CDXWRFout

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(→‎Additional Water Budget variables)
(Añadiendo taus y taugens)
 
(No se muestran 5 ediciones intermedias realizadas por un usuario)
Línea 25: Línea 25:
 
| CONVECTIVE AVAILABLE POTENTIAL ENERGY
 
| CONVECTIVE AVAILABLE POTENTIAL ENERGY
 
| Jkg-1
 
| Jkg-1
  +
|-
  +
| capemax
  +
| CAPEMAX
  +
| maximum convective available potential energy |
  +
Jkg-1
  +
|-
  +
| capemean
  +
| CAPEMEAN
  +
| mean convective available potential energy
  +
| Jkg-1
 
|-
  
|-
 
| cin
 
| cin
Línea 30: Línea 40:
 
| CONVECTIVE INHIBITION
 
| CONVECTIVE INHIBITION
 
| Jkg-1
 
| Jkg-1
  +
|-
  +
| cinmax
  +
| CINMAX
  +
| maximum convective inhibition
  +
| Jkg-1
  +
|-
  +
| cinmean
  +
| CINMEAN
  +
| mean convective inhibition
  +
| Jkg-1
 
|-
  
|-
 
| cltmean
 
| cltmean
Línea 100: Línea 120:
 
| PRESSURE LEVEL FREE CONVECTION
 
| PRESSURE LEVEL FREE CONVECTION
 
| Pa
 
| Pa
  +
|-
  +
| lfcmax
  +
| LFCPMAX
  +
| maximum pressure level free convection
  +
| Pa
  +
|-
  +
| lfcmean
  +
| LFCPMEAN
  +
| mean pressure level free convection
  +
| Pa
 
|-
  
|-
 
| lfcz
 
| lfcz
Línea 105: Línea 135:
 
| HEIGHT LEVEL FREE CONVECTION
 
| HEIGHT LEVEL FREE CONVECTION
 
| m
 
| m
  +
|-
  +
| lfzmax
  +
| LFCZMAX
  +
| maximum height level free convection
  +
| m
  +
|-
  +
| lfczmean
  +
| LFCZMEAN
  +
| mean height level free convection
  +
| m
 
|-
  
|-
 
| li
 
| li
Línea 110: Línea 150:
 
| LIFTED INDEX
 
| LIFTED INDEX
 
| 1
 
| 1
  +
|-
  +
| limean
  +
| LIMEAN
  +
| mean lifted index
  +
| 1
  +
|-
  +
| limin
  +
| LIMIN
  +
| minimum lifted index
  +
| 1
  +
|-
  +
| limax
  +
| LIMAX
  +
| maximum lifted index
  +
| 1
 
|-
  
|-
 
| slw
 
| slw
Línea 125: Línea 180:
 
| 10M NORTHWARD WIND SPEED
 
| 10M NORTHWARD WIND SPEED
 
| ms-1
 
| ms-1
  +
|-
  +
| wss
  +
| WSS
  +
| 10M WIND SPEED
  +
| ms-1
 
|-
  
|-
 
| wsgsmax
 
| wsgsmax
Línea 162: Línea 222:
 
| ms-1
 
| ms-1
 
|-
  
|-
−
| totwsgspercen |TOTWSGSPERCEN
+
| totwsgspercen
  +
| TOTWSGSPERCEN
 
| Percentage of time steps where grid point got total wind gust
 
| Percentage of time steps where grid point got total wind gust
 
|
 
|
Línea 171: Línea 231:
 
| Generic boundary layer height theta(zmlagen) > min(theta[mix. layer]) + 1.5K
 
| Generic boundary layer height theta(zmlagen) > min(theta[mix. layer]) + 1.5K
 
| m
 
| m
  +
|-
  +
| wsz100
  +
| WSZ100
  +
| 100m wind speed
  +
| ms-1
  +
|-
  +
| uz100
  +
| UZ100
  +
| Eastward 100 m wind speed
  +
| ms-1
  +
|-
  +
| vz100
  +
| VZ100
  +
| Northward 100 m wind speed
  +
| ms-1
 
|-
  
|-
 
| wsz100max
 
| wsz100max
Línea 191: Línea 266:
 
| SUNSHINE LENGTH (ac. time SWDOWN > 120. Wm-2)
 
| SUNSHINE LENGTH (ac. time SWDOWN > 120. Wm-2)
 
| second
 
| second
  +
|-
  +
| cdcdx
  +
| CDCDX
  +
| drag coefficient
  +
| -
  +
|-
  +
| cdgen
  +
| CDGEN
  +
| generic drag coefficient
  +
| -
 
