Data Quality Reports for Session: 111837 User: mbutt Completed: 05/07/2008


TABLE OF CONTENTS

DQR IDSubjectData Streams Affected
D030630.3SGP/RUC/X1 - 00z and 12z files missing raob datasgpallruc20hybrX1.00, sgpallruc20hybrX1.c1, sgpallruc20isobX1.00, sgpallruc20isobX1.c1,
sgpruc20hybrX1.c1, sgpruc20isobX1.c1, sgpsynruc20isobX1.c1
D050218.2SGP/RUC/X1 - Data incomplete during RUC 40 to RUC 20 transitionsgpallruc20hybrX1.00, sgpallruc20isobX1.00, sgpruc20hybrX1.c1, sgpruc20isobX1.c1,
sgpsynruc20isobX1.c1
D060209.2SGP/RUC/X1 - Subsetting RUC-40sgpallruc40hybrX1.c1, sgpallruc40isobX1.c1
D060209.3SGP/RUC/X1 - Subsetting RUC-40sgpallruc40isobX1.c1


DQRID : D030630.3
Start DateStart TimeEnd DateEnd Time
04/18/2002120002/04/20032359
Subject:
SGP/RUC/X1 - 00z and 12z files missing raob data
DataStreams:sgpallruc20hybrX1.00, sgpallruc20hybrX1.c1, sgpallruc20isobX1.00, sgpallruc20isobX1.c1,
sgpruc20hybrX1.c1, sgpruc20isobX1.c1, sgpsynruc20isobX1.c1
Description:
The RUC 20 analyses files for hours 00z and 12z may be missing 
raob data between 04/18/2002-02/04/2003.  This affects datastreams
sgpallruc20isobX1.00, sgpallruc20isobX1.c1, sgpruc20isobX1.c1,
sgpsynruc20isobX1.c1. sgpallruc20hybrX1.00, sgpallruc20hybrX1.c1,
and sgpruc20hybrX1.c1.

The situation was that we were picking up all data from the ruc2a directory
from NCEP's ftp server.  Apparently, the 00z and 12z files in this directory
are "early look" "A" analysis files which miss most of the raob data.  
Starting on 2/5/03, we started to pick up the 00z and 12z files from the 
second "B" analysis from the ruc2b directory.  Only data for hours 00z 
and 12z are affected. Below are exerpts from Stan Benjamin of FSL regarding this 
problem and how it affects the data.

Stan Benjamin in reply to a question on how the data is affected:
Feb 19 15:16:11 2003
" ... In your second question, the fields from the A analyses
will not be drastically in error.  The quality for
the near-surface grids would be about equal to that of the B analysis.
The wind conditions aloft would be slightly degraded
but not much.  The fields with the most degradation
would be the details of the vertical profiles of
humidity and, to a lesser extent, temperature..."

General message from Stan Benjamin (Feb 3, 2003):
"... Basically, the problem is that unless you've taken special precautions in your 
ftp scripts, you've been accessing RUC analyses at 0000 and 1200 UTC that do not
assimilate most of the raob data.

Let me explain:  There are 2 RUC analyses in the operational NCEP version at 00z
and 12z only.  The first is an "early look" analysis, called the "A" analysis 
that misses most of the raob data (although it does have most of the other obs 
in it - profiler, aircraft, sfc, etc.).  The 00z and 12z RUC forecasts do NOT 
run off the "A" analysis.  Instead, a second analysis called the "B" analysis 
with a later (30 min) data cut-off to catch raob data is run, and then the 
forecast is run.

At the NCEP ftp site, the ruc2a directories contain the "A" analyses and 
forecasts initialized from the "B" analysis.  Yes, a little confusing.  To 
obtain the "B" analyses, you must go to the corresponding ruc2b directory.  
In other words, you must access two different directories to obtain the best
RUC analysis and forecast (from the B run) at 0000 and 1200 UTC.   Again, 
there is no B run at times other than 0000 and 1200 UTC.

The information on the RUC web site about ftp'ing from the NCEP-ftp site was NOT
correct about this issue until this afternoon.  It is now corrected (see 
http://ruc.fsl.noaa.gov/ruc20.data-access.html).  ..."
Measurements:sgpruc20hybrX1.c1:
  • Sensible Heat Flux at Surface(fluxsensiblesrf)
  • Pressure Vertical Velocity (hybrid-b grid)(velocityw)
  • Turbulent Kinetic Energy (hybrid-b grid)(tketurb)
  • v-Component of Wind at Tropopause(windvtrop)
  • Plant Canopy Surface Water(watercanopy)
  • Pressure at Tropopause(pressuretrop)
  • Mixing Ratio of Ice Water (hybrid-b grid)(mxratioice)
  • Surface Runoff(runoffsrf)
  • Water Condensation Rate near Surface(condensewaterratesrf)
  • Mixing Ratio of Cloud Water (hybrid-b grid)(mxratioliquid)
  • snow density(snowdensity)
  • Time offset of tweaks from base_time(time_offset)
  • Snow Accumulation over 3-hr(snowaccum)
  • Convective Inhibition(cinhib)
  • Evaporation from Bare Soil at Surface(evapsoilsrf)
  • Mixing Ratio of Snow (hybrid-b grid)(mxratiosnow)
  • Latent Heat Flux at Surface(fluxlatentsrf)
  • Mixing Ratio of Rain Water (hybrid-b grid)(mxratiorain)
  • u-Component of Wind (hybrid-b grid)(windu)
  • v-Component of Wind (hybrid-b grid)(windv)
  • Number Concentration of Ice Particles (hybrid-b grid)(ndensice)
  • Precipitation Rate at Surface(preciprate)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • 2 meter temperature(temp2m)
  • Sub-surface Runoff(runoffsubsrf)
  • Resolvable Scale Precipitation at Surface(precipresolved)
  • north latitude(latitude)
  • 10 meter component v-wind(windv10m)
  • atmospheric pressure at mean sea level and at tropopause (NGM250 predicted)(pressure)
  • Evaporation of Canopy Water near Surface(evapcanopysrf)
  • Surface,Sub-surface Soil Temperature(tempsoilsrfsubsrf)
  • base time(base_time)
  • Rate of Water Dropping from Canopy to Ground(dropwaterratesrf)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Snow Temperature at Snow or Top Soil Level(snowtemp)
  • east longitude(longitude)
  • Surface,Sub-surface Soil Volumetric Moisture(moistsoilvolumesrfsubsrf)
  • Convective Available Potential Energy(cape)
  • u-Component of Wind at Tropopause(windutrop)
  • Virtual Potential Temperature (hybrid-b grid)(tempvirtpot)
  • Mixing Ratio of Water Vapor (hybrid-b grid)(mxratiovapor)
  • Evapotranspiration Flux near Surface(fluxevaptranssrf)
  • water equivalent of snow depth(snowdepthwaterequiv)
  • Relative humidity inside the instrument enclosure(rh)
  • temperature inside snow or top soil level(snowtempinside)
  • Geopotential Height (hybrid-b grid)(heightgp)
  • forecast period(forecast_period)
  • 10 meter component u-wind(windu10m)
  • Surface/Sub-surface Heights(heightss)
  • Net Shortwave Irradiance at Surface(fluxswnetsrf)
  • time(time)
  • Beam 0 Temperature(temp)
  • Altitude(altitude)
  • Potential Temperature at Tropopause(temppottrop)
  • Snow Depth(snowdepth)
  • water vapor mixing ratio, 2m fixed height(mxratiovapor2m)
  • Net Longwave Irradiance at Surface(fluxlwnetsrf)
  • Mixing Ratio of Graupel (hybrid-b grid)(mxratiograupel)
  • Sub-grid Scale Precipitation at Surface(precipsubgrid)
  • water vapor mixing ratio at surface(mxratiovaporsfc)

