Commit c5b0dbbc authored by Uwe Schulzweida's avatar Uwe Schulzweida
Browse files

added cosmo parameter tables

parent a3c134a7
......@@ -203,6 +203,20 @@ src/vlist.h -text
src/vlist_att.c -text
src/vlist_var.c -text
src/zaxis.c -text
tables/cosmo002 -text
tables/cosmo201 -text
tables/cosmo202 -text
tables/cosmo203 -text
tables/cosmo205 -text
tables/cosmo250 -text
tables/default_tables -text
tables/echam4 -text
tables/echam5 -text
tables/ecmwf -text
tables/gen_tableheaderfile -text
tables/mpiom1 -text
tables/remo -text
tables/wmo_001 -text
tests/Makefile.am -text
tests/Makefile.in -text
tests/test_grib.c -text
......
......@@ -6,7 +6,7 @@ int cgribexScanTimestep2(int streamID);
int cgribexScanTimestep(int streamID);
int cgribexDecode(unsigned char *gribbuffer, int gribsize, double *data, int gridsize,
int unreduced, int *nmiss, int *zip);
int unreduced, int *nmiss, int *zip, double *missval);
size_t cgribexEncode(int varID, int levelID, int vlistID, int gridID, int zaxisID, int date, int time, int numavg,
long datasize, const double *data, int nmiss, unsigned char *gribbuffer, size_t gribbuffersize);
......
......@@ -6,7 +6,7 @@ int gribapiScanTimestep2(int streamID);
int gribapiScanTimestep(int streamID);
int gribapiDecode(unsigned char *gribbuffer, int gribsize, double *data, int gridsize,
int unreduced, int *nmiss, int *zip);
int unreduced, int *nmiss, int *zip, double *missval);
size_t gribapiEncode(int varID, int levelID, int vlistID, int gridID, int zaxisID, int date, int time, int numavg,
long datasize, const double *data, int nmiss, unsigned char *gribbuffer, size_t gribbuffersize,
......
This diff is collapsed.
# Parameter table
#
# TABLE_ID=002
# TABLE_MODEL=COSMO
# TABLE_INSTITUT=MCH
#
#-------------------------------------------------------------------------
#!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 |
#----+-------------+------------------------------------------+----------+
1 | P | pressure | Pa |
2 | PMSL | mean sea level pressure | Pa |
3 | DPSDT | surface pressure change | Pa s-1 |
6 | FI | geopotential | m2 s-2 |
8 | HH | height | m |
10 | TO3 | vertical integrated ozone content | Dobson |
11 | T | temperature | K |
15 | TMAX | 2m maximum temperature | K |
16 | TMIN | 2m minimum temperature | K |
17 | TD | 2m dew point temperature | K |
31 | DD | undefined | undefined |
32 | FF | undefined | undefined |
33 | U | U-component of wind | m s-1 |
34 | V | V-component of wind | m s-1 |
39 | OMEGA | omega | Pa s-1 |
40 | W | vertical wind velocity | m s-1 |
51 | QV | specific humidity | kg kg-1 |
52 | RELHUM | relative humidity | % |
54 | TQV | precipitable water | kg m-2 |
57 | AEVAP | surface evaporation | kg m-2 |
58 | TQI | vertical integrated cloud ice | kg m-2 |
59 | TOT_PR | total precipitation rate | kg m-2 s-1 |
61 | TOT_PREC | total precipitation amount | kg m-2 |
65 | W_SNOW | surface snow amount | m |
66 | H_SNOW | thickness of snow | m |
71 | CLCT | total cloud cover | 1 |
72 | CLC_CON | convective cloud area fraction | 1 |
73 | CLCL | low cloud cover | 1 |
74 | CLCM | medium cloud cover | 1 |
75 | CLCH | high cloud cover | 1 |
76 | TQC | vertical integrated cloud water | kg m-2 |
78 | SNOW_CON | convective snowfall | kg m-2 |
79 | SNOW_GSP | large scale snowfall | kg m-2 |
81 | FR_LAND | land-sea fraction | 1 |
83 | Z0 | surface roughness length | m |
84 | ALB_RAD | surface albedo | 1 |
85 | TSOIL | soil surface temperature | K |
86 | WSOIL | water content of 1. soil layer | m |
87 | PLCOV | vegetation area fraction | 1 |
90 | RUNOFF | subsurface runoff | kg m-2 |
91 | FR_ICE | sea ice area fraction | 1 |
92 | H_ICE | sea ice thickness | m |
111 | ASOB | averaged surface net downward shortwave radiation | W m-2 |
112 | ATHB | averaged surface net downward longwave radiation | W m-2 |
