DWDs meteorological GRIB1to2 coded parameters! (sorted by TAB,EE) Up-to-date: 08.12.2017 15:59

TAB EE UNIT1 SHORT_NAME2 DESCRIPTION2 PDIS PCAT PNUM UNIT2 LVT1 LVT2 SPTYPE
2 1 Pa P Pressure 0 3 0 Pa      
2 1 Pa PS Pressure (S) (not reduced) 0 3 0 Pa 1    
2 2 Pa PMSL Pressure Reduced to MSL 0 3 1 Pa      
2 3 Pa s-1 DPSDT Pressure Tendency (S) 0 3 2 Pa s-1 1    
2 4 K m2 kg-1 s-1 POT_VORTIC Potential vorticity 0 2 14 K m2 kg-1 s-1      
2 5 m ICAHT ICAO Standard Atmosphere reference height 0 3 3 m      
2 6 m2 s-2 FIF Geopotential (full lev) 0 3 4 m2 s-2 105 105  
2 6 m2 s-2 FIS Geopotential (S) 0 3 4 m2 s-2 1    
2 6 m2 s-2 FI Geopotential 0 3 4 m2 s-2      
2 7 gpm GH Geopotential height 0 3 5 gpm      
2 8 m HHL Geometric Height of the layer limits above sea level(NN) 0 3 6 m   101  
2 8 m HSURF Geometric Height of the earths surface above sea level 0 3 6 m 1 101  
2 10 DU TO3 Total Column Integrated Ozone 0 14 2 DU      
2 11 K T_G Temperature (G) 0 0 0 K 1    
2 11 K T_2M_CL Climat. temperature, 2m Temperature 0 0 0 K 103   0
2 11 K T Temperature 0 0 0 K      
2 11 K T_2M_AV 2m Temperature (AV) 0 0 0 K 103   0
2 11 K T_2M 2m Temperature 0 0 0 K 103    
2 12 K VTMP Virtual Temperature 0 0 1 K      
2 13 K PT Potential temperature 0 0 2 K      
2 15 K TMAX_2M Max 2m Temperature (i) 0 0 0 K 103   2
2 16 K TMIN_2M Min 2m Temperature (i) 0 0 0 K 103   3
2 16 K TMIN_2M Min 2m Temperature (i) Initialisation 0 0 0 K 103   3
2 17 K TD_2M 2m Dew Point Temperature 0 0 6 K 103    
2 17 K TD_2M_AV 2m Dew Point Temperature (AV) 0 0 6 K 103   0
2 19 K m-1 LAPSE_RATE Lapse rate 0 0 8 K m-1      
2 21 Numeric DBZ_MAX Radar spectra (1) 0 15 6 Numeric 1 8 2
2 28 Numeric WVSP1 Wave spectra (1) 10 0 0 Numeric      
2 29 Numeric WVSP2 Wave spectra (2) 10 0 1 Numeric      
2 30 Numeric WVSP3 Wave spectra (3) 10 0 2 Numeric      
2 31 degree true DD_10M Wind Direction (DD_10M) 0 2 0 degree true 103    
2 31 degree true DD Wind Direction (DD) 0 2 0 degree true      
2 32 m s-1 SP_10M Wind speed (SP_10M) 0 2 1 m s-1 103    
2 32 m s-1 SP Wind speed (SP) 0 2 1 m s-1      
2 33 m s-1 U_10M U-Component of Wind 0 2 2 m s-1 103    
2 33 m s-1 U U-Component of Wind 0 2 2 m s-1      
2 34 m s-1 V_10M V-Component of Wind 0 2 3 m s-1 103    
2 34 m s-1 V V-Component of Wind 0 2 3 m s-1      
2 35 m2 s-1 STRF Stream function 0 2 4 m2 s-1      
2 36 m2 s-1 VPOT Velocity potential 0 2 5 m2 s-1      
2 39 Pa s-1 OMEGA Vertical Velocity (Pressure) ( omega=dp/dt ) 0 2 8 Pa s-1      
2 40 m s-1 W Vertical Velocity (Geometric) (w) 0 2 9 m s-1      
2 41 s-1 ABSV Absolute Vorticity 0 2 10 s-1      
2 43 s-1 VORTIC_W vertical vorticity 0 2 12 s-1      
2 43 s-1 RELV relative vorticity 0 2 12 s-1      
2 44 s-1 RDIV Relative Divergenz 0 2 13 s-1      
2 51 kg kg-1 QV_2M Specific Humidity (2m) 0 1 0 kg kg-1 103    
2 51 kg kg-1 QV Specific Humidity 0 1 0 kg kg-1      
2 51 kg kg-1 QV_S Specific Humidity (S) 0 1 0 kg kg-1 1    
2 52 % RELHUM_2M 2m Relative Humidity 0 1 1 % 103    
2 52 % RELHUM Relative Humidity 0 1 1 %      
2 54 kg m-2 TQV Total column integrated water vapour 0 1 64 kg m-2      
2 57 kg m-2 AEVAP_S Evaporation (s) 0 1 79 kg m-2 1   1
2 58 kg m-2 TQI Total Column-Integrated Cloud Ice 0 1 70 kg m-2      
2 61 kg m-2 TOT_PREC_D Total Precipitation Difference 0 1 52 kg m-2     4
2 61 kg m-2 TOT_PREC Total Precipitation (Accumulation) 0 1 52 kg m-2     1
2 62 kg m-2 PREC_GSP Large-Scale Precipitation (Accumulation) 0 1 54 kg m-2     1
2 63 kg m-2 PREC_CON Convective Precipitation (Accumulation) 0 1 37 kg m-2     1
2 63 kg m-2 PREC_CON_D Convective Precipitation (difference) 0 1 37 kg m-2     4
2 65 kg m-2 W_SNOW Snow depth water equivalent 0 1 60 kg m-2      
2 66 m H_SNOW Snow Depth 0 1 11 m      
2 71 % CLCT Total Cloud Cover 0 6 1 %      
2 72 % CLC_CON Convective Cloud Cover 0 6 2 %      
2 73 % CLCL Cloud Cover (800 hPa - Soil) 0 6 22 % 100 1  
2 74 % CLCM Cloud Cover (400 - 800 hPa) 0 6 22 % 100 100  
2 75 % CLCH Cloud Cover (0 - 400 hPa) 0 6 22 % 100 100  
2 76 kg m-2 TQC Total Column-Integrated Cloud Water 0 1 69 kg m-2      
2 78 kg m-2 SNOW_CON Convective Snowfall water equivalent (s) 0 1 55 kg m-2     1
2 79 kg m-2 SNOW_GSP Large-Scale snowfall - water equivalent (Accumulation) 0 1 56 kg m-2     1
2 80 K T_SEA Water temperature 10 3 0 K      
2 81 Proportion FR_LAND Land Cover (1=land, 0=sea) 2 0 0 Proportion      
2 83 m Z0 Surface Roughness length Surface Roughness 2 0 1 m      
2 84 % ALB_RAD Albedo (in short-wave) 0 19 1 %      
2 84 % ALBEDO_B Albedo (in short-wave, average) 0 19 1 %     0
2 85 K T_CL_LM Soil Temperature (41 cm depth) 2 3 18 K 106    
2 85 K T_CL Soil Temperature ( 36 cm depth, vv=0h) 2 3 18 K 106    
2 85 K T_M Soil Temperature 2 3 18 K 106    
2 85 K T_S Soil Temperature 2 3 18 K 1    
2 85 K T_S_L Soil Temperature (layer) 2 3 18 K 106 106  
2 86 kg m-2 W_G3 Soil Moisture Content (0-7 cm) 2 3 20 kg m-2 106 106  
2 86 kg m-2 W_G4 Soil Moisture Content (7-50 cm) 2 3 20 kg m-2 106 106  
2 86 kg m-2 W_G2 Column-integrated Soil Moisture (2) 10-100cm 2 3 20 kg m-2 106 106  
2 86 kg m-2 W_CL Column-integrated Soil Moisture 2 3 20 kg m-2 106 106  
2 86 kg m-2 W_G1 Column-integrated Soil Moisture (1) 0 -10 cm 2 3 20 kg m-2 106 106  
2 87 % PLCOV Plant cover 2 0 4 %      
2 88 kg kg-1 SALT_LK salinity 1 2 12 kg kg-1      
2 89 kg m-3 DEN Density 0 3 10 kg m-3      
2 90 kg m-2 RUNOFF_G Water Runoff 2 0 5 kg m-2 106   1
2 90 kg m-2 RUNOFF_S Water Runoff (s) 2 0 5 kg m-2 106   1
2 91 Proportion FR_ICE Sea Ice Cover ( 0= free, 1=cover) 10 2 0 Proportion      
2 92 m H_ICE Sea Ice Thickness 10 2 1 m      