sgpallruc20hybrX1.c1:
  • Mixing Ratio of Rain Water (hybrid-b grid)(mxratiorain)
  • Evaporation from Bare Soil at Surface(evapsoilsrf)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • 10 meter component v-wind(windv10m)
  • Evapotranspiration Flux near Surface(fluxevaptranssrf)
  • atmospheric pressure at mean sea level and at tropopause (NGM250 predicted)(pressure)
  • u-Component of Wind (hybrid-b grid)(windu)
  • forecast period(forecast_period)
  • Convective Available Potential Energy(cape)
  • Net Longwave Irradiance at Surface(fluxlwnetsrf)
  • Mixing Ratio of Graupel (hybrid-b grid)(mxratiograupel)
  • water vapor mixing ratio, 2m fixed height(mxratiovapor2m)
  • base time(base_time)
  • north latitude(latitude)
  • Beam 0 Temperature(temp)
  • Geopotential Height (hybrid-b grid)(heightgp)
  • Surface,Sub-surface Soil Volumetric Moisture(moistsoilvolumesrfsubsrf)
  • water vapor mixing ratio at surface(mxratiovaporsfc)
  • Surface Runoff(runoffsrf)
  • Mixing Ratio of Ice Water (hybrid-b grid)(mxratioice)
  • Time offset of tweaks from base_time(time_offset)
  • Rate of Water Dropping from Canopy to Ground(dropwaterratesrf)
  • 2 meter temperature(temp2m)
  • Mixing Ratio of Cloud Water (hybrid-b grid)(mxratioliquid)
  • Mixing Ratio of Snow (hybrid-b grid)(mxratiosnow)
  • Potential Temperature at Tropopause(temppottrop)
  • v-Component of Wind (hybrid-b grid)(windv)
  • v-Component of Wind at Tropopause(windvtrop)
  • Relative humidity inside the instrument enclosure(rh)
  • snow density(snowdensity)
  • Water Condensation Rate near Surface(condensewaterratesrf)
  • Sensible Heat Flux at Surface(fluxsensiblesrf)
  • Plant Canopy Surface Water(watercanopy)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Snow Temperature at Snow or Top Soil Level(snowtemp)
  • Surface/Sub-surface Heights(heightss)
  • Snow Depth(snowdepth)
  • Precipitation Rate at Surface(preciprate)
  • Convective Inhibition(cinhib)
  • Sub-grid Scale Precipitation at Surface(precipsubgrid)
  • Altitude(altitude)
  • Sub-surface Runoff(runoffsubsrf)
  • 10 meter component u-wind(windu10m)
  • Net Shortwave Irradiance at Surface(fluxswnetsrf)
  • water equivalent of snow depth(snowdepthwaterequiv)
  • Number Concentration of Ice Particles (hybrid-b grid)(ndensice)
  • Evaporation of Canopy Water near Surface(evapcanopysrf)
  • Resolvable Scale Precipitation at Surface(precipresolved)
  • Pressure at Tropopause(pressuretrop)
  • Virtual Potential Temperature (hybrid-b grid)(tempvirtpot)
  • east longitude(longitude)
  • Mixing Ratio of Water Vapor (hybrid-b grid)(mxratiovapor)
  • Snow Accumulation over 3-hr(snowaccum)
  • temperature inside snow or top soil level(snowtempinside)
  • Surface,Sub-surface Soil Temperature(tempsoilsrfsubsrf)
  • Turbulent Kinetic Energy (hybrid-b grid)(tketurb)
  • Latent Heat Flux at Surface(fluxlatentsrf)
  • Pressure Vertical Velocity (hybrid-b grid)(velocityw)
  • u-Component of Wind at Tropopause(windutrop)

