Biden Administration released a draft report today from the National Oceanic and Atmospheric Administration (NOAA) determining that removal of the lower four Snake River dams is urgently necessary to save plummeting populations of salmon and steelhead in the basin.
What do we – a former energy executive, an Eastern Washington wheat farmer, and a long-time salmon advocate and angler – have in common?
While the science is clear, it’s not always easy to understand the process and potential impacts of dam removal. Here are seven frequently asked questions about taking down the Lower Snake River dams and restoring critical populations of wild fish in the Basin.
On May 20, the Nez Perce Tribe announced their commitment to replace the electricity produced by the four lower Snake River dams.
Lower Snake Dam Removal campaign is seeking applicants for the new Snake River Ambassador Program.
Join Chris Wood, TU President and CEO, at two events focused on the Snake River in Spokane and Boise
Tell ODFW what you think about managing steelhead fisheries in the Columbia Basin.
Chris Wood, President and CEO of Trout Unlimited, shares about his relationship with Shannon Wheeler, the Vice Chairman of the Nez Perce Tribe, and how Chris walks away a little wiser, and a little more passionate, about the need to recover Snake River salmon and steelhead every time he hears him speak on the issue.
This month, Trout Unlimited joined dozens of fish and wildlife groups and major outdoor recreation companies in calling on the Biden administration to develop a comprehensive solution to the collapse of salmon and steelhead populations that includes removing the four dams on the lower Snake River and investing billions of dollars in a reimagining of infrastructure in the Northwest.
The Northwest is experiencing the worst summer steelhead returns on record. Steelhead stocks from British Columbia to southern Oregon and as far inland as the Snake River basin are doing poorly. Sadly, we are likely to see greater variability in run sizes, with smaller peaks and deeper troughs.