2 100 m SWH Significant height of combined wind waves and swell 10 0 3 m      
2 101 degree true MDWW Direction of wind waves 10 0 4 degree true      
2 102 m SHWW Significant height of wind waves 10 0 5 m      
2 103 s MPWW Mean period of wind waves 10 0 6 s      
2 104 degree coming from MDTS Direction of swell waves 10 0 7 degree coming from      
2 105 m SHTS Significant height of swell waves 10 0 8 m      
2 106 s MPTS Mean period of swell waves 10 0 9 s      
2 111 W m-2 ASOB_S Net short wave radiation flux (at the surface) 0 4 9 W m-2 1   0
2 111 W m-2 SOBS_RAD Net short wave radiation flux (at the surface) 0 4 9 W m-2 1    
2 111 W m-2 ASOB_S Net short wave radiation flux (at the surface) 0 4 9 W m-2 1   0
2 112 W m-2 THBS_RAD Net long wave radiation flux 0 5 5 W m-2 1    
2 112 W m-2 ATHB_S Net long wave radiation flux 0 5 5 W m-2 1   0
2 112 W m-2 ATHB_S Net long wave radiation flux (m) (at the surface) 0 5 5 W m-2 1   0
2 113 W m-2 ASOB_T Net short wave radiation flux (on the model top) 0 4 9 W m-2 8   0
2 113 W m-2 SOBT_RAD Net short wave radiation flux 0 4 9 W m-2 8    
2 113 W m-2 ASOB_T Net short wave radiation flux 0 4 9 W m-2 8   0
2 114 W m-2 THBT_RAD Net long wave radiation flux 0 5 5 W m-2 8    
2 114 W m-2 ATHB_T Net long wave radiation flux (m) (on the model top) 0 5 5 W m-2 8   0
2 114 W m-2 ATHB_T Net long wave radiation flux 0 5 5 W m-2 8   0
2 117 W m-2 GRAD Global radiation flux 0 4 3 W m-2      
2 121 W m-2 LHFL_S Latent Heat Net Flux - instant - at surface 0 0 10 W m-2 1    
2 121 W m-2 ALHFL_S Latent Heat Net Flux (m) 0 0 10 W m-2 1   0
2 122   SHFL_S Sensible Heat Net Flux - instant - at surface 0 0 11 W m-2 1    
2 122 W m-2 ASHFL_S Sensible Heat Net Flux (m) 0 0 11 W m-2 1   0
2 124 N m-2 UMFL_S Momentum Flux, U-Component (m) 0 2 17 N m-2 1    
2 124 N m-2 AUMFL_S Momentum Flux, U-Component (m) 0 2 17 N m-2 1   0
2 125 N m-2 VMFL_S Momentum Flux, V-Component (m) 0 2 18 N m-2 1    
2 125 N m-2 AVMFL_S Momentum Flux, V-Component (m) 0 2 18 N m-2 1   0
201 5 W m-2 PABS_RAD Photosynthetically active radiation 0 4 10 W m-2 1    
201 5 W m-2 APAB_S Photosynthetically active radiation (m) (at the surface) 0 4 10 W m-2 1   0
201 13 K s-1 SOHR_RAD Solar radiation heating rate 0 4 192 K s-1      
201 14 K s-1 THHR_RAD Thermal radiation heating rate 0 5 192 K s-1      
201 18 W m-2 ALHFL_BS Latent heat flux from bare soil 2 0 193 W m-2     0
201 19 W m-2 ALHFL_PL Latent heat flux from plants 2 0 194 W m-2 106   0
201 20 h                  
201 21 s m-1 RSTOM Stomatal Resistance 2 0 195 s m-1      
201 22   SWDIRS_RAD Downward direct short wave radiation flux at surface 0 4 198 W m-2 1    
201 22 W m-2 ASWDIR_S Downward direct short wave radiation flux at surface (mean over forecast time) 0 4 198 W m-2 1   0
201 23 W m-2 ASWDIFD_S Downward diffusive short wave radiation flux at surface ( mean over forecast time) 0 4 199 W m-2 1   0
201 23 W m-2 SWDIFDS_RAD Downward diffusive short wave radiation flux at surface ( mean over forecast time) 0 4 199 W m-2 1    
201 24 W m-2 ASWDIFU_S Upward diffusive short wave radiation flux at surface ( mean over forecast time) 0 4 8 W m-2 1   0
201 24 W m-2 SWDIFUS_RAD Upward diffusive short wave radiation flux at surface ( mean over forecast time) 0 4 8 W m-2 1    
201 25 W m-2 ATHD_S Downward long-wave radiation flux avg 0 5 3 W m-2 1   0
201 25 W m-2 ACCTHD_S Downward long-wave radiation flux accum 0 5 3 W m-2 1   1
201 25 W m-2 THDS_RAD Downward long-wave radiation flux 0 5 3 W m-2 1    
201 29 % CLC Cloud cover 0 6 22 %      
201 30 % CLC_SGS Non-Convective Cloud Cover, grid scale 0 6 14 %      
201 31 kg kg-1 QC Cloud Mixing Ratio 0 1 22 kg kg-1      
201 33 kg kg-1 QI Cloud Ice Mixing Ratio 0 1 82 kg kg-1      
201 35 kg kg-1 QR Rain mixing ratio 0 1 24 kg kg-1      
201 36 kg kg-1 QS Snow mixing ratio 0 1 25 kg kg-1      
201 37 kg m-2 TQR Total column integrated rain 0 1 45 kg m-2      
201 38 kg m-2 TQS Total column integrated snow 0 1 46 kg m-2      
201 39 kg kg-1 QG Grauple 0 1 32 kg kg-1      
201 40 kg m-2 TQG Total column integrated grauple 0 1 74 kg m-2      
201 41 kg m-2 TWATER Total Column integrated water (all components incl. precipitation) 0 1 78 kg m-2      
201 42 kg m-2 TDIV_HUM vertical integral of divergence of total water content (s) 0 1 192 kg m-2     1
201 43 kg kg-1 QC_RAD subgrid scale cloud water 0 1 193 kg kg-1      
201 44 kg kg-1 QI_RAD subgridscale cloud ice 0 1 194 kg kg-1      
201 48 kg m-2 TCOND_MAX Maximum total-column integrated condensed water (over given time interval) 0 1 81 kg m-2 1 8 2
201 49 kg m-2 TCOND10_MX Maximum total-column integrated condensed water above -10 C isotherm (over given time interval) 0 1 81 kg m-2 20 8 2
201 52 Numeric                  
201 53 Numeric                  
201 58 m HBAS_SC cloud base above msl, shallow convection 0 6 192 m 2 101  
201 59 m HTOP_SC Cloud top above msl, shallow convection 0 6 193 m 3 101  
201 61 kg kg-1 CLW_CON specific cloud water content, convective cloud 0 1 195 kg kg-1      
201 68 m HBAS_CON Height of Convective Cloud Base above msl 0 6 26 m 2 101  
201 69 m HTOP_CON Height of Convective Cloud Top above msl 0 6 27 m 3 101  
201 72 Numeric BAS_CON base index (vertical level) of main convective cloud (i) 0 6 194 Numeric 1    
201 73 Numeric TOP_CON top index (vertical level) of main convective cloud (i) 0 6 195 Numeric 1    
201 74 K s-1 DT_CON Temperature tendency due to convection 0 0 192 K s-1      
201 75 kg kg-1 s-1 DQV_CON Specific humitiy tendency due to convection 0 1 197 kg kg-1 s-1      
201 78 m s-2 DU_CON zonal wind tendency due to convection 0 2 192 m s-2      
