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The vast majority of US rivers lack any protections from human activities, new research finds
Most rivers in the United States flow with little real protection, even though they supply drinking water, support wildlife, and shape our landscapes. New research co-led by Julian Olden finds that nearly two-thirds of U.S. rivers lack safeguards for water quality, habitat, and biodiversity. The findings show how much of the nation’s river network remains exposed and how much work still lies ahead.
Read moreLonger body size means more female calves for baleen whale moms
Long baleen whale mothers are more likely to have female calves than males, according to a new study led by the University of Washington. The findings, published by UW QERM student Zoe Rand and Professors Trevor Branch and Sarah Converse, contradict a popular evolutionary theory postulating that strong mammals benefit more from birthing males.
Read moreTracking the population’s advance while probing the inner workings of the European green crab
For almost a decade, the Washington Sea Grant Crab Team has been surveilling the advance of the invasive European green crab. In 2015, the team was formed to engage citizen scientists in a search for the first signs of an invasion into Puget Sound, with the first documented trap of a green crab taking place a year later in August 2016. They have now been found in more than 30 trapping sites. A new story in Salish Sea Currents features tracking efforts tracking efforts and research into the invasive crab.
Read moreDiscovery of the decade reveals the culprit behind sea star wasting disease
Until now, no one knew what caused the sea star wasting disease which wiped out populations along the West Coast starting in 2013. But an international research effort including scientists from the University of Washington has finally revealed the cause: a strain of the bacterium Vibrio pectenicida.
Read moreSeattle’s new waterfront is alive — if you know where to look
A new story in the Seattle Times shows just how alive the Seattle waterfront is, if you know where to look. From baby salmon to bull kelp, the renovations at the waterfront include a seawall where the public can look down at the fish-friendly seawall. The UW Wetland Ecosystem Team has been instrumental in this work, with continued monitoring of the site.
Read moreEvidence-based program helps students see themselves as scientists
Jose Guzmán wanted to help bridge the gaps that undergraduates faced in participating in research, and that graduate students faced in mentoring. And so, the IBIS program was born.
Read moreRaising the next generation of endangered pinto abalone
A new study, led by recently-graduated doctoral student Eileen Bates and principal investigator Jacqueline Padilla-Gamiño, and funded by Washington Sea Grant, found climate change stressors negatively impact pinto abalone during their larval stage.
Read moreSeattle Times story features Ashley Townes’ work counting Chinook salmon in Lake Washington
Wearing a bright orange and gray dry suit, Ashley Townes stepped into the murky water of Lake Washington under a yellow moon, at a time when most others are asleep. A recent Seattle Times story features Ashley’s work as a fish biologist and a member of a grassroots group of neighbors who have advocated and fundraised for years to restore Be’er Sheva Park, to restore the shoreline and salmon habitat.
Read moreHow can real-time monitoring improve fisheries management?
A new video by ICES explores a solar-powered acoustic monitoring system that tracks fish migrations and provides near-real-time data to support sustainable fishing, featuring John Horne.
Read moreMicroplastics and their macro problems: UW Daily speaks to Jacqueline Padilla-Gamiño
Microplastics are everywhere. From the clothes you wear to the food you eat, to even your toothbrush, microplastics are difficult to avoid. And these tiny pieces of plastic have big consequences for both humans and the wider environment. UW Daily speaks to Jacqueline Padilla-Gamiño about her research into microplastics and marine organisms such as corals and anemones.
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