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Ht$2HtmHLL4HD$ LT$HH5L5HD$ Ht$aHH5L5HD$ Ht$@HH5L5HD$ Ht$HH5L5HD$ Ht$I<$I$I}$H|$(IE0H|$(HT$(HHtu HH|'.uD'EtJLLHT$(A3HLHD$0MHT$8AH$3HJ5LLHT$(3LMHT$(3HJLJHH][A_A^A]A\D$@L<$LL0LHHtu HHB|8.uBD8tDLLHT$(MA3t$ LUHT$8LM3LBELLHT$(M3HLHD$0LHT$8MH$3LBHX][A_A^A]A\L2HHHt$ HD$H2H5L5HD$ Ht$HH5L5HD$ Ht$qH2H5L5HD$ Ht$KH2H5L5HD$ Ht$%H2H5L5HD$ Ht$H2H5L5HD$ Ht$HH5L5HD$ Ht$WMO SecretariatMelbourne) MelbourneMoscow) MoscowUS-NCEPUS-NWSTGUS-OtherCairo) CairoDakar) DakarNairobi) NairobiCasablancaTunisTunis Casablanca) Tunis CasablancaLas PalmasAlgiersACMADMozambiquePretoriaLa RunionKhabarovsk) KhabarovskNew Delhi) New DelhiNovosibirsk) NovosibirskTashkentJeddahTokyo) TokyoBangkokUlan BatorBeijing) BeijingSeoulBuenos Aires) Buenos AiresBrasilia) BrasiliaSantiagoBrazilian Space AgencyColombiaEcuadorPeruVenezuelaMiamiMiami-NHCMontreal) MontrealSan FranciscoARINC CentreUS-Air Force WeatherUS-Fleet Meteorology and OceanographyUS-FSLUS-NCARUS-Service ARGOSUS-Naval Oceanographic OfficeHonoluluDarwin) DarwinWellington) WellingtonNadiSingaporeMalaysiaUK-Met-Exeter) UK-Met-ExeterOffenbach) OffenbachRome) RomeNorrkping) NorrkpingToulouseHelsinkiBelgradeOsloPragueEpiskopiAnkaraFrankfurt/MainLondonCopenhagenRotaAthensESA-European Space AgencyECMWFDeBiltBrazzavilleAbidjanLibyan Arab JamahiriyaMadagascarMauritiusNigerSeychellesUgandaTanzaniaZimbabweHong-Kong, ChinaAfghanistanBahrainBangladeshBhutanCambodiaDemocratic People's Republic of KoreaIslamic Republic of IranIraqKazakhstanKuwaitKyrgyz RepublicLao People's Democratic RepublicMacao, ChinaMaldivesMyanmarNepalOmanPakistanQatarRepublic of YemenSri LankaTajikistanTurkmenistanUnited Arab EmiratesUzbekistanSocialist Republic of Viet NamBoliviaGuyanaParaguaySurinameUruguayFrench GuyanaBrazilian Navy Hydrographic CentreAntigua and BarbudaBahamasBarbadosBelizeBritish Caribbean TerritoriesSan JoseCubaDominicaDominican RepublicEl SalvadorUS-NESDISUS-OARGuatemalaHaitiHondurasJamaicaMexicoNetherlands Antilles and ArubaNicaraguaPanamaSaint Lucia NMCTrinidad and TobagoFrench DepartmentsCook IslandsFrench PolynesiaTongaVanuatuBruneiIndonesiaKiribatiFederated States of MicronesiaNew CaledoniaNiuePapua New GuineaPhilippinesSamoaSolomon IslandsFrascati (ESA/ESRIN)LanionLisboaReykiavikMadridZrichService ARGOS ToulouseBratislavaBudapestLjubljanaWarsawZagrebAlbaniaArmeniaAustriaAzerbaijanBelarusBelgiumBosnia and HerzegovinaBulgariaCyprusEstoniaGeorgiaDublinIsraelJordanLatviaLebanonLithuaniaLuxembourgMaltaMonacoRomaniaSyrian Arab RepublicThe former Yugoslav Republic of MacedoniaUkraineRepublic of MoldovaEUMETSAT Operation CentreAngolaBeninBotswanaBurkina FasoBurundiCameroonCape VerdeCentral African republicChadComorosDemocratic Republic of the CongoDjiboutiEritreaEthiopiaGabonGambiaGhanaGuineaGuinea BissauLesothoLiberiaMalawiMaliMauritaniaNamibiaNigeriaRwandaSao Tome and PrincipeSierra LeoneSomaliaSudanSwazilandTogoZambiaNCEP Re-Analysis ProjectNCEP Ensemble ProductsNCEP Central OperationsEnvironmental Modeling CenterHydrometeorological Prediction CenterOcean Prediction CenterClimate Prediction CenterAviation Weather CenterStorm Prediction CenterTropical Prediction CenterTechniques Development LaboratoryNESDIS Office of Research and ApplicationsFAAMeteorological Development Laboratory (MDL)North American Regional Reanalysis (NARR) ProjectSpace Environment CenterNational Digital Forecast DatabaseGreat Lakes Environmental Research LaboratoryForecast Systems LaboratoryShanwick Oceanic Area Control CentreFucinoGatineauMaspalomasESA ERS Central FacilityPrince AlbertWest FreughTromsoAgenzia Spaziale Italiana (Italy)Centre National de la Recherche Scientifique (France)GeoForschungsZentrum (Germany)Geodetic Observatory Pecny (Czech Republic)Institut d'Estudis Espacials de Catalunya (Spain)Swiss Federal Office of TopographyNordic Commission of Geodesy (Norway)Nordic Commission of Geodesy (Sweden)Institute de Geodesie National (France)Bundesamt fr Kartographie und Geodsie (Germany)Tromso (Norway)Maspalomas (Spain)Kangerlussuaq (Greenland)Edmonton (Canada)Bedford (Canada)Gander (Canada)Monterey (USA)Wallops Island (USA)Gilmor Creek (USA)Athens (Greece)CNRM, Meteo France Climate Centre (HIRETYCS)MPI, Max Planck Institute Climate Centre (HIRETYCS)UKMO Climate Centre (HIRETYCS)ECMWF (DEMETER)INGV-CNR (Bologna, Italy)(DEMETER)LODYC (Paris, France)(DEMETER)DMI (Copenhagen, Denmark)(DEMETER)INM (Madrid, Spain)(DEMETER)CERFACS (Toulouse, France)(DEMETER)ECMWF (PROVOST)Meteo France (PROVOST)EDF (PROVOST)UKMO (PROVOST)Ultra Violet Index ModelNCEP/ARL Transport and Dispersion ModelNCEP/ARL Smoke ModelSatellite Derived Precipitation and temperatures, from IRNCEP/ARL Dust ModelGlobal Wind-Wave Forecast ModelGlobal Multi-Grid Wave Model (Static Grids)Probabilistic Storm SurgeLimited-area Fine Mesh (LFM) analysisSnow Cover AnalysisForecaster generated fieldValue added post processed fieldNested Grid forecast Model (NGM)Global Optimum Interpolation Analysis (GOI) from GFS modelGlobal Optimum Interpolation Analysis (GOI) from 'Final' runSea Surface Temperature AnalysisCoastal Ocean Circulation ModelHYCOM - GlobalHYCOM - North Pacific basinHYCOM - North Atlantic basinOzone Analysis from TIROS ObservationsOzone Analysis from Nimbus 7 ObservationsLFM-Fourth Order Forecast ModelRegional Optimum Interpolation Analysis (ROI)80 wave triangular, 18-layer Spectral model from GFS modelQuasi-Lagrangian Hurricane Model (QLM)Fog Forecast model - Ocean Prod. CenterGulf of Mexico Wind/WaveGulf of Alaska Wind/WaveBias corrected Medium Range Forecast126 wave triangular, 28 layer Spectral model from GFS modelBackup from the previous runAnalysis from GFS (Global Forecast System)Analysis from GDAS (Global Data Assimilation System)MESO ETA Model (currently 12 km)RUC Model from FSL (isentropic; scale: 60km at 40N)CAC Ensemble Forecasts from Spectral (ENSMB)NOAA Wave Watch III (NWW3) Ocean Wave ModelNon-hydrostatic Meso Model (NMM) Currently 8 km)T170/L42 Global Spectral Model from MRF runT126/L42 Global Spectral Model from MRF runGlobal Forecast System ModelClimate Forecast System ModelRUC Surface Analysis (scale: 60km at 40N)RUC Surface Analysis (scale: 40km at 40N)RUC Model from FSL (isentropic; scale: 20km at 40N)Global Ensemble Forecast System (GEFS)LAMPRTMA (Real Time Mesoscale Analysis)NAM Model - 15km versionNAM model, generic resolutionProducts from NCEP SREF processingNAEFS Products from joined NCEP, CMC global ensemblesDownscaled GFS from NAM eXtensionWRF-EM (Eulerian Mass-core) model, generic resolution Ice Concentration AnalysisWestern North Atlantic Regional Wave ModelAlaska Waters Regional Wave ModelNorth Atlantic Hurricane Wave ModelEastern North Pacific Regional Wave ModelNorth Pacific Hurricane Wave ModelSea Ice Forecast ModelLake Ice Forecast ModelGlobal Ocean Forecast ModelGlobal Ocean Data Analysis System (GODAS)Merge of fields from the RUC, NAM, and Spectral ModelGreat Lakes Wave ModelNorth American Regional Reanalysis (NARR)Land Data Assimilation and Forecast SystemNWS River Forecast System (NWSRFS)NWS Flash Flood Guidance System (NWSFFGS)WSR-88D Stage II Precipitation AnalysisWSR-88D Stage III Precipitation AnalysisQuantitative Precipitation ForecastNDFD product generated by NCEP/HPCClimatological Calibrated Precipiation Analysis - CCPANational Convective Weather DiagnosticCurrent Icing Potential automated productAnalysis product from NCEP/AWCForecast product from NCEP/AWCClimate Data Assimilation System 2 (CDAS2)Climate Data Assimilation System (CDAS)Climate Forecast