UW-made tool displays West Coast ocean acidification data

Increasing carbon dioxide in the air penetrates into the ocean and makes it more acidic, while robbing seawater of minerals that give shellfish their crunch. The West Coast is one of the first marine ecosystems to feel its effects. A new tool doesn’t alter that reality, but it does allow scientists to better understand what’s happening and provide data to help the shellfish industry adapt to these changes. 
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Fires and floods: North Cascades federal lands prepare for climate change

In a country that boasts an awe-inspiring system of national parks, the Pacific Northwest may be especially lucky. But even remote parks and forests can’t escape the problem of human-induced climate change. Future shifts could affect everything from how people access the parks to what activities are possible once they arrive—not to mention the plants and animals that call those places home. 
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Oct 28, 2014 / Weather & Climate

Climate Impacts Group partners with Swinomish Tribe to reduce climate effects

The Swinomish Indian Tribal Community, located on the southeastern peninsula of Fidalgo Island in Washington State, was recognized at the 2014 National Congress of American Indians’ annual meeting in Atlanta for their remarkable efforts to address climate change impacts on tribal lands. The UW Climate Impacts Group was a key partner in helping secure the recognition, which was given by the Honoring Nations Program from Harvard University’s Project on American Indian Economic Development. 
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Predicting when toxic algae will reach Washington and Oregon coasts

Late summer is the peak time for harmful algae that can turn lakes into toxic scum, cancelling fishing trips and fouling water supplies. While the Pacific Northwest doesn’t get anything near the activity that turned parts of Lake Erie into bright green slime, our coasts are vulnerable in late summer to this largely unpredictable – and in our case unseen – menace. 
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Dwindling waterways challenge desert fish in warming world

One of Arizona’s largest watersheds – home to many native species of fish already threatened by extinction – is providing a grim snapshot of what could happen to watersheds and fish in arid areas around the world as climate warming occurs. New research by scientists in the College of the Environment and Ohio State University suggests that by 2050, one-fifth more streams will dry up along the Verde River Basin in Arizona each season, and at least a quarter more days with no water flow — a problem when fish are trying to reach spawning habitats and refuges where water still remains. 
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Ocean’s most oxygen-deprived zones to shrink under climate change

Climate change is complex, no doubt about it. Much of that complexity lies in the interconnectedness of our world, where scientists are continually striving to increase our understanding of how natural systems function and may be affected with the ripple effects associated with a changing climate. Sharpening our understanding helps us better predict what the future holds. In a recent paper published in Science, College of the Environment’s Oceanography associate professor Curtis Deutsch talks about a new link in the climate change story, and how it may play out in terms of the oxygen depleted zones of our oceans. 
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Jul 22, 2014 / Geology

Oso disaster had its roots in earlier landslides

An interdisciplinary team of risk analysis experts, engineers, and scientists — including Earth and Spaces Sciences’ David Montgomery — released a report on Tuesday offering details about the Oso landslide that happened earlier this year. The  report focuses on observations and data collection where the landslide occurred, reviews nearby geologic conditions and land-use and landslide risk assessments, and collects eyewitness accounts of the disaster. 
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Jul 16, 2014 / Geology, M9

Geophysicists prep for massive ‘ultrasound’ of Mount St. Helens

Scientists are gearing up to get started in earnest this weekend on a massive collaborative effort to map the internal plumbing of Mount St. Helens. The College of the Environment’s Department of Earth and Space Sciences is playing a major role–lead by professor Kenneth Creager–along with numerous other institutions. The researcher’s goal is to better understand the inner workings of the mountain and other volcanoes in the Cascade Range as in order to better protect nearby urban areas. 
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Ocean upwelling becoming more intense with a changing climate

Our Washington coastline is one of the most prolific and productive in the world, teeming with abundant plant and animal life. In fact, much of entire U.S. west coast is the same, and we can largely thank a strong upwelling system for driving this bounty. New research published in Science has shown that upwelling in the eastern boundary current systems – meaning, the eastern edges of ocean basins across the globe where winds, currents, and geological formations create a prime environment for upwelling – has increased globally over the past 60 years. 
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Jun 23, 2014 / Geology, M9

Scientists ready to study magma formation beneath Mount St. Helens

University and government scientists are embarking on a collaborative research expedition to improve volcanic eruption forecasting by learning more about how a deep-underground feeder system creates and supplies magma to Mount St. Helens. They hope the research will produce science that will lead to better understanding of eruptions, which in turn could lead to greater public safety.
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