# Parameter table
#
# TABLE_ID=128
# TABLE_MODEL=ECHAM6
# TABLE_INSTITUT=MPIMET
#
#-------------------------------------------------------------------------
#!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    |
#----+-------------+------------------------------------------+----------+
   4 | precip      | total precipitation                      | kg/m^2s  |
  34 | low_cld     | low cloud                                |          |
  35 | mid_cld     | mid cloud                                |          |
  36 | hih_cld     | high cloud                               |          |
  68 | fage        | aging factor of snow on ice              |          |
  69 | snifrac     | fraction of ice covered with snow        |          |
  70 | barefrac    | bare ice fraction                        |          |
  71 | alsom       | albedo of melt ponds                     |          |
  72 | alsobs      | albedo of bare ice and snow              |          |
  73 | sicepdw     | melt pond depth on sea-ice               | m        |
  74 | sicepdi     | ice thickness on melt pond               | m        |
  75 | tsicepdi    | ice temperature on frozen melt pond      | K        |
  76 | sicepres    | residual heat flux                       | W/m**2   |
  77 | ameltdepth  | total melt pond depth                    | m        |
  78 | ameltfrac   | fractional area of melt ponds on sea-ice |          |
  79 | albedo_vis_dir | surface albedo visible range direct   |          |
  80 | albedo_nir_dir | surface albedo NIR range direct       |          |
  81 | albedo_vis_dif | surface albedo visible range diffuse  |          |
  82 | albedo_nir_dif | surface albedo NIR range diffuse      |          |
  83 | ocu         |ocean eastw. velocity (coupled mode)      | m/s      |
  84 | ocv         |ocean northw. velocity (coupled mode)     | m/s      |
  85 | tradl       |thermal radiation 200mb                   | W/m**2   |
  86 | sradl       |solar radiation 200mb                     | W/m**2   |
  87 | trafl       |thermal radiation 200mb (clear sky)       | W/m**2   |
  88 | srafl       |solar radiation 200mb (clear sky)         | W/m**2   |
  89 | amlcorac    |mixed layer flux correction               | W/m**2   |
  90 | amlheatac   |mixed layer heat content                  | J/m**2   |
  91 | trfliac     | LW flux over ice                         | W/m^2    |
  92 | trflwac     | LW flux over water                       | W/m^2    |
  93 | trfllac     | LW flux over land                        | W/m^2    |
  94 | sofliac     | SW flux over ice                         | W/m^2    |
  95 | soflwac     | SW flux over water                       | W/m^2    |
  96 | sofllac     | SW flux over land                        | W/m^2    |
  97 | friac       | ice cover (fraction of grid box)         |          |
 102 | tsi         | surface temperature of ice               | K        |
 103 | tsw         | surface temperature of water             | K        |
 104 | ustri       | zonal      wind stress over ice          | Pa       |
 105 | vstri       | meridional wind stress over ice          | Pa       |
 106 | ustrw       | zonal      wind stress over water        | Pa       |
 107 | vstrw       | meridional wind stress over water        | Pa       |
 108 | ustrl       | zonal      wind stress over land         | Pa       |
 109 | vstrl       | meridional wind stress over land         | Pa       |
 110 | ahfliac     | latent heat flux over ice                | W/m^2    |
 111 | ahflwac     | latent heat flux over water              | W/m^2    |
 112 | ahfllac     | latent heat flux over land               | W/m^2    |
 113 | evapiac     | evaporation over ice                     | kg/m^2s  |
 114 | evapwac     | evaporation over water                   | kg/m^2s  |
 115 | evaplac     | evaporation over land                    | kg/m^2s  |
 116 | az0i        | roughness length over ice                | m        |
 117 | az0w        | roughness length over water              | m        |
 118 | az0l        | roughness length over land               | m        |
 119 | ahfsiac     | sensible heat flux over ice              | W/m^2    |
 120 | ahfswac     | sensible heat flux over water            | W/m^2    |
 121 | ahfslac     | sensible heat flux over land             | W/m^2    |
 122 | alsoi       | albedo of ice                            |          |
 123 | alsow       | albedo of water                          |          |
