# Parameter table
#
# TABLE_ID=128
# TABLE_INSTITUT=ECMWF
#
#-------------------------------------------------------------------------
#!variable
#
# Variables
#   (max number of entries = 256)
#
# The format of each record is:
#   id | name | title | units
#
# id       = parameter ID
# name     = variable name
# title    = long name (description)
# units    = variable units
#
#----+-------------+------------------------------------------+----------+
# id | name        | title                                    | units    |
#----+-------------+------------------------------------------+----------+
 001 |  STRF       | Stream function                          | m**2 s**-1
 002 |  VPOT       | Velocity potential                       | m**2 s**-1
 003 |  PT         | Potential temperature                    | K
 004 |  EQPT       | Equivalent potential temperature         | K
 005 |  SEPT       | Saturated equivalent potential temperature | K
 011 |  UDVW       | U component of divergent wind            | m s**-1
 012 |  VDVW       | V component of divergent wind            | m s**-1
 013 |  URTW       | U component of rotational wind           | m s**-1
 014 |  VRTW       | V component of rotational wind           | m s**-1
 021 |  UCTP       | Unbalanced component of temperature      | K
 022 |  UCLN       | Unbalanced component of logarithm of surface pressure
 023 |  UCDV       | Unbalanced component of divergence       | s**-1
 026 |  CL         | Lake cover
 027 |  CVL        | Low vegetation cover
 028 |  CVH        | High vegetation cover
 029 |  TVL        | Type of low vegetation
 030 |  TVH        | Type of high vegetation
 031 |  CI         | Sea-ice cover
 032 |  ASN        | Snow albedo
 033 |  RSN        | Snow density kg                          | m**-3
 034 |  SSTK       | Sea surface temperature                  | K
 035 |  ISTL1      | Ice surface temperature layer 1          | K
 036 |  ISTL2      | Ice surface temperature layer 2          | K
 037 |  ISTL3      | Ice surface temperature layer 3          | K
 038 |  ISTL4      | Ice surface temperature layer 4          | K
 039 |  SWVL1      | Volumetric soil water layer 1            | m**3 m**-3
 040 |  SWVL2      | Volumetric soil water layer 2            | m**3 m**-3
 041 |  SWVL3      | Volumetric soil water layer 3            | m**3 m**-3
 042 |  SWVL4      | Volumetric soil water layer 4            | m**3 m**-3
 043 |  SLT        | Soil type
 044 |  ES         | Snow evaporation m of water
 045 |  SMLT       | Snowmelt m of water
 046 |  SDUR       | Solar duration                           | s
 047 |  DSRP       | Direct solar radiation                   | w m**-2
 048 |  MAGSS      | Magnitude of surface stress              | N m**-2 s
 049 |  WG10       | Wind gust at 10 metres                   | m s**-1
 050 |  LSPF       | Large-scale precipitation fraction       | s
 051 |  MX2T24     | Maximum 2 metre temperature              | K
 052 |  MN2T24     | Minimum 2 metre temperature              | K
 053 |  MONT       | Montgomery potential                     | m**2 s**-2
 054 |  PRES       | Pressure                                 | Pa
 055 |  MN2T24     | Mean 2 metre temperature past 24 hours   | K
 056 |  MN2D24     | Mean 2 metre dewpoint temperature past 24 hours | K
 060 |  PV         | Potential vorticity                      | K m**2 kg**-1 s**-1
 127 |  AT         | Atmospheric tide
 128 |  BV         | Budget values
 129 |  Z          | Geopotential                             | m**2 s**-2
 130 |  T          | Temperature                              | K
 131 |  U          | U velocity                               | m s**-1
 132 |  V          | V velocity                               | m s**-1
 133 |  Q          | Specific humidity                        | kg kg**-1
 134 |  SP         | Surface pressure                         | Pa
