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The Choice for Hatchery Residual Steelhead

In Science Friday by Nick Chambers

Do you know that not all hatchery steelhead smolts actually migrate to the ocean? Some remain in freshwater. Either way, these O. mykiss face a future that could be heroic (survive long enough to mate with a wild steelhead adult female) — or not-so-heroic (survive the summer in freshwater but perish during the difficult conditions of the winter).   We …

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Science Friday: Why is your lateral line different than mine?

In Science Friday by steelheaders

Most of us working on behalf of wild steelhead love our jobs. Still, after a long week we are ready to hit the water — and share some more Science Friday steelhead knowledge.   This week we touch on a study conducted by Andrew Brown at the University of Washington, along with several co-authors. The paper is here:  https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0059162   …

Science Friday: The latest from the longest running steelhead monitoring project in British Columbia

In Oregon, Science Friday by Nick Chambers

  Thank goodness it’s Friday. Fall is in the air and it’s time to get on the river! But first, let’s give our steelhead IQs another booster shot with a new Science Friday post.   This week we have a guest writer and scientist, Colin Bailey, a PhD student studying fisheries science at Simon Fraser University under Jonathan Moore (Moore …

The Last Steelhead

In Alaska, California, Idaho, Oregon, Washington by Nick Chambers

  Longtime angling author, steelhead aficionado, TROUT Magazine contributor and musician Chris Santella has created a novel way to publicize the plight of wild steelhead.   Santella’s new rock opera, The Last Steelhead, looks at the factors contributing to the decline of wild steelhead runs and “the attitudes surrounding our behaviors and policies that seem to be standing in the …

Science Friday: Behavioral Thermoregulation

In Science Friday by Nick Chambers

Most steelhead anglers know that the family of fishes called salmonidae (trout, char, salmon and whitefish) are highly sensitive to water temperature and quality. These fishes require cold, clean water to thrive. But what happens to them when water temps become unfavorable? As you might expect, they seek out places in the river that regain cool water — now often …