| Index | Abbreviation | Units | Longname |
| 1 | SEEG_PEAK | s**(-1) | jonswap parameter fm |
| 2 | SEEG_ALPHA | 1 | jonswap parameter alpha |
| 3 | SEEG_GAMMA | 1 | jonswap parameter gamma |
| 4 | SEEG_DIR | degree true | Seegang direction |
| 5 | SEEG_ENERG | (m**2)*(s**2) | Seegang energy densitiy |
| 6 | SEEG_ICEMK | 1 | Seegang ice mask |
| 7 | PEAK_P_SW | s | peak period of swell |
| 8 | PEAK_P_WW | s | peak period of wind waves |
| 20 | VAR_GEOP | (m/s)**4 | Varianz Geopotential |
| 21 | VAR_T | K**2 | Varianz Temperatur |
| 22 | VAR_U | (m/s)**2 | Varianz Zonalwind |
| 23 | VAR_V | (m/s)**2 | Varianz Meridionalwind |
| 24 | VAR_Q | (kg/kg)**2 | Varianz spezifische Feuchte |
| 25 | MER_IMPTR | (m/s)**2 | Meridionaler Impulstransport |
| 26 | MER_TREPT | (m/s)**3 | Meridionaler Transport potentieller Energie |
| 27 | MER_TRSW | K*(m/s) | Meridionaler Transport sensibler Waerme |
| 28 | MER_TRLW | (kg/kg)*(m/s) | Meridionaler Transport latenter Waerme |
| 29 | VER_TREPT | (m/s)**2*(Pa/s) | Vertikaler Transport potentieller Energie |
| 30 | VER_TRSW | K*(Pa/s) | Vertikaler Transport sensibler Waerme |
| 31 | VER_TRLW | (kg/kg)*(Pa/s) | Vertikaler Transport latenter Waerme |
| 40 | VARAF_GEOP | (m/s)**4 | Varianz des Analyse-Fehlers Geopotential |
| 41 | VARAF_U | (m/s)**2 | Varianz des Analyse-Fehlers Zonalwind |
| 42 | VARAF_V | (m/s)**2 | Varianz des Analyse-Fehlers Meridionalwind |
| 46 | SSO_STDH | m | standard deviation of subgrid scale orogr. height |
| 47 | SSO_GAMMA | 1 | anisotropy of topography |
| 48 | SSO_THETA | 1 | angle betw. principal axis of orogr. and global E |
| 49 | SSO_SIGMA | 1 | mean slope of subgrid scale orography |
| 50 | ORO_VARIAN | m**2 | subgrid-scale variance of orography |
| 51 | E_W_ORO_VA | m**2 | E-W component of subgrid-scale variance of orogr |
| 52 | N_S_ORO_VA | m**2 | N-S component of subgrid-scale variance of orogr |
| 53 | NW_SE_O_VA | m**2 | NW-SE component of subgrid-scale variance of orogr |
| 54 | NE_SW_O_VA | m**2 | NE-SW component of subgrid-scale variance of orogr |
| 55 | INL_W_FRAC | 1 | fraction of inland water |
| 56 | SURF_EMISS | 1 | surface emissivity |
| 57 | SOILTYP | 1 | soil texture |
| 58 | SOIL_COLOR | 1 | soil color |
| 59 | SOIL_DRAIN | 1 | soil drainage |
| 60 | GROUND_WAT | m | ground water table |
| 61 | LAI | 1 | leaf area index |
| 62 | ROOT | m | root depth |
| 63 | ROOT_DENS | 1 | root density |
| 64 | HMO3 | Pa | height of maximum of ozone concentration |
| 65 | VIO3 | Pa | total vertically integrated ozone content |
| 66 | LD_SEA_MSK | 1 | land-sea mask |
| 67 | PLCOV_MX | 1 | ground fraction covered by plants (vegetation p.) |
| 68 | PLCOV_MN | 1 | ground fraction covered by plants (time of rest) |
| 69 | LAI_MX | 1 | leaf area index (vegetation period) |
| 70 | LAI_MN | 1 | leaf area index (time of rest) |
| 71 | OROGRAPHIE | m | Orographie + Land-Meer-Verteilung |
| 72 | R_LENGTH_M | m | roughness length momentum |
| 73 | R_LENGTH_H | m | roughness length heat |
| 74 | VAR_SMC | kg**2/m**4 | variance of soil moisture content |
| 75 | FOR_E | 1 | fractional coverage with evergreen forest |
| 76 | FOR_D | 1 | fractional coverage with deciduous forest |
