CDXWRFout

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

CF variables

state real CAPEMAX ij misc 1 - rh9 "capemax" "maximum convective available potential energy" "Jkg-1" state real CAPEMEAN ij misc 1 - rh9 "capemean" "mean convective available potential energy" "Jkg-1" state real CINMAX ij misc 1 - rh9 "cinmax" "maximum convective inhibition" "Jkg-1" state real CINMEAN ij misc 1 - rh9 "cinmean" "mean convective inhibition" "Jkg-1" state real LFCPMAX ij misc 1 - rh9 "lfcpmax" "maximum pressure level free convection" "Pa" state real LFCPMEAN ij misc 1 - rh9 "lfcpmean" "mean pressure level free convection" "Pa" state real LFCZMAX ij misc 1 - rh9 "lfczmax" "maximum height level free convection" "m" state real LFCZMEAN ij misc 1 - rh9 "lfczmean" "mean height level free convection" "m" state real LIMEAN ij misc 1 - h9 "limean" "mean lifted index" "1" state real LIMIN ij misc 1 - h9 "limin" "minimum lifted index" "1" state real LIMAX ij misc 1 - h9 "limax" "maximum lifted index" "1" state real WSS ij misc 1 - h9 "wss" "10M WIND SPEED" "ms-1" state real WSZ100 ij misc 1 - h9 "wsz100" "100m wind speed" "ms-1" state real UZ100 ij misc 1 - h9 "uz100" "Eastward 100 m wind speed" "ms-1" state real VZ100 ij misc 1 - h9 "vz100" "Northward 100 m wind speed" "ms-1" state real RSDS ij misc 1 - rh9 "rsds" "mean surface Downwelling Shortwave Radiation" "Wm-2" state real RLDS ij misc 1 - rh9 "rlds" "mean surface Downwelling Longwave Radiation" "Wm-2" state real HFLS ij misc 1 - rh9 "hfls" "mean surface Upward Latent Heat Flux" "Wm-2" state real HFSS ij misc 1 - rh9 "hfss" "mean surface Upward Sensible Heat Flux" "Wm-2" state real RSUS ij misc 1 - rh9 "rsus" "mean surface Upwelling Shortwave Radiation" "Wm-2" state real RLUS ij misc 1 - rh9 "rlus" "mean surface Upwelling Longwave Radiation" "Wm-2" state real EVSPSBL ij misc 1 - rh9 "evspsbl" "mean evaporation" "kgm-2s-1" state real EVSPSBLPOT ij misc 1 - rh9 "evspsblpot" "mean potential evapotranspiration" "kgm-2s-1" state real CDGEN ij misc 1 - h9 "cdgen" "generic drag coefficient" "-" state real SNC ij misc 1 - rh9 "snc" "mean snow area fraction" "%" state real SND ij misc 1 - rh9 "snd" "mean snow depth" "m" state real PMRROS ij misc 1 - r "pmrros" "previous accumulated surface Runoff" "kgm-2" state real PMRRO ij misc 1 - r "pmrro" "previous accumulated total Runoff" "kgm-2" state real MRROS ij misc 1 - rh9 "mrros" "mean surface Runoff" "kgm-2s-1" state real MRRO ij misc 1 - rh9 "mrro" "mean total Runoff" "kgm-2s-1" state real MRSOL ij misc 1 - rh9 "mrsol" "mean total water content of soil layer" "kgm-2" state real pr ij misc 1 - rh9 "pr" "precipitation flux" "kgm-2s-1" state real prl ij misc 1 - rh9 "prl" "large scale precipitation flux" "kgm-2s-1" state real prc ij misc 1 - rh9 "prc" "convective precipitation flux" "kgm-2s-1" state real snw ij misc 1 - rh9 "snw" "accumulated snow precipitation" "kgm-2" state real rsdt ij misc 1 - rh9 "rsdt" "mean top of the atmosphere (TOA) incident shortwave radiation" "kgm-2" state real rsut ij misc 1 - rh9 "rsut" "mean TOA outgoing shortwave radiation" "kgm-2" state real rlut ij misc 1 - rh9 "rlut" "mean TOA outgoing Longwave radiation" "kgm-2"

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
cin	CIN	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
lfcz	LFCZ	HEIGHT LEVEL FREE CONVECTION	m
li	LI	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
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
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
tauu	TAUU	northward downward wind stress at 10 m	m2s-2
tauv	TAUV	eastward downward wind stress at 10 m	m2s-2
colspan="4" 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

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