mirror of https://github.com/ecmwf/eccodes.git
181 lines
7.1 KiB
Plaintext
181 lines
7.1 KiB
Plaintext
1 pres PRES Pressure Pa
|
|
2 msl MSL Pressure reduced to MSL Pa
|
|
3 ptend PTEND Pressure tendency Pa/s
|
|
4 pv PV Potential vorticity K*m2 / kg / s
|
|
5 icaht ICAHT ICAO Standard Atmosphere reference height m
|
|
6 z Z Geopotential m2/s2
|
|
7 gh GH Geopotential height Gpm
|
|
8 h H Geometric height m
|
|
9 hstdv HSTDV Standard deviation of height m
|
|
10 tco3 TCO3 Total ozone Dobson
|
|
11 t T Temperature K
|
|
12 vtmp VTMP Virtual temperature K
|
|
13 pt PT Potential temperature K
|
|
14 papt PAPT Pseudo-adiabatic potential temperature K
|
|
15 tmax TMAX Maximum temperature K
|
|
16 tmin TMIN Minimum temperature K
|
|
17 dpt DPT Dew point temperature K
|
|
18 depr DEPR Dew point depression (or deficit) K
|
|
19 lapr LAPR Lapse rate K/m
|
|
20 vis VIS Visibility m
|
|
21 rdsp1 RDSP1 Radar Spectra (1) -
|
|
22 rdsp2 RDSP2 Radar Spectra (2) -
|
|
23 rdsp3 RDSP3 Radar Spectra (3) -
|
|
24 pli PLI Parcel lifted index (to 500 hPa) K
|
|
25 ta TA Temperature anomaly K
|
|
26 pa PA Pressure anomaly Pa
|
|
27 gpa GPA Geopotential height anomaly Gpm
|
|
28 wvsp1 WVSP1 Wave Spectra (1) -
|
|
29 wvsp2 WVSP2 Wave Spectra (2) -
|
|
30 wvsp3 WVSP3 Wave Spectra (3) -
|
|
31 wdir WDIR Wind direction Deg. true
|
|
32 wins WINS Wind speed m/s
|
|
33 u U u-component of wind m/s
|
|
34 v V v-component of wind m/s
|
|
35 strf STRF Stream function m2/s
|
|
36 vp VP Velocity potential m2/s
|
|
37 mntsf MNTSF Montgomery stream function m2/s2
|
|
38 sigma SIGMA Sigma coord. vertical velocity 1/s
|
|
39 omega OMEGA Pressure Vertical velocity Pa/s
|
|
40 w W Geometric Vertical velocity m/s
|
|
41 absv ABSV Absolute vorticity 1/s
|
|
42 absd ABSD Absolute divergence 1/s
|
|
43 vo VO Relative vorticity 1/s
|
|
44 d D Relative divergence 1/s
|
|
45 vusch VUSCH Vertical u-component shear 1/s
|
|
46 vvsch VVSCH Vertical v-component shear 1/s
|
|
47 dirc DIRC Direction of current Deg. true
|
|
48 spc SPC Speed of current m/s
|
|
49 ucurr UCURR u-component of current m/s
|
|
50 vcurr VCURR v-component of current m/s
|
|
51 q Q Specific humidity kg/kg
|
|
52 r R Relative humidity %
|
|
53 mixr MIXR Humidity mixing ratio kg/kg
|
|
54 pwat PWAT Precipitable water kg/m2
|
|
55 vp VP Vapour pressure Pa
|
|
56 satd SATD Saturation deficit Pa
|
|
57 e E Evaporation m of water equivalent
|
|
58 cice CICE Cloud Ice kg/m2
|
|
59 prate PRATE Precipitation rate kg/m2/s
|
|
60 tstm TSTM Thunderstorm probability %
|
|
61 tp TP Total precipitation kg/m2
|
|
62 lsp LSP Large scale precipitation kg/m2
|
|
63 acpcp ACPCP Convective precipitation kg/m2
|
|
64 srweq SRWEQ Snowfall rate water equivalent kg/m2/s
|
|
65 sdwe SDWE Water equiv. of accum. snow depth kg/m2
|
|
66 sd SD Snow depth m
|
|
67 mld MLD Mixed layer depth m
|
|
68 tthdp TTHDP Transient thermocline depth m
|
|
69 mthd MTHD Main thermocline depth m
|
|
70 mtha MTHA Main thermocline anomaly m
|
|
71 tcc TCC Total cloud cover %
|
|
72 ccc CCC Convective cloud cover %
|
|
73 lcc LCC Low cloud cover %
|
|
74 mcc MCC Medium cloud cover %
|
|
75 hcc HCC High cloud cover %
|
|
76 cwat CWAT Cloud water kg/m2
|
|
77 bli BLI Best lifted index (to 500 hPa) K
|
|
78 snoc SNOC Convective snow kg/m2
|
|
79 snol SNOL Large scale snow kg/m2
|
|
80 wtmp WTMP Water Temperature K
|
|
81 lsm LSM Land-sea mask (1=land 0=sea) (see note) Fraction
|
|
82 dslm DSLM Deviation of sea level from mean m
|
|
83 sr SR Surface roughness m
|
|
84 al AL Albedo %
|
|
85 st ST Soil temperature K
|
|
86 ssw SSW Soil moisture content kg/m2
|
|
87 veg VEG Vegetation %
|
|
88 s S Salinity kg/kg
|
|
89 den DEN Density kg/m3
|
|
90 watr WATR Water run off kg/m2
|
|
91 icec ICEC Ice cover (ice=1 no ice=0)(see note) Fraction
|
|
92 icetk ICETK Ice thickness m
|
|
93 diced DICED Direction of ice drift deg. true
|
|
94 siced SICED Speed of ice drift m/s
|
|
95 uice UICE u-component of ice drift m/s
|
|
96 vice VICE v-component of ice drift m/s
|
|
97 iceg ICEG Ice growth rate m/s
|
|
