ncdump -h METCRO2D_160701.nc
netcdf METCRO2D_160701 {
dimensions:
TSTEP = UNLIMITED ; // (25 currently)
DATE-TIME = 2 ;
LAY = 1 ;
VAR = 35 ;
ROW = 80 ;
COL = 100 ;
variables:
int TFLAG(TSTEP, VAR, DATE-TIME) ;
TFLAG:units = “<YYYYDDD,HHMMSS>” ;
TFLAG:long_name = "TFLAG " ;
TFLAG:var_desc = "Timestep-valid flags: (1) YYYYDDD or (2) HHMMSS " ;
float PRSFC(TSTEP, LAY, ROW, COL) ;
PRSFC:long_name = "PRSFC " ;
PRSFC:units = "Pa " ;
PRSFC:var_desc = "surface pressure " ;
float USTAR(TSTEP, LAY, ROW, COL) ;
USTAR:long_name = "USTAR " ;
USTAR:units = "m s-1 " ;
USTAR:var_desc = "cell averaged friction velocity " ;
float WSTAR(TSTEP, LAY, ROW, COL) ;
WSTAR:long_name = "WSTAR " ;
WSTAR:units = "m s-1 " ;
WSTAR:var_desc = "convective velocity scale " ;
float PBL(TSTEP, LAY, ROW, COL) ;
PBL:long_name = "PBL " ;
PBL:units = "m " ;
PBL:var_desc = "PBL height " ;
float ZRUF(TSTEP, LAY, ROW, COL) ;
ZRUF:long_name = "ZRUF " ;
ZRUF:units = "m " ;
ZRUF:var_desc = "surface roughness length " ;
float MOLI(TSTEP, LAY, ROW, COL) ;
MOLI:long_name = "MOLI " ;
MOLI:units = "m-1 " ;
MOLI:var_desc = "inverse of Monin-Obukhov length " ;
float HFX(TSTEP, LAY, ROW, COL) ;
HFX:long_name = "HFX " ;
HFX:units = "W m-2 " ;
HFX:var_desc = "sensible heat flux " ;
float LH(TSTEP, LAY, ROW, COL) ;
LH:long_name = "LH " ;
LH:units = "W m-2 " ;
LH:var_desc = "latent heat flux " ;
float RADYNI(TSTEP, LAY, ROW, COL) ;
RADYNI:long_name = "RADYNI " ;
RADYNI:units = "m s-1 " ;
RADYNI:var_desc = "inverse of aerodynamic resistance " ;
float RSTOMI(TSTEP, LAY, ROW, COL) ;
RSTOMI:long_name = "RSTOMI " ;
RSTOMI:units = "m s-1 " ;
RSTOMI:var_desc = "inverse of stomatic resistance " ;
float TEMPG(TSTEP, LAY, ROW, COL) ;
TEMPG:long_name = "TEMPG " ;
TEMPG:units = "K " ;
TEMPG:var_desc = "skin temperature at ground " ;
float TEMP2(TSTEP, LAY, ROW, COL) ;
TEMP2:long_name = "TEMP2 " ;
TEMP2:units = "K " ;
TEMP2:var_desc = "temperature at 2 m " ;
float Q2(TSTEP, LAY, ROW, COL) ;
Q2:long_name = "Q2 " ;
Q2:units = "kg kg-1 " ;
Q2:var_desc = "mixing ratio at 2 m " ;
float WSPD10(TSTEP, LAY, ROW, COL) ;
WSPD10:long_name = "WSPD10 " ;
WSPD10:units = "m s-1 " ;
WSPD10:var_desc = "wind speed at 10 m " ;
float WDIR10(TSTEP, LAY, ROW, COL) ;
WDIR10:long_name = "WDIR10 " ;
WDIR10:units = "degree " ;
WDIR10:var_desc = "wind direction at 10 m " ;
float GLW(TSTEP, LAY, ROW, COL) ;
GLW:long_name = "GLW " ;
GLW:units = "W m-2 " ;
GLW:var_desc = "longwave radiation at ground " ;
float GSW(TSTEP, LAY, ROW, COL) ;
GSW:long_name = "GSW " ;
GSW:units = "W m-2 " ;
GSW:var_desc = "solar radiation absorbed at ground " ;
float RGRND(TSTEP, LAY, ROW, COL) ;
RGRND:long_name = "RGRND " ;
RGRND:units = "W m-2 " ;
RGRND:var_desc = "solar radiation reaching ground " ;
float RN(TSTEP, LAY, ROW, COL) ;
RN:long_name = "RN " ;
RN:units = "cm " ;
RN:var_desc = "nonconvective precipitation in interval " ;
float RC(TSTEP, LAY, ROW, COL) ;
RC:long_name = "RC " ;
RC:units = "cm " ;
RC:var_desc = "convective precipitation in interval " ;
float CFRAC(TSTEP, LAY, ROW, COL) ;
CFRAC:long_name = "CFRAC " ;
CFRAC:units = "1 " ;
CFRAC:var_desc = "total cloud fraction " ;
float CLDT(TSTEP, LAY, ROW, COL) ;
CLDT:long_name = "CLDT " ;
CLDT:units = "m " ;
CLDT:var_desc = "cloud top layer height " ;
float CLDB(TSTEP, LAY, ROW, COL) ;
CLDB:long_name = "CLDB " ;
CLDB:units = "m " ;
CLDB:var_desc = "cloud bottom layer height " ;