201 79 m s-2 DV_CON meridional wind tendency due to convection 0 2 193 m s-2      
201 82 m HTOP_DC Height of top of dry convection above MSL 0 6 196 m 3 101  
201 83 Numeric TOP_DCON dry convection top index 0 6 202 Numeric      
201 84 m HZEROCL Height of 0 degree Celsius isotherm above msl 0 3 6 m 4 101  
201 85 m SNOWLMT Height of snow fall limit above MSL 0 1 204 m 4 101  
201 88 kg kg-1 s-1 DQC_CON Tendency of specific cloud liquid water content due to conversion 0 1 198 kg kg-1 s-1      
201 89 kg kg-1 s-1 DQI_CON tendency of specific cloud ice content due to convection 0 1 199 kg kg-1 s-1      
201 90 m HTOP_THERM Height of thermals above MSL 0 6 197 m      
201 91 Numeric C_T_LK Shape factor with respect to the temperature profile in the thermocline 1 2 10 Numeric 166 162  
201 92 m-1 GAMSO_LK Attenuation coefficient of water with respect to solar radiation 1 2 11 m-1 1 162  
201 93 m DP_BS_LK Depth of thermally active layer of bottom sediment 1 2 3 m 162 164  
201 94 m H_B1_LK Sediment thickness of the upper layer of bottom sediments 1 2 3 m 162 165  
201 95 m H_ML_LK Mixed-layer depth 1 2 0 m 1 166  
201 96 m DEPTH_LK Lake depth 1 2 0 m 1 162  
201 97 m FETCH_LK Wind fetch 0 2 33 m      
201 99 kg kg-1 Q_SEDIM Specific content of precipitation particles (needed for water loading) 0 1 196 kg kg-1      
201 100 kg m-2 s-1 PRR_GSP Large scale rain rate 0 1 77 kg m-2 s-1      
201 101 kg m-2 s-1 PRS_GSP Large scale snowfall rate water equivalent 0 1 56 kg m-2 s-1      
201 102 kg m-2 RAIN_GSP Large scale rain (Accumulation) 0 1 77 kg m-2     1
201 111 kg m-2 s-1 PRR_CON Convective rain rate 0 1 76 kg m-2 s-1      
201 112 kg m-2 s-1 PRS_CON Convective snowfall rate water equivalent 0 1 55 kg m-2 s-1      
201 113 kg m-2 RAIN_CON Convective rain 0 1 76 kg m-2     1
201 122 kg m-2 TOT_RAIN rain amount, grid-scale plus convective 0 1 65 kg m-2     1
201 123 kg m-2 TOT_SNOW snow amount, grid-scale plus convective 0 1 66 kg m-2     1
201 124 K s-1 DT_GSP Temperature tendency due to grid scale precipation 0 0 193 K s-1      
201 125 kg kg-1 s-1 DQV_GSP Specific humitiy tendency due to grid scale precipitation 0 1 200 kg kg-1 s-1      
201 127 kg kg-1 s-1 DQC_GSP tendency of specific cloud liquid water content due to grid scale precipitation 0 1 201 kg kg-1 s-1      
201 129 Numeric FRESHSNW Fresh snow factor (weighting function for albedo indicating freshness of snow) 0 1 203 Numeric      
201 130 kg kg-1 s-1 DQI_GSP tendency of specific cloud ice content due to grid scale precipitation 0 1 202 kg kg-1 s-1      
201 131 kg m-2 s-1 PRG_GSP Graupel (snow pellets) precipitation rate 0 1 75 kg m-2 s-1      
201 132 kg m-2 GRAU_GSP Graupel (snow pellets) precipitation (Accumulation) 0 1 75 kg m-2     1
201 133 kg m-3 RHO_SNOW Snow density 0 1 61 kg m-3      
201 139 Pa PP Pressure perturbation 0 3 192 Pa      
201 141 s-1 SDI_1 supercell detection index 1 (rot. up+down drafts) 0 7 192 s-1      
201 142 s-1 SDI_2 supercell detection index 2 (only rot. up drafts) 0 7 193 s-1      
201 143 J kg-1 CAPE_MU Convective Available Potential Energy, most unstable 0 7 6 J kg-1 193    
201 144 J kg-1 CIN_MU Convective Inhibition, most unstable 0 7 7 J kg-1 193    
201 145 J kg-1 CAPE_ML Convective Available Potential Energy, mean layer 0 7 6 J kg-1 192    
201 146 J kg-1 CIN_ML Convective Inhibition, mean layer 0 7 7 J kg-1 192    
201 147 J kg-1 TKE_CON Convective turbulent kinetic enery 0 19 24 J kg-1      
201 148 m2 s-3 TKETENS Tendency of turbulent kinetic energy 0 19 192 m2 s-3      
201 149 J kg-1 KE Kinetic Energy 0 2 196 J kg-1      
201 151 m2 s-3 EDR Eddy dissipitation rate of TKE 0 19 227 m2 s-3      
201 152 J kg-1 TKE Turbulent Kinetic Energy 0 19 11 J kg-1      
201 153 m2 s-1 TKVM Turbulent diffusioncoefficient for momentum 0 2 31 m2 s-1      
201 154 m2 s-1 TKVH Turbulent diffusion coefficient for heat (and moisture) 0 0 20 m2 s-1      
201 155 m2 s-3 DTKE_SSO wake-production of TKE due to sub grid scale orography 0 19 220 m2 s-3      
201 156 m2 s-3 DTKE_HSH shear-production of TKE due to separated horizontal shear modes 0 19 221 m2 s-3      
201 157 m2 s-3 DTKE_CON buoyancy-production of TKE due to sub grid scale convection 0 19 219 m2 s-3      
201 170 Numeric TCM Turbulent transfer coefficient for impulse 0 2 29 Numeric      
201 171 Numeric TCH Turbulent transfer coefficient for heat (and Moisture) 0 0 19 Numeric      
201 173 m MH mixed layer depth 0 19 3 m      
201 187 m s-1 VMAX_10M maximum Wind 10m 0 2 22 m s-1 103   2
201 190 K T_BS_LK Temperature at the lower boundary of the thermally active layer of bottom sediment 1 2 4 K 164    
201 191 K T_BOT_LK Bottom temperature (temperature at the water-bottom sediment interface) 1 2 1 K 162    
201 192 K T_B1_LK Temperature at the lower boundary of the upper layer of bottom sediment (penetrated by thermal wave) 1 2 4 K 165    
201 193 K T_WML_LK Mixed-layer temperature 1 2 1 K 1 166  
201 194 K T_MNW_LK Mean temperature of the water column 1 2 1 K 1 162  
201 196 J kg-1 LPI Lightning Potential Index 0 17 1 J kg-1      
201 196 J kg-1 LPI_MAX Maximum of Lightning Potential Index (over given time interval) 0 17 192 J kg-1     2
201 196 J kg-1 LPI Lightning Potential Index 0 17 192 J kg-1      
201 197 K T_SO Soil Temperature (multilayer model) 2 3 18 K 106    
201 198 kg m-2 W_SO Column-integrated Soil Moisture (multilayers) 2 3 20 kg m-2 106 106  
201 199 kg m-2 W_SO_ICE soil ice content (multilayers) 2 3 22 kg m-2 106 106  
201 200 kg m-2 W_I Plant Canopy Surface Water 2 0 13 kg m-2      
201 203 K T_SNOW Snow temperature (top of snow) 0 0 18 K      