| 77 | NORDIFVEGI | index | normalized differential vegetation index |
| 78 | AMNODIVEGI | index | annual max. of norm. differential vegetation index |
| 79 | PROPVI_MVI | index | proportion of act.value/max. norm.diff.veg.index |
| 80 | AOD_SEA | index | aerosol optical depth, type sea |
| 81 | AOD_LAND | index | aerosol optical depth, type land |
| 82 | AOD_URBAN | index | aerosol optical depth, type urban |
| 83 | AOD_DESERT | index | aerosol optical depth, type desert |
| 101 | TIDAL_TEND | (m/s)**2 | tidal tendencies |
| 102 | DIAB_HEATG | K/s | sum of diabatic heating terms |
| 103 | ADIAB_HEAT | K/s | total adiabatic heating |
| 104 | ADV_Q_TEND | s**(-1) | advective tendency of specific humidity |
| 105 | NADV_Q_TEN | s**(-1) | non-advective tendency of specific humidity |
| 106 | ADV_M_TE_X | m/s**2 | advective momentum tendency (X component) |
| 107 | ADV_M_TE_Y | m/s**2 | advective momentum tendency (Y component) |
| 108 | NAD_M_TE_X | m/s**2 | non-advective momentum tendency (X component) |
| 109 | NAD_M_TE_Y | m/s**2 | non-advective momentum tendency (Y component) |
| 110 | TORQUE | kg*(m/s)**2 | sum of mountain and frictional torque |
| 111 | BUDGET_VAL | 1 | budget values |
| 112 | SCALE_FACT | 1 | scale factor |
| 113 | CORIOL_PAR | s**(-1) | Coriolis parameter |
| 114 | PHI | degr N | latitude |
| 115 | RLA | degr E | longitude |
| 116 | RELAX_FACT | 1 | relaxation factor (lateral boundary, LAM) |
| 117 | CLIMSSTINT | degr C | climatic sea surface temp interpolated in time |
| 118 | POT_VORTIC | K*m**2/(s*kg) | potential vorticity |
| 119 | LN_PS | 1 | log surface pressure |
| 120 | EXP_SI | undefined | undefined |
| 121 | RHS_SI | undefined | undefined |
| 122 | DTTDIV | undefined | undefined |
| 123 | ZHD | m | integrated dry atmospheric refractivity |
| 150 | SO2_CONC | 10**(-6)*g/m**3 | SO2-concentration |
| 151 | SO2_DRYD | 10**(-3)*g/m**2 | SO2-dry deposition |
| 152 | SO2_WETD | 10**(-3)*g/m**2 | SO2-wet deposition |
| 153 | SO4_CONC | 10**(-6)*g/m**3 | SO4-concentration |
| 154 | SO4_DRYD | 10**(-3)*g/m**2 | SO4-dry deposition |
| 155 | SO4_WETD | 10**(-3)*g/m**2 | SO4-wet deposition |
| 156 | NO_CONC | 10**(-6)*g/m**3 | NO-concentration |
| 157 | NO_DRYD | 10**(-3)*g/m**2 | NO-dry deposition |
| 158 | NO_WETD | 10**(-3)*g/m**2 | NO-wet deposition |
| 159 | NO2_CONC | 10**(-6)*g/m**3 | NO2-concentration |
| 160 | NO2_DRYD | 10**(-3)*g/m**2 | NO2-dry deposition |
| 161 | NO2_WETD | 10**(-3)*g/m**2 | NO2-wet deposition |
| 162 | NO3_CONC | 10**(-6)*g/m**3 | NO3-concentration |
| 163 | NO3_DRYD | 10**(-3)*g/m**2 | NO3-dry deposition |
| 164 | NO3_WETD | 10**(-3)*g/m**2 | NO3-wet deposition |
| 165 | HNO3_CONC | 10**(-6)*g/m**3 | HNO3-concentration |
| 166 | HNO3_DRYD | 10**(-3)*g/m**2 | HNO3-dry deposition |
| 167 | HNO3_WETD | 10**(-3)*g/m**2 | HNO3-wet deposition |
| 168 | NH3_CONC | 10**(-6)*g/m**3 | NH3-concentration |
| 169 | NH3_DRYD | 10**(-3)*g/m**2 | NH3-dry deposition |
| 170 | NH3_WETD | 10**(-3)*g/m**2 | NH3-wet deposition |
| 171 | NH4_CONC | 10**(-6)*g/m**3 | NH4-concentration |
| 172 | NH4_DRYD | 10**(-3)*g/m**2 | NH4-dry deposition |
| 173 | NH4_WETD | 10**(-3)*g/m**2 | NH4-wet deposition |
| 174 | O3_CONC | 10**(-6)*g/m**3 | O3-concentration |