float WBAR(TSTEP, LAY, ROW, COL) ;
WBAR:long_name = "WBAR " ;
WBAR:units = "g m-3 " ;
WBAR:var_desc = "average liquid water content of cloud " ;
float SNOCOV(TSTEP, LAY, ROW, COL) ;
SNOCOV:long_name = "SNOCOV " ;
SNOCOV:units = "1 " ;
SNOCOV:var_desc = "snow cover " ;
float VEG(TSTEP, LAY, ROW, COL) ;
VEG:long_name = "VEG " ;
VEG:units = "1 " ;
VEG:var_desc = "vegetation coverage " ;
float LAI(TSTEP, LAY, ROW, COL) ;
LAI:long_name = "LAI " ;
LAI:units = "m2 m-2 " ;
LAI:var_desc = "leaf-area index " ;
float SEAICE(TSTEP, LAY, ROW, COL) ;
SEAICE:long_name = "SEAICE " ;
SEAICE:units = "1 " ;
SEAICE:var_desc = "sea ice " ;
float SNOWH(TSTEP, LAY, ROW, COL) ;
SNOWH:long_name = "SNOWH " ;
SNOWH:units = "m " ;
SNOWH:var_desc = "snow height " ;
float WR(TSTEP, LAY, ROW, COL) ;
WR:long_name = "WR " ;
WR:units = "m " ;
WR:var_desc = "canopy moisture content " ;
float SOIM1(TSTEP, LAY, ROW, COL) ;
SOIM1:long_name = "SOIM1 " ;
SOIM1:units = "m3 m-3 " ;
SOIM1:var_desc = "volumetric soil moisture in top cm " ;
float SOIM2(TSTEP, LAY, ROW, COL) ;
SOIM2:long_name = "SOIM2 " ;
SOIM2:units = "m3 m-3 " ;
SOIM2:var_desc = "volumetric soil moisture in top m " ;
float SOIT1(TSTEP, LAY, ROW, COL) ;
SOIT1:long_name = "SOIT1 " ;
SOIT1:units = "K " ;
SOIT1:var_desc = "soil temperature in top cm " ;
float SOIT2(TSTEP, LAY, ROW, COL) ;
SOIT2:long_name = "SOIT2 " ;
SOIT2:units = "K " ;
SOIT2:var_desc = "soil temperature in top m " ;
float SLTYP(TSTEP, LAY, ROW, COL) ;
SLTYP:long_name = "SLTYP " ;
SLTYP:units = "1 " ;
SLTYP:var_desc = "soil texture type by USDA category " ;
// global attributes:
:IOAPI_VERSION = "ioapi-3.2: Id: init3.F90 98 2018-04-05 14:35:07Z coats " ;
:EXEC_ID = "mcip " ;
:FTYPE = 1 ;
:CDATE = 2019357 ;
:CTIME = 150547 ;
:WDATE = 2019357 ;
:WTIME = 150547 ;
:SDATE = 2016183 ;
:STIME = 0 ;
:TSTEP = 10000 ;
:NTHIK = 1 ;
:NCOLS = 100 ;
:NROWS = 80 ;
:NLAYS = 1 ;
:NVARS = 35 ;
:GDTYP = 2 ;
:P_ALP = 33. ;
:P_BET = 45. ;
:P_GAM = -97. ;
:XCENT = -97. ;
:YCENT = 40. ;
:XORIG = 792000. ;
:YORIG = -1080000. ;
:XCELL = 12000. ;
:YCELL = 12000. ;
:VGTYP = 7 ;
:VGTOP = 5000.f ;
:VGLVLS = 1.f, 0.9975f ;
:GDNAM = “2016_12SE1_CROSS” ;
:UPNAM = "OUTCM3IO " ;
:VAR-LIST = "PRSFC USTAR WSTAR PBL ZRUF MOLI HFX LH RADYNI RSTOMI TEMPG TEMP2 Q2 WSPD10 WDIR10 GLW GSW RGRND RN RC CFRAC CLDT CLDB WBAR SNOCOV VEG LAI SEAICE SNOWH WR SOIM1 SOIM2 SOIT1 SOIT2 SLTYP " ;
:FILEDESC = "US EPA COMMUNITY MULTISCALE AIR QUALITY MODEL METEOROLOGY-CHEMISTRY INTERFACE PROCESSOR MCIP V5.1 FROZEN 11/21/2019 INPUT METEOROLOGY DATA FROM WRF ARW V3.8 INPUT RUN INITIALIZED: 2015-12-21-00:00:00.0000 CUMULUS PARAMETERIZATION: KF with radiative feedback SHALLOW CONVECTION: No shallow convection MICROPHYSICS: Morrison 2-moment LONGWAVE RADIATION: RRTMg SHORTWAVE RADIATION: RRTMg PBL SCHEME: ACM2 (Pleim) SURFACE LAYER SCHEME: Pleim LAND-SURFACE SCHEME: Pleim-Xiu Land-Surface Model URBAN MODEL: No urban physics LAND USE CLASSIFICATION: NLCD40 3D ANALYSIS NUDGING: GRID WIND COEFF: 1.000E-04 s-1 TEMP COEFF: 1.000E-04 s-1 MOIS COEFF: 1.000E-05 s-1 GEOP COEFF: not applicable SFC ANALYSIS NUDGING: STANDARD WIND COEFF: 0.000E+00 s-1 TEMP COEFF: 0.000E+00 s-1 MOIS COEFF: 0.000E+00 s-1 OBS NUDGING: OFF WIND COEFF: not applicable TEMP COEFF: not applicable MOIS COEFF: not applicable EARTH RADIUS ASSUMED IN MCIP: 6370000.000 m " ;
:HISTORY = “” ;
}