| Index | Abbreviation | Units | Longname |
| 1 | DW_SW_FLUX | W/m**2 | downward shortwave radiant flux density |
| 2 | UW_SW_FLUX | W/m**2 | upward shortwave radiant flux density |
| 3 | DW_LW_FLUX | W/m**2 | downward longwave radiant flux density |
| 4 | UW_LW_FLUX | W/m**2 | upward longwave radiant flux density |
| 5 | APAB_S | W/m**2 | downwd photosynthetic active radiant flux density |
| 6 | NET_S_FLUX | W/m**2 | net shortwave flux |
| 7 | NET_L_FLUX | W/m**2 | net longwave flux |
| 8 | NET_FLUX | W/m**2 | total net radiative flux density |
| 9 | DW_SW_CLFR | W/m**2 | downw shortw radiant flux density, cloudfree part |
| 10 | UW_SW_CLDY | W/m**2 | upw shortw radiant flux density, cloudy part |
| 11 | DW_LW_CLFR | W/m**2 | downw longw radiant flux density, cloudfree part |
| 12 | UW_LW_CLDY | W/m**2 | upw longw radiant flux density, cloudy part |
| 13 | SOHR_RAD | K/s | shortwave radiative heating rate |
| 14 | THHR_RAD | K/s | longwave radiative heating rate |
| 15 | RAD_HEAT | K/s | total radiative heating rate |
| 16 | SOILHEAT_S | W/m**2 | soil heat flux, surface |
| 17 | SOILHEAT_L | W/m**2 | soil heat flux, bottom of layer |
| 20 | SUNSHHRS | h | sunshine hours |
| 29 | CLC | 1 | cloud cover, grid scale + convective |
| 30 | CLC_GR_SC | 1 | cloud cover, grid scale (0...1) |
| 31 | QC | kg/kg | specific cloud water content, grid scale |
| 32 | CLW_GS_VI | kg/m**2 | cloud water content, grid scale, vert integrated |
| 33 | QI | kg/kg | specific cloud ice content, grid scale |
| 34 | CLI_GS_VI | kg/m**2 | cloud ice content, grid scale, vert integrated |
| 35 | SRC_GR_SC | kg/kg | specific rainwater content, grid scale |
| 36 | SSC_GR_SC | kg/kg | specific snow content, grid scale |
| 37 | SRC_GS_VI | kg/m**2 | specific rainwater content, gs, vert. integrated |
| 38 | SSC_GS_VI | kg/m**2 | specific snow content, gs, vert. integrated |
| 39 | QG | kg kg-1 | specific graupel content |
| 40 | TQG | kg m-2 | total graupel content vertically integrated |
| 41 | TOT_WATER | kg/(m**2) | vert. integral of humidity, cloud water (and ice) |
| 42 | HUM_DIV | kg/(m**2) | vert. integral of divergence of tot. water content |
| 43 | QC_RAD | kg kg-1 | sub scale specific cloud water content |
| 44 | QI_RAD | kg kg-1 | subscale specific cloud ice content |
| 50 | CH_CM_CL | 1 | cloud covers CH_CM_CL (000...888) |
| 51 | CL_COV_CH | 1 | cloud cover CH (0..8) |
| 52 | CL_COV_CM | 1 | cloud cover CM (0..8) |
| 53 | CL_COV_CL | 1 | cloud cover CL (0..8) |
| 54 | CLOUD_COV | 1 | total cloud cover (0..8) |
| 55 | FOG | 1 | fog (0..8) |
| 56 | FOG | 1 | fog |
| 58 | HBAS_SC | m | height of shallow convective cloud base |
| 59 | HTOP_SC | m | height of shallow convective cloud top |
| 60 | CLC_CON_CI | 1 | cloud cover, convective cirrus (0...1) |
| 61 | CLW_CON | kg/kg | specific cloud water content, convective clouds |
| 62 | CLW_CON_VI | kg/m**2 | cloud water content, conv clouds, vert integrated |
| 63 | CLI_CON | kg/kg | specific cloud ice content, convective clouds |
| 64 | CLI_CON_VI | kg/m**2 | cloud ice content, conv clouds, vert integrated |
| 65 | MASS_FL_CO | kg/(s*m**2) | convective mass flux |
| 66 | UPD_VEL_CO | m/s | updraft velocity, convection |
| 67 | ENTR_P_CO | m**(-1) | entrainment parameter, convection |