sgpsynruc20isobX1.c1:
  • v-Component of Wind (p grid)(windvp)
  • Cloud Top Height(heightcldtop)
  • Equivalent Potential temperature(tempeqpot)
  • Categorical Ice Pellets(caticepellets)
  • 2 meter temperature(temp2m)
  • Specific Humidity (2 m fixed height)(sh2m)
  • Resolvable Scale Precipitation (Accumulated)(precipresolvedacc)
  • Relative Humidity (2 m fixed height)(rh2m)
  • u-Component of Wind at Maximum Wind Level(winduwindmax)
  • u-Component of Wind (p grid)(windup)
  • Pressure at Freezing Level(pressurefrz)
  • Resolvable Scale Precipitation (3 hr)(precipresolved3hr)
  • east longitude(longitude)
  • Relative Humidity at Top Freezing Level(rhfrztop)
  • Altitude(altitude)
  • Maximum Equivalent Potential Temperature Pressure(pressuretempeqpotmax)
  • Pressure Tendency (3-hr)(pressuretend)
  • Best Lifted Index(indexliftedbest)
  • Pressure at Maximum Wind Level(pressurewindmax)
  • Temperature at Tropopause(temptrop)
  • Gust Wind Speed(windgustspeed)
  • Geopotential Height (p grid)(heightgpp)
  • Vertical Velocity (m grid)(velocitywm)
  • Precipitation Rate at Surface(preciprate)
  • Water Equivalent Snow Depth(snowdepthwatereq)
  • Vertical Velocity (p grid)(velocitywp)
  • 10 meter component v-wind(windv10m)
  • Dew Point Depression (2 m fixed height)(tempdewptdep2m)
  • Relative Humidity (m grid)(rhm)
  • Convective Cloud Top Height(heightcldtopconv)
  • Earth Surface Pressure(pressuresrf)
  • Geopotential Height at Freezing Level(heightgpfrz)
  • north latitude(latitude)
  • Potential Temperature (2 m fixed height)(temppot2m)
  • Categorical Rain(catrain)
  • Time offset of tweaks from base_time(time_offset)
  • Earth Surface Height(heightsrf)
  • Cloud Base Height(heightcldbase)
  • Convective Inhibition(cinhib)
  • Relative Humidity (p grid)(rhp)
  • 10 meter component u-wind(windu10m)
  • Relative Humidity at Freezing Level(rhfrz)
  • u-Component of Storm Motion(stormmotionu)
  • v-Component of Wind at Tropopause(windvtrop)
  • Sub-surface Runoff(runoffsubsrf)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • Pressure at Tropopause(pressuretrop)
  • Geopotential Height at Top Freezing Level(heightgpfrztop)
  • Sub-grid Scale Precipitation (Accumulated)(precipsubgridacc)
  • forecast period(forecast_period)
  • v-Component of Wind at Maximum Wind Level(windvwindmax)
  • Storm-Relative Helicity(stormrelhelicity)
  • Potential Temperature at Tropopause(temppottrop)
  • u-Component of Wind at Tropopause(windutrop)
  • Planetary Boundary Height(heightpbl)
  • Equilibrium Level Height(heightequillevel)
  • Lifted Index(indexlifted)
  • Pressure Intervals (30-0,60-30,90-60,120-90,150-120,180-150) of the m grid(pressuremgrid)
  • v-Component of Storm Motion(stormmotionv)
  • Dew Point Temperature (2 m fixed height)(tempdewpt2m)
  • base time(base_time)
  • Sub-grid Scale Precipitation (3 hr)(precipsubgrid3hr)
  • Environmental Temperature (p grid)(tempp)
  • Surface Runoff Accumulated(runoffsrfacc)
  • Pressures of the p grid(pressurepgrid)
  • v-Component of Wind (m grid)(windvm)
  • Environmental Temperature (m grid)(tempm)
  • Soil Moisture Availability(moistsoilavail)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Vertical visibility(visibility)
  • Pressure at Top Freezing Level(pressurefrztop)
  • Convective Available Potential Energy(cape)
  • Snow Depth(snowdepth)
  • Snow Accumulation over 3-hr(snowaccum)
  • Categorical Freezing Rain(catfreezerain)
  • Categorical Snow(catsnow)
  • u-Component of Wind (m grid)(windum)

sgpallruc20hybrX1.00:
  • null(Raw data stream - documentation not supported)

sgpallruc20isobX1.c1:
  • Dew Point Depression (2 m fixed height)(tempdewptdep2m)
  • Sub-grid Scale Precipitation (3 hr)(precipsubgrid3hr)
  • Convective Available Potential Energy(cape)
  • Earth Surface Pressure(pressuresrf)
  • Cloud Base Height(heightcldbase)
  • v-Component of Wind at Tropopause(windvtrop)
  • Relative Humidity at Top Freezing Level(rhfrztop)
  • forecast period(forecast_period)
  • Environmental Temperature (p grid)(tempp)
  • Pressures of the p grid(pressurepgrid)
  • Temperature at Tropopause(temptrop)
  • Vertical Velocity (p grid)(velocitywp)
  • v-Component of Wind (p grid)(windvp)
  • Snow Depth(snowdepth)
  • Best Lifted Index(indexliftedbest)
  • Relative Humidity (m grid)(rhm)
  • Relative Humidity (p grid)(rhp)
  • Time offset of tweaks from base_time(time_offset)
  • Pressure at Freezing Level(pressurefrz)
  • Geopotential Height at Freezing Level(heightgpfrz)
  • Vertical Velocity (m grid)(velocitywm)
  • Surface Runoff Accumulated(runoffsrfacc)
  • Pressure at Maximum Wind Level(pressurewindmax)
  • u-Component of Wind (m grid)(windum)
  • base time(base_time)
  • east longitude(longitude)
  • Categorical Rain(catrain)
  • 10 meter component u-wind(windu10m)
  • Earth Surface Height(heightsrf)
  • Resolvable Scale Precipitation (3 hr)(precipresolved3hr)
  • Categorical Ice Pellets(caticepellets)
  • Equivalent Potential temperature(tempeqpot)
  • Vertical visibility(visibility)
  • north latitude(latitude)
  • Geopotential Height at Top Freezing Level(heightgpfrztop)
  • Pressure at Top Freezing Level(pressurefrztop)
  • Lifted Index(indexlifted)
  • Relative Humidity (2 m fixed height)(rh2m)
  • v-Component of Storm Motion(stormmotionv)
  • u-Component of Storm Motion(stormmotionu)
  • Potential Temperature at Tropopause(temppottrop)
  • Storm-Relative Helicity(stormrelhelicity)
  • Water Equivalent Snow Depth(snowdepthwatereq)
  • Cloud Top Height(heightcldtop)
  • Maximum Equivalent Potential Temperature Pressure(pressuretempeqpotmax)
  • Equilibrium Level Height(heightequillevel)
  • Sub-surface Runoff(runoffsubsrf)
  • Pressure Intervals (30-0,60-30,90-60,120-90,150-120,180-150) of the m grid(pressuremgrid)
  • u-Component of Wind (p grid)(windup)
  • Convective Cloud Top Height(heightcldtopconv)
  • u-Component of Wind at Maximum Wind Level(winduwindmax)
  • v-Component of Wind at Maximum Wind Level(windvwindmax)
  • Categorical Freezing Rain(catfreezerain)
  • Geopotential Height (p grid)(heightgpp)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Specific Humidity (2 m fixed height)(sh2m)
  • Convective Inhibition(cinhib)
  • Precipitation Rate at Surface(preciprate)
  • Environmental Temperature (m grid)(tempm)
  • u-Component of Wind at Tropopause(windutrop)
  • Pressure Tendency (3-hr)(pressuretend)
  • v-Component of Wind (m grid)(windvm)
  • Relative Humidity at Freezing Level(rhfrz)
  • Pressure at Tropopause(pressuretrop)
  • Categorical Snow(catsnow)
  • Soil Moisture Availability(moistsoilavail)
  • 10 meter component v-wind(windv10m)
  • Planetary Boundary Height(heightpbl)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • Sub-grid Scale Precipitation (Accumulated)(precipsubgridacc)
  • Potential Temperature (2 m fixed height)(temppot2m)
  • Resolvable Scale Precipitation (Accumulated)(precipresolvedacc)
  • Altitude(altitude)
  • Gust Wind Speed(windgustspeed)
  • Snow Accumulation over 3-hr(snowaccum)
  • 2 meter temperature(temp2m)
  • Dew Point Temperature (2 m fixed height)(tempdewpt2m)

