Seabirds, from cormorants to puffins, spend most of their lives at sea. Beloved by birdwatchers, these animals can be hard to study because they spend so much time far from shore. New research led by the University of Washington uses data collected by coastal residents along beaches from central California to Alaska to understand how seabirds have fared in recent decades.
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Together with #UWEnvironment researchers and educators, we venture from the mountains to the sea in Episodes 7 and 8 of our FieldSound Podcast. Episodes 7 of our FieldSound Podcast features Randie Bundy, a researcher with the University of Washington School of Oceanography. Her complex work looks into the cycling of trace metals in marine environments, how bioactive metals such as iron, copper, and cobalt are acquired by marine phytoplankton and bacteria, and how the organic forms of these metals affect their uptake and cycling in the ocean.
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An international team including a University of Washington scientist has found that the water on one of Saturn’s moons harbors phosphates, a key building block of life. The team led by the Freie Universität Berlin used data from NASA’s Cassini space mission to detect evidence of phosphates in particles ejected from the ice-covered global ocean of Saturn’s moon Enceladus. Phosphorus, in the form of phosphates, is vital for all life on Earth.
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The School of Marine and Environmental Affairs (SMEA) turned 50 this academic year, so we asked Nives Dolšak, professor and director of SMEA, and Dave Fluharty, professor and longest serving SMEA faculty member, for their perspectives on this milestone. With 11 core faculty and strong support from professors of practice, adjunct, affiliate and emeritus faculty, SMEA offers a two-year, interdisciplinary, in-residence program with graduates receiving a Master of Marine Affairs degree.
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Tiny pieces of plastic in the ocean might seem innocuous on their own, but their growing presence is a frustrating issue facing marine ecosystems. The particles’ small size makes them difficult to clean up, and it also allows them to easily burrow into marine environments or even get ingested by ocean organisms. Two University of Washington researchers are using very different methods to investigate the issue of marine microplastics.
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