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| - | ====== Meteorological input files ====== | ||
| - | |||
| - | Currently all meteorological input files are available on stallo. The input files are processed from different NWP models: Parlam-PS (old Hirlam version), Hirlam20 (Hirlam version 7.1.3), IFS, Hirham (Hirlam version) and are available on NetCDF format. | ||
| - | |||
| - | ===== Hirlam ===== | ||
| - | The EMEP-H20 dataset is made of Hirlam version 7.1.3 runs on extended EMEP area covering EECCA countries (370x380 gridboxes) with rotated spherical coordinates (0.2^o×0.2^o~20x20km²) on 40 eta levels interpolated to polarstereographic coordinates (50x50km² or 25x25km²) on 20 vertical sigma levels. A EMEP-H10 dataset (only for 2006!) is also made of Hirlam version 7.1.3 on a reduced EMEP area (covering central Europe)(500x500 gridboxes) with rotated spherical coordinates (0.1^ox0.1^o~10x10km²) on 40 eta levels interpolated to polarstereographic coordinates (10x10km²) on 20 vertical sigma levels. | ||
| - | |||
| - | Basic parameters 2D: | ||
| - | ^ Parameter Name ^ Unit ^ Validity | ||
| - | | surface_pressure | Pa | Inst | | | ||
| - | | PS | Pa | Inst | Same as above!| | ||
| - | | temperature_2m | K | Inst | | | ||
| - | | surface_flux_sensible_heat | J/m² | Accum | | | ||
| - | | surface_flux_latent_heat | J/m² | Accum | | | ||
| - | | surface_stress | Pa s | Accum | | | ||
| - | | snow_depth | m | Inst | | | ||
| - | | sea_surface_temperature | K | Inst | | | ||
| - | | fraction_of_ice | % | Inst | | | ||
| - | |||
| - | Extra parameters 2D: (possible to retrieve for all 50/25 km years!) | ||
| - | ^ Parameter Name ^ Unit ^ Validity | ||
| - | | relative_humidity_2m | % | Inst | | | ||
| - | | u10 | m/s | Inst | | | ||
| - | | v10 | m/s | Inst | | | ||
| - | |||
| - | Basic parameters 3D: | ||
| - | ^ Parameter Name ^ Unit ^ Validity | ||
| - | | u_wind | m/s | Inst | staggered | | ||
| - | | v_wind | m/s | Inst | staggered | | ||
| - | | specific_humidity | [0,100] | Inst | | | ||
| - | | potential_temperature | K | Inst | | | ||
| - | | sigma_dot | 1/s | Inst | | | ||
| - | | cloudwater | kg/kg | Inst | | | ||
| - | | precipitation | mm | Accum | | | ||
| - | | 3D_cloudcover | % | Inst | | | ||
| - | |||
| - | Extra parameters 3D: (not possible to retrieve for other years!) | ||
| - | ^ Parameter Name ^ Unit ^ Validity | ||
| - | | convective_updraft_flux | kg/m²s | Accum | 2006 and 2008 | | ||
| - | | convective_updraft_detrainment | m/s | Inst | 2006 and 2008 | | ||
| - | | convective_downdraft_flux | kg/m²s | Accum | 2006 and 2008 | | ||
| - | | convective_downdraft_detrainment | m/s | Inst | 2006 and 2008 | | ||
| - | | convective_3D_precipitation | mm | Accum | only 2008 | | ||
| - | | eddy_diffusion_coefficient | m²/s | Inst | only 2008 | | ||
| - | |||
| - | ==== EECCA 50 ==== | ||
| - | 132x159 gridsquares | ||
| - | <code bash> | ||
| - | / | ||
| - | </ | ||
| - | * 2006/ : Basic parameters | ||
| - | * 2006_conv/ : Basic parameters + Extra parameters: u10, v10, relative_humidity_2m, | ||
| - | * 2007/ : Basic parameters | ||
| - | * 2008/ : Basic parameters + Extra parameters: u10, v10, relative_humidity_2m, | ||
| - | |||
| - | ==== EECCA 25 ==== | ||
| - | 264x318 gridsquares | ||
| - | <code bash> | ||
| - | / | ||
| - | </ | ||
| - | * 2006/ : Basic parameters | ||
| - | * 2007/ : Basic parameters | ||
| - | |||
| - | ==== EECCA 10 ==== | ||
| - | 560x480 gridsquares | ||
| - | <code bash> | ||
| - | / | ||
| - | </ | ||
| - | * 2006/ : less than Basic parameters! | ||
| - | |||
| - | ===== IFS 29r2 ===== | ||
| - | IFS is the current NWP model running operationally at the ECMWF. The global fields are described on lon lat coordinates with 60/91 vertical eta levels. | ||
| - | 2006 is run by UiO with IFS Cycle 29r2 run on T319 (0.5625^o~50km). | ||