113 | ASOB | averaged TOA net downward shortwave radiation | W m-2 |
114 | ATHB | averaged TOA outgoing longwave radiation | W m-2 |
115 | ASWDIR | direct downward sw radiation at the surface | W m-2 |
116 | ASWDIFD | diffuse downward sw radiation at the surface | W m-2 |
117 | ASWDIFU | diffuse upwnward sw radiation at the surface | W m-2 |
118 | ALWD | downward lw radiation at the surface | W m-2 |
119 | ALWU | upward lw radiation at the surface | W m-2 |
121 | ALHFL | averaged surface latent heat flux | W m-2 |
122 | ASHFL | averaged surface sensible heat flux | W m-2 |
124 | AUMFL | averaged eastward stress | Pa |
125 | AVMFL | averaged northward stress | Pa |
128 | SUNSH | undefined | undefined |
129 | SUNSH2 | undefined | undefined |
130 | SUN_SUM | undefined | undefined |
131 | SUN_SUM2 | undefined | undefined |
133 | FCOR | undefined | undefined |
134 | SKYVIEW | sky-view factor | 1 |
137 | SWDIR_COR | topo correction of direct solar radiarion | 1 |
# Parameter table
#
# TABLE_ID=201
# TABLE_MODEL=COSMO
# TABLE_INSTITUT=MCH
#
#-------------------------------------------------------------------------
#!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 |
#----+-------------+------------------------------------------+----------+
5 | APAB | & | W m-2 |
13 | SOHR_RAD | & | K s-1 |
14 | THHR_RAD | & | K s-1 |
20 | DURSUN | duration of sunshine | s |
29 | CLC | cloud area fraction | 1 |
30 | CLC_SGS | grid scale cloud area fraction | 1 |
31 | QC | specific cloud liquid water content | kg kg-1 |
33 | QI | specific cloud ice content | kg kg-1 |
35 | QR | specific rain content | kg kg-1 |
36 | QS | specific snow content | kg kg-1 |
37 | TQR | total rain water content vertically integrated | kg m-2 |
38 | TQS | total snow content vertically integrated | kg m-2 |
39 | QG | specific graupel content | kg kg-1 |
40 | TQG | total graupel content vertically integrated | kg m-2 |
41 | TWATER | cloud condensed water content | kg m-2 |
42 | TDIV_HUM | atmosphere water divergence | kg m-2 |
43 | QC_RAD | sub scale specific cloud liquid water content | kg kg-1 |
44 | QI_RAD | sub scale specific cloud ice content | kg kg-1 |
61 | CLW_CON | convective cloud liquid water | 1 |
68 | HBAS_CON | height of convective cloud base | m |
69 | HTOP_CON | height of convective cloud top | m |
70 | HBAS_CONI | height of convective cloud base | m |
71 | HTOP_CONI | height of convective cloud top | m |
72 | BAS_CON | index of convective cloud base | 1 |
73 | TOP_CON | index of convective cloud top | 1 |
74 | DT_CON | convective tendency of temperature | K s-1 |
75 | DQV_CON | convective tendency of specific humidity | s-1 |
78 | DU_CON | convective tendency of u-wind component | m s-2 |
79 | DV_CON | convective tendency of v-wind component | m s-2 |
82 | HTOP_DC | height of dry convection top | m |
84 | HZEROCL | height of freezing level | m |
85 | SNOWLMT | height of the snow fall limit in m above sea level | m |
86 | HCBAS | height of cloud base | m |
87 | HCTOP | height of cloud top | m |
91 | C_T_LK | & | 1 |
92 | GAMSO_LK | & | m-1 |
93 | DP_BS_LK | & | m |
94 | H_B1_LK | & | m |
95 | H_ML_LK | & | m |
96 | DEPTH_LK | lake depth | m |
97 | FETCH_LK | wind fetch over lake | m |
99 | QRS | precipitation water (water loading) | 1 |
100 | PRR_GSP | mass flux density of large scale rainfall | kg m-2 s-1 |
101 | PRS_GSP | mass flux density of large scale snowfall | kg m-2 s-1 |
102 | RAIN_GSP | large scale rainfall | kg m-2 |
111 | PRR_CON | mass flux density of convective rainfall | kg m-2 s-1 |
112 | PRS_CON | mass flux density of convective snowfall | kg m-2 s-1 |
113 | RAIN_CON | convective rainfall | kg m-2 |
129 | FRESHSNW | freshness of snow | undefined |
131 | PRG_GSP | mass flux density of large scale graupel | kg m-2 s-1 |