|-
  
|-
 
| tauu
 
| tauu
Línea 202: Línea 287:
 
| m2s-2
 
| m2s-2
 
|-
  
|-
−
| colspan="4" 3D
+
| tauugen
  +
| TAUUGEN
  +
| generic northward downward wind stress at 10 m
  +
| m2s-2
  +
|-
  +
| tauvgen
  +
| TAUVGEN
  +
| generic eastward downward wind stress at 10 m
  +
| m2s-2
  +
|-
  +
| rsds
  +
| RSDS
  +
| mean surface Downwelling Shortwave Radiation
  +
| Wm-2
  +
|-
  +
| rlds
  +
| RLDS
  +
| mean surface Downwelling Longwave Radiation
  +
| Wm-2
  +
|-
  +
| hfls
  +
| HFLS
  +
| mean surface Upward Latent Heat Flux
  +
| Wm-2
  +
|-
  +
| hfss
  +
| HFSS
  +
| mean surface Upward Sensible Heat Flux
  +
| Wm-2
  +
|-
  +
| rsus
  +
| RSUS
  +
| mean surface Upwelling Shortwave Radiation
  +
| Wm-2
  +
|-
  +
| rlus
  +
| RLUS
  +
| mean surface Upwelling Longwave Radiation
  +
| Wm-2
  +
|-
  +
| evspsbl
  +
| EVSPSBL
  +
| mean evaporation
  +
| kgm-2s-1
  +
|-
  +
| evspsblpot
  +
| EVSPSBLPOT
  +
| mean potential evapotranspiration
  +
| kgm-2s-1
  +
|-
  +
| snc
  +
| SNC
  +
| mean snow area fraction
  +
| %
  +
|-
  +
| snd
  +
| SND
  +
| mean snow depth
  +
| m
  +
|-
  +
| mrros
  +
| MRROS
  +
| mean surface Runoff
  +
| kgm-2s-1
  +
|-
  +
| mrro
  +
| MRRO
  +
| mean total Runoff
  +
| kgm-2s-1
  +
|-
  +
| mrsol
  +
| MRSOL
  +
| mean total water content of soil layer
  +
| kgm-2
  +
|-
  +
| pr
  +
| pr
  +
| precipitation flux
  +
| kgm-2s-1
  +
|-
  +
| prl
  +
| prl
  +
| large scale precipitation flux
  +
| kgm-2s-1
  +
|-
  +
| prc
  +
| prc
  +
| convective precipitation flux
  +
| kgm-2s-1
  +
|-
  +
| snw
  +
| snw
  +
| accumulated snow precipitation
  +
| kgm-2
  +
|-
  +
| rsdt
  +
| rsdt
  +
| mean top of the atmosphere (TOA) incident shortwave radiation
  +
| kgm-2
  +
|-
  +
| rsut
  +
| rsut
  +
| mean TOA outgoing shortwave radiation
  +
| kgm-2
  +
|-
  +
| rlut
  +
| rlut
  +
| mean TOA outgoing Longwave radiation
  +
| kgm-2
  +
|-
  +
| colspan="4"| 3D
 
|-
 
|-
 
| HUR
 
| HUR
Línea 359: Línea 444:
 
| mm
 
| mm
 
|-
  
|-
−
| colspaen="4"
+
| colspaen="4" | Low-mid-level
−
| Low-mid-level
 
 
|-
  
|-
 
| Q<sub>h</sub><sup>l</sup>ac
 
| Q<sub>h</sub><sup>l</sup>ac

Última revisión de 20:04 15 abr 2018

Table of variables as they appear in the `wrfcdx_d[nn]' files

[editar] CF variables

CF name WRF name description units
2D
lon LON LONGITUDE degrees_east
lat LAT LATITUDE degrees_north
capev CDXCAPE CONVECTIVE AVAILABLE POTENTIAL ENERGY Jkg-1
capemax CAPEMAX

