Can wild salmon and the controversial Pebble Mine co-exist? My latest for Hakai Magazine on University of Washington research showing successful and resilient salmon populations need *entire watersheds* hakaimagazine.com/news/can-wild-…

A new study suggests US regulators have underestimated the mine’s threat to the salmon that live downstream: hakaimagazine.com/news/can-wild-… #PebbleMine #BristolBay

The secret to saving salmon is lodged in their ears pops.ci/earstones

From our new paper Science Magazine, led by Sean Brennan. Reliability in ecosystem services comes from productive habitats moving through space and time. We need to preserve the processes that generate and maintain shifting habitat mosaics. science.sciencemag.org/content/364/64…

Hot spots in rivers that nurture young salmon ‘flicker on and off’ in Alaska’s Bristol Bay region washington.edu/news/2019/05/2…

Research shows that #salmon rely on entire watersheds Mining development threatens pristine #Nushagak River and could impact Bristol Bay #AK #fisheries, which supply roughly half of the world's wild #sockeye Hakai Magazine UW SAFS bit.ly/2W15lwK

Effects of warming climate and competition in the ocean for life-histories of Pacific salmon rdcu.be/bEHBd Cline et al show that climate warming impacts the timing of migration from natal freshwater habitats, with knock-on effects for adult maturation in the ocean

Read the accompanying News and Views commentary from Elizabeth Marschall: "Challenging life cycles" rdcu.be/bEHC0

Combined stressors such as #climate warming, selective exploitation and hatchery competition may generate unexpected changes in #salmon life histories #fishsci by Tim Cline @JanOhlberger UW SAFS in NatureEcoEvo go.nature.com/2I2s4Pj

Warmer temperatures during the juvenile freshwater stage of Bristol Bay #sockeye cause changes in freshwater residency time that carry over to ocean life-history stage

#ClimateChange may be speeding up the "childhoods" of sockeye salmon in Alaska's Bristol Bay region washington.edu/news/2019/06/0…

Out today in PNASNews! Our new study shows persistence of specialized biodiversity in high-elevation streams despite widespread glacier and habitat loss in Glacier National Park since the Little Ice Age with Tim Cline, jgiersch, Scott Hotaling, and others: pnas.org/content/early/…

A new study by UM's Clint Muhlfeld reveals that a specialized community of cold-water invertebrates unexpectedly has persisted in the high-elevation streams of Glacier National Park, even as glaciers have retreated. bit.ly/36dj05H

Super excited to share our new study (~10 yrs in the making!) which is out today in PNASNews. 🍻 In Glacier National Park, we linked glaciology and ecology to ask: what happens to mountain stream biodiversity when glaciers recede? 1/13 #OpenAccess paper here: pnas.org/content/early/…

As #Glaciers Retreat, Meltwater Biodiversity Persists. New study shows persistence of rare meltwater biodiversity in high-elevation streams despite widespread glacier loss in #GlacierNationalPark since the last Little Ice Age. #climatechange #USGS ow.ly/83x350zJIeX

refreshing mid-week read by Clint Muhlfeld on deglaciation and the persistence of specialized #mountainbiodiversity in glacier meltwater. pnas.org/content/early/…

High-altitude streams and snow-fed water sources may serve as refuges for mountain biodiversity, a study finds. In PNAS: ow.ly/xlJ250zKrQk