WRF - Developmental Testbed Center

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Temperature tendency from LW RAD TEMP TNDY 251 109longwave radiative fluxOutgoing surface shortwave INSTN OUT SFC SW RAD 211 1radiation - instantaneousOutgoing surface longwave INSTN OUT SFC LW RAD 212 1radiation - instantaneousIncoming surface shortwave AVE INCMG SFC SW RAD 204 1radiation - time-averagedIncoming surface longwave AVE INCMG SFC LW RAD 205 1radiation - time-averagedOutgoing surface shortwave AVE OUTGO SFC SW 211 1radiation - time-averaged RADOutgoing surface longwave AVE OUTGO SFC LW 212 1radiation - time-averaged RADOutgoing model top shortwave AVE OUTGO TOA SW 211 8radiation - time-averaged RADOutgoing model top longwave AVE OUTGO TOA LW 212 8radiation - time-averaged RADIncoming surface shortwave INSTN INC SFC SW RAD 204 1radiation - instantaneousIncoming surface longwave INSTN INC SFC LW RAD 205 1radiation - instantaneousRoughness length ROUGHNESS LENGTH 83 1Friction velocity FRICTION VELOCITY 253 1Surface drag coefficient SFC DRAG COEFFICIENT 252 1Surface u wind stress SFC U WIND STRESS 124 1Surface v wind stress SFC V WIND STRESS 125 1Surface sensible heat flux - timeaveragedAVE SFC SENHEAT FX 122 1Ground heat flux - time-averaged AVE GROUND HEAT FX 155 1Surface latent heat flux - timeaveragedAVE SFC LATHEAT FX 121 1Surface momentum flux - timeaveragedAVE SFC MOMENTUM 172 1FXAccumulated surface evaporation ACC SFC EVAPORATION 57 1Surface sensible heat flux - INST SFC SENHEAT FX 122 1instantaneousSurface latent heat flux - INST SFC LATHEAT FX 121 1instantaneousLatitude LATITUDE 176 1Longitude LONGITUDE 177 1Land sea mask (land=1, sea=0) LAND SEA MASK 81 1Sea ice mask SEA ICE MASK 91 1Surface midday albedo SFC MIDDAY ALBEDO 84 1Sea surface temperature SEA SFC TEMPERATURE 80 1<strong>WRF</strong>-NMM V3: User’s Guide 7-19
Press at tropopause PRESS AT TROPOPAUSE 1 7Temperature at tropopause TEMP AT TROPOPAUSE 11 7Potential temperature atPOTENTL TEMP AT TROP 13 7tropopauseU wind at tropopauseU WIND AT33 7TROPOPAUSEV wind at tropopauseV WIND AT34 7TROPOPAUSEWind shear at tropopause SHEAR AT TROPOPAUSE 136 7Height at tropopauseHEIGHT AT7 7TROPOPAUSETemperature at flight levels TEMP AT FD HEIGHTS 11 103U wind at flight levels U WIND AT FD HEIGHTS 33 103V wind at flight levels V WIND AT FD HEIGHTS 34 103Freezing level height (above HEIGHT OF FRZ LVL 7 4mean sea level)Freezing level RH REL HUMID AT FRZ LVL 52 4Highest freezing level height HIGHEST FREEZE LVL 7 204Pressure in boundary layer PRESS IN BNDRY LYR 1 116(30 mb mean)Temperature in boundary layer TEMP IN BNDRY LYR 11 116(30 mb mean)Potential temperature in boundary POT TMP IN BNDRY LYR 13 116layers (30 mb mean)Dew point temperature in DWPT IN BNDRY LYR 17 116boundary layer (30 mb mean)Specific humidity in boundary SPC HUM IN BNDRY LYR 51 116layer (30 mb mean)RH in boundary layerREL HUM IN BNDRY LYR 52 116(30 mb mean)Moisture convergence in MST CNV IN BNDRY LYR 135 116boundary layer (30 mb mean)Precipitable water in boundary P WATER IN BNDRY LYR 54 116layer (30 mb mean)U wind in boundary layer U WIND IN BNDRY LYR 33 116(30 mb mean)V wind in boundary layer(30 mb mean)V WIND IN BNDRY LYR34 116Omega in boundary layer OMEGA IN BNDRY LYR 39 116(30 mb mean)Visibility VISIBILITY 20 1Vegetation type VEGETATION TYPE 225 1Soil type SOIL TYPE 224 1Canopy conductanceCANOPYCONDUCTANCE181 1<strong>WRF</strong>-NMM V3: User’s Guide 7-20
Page 1 and 2:
ForewordUser's Guide for the NMM Co
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• WPP Directory Structure 7-3•
Page 5 and 6:
The WRF modeling system software is
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WRF-NMM FLOW CHARTTerrestrialDataMo
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Vendor Hardware OS CompilerCray X1
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If all of these executables are def
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Once the tar file is obtained, gunz
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HWRF is set, then (3) will be autom
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In addition to these three links, a
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• Real-data simulations• Non-hy
Page 21 and 22: k. Morrison double-moment scheme (1
Page 23 and 24: g. GFDL surface layer (88): (This s
Page 25 and 26: Other physics optionsa. gwd_opt: Gr
Page 27 and 28: to the convergence of meridians app
Page 29 and 30: Variable NamesValue(Example)Descrip
Page 39 and 40: mpirun.lsf wrf.exeand for interacti
Page 41 and 42: The boundary conditions for the nes
Page 43 and 44: Examples:1. One nest and one level
Page 45 and 46: ottom_top_stag = 28 ;soil_layers_st
Page 47 and 48: float HLENSW(Time, south_north, wes
Page 49 and 50: float HBOTS(Time, south_north, west
Page 51 and 52: operational mesoscale Eta model. J.