Jkg-1

capemean CAPEMEAN mean convective available potential energy Jkg-1
cin CIN CONVECTIVE INHIBITION Jkg-1
cinmax CINMAX maximum convective inhibition Jkg-1
cinmean CINMEAN mean convective inhibition Jkg-1
cltmean CLTMEAN MEAN TOTAL CLOUDINESS IN CORDEX OUTPUT 1
cllmean CLLMEAN MEAN LOW-LEVEL CLOUDINESS (p >= 68000 Pa) IN CORDEX OUTPUT 1
clmmean CLMMEAN MEAN MID-LEVEL CLOUDINESS (44000 <= p < 68000 Pa) IN CORDEX OUTPUT 1
clhmean CLHMEAN MEAN HIGH-LEVEL CLOUDINESS (p < 44000 Pa) IN CORDEX OUTPUT 1
mrso MRSO TOTAL SOIL CONTENT kgm-2
prw PRW WATER VAPOR PATH kgm-2
psl PSL SEA LEVEL PRESSURE Pa
clwvi CLWVI LIQUID WATER PATH kgm-2
clivi CLIVI ICE WATER PATH kgm-2
clgvi CLGVI GRAUPEL WATER PATH kgm-2
clhvi CLHVI HAIL WATER PATH kgm-2
hurs HURS 2M RELATIVE HUMIDITY 1
huss HUSS 2M SPECIFIC HUMIDITY 1
lfcp LFCP PRESSURE LEVEL FREE CONVECTION Pa
lfcmax LFCPMAX maximum pressure level free convection Pa
lfcmean LFCPMEAN mean pressure level free convection Pa
lfcz LFCZ HEIGHT LEVEL FREE CONVECTION m
lfzmax LFCZMAX maximum height level free convection m
lfczmean LFCZMEAN mean height level free convection m
li LI LIFTED INDEX 1
limean LIMEAN mean lifted index 1
limin LIMIN minimum lifted index 1
limax LIMAX maximum lifted index 1
slw SLW TOTAL SOIL LIQUID WATER CONTENT kgm-2
uas UAS 10M EASTWARD WIND SPEED ms-1
vas VAS 10M NORTHWARD WIND SPEED ms-1
wss WSS 10M WIND SPEED ms-1
wsgsmax WSGSMAX Maximum near-surface wind speed of gust ms-1
usgsmax USGSMAX Eastward maximum near-surface wind speed of gust ms-1
vsgsmax VSGSMAX Northward maximum near-surface wind speed of gust ms-1
wsgspercen WSGSPERCEN Percentage of time steps where grid point got wind gust
totwsgsmax TOTWSGSMAX Total (TKE + h. pr) Maximum near-surface wind speed of gust ms-1
totugsmax TOTUGSMAX Total Eastward maximum near-surface wind speed of gust ms-1
totvgsmax TOTVGSMAX Total Northward maximum near-surface wind speed of gust ms-1
totwsgspercen TOTWSGSPERCEN Percentage of time steps where grid point got total wind gust
zmlagen ZMLAGEN Generic boundary layer height theta(zmlagen) > min(theta[mix. layer]) + 1.5K m
wsz100 WSZ100 100m wind speed ms-1
uz100 UZ100 Eastward 100 m wind speed ms-1
vz100 VZ100 Northward 100 m wind speed ms-1
wsz100max WSZ100MAX Maximum 100m nwind speed ms-1
uz100max UZ100MAX Eastward maximum 100 m wind speed ms-1
vz100max VZ100MAX Northward maximum 100 m wind speed ms-1
sund SUND SUNSHINE LENGTH (ac. time SWDOWN > 120. Wm-2) second
cdcdx CDCDX drag coefficient -
cdgen CDGEN generic drag coefficient -
tauu TAUU northward downward wind stress at 10 m m2s-2
tauv TAUV eastward downward wind stress at 10 m m2s-2
tauugen TAUUGEN generic northward downward wind stress at 10 m m2s-2
tauvgen TAUVGEN generic eastward downward wind stress at 10 m m2s-2
rsds RSDS mean surface Downwelling Shortwave Radiation Wm-2
rlds RLDS mean surface Downwelling Longwave Radiation Wm-2
hfls HFLS mean surface Upward Latent Heat Flux Wm-2
hfss HFSS mean surface Upward Sensible Heat Flux Wm-2
rsus RSUS mean surface Upwelling Shortwave Radiation Wm-2
rlus RLUS mean surface Upwelling Longwave Radiation Wm-2
evspsbl EVSPSBL mean evaporation kgm-2s-1
evspsblpot EVSPSBLPOT mean potential evapotranspiration kgm-2s-1
snc SNC mean snow area fraction  %
snd SND mean snow depth m
mrros MRROS mean surface Runoff kgm-2s-1
mrro MRRO mean total Runoff kgm-2s-1
mrsol MRSOL mean total water content of soil layer kgm-2
pr pr precipitation flux kgm-2s-1
prl prl large scale precipitation flux kgm-2s-1
prc prc convective precipitation flux kgm-2s-1
snw snw accumulated snow precipitation kgm-2
rsdt rsdt mean top of the atmosphere (TOA) incident shortwave radiation kgm-2
rsut rsut mean TOA outgoing shortwave radiation kgm-2
rlut rlut mean TOA outgoing Longwave radiation kgm-2
3D
HUR HUR AIR RELATIVE HUMIDITY 1
HUS HUS AIR SPECIFIC HUMIDITY 1
ZG ZG AIR GEOPOTENTIAL HEIGHT m
PRESS PRESS AIR PRSSURE Pa
TA TA AIR TEMPERATURE K
UA UA AIR EASTWARD WIND SPEED ms-1
VA VA AIR NORTHWARD WIND SPEED ms-1