201 211 s m-1 ATM_RSTC Atmospheric resistance 0 2 200 s m-1      
201 212 s m-1 RSMIN Minimal Stomatal Resistance 2 0 16 s m-1      
201 215 K T_ICE Sea Ice Temperature 10 2 8 K      
201 230 dBZ DBZ_850 Base reflectivity 0 15 1 dBZ 1    
201 230 dBZ DBZ_CMAX Base reflectivity (cmax) 0 15 1 dBZ 1 8  
201 230 dBZ DBZ Base reflectivity 0 15 1 dBZ      
201 230 dBZ DBZ_CTMAX Maximum reflectivity track (over given time interval and entire atmosphere) 0 15 1 dBZ 1 8 2
201 231                    
201 232 Numeric DTTDIV solution of 2-d Helmholtz equations - needed for restart 0 191 192 Numeric      
201 233 K s-1 SOTR_RAD Effective transmissivity of solar radiation 0 4 193 K s-1      
201 234 dBZ DBZCMP_SIM Composite reflectivity - forecast (simulation) 0 16 5 dBZ      
201 235 dBZ DBZCMP_OBS Composite reflectivity - observation 0 16 5 dBZ      
201 236 kg m-2 EVATRA_SUM sum of contributions to evaporation 2 3 192 kg m-2      
201 237 kg m-2 TRA_SUM total transpiration from all soil layers 2 3 193 kg m-2      
201 238 W m-2 TOTFORCE_S total forcing at soil surface 2 3 194 W m-2      
201 239 kg m-2 RESID_WSO residuum of soil moisture 2 3 195 kg m-2      
201 240 kg m-2 s-1 MFLX_CON Massflux at convective cloud base 0 1 205 kg m-2 s-1 2    
201 241 J kg-1 CAPE_CON Convective Available Potential Energy 0 7 6 J kg-1      
201 243 s-1 QCVG_CON moisture convergence for Kuo-type closure 0 1 206 s-1      
202 4 degree true MWD Direction of combined wind waves and swell 10 0 14 degree true      
202 7 s PPTS Peak period of total swell 10 0 36 s      
202 8 s PPWW Peak period of wind waves 10 0 35 s      
202 9 s PP1D Peak wave period 10 0 34 s      
202 10 s TM10 Mean period of combined wind waves and swell 10 0 15 s      
202 17 s TM01 Inverse mean wave frequency 10 0 25 s      
202 18 s TM02 Mean zero-crossing wave period 10 0 28 s      
202 19 degree true SPRD Wave directional width 10 0 31 degree true      
202 33 Proportion FR_PAVED Impervious (paved or sealed) surface fraction 2 0 196 Proportion      
202 34 W m-2 AHF Antropogenic heat flux (e.g. urban heating, traffic) 2 0 197 W m-2      
202 40 gpm ANA_ERR_FI analysis error(standard deviation), geopotential(gpm) 0 194 5 gpm      
202 41 m2 s-2 ANA_ERR_U analysis error(standard deviation), u-comp. of wind 0 194 2 m2 s-2      
202 42 m2 s-2 ANA_ERR_V analysis error(standard deviation), v-comp. of wind 0 194 3 m2 s-2      
202 44 m s-2 DU_SSO zonal wind tendency due to subgrid scale oro. 0 2 194 m s-2      
202 45 m s-2 DV_SSO meridional wind tendency due to subgrid scale oro. 0 2 195 m s-2      
202 46 m SSO_STDH Standard deviation of sub-grid scale orography 0 3 20 m      
202 47 Numeric SSO_GAMMA Anisotropy of sub-gridscale orography 0 3 24 Numeric      
202 48 rad SSO_THETA Angle of sub-gridscale orography 0 3 21 rad      
202 49 Numeric SSO_SIGMA Slope of sub-gridscale orography 0 3 22 Numeric      
202 55 Proportion FR_LAKE Water Fraction 1 2 2 Proportion      
202 56 Numeric EMIS_RAD surface emissivity 2 3 199 Numeric      
202 57 Numeric SOILTYP soil type of grid (1...9, local soilType.table) 2 3 196 Numeric      
202 61 Numeric LAI Leaf area index 2 0 28 Numeric      
202 62 m ROOTDP root depth of vegetation 2 0 32 m      
202 64 Pa HMO3 height of ozone maximum (climatological) 0 14 192 Pa      
202 65 Pa VIO3 vertically integrated ozone content (climatological) 0 14 193 Pa      
202 67 Numeric PLCOV_MX Plant covering degree in the vegetation phase 2 0 4 Numeric     2
202 68 Numeric PLCOV_MN Plant covering degree in the quiescent phas 2 0 4 Numeric     3
202 69 Numeric LAI_MX Max Leaf area index 2 0 28 Numeric     2
202 70 Numeric LAI_MN Min Leaf area index 2 0 28 Numeric     3
202 71 m ORO_MOD Orographie + Land-Meer-Verteilung 2 0 7 m      
202 75 Numeric FOR_E evergreen forest 2 0 29 Numeric      
202 76 Numeric FOR_D deciduous forest 2 0 30 Numeric      
202 77 Numeric NDVI normalized differential vegetation index 2 0 31 Numeric     0
202 78 Numeric NDVI_MAX normalized differential vegetation index (NDVI) 2 0 31 Numeric     2
202 79 Numeric NDVIRATIO ratio of monthly mean NDVI (normalized differential vegetation index) to annual maximum 2 0 192 Numeric      
202 79 Numeric NDVI_MRAT ratio of monthly mean NDVI (normalized differential vegetation index) to annual maximum 2 0 192 Numeric     0
202 84 Numeric AER_SO4 Total sulfate aerosol 0 20 102 Numeric      
202 84 Numeric AER_SO412 Total sulfate aerosol (12M) 0 20 102 Numeric     0
202 86 Numeric AER_DUST Total soil dust aerosol (climatology) 0 20 102 Numeric      
202 86 Numeric AER_DUST12 Total soil dust aerosol (climatology,12M) 0 20 102 Numeric     0
202 91 Numeric AER_ORG Organic aerosol 0 20 102 Numeric      
202 91 Numeric AER_ORG12 Organic aerosol (12M) 0 20 102 Numeric     0
202 92 Numeric AER_BC12 Black carbon aerosol (12M) 0 20 102 Numeric     0
202 92 Numeric AER_BC Black carbon aerosol 0 20 102 Numeric      
202 93 Numeric AER_SS Sea salt aerosol 0 20 102 Numeric      
202 93 Numeric AER_SS12 Sea salt aerosol (12M) 0 20 102 Numeric     0
202 101 s2 m-2 TIDAL tidal tendencies 1 0 192 s2 m-2      
202 104 s-1 DQVDT tendency of specific humidity 0 1 207 s-1      
202 105 s-1 m-2 QVSFLX water vapor flux 0 1 208 s-1 m-2      
202 113 s-1 FC Coriolis parameter 0 19 193 s-1      
202 114 deg N RLAT geographical latitude 0 191 1 deg N      
202 115 deg E RLON geographical longitude 0 191 2 deg E      
202 117 C SST_IC Sea surface temperature interpolated in time in C 10 3 192 C      
202 119 Pa LNPS Logarithm of Pressure 0 3 25 Pa      
202 120   USTR Friction velocity 10 0 17 m s-1      