System Reanalysis (CFSR)CPC Manual Forecast ProductCPC Automated ProductEPA Air Quality ForecastSPC Manual Forecast ProductNCEP/OPC automated product%s%02d%02d mon %s Percentile(%d)%02d yr %s Percentile(%d)%02d hr %s Percentile(%d)[%s](prodType %d, cat %d, subcat %d) %s%s Percentile(%d)ASNOW%s%02dm%s%02dmSnowe%s%02dy%s%02dy%s%02d%s%02dSurgeSURGE%sERR error %s%s%02dm%02d mon %s%s%02dy%02d yr %s%02d hr %sEVPEvp%02d hr Evapo-TranspirationEvpDep%02d hr Evapo-Transpiration departure from normalAPCPQPFSnowAmtOzone%02dm%d mon Average Ozone ConcentrationOzone%02dy%d yr Average Ozone ConcentrationOzone%02d%d hr Average Ozone ConcentrationProb%s%02dm%02d mon Prob of %s Prob%s%02dy%02d yr Prob of %s Prob%s%02d%02d hr Prob of %s TMPbelow averageProb%sBlw%02dmProb%sBlw%02dyProb%sBlw%02d< %g %sabove averageProb%sAbv%02dmProb%sAbv%02dyProb%sAbv%02d> %g %s>= %g, < %g %sProb of (prodType %d, cat %d, subcat %d)ProbPrcpBlw%02dm%02d mon Prob of Precip below averageProbPrcpBlw%02dy%02d yr Prob of Precip below averageProbPrcpBlw%02d%02d hr Prob of Precip below averageProbPrcpAbv%02dm%02d mon Prob of Precip above averageProbPrcpAbv%02dy%02d yr Prob of Precip above averageProbPrcpAbv%02d%02d hr Prob of Precip above averagePoP%02dm-%03d%02d mon Prob of Precip > %g In.PoP%02dy-%03d%02d yr Prob of Precip > %g In.PoP%02d-%03d%02d hr Prob of Precip > %g In.ProbPrcpBlwProb of precip below averageProbPrcpAbvProb of precip above averagePoP%02dmPoP%02dy%02d hr Prob of Precip > 0.01 In.PoP%02dPoP-p%03dProb of Precip > %g In.PoPProbSurge%02diProbSurge%02dc%02d mon Prob of Hurricane Storm Surge > %g m%02d yr Prob of Hurricane Storm Surge > %g m%02d hr Prob of Hurricane Storm Surge > %g mProbWindSpd%02diProbWindSpd%02dc%02d mon Prob of Wind speed > %g m/s%02d yr Prob of Wind speed > %g m/s%02d hr Prob of Wind speed > %g m/sProb%sBlwProb%sAbvProb%sProb of %s %f%s-%s(%d)%s[%s] %s(%d) (%s)%s-%s%s[%s] %s="%s"%s-%s-%s(%d)%s-%s[%s] %s(%d) (%s)%s-%s-%s%s-%s[%s] %s="%s"TemperatureKVTMPVirtual temperaturePOTPotential temperatureEPOTPseudo-adiabatic potential temperatureTMAXMaximum temperatureTMINMinimum temperatureDPTDew point temperatureDEPRDew point depressionLAPRLapse rateK/mTMPATemperature anomalyLHTFLLatent heat net fluxW/(m^2)SHTFLSensible heat net fluxHEATXHeat indexWCFWind chill factorMINDPDMinimum dew point depressionVPTMPVirtual potential temperatureSNOHFSnow phase change heat fluxW/m^2SKINTSkin temperatureSNOTSnow Temperature (top of snow)TTCHTTurbulent Transfer Coefficient for HeatNumericTDCHTTurbulent Diffusion Coefficient for Heatm^2/sAPTMPApparent TemperatureTTSWRTemperature Tendency due to Short-Wave RadiationK/sTTLWRTemperature Tendency due to Long-Wave RadiationTTSWRCSTemperature Tendency due to Short-Wave Radiation, Clear SkyTTLWRCSTemperature Tendency due to Long-Wave Radiation, Clear SkyTTPARMTemperature Tendency due to parameterizationsWETBTWet Bulb TemperatureUCTMPUnbalanced Component of TemperatureTMPADVTemperature AdvectionSPFHSpecific humiditykg/kgRHRelative humidity%MIXRHumidity mixing ratioPWATPrecipitable waterkg/(m^2)VAPPVapor pressurePaSATDSaturation deficitEvaporationPRATEPrecipitation ratekg/(m^2 s)Total precipitationNCPCPLarge scale precipitationACPCPConvective precipitationSNODSnow depthmSRWEQSnowfall rate water equivalentWEASDWater equivalent of accumulated snow depthSNOCConvective snowSNOLLarge scale snowSNOMSnow meltSNOAGSnow agedayABSHAbsolute humiditykg/(m^3)PTYPEPrecipitation typeILIQWIntegrated liquid waterTCONDCondensateCLWMRCloud mixing ratioICMRIce water mixing ratioRWMRRain mixing ratioSNMRSnow mixing ratioMCONVHorizontal moisture convergencekg/(kg s)MAXRHMaximum relative humidityMAXAHMaximum absolute humidityTotal snowfallPWCATPrecipitable water categoryundefinedHAILHailGRLEGraupel (snow pellets)CRAINCategorical rain0=no; 1=yesCFRZRCategorical freezing rainCICEPCategorical ice pelletsCSNOWCategorical snowCPRATConvective precipitation ratekg/(m^2*s)Horizontal moisture divergencekg/(kg*s)CPOFPPercent frozen precipitationPEVAPPotential evaporationkg/m^2PEVPRPotential evaporation rateSNOWCSnow coverFRAINRain fraction of total cloud water-RIMERime factorTCOLRTotal column integrated rainTCOLSTotal column integrated snowLSWPLarge scale water precipitationCWPConvective water precipitationTWATPTotal water precipitationTSNOWPTotal snow precipitationTCWATTotal column waterTPRATETotal precipitation rateTSRWETotal snowfall rate water equivalentLSPRATELarge scale precipitation rateCSRWEConvective snowfall rate water equivalentLSSRWELarge scale snowfall rate water equivalentTSRATETotal snowfall ratem/sCSRATEConvective snowfall rateLarge scale snowfall rateSDWESnow depth water equivalentSDENSnow densitykg/m^3SEVAPSnow evaporationReservedTCIWVTotal column integrated water vapourRPRATERain precipitation rateSPRATESnow precipitation rateFPRATEFreezing rain precipitation rateIPRATEIce pellets precipitation rateTCOLWTotal Column Integrate Cloud WaterTCOLITotal Column Integrate Cloud IceHAILMXRHail Mixing RatioTCOLHTotal Column Integrate HailHAILPRHail Prepitation RateTCOLGTotal Column Integrate GraupelGPRATEGraupel (Snow Pellets) Prepitation RateCRRATEConvective Rain RateLSRRATELarge Scale Rain RateTCOLWAEVARATEEvaporation RateTOTCONTotal CondensateTCICONTotal Column-Integrate CondensateCIMIXRCloud Ice Mixing RatioSCLLWCSpecific Cloud Liquid Water ContentSCLIWCSpecific Cloud Ice Water ContentSRAINWSpecific Rain Water ContentSSNOWWSpecific Snow Water ContentStratiform Precipitation RateCATCPCategorical Convective Precipitation0=No; 1=Yes; 2-191=Reserved; 192-254=Reserved; 255=missingTKMFLXTotal Kinematic Moisture Fluxkg/kg(m/s)UKMFLXU-component (zonal) Kinematic Moisture FluxVKMFLXV-component (meridional) Kinematic Moisture FluxRHWATERRelative Humidity With Respect to WaterRHICERelative Humidity With Respect to IceFZPRATEFreezing or Frozen Precipitation RateMASSDRMass Density of RainMASSDSMass Density of SnowMASSDGMass Density of GraupelMASSDHMass Density of HailSPNCRSpecific Number Concentration of Rainkg^-1SPNCSSpecific Number Concentration of SnowSPNCGSpecific Number Concentration of GraupelSPNCHSpecific Number Concentration of HailNUMDRNumber Density of Rainm^-3NUMDSNumber Density of SnowNUMDGNumber Density of GraupelNUMDHNumber Density of HailSHTPRMSpecific Humidity Tendency due to Parameterizationskg/kg(s)MDLWHVASMLWHMAMMLWHDAMDLWGVASMLWGMAMMLWGDAMDLWSVASMLWSMAMMLWSDAUNCSHUnbalanced Component of Specific HumidityUCSCLWUnbalanced Component of Specific Cloud Liquid Water contentUCSCIWUnbalanced Component of Specific Cloud Ice Water contentFSNOWCFraction of Snow CoverProportionWDIRWind direction (from which blowing)deg trueWINDWind speedUGRDu-component of windVGRDv-component of windSTRMStream function(m^2)/sVPOTVelocity potentialMNTSFMontgomery stream function(m^2)/(s^2)SGCVVSigma coordinate vertical velocity1/sVVELVertical velocity (pressure)Pa/sDZDTVerical velocity (geometric)ABSVAbsolute vorticityABSDAbsolute divergenceRELVRelative vorticityRELDRelative divergencePVORTPotential vorticityK(m^2)/(kg s)VUCSHVertical u-component shearVVCSHVertical v-component shearUFLXMomentum flux; u componentN/(m^2)VFLXMomentum flux; v componentWMIXEWind mixing energyJBLYDPBoundary layer dissipationMAXGUSTMaximum wind speedGUSTWind speed (gust)UGUSTu-component of wind (gust)VGUSTv-component of wind (gust)VWSHVertical speed shearMFLXHorizontal momentum fluxUSTMU-component storm motionVSTMV-component storm motionCDDrag coefficientFRICVFrictional velocityTDCMOMTurbulent Diffusion Coefficient for MomentumETACVVEta Coordinate