Page 53 and 54: Mlawer, E. J., S. J. Taubman, P. D.
Page 55 and 56: NCEP WRF Postprocessor (WPP)WPP Int
Page 57 and 58: ./configureYou will be given a list
Page 59 and 60: equested output field. If the pre-r
Page 61 and 62: RAINCV SNOW HBOTRAINNCVSNOWCNote: F
Page 63 and 64: Running WPPFour scripts for running
Page 65 and 66: i. As the grid id of a pre-defined
Page 67 and 68: The GrADS package is available from
Page 69 and 70: Height on pressure surface HEIGHT O
Page 71: MELTPrecipitation type (4 types) -
Page 75 and 76: RIP4RIP IntroductionRIP (which stan
Page 77 and 78: A successful compilation will resul
Page 79 and 80: iinterp = 0v v v v vH V H V h h h h
Page 81 and 82: espectively, of the centered domain
Page 83 and 84: This can be either 'h' (for hours),
Page 85: eal variable expect values that are
Page 88 and 89: of all the requested trajectories a
Page 90 and 91: Creating Vis5D Dataset with RIPVis5
Page 92 and 93: User’s Guide for the NMM Core of
Page 94 and 95: Configuration: The configure script
Page 96 and 97: This program reads the contents of
Page 98 and 99: Period - Describes communications f
Page 100 and 101: fine grid), f (forcing, how the lat
Page 102 and 103: # halo HALO_NMM_K dyn_nmm8:q2;24:t
Page 104 and 105: (http://www.mmm.ucar.edu/wrf/WG2/Ti
Page 106 and 107: User's Guide for the NMM Core of th
Page 108 and 109: 2. Make sure the files listed below
Page 110 and 111: User's Guide for the NMM Core of th
Page 112 and 113: Program geogridThe purpose of geogr
Page 114 and 115: 1. Define a model coarse domain and
Page 116 and 117: to GEOGRID.TBL in the geogrid direc
Page 118 and 119: the GRIB data were downloaded to th
Page 120 and 121: By this point, there is generally n
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two nests are defined to have the s
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Note: For the WRF-NMM the variables
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simulations may use a constant SST
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entire simulation domain, and data
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that lists the variables and attrib
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http://www.ecmwf.int/products/data/
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intermediate formats (metgrid/src/r
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GRIB1| Level| From | To |Param| Typ
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corresponding source grid point. Gi
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tile_x = 1200tile_y = 1200tile_z =
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1. PARENT_ID : A list of MAX_DOM in
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V -DX- H| / |DY dx DY| / |H - DX- V
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intermediate files if ungrib is to
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the index and data tiles for the da
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1. PROJECTION : A character string
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25. SCALE_FACTOR : A real value tha
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10. INTERP_MASK : The name of the f
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1. four_pt : Four-point bi-linear i
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8. search : Breadth-first search in
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19 Mixed Tundra20 Barren TundraTabl
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LU_INDEX:units = "category" ;LU_IND
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netcdf met_em.d01.2009-01-05_12:00:
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}:ISOILWATER = 14 ;:grid_id = 1 ;:p
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WRF - Developmental Testbed Center

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