 135 |  W          | Vertical velocity                        | Pa s**-1
 136 |  TCW        | Total column water                       | kg m**-2
 137 |  TCWV       | Total column water vapour                | kg m**-2
 138 |  VO         | Vorticity (relative)                     | s**-1
 139 |  STL1       | Soil temperature level 1                 | K
 140 |  SWL1       | Soil wetness level 1 m of water
 141 |  SD         | Snow depth         1 m of water equivalent
 142 |  LSP        | Stratiform precipitation (Large scale precipitation) | m
 143 |  CP         | Convective precipitation                 | m
 144 |  SF         | Snowfall (convective + stratiform)       | m
 145 |  BLD        | Boundary layer dissipation               | W m**-2 s
 146 |  SSHF       | Surface sensible heat flux               | W m**-2 s
 147 |  SLHF       | Surface latent heat flux                 | W m**-2 s
 148 |  CHNK       | Charnock
 149 |  SNR        | Surface net radiation                    | W m**-2 s
 150 |  TNR        | Top net radiation
 151 |  MSL        | Mean sea-level pressure                  | Pa
 152 |  LNSP       | Logarithm of surface pressure
 153 |  SWHR       | Short-wave heating rate                  | K
 154 |  LWHR       | Long-wave heating rate                   | K
 155 |  D          | Divergence                               | s**-1
 156 |  GH         | Height m Geopotential height
 157 |  R          | Relative humidity                        | %
 158 |  TSP        | Tendency of surface pressure             | Pa s**-1
 159 |  BLH        | Boundary layer height                    | m
 160 |  SDOR       | Standard deviation of orography
 161 |  ISOR       | Anisotropy of sub-gridscale orography
 162 |  ANOR       | Angle of sub-gridscale orography         | rad
 163 |  SLOR       | Slope of sub-gridscale orography
 164 |  TCC        | Total cloud cover
 165 |  U10M       | 10 metre U wind component                | m s**-1
 166 |  V10M       | 10 metre V wind component                | m s**-1
 167 |  T2M        | 2 metre temperature                      | K
 168 |  D2M        | 2 metre dewpoint temperature             | K
 169 |  SSRD       | Surface solar radiation downwards        | W m**-2 s
 170 |  STL2       | Soil temperature level 2                 | K
 171 |  SWL2       | Soil wetness level 2                     | m of water
 172 |  LSM        | Land/sea mask
 173 |  SR         | Surface roughness                        | m
 174 |  AL         | Albedo
 175 |  STRD       | Surface thermal radiation downwards      | W m**-2 s
 176 |  SSR        | Surface solar radiation                  | W m**-2 s
 177 |  STR        | Surface thermal radiation                | W m**-2 s
 178 |  TSR        | Top solar radiation                      | W m**-2 s
 179 |  TTR        | Top thermal radiation                    | W m**-2 s
 180 |  EWSS       | East/West surface stress                 | N m**-2 s
 181 |  NSSS       | North/South surface stress               | N m**-2 s
 182 |  E          | Evaporation                              | m of water
 183 |  STL3       | Soil temperature level 3                 | K
 184 |  SWL3       | Soil wetness level 3                     | m of water
 185 |  CCC        | Convective cloud cover
 186 |  LCC        | Low cloud cover
 187 |  MCC        | Medium cloud cover
 188 |  HCC        | High cloud cover
 189 |  SUND       | Sunshine duration                        | s
 190 |  EWOV       | EW component of subgrid orographic variance   | m**2
 191 |  NSOV       | NS component of subgrid orographic variance   | m**2
 192 |  NWOV       | NWSE component of subgrid orographic variance | m**2
 193 |  NEOV       | NESW component of subgrid orographic variance | m**2
 194 |  BTMP       | Brightness temperature                   | K
 195 |  LGWS       | Lat. component of gravity wave stress    | N m**-2 s
