A team led by researchers at the University of Washington has discovered a major cause for a drop in nighttime pollinator activity — and people are largely to blame. Nighttime pollution creates a chain of chemical reactions that degrades scent cues, leaving flowers undetectable by smell.
Read more at UW News »Atmospheric Science’s Mike Wallace awarded 2024 Japan Prize
Mike Wallace, UW professor emeritus of atmospheric sciences, is a 2024 recipient of the Japan Prize. The prestigious award honors scientists and researchers worldwide for having contributed significantly to the peace and prosperity of humankind through achievements that have substantially advanced science and technology.
Read more »Year in review: College of the Environment story highlights from 2023
From new discoveries in our solar system to insights about how predators and prey interact with humans, 2023 was another impressive year of research in the College of the Environment. Our students tackled new challenges, and we celebrated anniversaries, new honors, new leadership positions and more.
Read more »UW Department of Atmospheric Sciences maintains No. 1 global ranking; more than two dozen UW subjects in top 50
Six University of Washington subjects ranked in the top 10, and atmospheric sciences maintained its position as No. 1 in the world on the Global Ranking of Academic Subjects list for 2023. The ranking, released at the end of October, was conducted by researchers at the ShanghaiRanking Consultancy, a fully independent organization dedicated to research on higher education intelligence and consultation.
Read more at UW News »North Atlantic’s marine productivity may not be declining, according to new study of older ice cores
A prominent 2019 study used ice cores in Antarctica to suggest that marine productivity in the North Atlantic had declined by 10% during the industrial era, with worrying implications that the trend might continue. But new research led by the University of Washington shows that marine phytoplankton — on which larger organisms throughout the marine ecosystem depend — may be more stable than believed in the North Atlantic.
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