sgpallruc20isobX1.00:
  • null(Raw data stream - documentation not supported)

sgpruc20isobX1.c1:
  • Geopotential Height (p grid)(heightgpp)
  • Lifted Index(indexlifted)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Pressure Tendency (3-hr)(pressuretend)
  • Convective Inhibition(cinhib)
  • Relative Humidity (2 m fixed height)(rh2m)
  • Environmental Temperature (p grid)(tempp)
  • forecast period(forecast_period)
  • v-Component of Wind at Maximum Wind Level(windvwindmax)
  • Dew Point Depression (2 m fixed height)(tempdewptdep2m)
  • Snow Depth(snowdepth)
  • u-Component of Storm Motion(stormmotionu)
  • Specific Humidity (2 m fixed height)(sh2m)
  • Sub-surface Runoff(runoffsubsrf)
  • v-Component of Storm Motion(stormmotionv)
  • Equilibrium Level Height(heightequillevel)
  • Snow Accumulation over 3-hr(snowaccum)
  • Pressure at Tropopause(pressuretrop)
  • 2 meter temperature(temp2m)
  • Convective Cloud Top Height(heightcldtopconv)
  • Relative Humidity at Top Freezing Level(rhfrztop)
  • Pressure at Top Freezing Level(pressurefrztop)
  • Earth Surface Height(heightsrf)
  • v-Component of Wind (p grid)(windvp)
  • v-Component of Wind at Tropopause(windvtrop)
  • v-Component of Wind (m grid)(windvm)
  • Potential Temperature (2 m fixed height)(temppot2m)
  • Relative Humidity at Freezing Level(rhfrz)
  • base time(base_time)
  • Resolvable Scale Precipitation (3 hr)(precipresolved3hr)
  • Storm-Relative Helicity(stormrelhelicity)
  • north latitude(latitude)
  • Categorical Ice Pellets(caticepellets)
  • Relative Humidity (p grid)(rhp)
  • Convective Available Potential Energy(cape)
  • Environmental Temperature (m grid)(tempm)
  • Resolvable Scale Precipitation (Accumulated)(precipresolvedacc)
  • Precipitation Rate at Surface(preciprate)
  • Categorical Rain(catrain)
  • Water Equivalent Snow Depth(snowdepthwatereq)
  • u-Component of Wind (m grid)(windum)
  • 10 meter component u-wind(windu10m)
  • Earth Surface Pressure(pressuresrf)
  • Vertical visibility(visibility)
  • Pressure Intervals (30-0,60-30,90-60,120-90,150-120,180-150) of the m grid(pressuremgrid)
  • Sub-grid Scale Precipitation (Accumulated)(precipsubgridacc)
  • u-Component of Wind at Maximum Wind Level(winduwindmax)
  • Gust Wind Speed(windgustspeed)
  • u-Component of Wind (p grid)(windup)
  • east longitude(longitude)
  • Categorical Freezing Rain(catfreezerain)
  • Geopotential Height at Freezing Level(heightgpfrz)
  • Relative Humidity (m grid)(rhm)
  • Dew Point Temperature (2 m fixed height)(tempdewpt2m)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • Planetary Boundary Height(heightpbl)
  • 10 meter component v-wind(windv10m)
  • Temperature at Tropopause(temptrop)
  • Categorical Snow(catsnow)
  • Pressure at Maximum Wind Level(pressurewindmax)
  • Pressures of the p grid(pressurepgrid)
  • Altitude(altitude)
  • Equivalent Potential temperature(tempeqpot)
  • Vertical Velocity (p grid)(velocitywp)
  • u-Component of Wind at Tropopause(windutrop)
  • Time offset of tweaks from base_time(time_offset)
  • Geopotential Height at Top Freezing Level(heightgpfrztop)
  • Cloud Base Height(heightcldbase)
  • Surface Runoff Accumulated(runoffsrfacc)
  • Maximum Equivalent Potential Temperature Pressure(pressuretempeqpotmax)
  • Pressure at Freezing Level(pressurefrz)
  • Soil Moisture Availability(moistsoilavail)
  • Vertical Velocity (m grid)(velocitywm)
  • Potential Temperature at Tropopause(temppottrop)
  • Cloud Top Height(heightcldtop)
  • time(time)
  • Best Lifted Index(indexliftedbest)
  • Sub-grid Scale Precipitation (3 hr)(precipsubgrid3hr)


