D Q R Report

DQRID : D001031.1

Start Date	Start Time	End Date	End Time
09/28/1999	0000	02/29/2000	2359

Subject:	SGP/NSA/MOLTS- gap in data
DataStreams:	nsamoltsedassndclass1X1.a1, nsamoltsedassfcclass1X1.a1, sgpmoltsedassndclass1X1.a1, sgpmoltsedassfcclass1X1.a1
Description:	Gap in data due to a fire at NCEP where data were stored. A new format was adopted and the Class 0 data were not carried over. The last date for Class 0 data is 19990927.
Suggestions:
Measurements:	nsamoltsedassfcclass1X1.a1: Baseflow-groundwater runoff in past hour(baseflow) Surface runoff in past hour(runoff) Average Longwave Downward Flux- 1 hr(lw_down) Snow water equivalent(snow_water) Station number(num_stn) sensible heat flux, 3-hr mean(sens_heat) Layer 4 soil temperature(soiltemp_lay4) Layer 3 soil temperature(soiltemp_lay3) Layer 2 soil temperature(soiltemp_lay2) Layer 1 soil temperature(soiltemp_lay1) Amount of high cloud(cloud_hi) mifkbum temp between outputs(temp_min) canopy water content(canopy_water) Average Potential Flux of Latent Heat- 1 hr(lat_heat_pot) Soil moisture availability(soilmoist) Temperature maximum(temp_max) Average Net Longwave Flux at Top- 1 hr(lw_net) Pressure at mean sea level(pres_sea) U-component of storm motion(storm_U_wind) Amount of middle cloud(cloud_med) Average Flux of Latent Heat- 1 hr(lat_heat) Total soil moisture(soil_total) V-component of storm motion(storm_V_wind) Bottom soil temperature(soiltemp_bot) Accumulated snowfall- 1 hr(snowfall) Average Longwave Upward Flux- 1 hr(lw_up) base time in epoch(base_time) Existence of freezing rain?(rain_fz) Accumulated Total Precip- 1 hr(precip_acc) Time offset from base_time(time_offsets) surface rainfall count(rain) U-component at 10 m(U_wind) Pressure at the base of the cloud(pres_base) Snow Depth(snow) Storm-relative helicity(heli_storm) Average Shortwave Downward Flux- 1 hr(sw_down) Average Flux of Sub-surface Heat- 1 hr(sub_heat) Average Net Shortwave Flux at Top- 1 hr(sw_net) Specific humidity at 2 meters(humid_2m) Environmental Temperature (hybrid-b grid)(temp) Average Shortwave Upward Flux- 1 hr(sw_up) Surface exchange coefficient(surf_ex_coef) Satellite-measured low-level cloud(cloud_low) Layer 4 volumetric soil moisture(soilmoist_lay4) Green vegetation cover(veg_green) Station longitude(lon_stn) Station land/sea mask(land_sea) Layer 1 volumetric soil moisture(soilmoist_lay1) Average Flux of Snow Phase Change Heat- 1 hr(snowphase) Layer 3 volumetric soil moisture(soilmoist_lay3) Layer 2 volumetric soil moisture(soilmoist_lay2) Potential temperature at 10m(pot_temp) Surface pressure(pres_surf) model surface roughness length(rough_len) Station altitude(alt_stn) Temperature at 2 meters(temp_2m) V-component at 10 m(V_wind) Snow ratio from explicity cloud scheme(snow_ratio) Station Latitude(lat_stn) Accumulated Convective Precip- 1 hr(precip_conv_acc) Accumulated snow melt- 1 hr(snowmelt) Existence of ice?(ice) Specific humidity at 10m(humid_10m) more nsamoltsedassndclass1X1.a1: Specific humidity(humid) Wind Direction(wdir) base time in epoch(base_time) Omega(omega) Station Latitude(lat_stn) Station number(num_stn) Stable latent heating rate(stab_lat_heat) Station altitude(alt_stn) Easterly Wind Component(u_wind) Cloud fraction in a layer(cloud_fract) Convective latent heating rate(conv_lat_heat) Time offset from base_time(time_offsets) V wind component(v_wind) Retrieved pressure profile(pres) Ice mixing ratio(ice_mix) Long-wave heating rate(lw_heat) Turbulent