/data1/www/flood/output1km/Q_2019052121.bin/data1/www/flood/output1km/Q_2019052118.bin/data1/www/flood/output1km/Q_2019052115.bin/data1/www/flood/output1km/Q_2019052112.bin/data1/www/flood/output1km/Q_2019052109.bin/data1/www/flood/output1km/Q_2019052106.bin/data1/www/flood/output1km/Q_2019052103.bin/data1/www/flood/output1km/Q_2019052100.bin/data1/www/flood/output1km/Q_2019052021.bin/data1/www/flood/output1km/Q_2019052018.bin/data1/www/flood/output1km/Q_2019052015.bin/data1/www/flood/output1km/Q_2019052012.bin/data1/www/flood/output1km/Q_2019052009.bin/data1/www/flood/output1km/Q_2019052006.bin/data1/www/flood/output1km/Q_2019052003.bin/data1/www/flood/output1km/Q_2019052000.bin Flood Monitoring with 3B42RT and VIC/DRTR model
Pan the map
       
Plot time series for an individual point (lat, lon): (Tips: Zoom in enough to click the point or define it below)
T1:
T2:
Plot different variable:
Previous time step <<        >> Next time step
Start time:         End time: