National Weather Service United States Department of Commerce

Severe Thunderstorms and Heavy Rainfall from the Lower Mississippi Valley to the Mid-Atlantic; Active Pattern Continues in Hawaii

Scattered severe thunderstorms are expected today from the ArkLaTex and Lower Mississippi Valley through the Ohio Valley and Mid-Atlantic. Thunderstorms may produce heavy to excessive rain that could pose a flooding threat today from east Texas into New York. A powerful kona storm will continue to impact Hawaii through Saturday, bringing heavy rainfall, strong winds, and severe thunderstorms. Read More >

White River Flood Inundation Maps From the U.S. Army Corp. of Engineers (USACE) Channel Capacity Modeling


Modeled For the Reach of the River From Auburn Downstream To Puyallup


Disclaimer: These maps are provided by the U.S. Army Corp. of Engineers and hosted by the National Weather Service. See the disclaimers below and all disclaimer information posted at the bottom of each individual map.

-  These maps were created in March, 2025 by USACE using the best and latest available data at the time. It may or may not accurately reflect existing conditions.

 

-  These maps represent theoretical inundation from the White River based on channel conditions present in 2024.  As river conditions continue to change, the area of inundation will likely also change from the limits shown. 

 

-  These maps are meant to inform the public of potential risks. The public should communicate with their city and/or county to understand the potential impacts, responses, and methods of emergency warning communication.

 

           Topographic Map Background                            Satellite View Map Background

 Inundation From Model run for 8,000 CFS Flow  Inundation From Model run for 8,000 CFS Flow
 Inundation From Model run for 9,000 CFS Flow  Inundation From Model run for 9,000 CFS Flow
 Inundation From Model run for 10,000 CFS Flow  Inundation From Model run for 10,000 CFS Flow
 Inundation From Model run for 12,000 CFS Flow  Inundation From Model run for 12,000 CFS Flow
 Inundation From Model run for 13,500 CFS Flow  Inundation From Model run for 13,500 CFS Flow
 Inundation From Model run for 15,000 CFS Flow  Inundation From Model run for 15,000 CFS Flow
 Inundation From Model run for 20,000 CFS Flow  Inundation From Model run for 20,000 CFS Flow