Vertical VelocityWINDFWind FetchNWINDNormal Wind ComponentTWINDTangential Wind ComponentAFRWENTSSNorthward Turbulent Surface Stress1/(m^2)ETSSEastward Turbulent Surface StressEWTPARMEastward Wind Tendency Due to Parameterizationsm/(s^2)NWTPARMNorthward Wind Tendency Due to ParameterizationsUGWINDU-Component of Geostrophic WindVGWINDV-Component of Geostrophic WindGEOWDGeostrophic Wind DirectionGEOWSGeostrophic Wind SpeedUNDIVUnbalanced Component of DivergenceVORTADVVorticity Advection1/(s^2)PRESPressurePRMSLPressure reduced to MSLPTENDPressure tendencyICAHTICAO Standard Atmosphere Reference HeightGPGeopotentialHGTGeopotential heightgpmDISTGeometric heightHSTDVStandard deviation of heightPRESAPressure anomalyGPAGeopotential height anomallyDENDensityALTSAltimeter settingTHICKThicknessPRESALTPressure altitudeDENALTDensity altitude5WAVH5-wave geopotential heightU-GWDZonal flux of gravity wave stressV-GWDMeridional flux of gravity wave stressHPBLPlanetary boundary layer height5WAVA5-wave geopotential height anomalySDSGSOStandard deviation of sub-grid scale orographyAOSGSOAngle of sub-gridscale orographyradSSGSOSlope of sub-gridscale orographyGSGSOGravity wave dissipationASGSOAnisotrophy of sub-gridscale orographyNLPRESNatural Logarithm of Pressure in PaEXPRESExner PressureUMFLXUpdraught Mass FluxDMFLXDowndraught Mass FluxUDRATEUpdraught Detrainment Ratekg/(m^3*s)DDRATEDowndraught Detrainment RateUCLSPRSUnbalanced Component of Logarithm of Surface PressureNSWRSNet short-wave radiation flux (surface)NSWRTNet short-wave radiation flux (top of atmosphere)SWAVRShort wave radiation fluxGRADGlobal radiation fluxBRTMPBrightness temperatureLWRADRadiance (with respect to wave number)W/(m sr)SWRADRadiance (with respect to wave length)W/(m^3 sr)DSWRFDownward short-wave radiation fluxUSWRFUpward short-wave radiation fluxNSWRFNet short wave radiation fluxPHOTARPhotosynthetically active radiationNSWRFCSNet short-wave radiation flux; clear skyDWUVRDownward UV radiationDSWRFLXDirect Short Wave Radiation FluxDIFSWRFDiffuse Short Wave Radiation FluxUVIUCSUV index (under clear sky)UVIUV indexDSWRFCSDownward Short-Wave Radiation Flux, Clear SkyUSWRFCSUpward Short-Wave Radiation Flux, Clear SkyNLWRSNet long wave radiation flux (surface)NLWRTNet long wave radiation flux (top of atmosphere)LWAVRLong wave radiation fluxDLWRFDownward long-wave radiation fluxULWRFUpward long-wave radiation fluxNLWRFNet long wave radiation fluxNLWRCSNet long-wave radiation flux; clear skyBRTEMPBrightness TemperatureDLWRFCSDownward Long-Wave Radiation Flux, Clear SkyCICECloud IceTCDCTotal cloud coverCDCONConvective cloud coverLCDCLow cloud coverMCDCMedium cloud coverHCDCHigh cloud coverCWATCloud waterCDCACloud amountCDCTCloud typeTMAXTThunderstorm maximum topsTHUNCThunderstorm coverageCDCBCloud baseCloud topCEILCeilingCDLYRNon-convective cloud coverCWORKCloud work functionJ/kgCUEFIConvective cloud efficiencyTotal condensateTotal column-integrated cloud waterTotal column-integrated cloud iceTCOLCTotal column-integrated condensateFICEIce fraction of total condensateCDCCCloud coverCDCIMRCloud ice mixing ratioSUNSSunshineCBHEHorizontal extent of cumulonimbus (CB)HCONCBHeight of Convective Cloud BaseHCONCTHeight of Convective Cloud TopNCONCDNumber Concentration of Cloud Droplets1/kgNCCICENumber Concentration of Cloud IceNDENCDNumber Density of Cloud Droplets1/(m^3)NDCICENumber Density of Cloud IceFRACCCFraction of Cloud CoverSUNSDSunShine DurationsSLWTCSurface Long Wave Effective Total CloudinessSSWTCSurface Short Wave Effective Total CloudinessFSTRPCFraction of Stratiform Precipitation CoverFCONPCFraction of Convective Precipitation CoverMASSDCDMass Density of Cloud DropletsMASSDCIMass Density of Cloud IceMDCCWDMass Density of Convective Cloud Water DropletsVFRCWDVolume Fraction of Cloud Water DropletsVFRCICEVolume Fraction of Cloud Ice ParticlesVFRCIWVolume Fraction of Cloud (Ice and/or Water)PLIParcel lifted index (to 500 hPa)BLIBest lifted index (to 500 hPa)KXK indexKOXKO indexTOTALXTotal totals indexSXSweat indexnumericCAPEConvective available potential energyCINConvective inhibitionHLCYStorm relative helicityEHLXEnergy helicity indexLFTXSurface lifted index4LFTXBest (4-layer) lifted indexRIRichardson numberSHWINXShowalter IndexUPHLUpdraft Helicitym^2/s^2BLKRNBulk Richardson NumberGRDRNGradient Richardson NumberFLXRNFlux Richardson NumberCONAPESConvective Available Potential Energy ShearAEROTAerosol type0=Aerosol not present; 1=Aerosol present; 255=missingTOZNETotal ozoneDobsonO3MROzone mixing ratioTCIOZTotal column integrated ozoneBSWIDBase spectrum widthBREFBase reflectivitydBBRVELBase radial velocityVERILVertically-integrated liquidkg/mLMAXBRLayer maximum base reflectivityPRECPrecipitationRDSP1Radar spectra (1)RDSP2Radar spectra (2)RDSP3Radar spectra (3)RFCDReflectivity of Cloud DropletsRFCIReflectivity of Cloud IceRFSNOWReflectivity of SnowRFRAINReflectivity of RainRFGRPLReflectivity of GraupelRFHAILReflectivity of HailHSRHybrid Scan ReflectivityHSRHTHybrid Scan Reflectivity HeightREFZREquivalent radar reflectivity for rainmm^6/m^3REFZIEquivalent radar reflectivity for snowREFZCEquivalent radar reflectivity for parameterized convectionRETOPEcho TopREFDReflectivityREFCComposity reflectivityLTNGSDLightning Strike DensityLTPINXLightning Potential Index (LPI) (see Note)ACCESAir concentration of Caesium 137Bq/(m^3)ACIODAir concentration of Iodine 131ACRADPAir concentration of radioactive pollutantGDCESGround deposition of Caesium 137Bq/(m^2)GDIODGround deposition of Iodine 131GDRADPGround deposition of radioactive pollutantTIACCPTime-integrated air concentration of caesium pollutant(Bq s)/(m^3)TIACIPTime-integrated air concentration of iodine pollutantTIACRPTime-integrated air concentration of radioactive pollutantAIRCONAir ConcentrationWETDEPWet DepositionDRYDEPDry DepositionTOTLWDTotal Deposition (Wet + Dry)SACONSpecific Activity ConcentrationBq/kgMAXACONMaximum of Air Concentration in LayerHMXACONHeight of Maximum of Air ConcentrationCIAIRCColumn-Integrated Air ConcentrationCAACLColumn-Averaged Air Concentration in LayerVISVisibilityALBDOAlbedoTSTMThunderstorm probabilityMIXHTMixed layer depthVOLASHVolcanic ash0=not present; 1=present; 255=missingICITIcing topICIBIcing baseICIIcing0=None; 1=Light; 2=Moderate; 3=Severe; 255=missingTURBTTurbulance topTURBBTurbulence baseTURBTurbulanceTKETurbulent kinetic energyPBLREGPlanetary boundary layer regimeCONTIContrail intensity0=Contrail not present; 1=Contrail present; 255=missingCONTETContrail engine type0=Low bypass; 1=High bypass; 2=Non bypass; 255=missingCONTTContrail topCONTBContrail baseMXSALBMaximum snow albedoSNFALBSnow free albedoSALBDSnow albedoICIPCTPIn-Cloud TurbulenceCATClear Air TurbulenceSLDPSupercooled Large Droplet ProbabilityCONTKEConvective Turbulent Kinetic EnergyWIWWWeather Interpretation ww (WMO) CONVOConvective OutlookICESCIcing ScenarioMWTURBMountain Wave Turbulence (Eddy Dissipation Rate)m^(2/3)/sCATEDRClear Air Turbulence (CAT) (Eddy Dissipation Rate)EDPARMEddy Dissipation ParameterMXEDPRMMaximum of Eddy Dissipation Parameter in LayerHIFRELHighest Freezing LevelVISLFOGVisibility Through Liquid FogVISIFOGVisibility Through Ice FogVISBSNVisibility Through Blowing SnowMASSDENMass Density (Concentration)COLMDColumn-Integrated Mass DensityMASSMRMass Mixing Ratio (Mass Fraction in Air)AEMFLXAtmosphere Emission Mass FluxANPMFLXAtmosphere Net Production Mass FluxANPEMFLXAtmosphere Net Production and Emision Mass FluxSDDMFLXSurface Dry Deposition Mass FluxSWDMFLXSurface Wet Deposition