Daily forecasts include two parts: 1) Regional (synoptic) scale prediction from NCEP-GFS global system and meso-scale prediction
from NCAR ARW-WRF using 30 km resolutions; and 2) MCE2 ARW-WRF forecast using 36-12-3-1 km nest run. Only the results of
3-km (*d3.pdf) ) and 1-km (*d4.pdf) resolution are uploaded. We put model results initialized at 00 UTC and 12 UTC under the daily directory,
respectively. 

In detail:
1) files from NOAA/NCEP-GFS
noaa.gif: weather forecast from NOAA/NWS/NCEP/Hydrometeorological Prediction Center (issued every 12 hr)
gfs_ten_000l.gif: 10m wind, 2m temperature, sea-level pressure at initial time
gfs_ten_012l.gif: 12-hr forecast for 10m wind, 2m temperature, sea-level pressure and 6-h precipitation 
gfs_ten_024l.gif: 24-hr forecast for 10m wind, 2m temperature, sea-level pressure and 6-h precipitation
gfs_850_000l.gif: 850 mb HGT, temperature, and wind at initial time
gfs_850_012l.gif: 12-hr forecast for 850 mb HGT, temperature, and wind
gfs_850_024l.gif: 24-hr forecast for 850 mb HGT, temperature, and wind

2) files from NCAR/ARW-WRF
tarn.hr18.gif: 18-hr forecast for precipitation and sea-level pressure with 30km resolution
wsp.hr18.gif: 18-hr forecast for surface wind speed with 30km resolution                                                                                                                                                                                                                                      
3) files from MCE2/ARW-WRF
tpYYYYMMDDHH.d3.pdf: surface temperature and precipitation forecast with 3-km resolution.
tpYYYYMMDDHH.d4.pdf: surface temperature and precipitation forecast with 1-km resolution.
windYYYYMMDDHH.d3.pdf: surface wind forecast (10m wind) with 3-km resolution.
windYYYYMMDDHH.d4.pdf: surface wind forecast (10m wind) with 1-km resolution. 
YYYY:year, MM:month, DD:day, HH:hour

In these figures, the bigger red circles and green squares represent monitoring sites and meteorological sites during this campaign. 
The smaller red circles and green squares represent regular monitoring sites and met sites, respectively.