NuSDaS Element Table

$Date: 2003/03/07 08:42:43 $

TOYODA Eizi <URL:mailto:toyoda@npd.kishou.go.jp> Numerical Prediction Division, Japan Meteorological Agency

This document describes predefined element table in NuSDaS.

Symbol ? in table indicates "undefined" or "unknown to the author".
GRIB1 field shows corresponding GRIB (edition 1) parameter indicator. This can be used in conversion to GRIB 1. Asterisk '*' before the code indicates that the NuSDaS element name is NOT used in case of conversion from GRIB 1, generally because the units is different from that in GRIB.
GRIB parameter indicator more than 127 is local assignment of Japan Meteorological Agency.
When you are handling data integrated over time (i.e. the time attribute of type2 is AV), multiply s to the units in this table.
Element names beginning with underline character '_' are used when the time attribute of type2 is SV. They indicates that the element is time average (or integration). In case of time-integrated data, you have also to multiply s to the units in this table.


NuSDaS	units	GRIB1	description
P	hPa	*1	Pressure
Pres	Pa	1	Pressure
PAI	-	*1	Log pressure
PSEA	hPa	*2	Pressure reduced to MSL
Pmsl	Pa	2	Pressure reduced to MSL
Ptend	Pa.s-1	3	Pressure tendency
pVOR	K.m2.kg-1.s-1	4	Potential vorticity
sarH	m	5	ICAO Standard Atmosphere reference height
PHI	m2.s-2	*6	Geopotential
gpH	m2.s-2	6	Geopotential
Z	m	*7	Geopotential height
gpH	gpm	7	Geopotential height
gmH	m	8	Geometrical height
sdH	m	9	Standard deviation of height
tOZON	Dobson	10	Total ozone
T	K	11	Temperature
vT	K	12	Virtual temperature
pT	K	13	Potential temperature
papT	K	14	Pseudo-adiabatic potential temperature
maxT	K	15	Maximum temperature
minT	K	16	Minimum temperature
dT	K	17	Dew-point temperature
TTD	K	18	Dew-point depression (or deficit)
TRate	K.m-1	19	Lapse rate
VIS	m	20	Visibility
Radr1	-	21	Radar spectra (1)
Radr2	-	22	Radar spectra (2)
Radr3	-	23	Radar spectra (3)
PLI50	K	24	Parcel lifted index (to 500 hPa)
Tano	K	25	Temperature anomaly
Pano	Pa	26	Pressure anomaly
gpHan	gpm	27	Geopotential height anomaly
Wave1	-	28	Wave spectra (1)
Wave2	-	29	Wave spectra (2)
Wave3	-	30	Wave spectra (3)
WindD	Degree_true	31	Wind direction
WindS	m.s-1	32	Wind speed
U	m.s-1	33	u-component of wind [X direction]
WindX	m.s-1	*33	u-component of wind [X direction]
UU	m.s-1	33	u-component of wind [eastward]
V	m.s-1	34	v-component of wind [Y direction]
WindY	m.s-1	*34	v-component of wind [Y direction]
VV	m.s-1	34	v-component of wind [northward]
PSI	m2.s-1	35	Stream function
CHI	m2.s-1	36	Velocity potential
mPSI	m2.s-2	37	Montgomery stream function
sVV	s-1	38	Sigma coordinate vertical velocity
OMG	hPa.h-1	*39	Vertical velocity
VVPa	Pa.s-1	39	Vertical velocity
VVm	m.s-1	40	Vertical velocity
aVOR	s-1	41	Absolute vorticity
aDIV	s-1	42	Absolute divergence
VOR	10-6.s-1	*43	Relative vorticity
rVOR	s-1	43	Relative vorticity
DIV	10-6.s-1	*44	Relative divergence
rDIV	s-1	44	Relative divergence
vUS	s-1	45	Vertical u-component shear
vVS	s-1	46	Vertical v-component shear
CrntD	Degree_true	47	Direction of current
CrntS	m.s-1	48	Speed of current
CrntU	m.s-1	49	u-component of current
CrntV	m.s-1	50	v-component of current
Q	kg.kg-1	51	Specific humidity
RH	%	52	Relative humidity
HMR	kg.kg-1	53	Humidity mixing ratio
TPW	kg.m-2	54	Precipitable water
VP	Pa	55	Vapour pressure
VPVPD	Pa	56	Saturation deficit
Evap	kg.m-2	57	Evaporation
CIC	kg.m-2	58	Cloud ice
RRate	kg.m-2.s-1	59	Precipitation rate
ThndP	%	60	Thunderstorm probability
RAIN	kg.m-2	61	Total precipitation
RR10	0.1 mm.min-1	*61
RR60	mm.h-1	*61
RR3H	8 mm.day-1	*61
RR6H	4 mm.day-1	*61
RR1D	mm.day-1	*61
RR1M	mm.mon-1	*61
RRfr0	mm	*61	Precipitation from last hour 00min
RRL	kg.m-2	62	Large scale precipitation
