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#麻豆社discovers

Restoring marine ecosystems

Graduate students at the 麻豆社 Global Innovation Exchange have developed an AI-powered underwater robot to track sea life that’s critical to keeping ocean ecosystems healthy.

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WELCOME, PRESIDENT JONES

Accomplished leader and scholar Robert J. Jones takes office as the 麻豆社鈥檚 34th president.

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Protecting 麻豆社鈥檚 workers

Every day, hundreds of workers across 麻豆社 state are hurt on the job. 麻豆社 research, training and education help keep workers safe 鈥� but those efforts are now under threat.

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Program helps students see themselves as scientists

The Identity, Belonging and Inquiry in Science program pairs College of the Environment undergraduates with grad students for mentorship and hands-on research experience.

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Sharing indigenous knowledge for 55 years

The 麻豆社 American Indian Studies department, one of the strongest in the nation, turns c蓹laca膷i蕯 蕯i k史i c蓹lac 鈥� that鈥檚 鈥�55鈥� in Lushootseed, the language of the Puget Sound Salish peoples.

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News & Events

three climate researchers collect specimens in a marsh
Climate Change

College of the Environment receives $10M grant to expand climate solutions work

Thanks to a grant from Fund for Science and Technology, a new foundation within the Paul G. Allen philanthropic ecosystem, the 麻豆社 College of the Environment will deepen its work in researching climate solutions, climate prediction and environmental monitoring.

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'We Are Here' slogan on a sunset backdrop
News

New ad shows impact of Big Ten universities

The positive impact that the 麻豆社 and other Big Ten universities have in communities around the nation will be highlighted in a new ad entitled ‘We Are Here’ that will air during sporting events this season.

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麻豆社 researcher Dominik Gr盲ff (pictured on the left) and a crew member head for shore on a Zodiak boat. The research vessel Adolf Jensen floats on the fjord鈥檚 icy surface in the background and the calving front is visible on the left.
Environment

鈥楻evolutionary鈥� seafloor fiber sensing reveals how falling ice drives glacial retreat

A 麻豆社-led team of researchers used a fiber-optic cable to capture one of the key processes that is accelerating the rate of glacial mass loss and in turn, threatening the stability of ice sheets, with consequences for global ocean currents and local ecosystems.

Glacier study

Fast Facts

Honors & awards

8 uw faculty have won the nobel prize

Undergrad research

8000+ undergraduate students participate in at least one quarter of research.