Mass FluxAREMFLXAtmosphere Re-Emission Mass FluxWLSMFLXWet Deposition by Large-Scale Precipitation Mass FluxWDCPMFLXWet Deposition by Convective Precipitation Mass FluxSEDMFLXSedimentation Mass FluxDDMFLXDry Deposition Mass FluxTRANHHTransfer From Hydrophobic to Hydrophilickg(kg*s)TRSDSTransfer From SO2 (Sulphur Dioxide) to SO4 (Sulphate)AIAAmount in AtmospheremolCONAIRConcentration in Airmol/(m^3)VMXRVolume Mixing Ratio (Fraction in Air)mol/molCGPRCChemical Gross Production Rate of Concentrationmol/(m^3*s)CGDRCChemical Gross Destruction Rate of ConcentrationSFLUXSurface Fluxmol/(m^2*s)COAIAChanges of Amount in Atmospheremol/sTYABATotal Yearly Average Burden of the AtmosphereTYAALTotal Yearly Average Atmospheric LossANCONAerosol Number ConcentrationASNCONAerosol Specific Number ConcentrationMXMASSDMaximum of Mass Densitykg(/m^3)HGTMDHeight of Mass DensityCAVEMDLColumn-Averaged Mass Density in LayerSADENSurface Area Density (Aerosol)1/mATMTKVertical Visual RangeAOTKAtmosphere Optical ThicknessSSALBKSingle Scattering AlbedoASYSFKAsymmetry FactorAECOEFAerosol Extinction CoefficientAACOEFAerosol Absorption CoefficientALBSATAerosol Lidar Backscatter from Satellite1/(m*sr)ALBGRDAerosol Lidar Backscatter from the GroundALESATAerosol Lidar Extinction from SatelliteALEGRDAerosol Lidar Extinction from the GroundANGSTEXPAngstrom ExponentSCTAOTKScattering Aerosol Optical ThicknessArbitrary text stringCCITTIA5TSECSeconds prior to initial reference time (defined in Section 1)GEOLATGeographical Latitudedeg NGEOLONGeographical Longitudedeg EDSLOBSDays Since Last ObservationdFFLDGFlash flood guidanceFFLDROFlash flood runoffRSSCRemotely sensed snow cover50=no-snow/no-cloud; 100=Clouds; 250=Snow; 255=missingESCTElevation of snow covered terrain0-90=elevation in increments of 100m; 254=clouds; 255=missingSWEPONSnow water equivalent percent of normalBGRUNBaseflow-groundwater runoffSSRUNStorm surface runoffDISRSDischarge from Rivers or Streams(m^3)/sGWUPSGroup Water Upper StorageGWLOWSGroup Water Lower StorageSFLORCSide Flow into River Channel(m^3)/(s*m)RVERSWRiver Storage of Waterm^3FLDPSWFlood Plain Storage of WaterDEPWSSDepth of Water on Soil SurfaceUPAPCPUpstream Accumulated PrecipitationUPASMUpstream Accumulated Snow MeltPERRATEPercolation Ratekg/((m^2)*s)CPPOPPPOSPPercent precipitation in a sub-period of an overall periodProbability of 0.01 inch of precipitationLANDLand cover (1=land; 2=sea)SFCRSurface roughnessTSOILSoil temperatureSOILMSoil moisture contentVEGVegetationWATRWater runoffEVAPTEvapotranspiration1/(kg^2 s)MTERHModel terrain heightLANDULand useSOILWVolumetric soil moisture contentGFLUXGround heat fluxMSTAVMoisture availabilitySFEXCExchange coefficient(kg/(m^3))(m/s)CNWATPlant canopy surface waterBMIXLBlackadar's mixing length scaleCCONDCanopy conductanceRSMINMinimal stomatal resistances/mWILTWilting pointRCSSolar parameter in canopy conductanceRCTTemperature parameter in canopy conductanceRCSOLSoil moisture parameter in canopy conductanceRCQHumidity parameter in canopy conductanceSoil moistureCISOILWColumn-integrated soil waterHFLUXHeat fluxVSOILMVolumetric soil moisturem^3/m^3VWILTMVolumetric wilting moistureLEAINXLeaf Area IndexEVGFCEvergreen Forest CoverDECFCDeciduous Forest CoverNDVINXNormalized Differential Vegetation Index (NDVI)RDVEGRoot Depth of VegetationWRODWater Runoff and DrainageSFCWROSurface Water RunoffTCLASSTile ClassTFRCTTile FractionTPERCTTile PercentageSOILVICSoil Volumetric Ice Content (Water Equivalent) SOTYPSoil typeUPLSTUpper layer soil temperatureUPLSMUpper layer soil moistureLOWLSMLower layer soil moistureBOTLSTBottom layer soil temperatureSOILLLiquid volumetric soil moisture (non-frozen)RLYRSNumber of soil layers in root zoneSMREFTranspiration stress-onset (soil moisture)SMDRYDirect evaporation cease (soil moisture)POROSSoil porosityLIQVSMVOLTSOVolumetric transpiration stress-onset (soil moisture)TRANSOVOLDECVolumetric direct evaporation cease (soil moisture)DIRECSOILPVSOSMVolumetric saturation of soil moistureSATOSMSaturation of soil moistureSOILTMPSoil TemperatureSOILMOISoil MoistureCISOILMColumn-Integrated Soil MoistureSOILICESoil IceCISICEColumn-Integrated Soil IceLWSNWPLiquid Water in Snow PackFRSTINXFrost Indexkg/daySNWDEBSnow Depth at Elevation BandsSHFLXSoil Heat FluxSOILDEPSoil DepthSRADScaled radianceSALBEDOScaled albedoSBTMPScaled brightness temperatureSPWATScaled precipitable waterSLFTIScaled lifted indexSCTPRESScaled cloud top pressureSSTMPScaled skin temperatureCLOUDMCloud mask0=clear over water; 1=clear over land; 2=cloudPIXSTPixel scene typeFIREDIFire detection indicatorESTPEstimated precipitationIRRATEInstantaneous rain rateCTOPHCloud top heightCTOPHQICloud top height quality indicatorESTUGRDEstimated u component of windESTVGRDEstimated v component of windNPIXUNumber of pixels usedSOLZASolar zenith angleDegreeRAZARelative azimuth angleRFL06Reflectance in 0.6 micron channelRFL08Reflectance in 0.8 micron channelRFL16Reflectance in 1.6 micron channelRFL39Reflectance in 3.9 micron channelATMDIVAtmospheric divergenceCBTMPCloudy Brightness TemperatureCSBTMPClear Sky Brightness TemperatureCLDRADCloudy Radiance (with respect to wave number)W/(m*sr)CSKYRADClear Sky Radiance (with respect to wave number)WINDSWind SpeedAOT06Aerosol Optical Thickness at 0.635 mAOT08Aerosol Optical Thickness at 0.810 mAOT16Aerosol Optical Thickness at 1.640 mANGCOEAngstrom CoefficientBRFLFBidirectional Reflecance FactorSPBRTBrightness TempertureScaled RadianceWVSP1Wave spectra (1)WVSP2Wave spectra (2)WVSP3Wave spectra (3)HTSGWSignificant height of combined wind waves and swellWVDIRDirection of wind wavesDegree trueWVHGTSignificant height of wind wavesWVPERMean period of wind wavesSWDIRDirection of swell wavesSWELLSignificant height of swell wavesSWPERMean period of swell wavesDIRPWPrimary wave directionPERPWPrimary wave mean periodDIRSWSecondary wave directionPERSWSecondary wave mean periodWWSDIRDirection of Combined Wind Waves and SwellMWSPERMean Period of Combined Wind Waves and SwellCDWWCoefficient of Drag With WavesFriction VelocityWSTRWave StressNWSTRNormalised Waves StressMSSWMean Square Slope of WavesUSSDU-component Surface Stokes DriftVSSDV-component Surface Stokes DriftPMAXWHPeriod of Maximum Individual Wave HeightMAXWHMaximum Individual Wave HeightIMWFInverse Mean Wave FrequencyIMFWWInverse Mean Frequency of The Wind WavesIMFTSWInverse Mean Frequency of The Total SwellMZWPERMean Zero-Crossing Wave PeriodMZPWWMean Zero-Crossing Period of The Wind WavesMZPTSWMean Zero-Crossing Period of The Total SwellWDIRWWave Directional WidthDIRWWWDirectional Width of The Wind WavesDIRWTSDirectional Width of The Total SwellPWPERPeak Wave PeriodPPERWWPeak Period of The Wind WavesPPERTSPeak Period of The Total SwellALTWHAltimeter Wave HeightALCWHAltimeter Corrected Wave HeightALRRCAltimeter Range Relative CorrectionMNWSOW10 Metre Neutral Wind Speed Over WavesMWDIRW10 Metre Wind Direction Over WavesWESPWave Engery Spectrums/((m^2)*rad)KSSEWKurtosis of The Sea Surface Elevation Due to WavesBENINXBenjamin-Feir IndexSPFTRSpectral Peakedness FactorDIRCCurrent directionSPCCurrent speedUOGRDu-component of currentVOGRDv-component of currentRIPCOPRip Current Occurrence ProbabilityICECIce coverICETKIce thinknessDICEDDirection of ice driftSICEDSpeed of ice driftUICEu-component of ice driftVICEv-component of ice driftICEGIce growth rateICEDIce divergenceICETIce temperatureICEPRSModule of Ice Internal PressurePa*mZVCICEPMVCICEPCICESCompressive Ice StrengthN/mWTMPWater temperatureDSLMDeviation of sea