near-Surface Air Temperature.
Data from the RCM at 12.5km over the EURO-CORDEX domain, extracted at gridpoints corresponding to the RMIB station locations.
See summary of the corresponding experiment for model details.
Hourly data for Near-Surface Air Temperature.
Data from the convection-permitting RCM at 2.8km over Belgium, extracted at gridpoints corresponding to the RMIB station locations.
See summary of the corresponding experiment for model details.
Hourly data for Precipitation.
Data from the RCM at 12.5km over the EURO-CORDEX domain, extracted at gridpoints corresponding to the RMIB station locations.
See summary of the corresponding experiment for model details.
15-minute data for Precipitation.
Data from the convection-permitting RCM at 2.8km over Belgium, extracted at gridpoints corresponding to the RMIB station locations.
See summary of the corresponding experiment for model details.
Hourly data for Precipitation.
Data from the convection-permitting RCM at 2.8km over Belgium, extracted at gridpoints corresponding to the RMIB station locations.
See summary of the corresponding experiment for model details.
Hourly data for Near-Surface Relative Humidity.
Data from the convection-permitting RCM at 2.8km over Belgium, extracted at gridpoints corresponding to the RMIB station locations.
See summary of the corresponding experiment for model details.