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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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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The Southern Ocean plays a major role in taking carbon from our atmosphere and storing it in the ocean. Yet the finer points of what makes these waters so good at doing that are not well known. Notoriously dangerous seas, the Southern Ocean — which surrounds Antarctica — have historically been difficult for scientist to access and study. College of the Environment oceanographers are set to help change that as one of 10 partner institutions in a new National Science Foundation study.
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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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Following rapid warming in the late 20th century, this century has so far seen surprisingly little increase in the average temperature at the Earth’s surface. At first this was a blip, then a trend, then a puzzle for the climate science community. New research co-authored by Ka-Kit Tung, a UW professor of applied mathematics and adjunct faculty member in atmospheric sciences, has found that the Atlantic Ocean has stored much of the missing heat, as part of a natural cycles.
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