 196 |  MGWS       | Meridional component of gravity wave stress   | N m**-2 s
 197 |  GWD        | Gravity wave dissipation                 | W m**-2 s
 198 |  SRC        | Skin reservoir content                   | m of water
 199 |  VEG        | Vegetation fraction
 200 |  VSO        | Variance of sub-gridscale orography      | m**2
 201 |  MX2T       | Maximum 2 metre temperature since previous post-processing | K
 202 |  MN2T       | Minimum 2 metre temperature since previous post-processing | K
 203 |  O3         | Ozone mass mixing ratio                  | kg kg**-1
 204 |  PAW        | Precipiation analysis weights
 205 |  RO         | Runoff                                   | m
 206 |  TCO3       | Total column ozone                       | kg m**-2
 207 |  WS10       | 10 meter windspeed                       | m s**-1
 208 |  TSRC       | Top net solar radiation, clear sky       | W m**-2
 209 |  TTRC       | Top net thermal radiation, clear sky     | W m**-2
 210 |  SSRC       | Surface net solar radiation, clear sky   | W m**-2
 211 |  STRC       | Surface net thermal radiation, clear sky | W m**-2
 212 |  SI         | Solar insolation                         | W m**-2
 214 |  DHR        | Diabatic heating by radiation            | K
 215 |  DHVD       | Diabatic heating by vertical diffusion   | K
 216 |  DHCC       | Diabatic heating by cumulus convection   | K
 217 |  DHLC       | Diabatic heating large-scale condensation | K
 218 |  VDZW       | Vertical diffusion of zonal wind         | m s**-1
 219 |  VDMW       | Vertical diffusion of meridional wind    | m s**-1
 220 |  EWGD       | EW gravity wave drag tendency            | m s**-1
 221 |  NSGD       | NS gravity wave drag tendency            | m s**-1
 222 |  CTZW       | Convective tendency of zonal wind        | m s**-1
 223 |  CTMW       | Convective tendency of meridional wind   | m s**-1
 224 |  VDH        | Vertical diffusion of humidity           | kg kg**-1
 225 |  HTCC       | Humidity tendency by cumulus convection  | kg kg**-1
 226 |  HTLC       | Humidity tendency large-scale condensation | kg kg**-1
 227 |  CRNH       | Change from removing negative humidity   | kg kg**-1
 228 |  TP         | Total precipitation                      | m
 229 |  IEWS       | Instantaneous X surface stress           | N m**-2
 230 |  INSS       | Instantaneous Y surface stress           | N m**-2
 231 |  ISHF       | Instantaneous surface heat flux          | W m**-2
 232 |  IE         | Instantaneous moisture flux              | kg m**-2 s
 233 |  ASQ        | Apparent surface humidity                | kg kg**-1
 234 |  LSRH       | Logarithm of surface roughness length for heat
 235 |  SKT        | Skin temperature                         | K
 236 |  STL4       | Soil temperature level 4                 | K
 237 |  SWL4       | Soil wetness level 4                     | m
 238 |  TSN        | Temperature of snow layer                | K
 239 |  CSF        | Convective snowfall                      | m of water equivalent
 240 |  LSF        | Large-scale snowfall                     | m of water equivalent
 241 |  ACF        | Accumulated cloud fraction tendency
 242 |  ALW        | Accumulated liquid water tendency
 243 |  FAL        | Forecast albedo
 244 |  FSR        | Forecast surface roughness               | m
 245 |  FLSR       | Forecast log of surface roughness for heat
 246 |  CLWC       | Cloud liquid water content               | kg kg**-1
 247 |  CIWC       | Cloud ice water content                  | kg kg**-1
 248 |  CC         | Cloud cover
 249 |  AIW        | Accumulated ice water tendency
 250 |  ICE        | Ice age
 251 |  ATTE       | Adiabatic tendency of temperature        | K
 252 |  ATHE       | Adiabatic tendency of humidity           | kg kg**-1
 253 |  ATZE       | Adiabatic tendency of zonal wind         | m s**-1
 254 |  ATMW       | Adiabatic tendency of meridional wind    | m s**-1
