28 Jun 2024

USACE seeks public input to Albeni Falls Dam Project Master Plan

Army Corps seeks public feedback on its Falls Dam Project Master Plan.

21 May 2024

Army Corps improves Kootenai River habitat with second large wood placement

Army Corps of Engineers released the second batch of fish habitat logs into the Kootenai River May 7, as part of its “Wood is Good” large wood nourishment project. USACE hopes the project is a template for other national and global entities to use, for similar Engineering With Nature projects on rivers they manage.

2 Aug 2023

Dry conditions could cause unusually low Lake Washington lake levels

Lake Washington’s level may drop below an elevation of 20 feet. The U.S. Army Corps of Engineers is taking multiple steps to conserve water during 2023’s dry weather.

2 Jun 2023

Work begins on fish and wildlife habitat restoration at Lake Ballinger

Construction to restore a fish and wildlife habitat for over 16 acres of a former golf course is underway as part of a U.S. Army Corps of Engineers and City of Mountlake Terrace partnership.

22 May 2023

McGlinn Island Jetty emergency repairs underway to protect endangered salmon

U.S. Army Corps of Engineers, Seattle District. lead emergency repairs to the McGlinn Island Jetty and resident endangered salmon, near La Conner, Washington.

16 May 2023

Groundbreaking ceremony ushers in start of fish and wildlife habitat restoration at Mountlake Terrace

U.S. Army Corps of Engineers will commemorate construction of a fish and wildlife habitat restoration project with a groundbreaking ceremony, May 30, 2023.

21 Sep 2022

Lake Washington levels to drop below 20 feet

Lake Washington’s level projected to drop below 20 feet Sept. 21, 2022. U.S. Army Corps of Engineers are taking steps to conserve water during the year’s dry weather through lockage efficiency.

12 Nov 2021

Army Corps of Engineers amplifies its flood fight assistance across communities

Seattle District strengthens its flood fight efforts across communities in the Pacific Northwest in response to an atmospheric river and heavy rainfall throughout the region.