202 121 m ZTD Delay of the GPS signal trough the (total) atm. 0 15 192 m      
202 122 m ZWD Delay of the GPS signal trough wet atmos. 0 15 193 m      
202 123 m ZHD Delay of the GPS signal trough dry atmos. 0 15 194 m      
202 129 % ALB_DIF Albedo - diffusive solar (0.3 - 5.0 m-6) 0 19 18 %      
202 129 % ALB_DIF12 Albedo - diffusive solar - time average (0.3 - 5.0 m-6) 0 19 18 %     0
202 133 s-1 VORTIC_U relative vorticity,U-component 0 2 198 s-1      
202 134 s-1 VORTIC_V relative vorticity,V-component 0 2 199 s-1      
202 180 kg kg-1 O3 Ozone Mixing Ratio 0 14 1 kg kg-1      
202 194 Bq m-3 Ru-103 Air concentration of Ruthenium 103 0 18 10 Bq m-3      
202 195 Bq m-2 Ru-103d Ru103 - dry deposition 0 18 12 Bq m-2      
202 196 Bq m-2 Ru-103w Ru103 - wet deposition 0 18 11 Bq m-2      
202 197 Bq m-3 Sr-90 Air concentration of Strontium 90 0 18 10 Bq m-3      
202 198 Bq m-2 Sr-90d Sr90 - dry deposition 0 18 12 Bq m-2      
202 199 Bq m-2 Sr-90w Sr90 - wet deposition 0 18 11 Bq m-2      
202 200 Bq m-3 I-131a Air concentration of Iodine 131 aerosol 0 18 10 Bq m-3      
202 201 Bq m-2 I-131ad I131 - dry deposition 0 18 12 Bq m-2      
202 202 Bq m-2 I-131aw I131 - wet deposition 0 18 11 Bq m-2      
202 203 Bq m-3 Cs-137 Air concentration of Caesium 137 0 18 10 Bq m-3      
202 204 Bq m-2 Cs-137d Cs137 - dry deposition 0 18 12 Bq m-2      
202 205 Bq m-2 Cs-137w Cs137 - wet deposition 0 18 11 Bq m-2      
202 206 Bq m-3 Te-132 Air concentration of Tellurium 132 0 18 10 Bq m-3      
202 207 Bq m-2 Te-132d Te132 - dry deposition 0 18 12 Bq m-2      
202 208 Bq m-2 Te-132w Te132 - wet deposition 0 18 11 Bq m-2      
202 209 Bq m-3 Zr-95 Air concentration of Zirconium 95 0 18 10 Bq m-3      
202 210 Bq m-2 Zr-95d Zr95 - dry deposition 0 18 12 Bq m-2      
202 211 Bq m-2 Zr-95w Zr95 - wet deposition 0 18 11 Bq m-2      
202 212 Bq m-3 Kr-85 Air concentration of Krypton 85 0 18 10 Bq m-3      
202 213 Bq m-2 Kr-85d Kr85 - dry deposition 0 18 12 Bq m-2      
202 214 Bq m-2 Kr-85w Kr85 - wet deposition 0 18 11 Bq m-2      
202 215 Bq m-3 Tr-2 TRACER - concentration 0 18 10 Bq m-3      
202 216 Bq m-2 Tr-2d TRACER - dry deposition 0 18 12 Bq m-2      
202 217 Bq m-2 Tr-2w TRACER - wet deposition 0 18 11 Bq m-2      
202 218 Bq m-3 Xe-133 Air concentration of Xenon 133 0 18 10 Bq m-3      
202 219 Bq m-2 Xe-133d Xe133 - dry deposition 0 18 12 Bq m-2      
202 220 Bq m-2 Xe-133w Xe133 - wet deposition 0 18 11 Bq m-2      
202 221 Bq m-3 I-131g Air concentration of Iodine 131 elementary gaseous 0 18 10 Bq m-3      
202 222 Bq m-2 I-131gd I131g - dry deposition 0 18 12 Bq m-2      
202 223 Bq m-2 I-131gw I131g - wet deposition 0 18 11 Bq m-2      
202 224 Bq m-3 I-131o Air concentration of Iodine 131 organic bounded 0 18 10 Bq m-3      
202 225 Bq m-2 I-131od I131o - dry deposition 0 18 12 Bq m-2      
202 226 Bq m-2 I-131ow I131o - wet deposition 0 18 11 Bq m-2      
202 227 Bq m-3 Ba-140 Air concentration of Barium 140 0 18 10 Bq m-3      
202 228 Bq m-2 Ba-140d Ba140 - dry deposition 0 18 12 Bq m-2      
202 229 Bq m-2 Ba-140w Ba140 - wet deposition 0 18 11 Bq m-2      
202 231 N m-2 AUSTR_SSO u-momentum flux due to SSO-effects (initialisation) 0 3 193 N m-2     0
202 231 N m-2 AUSTR_SSO u-momentum flux due to SSO-effects (initialisation) 0 3 193 N m-2     0
202 231 N m-2 USTR_SSO u-momentum flux due to SSO-effects 0 3 193 N m-2      
202 232 N m-2 AVSTR_SSO v-momentum flux due to SSO-effects 0 3 194 N m-2     0
202 232 N m-2 VSTR_SSO v-momentum flux due to SSO-effects 0 3 194 N m-2      
202 232 N m-2 AVSTR_SSO v-momentum flux due to SSO-effects (initialisation) 0 3 194 N m-2     0
202 233 W m-2 AVDIS_SSO Gravity wave dissipation (initialisation) 0 3 23 W m-2     0
202 233 W m-2 VDIS_SSO Gravity wave dissipation (vertical integral) 0 3 23 W m-2      
202 233 W m-2 AVDIS_SSO Gravity wave dissipation 0 3 23 W m-2     0
202 240 Numeric UVI_CS_COR UV Index, clear sky; corrected for albedo, aerosol and altitude 0 4 195 Numeric      
202 241 Numeric UVI_B_CS Basic UV Index, clear sky; MSL, fixed albedo, fixed aerosol 0 4 196 Numeric      
202 242 Numeric UVI_CL_COR UV Index, clouded sky; corrected for albedo, aerosol, altitude and clouds 0 4 197 Numeric      
202 243 Numeric UVI_MAX_CS UV Index, clear sky, maximum 0 4 50 Numeric     2
202 247 DU TOT_O3 Total ozone 0 14 0 DU     1
202 248 Numeric UVI_MAX_CL UV Index, clouded sky, maximum 0 4 51 Numeric     2
202 249 Numeric UVI_MAX_H Time of maximum of UV Index, clouded 0 4 194 Numeric     2
203 2 10 gpm                  
203 10 Pa-3h PPP 3 hour pressure change 0 3 195 Pa-3h      
203 29 s-1 W_SHAER Vertical speed shear 0 2 25 s-1      
203 30 J kg-1 SRH storm relative helicity 0 7 8 J kg-1      
203 33 s-2 VABS Absolute vorticity advection 0 2 197 s-2      
203 35 m2s-2 UH_MAX Maximum amplitude (positive or negative) of updraft helicity (over given time interval) 0 7 15 m2 s-2     2
203 36 s-1 VORW_CTMAX Maximum rotation amplitude (positive or negative) (over given time interval and column) 0 2 206 s-1     2
203 37 m s-1 W_CTMAX Maximum updraft track (over given time interval and column) 0 2 207 m s-1     2
203 56 C                  
203 57 Numeric SUL_PROB probability to perceive sultriness 0 192 3 Numeric      
203 58 Numeric CLO value of isolation of clothes 0 192 2 Numeric      
203 60 K PT1M perceived temperature 0 192 1 K      
203 71 kg m-2 PREC Precipitation 0 15 5 kg m-2     1
203 72 kg m-2 RADAR_RQ precipitation, qualified,BRD 0 16 192 kg m-2     1
203 73 kg m-2 RADAR_RS precipitation,BRD 0 16 193 kg m-2     1
203 75 1 RADAR_RE precipitation phase,BRD 0 16 194 Numeric     1