[editar] Additional Water Budget variables

name WRF name description units
Q_hac WBACDIABH Water Budget column integrated and time accumulation of diabatic heating from Micro-Physics K
∂tqvac WBACPW Water Budget column integrated and time accumulated for water vapor content mm
∂tqcac WBACPWC Water Budget col. int. & time accumulated for cloud content mm
∂tqrac WBACPWR Water Budget col. int. & time accumulated for rain content mm
∂tqsac WBACPWS Water Budget col. int. & time accumulated for snow content mm
∂tqiac WBACPWI Water Budget col. int. & time accumulated for ice content mm
∂tqhac WBACPWH Water Budget col. int. & time accumulated for hail content mm
∂tqgac WBACPWG Water Budget col. int. & time accumulated for graupel content mm
advhqvac WBACF W.B. c-int. acc. hor. convergence of water vapour (+, conv.; -, div.) mm
advhqcac WBACFC W.B. c-int. acc. hor. convergence of cloud (+, conv.; -, div.) mm
advhqrac WBACFR W.B. c-int. acc. hor. convergence of rain (+, conv.; -, div.) mm
advhqsac WBACFS W.B. c-int. acc. hor. convergence of snow (+, conv.; -, div.) mm
advhqiac WBACFI W.B. c-int. acc. hor. convergence of ice (+, conv.; -, div.) mm
advhqhac WBACFH W.B. c-int. acc. hor. convergence of hail (+, conv.; -, div.) mm
advhqgac WBACFG W.B. c-int. acc. hor. convergence of graupel (+, conv.; -, div.) mm
advzqvac WBACZ W.B. c-int. acc. ver. convergence of water vapour (+, conv.; -, div.), always 0 mm
advzqcac WBACZC W.B. c-int. acc. ver. convergence of cloud (+, conv.; -, div.) mm
advzqrac WBACZR W.B. c-int. acc. ver. convergence of rain (+, conv.; -, div.) mm
advzqsac WBACZS W.B. c-int. acc. ver. convergence of snow (+, conv.; -, div.) mm
advzqiac WBACZI W.B. c-int. acc. ver. convergence of ice (+, conv.; -, div.) mm
advzqhac WBACZH W.B. c-int. acc. ver. convergence of hail (+, conv.; -, div.) mm
advzqgac WBACZG W.B. c-int. acc. ver. convergence of graupel (+, conv.; -, div.) mm
Low-mid-level
Qhlac WBACDIABHL W.B. low level acc. of diabatic heating from MP K
Qhmac WBACDIABHM W.B. mid-level acc. of diabatic heating from MP K
Qhmac WBACDIABHH W.B. high-level acc. of diabatic heating from MP K
∂tlqvac WBACPWLV W.B. low level (p >= 68000 Pa) acc. for QV mm
∂tmqvac WBACPWMV W.B. mid level (44000 Pa <= p < 68000 Pa) acc. for QV mm
∂thqvac WBACPWHV W.B. high level (p < 44000 Pa) acc. for QV mm
advhlqvac WBACFLV W.B. low-lev. acc. hor. convergence of QV mm
advhmqvac WBACFMV W.B. mid-lev. acc. hor. convergence of QV mm
advhhqvac WBACFHV W.B. high-lev. acc. hor. convergence of QV mm
advzlqvac WBACZLV W.B. low level acc. ver. convergence of QV mm
advzmqvac WBACZMV W.B. mid level acc. ver. convergence of QV mm
advzhqvac WBACZHV W.B. high level acc. ver. convergence of QV mm
∂tlqcac WBACPWLC W.B. low level (p >= 68000 Pa) acc. for QC mm
∂tmqcac WBACPWMC W.B. mid level (44000 Pa <= p < 68000 Pa) acc. for QC mm
∂thqcac WBACPWHC W.B. high level (p < 44000 Pa) acc. for QC mm
advhlqcac WBACFLC W.B. low-lev. acc. hor. convergence of QC mm
advhmqcac WBACFMC W.B. mid-lev. acc. hor. convergence of QC mm
advhhqcac WBACFHC W.B. high-lev. acc. hor. convergence of QC mm