| 175 | PAN_CONC | 10**(-6)*g/m**3 | PAN-concentration |
| 176 | PAN_DRYD | 10**(-3)*g/m**2 | PAN-dry deposition |
| 177 | OH_CONC | 10**(-6)*g/m**3 | OH-concentration |
| 178 | O3_DRYD | 10**(-3)*g/m**2 | O3-dry deposition |
| 179 | O3_WETD | 10**(-3)*g/m**2 | O3-wet deposition |
| 180 | O3 | kg/kg | specific ozone content |
| 194 | RU103_CONC | Bq/m**3 | Ru103-concentration |
| 195 | RU103_DRYD | Bq/m**2 | Ru103-dry deposition |
| 196 | RU103_WETD | Bq/m**2 | Ru103-wet deposition |
| 197 | SR90_CONC | Bq/m**3 | Sr90-concentration |
| 198 | SR90_DRYD | Bq/m**2 | Sr90-dry deposition |
| 199 | SR90_WETD | Bq/m**2 | Sr90-wet deposition |
| 200 | I131_CONC | Bq/m**3 | I131-concentration |
| 201 | I131_DRYD | Bq/m**2 | I131-dry deposition |
| 202 | I131_WETD | Bq/m**2 | I131-wet deposition |
| 203 | CS137_CONC | Bq/m**3 | Cs137-concentration |
| 204 | CS137_DRYD | Bq/m**2 | Cs1370dry deposition |
| 205 | CS137_WETD | Bq/m**2 | Cs137-wet deposition |
| 206 | TE132_CONC | Bq/m**3 | Te132-concentration |
| 207 | TE132_DRYD | Bq/m**2 | Te132-dry deposition |
| 208 | TE132_WETD | Bq/m**2 | Te132-wet deposition |
| 209 | ZR95_CONC | Bq/m**3 | Zr95-concentration |
| 210 | ZR95_DRYD | Bq/m**2 | Zr95-dry deposition |
| 211 | ZR95_WETD | Bq/m**2 | Zr95-wet deposition |
| 212 | KR85_CONC | Bq/m**3 | Kr85-concentration |
| 213 | KR85_DRYD | Bq/m**2 | Kr85-dry deposition |
| 214 | KR85_WETD | Bq/m**2 | Kr85-wet deposition |
| 215 | TRACERCONC | Bq/m**3 | TRACER-concentration |
| 216 | TRACERDRYD | Bq/m**2 | TRACER-dry deposition |
| 217 | TRACERWETD | Bq/m**2 | TRACER-wet deposition |
| 218 | XE133_CONC | Bq/m**3 | Xe133-concentration |
| 219 | XE133_DRYD | Bq/m**2 | Xe133-dry deposition |
| 220 | XE133_WETD | Bq/m**2 | Xe133-wet deposition |
| 221 | I131G_CONC | Bq/m**3 | I131g-concentration |
| 222 | I131G_DRYD | Bq/m**2 | I131g-dry deposition |
| 223 | I131G_WETD | Bq/m**2 | I131g-wet deposition |
| 224 | I131O_CONC | Bq/m**3 | I131o-concentration |
| 225 | I131O_DRYD | Bq/m**2 | I131o-dry deposition |
| 226 | I131O_WETD | Bq/m**2 | I131o-wet deposition |
| 227 | BA140_CONC | Bq/m**3 | Ba140-concentration |
| 228 | BA140_DRYD | Bq/m**2 | Ba140-dry deposition |
| 229 | BA140_WETD | Bq/m**2 | Ba140-wet deposition |
| 231 | SSO_MFLU_U | (N/(m**2) | Mom. flux, u component, due to SSO-effects |
| 232 | SSO_MFLU_V | (N/(m**2) | Mom. flux, v component, due to SSO-effects |
| 233 | SSO_KE_DIS | (W/(m**2) | Dissipation of kinetic energy due to SSO-effects |
| 240 | UV_IND_F_H | index | UV_Index corr. for albedo+altitude,cloudless(F), h |
| 241 | BASICUV_IF | index | Basic UV_Index m.s.l.,fixed albedo,cloudless(F), h |
| 242 | UV_IND_W_H | index | UV_Index corrected for albedo+altitude+clouds(W),h |
| 243 | UV_INDMAXF | 1 | UV-Index, cloudless (wolkenlos=F) Maximum |
| 244 | SB_INDEX | (W*10**(-3))/m**2 | Sonnenbrand-Index |
| 245 | SB_INDEX_W | (W*10**(-3))/m**2 | Sonnenbrand-Index bei mittl. Bewoelkung (08z-12z) |
| 246 | KAN_UVB_WI | (W*10**(-3))/m**2 | Kanadischer UVB-Warnindex (bew|lkungsreduziert) |
| 247 | GESAMT_O3 | Dobson | total column ozone (Gesamtozon) |
| 248 | UV_INDMAXW | 1 | UV-Index, clouded (bewoelkt=W) Maximum |
| 249 | H_UV_INDMX | h UTC | time (Zeit) of UV-Index-Maximum |