203 76 Numeric RADAR_RH hail flag,BRD 0 16 195 Numeric     1
203 77 0.01 m RADAR_FS snow_rate,BRD 0 16 196 0.01 m     1
203 90 Numeric CL_TYP Kombination Niederschlag-Bewoelkung-Blauthermik (cl_typ.tab) 0 19 194 Numeric      
203 91 m CCL_GND Hoehe der Konvektionsuntergrenze ueber Grund 0 6 26 m 2 1  
203 93 Numeric C_TYPE Konvektionsart (0..4) 0 6 201 Numeric      
203 94 m CCL_NN Hoehe der Konvektionsuntergrenze ueber nn 0 193 24 m 2 101  
203 99 Numeric WW weather interpretation (WMO) 0 19 25 Numeric      
203 100 s-1 VORG geostrophische Vorticity 0 193 7 s-1      
203 101 s-2 ADVORG geostrophische Vorticityadvektion 0 193 0 s-2      
203 103 m3 kg-1 s-1 ADVOR Geostrophic thickness advection 0 193 1 m3 kg-1 s-1      
203 105 m kg-1 s-1 FORCOMEGA Forcing rechte Seite Omegagleichung 0 193 8 m kg-1 s-1      
203 107 m3 kg-1 s-1 ADRTG Schichtdickenadvektion 0 193 2 m3 kg-1 s-1      
203 109 s-1 WDIV Winddivergenz 0 193 3 s-1      
203 111 m2 kg-1 s-1 QVX Q-Vektor X-Komponente (geostrophisch) 0 193 9 m2 kg-1 s-1      
203 112 m2 kg-1 s-1 QVY Q-Vektor Y-Komponente (geostrophisch) 0 193 10 m2 kg-1 s-1      
203 113 m kg-1 s-1 DIVGEO Divergenz Q (geostrophisch) 0 193 11 m kg-1 s-1      
203 114 m2 kg-1 s-1 QVNGEO Q-Vektor senkrecht zu d. Isothermen (geostrophisch) 0 193 12 m2 kg-1 s-1      
203 115 m2 kg-1 s-1 QVSGEO Q-Vektor parallel zu d. Isothermen (geostrophisch) 0 193 13 m2 kg-1 s-1      
203 116 m kg-1 s-1 DIVQNGEO Divergenz Qn geostrophisch 0 193 14 m kg-1 s-1      
203 117 m kg-1 s-1 DIVQSGEO Divergenz Qs geostrophisch 0 193 15 m kg-1 s-1      
203 118 K2 m-2 s-1 FRONTO Frontogenesefunktion 0 193 16 K2 m-2 s-1      
203 119 K m2 kg-1 s-1 PVP Potentielle Vorticity (auf Druckflaechen, nicht isentrop) 0 193 23 K m2 kg-1 s-1      
203 123 m kg-1 s-1 DIVQ Divergenz 0 193 17 m kg-1 s-1      
203 124 m2 kg-1 s-1 QVN Q-Vektor senkrecht zu den Isothermen 0 193 4 m2 kg-1 s-1      
203 125 m2 kg-1 s-1 QVS Q-Vektor parallel zu den Isothermen 0 193 18 m2 kg-1 s-1      
203 126 m kg-1 s-1 DIVQN Divergenz Qn 0 193 19 m kg-1 s-1      
203 127 m kg-1 s-1 DIVQS Divergenz Qs 0 193 20 m kg-1 s-1      
203 128 Km kg-1 s-1 FRONTOF Frontogenesis function 0 193 21 Km kg-1 s-1      
203 130 K m2 kg-1 s-1 IPV Isentrope potentielle Vorticity 0 193 25 K m2 kg-1 s-1 107    
203 131 m s-1 UP Wind X-Komponente auf isentropen Flaechen 0 193 5 m s-1      
203 132 m s-1 VP Wind Y-Komponente auf isentropen Flaechen 0 193 6 m s-1      
203 133 hPa PTHETA Druck einer isentropen Flaeche 0 3 0 Pa 107    
203 140 K KO KO index 0 7 3 K      
203 146 s-1 CATIX Clear Air Turbulence Index 0 193 22 s-1      
203 154 K THETAE Aequivalentpotentielle Temperatur 0 0 3 K      
203 157 m CEILING Ceiling 0 6 13 m      
203 181 hft PIDC_TOP_HFT Icing Top (hft) - Icing Degree Composit 0 19 198 hft      
203 181 hft PIDC_MAX_TOP_HFT Icing Max Top (hft) - Icing Degree Composit 0 19 197 hft      
203 181 hft PIDC_BASE_HFT Icing Base (hft) - Icing Degree Composit 0 19 195 hft      
203 181 Numeric PIDC_VERT_CODE Icing Vertical Code (1=continuous,2=discontinuous) - Icing Degree Composit 0 19 199 Numeric      
203 181 hft PIDC_MAX_BASE_HFT Icing Max Base (hft) - Icing Degree Composit 0 19 196 hft      
203 181 Numeric PIDC_MAX_CODE Icing Max Code (1=light,2=moderate,3=severe) - Icing Degree Composit 0 19 200 Numeric      
203 182 hft PISC_TOP_HFT Icing Top (hft) - Icing Scenario Composit 0 19 204 hft      
203 182 Numeric PISC_SIG_CODE Icing Signifikant Code (1=general,2=convective,3=stratiform,4=freezing) - Icing Scenario Composit 0 19 206 Numeric      
203 182 hft PISC_SIG_BASE_HFT Icing Signifikant Base (hft) - Icing Scenario Composit 0 19 202 hft      
203 182 Numeric PISC_VERT_CODE Icing Vertical Code (1=continuous,2=discontinuous) - Icing Scenario Composit 0 19 205 Numeric      
203 182 hft PISC_BASE_HFT Icing Base (hft) - Icing Scenario Composit 0 19 201 hft      
203 182 hft PISC_SIG_TOP_HFT Icing Signifikant Top (hft) - Icing Scenario Composit 0 19 203 hft      
203 183 Numeric DIDC_VERT_CODE Icing Vertical Code (1=continuous,2=discontinuous) - Icing Degree Composit 0 19 199 Numeric      
203 183 hft DIDC_BASE_HFT Icing Base (hft) - Icing Degree Composit 0 19 195 hft      
203 183 hft DIDC_MAX_BASE_HFT Icing Max Base (hft) - Icing Degree Composit 0 19 196 hft      
203 183 Numeric DIDC_MAX_CODE Icing Max Code (1=light,2=moderate,3=severe) - Icing Degree Composit 0 19 200 Numeric      
203 183 hft DIDC_TOP_HFT Icing Top (hft) - Icing Degree Composit 0 19 198 hft      
203 183 hft DIDC_MAX_TOP_HFT Icing Max Top (hft) - Icing Degree Composit 0 19 197 hft      
203 184 Numeric DISC_VERT_CODE Icing Vertical Code (1=continuous,2=discontinuous) - Icing Scenario Composit 0 19 205 Numeric      
203 184 hft DISC_TOP_HFT Icing Top (hft) - Icing Scenario Composit 0 19 204 hft      
203 184 hft DISC_BASE_HFT Icing Base (hft) - Icing Scenario Composit 0 19 201 hft      
203 184 hft DISC_SIG_TOP_HFT Icing Signifikant Top (hft) - Icing Scenario Composit 0 19 203 hft      
203 184 Numeric DISC_SIG_CODE Icing Signifikant Code (1=general,2=convective,3=stratiform,4=freezing) - Icing Scenario Composit 0 19 206 Numeric      
203 184 hft DISC_SIG_BASE_HFT Icing Signifikant Base (hft) - Icing Scenario Composit 0 19 202 hft      
203 191 Numeric PID_CODE Icing Degree Code (1=light,2=moderate,3=severe) 0 19 207 Numeric      
203 192 Numeric PIS_CODE Icing Scenario Code (1=general,2=convective,3=stratiform,4=freezing) 0 19 208 Numeric      
203 193 Numeric DID_CODE Icing Degree Code (1=light,2=moderate,3=severe) 0 19 207 Numeric      