level from meanCHHeat Exchange CoefficientMTHDMain thermocline depthMTHAMain thermocline anomalyTTHDPTransient thermocline depthSALTYSalinityOVHDOcean Vertical Heat DiffusivityOVSDOcean Vertical Salt DiffusivityOVMDOcean Vertical Momentum DiffusivityBATHYBathymetrySFSALPShape Factor With Respect To Salinity ProfileSFTMPPACWSRDWDEPTHWater DepthWTMPSSWater TemperatureMOSFMeridonal Overturning Stream Functionm^3/sTMaxTMinTTdWindDirWindSpdSkyWaveHeightWindGustMaxRHApparentTWBGTWet Bulb Globe TemperatureWxWeather stringPPIPrecipitation Potential IndexIceAccumIce AccumulationPoP12Prob of 0.01 In. of PrecipsmokesSurface level smoke from fireslog10(10^-6g/m^3)smokecAverage vertical column smoke from firesOzone Mixing RatioOZCONOzone ConcentrationPPBOZMAX1Ozone Daily Max from 1-hour AverageppbVOZMAX8Ozone Daily Max from 8-hour AverageConvOutlookConvective Hazard Outlook0=none; 2=tstm; 4=slight; 6=moderate; 8=highTornadoProbTornado ProbabilityHailProbHail ProbabilityWindProbDamaging Thunderstorm Wind ProbabilityXtrmTornProbExtreme Tornado ProbabilityXtrmHailProbExtreme Hail ProbabilityXtrmWindProbExtreme Thunderstorm Wind ProbabilityTotalSvrProbTotal Probability of Severe ThunderstormsTotalXtrmProbTotal Probability of Extreme Severe ThunderstormsWWAWatch Warning AdvisoryTCWindTropical Cyclone Wind Threat0=none; 4=low; 6=moderate; 8=high; 10=extremeTCSurgeTropical Cyclone Storm Surge ThreatTCRainTropical Cyclone Flooding Rain ThreatTCTornadoTropical Cyclone Tornado ThreatSNOWLVLSnow LevelFireWxCritical Fire WeatherDryLightningDry LightningCANLCold Advisory for Newborn Livestock0=none; 2=slight; 4=mild; 6=moderate; 8=severe; 10=extremeHurricane Storm SurgeETSurgeExtra Tropical Storm SurgeStormTideStorm Surge and TideTideMinRHMinimum Relative HumidityHPC-WxHPC CodeDSWRF_SFC_0Downward incident solar fluxUSWRF_SFC_0Upward short wave radiative fluxDLWRF_SFC_0Downward Long Wave Radiative FluxULWRF_0Outgoing Long Wave Radiative FluxLightningDensityNLDN1minCG Lightning Density 1-min - NLDNflashes/km^2/minLightningDensityNLDN5minCG Lightning Density 5-min - NLDNLightningDensityNLDN15minCG Lightning Density 15-min - NLDNLightningDensityNLDN30minCG Lightning Density 30-min - NLDNLightningProbabilityNext30minLightning Probability 0-30 minutes - NLDNMergedAzShear0to2kmAGLAzimuth Shear 0-2km AGL.001/sMergedAzShear3to6kmAGLAzimuth Shear 3-6km AGLRotationTrack30minRotation Track 0-2km AGL 30-minRotationTrack60minRotation Track 0-2km AGL 60-minRotationTrack120minRotation Track 0-2km AGL 120-minRotationTrack240minRotation Track 0-2km AGL 240-minRotationTrack360minRotation Track 0-2km AGL 360-minRotationTrack1440minRotation Track 0-2km AGL 1440-minRotationTrackML30minRotationTrackML60minRotationTrackML120minRotationTrackML240minRotationTrackML360minRotationTrackML1440minSHISevere Hail IndexindexPOSHProb of Severe HailMESHMaximum Estimated Size of Hail (MESH)mmMESHMax30minMESH Hail Swath 30-minMESHMax60minMESH Hail Swath 60-minMESHMax120minMESH Hail Swath 120-minMESHMax240minMESH Hail Swath 240-minMESHMax360minMESH Hail Swath 360-minMESHMax1440minMESH Hail Swath 1440-minVILVertically Integrated LiquidVILDensityVertically Integrated Liquid Densityg/m^3VIIVertically Integrated IceEchoTop18Echo Top - 18 dBZkmEchoTop30Echo Top - 30 dBZEchoTop50Echo Top - 50 dBZEchoTop60Echo Top - 60 dBZH50AboveM20CThickness [50 dBZ top - (-20C)]H50Above0CThickness [50 dBZ top - 0C]H60AboveM20CThickness [60 dBZ top - (-20C)]H60Above0CThickness [60 dBZ top - 0C]Reflectivity0CIsothermal Reflectivity at 0CdBZReflectivityM5CIsothermal Reflectivity at -5CReflectivityM10CIsothermal Reflectivity at -10CReflectivityM15CIsothermal Reflectivity at -15CReflectivityM20CIsothermal Reflectivity at -20CReflectivityAtLowestAltitudeMergedReflectivityAtLowestAltitudeNon Quality Controlled Reflectivity At Lowest AltitudeIRband4Infrared (E/W blend)VisibleVisible (E/W blend)non-dimWaterVaporWater Vapor (E/W blend)CloudCoverCloud CoverPrecipFlagflagPrecipRateRadar Precipitation Ratemm/hrRadarOnlyQPE01HRadar Precipitation Accumulation 1-hourRadarOnlyQPE03HRadar Precipitation Accumulation 3-hourRadarOnlyQPE06HRadar Precipitation Accumulation 6-hourRadarOnlyQPE12HRadar Precipitation Accumulation 12-hourRadarOnlyQPE24HRadar Precipitation Accumulation 24-hourRadarOnlyQPE48HRadar Precipitation Accumulation 48-hourRadarOnlyQPE72HRadar Precipitation Accumulation 72-hourGaugeCorrQPE01HGaugeCorrQPE03HGaugeCorrQPE06HGaugeCorrQPE12HGaugeCorrQPE24HGaugeCorrQPE48HGaugeCorrQPE72HGaugeOnlyQPE01HGauge Only Precipitation Accumulation 1-hourGaugeOnlyQPE03HGauge Only Precipitation Accumulation 3-hourGaugeOnlyQPE06HGauge Only Precipitation Accumulation 6-hourGaugeOnlyQPE12HGauge Only Precipitation Accumulation 12-hourGaugeOnlyQPE24HGauge Only Precipitation Accumulation 24-hourGaugeOnlyQPE48HGauge Only Precipitation Accumulation 48-hourGaugeOnlyQPE72HGauge Only Precipitation Accumulation 72-hourMountainMapperQPE01HMountain Mapper Precipitation Accumulation 1-hourMountainMapperQPE03HMountain Mapper Precipitation Accumulation 3-hourMountainMapperQPE06HMountain Mapper Precipitation Accumulation 6-hourMountainMapperQPE12HMountain Mapper Precipitation Accumulation 12-hourMountainMapperQPE24HMountain Mapper Precipitation Accumulation 24-hourMountainMapperQPE48HMountain Mapper Precipitation Accumulation 48-hourMountainMapperQPE72HMountain Mapper Precipitation Accumulation 72-hourModelSurfaceTempModel Surface Temperature [RAP 13km]CModelWetBulbTempModel Surface Wet Bulb Temperature [RAP 13km]WarmRainProbabilityProbability of Warm Rain [RAP 13km derived]ModelHeight0CModel Freezing Level Height [RAP 13km]BrightBandTopHeightBrightband Top Radar [RAP 13km derived]BrightBandBottomHeightBrightband Bottom Radar [RAP 13km derived]RadarQualityIndexRadar Quality IndexGaugeInflIndex01HGauge Influence Index for 1-hour QPEGaugeInflIndex03HGauge Influence Index for 3-hour QPEGaugeInflIndex06HGauge Influence Index for 6-hour QPEGaugeInflIndex12HGauge Influence Index for 12-hour QPEGaugeInflIndex24HGauge Influence Index for 24-hour QPEGaugeInflIndex48HGauge Influence Index for 48-hour QPEGaugeInflIndex72HGauge Influence Index for 72-hour QPESeamlessHSRSeamless Hybrid Scan Reflectivity with VPR CorrectionSeamlessHSRHeightHeight of Seamless Hybrid Scan ReflectivityCONUSMergedReflectivityQCWSR-88D 3D Reflectivity Mosaic - 33 CAPPIS (500-19000m)CONUSPlusMergedReflectivityQCAll Radar 3D Reflectivity Mosaic - 33 CAPPIS (500-19000m)MergedReflectivityQCCompositeComposite Reflectivity Mosaic (optimal method)HeightCompositeReflectivityHeight of Composite Reflectivity Mosaic (optimal method)LowLevelCompositeReflectivityLow-Level Composite Reflectivity Mosaic (0-4 km)HeightLowLevelCompositeReflectivityHeight of Low-Level Composite Reflectivity Mosaic (0-4 km)LayerCompositeReflectivity_LowLayer Composite Reflectivity Mosaic 0-24kft (low altitude)LayerCompositeReflectivity_HighLayerCompositeReflectivity_SuperReflectivityCompositeHourlyMaxComposite Reflectivity Hourly MaximumReflectivityMaxAboveM10CMaximum Reflectivity at -10 deg C height and aboveMergedBaseReflectivityQCMosaic Base Reflectivity (optimal method)MergedReflectivityCompositeUnQC'd Composite Reflectivity Mosaic (max ref)MergedReflectivityQCompositeComposite Reflectivity Mosaic (max ref)Snow Phase Change Heat FluxTTRADTemperature tendency by all radiationREVRelative Error VarianceLRGHRLarge Scale Condensate Heating rateCNVHRDeep Convective Heating rateTHFLXTotal Downward Heat Flux at SurfaceTTDIATemperature Tendency By All PhysicsTTPHYTemperature Tendency By