RRLpD	mm.day-1	*62	Large scale precipitation
RRC	kg.m-2	63	Convective precipitation
RRCpD	mm.day-1	*63	Convective precipitation
SnRWe	kg.m-2.s-1	64	Snawfall rate water equivalent
SnWe	kg.m-2	65	Water equivalent of accumulated snow depth
SnowD	m	66	Snow depth
MLD	m	67	Mixed layer depth
tTcD	m	68	Transient thermocline depth
mTcD	m	69	Main thermocline depth
mTcan	m	70	Main thermocline anomaly
CLA	%	71	Total cloud cover
CLC	%	72	Convective cloud cover
CLL	%	73	Low cloud cover
CLM	%	74	Medium cloud cover
CLH	%	75	High cloud cover
CWC	kg.m-2	76	Cloud water
TCWC	kg.m-2	*76	Cloud water
BLI50	K	77	Best lifted index (to 500 hPa)
SnC	kg.m-2	78	Convective snow
SnL	kg.m-2	79	Large scale snow
WatrT	K	80	Water temperature
SST	K	*80	Water temperature [sea surface]
Land	Proportion	81	Land cover (1 = land, 0 = sea)
Sldev	m	82	Deviation of sea level from mean
Z0	m	83	Surface roughness
Albed	%	84	Albedo
SoilT	K	85	Soil temperature
SoilW	kg.m-2	86	Soil moisture content
Veget	%	87	Vegetation
Sali	kg.kg-1	88	Salinity
Dens	kg.m-3	89	Density
Runof	kg.m-2	90	Water run-off
ROF	mm.day-1	*90	Water run-off
ROFS		*90	Water run-off [surface]
ROFD		*90	Water run-off [gravity drag]
IceC	Proportion	91	Ice cover (1 = ice, 0 = no ice)
ICE	Proportion	91	Ice cover (1 = ice, 0 = no ice)
IceD	m	92	Ice thickness
IceMD	Degree true	93	Direction of ice drift
IceMS	m.s-1	94	Speed of ice drift
IceMU	m.s-1	95	u-component of ice drift
IceMV	m.s-1	96	v-component of ice drift
IceGR	m.s-1	97	Ice growth rate
IceDV	s-1	98	Ice divergence
SNMlt	kg.m-2	99	Snow melt
CWSSH	m	100	Significant height of combined wind waves and swell
WWvD	Degree true	101	Direction of wind waves
WWvSH	m	102	Significant height of wind waves
WWvMP	s	103	Mean period of wind waves
SwvD	Degree true	104	Direction of swell waves
SwvSH	m	105	Significant height of swell waves
SwvMP	s	106	Mean period of swell waves
PWvD	Degree ture	107	Primary wave direction
PWvMP	s	108	Primary wave mean period
2WvD	Degree ture	109	Secondary wave direction
2WvMP	s	110	Secondary wave mean period
RSNB	W.m-2	111	Net short-wave radiation flux (surface)
RLNB	W.m-2	112	Net long-wave radiation flux (surface)
RSNT	W.m-2	113	Net short-wave radiation flux (top of atmosphere)
RLNT	W.m-2	114	Net long-wave radiation flux (top of atmosphere)
RL	W.m-2	115	Long-wave radiation flux
RLUB		*115	ibid. [upward, surface]
RLDB		*115	ibid. [downward, surface]
RLUT		*115	ibid. [upward, top of atm]
RLDT		*115	ibid. [downward, top of atm]
RLUTc		*115	ibid. [upward, top of atm, clear sky]
RLDBc		*115	ibid. [downward, surface, clear sky]
RS	W.m-2	116	Short-wave radiation flux
RSUB		*116	ibid. [upward, surface]
RSDB		*116	ibid. [downward, surface]
RSUT		*116	ibid. [upward, top of atm]
RSDT		*116	ibid. [downward, top of atm]
RSUBc		*116	ibid. [upward, surface, clear sky]
RSDBc		*116	ibid. [downward, surface, clear sky]
RSUTc		*116	ibid. [upward, top of atm, clear sky]
RSDSn		*116	ibid. [downward, in accumulated snow]
GlRad	W.m-2	117	Global radiation flux
BrT	K	118	Brightness temperature
WNRad	W.m-1.sr-1	119	Radiance (with respect to wave number)
WLRad	W.m-3.sr-1	120	Radiance (with respect to wave length)
FLLH	W.m-2	121	Latent heat flux
FLSH	W.m-2	122	Sensible heat flux
BLDsp	W.m-2	123	Boundary layer dissipation
FLMU	N.m-2	124	Momentum flux, u-component
FLMV	N.m-2	125	Momentum flux, v-component
WMixE	J	126	Wind mixing energy
Image	Brightness Level	127	Image data
WatrT	K	128	Water Temperature
CLC2	%	129	Cloud cover
AvTBB	K	130	Averaged blackbody temperature
MnTBB	K	131	Minimum blackbody temperature
SDTBB	K	132	Standard deviation of blackbody temperature
SNCov	%	133	Snow cover
Tsun	J.m-2	134	Global solar irradiation
HZanP	-	140	Probability of high geopotential height anomaly
PSprd	-	141	Ensemble spread of pressure