203 194 Numeric DIS_CODE Icing Scenario Code (1=general,2=convective,3=stratiform,4=freezing) 0 19 208 Numeric      
203 196 Numeric ICE_GRD Icing Grade (1=LGT,2=MOD,3=SEV) 0 19 7 Numeric      
203 203 Numeric CLDEPTH modified cloud depth for media 0 6 198 Numeric      
203 204 Numeric CLCT_MOD modified cloud cover for media 0 6 199 Numeric      
203 205 Numeric WW_0-9 current weather (symbol number: 0..9) 0 19 209 Numeric      
204 1 Pa EFA-PS Monthly Mean of RMS of difference FG-AN of pressure reduced to MSL 0 3 1 Pa     5
204 2 Pa EIA-PS Monthly Mean of RMS of difference IA-AN of pressure reduced to MSL 0 3 1 Pa     5
204 3 m s-1 EFA-U Monthly Mean of RMS of difference FG-AN of u-component of wind 0 2 2 m s-1     5
204 4 m s-1 EIA-U Monthly Mean of RMS of difference IA-AN of u-component of wind 0 2 2 m s-1     5
204 5 m s-1 EFA-V Monthly Mean of RMS of difference FG-AN of v-component of wind 0 2 3 m s-1     5
204 6 m s-1 EIA-V Monthly Mean of RMS of difference IA-AN of v-component of wind 0 2 3 m s-1     5
204 7 m2 s-2 EFA-FI Monthly Mean of RMS of difference FG-AN of geopotential 0 3 4 m2 s-2     5
204 8 m2 s-2 EIA-FI Monthly Mean of RMS of difference IA-AN of geopotential 0 3 4 m2 s-2     5
204 9 % EFA-RH Monthly Mean of RMS of difference FG-AN of relative humidity 0 1 1 %     5
204 10 % EIA-RH Monthly Mean of RMS of difference IA-AN of relative humidity 0 1 1 %     5
204 11 K EFA-T Monthly Mean of RMS of difference FG-AN of temperature 0 0 0 K     5
204 12 K EIA-T Monthly Mean of RMS of difference IA-AN of temperature 0 0 0 K     5
204 13 Pa s-1 EFA-OM Monthly Mean of RMS of difference FG-AN of vert.velocity (pressure) 0 2 8 Pa s-1     5
204 14 Pa s-1 EIA-OM Monthly Mean of RMS of difference IA-AN of vert.velocity (pressure) 0 2 8 Pa s-1     5
204 15 J kg-1 EFA-KE Kinetic Energy 0 2 196 J kg-1     5
204 16 J kg-1 EIA-KE Kinetic Energy 0 2 196 J kg-1     5
204 46 0.01 m RADAR_FQ snow_rate,qualified,BRD 0 16 197 0.01 m     1
204 70 m2/3 s-1 EDP Eddy Dissipation Rate 0 19 216 m2/3 s-1      
204 71 10-7 s-2 ELD Ellrod Index 0 19 217 10-7 s-2      
205 1 K SYNME5_BT_CL Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 1 K SYNME5_BT_CS Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 1 W m sr m-2 SYNME5_RAD_CS Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 1 W m sr m-2 SYNME5_RAD_CL Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 2 K SYNME6_BT_CL Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 2 W m sr m-2 SYNME6_RAD_CL Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 2 K SYNME6_BT_CS Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 2 W m sr m-2 SYNME6_RAD_CS Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 3 K SYNME7_BT_CL_WV6.4 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 3 W m sr m-2 SYNME7_RAD_CL_WV6.4 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 3 K SYNME7_BT_CS_IR11.5 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 3 W m sr m-2 SYNME7_RAD_CS_WV6.4 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 3 W m sr m-2 SYNME7_RAD_CS_IR11.5 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 3 W m sr m-2 SYNME7_RAD_CL_IR11.5 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 3 K SYNME7_BT_CS_WV6.4 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 3 K SYNME7_BT_CL_IR11.5 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 K SYNMSG_BT_CL_IR12.1 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 W m sr m-2 SYNMSG_RAD_CS_IR12.1 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 4 K SYNMSG_BT_CS_WV6.2 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 4 K SYNMSG_BT_CL_IR13.4 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 K SYNMSG_BT_CL_IR3.9 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 K SYNMSG_BT_CL_IR8.7 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 K SYNMSG_BT_CL_WV7.3 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 K SYNMSG_BT_CS_IR8.7 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 4 K SYNMSG_BT_CS_IR10.8 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 4 K SYNMSG_BT_CS_IR12.1 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 4 K SYNMSG_BT_CS_IR3.9 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 4 K SYNMSG_BT_CS_WV7.3 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 4 W m sr m-2 SYNMSG_RAD_CL_IR10.8 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CL_IR12.1 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CL_IR3.9 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CL_IR8.7 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 4 K SYNMSG_BT_CL_WV6.2 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 W m sr m-2 SYNMSG_RAD_CL_IR13.4 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 4 K SYNMSG_BT_CL_IR10.8 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 K SYNMSG_BT_CL_IR9.7 Synth. Sat. brightness temperature cloudy 3 1 14 K      
205 4 K SYNMSG_BT_CS_IR9.7 Synth. Sat. brightness temperature clear sky 3 1 15 K      
205 4 W m sr m-2 SYNMSG_RAD_CL_IR9.7 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CS_IR13.4 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CS_WV6.2 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CL_WV7.3 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CL_WV6.2 Synth. Sat. radiance cloudy 3 1 16 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CS_IR10.8 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CS_WV7.3 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CS_IR9.7 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CS_IR8.7 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 4 W m sr m-2 SYNMSG_RAD_CS_IR3.9 Synth. Sat. radiance clear sky 3 1 17 W m sr m-2      