 124 | alsol       | albedo of land                           |          |
 125 | ahfice      | conductive heat flux                     | W/m^2    |
 126 | qres        | residual heat flux for melting sea ice   | W/m^2    |
 127 | alake       | lake fraction of grid box                | fraction |
 128 | rintop      | low level inversion           
 129 | geosp       | surface geopotential (orography)         | m^2/s^2  |
 130 | t           | temperature                              | K        |
 131 | u           | u-velocity                               | m/s      |
 132 | v           | v-velocity                               | m/s      |
 133 | q           | specific humidity                        | kg/kg    |
 134 | aps         | surface pressure                         | Pa       |
 135 | omega       | vertical velocity                        | Pa/s     |
 136 | acdnc       | cloud droplet number concentration       | 1/m^3    |
 137 | apmeb       | vert. integr. tendencies of water        | kg/m^2s  |  
 138 | svo         | vorticity                                | 1/s      |
 139 | tslm1       | surface temperature of land              | K        |
 140 | ws          | soil wetness                             | m        |
 141 | sn          | snow depth                               | m        |
 142 | aprl        | large scale precipitation                | kg/m^2s  |
 143 | aprc        | convective  precipitation                | kg/m^2s  |
 144 | aprs        | snow fall                                | kg/m^2s  |
 145 | vdis        | boundary layer dissipation               | W/m^2    |
 146 | ahfs        | sensible heat flux                       | W/m^2    |
 147 | ahfl        | latent heat flux                         | W/m^2    |
 148 | stream      | streamfunction                           | m^2/s    |
 149 | velopot     | velocity potential                       | m^2/s    |
 150 | xivi        | vertically integrated cloud ice          | kg/m^2   |
 151 | slp         | mean sea level pressure                  | Pa       |
 152 | stp(20)     | log surface pressure                     |          |
 153 | xl          | cloud water                              | kg/kg    |
 154 | xi          | cloud ice                                | kg/kg    |
 155 | sd          | divergence                               | 1/s      |
 156 | geopoth     | geopotential height                      | m        |
 157 | rhumidity   | relative humidity                        | fraction |
 158 |             | tendency of surface pressure             | Pa/s     |
 159 | wind10w     | 10m windspeed over water                 | m/s      |
 160 | runoff      | surface runoff and drainage              | kg/m^2s  | 
 161 | drain       | drainage                                 | kg/m^2s  | 
 162 | aclc        | cloud cover                              |          |
 163 | aclcv       | total cloud cover                        |          |
 164 | aclcov      | total cloud cover (mean)                 |          |
 165 | u10         | 10m u-velocity                           | m/s      |
 166 | v10         | 10m v-velocity                           | m/s      |
 167 | temp2       | 2m temperature                           | K        |
 168 | dew2        | 2m dew point temperature                 | K        |
 169 | tsurf       | surface temperature                      | K        |
 170 | xvar        | variance of total water amount qv+qi+ql  | kg/kg    |
 171 | wind10      | 10m windspeed                            | m/s      |
 172 | slm         | land sea mask (1. = land, 0. = sea/lakes)|          |
 173 | az0         | roughness length                         | m        |
 174 | alb         | surface background albedo                |          |
 175 | albedo      | surface albedo                           |          |
 176 | srads       | net surface solar radiation              | W/m^2    |
 177 | trads       | net surface thermal radiation            | W/m^2    |
 178 | srad0       | net top solar radiation                  | W/m^2    |
 179 | trad0       | top thermal radiation (OLR)              | W/m^2    |
 180 | ustr        | u-stress                                 | Pa       |
 181 | vstr        | v-stress                                 | Pa       |
 182 | evap        | evaporation                              | kg/m^2s  |