Back To Table of Contents

DQRID : D050218.2
Start DateStart TimeEnd DateEnd Time
04/18/2002000004/22/20022359
Subject:
SGP/RUC/X1 - Data incomplete during RUC 40 to RUC 20 transition
DataStreams:sgpallruc20hybrX1.00, sgpallruc20isobX1.00, sgpruc20hybrX1.c1, sgpruc20isobX1.c1,
sgpsynruc20isobX1.c1
Description:
On 2002-04-17, NCEP converted their RUC products from 40km to 20km resolution.  For 
several days following this transition, data are incomplete.  Any data missing from the tar 
bundles are irretrievable.
Measurements:sgpruc20hybrX1.c1:
  • Sensible Heat Flux at Surface(fluxsensiblesrf)
  • Pressure Vertical Velocity (hybrid-b grid)(velocityw)
  • v-Component of Wind at Tropopause(windvtrop)
  • Turbulent Kinetic Energy (hybrid-b grid)(tketurb)
  • Plant Canopy Surface Water(watercanopy)
  • Pressure at Tropopause(pressuretrop)
  • Mixing Ratio of Ice Water (hybrid-b grid)(mxratioice)
  • Surface Runoff(runoffsrf)
  • Water Condensation Rate near Surface(condensewaterratesrf)
  • Mixing Ratio of Cloud Water (hybrid-b grid)(mxratioliquid)
  • snow density(snowdensity)
  • Time offset of tweaks from base_time(time_offset)
  • Snow Accumulation over 3-hr(snowaccum)
  • Evaporation from Bare Soil at Surface(evapsoilsrf)
  • Convective Inhibition(cinhib)
  • Mixing Ratio of Snow (hybrid-b grid)(mxratiosnow)
  • Latent Heat Flux at Surface(fluxlatentsrf)
  • Mixing Ratio of Rain Water (hybrid-b grid)(mxratiorain)
  • u-Component of Wind (hybrid-b grid)(windu)
  • v-Component of Wind (hybrid-b grid)(windv)
  • Number Concentration of Ice Particles (hybrid-b grid)(ndensice)
  • Precipitation Rate at Surface(preciprate)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • 2 meter temperature(temp2m)
  • Sub-surface Runoff(runoffsubsrf)
  • Resolvable Scale Precipitation at Surface(precipresolved)
  • north latitude(latitude)
  • 10 meter component v-wind(windv10m)
  • atmospheric pressure at mean sea level and at tropopause (NGM250 predicted)(pressure)
  • Evaporation of Canopy Water near Surface(evapcanopysrf)
  • Surface,Sub-surface Soil Temperature(tempsoilsrfsubsrf)
  • base time(base_time)
  • Rate of Water Dropping from Canopy to Ground(dropwaterratesrf)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Snow Temperature at Snow or Top Soil Level(snowtemp)
  • east longitude(longitude)
  • Surface,Sub-surface Soil Volumetric Moisture(moistsoilvolumesrfsubsrf)
  • Convective Available Potential Energy(cape)
  • u-Component of Wind at Tropopause(windutrop)
  • Virtual Potential Temperature (hybrid-b grid)(tempvirtpot)
  • Mixing Ratio of Water Vapor (hybrid-b grid)(mxratiovapor)
  • Evapotranspiration Flux near Surface(fluxevaptranssrf)
  • water equivalent of snow depth(snowdepthwaterequiv)
  • Relative humidity inside the instrument enclosure(rh)
  • temperature inside snow or top soil level(snowtempinside)
  • Geopotential Height (hybrid-b grid)(heightgp)
  • forecast period(forecast_period)
  • 10 meter component u-wind(windu10m)
  • Surface/Sub-surface Heights(heightss)
  • Net Shortwave Irradiance at Surface(fluxswnetsrf)
  • time(time)
  • Beam 0 Temperature(temp)
  • Altitude(altitude)
  • Potential Temperature at Tropopause(temppottrop)
  • Snow Depth(snowdepth)
  • Net Longwave Irradiance at Surface(fluxlwnetsrf)
  • water vapor mixing ratio, 2m fixed height(mxratiovapor2m)
  • Mixing Ratio of Graupel (hybrid-b grid)(mxratiograupel)
  • Sub-grid Scale Precipitation at Surface(precipsubgrid)
  • water vapor mixing ratio at surface(mxratiovaporsfc)

sgpsynruc20isobX1.c1:
  • v-Component of Wind (p grid)(windvp)
  • Cloud Top Height(heightcldtop)
  • Equivalent Potential temperature(tempeqpot)
  • Categorical Ice Pellets(caticepellets)
  • 2 meter temperature(temp2m)
  • Specific Humidity (2 m fixed height)(sh2m)
  • Resolvable Scale Precipitation (Accumulated)(precipresolvedacc)
  • Relative Humidity (2 m fixed height)(rh2m)
  • u-Component of Wind at Maximum Wind Level(winduwindmax)
  • u-Component of Wind (p grid)(windup)
  • Pressure at Freezing Level(pressurefrz)
  • Resolvable Scale Precipitation (3 hr)(precipresolved3hr)
  • east longitude(longitude)
  • Relative Humidity at Top Freezing Level(rhfrztop)
  • Altitude(altitude)
  • Maximum Equivalent Potential Temperature Pressure(pressuretempeqpotmax)
  • Pressure Tendency (3-hr)(pressuretend)
  • Best Lifted Index(indexliftedbest)
  • Pressure at Maximum Wind Level(pressurewindmax)
  • Temperature at Tropopause(temptrop)
  • Gust Wind Speed(windgustspeed)
  • Geopotential Height (p grid)(heightgpp)
  • Vertical Velocity (m grid)(velocitywm)
  • Precipitation Rate at Surface(preciprate)
  • Water Equivalent Snow Depth(snowdepthwatereq)
  • Vertical Velocity (p grid)(velocitywp)
  • 10 meter component v-wind(windv10m)
  • Dew Point Depression (2 m fixed height)(tempdewptdep2m)
  • Relative Humidity (m grid)(rhm)
  • Convective Cloud Top Height(heightcldtopconv)
  • Geopotential Height at Freezing Level(heightgpfrz)
  • Earth Surface Pressure(pressuresrf)
  • north latitude(latitude)
  • Potential Temperature (2 m fixed height)(temppot2m)
  • Categorical Rain(catrain)
  • Time offset of tweaks from base_time(time_offset)
  • Earth Surface Height(heightsrf)
  • Cloud Base Height(heightcldbase)
  • Convective Inhibition(cinhib)
  • Relative Humidity (p grid)(rhp)
  • 10 meter component u-wind(windu10m)
  • Relative Humidity at Freezing Level(rhfrz)
  • u-Component of Storm Motion(stormmotionu)
  • v-Component of Wind at Tropopause(windvtrop)
  • Sub-surface Runoff(runoffsubsrf)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • Pressure at Tropopause(pressuretrop)
  • Geopotential Height at Top Freezing Level(heightgpfrztop)
  • Sub-grid Scale Precipitation (Accumulated)(precipsubgridacc)
  • forecast period(forecast_period)
  • v-Component of Wind at Maximum Wind Level(windvwindmax)
  • Storm-Relative Helicity(stormrelhelicity)
  • Potential Temperature at Tropopause(temppottrop)
  • u-Component of Wind at Tropopause(windutrop)
  • Planetary Boundary Height(heightpbl)
  • Equilibrium Level Height(heightequillevel)
  • Lifted Index(indexlifted)
  • Pressure Intervals (30-0,60-30,90-60,120-90,150-120,180-150) of the m grid(pressuremgrid)
  • v-Component of Storm Motion(stormmotionv)
  • Dew Point Temperature (2 m fixed height)(tempdewpt2m)
  • base time(base_time)
  • Sub-grid Scale Precipitation (3 hr)(precipsubgrid3hr)
  • Environmental Temperature (p grid)(tempp)
  • Surface Runoff Accumulated(runoffsrfacc)
  • Pressures of the p grid(pressurepgrid)
  • v-Component of Wind (m grid)(windvm)
  • Environmental Temperature (m grid)(tempm)
  • Soil Moisture Availability(moistsoilavail)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Vertical visibility(visibility)
  • Pressure at Top Freezing Level(pressurefrztop)
  • Convective Available Potential Energy(cape)
  • Snow Depth(snowdepth)
  • Snow Accumulation over 3-hr(snowaccum)
  • Categorical Freezing Rain(catfreezerain)
  • Categorical Snow(catsnow)
  • u-Component of Wind (m grid)(windum)

sgpallruc20hybrX1.00:
  • null(Raw data stream - documentation not supported)

sgpallruc20isobX1.00:
  • null(Raw data stream - documentation not supported)