| 68 | HBAS_CON | m | cloud base, convective clouds (above msl) |
| 69 | HTOP_CON | m | cloud top, convective clouds (above msl) |
| 70 | CON_LAYERS | 1 | convective layers (00...77) (BKE) |
| 71 | KO_INDEX | 1 | KO-index |
| 72 | BAS_CON | 1 | convection base index |
| 73 | TOP_CON | 1 | convection top index |
| 74 | DT_CON | K/s | convective temperature tendency |
| 75 | DQV_CON | s**(-1) | convective tendency of specific humidity |
| 76 | H_TEN_CO | J/(kg*s) | convective tendency of total heat |
| 77 | QDW_TEN_CO | s**(-1) | convective tendency of total water |
| 78 | DU_CON | m/s**2 | convective momentum tendency (X-component) |
| 79 | DV_CON | m/s**2 | convective momentum tendency (Y-component) |
| 80 | VOR_TEN_CO | s**(-2) | convective vorticity tendency |
| 81 | DIV_TEN_CO | s**(-2) | convective divergence tendency |
| 82 | HTOP_DC | m | top of dry convection (above msl) |
| 83 | TOP_IND_DC | 1 | dry convection top index |
| 84 | HZEROCL | m | height of 0 degree Celsius isotherm above msl |
| 85 | SNOWLMT | m | height of snow fall limit in m above sea level |
| 91 | C_T_LK | index | shape factor of temperature profile in lake thermocline |
| 92 | GAMSO_LK | m-1 | attenuation coefficient for solar radiation in lake water |
| 93 | DP_BS_LK | m | thickness of thermally active layer of bottom sediment |
| 94 | H_B1_LK | m | thickness of the upper layer of bottom sediments |
| 95 | H_ML_LK | m | thickness of the mixed layer |
| 96 | DEPTH_LK | m | lake depth |
| 97 | FETCH_LK | m | wind fetch over lake |
| 99 | QRS | index | precipitation water (water loading) |
| 100 | PRR_GSP | kg/(s*m**2) | surface precipitation rate, rain, grid scale |
| 101 | PRS_GSP | kg/(s*m**2) | surface precipitation rate, snow, grid scale |
| 102 | RAIN_GSP | kg/m**2 | surface precipitation amount, rain, grid scale |
| 103 | CONDENS_GS | kg/(kg*s) | condensation rate, grid scale |
| 104 | AUTOCON_GS | kg/(kg*s) | autoconversion rate, grid scale (C+C --> R) |
| 105 | ACCRET_GS | kg/(kg*s) | accretion rate, grid scale (R+C --> R) |
| 106 | NUCLEAT_GS | kg/(kg*s) | nucleation rate, grid scale (C+C --> S) |
| 107 | RIMING_GS | kg/(kg*s) | riming rate, grid scale (S+C --> S) |
| 108 | DEPOSIT_GS | kg/(kg*s) | deposition rate, grid scale (S+V <--> S) |
| 109 | MELTING_GS | kg/(kg*s) | melting rate, grid scale (S --> R) |
| 110 | EVAPOR_GS | kg/(kg*s) | evaporation rate, grid scale (R+V <-- R) |
| 111 | PRR_CON | kg/(s*m**2) | surface precipitation rate, rain, convective |
| 112 | PRS_CON | kg/(s*m**2) | surface precipitation rate, snow, convective |
| 113 | RAIN_CON | kg/m**2 | surface precipitation amount, rain, convective |
| 114 | CONDENS_CO | kg/(kg*s) | condensation rate, convective |
| 115 | AUTOCON_CO | kg/(kg*s) | autoconversion rate, convective |
| 116 | ACCRET_CO | kg/(kg*s) | accretion rate, convective |
| 117 | NUCLEAT_CO | kg/(kg*s) | nucleation rate, convective |
| 118 | RIMING_CO | kg/(kg*s) | riming rate, convective |
| 119 | SUBLIM_CO | kg/(kg*s) | sublimation rate, convective |
| 120 | MELTING_CO | kg/(kg*s) | melting rate, convective |
| 121 | EVAPOR_CO | kg/(kg*s) | evaporation rate, convective |
| 122 | RAIN_AM | kg/m**2 | rain amount, grid-scale plus convective |