98 iced ICED Ice divergence /s
|
|
99 snom SNOM Snow melt kg/m2
|
|
100 swh SWH Significant height of combined wind waves and swell m
|
|
101 wvdir WVDIR Direction of wind waves deg. true
|
|
102 shww SHWW Significant height of wind waves m
|
|
103 mpww MPWW Mean period of wind waves s
|
|
104 swdir SWDIR Direction of swell waves deg. true
|
|
105 swell SWELL Significant height of swell waves m
|
|
106 swper SWPER Mean period of swell waves s
|
|
107 prwd PRWD Primary wave direction deg. true
|
|
108 perpw PERPW Primary wave mean period s
|
|
109 dirsw DIRSW Secondary wave direction deg. true
|
|
110 persw PERSW Secondary wave mean period s
|
|
111 nswrs NSWRS Net short-wave radiation flux (surface) W/m2
|
|
112 nlwrs NLWRS Net long wave radiation flux (surface) W/m2
|
|
113 nswrt NSWRT Net short-wave radiation flux (top of atmos.) W/m2
|
|
114 nlwrt NLWRT Net long wave radiation flux (top of atmos.) W/m2
|
|
115 lwavr LWAVR Long wave radiation flux W/m2
|
|
116 swavr SWAVR Short wave radiation flux W/m2
|
|
117 grad GRAD Global radiation flux W/m2
|
|
118 btmp BTMP Brightness temperature K
|
|
119 lwrad LWRAD Radiance (with respect to wave number) W/m/sr
|
|
120 swrad SWRAD Radiance (with respect to wave length) W/m3/sr
|
|
121 lhtfl LHTFL Latent heat net flux W/m2
|
|
122 shtfl SHTFL Sensible heat net flux W/m2
|
|
123 bld BLD Boundary layer dissipation W/m2
|
|
124 uflx UFLX Momentum flux, u component N/m2
|
|
125 vflx VFLX Momentum flux, v component N/m2
|
|
126 wmixe WMIXE Wind mixing energy J
|
|
127 imgd IMGD Image data -
|
|
128 mofl MOFL Momentum flux Pa
|
|
129 qten QTEN Humidity tendencies ?
|
|
130 radtop RADTOP Radiation at top of atmosphere ?
|
|
131 ctt CTT Cloud top temperature, infrared K
|
|
132 wvbt WVBT Water vapor brightness temperature K
|
|
133 wvbt_corr WVBT_CORR Water vapor brightness temperature, correction K
|
|
134 cwref CWREF Cloud water reflectivity Fraction
|
|
135 maxgust MAXGUST Maximum wind m/s
|
|
136 mingust MINGUST Minimum wind m/s
|
|
137 icc ICC Integrated cloud condensate kg/m2
|
|
138 sd SD Snow depth m
|
|
139 sdol SDOL Open land snow depth m
|
|
140 tland TLAND Temperature over land K
|
|
141 qland QLAND Specific humidity over land kg/kg
|
|
142 rhland RHLAND Relative humidity over land Fraction
|
|
143 dptland DPTLAND Dew point over land K
|
|
160 slfr SLFR Slope fraction Fraction
|
|
161 shfr SHFR Shadow fraction Fraction
|
|
162 rsha RSHA Shadow parameter RSHA -
|
|
163 rshb RSHB Shadow parameter RSHB -
|
|
164 movegro MOVEGRO Momentum vegetation roughness m
|
|
165 susl SUSL Surface slope -
|
|
166 skwf SKWF Sky wiew factor Fraction
|
|
167 frasp FRASP Fraction of aspect -
|
|
168 hero HERO Heat roughness m
|
|
169 al_scorr AL_SCORR Albedo with solar angle correction Fraction
|
|
189 swi SWI Soil wetness index -
|
|
190 asn ASN Snow albedo Fraction
|
|
191 dsn DSN Snow density -
|
|
192 watcn WATCN Water on canopy level kg/m2
|
|
193 ssi SSI Surface soil ice m3/m3
|
|
194 frst FRST Fraction of surface type Fraction
|
|
195 st ST Soil type code
|
|
196 fol FOL Fraction of lake Fraction
|
|
197 fof FOF Fraction of forest Fraction
|
|
198 fool FOOL Fraction of open land Fraction
|
|
199 vgtyp VGTYP Vegetation type (Olsson land use) -
|
|
200 tke TKE Turbulent Kinetic Energy J/kg
|
|
204 sdor SDOR Standard deviation of mesoscale orography gpm
|
|
205 amo AMO Anisotrophic mesoscale orography -
|
|
206 anmo ANMO X-angle of mesoscale orography rad
|
|
208 mssso MSSSO Maximum slope of smallest scale orography rad
|
|
209 sdsso SDSSO Standard deviation of smallest scale orography gpm
|
|
210 iceex ICEEX Ice existence -
|
|
222 lcl LCL Lifting condensation level m
|
|
223 lnbuo LNBUO Level of neutral buoyancy m
|
|
224 ci CI Convective inhibation J/kg
|
|
225 cape CAPE CAPE J/kg
|
|
226 ptype PTYPE Precipitation type code
|
|
227 fricv FRICV Friction velocity m/s
|
|
228 gust GUST Wind gust m/s
|
|
250 anpr3 ANPR3 Analysed 3-hour precipitation (-3h/0h) kg/m2
|
|
251 anpr12 ANPR12 Analysed 12-hour precipitation (-12h/0h) kg/m2
|