sgpruc20isobX1.c1:
  • Geopotential Height (p grid)(heightgpp)
  • Lifted Index(indexlifted)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Pressure Tendency (3-hr)(pressuretend)
  • Convective Inhibition(cinhib)
  • Relative Humidity (2 m fixed height)(rh2m)
  • Environmental Temperature (p grid)(tempp)
  • forecast period(forecast_period)
  • v-Component of Wind at Maximum Wind Level(windvwindmax)
  • Snow Depth(snowdepth)
  • u-Component of Storm Motion(stormmotionu)
  • Dew Point Depression (2 m fixed height)(tempdewptdep2m)
  • Specific Humidity (2 m fixed height)(sh2m)
  • Sub-surface Runoff(runoffsubsrf)
  • v-Component of Storm Motion(stormmotionv)
  • Equilibrium Level Height(heightequillevel)
  • Snow Accumulation over 3-hr(snowaccum)
  • Pressure at Tropopause(pressuretrop)
  • 2 meter temperature(temp2m)
  • Convective Cloud Top Height(heightcldtopconv)
  • Relative Humidity at Top Freezing Level(rhfrztop)
  • Pressure at Top Freezing Level(pressurefrztop)
  • Earth Surface Height(heightsrf)
  • v-Component of Wind (p grid)(windvp)
  • v-Component of Wind at Tropopause(windvtrop)
  • v-Component of Wind (m grid)(windvm)
  • Potential Temperature (2 m fixed height)(temppot2m)
  • Relative Humidity at Freezing Level(rhfrz)
  • base time(base_time)
  • Resolvable Scale Precipitation (3 hr)(precipresolved3hr)
  • Storm-Relative Helicity(stormrelhelicity)
  • north latitude(latitude)
  • Relative Humidity (p grid)(rhp)
  • Categorical Ice Pellets(caticepellets)
  • Convective Available Potential Energy(cape)
  • Environmental Temperature (m grid)(tempm)
  • Resolvable Scale Precipitation (Accumulated)(precipresolvedacc)
  • Precipitation Rate at Surface(preciprate)
  • Categorical Rain(catrain)
  • Water Equivalent Snow Depth(snowdepthwatereq)
  • u-Component of Wind (m grid)(windum)
  • Earth Surface Pressure(pressuresrf)
  • 10 meter component u-wind(windu10m)
  • Vertical visibility(visibility)
  • Pressure Intervals (30-0,60-30,90-60,120-90,150-120,180-150) of the m grid(pressuremgrid)
  • Sub-grid Scale Precipitation (Accumulated)(precipsubgridacc)
  • u-Component of Wind at Maximum Wind Level(winduwindmax)
  • Gust Wind Speed(windgustspeed)
  • u-Component of Wind (p grid)(windup)
  • east longitude(longitude)
  • Categorical Freezing Rain(catfreezerain)
  • Geopotential Height at Freezing Level(heightgpfrz)
  • Relative Humidity (m grid)(rhm)
  • Dew Point Temperature (2 m fixed height)(tempdewpt2m)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • Planetary Boundary Height(heightpbl)
  • 10 meter component v-wind(windv10m)
  • Temperature at Tropopause(temptrop)
  • Categorical Snow(catsnow)
  • Pressures of the p grid(pressurepgrid)
  • Pressure at Maximum Wind Level(pressurewindmax)
  • Altitude(altitude)
  • Equivalent Potential temperature(tempeqpot)
  • Vertical Velocity (p grid)(velocitywp)
  • u-Component of Wind at Tropopause(windutrop)
  • Time offset of tweaks from base_time(time_offset)
  • Geopotential Height at Top Freezing Level(heightgpfrztop)
  • Cloud Base Height(heightcldbase)
  • Surface Runoff Accumulated(runoffsrfacc)
  • Maximum Equivalent Potential Temperature Pressure(pressuretempeqpotmax)
  • Pressure at Freezing Level(pressurefrz)
  • Soil Moisture Availability(moistsoilavail)
  • Vertical Velocity (m grid)(velocitywm)
  • Potential Temperature at Tropopause(temppottrop)
  • Cloud Top Height(heightcldtop)
  • time(time)
  • Best Lifted Index(indexliftedbest)
  • Sub-grid Scale Precipitation (3 hr)(precipsubgrid3hr)


Back To Table of Contents

DQRID : D060209.2
Start DateStart TimeEnd DateEnd Time
12/05/1998000004/16/20022359
Subject:
SGP/RUC/X1 - Subsetting RUC-40
DataStreams:sgpallruc40hybrX1.c1, sgpallruc40isobX1.c1
Description:
Users who would like access to subsetted RUC-40 data products similar to those products 
currently available for RUC-20 can use NCO utilities to create subsets from the 
"sgpallruc40" data products.  Below is one method that can be used. This is also mentioned in the 
FAQ on the ARM RUC description page at: http://www.arm.gov/xds/static/ruc.stm
--------------------------------------------------------------

Question: How can I create subsetted RUC 40 data similar to the RUC 20 data currently 
available at the Archive?

Currently, the RUC 40 netCDF data available at the archive are the full area, hourly files 
(sgpallruc40isobX1.c1 and sgpallruc40hybrX1.c1). Using the netCDF Operator (NCO) 
utilities, it is easy to produce subsetted, daily files similar to the RUC 20 subsets available 
(sgpruc20hybrX1.c1 and sgpruc20isobX1.c1).

The NCO utilities can be found at http://nco.sourceforge.net/
Using the ncks (NCO "kitchen sink") command, you can subset the ruc data as follows:

ncks -d nx,, -d ny,,  

Note: xmin,xmax,ymin,ymax are index ranges.

For example to subset around the SGP site use the following index values
for latitudes 34.209 to 38.928 and longitudes -99.798 to -95.
xmin = 71
xmax = 82
ymin = 40
ymax = 53


ncks -d nx,71,82 -d ny,40,53 sgpallruc40isobX1.c1.20000314.130000.cdf 
sgpruc40isobX1.c1.subset.cdf

Here is a sample C-Shell script for subsetting the ruc40 and using the NCO command ncrcat 
to concatenate the hourly subsetted files into a ruc 40 subsetted daily file similar to 
the sgpruc20isobX1.c1 files.

