National Weather Service United States Department of Commerce

The graphics shown in this section are Multisensor Precipitation Estimates, otherwise known as MPE data, The multisensors involved at this time are radar and precipitation gages. In the future, satellite estimates may also be incorporated.

MPE is a gridded field, computed hourly. We currently quality control the past 24 hours of data each morning. MPE is currently used to verify precipitation forecasts, and to help initialize the national meteorological forecast models.

MPE is typically available for initial viewing at 40 minutes after the hour.

When using MPE data, it is important to remember it is vulnerable to the same inaccuracies that can be caused by either radar or precipitation gages. For radar, problems would be: freezing or frozen precipitation, low topped convection, bright banding, the reflectivity/rainfall relationship in use, calibration of the radar, radar location and elevation, range degradation, and the radar's effective coverage. For precipitation gages, problems come from freezing precipitation, windy conditions, gage siting, undermeasurement by tipping bucket gages in high intensity rainfall, and gage maintenance.

For more information on how MPE is calculated, or to provide feedback on MPE in general, please contact the MARFC webmaster.

With County Boundaries
Hourly Images Accumulations Loops
April 15 at 03:00 AM EDT
April 15 at 02:00 AM EDT
April 15 at 01:00 AM EDT
April 15 at 12:00 AM EDT
April 14 at 11:00 PM EDT
April 14 at 10:00 PM EDT
April 14 at 09:00 PM EDT
April 14 at 08:00 PM EDT
April 14 at 07:00 PM EDT
April 14 at 06:00 PM EDT
April 14 at 05:00 PM EDT
April 14 at 04:00 PM EDT
April 14 at 03:00 PM EDT
April 14 at 02:00 PM EDT
April 14 at 01:00 PM EDT
April 14 at 12:00 PM EDT
April 14 at 11:00 AM EDT
April 14 at 10:00 AM EDT
April 14 at 09:00 AM EDT
April 14 at 08:00 AM EDT
April 14 at 07:00 AM EDT
April 14 at 06:00 AM EDT
April 14 at 05:00 AM EDT
April 14 at 04:00 AM EDT

24 hour total on April 14 at 8 AM EDT
24 hour total on April 13 at 8 AM EDT
24 hour total on April 12 at 8 AM EDT
24 hour total on April 11 at 8 AM EDT
24 hour total on April 10 at 8 AM EDT

6 hour total ending at April 14 at 02:00 PM EDT
12 hour total ending at April 14 at 08:00 PM EDT
18 hour total ending at April 15 at 02:00 AM EDT
24 hour total ending at April 15 at 02:00 AM EDT

6 hour total ending at April 14 at 02:00 PM EDT
12 hour total ending at April 14 at 08:00 PM EDT
18 hour total ending at April 15 at 02:00 AM EDT

Current 6, 12, 24, 48, and 72 Hour Totals
Past 6 hour total
Past 12 hour total
Past 24 hour total
Past 48 hour total
Past 72 hour total
 

Past 6 hour loop
Past 24 hour loop

With Basin Boundaries
Hourly Images Accumulations Loops
April 15 at 03:00 AM EDT
April 15 at 02:00 AM EDT
April 15 at 01:00 AM EDT
April 15 at 12:00 AM EDT
April 14 at 11:00 PM EDT
April 14 at 10:00 PM EDT
April 14 at 09:00 PM EDT
April 14 at 08:00 PM EDT
April 14 at 07:00 PM EDT
April 14 at 06:00 PM EDT
April 14 at 05:00 PM EDT
April 14 at 04:00 PM EDT
April 14 at 03:00 PM EDT
April 14 at 02:00 PM EDT
April 14 at 01:00 PM EDT
April 14 at 12:00 PM EDT
April 14 at 11:00 AM EDT
April 14 at 10:00 AM EDT
April 14 at 09:00 AM EDT
April 14 at 08:00 AM EDT
April 14 at 07:00 AM EDT
April 14 at 06:00 AM EDT
April 14 at 05:00 AM EDT
April 14 at 04:00 AM EDT

24 hour total on April 14 at 8 AM EDT
24 hour total on April 13 at 8 AM EDT
24 hour total on April 12 at 8 AM EDT
24 hour total on April 11 at 8 AM EDT
24 hour total on April 10 at 8 AM EDT

6 hour total ending April 14 at 02:00 PM EDT
12 hour total ending April 14 at 08:00 PM EDT
18 hour total ending April 15 at 02:00 AM EDT
24 hour total ending April 14 at 08:00 AM EDT

6 hour total ending April 14 at 02:00 PM EDT
12 hour total ending April 14 at 08:00 PM EDT
18 hour total ending April 15 at 02:00 AM EDT
24 hour total ending April 14 at 08:00 AM EDT

Current 6, 12, 24, 48, and 72 Hour Totals
Past 6 hour total
Past 12 hour total
Past 24 hour total
Past 48 hour total
Past 72 hour total
 

Past 6 hour loop
Past 24 hour loop