Non-radiation PhysicsTSD1DStandard Dev. of IR Temp. over 1x1 deg. areaSHAHRShallow Cnvective Heating rateVDFHRVertical Diffusion Heating rateTHZ0Potential temperature at top of viscus sublayerTCHPTropical Cyclone Heat PotentialJ/(m^2*K)Categorical RainCategorical Freezing RainCategorical Ice PelletsCategorical SnowConvective Precipitation RateHorizontal Moisture DivergenceMINRHPotential EvaporationPotential Evaporation RateSnow CoverRain Fraction of Total Liquid WaterRime FactorTotal Column Integrated RainTotal Column Integrated SnowTIPDTotal Icing Potential DiagnosticNCIPNumber concentration for ice particlesSnow temperatureTCLSWTotal column-integrated supercooled liquid waterTCOLMTotal column-integrated melting iceEMNPEvaporation - Precipitationcm/daySBSNOSublimination (evaporation from snow)CNVMRDeep Convective Moistening RateSHAMRShallow Convective Moistening RateVDFMRVertical Diffusion Moistening RateCONDPCondensation Pressure of Parcali Lifted From Indicate SurfaceLRGMRLarge scale moistening ratekg/(kg/s)QZ0Specific humidity at top of viscous sublayerQMAXMaximum specific humidity at 2mQMINMinimum specific humidity at 2mARAINLiquid precipitation (rainfall)SNOWTSnow temperature, depth-avgAPCPNTotal precipitation (nearest grid point)ACPCPNConvective precipitation (nearest grid point)FRZRFreezing rainWeather StringFROZRFrozen RainFICEACFlat Ice Accumulation (FRAM)LICEACLine Ice Accumulation (FRAM)SLACCSleet AccumulationPPINDXPROBCIPProbability Cloud Ice PresentSNOWLRSnow Liquid ratioTSNOWTotal SnowRHPWRelative Humidity with Respect to Precipitable WaterVertical speed sheerHorizontal Momentum FluxU-Component Storm MotionV-Component Storm MotionDrag CoefficientFrictional VelocityLAUVLatitude of U Wind Component of VelocitydegLOUVLongitude of U Wind Component of VelocityLAVVLatitude of V Wind Component of VelocityLOVVLongitude of V Wind Component of VelocityLAPPLatitude of Presure PointLOPPLongitude of Presure PointVEDHVertical Eddy Diffusivity Heat exchangeCOVMZCovariance between Meridional and Zonal Components of the windCOVTZK*m/sCOVTMVDFUAVertical Diffusion Zonal Accelerationm/s^2VDFVAVertical Diffusion Meridional AccelerationGWDUGravity wave drag zonal accelerationGWDVGravity wave drag meridional accelerationCNVUConvective zonal momentum mixing accelerationCNVVConvective meridional momentum mixing accelerationWTENDTendency of vertical velocityOMGALFOmega (Dp/Dt) divide by densityCNGWDUConvective Gravity wave drag zonal accelerationCNGWDVConvective Gravity wave drag meridional accelerationLMVVelocity point model surfacePVMWWPotential vorticity (mass-weighted)1/(s/m)MAXUVVMAXDVVHourly Maximum of Downward Vertical VelocityMAXUWU Component of Hourly Maximum 10m Wind SpeedMAXVWV Component of Hourly Maximum 10m Wind SpeedVRATEVentilation RateTRWSPDTransport Wind SpeedTRWDIRTransport Wind DirectionTOA10Earliest Reasonable Arrival Time (10% exceedance)TOA50Most Likely Arrival Time (50% exceedance)TOD50Most Likely Departure Time (50% exceedance)TOD90Latest Reasonable Departure Time (90% exceedance)MSLETMSLP (Eta model reduction)5-Wave Geopotential HeightZonal Flux of Gravity Wave StressMeridional Flux of Gravity Wave StressPlanetary Boundary Layer Height5-Wave Geopotential Height AnomalyMSLMAMSLP (MAPS System Reduction)TSLSA3-hr pressure tendency (Std. Atmos. Reduction)PLPLPressure of level from which parcel was liftedLPSXX-gradiant of Log PressureLPSYY-gradiant of Log PressureHGTXX-gradiant of HeightHGTYY-gradiant of HeightLAYTHLayer ThicknessNLGSPNatural Log of Surface Pressureln(kPa)CNVUMFConvective updraft mass fluxkg/m^2/sCNVDMFConvective downdraft mass fluxCNVDEMFConvective detrainment mass fluxLMHMass point model surfaceHGTNGeopotential height (nearest grid point)PRESNPressure (nearest grid point)ORCONVOrographic ConvexityORASWOrographic Asymmetry, W ComponentORASSOrographic Asymmetry, S ComponentORASSWOrographic Asymmetry, SW ComponentORASNWOrographic Asymmetry, NW ComponentORLSWOrographic Length Scale, W ComponentORLSSOrographic Length Scale, S ComponentORLSSWOrographic Length Scale, SW ComponentORLSNWOrographic Length Scale, NW ComponentDownward Short-Wave Rad. FluxUpward Short-Wave Rad. FluxDUVBUV-B downward solar fluxCDUVBClear sky UV-B downward solar fluxCSDSFClear sky Downward Solar FluxSWHRSolar Radiative Heating RateCSUSFClear Sky Upward Solar FluxCFNSFCloud Forcing Net Solar FluxVBDSFVisible Beam Downward Solar FluxVDDSFVisible Diffuse Downward Solar FluxNBDSFNear IR Beam Downward Solar FluxNDDSFNear IR Diffuse Downward Solar FluxDTRFDownward Total radiation FluxUTRFUpward Total radiation FluxDownward Long-Wave Rad. FluxUpward Long-Wave Rad. FluxLWHRLong-Wave Radiative Heating RateCSULFClear Sky Upward Long Wave FluxCSDLFClear Sky Downward Long Wave FluxCFNLFCloud Forcing Net Long Wave FluxNon-Convective Cloud CoverCloud Work FunctionConvective Cloud EfficiencyTotal Column-Integrated Cloud WaterTotal Column-Integrated Cloud IceTotal Column-Integrated CondensateMFLUXConvective Cloud Mass FluxSunShine durationSurface Lifted IndexBest (4 layer) Lifted IndexRichardson NumberCWDIConvective Weather Detection IndexUltra Violet IndexLAILeaf area indexMXUPHLHourly Maximum of Updraft Helicity over Layer 2km to 5 km AGLMNUPHLHourly Minimum of Updraft HelicityBNEGLAYBourgoiun Negative Energy Layer (surface to freezing level)BPOSELAYBourgoiun Positive Energy Layer (2k ft AGL to 400 hPa)PMTCParticulate matter (coarse)10^-6g/m^3PMTFParticulate matter (fine)LPMTFLIPMFIntegrated column particulate matter (fine)OZCATCategorical Ozone ConcentrationVDFOZOzone Vertical Diffusionkg/kg/sPOZOzone ProductionTOZOzone TendencyPOZTOzone Production from Temperature TermPOZOOzone Production from Column Ozone TermPDMAX1PM 2.5 Daily Max from 1-hour Average(10^-6g/(m^3)PDMAX24PM 2.5 Daily Max from 24-hour AverageDerived radar reflectivity backscatter from rainDerived radar reflectivity backscatter from iceDerived radar reflectivityMaximum / Composite radar reflectivityRadar Echo Top (18.3 DBZ)MAXREFHourly Maximum of Simulated Reflectivity at 1 km AGLLTNGLightningMaximum Snow AlbedoSnow-Free AlbedoSRCONOSlight risk convective outlookcategoricalMRCONOModerate risk convective outlookHRCONOHigh risk convective outlookTORPROBTornado probabilityHAILPROBHail probabilityWINDPROBWind probabilitySTORPROBSignificant Tornado probabilitySHAILPROSignificant Hail probabilitySWINDPROSignificant Wind probabilityTSTMCCategorical ThunderstormMIXLYNumber of mixed layers next to surfaceintegerFLGHTFlight CategoryCICELConfidence CeilingCIVISConfidence VisibilityCIFLTConfidence Flight CategoryLAVNILow Level aviation interestHAVNIHigh Level aviation interestSBSALBVisible; Black Sky AlbedoSWSALBVisible; White Sky AlbedoNBSALBNear IR; Black Sky AlbedoNWSALBNear IR; White Sky AlbedoPRSVRTotal Probability of Severe Thunderstorms (Days 2,3)PRSIGSVRTotal Probability of Extreme Severe Thunderstorms (Days 2,3)SIPDSupercooled Large Droplet IcingEPSRRadiative emissivityTPFITurbulence potential forecast indexSVRTSCategorical Severe ThunderstormPROCONProbability of ConvectionCONVPConvection PotentialVAFTDVolcanic Ash Forecast Transport and Dispersionlog10(kg/m^3)ICPRBIcing probabilityICSEVIcing severityJFWPRBJoint Fire Weather ProbabilityDRYTPROBDry Thunderstorm ProbabilityNLATLatitude (-90 to 90)ELONEast Longitude (0 to 360)Seconds prior to initial reference timeMLYNOModel Layer number (From bottom up)NLATNLatitude (nearest neighbor) (-90 to 90)ELONNEast longitude (nearest neighbor) (0 to 360)COVZMCovariance between zonal and meridonial components of