#!/bin/csh
# This script subsets the RUC 40 isobaric files
# and then concatenates hourly files into 1 daily file
# usage: subset_ruc40.csh 
#   where yyyymmdd is the date of the files to subset
#   and concatenate. Ex. 20000314 (yyyy=2000,mm=03, dd=14)
# Example: subset_ruc40.csh 20000314
# xmin,xmax,ymin,ymax are indices for
# lat = 34.209, 38.928, lon = -99.798, -95
set xmin = 71
set xmax = 82
set ymin = 40
set ymax = 53
set date = $1
foreach file (sgpallruc40isob*$date*)
  ncks -d nx,${xmin},${xmax} -d ny,${ymin},${ymax} $file $file.sub
end
ncrcat -h sgpallruc40isob*$date*sub sgpruc40isobX1.c1.$date.000000.cdf
rm *.sub
exit

For more information on the NCO commands ncks and ncrcat see:
http://nco.sourceforge.net/nco.html#ncks-netCDF-Kitchen-Sink
http://nco.sourceforge.net/nco.html#ncrcat-netCDF-Record-Concatenator

Also other commands for subsetting and analysis of netCDF data can be found at 
http://www.arm.gov/data/tools.stm
Measurements:sgpallruc40isobX1.c1:
  • Earth Surface Height(heightsrf)
  • Snow Depth(snowdepth)
  • Lifted Index(indexlifted)
  • Sub-surface Runoff(runoffsubsrf)
  • Pressure at Freezing Level(pressurefrz)
  • Dew Point Temperature (2 m fixed height)(tempdewpt2m)
  • Potential Temperature (2 m fixed height)(temppot2m)
  • Relative Humidity (p grid)(rhp)
  • Resolvable Scale Precipitation (Accumulated)(precipresolvedacc)
  • Potential Temperature at Tropopause(temppottrop)
  • Sub-grid Scale Precipitation (3 hr)(precipsubgrid3hr)
  • 2 meter temperature(temp2m)
  • east longitude(longitude)
  • Gust Wind Speed(windgustspeed)
  • north latitude(latitude)
  • Environmental Temperature (m grid)(tempm)
  • Geopotential Height at Freezing Level(heightgpfrz)
  • v-Component of Wind (p grid)(windvp)
  • Categorical Ice Pellets(caticepellets)
  • v-Component of Wind at Maximum Wind Level(windvwindmax)
  • Relative Humidity at Freezing Level(rhfrz)
  • Pressure at Maximum Wind Level(pressurewindmax)
  • Pressure at Tropopause(pressuretrop)
  • Altitude(altitude)
  • Geopotential Height (p grid)(heightgpp)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Vertical Velocity (m grid)(velocitywm)
  • Pressure at Top Freezing Level(pressurefrztop)
  • base time(base_time)
  • Altimeter Setting(altimeter)
  • u-Component of Wind at Tropopause(windutrop)
  • Sub-grid Scale Precipitation (Accumulated)(precipsubgridacc)
  • Soil Moisture Availability(moistsoilavail)
  • Surface Runoff Accumulated(runoffsrfacc)
  • Categorical Snow(catsnow)
  • Convective Cloud Top Height(heightcldtopconv)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • Snow Accumulation over 3-hr(snowaccum)
  • Convective Inhibition(cinhib)
  • Relative Humidity (2 m fixed height)(rh2m)
  • u-Component of Wind at Maximum Wind Level(winduwindmax)
  • Convective Available Potential Energy(cape)
  • Maximum Equivalent Potential Temperature Pressure(pressuretempeqpotmax)
  • Pressure Tendency (3-hr)(pressuretend)
  • v-Component of Storm Motion(stormmotionv)
  • Environmental Temperature (p grid)(tempp)
  • Precipitation Rate at Surface(preciprate)
  • Vertical visibility(visibility)
  • Cloud Top Height(heightcldtop)
  • u-Component of Storm Motion(stormmotionu)
  • Equilibrium Level Height(heightequillevel)
  • Planetary Boundary Height(heightpbl)
  • Vertical Velocity (p grid)(velocitywp)
  • Storm-Relative Helicity(stormrelhelicity)
  • Water Equivalent Snow Depth(snowdepthwatereq)
  • Best Lifted Index(indexliftedbest)
  • v-Component of Wind at Tropopause(windvtrop)
  • Earth Surface Pressure(pressuresrf)
  • Equivalent Potential temperature(tempeqpot)
  • Categorical Rain(catrain)
  • u-Component of Wind (m grid)(windum)
  • 10 meter component v-wind(windv10m)
  • Pressure Intervals (30-0,60-30,90-60,120-90,150-120,180-150) of the m grid(pressuremgrid)
  • Pressures of the p grid(pressurepgrid)
  • v-Component of Wind (m grid)(windvm)
  • Time offset of tweaks from base_time(time_offset)
  • u-Component of Wind (p grid)(windup)
  • Relative Humidity at Top Freezing Level(rhfrztop)
  • Relative Humidity (m grid)(rhm)
  • Geopotential Height at Top Freezing Level(heightgpfrztop)
  • 10 meter component u-wind(windu10m)
  • Categorical Freezing Rain(catfreezerain)
  • Dew Point Depression (2 m fixed height)(tempdewptdep2m)
  • forecast period(forecast_period)
  • Resolvable Scale Precipitation (3 hr)(precipresolved3hr)
  • Specific Humidity (2 m fixed height)(sh2m)
  • Cloud Base Height(heightcldbase)