132 | GRAU_GSP | large scale graupel | kg m-2 |
133 | RHO_SNOW | density of snow | kg m-3 |
139 | PP | deviation from reference pressure | Pa |
140 | RCLD | standard deviation of saturation deficit | undefined |
143 | CAPE_MU | cape of most unstable parcel | J kg-1 |
144 | CIN_MU | convective inhibition of most unstable parcel | J kg-1 |
145 | CAPE_ML | cape of mean surface layer parcel | J kg-1 |
146 | CIN_ML | convective inhibition of mean surface layer parcel | J kg-1 |
147 | TKE_CON | convective turbulent kinetic energy | undefined |
148 | TKETENS | tendency of turbulent kinetic energy | undefined |
152 | TKE | turbulent kinetic energy | m2 s-2 |
153 | TKVM | diffusion coefficient of momentum | m2 s-1 |
154 | TKVH | diffusion coefficient of heat | m2 s-1 |
170 | TCM | drag coefficient of momentum | 1 |
171 | TCH | drag coefficient of heat | 1 |
187 | VMAX | maximum turbulent wind gust in 10m | m s-1 |
190 | TSOIL | & | K |
191 | TSOIL | & | K |
192 | TSOIL | & | K |
193 | TSOIL | mixed layer temperature | K |
194 | TSOIL | mean temperature of water column | K |
197 | TSOIL | soil temperature | K |
198 | W_SO | soil water content | m |
199 | W_SO_ICE | soil frozen water content | m |
200 | W_I | canopy water amount | m |
203 | TSOIL | snow surface temperature | K |
215 | TSOIL | temperature of ice upper surface | K |
230 | dBZ | unattenuated radar reflectivity in Rayleigh approximation | 1 |
240 | MFLX_CON | convective mass flux density | kg m-2 s-1 |
241 | CAPE_CON | & | J kg-1 |
243 | QCVG_CON | & | s-1 |
# Parameter table
#
# TABLE_ID=202
# TABLE_MODEL=COSMO
# TABLE_INSTITUT=MCH
#
#-------------------------------------------------------------------------
#!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 |
#----+-------------+------------------------------------------+----------+
46 | SSO_STDH | standard deviation of subgrid scale height | m |
47 | SSO_GAMMA | anisotropy of topography | - |
48 | SSO_THETA | angle between principal axis of orography and global east | - |
49 | SSO_SIGMA | mean slope of subgrid scale orography | - |
55 | FR_LAKE | fraction of inland lake water | 1 |
57 | SOILTYP | soil type | 1 |
61 | LAI | leaf area index | 1 |
62 | ROOTDP | root depth | m |
64 | HMO3 | air pressure at ozone maximum | Pa |
65 | VIO3 | vertical integrated ozone amount | Pa |
67 | PLCOV_MX | vegetation area fraction maximum | 1 |
68 | PLCOV_MN | vegetation area fraction minimum | 1 |
69 | LAI_MX | leaf area index maximum | 1 |
70 | LAI_MN | leaf area index minimum | 1 |
75 | FOR_E | ground fraction covered by evergreen forest | - |
76 | FOR_D | ground fraction covered by deciduous forest | - |
104 | DQVDT | tendency of water vapor | s-1 |
105 | QVSFLX | surface flux of water vapour | s-1m-2 |
113 | FC | coriolis parameter | s-1 |
114 | RLAT | latitude | radian |
115 | RLON | longitude | radian |
121 | ZTD | integrated total atmospheric refractivity | undefined |
122 | ZWD | integrated wet atmospheric refractivity | undefined |
123 | ZHD | integrated dry atmospheric refractivity | undefined |
180 | O3 | ozone mass mixing ratio | kg kg-1 |
200 | I131a | undefined | undefined |
201 | I131a_DD | undefined | undefined |
202 | I131a_WD | undefined | undefined |
203 | Cs137 | undefined | undefined |
204 | Cs137_DD | undefined | undefined |
205 | Cs137_WD | undefined | undefined |
206 | Te132 | undefined | undefined |
207 | Te132_DD | undefined | undefined |
208 | Te132_WD | undefined | undefined |
209 | Zr95 | undefined | undefined |
210 | Zr95_DD | undefined | undefined |
211 | Zr95_WD | undefined | undefined |
212 | Kr85 | undefined | undefined |
213 | Kr85_DD | undefined | undefined |
214 | Kr85_WD | undefined | undefined |
215 | TRACER | undefined | undefined |