| - | The Unified EMEP model can run on lon lat, but for comparison studies some dataset has been created for the EECCA area by interpolating to polarstereographic projection (50x50km², | ||
| - | |||
| - | Parameters 2D: | ||
| - | ^ Parameter Name ^ Unit ^ Validity | ||
| - | | surface_pressure | Pa | Inst | | | ||
| - | | temperature_2m | K | Inst | | | ||
| - | | surface_flux_sensible_heat | W/m² | Accum | | | ||
| - | | surface_flux_latent_heat | W/m² | Accum | | | ||
| - | | surface_stress | Pa s | Accum | | | ||
| - | |||
| - | Parameters 3D: | ||
| - | ^ Parameter Name ^ Unit ^ Validity | ||
| - | | u_wind | m/s | Inst | staggered | | ||
| - | | v_wind | m/s | Inst | staggered | | ||
| - | | specific_humidity | kg/kg | Inst | | | ||
| - | | potential_temperature | K | Inst | | | ||
| - | | sigma_dot | 1/s | Inst | | | ||
| - | | precipitation | mm | Accum | | | ||
| - | | convective_precipitation | mm | Accum | only in GLOBAL dataset!| | ||
| - | | 3D_cloudcover | % | Inst | | | ||
| - | | cloud_liquid_water_content | kg/kg | Inst | only in GLOBAL dataset! | | ||
| - | | convective_updraft_flux | kg/m²s | Accum | only in GLOBAL dataset! | | ||
| - | | convective_updraft_detrainment | m/s | Inst | only in GLOBAL dataset! | | ||
| - | | convective_downdraft_flux | kg/m²s | Accum | only in GLOBAL dataset! | | ||
| - | | convective_downdraft_detrainment | m/s | Inst | only in GLOBAL dataset! | | ||
| - | |||
| - | ==== GLOBAL ==== | ||
| - | <code bash> | ||
| - | / | ||
| - | </ | ||
| - | * 2006/ | ||
| - | |||
| - | ==== EECCA 50 ==== | ||
| - | 132x159 gridsquares | ||
| - | <code bash> | ||
| - | / | ||
| - | </ | ||
| - | * 2006/ | ||
| - | |||
| - | ===== IFS 36r1 ===== | ||
| - | IFS is the current NWP model running operationally at the ECMWF. The global fields are described on lon lat coordinates with 60/91 vertical eta levels. | ||
| - | 2008 has been run with IFS Cycle 36r1 on T799 (0.225^o~25km) taking out the levels 24 to 60 (87hPa-1013hPa). | ||
| - | |||
| - | |||
| - | ===== Hirham ===== | ||
| - | |||
| - | ===== Parlam-PS ===== | ||
| - | The EMEP-PPS is a special version of the HIRLAM-3 created in 2000 covering the past EMEP grid (170x133) on a polarsterographic projection. These meteorological input files are both available on a special felt-format specially created as Unified EMEP model input, but has been also converted to NetCDF format (can run Unimod with both input formats). | ||
| - | |||
| - | Felt format is available from: | ||
| - | <code bash> | ||
| - | / | ||
| - | </ | ||
| - | for the following years: 1990, 1995-2006 (+200701) | ||
| - | |||
| - | The following is describing the files on NetCDF format. | ||
| - | |||
| - | Parameters 2D: | ||
| - | ^ Parameter Name ^ Unit ^ Validity | ||
| - | | surface_pressure | Pa | Inst | | | ||
| - | | temperature_2m | K | Inst | | | ||
| - | | relative_humidity_2m | % | Inst | | | ||
| - | | surface_flux_sensible_heat | W/m² | Inst | | | ||
| - | | surface_flux_latent_heat | W/m² | Inst | | | ||
| - | | surface_stress | Pa s | Inst | | | ||
| - | | snow_depth | m | Inst | | | ||
| - | | soil_water_content | m | Inst | | | ||
| - | | deep_soil_water_content | m | Inst | | | ||
| - | | sea_surface_temperature | K | Inst | | | ||
| - | | fraction_of_ice | % | Inst | | | ||
| - | |||
| - | Parameters 3D: | ||
| - | ^ Parameter Name ^ Unit ^ Validity | ||
| - | | u_wind | m/s | Inst | staggered | | ||
| - | | v_wind | m/s | Inst | staggered | | ||
| - | | specific_humidity | kg/kg | Inst | | | ||
| - | | potential_temperature | K | Inst | | | ||
| - | | sigma_dot | 1/s | Inst | | | ||
| - | | precipitation | mm | Accum | | | ||
| - | | 3D_cloudcover | % | Inst | | | ||
| - | |||
| - | ==== EMEP ==== | ||
| - | 170x133 gridsquares | ||
| - | <code bash> | ||
| - | / | ||
| - | </ | ||
| - | * 1980, 1985, 1990, 1995-2006 | ||
| - | |||
| - | |||