kinetic energy in a layer(turb_kin) Short-wave heating rate(sw_heat) Cloud water mixing ratio(cloud_h2o_mix) Wind Speed(wspd) Environmental Temperature (hybrid-b grid)(temp) Station longitude(lon_stn) more sgpmoltsedassndclass1X1.a1: Time offset from base_time(time_offsets) Stable latent heating rate(stab_lat_heat) Short-wave heating rate(sw_heat) Station number(num_stn) Wind Direction(wdir) Easterly Wind Component(u_wind) Convective latent heating rate(conv_lat_heat) Wind Speed(wspd) Environmental Temperature (hybrid-b grid)(temp) Cloud fraction in a layer(cloud_fract) Station longitude(lon_stn) Specific humidity(humid) Station altitude(alt_stn) V wind component(v_wind) Station Latitude(lat_stn) Ice mixing ratio(ice_mix) Long-wave heating rate(lw_heat) Turbulent kinetic energy in a layer(turb_kin) base time in epoch(base_time) Cloud water mixing ratio(cloud_h2o_mix) Retrieved pressure profile(pres) Omega(omega) more sgpmoltsedassfcclass1X1.a1: Satellite-measured low-level cloud(cloud_low) Time offset from base_time(time_offsets) Baseflow-groundwater runoff in past hour(baseflow) Temperature at 2 meters(temp_2m) V-component at 10 m(V_wind) Amount of high cloud(cloud_hi) base time in epoch(base_time) Accumulated snow melt- 1 hr(snowmelt) Bottom soil temperature(soiltemp_bot) Average Net Longwave Flux at Top- 1 hr(lw_net) sensible heat flux, 3-hr mean(sens_heat) U-component of storm motion(storm_U_wind) Specific humidity at 10m(humid_10m) Average Net Shortwave Flux at Top- 1 hr(sw_net) Average Shortwave Downward Flux- 1 hr(sw_down) Potential temperature at 10m(pot_temp) Average Longwave Downward Flux- 1 hr(lw_down) Average Flux of Latent Heat- 1 hr(lat_heat) Snow water equivalent(snow_water) U-component at 10 m(U_wind) Surface pressure(pres_surf) model surface roughness length(rough_len) Existence of freezing rain?(rain_fz) Existence of ice?(ice) Green vegetation cover(veg_green) Surface runoff in past hour(runoff) Average Flux of Snow Phase Change Heat- 1 hr(snowphase) Average Potential Flux of Latent Heat- 1 hr(lat_heat_pot) Station longitude(lon_stn) Amount of middle cloud(cloud_med) Average Flux of Sub-surface Heat- 1 hr(sub_heat) Station altitude(alt_stn) Environmental Temperature (hybrid-b grid)(temp) Accumulated Total Precip- 1 hr(precip_acc) Snow ratio from explicity cloud scheme(snow_ratio) Specific humidity at 2 meters(humid_2m) Total soil moisture(soil_total) Accumulated Convective Precip- 1 hr(precip_conv_acc) Soil moisture availability(soilmoist) canopy water content(canopy_water) Layer 1 soil temperature(soiltemp_lay1) Layer 3 soil temperature(soiltemp_lay3) Layer 2 soil temperature(soiltemp_lay2) Layer 4 soil temperature(soiltemp_lay4) Station land/sea mask(land_sea) Average Longwave Upward Flux- 1 hr(lw_up) Accumulated snowfall- 1 hr(snowfall) Average Shortwave Upward Flux- 1 hr(sw_up) Storm-relative helicity(heli_storm) Station number(num_stn) Pressure at the base of the cloud(pres_base) mifkbum temp between outputs(temp_min) V-component of storm motion(storm_V_wind) surface rainfall count(rain) Surface exchange coefficient(surf_ex_coef) Station Latitude(lat_stn) Layer 1 volumetric soil moisture(soilmoist_lay1) Temperature maximum(temp_max) Layer 3 volumetric soil moisture(soilmoist_lay3) Layer 2 volumetric soil moisture(soilmoist_lay2) Layer 4 volumetric soil moisture(soilmoist_lay4) Snow Depth(snow) Pressure at mean sea level(pres_sea) more

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