216 | TRACER_DD | undefined | undefined |
217 | TRACER_WD | undefined | undefined |
218 | Xe133 | undefined | undefined |
219 | Xe133_DD | undefined | undefined |
220 | Xe133_WD | undefined | undefined |
221 | I131g | undefined | undefined |
222 | I131g_DD | undefined | undefined |
223 | I131g_WD | undefined | undefined |
224 | I131o | undefined | undefined |
225 | I131o_DD | undefined | undefined |
226 | I131o_WD | undefined | undefined |
227 | Ba140 | undefined | undefined |
228 | Ba140_DD | undefined | undefined |
229 | Ba140_WD | undefined | undefined |
230 | Sr90 | undefined | undefined |
231 | Sr90_DD | undefined | undefined |
232 | Sr90_WD | undefined | undefined |
233 | Ru103 | undefined | undefined |
234 | Ru103_DD | undefined | undefined |
235 | Ru103_WD | undefined | undefined |
# Parameter table
#
# TABLE_ID=203
# TABLE_MODEL=COSMO
# TABLE_INSTITUT=MCH
#
#-------------------------------------------------------------------------
#!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 |
#----+-------------+------------------------------------------+----------+
135 | LCL_ML | undefined | undefined |
136 | LFC_ML | undefined | undefined |
137 | CAPE_3KM | undefined | undefined |
138 | SWISS00 | swiss00 index | 1 |
139 | SWISS12 | swiss12 index | 1 |
147 | SLI | surface lifted index | K |
149 | SI | showalter index | K |
155 | BRN | undefined | undefined |
156 | HPBL | undefined | undefined |
203 | CLDEPTH | normalized cloud depth | 1 |
204 | CLCT_MOD | modified_total_cloud_cover | 1 |
# Parameter table
#
# TABLE_ID=205
# TABLE_MODEL=COSMO
# TABLE_INSTITUT=MCH
#
#-------------------------------------------------------------------------
#!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 |
#----+-------------+------------------------------------------+----------+
1 | SYNME5 | synthetic satellite images Meteosat5 | - |
2 | SYNME6 | synthetic satellite images Meteosat6 | - |
3 | SYNME7 | synthetic satellite images Meteosat7 | - |
4 | SYNMSG | synthetic satellite images MSG | - |
# Parameter table
#
# TABLE_ID=250
# TABLE_MODEL=COSMO
# TABLE_INSTITUT=MCH
#
#-------------------------------------------------------------------------
#!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 |
#----+-------------+------------------------------------------+----------+
1 | QNH | sea level air pressure | hPa |
11 | TSOIL | 2m temperature | K |
12 | TSOIL | 2m temperature | K |
13 | D_T_2M_K | kalman correction to 2m temperature | K |
14 | TSOIL | 2m temperature | K |
15 | TSOIL | 2m temperature | K |
16 | RH_ICE | relative humidity over ice | % |
17 | TD | dew point temperature | K |
18 | D_TD | dew point depression | K |
19 | THETAE | equivalent potential temperature | K |
20 | TD_2M_K | 2m dew point temperature | K |
21 | D_TD_2M_K | kalman correction to 2m dew point temperature | K |
22 | TD_2M_OLD | 2m dew point temperature | K |
23 | TD_2M_BUZ | 2m dew point temperature | K |
24 | HI | heat index | Fahrenheit |
25 | DURSUN_M | maximum duration of sunshine | s |
26 | DURSUN_R | relative duration of sunshine | % |
52 | RH_2M_K | 2m relative humidity | % |
53 | D_RH_2M_K | kalman correction to 2m relative humidity | % |
58 | CLI_RATIO | cloud ice ratio (Qi/Qc+Qi) | % |
61 | TOT_SNOW | total precipitation in snow | kg/m**2 |
62 | TOT_RAIN | total precipitation in rain | kg/m**2 |
63 | TOT_CON | total convective precipitation | kg/m**2 |
64 | TOT_GSP | total large scale precipitation | kg/m**2 |
65 | SNOW_% | percentage of precipitation in snow | % |
66 | CONV_% | percentage of convective precipitation | % |
67 | VORTP_ABS | absolute | VORTP_ABS 67 -1 absolute vorticity |
68 | VORTP_REL | relative | VORTP_REL 68 -1 relative vorticity |
70 | PDIFF_CON | pressure difference between cloud base and cloud top | Pa |