sgpallruc40hybrX1.c1:
  • Mixing Ratio of Snow (hybrid-b grid)(mxratiosnow)
  • Plant Canopy Surface Water(watercanopy)
  • Net Shortwave Irradiance at Surface(fluxswnetsrf)
  • Turbulent Kinetic Energy (hybrid-b grid)(tketurb)
  • Pressure at Tropopause(pressuretrop)
  • Surface,Sub-surface Soil Temperature(tempsoilsrfsubsrf)
  • Mixing Ratio of Rain Water (hybrid-b grid)(mxratiorain)
  • base time(base_time)
  • north latitude(latitude)
  • atmospheric pressure at mean sea level and at tropopause (NGM250 predicted)(pressure)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • Precipitation Rate at Surface(preciprate)
  • u-Component of Wind at Tropopause(windutrop)
  • Relative humidity inside the instrument enclosure(rh)
  • Surface,Sub-surface Soil Volumetric Moisture(moistsoilvolumesrfsubsrf)
  • Convective Inhibition(cinhib)
  • Mixing Ratio of Graupel (hybrid-b grid)(mxratiograupel)
  • Sub-surface Runoff(runoffsubsrf)
  • Mixing Ratio of Cloud Water (hybrid-b grid)(mxratioliquid)
  • Mixing Ratio of Ice Water (hybrid-b grid)(mxratioice)
  • Potential Temperature at Tropopause(temppottrop)
  • Net Longwave Irradiance at Surface(fluxlwnetsrf)
  • Snow Accumulation over 3-hr(snowaccum)
  • v-Component of Wind at Tropopause(windvtrop)
  • Rate of Water Dropping from Canopy to Ground(dropwaterratesrf)
  • v-Component of Wind (hybrid-b grid)(windv)
  • forecast period(forecast_period)
  • Sub-grid Scale Precipitation at Surface(precipsubgrid)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Snow Temperature at Snow or Top Soil Level(snowtemp)
  • Snow Depth(snowdepth)
  • Virtual Potential Temperature (hybrid-b grid)(tempvirtpot)
  • Surface,Sub-surface Soil Moisture Content(moistsoilcontentsrfsubsrf)
  • Sensible Heat Flux at Surface(fluxsensiblesrf)
  • Mixing Ratio of Water Vapor (hybrid-b grid)(mxratiovapor)
  • u-Component of Wind (hybrid-b grid)(windu)
  • east longitude(longitude)
  • Latent Heat Flux at Surface(fluxlatentsrf)
  • Time offset of tweaks from base_time(time_offset)
  • Water Condensation Rate near Surface(condensewaterratesrf)
  • Altitude(altitude)
  • Evapotranspiration Flux near Surface(fluxevaptranssrf)
  • Pressure Vertical Velocity (hybrid-b grid)(velocityw)
  • Number Concentration of Ice Particles (hybrid-b grid)(ndensice)
  • Resolvable Scale Precipitation at Surface(precipresolved)
  • Surface Runoff(runoffsrf)
  • Evaporation of Canopy Water near Surface(evapcanopysrf)
  • Geopotential Height (hybrid-b grid)(heightgp)
  • Convective Available Potential Energy(cape)
  • Beam 0 Temperature(temp)
  • Evaporation from Bare Soil at Surface(evapsoilsrf)
  • Surface/Sub-surface Heights(heightss)


Back To Table of Contents

DQRID : D060209.3
Start DateStart TimeEnd DateEnd Time
04/20/1998000004/16/20022359
Subject:
SGP/RUC/X1 - Subsetting RUC-40
DataStreams:sgpallruc40isobX1.c1
Description:
As per ECR-00405, some users would to have access to subsetted RUC-40 data products 
similar to those products currently available for RUC-20.
Measurements:sgpallruc40isobX1.c1:
  • Earth Surface Height(heightsrf)
  • Precipitable water vapr, from MWR (through lssonde)(pwv)
  • Snow Accumulation over 3-hr(snowaccum)
  • Convective Inhibition(cinhib)
  • Relative Humidity (2 m fixed height)(rh2m)
  • Snow Depth(snowdepth)
  • Lifted Index(indexlifted)
  • u-Component of Wind at Maximum Wind Level(winduwindmax)
  • Sub-surface Runoff(runoffsubsrf)
  • Convective Available Potential Energy(cape)
  • Maximum Equivalent Potential Temperature Pressure(pressuretempeqpotmax)
  • Pressure Tendency (3-hr)(pressuretend)
  • v-Component of Storm Motion(stormmotionv)
  • Pressure at Freezing Level(pressurefrz)
  • Dew Point Temperature (2 m fixed height)(tempdewpt2m)
  • Environmental Temperature (p grid)(tempp)
  • Precipitation Rate at Surface(preciprate)
  • Potential Temperature (2 m fixed height)(temppot2m)
  • Relative Humidity (p grid)(rhp)
  • Resolvable Scale Precipitation (Accumulated)(precipresolvedacc)
  • Potential Temperature at Tropopause(temppottrop)
  • Vertical visibility(visibility)
  • Sub-grid Scale Precipitation (3 hr)(precipsubgrid3hr)
  • Cloud Top Height(heightcldtop)
  • u-Component of Storm Motion(stormmotionu)
  • Equilibrium Level Height(heightequillevel)
  • 2 meter temperature(temp2m)
  • east longitude(longitude)
  • Gust Wind Speed(windgustspeed)
  • Planetary Boundary Height(heightpbl)
  • north latitude(latitude)
  • Vertical Velocity (p grid)(velocitywp)
  • Storm-Relative Helicity(stormrelhelicity)
  • Environmental Temperature (m grid)(tempm)
  • Geopotential Height at Freezing Level(heightgpfrz)
  • Categorical Ice Pellets(caticepellets)
  • v-Component of Wind (p grid)(windvp)
  • Water Equivalent Snow Depth(snowdepthwatereq)
  • Best Lifted Index(indexliftedbest)
  • v-Component of Wind at Maximum Wind Level(windvwindmax)
  • Relative Humidity at Freezing Level(rhfrz)
  • Pressure at Maximum Wind Level(pressurewindmax)
  • v-Component of Wind at Tropopause(windvtrop)
  • Earth Surface Pressure(pressuresrf)
  • Equivalent Potential temperature(tempeqpot)
  • Categorical Rain(catrain)
  • Pressure at Tropopause(pressuretrop)
  • u-Component of Wind (m grid)(windum)
  • 10 meter component v-wind(windv10m)
  • Pressure Intervals (30-0,60-30,90-60,120-90,150-120,180-150) of the m grid(pressuremgrid)
  • Altitude(altitude)
  • Pressures of the p grid(pressurepgrid)
  • v-Component of Wind (m grid)(windvm)
  • Time offset of tweaks from base_time(time_offset)
  • u-Component of Wind (p grid)(windup)
  • Geopotential Height (p grid)(heightgpp)
  • MAPS Pressure at Mean Sea Level(pressuremsl)
  • Relative Humidity at Top Freezing Level(rhfrztop)
  • Vertical Velocity (m grid)(velocitywm)
  • Relative Humidity (m grid)(rhm)
  • Geopotential Height at Top Freezing Level(heightgpfrztop)
  • 10 meter component u-wind(windu10m)
  • Categorical Freezing Rain(catfreezerain)
  • Pressure at Top Freezing Level(pressurefrztop)
  • Dew Point Depression (2 m fixed height)(tempdewptdep2m)
  • base time(base_time)
  • forecast period(forecast_period)
  • Resolvable Scale Precipitation (3 hr)(precipresolved3hr)
  • Altimeter Setting(altimeter)
  • u-Component of Wind at Tropopause(windutrop)
  • Sub-grid Scale Precipitation (Accumulated)(precipsubgridacc)
  • Specific Humidity (2 m fixed height)(sh2m)
  • Soil Moisture Availability(moistsoilavail)
  • Surface Runoff Accumulated(runoffsrfacc)
  • Categorical Snow(catsnow)
  • Convective Cloud Top Height(heightcldtopconv)
  • Cloud Base Height(heightcldbase)


Back To Table of Contents



END OF DATA