 183 | xskew       | skewness of total water amount qv+qi+ql  |          |
 184 | srad0d      | top incoming solar radiation             | W/m^2    |
 185 | srafs       | net surf. solar radiation   (clear sky)  | W/m^2    |
 186 | trafs       | net surf. thermal radiation (clear sky)  | W/m^2    |
 187 | sraf0       | net top solar radiation     (clear sky)  | W/m^2    |
 188 | traf0       | net top thermal radiation   (clear sky)  | W/m^2    |
 189 | sclfs       | surface solar cloud forcing              | W/m^2    |
 190 | tclfs       | surface thermal cloud forcing            | W/m^2    |
 191 | sclf0       | SW top cloud forcing (178-187)           | W/m^2    |
 192 | tclf0       | LW top cloud forcing (179-188)           | W/m^2    |
 193 | wl          | skin reservoir content                   | m        |
 194 | slf         | sea land fraction                        
 195 | ustrgw      | u-gravity wave stress                    | Pa       |
 196 | vstrgw      | v-gravity wave stress                    | Pa       |
 197 | vdisgw      | gravity wave dissipation                 | W/m^2    |
 198 | vgrat       | vegetation ratio                         |          |
 199 | orostd      | orographic standard deviation            | m        |
 200 | vlt         | leaf area index                          |          |
 201 | t2max       | maximum 2m-temperature                   | K        |
 202 | t2min       | minimum 2m-temperature                   | K        |
 203 | srad0u      | top solar radiation upward               | W/m^2    |
 204 | sradsu      | surface solar radiation upward           | W/m^2    |
 205 | tradsu      | surface thermal radiation upward         | W/m^2    |
 206 | grndflux    | surface ground heat flux                 |          |
 207 | tsoil       | deep soil temperatures (5 layers)        | K        |
 208 | ahfcon      | conductive heat flux through ice         | W/m^2    |
 209 | ahfres      | melting of ice                           | W/m^2    |
 210 | seaice      | ice cover (fraction of 1-SLM)            |          |
 211 | siced       | ice depth                                | m        |
 212 | forest      | forest fraction                          |          |
 213 | gld         | glacier depth                            | m        |
 214 | sni         | water equivalent of snow on ice          | m        |
 215 | rogl        | glacier runoff                           | kg/m^2s  |
 216 | wimax       | maximum 10m-wind speed                   | m/s      |
 217 | topmax      | maximum height of convective cloud tops  | Pa       |
 218 | snmel       | snow melt                                | kg/m^2s  |
 219 | runtoc      | surface runoff into ocean                | kg/m^2s  |
 220 | runlnd      | surface runoff not running into ocean    | kg/m^2s  |
 221 | apmegl      | P-E over land ice                        | kg/m^2s  |
 222 | snacl       | snow accumulation over land              | kg/m^2s  |
 223 | aclcac      | cloud cover                              |          |
 224 | tke         | turbulent kinetic energy                 | m^2/s^2  |
 225 | tkem1       | turbulent kinetic energy (t-1)           | m^2/s^2  |
 226 | fao         | FAO data set (soil data flags)           | 0...5    |
 227 | rgcgn       | heat capacity of soil                    |          |
 228 | sodif       | diffusivity of soil and land ice         | m^2/s    |
 229 | wsmx        | field capacity of soil                   | m        |
 230 | qvi         | vertically integrated water vapor        | kg/m^2   |
 231 | xlvi        | vertically integrated cloud water        | kg/m^2   |
 232 | glac        | fraction of land covered by glaciers     |          |
 233 | snc         | snow depth at the canopy                 | m        |
 234 | rtype       | type of convection                       | 0...3    |
 235 | abso4       | antropogenic sulfur burden               | kg/m**2  |
 236 | ao3         | ipcc ozone                               | kg/m**2  |
 237 | tropo       | WMO defined tropopause height            | Pa       |
 259 | windspeed   | windspeed (sqrt(u^2+v^2))                | m/s      |
 260 | precip      | total precipitation  (142+143)           | kg/m^2s  |
 261 | net_top     | total top radiation  (178+179)           | W/m^2    |
 262 | net_bot     | total surface radiation (176+177)        | W/m^2    |
 272 | mastfru     | mass stream function                     | kg/s     |