71 | TTOP_CON | temperature at cloud top | K |
80 | GEM | emissivity of the ground | % |
82 | Z0LOC | local surface roughness length | m |
110 | LUM | luminosity | klux |
111 | GLOB | global shortwave radiation at surface | W/m**2 |
112 | LW_IN_TG | incoming longwave radiation at surface | W/m**2 |
113 | LW_IN_TS | incoming longwave radiation at surface | W/m**2 |
114 | LW_IN_T2M | incoming longwave radiation at surface | W/m**2 |
115 | SWISS_WE | Swiss | SWISS_WE 115 1 Swiss coordinates |
116 | SWISS_SN | Swiss | SWISS_SN 116 1 Swiss coordinates |
150 | KOINDEX | KO index | K |
151 | TTINDEX | total-totals index | K |
152 | DCI | deep convection index | K |
153 | SWEAT | severe weather thread index | undefined |
154 | ADEDO2 | adedokun 2 index | K |
160 | C_TSTORM | thunderstorm index using AdaBoost classifier | undefined |
161 | CN_TSTORM | thunderstorm probabilty using AdaBoost classifier | % |
200 | WSHEARL | wind shear between surface and 3 km asl | 1/s |
201 | WSHEARM | wind shear between surface and 6 km asl | 1/s |
202 | WSHEARU | wind shear between 3 km (or surface) and 6 km asl | 1/s |
211 | VWIN | maximum OLD turbulent wind gust in 10m | m s-1 |
212 | VW10M_20 | maximum 10m wind speed | m s-1 |
213 | VW10M_25 | duration of VWIN_10M above 25 knots | s |
214 | VW10M_30 | duration of VWIN_10M above 30 knots | s |
215 | VW10M_35 | duration of VWIN_10M above 35 knots | s |
216 | VW10M_40 | duration of VWIN_10M above 40 knots | s |
217 | VW10M_45 | duration of VWIN_10M above 45 knots | s |
218 | VW10M_50 | duration of VWIN_10M above 50 knots | s |
219 | VOLD | maximum turbulent wind gust in 10m | m s-1 |
220 | VJPS | maximum turbulent wind gust in 10m | m s-1 |
221 | VBRA | maximum Brasseur turbulent wind gust in 10m | m s-1 |
222 | VB10M_20 | duration of VBRA_10M above 20 knots | s |
223 | VB10M_25 | duration of VBRA_10M above 25 knots | s |
224 | VB10M_30 | duration of VBRA_10M above 30 knots | s |
225 | VB10M_35 | duration of VBRA_10M above 35 knots | s |
226 | VB10M_40 | duration of VBRA_10M above 40 knots | s |
227 | VB10M_45 | duration of VBRA_10M above 45 knots | s |
228 | VB10M_50 | duration of VBRA_10M above 50 knots | s |
231 | VCON | maximum convective wind gust in 10m | m s-1 |
232 | VC10M_20 | duration of VCON_10M above 20 knots | s |
233 | VC10M_25 | duration of VCON_10M above 25 knots | s |
234 | VC10M_30 | duration of VCON_10M above 30 knots | s |
235 | VC10M_35 | duration of VCON_10M above 35 knots | s |
236 | VC10M_40 | duration of VCON_10M above 40 knots | s |
237 | VC10M_45 | duration of VCON_10M above 45 knots | s |
238 | VC10M_50 | duration of VCON_10M above 50 knots | s |
241 | FMAX | maximum wind speed at k=ke | m s-1 |
242 | USTARMAX | maximal u*=SQRT(Drag_coef)*fmax_10m | m s-1 |
243 | GLOB_DIF | global diffuse shortwave radiation at the surface | W/m**2 |
244 | GLOB_DIR | global direct (beam) shortwave radiation at the surface | W/m**2 |
245 | GLOB_vE | global shortwave radiation on a vertical surface facing east | W/m**2 |
246 | GLOB_vS | global shortwave radiation on a vertical surface facing south | W/m**2 |
247 | GLOB_vW | global shortwave radiation on a vertical surface facing west | W/m**2 |
248 | GLOB_vN | global shortwave radiation on a vertical surface facing north | W/m**2 |
249 | LW_TG_vS | incoming longwave radiation on a vertical surface facing south | W/m**2 |
250 | ENTH | enthalpy | kJ/kg |
251 | ENTH | enthalpy | kJ/kg |
252 | MIXRAT | mixing ratio | g/kg |
253 | MIXRAT | mixing ratio | g/kg |
254 | TW | wet bulb temperature | degC |
255 | TW | wet bulb temperature | degC |
echam4
echam5
mpiom1
ecmwf
remo
cosmo002
cosmo201
cosmo202
cosmo203
cosmo205
cosmo250
# Parameter table
#
# TABLE_ID=128
# TABLE_MODEL=ECHAM4
# TABLE_INSTITUT=MPIMET
# TABLE_CENTER=98
# TABLE_SUBCENTER=255
#
#-------------------------------------------------------------------------