| 123 | SNOW_AM | kg/m**2 | snow amount, grid-scale plus convective |
| 124 | DT_GSP | K/s | temperature tendency, grid-scale condensation |
| 125 | DQV_GSP | s**(-1) | tendency of specific humidity, grid-scale condens |
| 126 | H_TEN_GS | J/(kg*s) | tendency of total heat, grid-scale condensation |
| 127 | DQL_GSP | s**(-1) | tendency of total water, grid-scale condensation |
| 128 | SNOWFALL | - | snowfall |
| 129 | FRESHSNW | index | freshness of snow |
| 130 | TSCIC_GSPR | kg/(kg*s) | tend of the sp cl ice cont due to gs precipitation |
| 131 | PRG_GSP | kg m-2 s-1 | mass flux density of large scale graupel |
| 132 | GRA_AM_GS | kg/(m**2) | surface precipitation amount, graupel, grid scale |
| 133 | RHO_SNOW | kg m-3 | density of snow |
| 139 | PPRIME | Pa | deviation of pressure from reference value |
| 140 | RCLD | non-dim | standard deviation of saturation deficit |
| 143 | CAPE_MU | J kg-1 | capeof most unstable parcel |
| 144 | CIN_MU | J kg-1 | convective inhibition of most unstable parcel |
| 145 | CAPE_ML | J kg-1 | cape of mean surf layer parcel |
| 146 | CIN_ML | J kg-1 | convective inhibition of mean surface layer parcel |
| 147 | TKE_CON | J/kg | convective turbulent kinetic energy |
| 148 | TKETENS | m/s | tendency of turbulent kinetic energy |
| 149 | KE | J/kg | kinetic energy ((u**2 + v**2) / 2) |
| 150 | HDI_COEFF | m**2/s | coefficient of horizontal diffusion |
| 151 | DISSP_RATE | W/(Pa*m**2) | dissipation rate |
| 152 | TKE | (m/s)**2 | turbulent kinetic energy |
| 153 | TKVM | m**2/s | coefficient of vertical diffusion, momentum |
| 154 | TKVH | m**2/s | coefficient of vertical diffusion, heat |
| 155 | VDI_COE_CW | m**2/s | coefficient of vertical diffusion, cloud water |
| 156 | VDI_COE_CI | m**2/s | coefficient of vertical diffusion, cloud ice |
| 157 | VDI_COE_VP | m**2/s | coefficient of vertical diffusion, water vapour |
| 158 | DIS_LEN_M | m | turbulent dissipation length for momentum |
| 159 | DIS_LEN_H | m | turbulent dissipation length for heat |
| 160 | VAR_U_MOM | (m/s)**2 | variance of u-component of momentum |
| 161 | VAR_V_MOM | (m/s)**2 | variance of v-component of momentum |
| 162 | VAR_W_MOM | (m/s)**2 | variance of w-component of momentum |
| 163 | VAR_TEMP | K**2 | variance of temperature |
| 164 | VAR_CL_WAT | (kg/kg)**2 | variance of specific cloud water content |
| 165 | VAR_CL_ICE | (kg/kg)**2 | variance of specific cloud ice content |
| 166 | VAR_VAP_MR | (kg/kg)**2 | variance of water vapour mixing ratio |
| 167 | C_WAT_FLUX | m/s | turbulent vertical flux of spec cloud water |
| 168 | C_ICE_FLUX | m/s | turbulent vertical flux of spec cloud ice |
| 169 | W_VAP_FLUX | m/s | turbulent vertical flux of water vapour mix ratio |
| 170 | TCM | 1 | drag coefficient CD |
| 171 | TCH | 1 | transfer coefficient CH (sensible heat) |
| 172 | TR_COEF_CQ | 1 | transfer coefficient CQ (latent heat) |
| 173 | PBL_TOP_H | m | PBL-top h |
| 174 | T_JUMP_H | K | temperature jump at PBL-top |
| 175 | Q_JUMP_H | kg/kg | specific humidity jump at PBL-top |
| 176 | ENTR_AT_H | kg/(s*m**2) | entrainment at PBL-top |
| 177 | MASS_FL_H | kg/(s*m**2) | upward mass flux at PBL-top |
| 178 | CL_COV_PBL | 1 | cloud cover of PBL-clouds (0...1) |