the windCovariance between zonal component of the wind and temperatureCOVTWCOVZZCovariance between zonal and zonal components of the windCOVMMCOVQZkg/kg*m/sCOVQMCOVTVVK*Pa/sCOVQVVkg/kg*Pa/sCOVPSPSCovariance between surface pressure and surface pressurePa*PaCOVQQCovariance between specific humidity and specific humiditykg/kg*kg/kgCOVVVVVPa^2/s^2COVTTCovariance between temperature and temperatureK*KBaseflow-Groundwater RunoffStorm Surface RunoffCPOZPProbability of Freezing PrecipitationProbability of Frozen PrecipitationPPFFGCWRVolumetric Soil Moisture ContentFractionGround Heat FluxMoisture AvailabilityExchange CoefficientPlant Canopy Surface WaterBlackadar's Mixing Length ScaleVGTYPVegetation Type0..13Canopy ConductanceMinimal Stomatal ResistanceWilting PointRDRIPRate of water dropping from canopy to groundunknownICWATIce-free water surfaceAKHSSurface exchange coefficients for T and Q divided by delta zAKMSSurface exchange coefficients for U and V divided by delta zVEGTVegetation canopy temperatureSSTORSurface water storageK g/m^2LSOILLiquid soil moisture content (non-frozen)EWATROpen water evaporation (standing water)GWRECGroundwater rechargeQRECFlood plain rechargeSFCRHRoughness length for heatNDVINormalized difference vegetation indexLANDNLand-sea coverage (nearest neighbor)0=sea; 1=landAMIXLAsymptotic mixing length scaleWVINCWater vapor added by precip assimilationWCINCWater condensate added by precip assimilationWVCONVWater vapor flux convergence (vertical int)WCCONVWater condensate flux convergence (vertical int)WVUFLXWater vapor zonal flux (vertical int)WVVFLXWater vapor meridional flux (vertical int)WCUFLXWater condensate zonal flux (vertical int)WCVFLXWater condensate meridional flux (vertical int)ACONDAerodynamic conductanceEVCWCanopy water evaporationTRANSTranspirationLiquid Volumetric Soil Moisture (non Frozen)Number of Soil Layers in Root ZoneSLTYPSurface Slope TypeIndexTranspiration Stress-onset (soil moisture)Direct Evaporation Cease (soil moisture)Soil PorosityEVBSDirect evaporation from bare soilLSPALand Surface Precipitation AccumulationBARETBare soil surface skin temperatureAVSFTAverage surface skin temperatureRADTEffective radiative skin temperatureFLDCPField CapacityfractionUSCTScatterometer Estimated U WindVSCTScatterometer Estimated V WindSWQIScatterometer Wind QualitySBT122Simulated Brightness Temperature for GOES 12, Channel 2SBT123Simulated Brightness Temperature for GOES 12, Channel 3SBT124Simulated Brightness Temperature for GOES 12, Channel 4SBT125Simulated Brightness Temperature for GOES 12, Channel 5SBC123Simulated Brightness Counts for GOES 12, Channel 3SBC124Simulated Brightness Counts for GOES 12, Channel 4SBT112Simulated Brightness Temperature for GOES 11, Channel 2SBT113Simulated Brightness Temperature for GOES 11, Channel 3SBT114Simulated Brightness Temperature for GOES 11, Channel 4SBT115Simulated Brightness Temperature for GOES 11, Channel 5AMSRE9Simulated Brightness Temperature for AMSRE on Aqua, Channel 9AMSRE10Simulated Brightness Temperature for AMSRE on Aqua, Channel 10AMSRE11Simulated Brightness Temperature for AMSRE on Aqua, Channel 11AMSRE12Simulated Brightness Temperature for AMSRE on Aqua, Channel 12SRFA161Simulated Reflectance Factor for ABI GOES-16, Band-1SRFA162Simulated Reflectance Factor for ABI GOES-16, Band-2SRFA163Simulated Reflectance Factor for ABI GOES-16, Band-3SRFA164Simulated Reflectance Factor for ABI GOES-16, Band-4SRFA165Simulated Reflectance Factor for ABI GOES-16, Band-5SRFA166Simulated Reflectance Factor for ABI GOES-16, Band-6SBTA167Simulated Brightness Temperature for ABI GOES-16, Band-7SBTA168Simulated Brightness Temperature for ABI GOES-16, Band-8SBTA169Simulated Brightness Temperature for ABI GOES-16, Band-9SBTA1610Simulated Brightness Temperature for ABI GOES-16, Band-10SBTA1611Simulated Brightness Temperature for ABI GOES-16, Band-11SBTA1612Simulated Brightness Temperature for ABI GOES-16, Band-12SBTA1613Simulated Brightness Temperature for ABI GOES-16, Band-13SBTA1614Simulated Brightness Temperature for ABI GOES-16, Band-14SBTA1615Simulated Brightness Temperature for ABI GOES-16, Band-15SBTA1616Simulated Brightness Temperature for ABI GOES-16, Band-16SRFA171Simulated Reflectance Factor for ABI GOES-17, Band-1SRFA172Simulated Reflectance Factor for ABI GOES-17, Band-2SRFA173Simulated Reflectance Factor for ABI GOES-17, Band-3SRFA174Simulated Reflectance Factor for ABI GOES-17, Band-4SRFA175Simulated Reflectance Factor for ABI GOES-17, Band-5SRFA176Simulated Reflectance Factor for ABI GOES-17, Band-6SBTA177Simulated Brightness Temperature for ABI GOES-17, Band-7SBTA178Simulated Brightness Temperature for ABI GOES-17, Band-8SBTA179Simulated Brightness Temperature for ABI GOES-17, Band-9SBTA1710Simulated Brightness Temperature for ABI GOES-17, Band-10SBTA1711Simulated Brightness Temperature for ABI GOES-17, Band-11SBTA1712Simulated Brightness Temperature for ABI GOES-17, Band-12SBTA1713Simulated Brightness Temperature for ABI GOES-17, Band-13SBTA1714Simulated Brightness Temperature for ABI GOES-17, Band-14SBTA1715Simulated Brightness Temperature for ABI GOES-17, Band-15SBTA1716Simulated Brightness Temperature for ABI GOES-17, Band-16WSTPWave Steepness0WLENGWave LengthOMLUOcean Mixed Layer U VelocityOMLVOcean Mixed Layer V VelocityUBAROBarotropic U VelocityVBAROBarotropic V VelocityETSRGELEVOcean Surface Elevation Relative to GeoidSSHGSea Surface Height Relative to GeoidP2OMLTOcean Mixed Layer Potential Density (Reference 2000m)AOHFLXNet Air-Ocean Heat FluxASHFLAssimilative Heat FluxSSTTSurface Temperature Trenddegree/daySSSTSurface Salinity Trendpsu/dayKENGKinetic EnergySLTFLSalt FluxLCHTCSRG2020% Tropical Cyclone Storm Surge ExceedanceTCSRG3030% Tropical Cyclone Storm Surge ExceedanceTCSRG4040% Tropical Cyclone Storm Surge ExceedanceTCSRG5050% Tropical Cyclone Storm Surge ExceedanceTCSRG6060% Tropical Cyclone Storm Surge ExceedanceTCSRG7070% Tropical Cyclone Storm Surge ExceedanceTCSRG8080% Tropical Cyclone Storm Surge ExceedanceTCSRG9090% Tropical Cyclone Storm Surge ExceedanceETCWLExtra Tropical Storm Surge Combined Surge and TideTIDEEROSNPErosion Occurrence ProbabilityOWASHPOverwash Occurrence ProbabilityWTMPC3-D Temperaturedeg CSALIN3-D SalinityBKENGBarotropic Kinetic EnergyDBSSGeometric Depth Below Sea SurfaceINTFDInterface DepthsOHCOcean Heat ContentJ/m^2RESERVEDSFCGround or water surfaceCBLCloud base levelCTLLevel of cloud tops0DEGLevel of 0 degree C isothermADCLLevel of adiabatic condensation lifted from the surfaceMWSLMaximum wind levelTROTropopauseNTATNominal top of atmosphereSEABSea bottomTMPLIsothermal levelISBLIsobaric surfaceMSLMean sea levelGPMLSpecific altitude above mean sea levelHTGLSpecified height level above groundSIGLSigma level'sigma' valueHYBLHybrid levelDBLLDepth below land surfaceTHELIsentropic (theta) levelSPDLLevel at specified pressure difference from ground to levelPVLPotential vorticity surface(K m^2)/(kg s)EtaLEta* levelDBSLDepth below sea levelReserved Local useMISSINGMissingEATMEntire atmosphere (considerd as a single layer)EOCNEntire ocean (considered as a single layer)HTFLHighest tropospheric freezing levelGCBLGrid scale cloud bottom levelGCTLGrid scale cloud top levelBCBLBoundary layer cloud bottom levelBCTLBoundary layer cloud top levelBCYBoundary layer cloud levelLCBLLow cloud bottom levelLCTLLow cloud top levelLCYLow cloud levelCloud ceilingMCBLMiddle cloud bottom levelMCTLMiddle cloud top levelMCYMiddle cloud levelHCBLHigh cloud bottom levelHCTLHigh cloud top levelHCYHigh cloud