#!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 | m/s |
34 | low_cld | low cloud
35 | mid_cld | mid cloud
36 | hih_cld | high cloud
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 | sq | specific humidity | kg/kg |
134 | aps | Surface pressure | Pa |
135 | omega | vertical velocity | Pa/s |
138 | svo | vorticity | 1/s |
139 | ts | surface temperature | K |
140 | ws | soil wetness | m |
141 | sn | snow depth | m |
142 | aprl | large scale precipitation | m/s |
143 | aprc | convective precipitation | m/s |
144 | aprs | snow fall | m/s |
145 | vdis | boundary layer dissipation | W/m^2 |
146 | ahfs | surface sensible heat flux | W/m^2 |
147 | ahfl | surface latent heat flux | W/m^2 |
148 | stream | streamfunction | m^2/s |
149 | velopot | velocity potential | m^2/s |
151 | slp | mean sea level pressure | Pa |
152 | lsp | log surface pressure | |
153 | sx | liquid water content | 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 | ustar3 | ustar3 | m^3/s^3 |
160 | runoff | surface runoff | m/s |
161 | alwc | liquid water content | kg/kg |
162 | aclc | cloud cover | fraction |
163 | aclcv | total cloud cover | fraction |
164 | aclcov | total cloud cover | fraction |
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 | td | deep soil temperature | K |
171 | wind10 | 10m windspeed | m/s |
172 | slm | land sea mask | fraction |
173 | az0 | surface roughness length | m |
174 | alb | surface background albedo | fraction |
175 | albedo | surface albedo | fraction |
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 | surface u-stress | Pa |
181 | vstr | surface v-stress | Pa |
182 | evap | surface evaporation | m/s |
183 | tdcl | soil temperature | K |
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 | top solar cloud forcing | W/m^2 |
192 | tclf0 | top thermal cloud forcing | W/m^2 |
193 | wl | skin reservoir content | m |
194 | wlm1 | skin reservoir content of plants | m |
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 | fraction |
199 | varor | orographic variance | m^2 |
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 | tsn | snow temperature | K |
207 | td3 | soil temperature 3 | K |
208 | td4 | soil temperature 4 | K |
209 | td5 | soil temperature 5 | K |
210 | seaice | sea ice cover | fraction |
211 | siced | sea ice depth | m |
212 | forest | vegetation type | fraction |
213 | teff | (effective) sea-ice skin temperature | K |
214 | tsmax | maximum surface temperature | K |
215 | tsmin | minimum surface temperature | K |
216 | wimax | maximum 10m-wind speed | m/s |
217 | topmax | maximum height of convective cloud tops | Pa |
218 | snmel | snow melt | m/s |
219 | runtoc | surface runoff into ocean
220 | tslin | land: residual surface heat budget | W/m^2 |
221 | dsnac | snow depth change | m/s |
222 | alwcac | liquid water content | kg/kg |
223 | aclcac | cloud cover | fraction |
224 | tke | turbulent kinetic energy | |
225 | tkem1 | turbulent kinetic energy (t-1) | |
226 | fao | FAO data set (soil data flags) | |
227 | rgcgn | heat capacity of soil | |
228 | sodif | soil diffusivity | |
229 | wsmx | field capacity of soil | m |
230 | qvi | vertically integrated specific humidity | kg/m^2 |
231 | alwcvi | vertically integrated liquid water cont. | kg/m^2 |
232 | glac | glacier mask | fraction |
233 | runlnd | surface runoff not running into ocean
259 | windspeed | windspeed (sqrt(u^2+v^2)) | |
260 | precip | total precipitation | m/s |
261 | net_top | total top radiation | |
262 | net_bot | total surface radiation | |
263 | net_heat | net surface heat flux | |
264 | net_water | total surface water | |
268 | sw_atm
269 | lw_atm
270 | net_atm
271 | surf_runoff | surface runoff