| 179 | CL_WAT_PBL | kg/kg | specific cloud water content of PBL-clouds |
| 180 | CL_TOP_PBL | m | cloud top of PBL-clouds |
| 181 | CL_BAS_PBL | m | cloud base of PBL-clouds |
| 182 | MOUN_WAV_X | kg/(m*s**2) | vertical mountain wave momentum flux (X component) |
| 183 | MOUN_WAV_Y | kg/(m*s**2) | vertical mountain wave momentum flux (Y component) |
| 184 | WAVE_RI | 1 | wave Richardson number |
| 185 | WAV_DIV_X | m/s**2 | mountain wave momentum flux divergence (X comp) |
| 186 | WAV_DIV_Y | m/s**2 | mountain wave momentum flux divergence (Y comp) |
| 187 | VMAX_10M | m/s | maximum wind velocity |
| 188 | WAV_DIS_VI | W/m**2 | mountain wave dissipation, vert integrated |
| 189 | WV_EN_FLUX | kg*m/s**4 | vertical wave energy flux |
| 190 | T_BS_LK | K | climatological temperature at bottom of thermally active layer of sediments |
| 191 | T_BOT_LK | K | temperature at the water bottom sediment interface |
| 192 | T_B1_LK | K | temperature at bottom of upper layer of sedients |
| 193 | T_WML_LK | K | mixed layer temperature |
| 194 | T_MNW_LK | K | mean temperature of water column |
| 195 | T_SFC_LK | K | lake surface temperature |
| 197 | SO_TEMP | K | temperature of soil layers |
| 198 | SO_WA_ICE | kg/(m**2) | water + ice content of soil layers |
| 199 | SO_ICE | kg/(m**2) | ice content of soil layers |
| 200 | W_I | kg/(m**2) | water content of interception store |
| 201 | INTERC_ICE | 1 | icebit for interception store |
| 202 | SNOW_FRACT | 1 | snow fraction |
| 203 | T_SNOW | K | snow temperature |
| 204 | FOLIAG_TEM | K | foliage temperature |
| 205 | INFILTRAT | m/s | infiltration |
| 206 | RUNOFF | m/s | runoff |
| 207 | SOIL_EVAP | m/s | bare soil evaporation |
| 208 | PLANT_TRAN | m/s | plant transpiration |
| 209 | INTER_EVAP | m/s | interception store evaporation |
| 210 | WATER_EVAP | m/s | evaporation from water surfaces |
| 211 | AERO_RESIS | s/m | aerodynamic resistance |
| 212 | PLANT_RES | s/m | plant resistance |
| 213 | SOIL_RES | s/m | soil resistance |
| 214 | TOTAL_EVAP | m/s | total evaporation (water, soil, plants) |
| 215 | T_ICE | K | temperature of ice upper surface |
| 217 | MAX_WIND_M | m/s | maximum wind velocity (modified) |
| 230 | XYZ | 1 | S1 |
| 231 | S2 | 1 | S2 |
| 232 | S3 | 1 | S3 |
| 233 | S4 | 1 | S4 |
| 234 | S5 | 1 | S5 |
| 235 | S6 | 1 | S6 |
| 236 | S7 | 1 | S7 |
| 237 | S8 | 1 | S8 |
| 238 | S9 | 1 | S9 |
| 239 | S10 | 1 | S10 |
| 240 | S11 | 1 | S11 |
| 241 | OBS_TS_OC | 1 | OBS Gewitter (occasional) |
| 242 | OBS_TS_FQ | 1 | OBS Gewitter (frequent) |
| 243 | MOS_PTS_OC | 1 | MOS Gewitter-Wahrscheinlichkeit (occasional) |
| 244 | MOS_PTS_FQ | 1 | MOS Gewitter-Wahrscheinlichkeit (frequent) |
| 245 | MOS_TS_COV | 1 | MOS Gewitteranteil (occasional - frequent (1 - 2)) |
| 246 | S17 | 1 | S17 |
| 247 | S18 | 1 | S18 |
| 248 | S19 | 1 | S19 |
| 249 | S20 | 1 | S20 |
| 250 | MOS_TSISO1 | % | Wahrscheinlichkeit mindestens ein Blitz |
| 251 | MOS_TSISO2 | % | Wahrscheinlichkeit mindestens zehn Blitze |
| 252 | MOS_TSISO3 | % | Wahrscheinlichkeit mindestens hundert Blitze |
| 253 | MOS_TS_DEN | index | Vorhersage der Blitzanzahl |
| 254 | MOS_TS_OCC | % | Gewitter-Wahrscheinlichkeit (occasional) |
| 255 | MOS_TS_FRQ | % | Gewitter-Wahrscheinlichkeit (frequent) |