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mpim-sw
libcdi
Commits
df834761
Commit
df834761
authored
Jul 26, 2010
by
Uwe Schulzweida
Browse files
added ECHAM6 GRIB1 code table
parent
931f6864
Changes
6
Hide whitespace changes
Inline
Side-by-side
.gitattributes
View file @
df834761
...
...
@@ -223,6 +223,7 @@ tables/cosmo250 -text
tables/default_tables -text
tables/echam4 -text
tables/echam5 -text
tables/echam6 -text
tables/ecmwf -text
tables/gen_tableheaderfile -text
tables/mpiom1 -text
...
...
ChangeLog
View file @
df834761
2010-07-26 Uwe Schulzweida <Uwe.Schulzweida@zmaw.de>
* added ECHAM6 GRIB1 code table
2010-07-23 Uwe Schulzweida <Uwe.Schulzweida@zmaw.de>
* cdfInqContents: fixed out of bounds access to attstring [report: Heiner Widmann]
...
...
examples/compf
View file @
df834761
...
...
@@ -4,3 +4,4 @@ f77 -g -I../src -o cdi_copy_f cdi_copy_f.f -L../src -lcdi -L/home/m214003/loca
f77 -g -I../src -o cdi_write_f cdi_write_f.f -L../src -lcdi -L/client/lib -lnetcdf
f77 -g -I../src -o cdi_read_f cdi_read_f.f -L../src -lcdi -L/client/lib -lnetcdf
f77 -g -I../src -o cdi_copy_f cdi_copy_f.f -L../src -lcdi -L/client/lib -lnetcdf
g77 -g -I../src -o cdi_write_f cdi_write_f.f -L/pf/m/m214003/local/etch-ia32/lib -lcdi -static -L/scratch/local2/m214003/local/lib -lgrib_api -L/sw/etch-ia32/jasper-1.900.1/lib -ljasper -L/sw/etch-ia32/netcdf-4.0.1/lib -lnetcd
src/table.h
View file @
df834761
...
...
@@ -281,6 +281,184 @@ static PAR echam5[] = {
{
272
,
"mastrfu"
,
"mass stream function"
,
"kg/s"
},
};
static
PAR
echam6
[]
=
{
{
4
,
"precip"
,
"total precipitation"
,
"kg/m^2s"
},
{
34
,
"low_cld"
,
"low cloud"
,
NULL
},
{
35
,
"mid_cld"
,
"mid cloud"
,
NULL
},
{
36
,
"hih_cld"
,
"high cloud"
,
NULL
},
{
68
,
"fage"
,
"aging factor of snow on ice"
,
NULL
},
{
69
,
"snifrac"
,
"fraction of ice covered with snow"
,
NULL
},
{
70
,
"barefrac"
,
"bare ice fraction"
,
NULL
},
{
71
,
"alsom"
,
"albedo of melt ponds"
,
NULL
},
{
72
,
"alsobs"
,
"albedo of bare ice and snow"
,
NULL
},
{
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"
,
NULL
},
{
79
,
"albedo_vis_dir"
,
"surface albedo visible range direct"
,
NULL
},
{
80
,
"albedo_nir_dir"
,
"surface albedo NIR range direct"
,
NULL
},
{
81
,
"albedo_vis_dif"
,
"surface albedo visible range diffuse"
,
NULL
},
{
82
,
"albedo_nir_dif"
,
"surface albedo NIR range diffuse"
,
NULL
},
{
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)"
,
NULL
},
{
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"
,
NULL
},
{
123
,
"alsow"
,
"albedo of water"
,
NULL
},
{
124
,
"alsol"
,
"albedo of land"
,
NULL
},
{
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"
,
NULL
},
{
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"
,
NULL
},
{
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
,
"var158"
,
"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"
,
NULL
},
{
163
,
"aclcv"
,
"total cloud cover"
,
NULL
},
{
164
,
"aclcov"
,
"total cloud cover (mean)"
,
NULL
},
{
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)"
,
NULL
},
{
173
,
"az0"
,
"roughness length"
,
"m"
},
{
174
,
"alb"
,
"surface background albedo"
,
NULL
},
{
175
,
"albedo"
,
"surface albedo"
,
NULL
},
{
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"
,
NULL
},
{
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"
,
NULL
},
{
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"
,
NULL
},
{
199
,
"orostd"
,
"orographic standard deviation"
,
"m"
},
{
200
,
"vlt"
,
"leaf area index"
,
NULL
},
{
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"
,
NULL
},
{
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)"
,
NULL
},
{
211
,
"siced"
,
"ice depth"
,
"m"
},
{
212
,
"forest"
,
"forest fraction"
,
NULL
},
{
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"
,
NULL
},
{
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"
,
NULL
},
{
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"
,
NULL
},
{
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"
},
};
static
PAR
mpiom1
[]
=
{
{
2
,
"THO"
,
"temperature"
,
"C"
},
{
5
,
"SAO"
,
"salinity"
,
"psu"
},
...
...
@@ -1084,6 +1262,22 @@ tableDefault(void)
tableLink
(
tableID
,
echam5
,
sizeof
(
echam5
)
/
sizeof
(
PAR
));
/*
* define table : echam6
*/
instID
=
institutInq
(
0
,
0
,
"MPIMET"
,
NULL
);
if
(
instID
==
-
1
)
instID
=
institutDef
(
0
,
0
,
"MPIMET"
,
NULL
);
modelID
=
modelInq
(
instID
,
0
,
"ECHAM6"
);
if
(
modelID
==
-
1
)
modelID
=
modelDef
(
instID
,
0
,
"ECHAM6"
);
tableID
=
tableDef
(
modelID
,
128
,
"echam6"
);
tableLink
(
tableID
,
echam6
,
sizeof
(
echam6
)
/
sizeof
(
PAR
));
/*
* define table : mpiom1
*/
...
...
tables/default_tables
View file @
df834761
echam4
echam5
echam6
mpiom1
ecmwf
remo
...
...
tables/echam6
0 → 100644
View file @
df834761
# 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 |
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