advzlqcac WBACZLC W.B. low level acc. ver. convergence of QC mm
advzmqcac WBACZMC W.B. mid level acc. ver. convergence of QC mm
advzhqcac WBACZHC W.B. high level acc. ver. convergence of QC mm
∂tlqrac WBACPWLR W.B. low level (p >= 68000 Pa) acc. for QR mm
∂tmqrac WBACPWMR W.B. mid level (44000 Pa <= p < 68000 Pa) acc. for QR mm
∂thqrac WBACPWHR W.B. high level (p < 44000 Pa) acc. for QR mm
advhlqrac WBACFLR W.B. low-lev. acc. hor. convergence of QR mm
advhmqrac WBACFMR W.B. mid-lev. acc. hor. convergence of QR mm
advhhqrac WBACFHR W.B. high-lev. acc. hor. convergence of QR mm
advzlqrac WBACZLR W.B. low level acc. ver. convergence of QR mm
advzmqrac WBACZMR W.B. mid level acc. ver. convergence of QR mm
advzhqrac WBACZHR W.B. high level acc. ver. convergence of QR mm
∂tlqsac WBACPWLS W.B. low level (p >= 68000 Pa) acc. for QS mm
∂tmqsac WBACPWMS W.B. mid level (44000 Pa <= p < 68000 Pa) acc. for QS mm
∂thqsac WBACPWHS W.B. high level (p < 44000 Pa) acc. for QS mm
advhlqsac WBACFLS W.B. low-lev. acc. hor. convergence of QS mm
advhmqsac WBACFMS W.B. mid-lev. acc. hor. convergence of QS mm
advhhqsac WBACFHS W.B. high-lev. acc. hor. convergence of QS mm
advzlqsac WBACZLS W.B. low level acc. ver. convergence of QS mm
advzmqsac WBACZMS W.B. mid level acc. ver. convergence of QS mm
advzhqsac WBACZHS W.B. high level acc. ver. convergence of QS mm
∂tlqiac WBACPWLI W.B. low level (p >= 68000 Pa) acc. for QI mm
∂tmqiac WBACPWMI W.B. mid level (44000 Pa <= p < 68000 Pa) acc. for QI mm
∂thqiac WBACPWHI W.B. high level (p < 44000 Pa) acc. for QI mm
advhlqiac WBACFLI W.B. low-lev. acc. hor. convergence of QI mm
advhmqiac WBACFMI W.B. mid-lev. acc. hor. convergence of QI mm
advhhqiac WBACFHI W.B. high-lev. acc. hor. convergence of QI mm
advzlqiac WBACZLI W.B. low level acc. ver. convergence of QI mm
advzmqiac WBACZMI W.B. mid level acc. ver. convergence of QI mm
advzhqiac WBACZHI W.B. high level acc. ver. convergence of QI mm
∂tlqgac WBACPWLG W.B. low level (p >= 68000 Pa) acc. for QG mm
∂tmqgac WBACPWMG W.B. mid level (44000 Pa <= p < 68000 Pa) acc. for QG mm
∂thqgac WBACPWHG W.B. high level (p < 44000 Pa) acc. for QG mm
advhlqgac WBACFLG W.B. low-lev. acc. hor. convergence of QG mm
advhmqgac WBACFMG W.B. mid-lev. acc. hor. convergence of QG mm
advhhqgac WBACFHG W.B. high-lev. acc. hor. convergence of QG mm
advzlqgac WBACZLG W.B. low level acc. ver. convergence of QG mm
advzmqgac WBACZMG W.B. mid level acc. ver. convergence of QG mm
advzhqgac WBACZHG W.B. high level acc. ver. convergence of QG mm
∂tlqhac WBACPWLH W.B. low level (p >= 68000 Pa) acc. for QH mm
∂tmqhac WBACPWMH W.B. mid level (44000 Pa <= p < 68000 Pa) acc. for QH mm
∂thqhac WBACPWHH W.B. high level (p < 44000 Pa) acc. for QH mm
advhlqhac WBACFLH W.B. low-lev. acc. hor. convergence of QH mm
advhmqhac WBACFMH W.B. mid-lev. acc. hor. convergence of QH mm
advhhqhac WBACFHH W.B. high-lev. acc. hor. convergence of QH mm
advzlqhac WBACZLH W.B. low level acc. ver. convergence of QH mm
advzmqhac WBACZMH W.B. mid level acc. ver. convergence of QH mm
advzhqhac WBACZHH W.B. high level acc. ver. convergence of QH mm
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