levelOITLOcean Isotherm Level (1/10 deg C)OLYRLayer between two depths below ocean surfaceOBMLBottom of Ocean Mixed Layer (m)OBILBottom of Ocean Isothermal Layer (m)CCBLConvective cloud bottom levelCCTLConvective cloud top levelCCYConvective cloud levelLLTWLowest level of the wet bulb zeroMTHEMaximum equivalent potential temperature levelEHLTEquilibrium levelSCBLShallow convective cloud bottom levelSCTLShallow convective cloud top levelDCBLDeep convective cloud bottom levelDCTLDeep convective cloud top levelLBLSWLowest bottom level of supercooled liquid water layerHTLSWHighest top level of supercooled liquid water layerInstitute of Engineering Satellite Surveying and Geodesy (U.K.)Biometeorology group, University of Veterinary Medicine, Vienna (ELDAS)80 wave triangular, 18 layer Spectral model from 'Medium Range Forecast' run126 wave triangular, 28 layer Spectral model from 'Medium Range Forecast' run62 wave triangular, 28 layer Spectral model from 'Medium Range Forecast' run62 wave triangular, 28 layer spectral model extension of the 'Medium Range Forecast' run62 wave triangular, 28 layer spectral model extension of the GFS model62 wave triangular, 28 layer spectral model run from the 'Medium Range Forecast' final analysis62 wave triangular, 28 layer spectral model run from the T62 GDAS analysis of the 'Medium Range Forecast' runWRF-NMM (Nondydrostatic Mesoscale Model) model, generic resolutionRiver Forecast Center Quantitative Precipitation Forecast mosaicRiver Forecast Center Quantitative Precipitation estimate mosaic1=Rain; 2=Thunderstorm; 3=Freezing Rain; 4=Mixed/ice; 5=snow; 255=missingTotal Column Integrate Water (All components including precipitation)Mass Density of Liquid Water Coating on Hail Expressed as Mass of Liquid Water per Unit Volume of AirSpecific Mass of Liquid Water Coating on Hail Expressed as Mass of Liquid Water per Unit Mass of Moist AirMass Mixing Ratio of Liquid Water Coating on Hail Expressed as Mass of Liquid Water per Unit Mass of Dry AirMass Density of Liquid Water Coating on Graupel Expressed as Mass of Liquid Water per Unit Volume of AirSpecific Mass of Liquid Water Coating on Graupel Expressed as Mass of Liquid Water per Unit Mass of Moist AirMass Mixing Ratio of Liquid Water Coating on Graupel Expressed as Mass of Liquid Water per Unit Mass of Dry AirMass Density of Liquid Water Coating on Snow Expressed as Mass of Liquid Water per Unit Volume of AirSpecific Mass of Liquid Water Coating on Snow Expressed as Mass of Liquid Water per Unit Mass of Moist AirMass Mixing Ratio of Liquid Water Coating on Snow Expressed as Mass of Liquid Water per Unit Mass of Dry AirAmplitude Function for Rossby Wave Envelope for Meridional Wind0=clear; 1=Cumulonimbus; 2=Stratus; 3=Stratocumulus; 4=Cumulus; 5=Altostratus; 6=Nimbostratus; 7=Altocumulus; 8=Cirrostratus; 9=Cirrocumulus; 10=Cirrus; 11=Cumulonimbus (fog); 12=Stratus (fog); 13=Stratocumulus (fog); 14=Cumulus (fog); 15=Altostratus (fog); 16=Nimbostratus (fog); 17=Altocumulus (fog); 18=Cirrostratus (fog); 19=Cirrocumulus (fog); 20=Cirrus (fog); 191=unknown; 255=missing0=none; 1=isolated (1%-2%); 2=few (3%-15%); 3=scattered (16%-45%); 4=numerous (> 45%); 255=missing0=None(smooth); 1=Light; 2=Moderate; 3=Severe; 4=Extreme; 255=missing0=Reserved; 1=Stable; 2=Mechanically driven turbulence; 3=Forced convection; 4=Free convection; 255=missing0=No Risk Area; 1=Reserved; 2=General Thunderstorm Risk Area; 3=Reserved; 4=Slight Risk Area; 5=Reserved; 6=Moderate Risk Area; 7=Reserved; 8=High Risk Area; 9-10=Reserved; 11=Dry Thunderstorm (Dry Lightning) Risk Area; 12-13=Reserved; 14=Critical Risk Area; 15-17=Reserved18=Extremely Critical Risk Area; 255=missing0=None; 1=General, 2=Convective 3=Stratiform; 4=Freezing; 5-191=Reserved; 255=missingConditional percent precipitation amount fractile for an overall period1=Urban land; 2=agriculture; 3=Range Land; 4=Deciduous forest; 5=Coniferous forest; 6=Forest/wetland; 7=Water; 8=Wetlands; 9=Desert; 10=Tundra; 11=Ice; 12=Tropical forest; 13=Savannah0=Reserved; 1=Evergreen broadleaved forest; 2=Deciduous broadleaved closed forest; 3=Deciduous broadleaved open forest; 4=Evergreen needle-leaf forest; 5=Deciduous needle-leaf forest; 6=Mixed leaf trees; 7=Fresh water flooded trees; 8=Saline water flooded trees; 9=Mosaic tree/natural vegetation; 10=Burnt tree cover; 11=Evergreen shurbs closed-open; 12=Deciduous shurbs closed-open; 13=Herbaceous vegetation closed-open; 14=Sparse herbaceous or grass; 15=Flooded shurbs or herbaceous; 16=Cultivated and managed areas; 17=Mosaic crop/tree/natural vegetation; 18=Mosaic crop/shrub/grass; 19=Bare areas; 20=Water; 21=Snow and ice; 22=Artificial surface; 23=Ocean; 24=Irrigated croplands; 25=Rain fed croplands; 26=Mosaic cropland (50-70%)-vegetation (20-50%); 27=Mosaic vegetation (50-70%)-cropland (20-50%); 28=Closed broadleaved evergreen forest; 29=Closed needle-leaved evergreen forest; 30=Open needle-leaved deciduous forest; 31=Mixed broadleaved and needle-leave forest; 32=Mosaic shrubland (50-70%)-grassland (20-50%); 33=Mosaic grassland (50-70%)-shrubland (20-50%); 34=Closed to open shrubland; 35=Sparse vegetation; 36=Closed to open forest regularly flooded; 37=Closed forest or shrubland permanently flooded; 38=Closed to open grassland regularly flooded; 39=Undefined; 1=Sand; 2=Loamy sand; 3=Sandy loam; 4=Silt loam; 5=Organic (redefined); 6=Sandy clay loam; 7=Silt clay loam; 8=Clay loam; 9=Sandy clay; 10=Silty clay; 11=Clay0=No scene; 1=needle; 2=broad-leafed; 3=Deciduous needle; 4=Deciduous broad-leafed; 5=Deciduous mixed; 6=Closed shrub; 7=Open shrub; 8=Woody savannah; 9=Savannah; 10=Grassland; 11=wetland; 12=Cropland; 13=Urban; 14=crops; 15=snow; 16=Desert; 17=Water; 18=Tundra; 97=Snow on land; 98=Snow on water; 99=Sun-glint; 100=General cloud; 101=fog Stratus; 102=Stratocumulus; 103=Low cloud; 104=Nimbotratus; 105=Altostratus; 106=Medium cloud; 107=Cumulus; 108=Cirrus; 109=High cloud; 110=Unknown cloud0=No fire detected; 1=Possible fire detected; 2=Probable fire detected0=Nominal cloud top height quality; 1=Fog in segment; 2=Poor quality height estimation; 3=Fog in segment and poor quality height estimationZonal Vector Component of Vertically Integrated Ice Internal PressureMeridional Vector Component of Vertically Integrated Ice Internal PressureShape Factor With Respect To Temperature Profile In ThermoclineAttenuation Coefficient Of Water With Respect to Solar RadiationSurface Precipitation Type (Convective; Stratiform; Tropical; Hail; Snow)Local Gauge Bias Corrected Radar Precipitation Accumulation 1-hourLocal Gauge Bias Corrected Radar Precipitation Accumulation 3-hourLocal Gauge Bias Corrected Radar Precipitation Accumulation 6-hourLocal Gauge Bias Corrected Radar Precipitation Accumulation 12-hourLocal Gauge Bias Corrected Radar Precipitation Accumulation 24-hourLocal Gauge Bias Corrected Radar Precipitation Accumulation 48-hourLocal Gauge Bias Corrected Radar Precipitation Accumulation 72-hourLayer Composite Reflectivity Mosaic 24-60kft (highest altitude)Layer Composite Reflectivity Mosaic 33-60kft (super high altitude)Covariance between Temperature and Zonal Components of the windCovariance between Temperature and Meridional Components of the windHourly Maximum of Downward Vertical Velocity in the lowest 400hPaDerived radar reflectivity backscatter from parameterized convection0=None; 1=Light; 2=Moderate; 3=Severe; 4=Trace; 5=Heavy; 255=missing0=No; 1=Yes; 2-3=Reserved; 4=Low; 5=Reserved; 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