NSA/MOLTS/X1 - Missing Data

Model Output Location Time Series (MOLTS) data has been missing since
   20061008 after NCEP upgraded its computer system. No information on the
   date when the system is back to normal.

• Baseflow-groundwater runoff in past hour(baseflow)
• Surface runoff in past hour(runoff)
• Average Shortwave Downward Flux- 1 hr(sw_down)
• Average Longwave Downward Flux- 1 hr(lw_down)
• Snow water equivalent(snow_water)
• Station number(num_stn)
• Average Flux of Sub-surface Heat- 1 hr(sub_heat)
• sensible heat flux, 3-hr mean(sens_heat)
• Layer 4 soil temperature(soiltemp_lay4)
• Average Net Shortwave Flux at Top- 1 hr(sw_net)
• Layer 3 soil temperature(soiltemp_lay3)
• Layer 2 soil temperature(soiltemp_lay2)
• Layer 1 soil temperature(soiltemp_lay1)
• Amount of high cloud(cloud_hi)
• Specific humidity at 2 meters(humid_2m)
• Horizontal visibility(horz_vis)
• mifkbum temp between outputs(temp_min)
• canopy water content(canopy_water)
• Average Potential Flux of Latent Heat- 1 hr(lat_heat_pot)
• Average Shortwave Upward Flux- 1 hr(sw_up)
• Environmental Temperature (hybrid-b grid)(temp)
• Soil moisture availability(soilmoist)
• Temperature maximum(temp_max)
• Surface exchange coefficient(surf_ex_coef)
• Satellite-measured low-level cloud(cloud_low)
• Average Net Longwave Flux at Top- 1 hr(lw_net)
• U-component of storm motion(storm_U_wind)
• Pressure at mean sea level(pres_sea)
• Amount of middle cloud(cloud_med)
• Average Flux of Latent Heat- 1 hr(lat_heat)
• Layer 4 volumetric soil moisture(soilmoist_lay4)
• Green vegetation cover(veg_green)
• Station longitude(lon_stn)
• Station land/sea mask(land_sea)
• Average Flux of Snow Phase Change Heat- 1 hr(snowphase)
• Total soil moisture(soil_total)
• Layer 1 volumetric soil moisture(soilmoist_lay1)
• Layer 3 volumetric soil moisture(soilmoist_lay3)
• V-component of storm motion(storm_V_wind)
• Layer 2 volumetric soil moisture(soilmoist_lay2)
• Bottom soil temperature(soiltemp_bot)
• Potential temperature at 10m(pot_temp)
• Accumulated snowfall- 1 hr(snowfall)
• Average Longwave Upward Flux- 1 hr(lw_up)
• 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)
• base time in epoch(base_time)
• Existence of freezing rain?(rain_fz)
• Station Latitude(lat_stn)
• 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)
• Accumulated Convective Precip- 1 hr(precip_conv_acc)
• Pressure at the base of the cloud(pres_base)
• Accumulated snow melt- 1 hr(snowmelt)
• Existence of ice?(ice)
• Snow Depth(snow)
• Specific humidity at 10m(humid_10m)
• Storm-relative helicity(heli_storm)

• Specific humidity(humid)
• Wind Direction(wdir)
• base time in epoch(base_time)
• V wind component(v_wind)
• Retrieved pressure profile(pres)
• Omega(omega)
• Station Latitude(lat_stn)
• Ice mixing ratio(ice_mix)
• Long-wave heating rate(lw_heat)
• Station number(num_stn)
• Turbulent kinetic energy in a layer(turb_kin)
• Station altitude(alt_stn)
• Stable latent heating rate(stab_lat_heat)
• Short-wave heating rate(sw_heat)
• Easterly Wind Component(u_wind)
• Cloud water mixing ratio(cloud_h2o_mix)
• Cloud fraction in a layer(cloud_fract)
• Convective latent heating rate(conv_lat_heat)
• Wind Speed(wspd)
• Environmental Temperature (hybrid-b grid)(temp)
• Station longitude(lon_stn)
• Time offset from base_time(time_offsets)