ZSprd	-	142	Ensemble spread of geopotential height
TSprd	-	143	Ensemble spread of temperature
EAvSLP	Pa	200	Ensemble mean sea-level pressue
EAvZ	gpm	201	Ensemble mean geopotential height
EAvT	K	202	Ensemble mean temperature
EAvU	m.s-1	203	Ensemble mean u-component of wind
EAvV	m.s-1	204	Ensemble mean v-component of wind
ESDSLP	Pa	210	Ensemble standard deviation of pressure
ESDZ	gpm	211	Ensemble standard deviation of geopotential height
ESDT	K	212	Ensemble standard deviation of temperature
ESDU	m.s-1	213	Ensemble standard deviation of u-component of wind
ESDV	m.s-1	214	Ensemble standard deviation of v-component of wind
FGSU	N.m-2		x-component of momentum flux due to short gravity wave
FGSV	N.m-2		y-component of momentum flux due to short gravity wave
FGLU	N.m-2		x-component of momentum flux due to long gravity wave
FGLV	N.m-2		y-component of momentum flux due to long gravity wave
LTRS	W.m-2.s-1		Evaporation
LINT	W.m-2.s-1		Interception (?)
MSC	m		Moisture in canopy
MSG	m		Moisture in ground or grass
TSC	K		Temperature in canopy
TSG	K		Temperature in ground or grass
ISC	m		Ice or frost on canopy
ISG	m		Frost on grass
SoilI	?		Soil ice content
SoilQ	?		Converged heat in soil
TSN	K		Temperature of accumulated snow surface
SnTmp	K		Temperature in accumulated snow
SnQ	?		Converged heat in accumulated snow
SnW	?		Moisture in accumulated snow
SnDen	?		Density of accumulated snow
SnFr	Proportion	*133	Snow cover
KIND	-		Land surface status code
U1	m.s-1	*33	x-component of wind at the lowest model level
V1	m.s-1	*34	y-component of wind at the lowest model level
T1	K	*11	Temperature at the lowest model level
Q1	kg.kg-1	*51	Specific humidity the lowest model level
WET	-		Wetness
UWV	kg.m-1.s-1		Water vapor flux, x-component
VWV	kg.m-1.s-1		Water vapor flux, y-component
RCST	?		Radiation forcing (short wave, top of atm)
RCSB			Radiation forcing (short wave, surfce)
RCLT			Radiation forcing (long wave, top of atm)
RCLB			Radiation forcing (long wave, surfce)
PBLH	m		Height of planetary boundary layer
CVR	Proportion	*71	Cloud cover
HRRS	K.day-1		Heating rate due to short-wave radiation
HRRL			Heating rate due to long-wave radiation
HRCV			Heating rate due to convection
HRLC			Heating rate due to large-scale condensation
HRVD			Heating rate due to vertical diffusion
HRAD			Heating rate due to adiabatic motion
QRCV	kg.kg-1.day-1		Moistening rate due to convection
QRLC			Moistening rate due to large-scale condensation
QRVD			Moistening rate due to vertical diffusion
QRAD			Moistening rate due to adiabatic motion
URCV	m.s-1.day-1		u-component acceleration due to convection
URLC			u-component acceleration due to large-scale condensation
URVD			u-component acceleration due to vertical diffusion
URAD			u-component acceleration due to adiabatic motion
VRCV	m.s-1.day-1		v-component acceleration due to convection
VRLC			v-component acceleration due to large-scale condensation
VRVD			v-component acceleration due to vertical diffusion
VRAD			v-component acceleration due to adiabatic motion
UMF	kg.m-2.s-1		Upward mass flux
UMB	kg.m-2.s-1		Upward mass flux at bottom of cloud
CWF	J.kg-1		Cloud work function
MXWIN	m		Height of maximum wind speed
TROP1			Height of first tropopause
TROP2			Height of second tropopause
CBTOP			Height of top of cumulonimbus
NUM	-		Station ID number
LAT	degree		Latitude
MLAT	degree		Latitude
LON	degree		Longitude
MLON	degree		Longitude
HIGH	m		Height
AQC	-		AQC code in AMeDAS
Sunsh	s		Duration of sunshine
SSfr0	min		Duration of sunshine
SEC	s		Time
CSEC	s		Time
TDDKK	-		Thunder multiplicity and discharge code
TEC	kA		Thunder current
SM	-		Map factor
PI10LV	-		Radar 10 minutes precipitation index
RR60LV	-		Radar 60 minutes precipitation index
HIGHLV	-		Radar echo top height index