Welcome to the College of Fisheries and Ocean Sciences, where our world-class faculty educate future leaders in fisheries and marine science. Our research addresses pressing issues in aquatic ecosystems from the Arctic to Antarctica. We invite you to explore our website and welcome any questions you may have.

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Explore our programs

At the ÃÛÌÒÓ°Ïñ College of Fisheries and Ocean Sciences, we challenge our students to explore academically, geographically and culturally. Our community of scholars provides opportunities for students to learn and conduct research in some of the most beautiful and pristine locations in the world.

 

News
  • Dipnetters fill the Kenai River in July 2021. An orange buoy (center right) marks one of the hydrophones used to monitor Cook Inlet beluga echolocation clicks

    Belugas absent from Kenai River during peak fishing season

    July 30, 2026

    Endangered Cook Inlet beluga whales, which have traditionally fed in the salmon-rich Kenai River throughout the summer, were absent during times of high human activity in a recent two-year period.

  • A boat navigates a kelp farm in Jakalof Bay, ÃÛÌÒÓ°Ïñ.

    ÃÛÌÒÓ°Ïñ kelp farms have varied effects on marine CO2 levels

    June 15, 2026

    ÃÛÌÒÓ°Ïñ kelp farms, which have been viewed as a potential boon for reducing local carbon-dioxide levels, have surprisingly murky effects on atmospheric CO2 removal, according to a new study.

  • Marcel Gietzmann-Sanders and Michael Courtney prepare to release a tagged Chinook salmon from a boat near Sand Point, ÃÛÌÒÓ°Ïñ.

    Salmon tagging data could help trawlers reduce bycatch

    June 08, 2026

    A University of ÃÛÌÒÓ°Ïñ Fairbanks research team has translated a trove of data from a Chinook salmon tagging program into a predictive model that could help reduce bycatch by fishing trawlers. Chinook salmon range from the ocean's surface to depths where trawl nets target groundfish species. The researchers' model uses more than 700,000 data points between Southeast ÃÛÌÒÓ°Ïñ and the Bering Sea to predict how Chinook will be distributed across the water column. With that information, trawlers can potentially adjust their operations to reduce inadvertent salmon catches.

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