State Climate Office of North Carolina MPE
NC DOT

 
This website is funded, in part, by the NCDOT Highway Stormwater Program

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The precipitation estimates provided herein are derived from the NWS WSR-88D Doppler Radar. Radar preciptiation estimates can be grossly inaccurate, so radar-based precipitation values are calibrated with the routinely available hourly surface gages. The combined product provides the spatial resolution of radar with the increased accuracy of surface gage networks. These gage-calibrated radar estimates are known as Multi-sensor Precipitation Estimates, or MPE.

There are still errors in MPE. A study by the State Climate Office of North Carolina suggests that MPE compares well with an independent daily precipitation gage network over the Carolinas. Details of this study are available online.

The MPE grids used in this tool are routinely produced by the National Weather Service and National Centers for Environmental Prediction.
Mapping Application

MAP

This simple mapping application enables you to visually see accumulated MPE estimates over time. When zoomed in, roads, water features, and town names can be overlayed for reference. Additionally, your project sites can be noted on the map for additional reference. The past 6, 12, 24, 48, and 72 hours are available to view spatially. 1-week, 30- and 90-day options are also available.

MY PROJECTS

MY PROJECTS

This page shows a list of all projects that you are subscribed to receive precipitation alerts from. Each project has a list of associated sites. Accumulated MPE values are listed for all sites in text format. You can also view all projects.

MY ALERTS

MY ALERTS

This is the alert management system. This is where to go to manage your e-mail alert subscriptions.

GET MORE DATA

GET MORE MPE DATA

Quickly get the MPE values for any latitude/longitude in and around North Carolina.

NC CRONOS

NC CRONOS DATABASE

The core of the State Climate Office's data warehouse. CRONOS is an integrated database of hourly and daily surface weather observations from different weather networks in and around North Carolina