For this week’s Field Day Friday, we have a guest scientist, Riley Gallagher, providing us an update on his work with steelhead in the Carmel River on the central coast of California.
A new plan released by the Oregon Department of Fish and Wildlife for managing wild steelhead fisheries on Oregon’s southern coastal streams has generated strong reactions from wild steelhead anglers and advocates.
This week, WDFW kicks off the coastal winter steelhead season planning with the first in a series of virtual town halls.
Wild Snake River salmon and steelhead are on the brink of extinction, but we can bring these incredible fish back to abundance. Tackling the most ambitious river restoration project in history with the goal of redeveloping and reinvigorating the Northwest economy is not a challenge, it is an opportunity.
The River Democracy Act safeguards some of Oregon’s most famous steelhead and salmon rivers, as well as headwater streams that are crucial to the overall health of watersheds.
Questioning whether dam removal alone could recover Snake River salmon and steelhead misses the point. The question we need to answer is this: Can we recover abundant, healthy, and fishable and harvestable Snake River salmon and steelhead with the four lower Snake River dams in place?
After more than two years of development, the Oregon Department of Fish and Wildlife (ODFW) recently released its Rogue-South Coast Multi-Species Conservation and Management Plan (RSP) for public comment. We have the scoop on what’s in it and how you you can speak up on behalf of wild steelhead.
The Pacific Northwest just experienced one heck of an abnormal heat wave. Temperatures soared up to, and in some places beyond, 117F. These are extremely warm temperatures for late June, and the sharp increase had an effect on emergence timing of juvenile steelhead, which we dive into for Field Day Friday.
The equation is simple. It’s hot. It’s going to get hotter, which is why it is so urgent to increase access for salmon and steelhead to the thousands of square miles of the most climate-resilient, high-elevation habitat in the Snake River basin by removing the lower four Snake River dams.
Today, there are many so-called “mitigation hatcheries” in the Snake River basin that are intended to produce enough salmon and steelhead to make up for the wild fish that were lost when their habitat was blocked by dams.