205 4 K SYNMSG_BT_CS_IR13.4 Synth. Sat. brightness temperature clear sky 3 1 15 K      
206 11 K T_2M_S smoothed forecast, temperature 0 0 0 K 103    
206 15 K TMAX_2M_S smoothed forecast, maximum temp. 0 0 0 K 103   2
206 16 K TMIN_2M_S smoothed forecast, minimum temp. 0 0 0 K 103   3
206 17 K TD_2M_S smoothed forecast, dew point temp. 0 0 6 K 103    
206 33 m s-1 U_10M_S smoothed forecast, u comp. of wind 0 2 2 m s-1 103    
206 34 m s-1 V_10M_S smoothed forecast, v comp. of wind 0 2 3 m s-1 103    
206 61 kg m-2 TOT_PREC_S smoothed forecast, total precipitation (Accumulation) 0 1 52 kg m-2     1
206 71 % CLCT_S smoothed forecast, total cloud cover 0 6 1 %      
206 73 % CLCL_S smoothed forecast, cloud cover low 0 6 22 % 100 1  
206 74 % CLCM_S smoothed forecast, cloud cover medium 0 6 22 % 100 100  
206 75 % CLCH_S smoothed forecast, cloud cover high 0 6 22 % 100 100  
206 79 kg m-2 SNOW_GSP_S smoothed forecast, large-scale snowfall 0 1 56 kg m-2     1
206 85 K T_S_S smoothed forecast, soil temperature 2 3 18 K 106    
206 187 m s-1 VMAX_10M_S smoothed forecast, wind speed (gust) 0 2 22 m s-1 103   2
207 61 kg m-2 TOT_PREC_C calibrated forecast, total precipitation (Accumulation) 0 1 52 kg m-2     1
207 79 kg m-2 SNOW_GSP_C calibrated forecast, large-scale snowfall 0 1 56 kg m-2     1
207 187 m s-1 VMAX_10M_C calibrated forecast, wind speed (gust) 0 2 22 m s-1 103   2
208 1 kg m2 W_SKRR_01 Probability of 1h total precipitation >= 10mm 0 195 1 kg m2     2
208 3 kg m2 U_SKRRH_01 Probability of 1h total precipitation >= 25mm 0 195 3 kg m2     2
208 14 kg m2 W_SKRR_06 Probability of 6h total precipitation >= 20mm 0 195 14 kg m2     2
208 17 kg m2 U_SKRRH_06 Probability of 6h total precipitation >= 35mm 0 195 17 kg m2     2
208 26 kg m2 W_DRR_12 Probability of 12h total precipitation >= 25mm 0 195 26 kg m2     2
208 29 kg m2 U_DRRER_12 Probability of 12h total precipitation >= 40mm 0 195 29 kg m2     2
208 32 kg m2 E_DR_12 Probability of 12h total precipitation >= 70mm 0 195 32 kg m2     2
208 69 kg m2 W_SFL_06 Probability of 6h accumulated snow >=0.5cm 0 195 69 kg m2     2
208 70 kg m2 W_SF_06 Probability of 6h accumulated snow >= 5cm 0 195 70 kg m2     2
208 71 kg m2 U_SFSK_06 Probability of 6h accumulated snow >= 10cm 0 195 71 kg m2     2
208 72 kg m2 W_SFL_12 Probability of 12h accumulated snow >=0.5cm 0 195 72 kg m2     2
208 74 kg m2 W_SF_12 Probability of 12h accumulated snow >= 10cm 0 195 74 kg m2     2
208 75 kg m2 U_SFSK_12 Probability of 12h accumulated snow >= 15cm 0 195 75 kg m2     2
208 77 kg m2 E_SF_12 Probability of 12h accumulated snow >= 25cm 0 195 77 kg m2     2
208 132 m s-1 W_WND_01 Probability of 1h maximum wind gust speed >= 14m/s 0 195 132 m s-1     2
208 134 m s-1 W_STM_01 Probability of 1h maximum wind gust speed >= 18m/s 0 195 134 m s-1     2
208 136 m s-1 W_STMSW_01 Probability of 1h maximum wind gust speed >= 25m/s 0 195 136 m s-1     2
208 137 m s-1 U_ORKAR_01 Probability of 1h maximum wind gust speed >= 29m/s 0 195 137 m s-1     2
208 138 m s-1 U_ORK_01 Probability of 1h maximum wind gust speed >= 33m/s 0 195 138 m s-1     2
208 139 m s-1 E_ORK_01 Probability of 1h maximum wind gust speed >= 39m/s 0 195 139 m s-1     2
208 191 Numeric W_GLEIS_01 Probability of black ice during 1h 0 195 191 Numeric     2
208 197 Numeric W_GEW_01 Probability of thunderstorm during 1h 0 195 197 Numeric     2
208 198 Numeric W_GEWSK_01 Probability of heavy thunderstorm during 1h 0 195 198 Numeric     2
208 199 Numeric U_GEWSW_01 Probability of severe thunderstorm during 1h 0 195 199 Numeric     2
208 212 Numeric W_SVW_12 Probability of snowdrift during 12h 0 195 212 Numeric     2
208 213 Numeric U_SVWSK_12 Probability of strong snowdrift during 12h 0 195 213 Numeric     2
208 232 K W_FR_01 Probability of temperature < 0 deg C during 1h 0 195 232 K     3
208 236 K W_FRSTR_06 Probability of temperature <= -10 deg C during 6h 0 195 236 K     3
210 21 Numeric TS Prob Gewitter 0 196 1 Numeric      
210 22 Numeric TSX Prob Starkes Gewitter 0 196 2 Numeric      
210 23 Numeric TSXX Prob Schweres Gewitter 0 196 3 Numeric      
210 24 Numeric RA25 Prob Dauerregen 0 196 4 Numeric      
210 25 Numeric RA40 Prob Ergiebiger Dauerregen 0 196 5 Numeric      
210 26 Numeric RA70 Prob Extrem ergiebiger Dauerregen 0 196 6 Numeric      
210 27 Numeric BLSN6 Prob Schneeverwehung 0 196 7 Numeric      
210 28 Numeric BLSN8 Prob Starke Schneeverwehung 0 196 8 Numeric      
210 29 Numeric FZ Prob Glaette 0 196 9 Numeric      
210 30 Numeric FZRA Prob oertlich Glatteis 0 196 10 Numeric      
210 31 Numeric FZRAX Prob Glatteis 0 196 11 Numeric      
210 32 Numeric FG Prob Nebel (ueberoertl. Sichtweite < 150 m) 0 196 12 Numeric      
210 33 Numeric TAU Prob Tauwetter 0 196 13 Numeric      
210 34 Numeric TAUX Prob Starkes Tauwetter 0 196 14 Numeric      
242 33 kg m-3 VSOILA mass concentration of dust (minimum mode) 0 197 33 kg m-3      
242 34 kg m-3 VSOILB mass concentration of dust (medium mode) 0 197 34 kg m-3      
242 35 kg m-3 VSOILC mass concentration of dust (maximum mode) 0 197 35 kg m-3      
242 72 m-3 VSOILA0 number concentration of dust (minimum mode) 0 197 72 m-3      
242 73 m-3 VSOILB0 number concentration of dust (medium mode) 0 197 73 m-3      
242 74 m-3 VSOILC0 number concentration of dust (maximum mode) 0 197 74 m-3      
242 251 kg m-3 VSOILS mass concentration of dust (sum of all modes) 0 197 251 kg m-3      
242 252 m-3 VSOILS0 number concentration of dust (sum of all modes) 0 197 252 m-3      
250 20 % RH_MIX_EC relative humidity over mixed phase 0 1 220 %