Environment

  • Human-wildlife conflicts rising worldwide with climate change

    Research led by scientists at the University of Washington's Center for Ecosystem Sentinels reveals that a warming world is increasing human-wildlife conflicts globally. They show that climate shifts can drive conflicts by altering animal habitats, the timing of events, wildlife behaviors and resource availability. It also showed that people are changing their behaviors and locations in response to climate change in ways that increase conflicts.

    02/27/2023 | UW News
  • Carnivores? attacks on humans are becoming more common, and climate change isn?t helping

    Attacks on humans by carnivorous animals have increased steadily since 1950, as growing human populations in new areas make such incidents more common, according to a study published last week. According to other experts, climate change may also be contributing to increased human-wildlife conflict. Briana Abrahms, assistant professor of biology at the UW, is quoted.

    02/09/2023 | NBC News
  • UW experts discuss the earthquake in Turkey and Syria

    Three University of Washington experts have provided quotes in response to the magnitude 7.8 earthquake that struck Turkey and Syria on Monday morning.

    02/09/2023 | UW News
  • A Philosopher Goes Wild

    Philosopher Arthur Obst, a UW doctoral student, thinks that wild places can thrive — if we adjust our definition of wilderness and embrace the idea of letting go. 

    February 2023 Perspectives
  • Scene of Change | Be Boundless

    Briana Abrahms, Assistant Professor and Boersma Endowed Chair in Natural History and Conservation, UW Department of Biology, uses data to help people and animals coexist with climate change in Botswana.

    UW News
  • Climate ‘presses’ and ‘pulses’ impact Magellanic penguins — a marine predator — with guidance for conservationists

    Climate change will reshape ecosystems through two types of events: short-term, extreme events — or “pulses” — and long-term changes, or “presses.” Understanding the effects of presses and pulses is essential as conservationists and policymakers try to preserve ecosystems and safeguard biodiversity. Researchers at the University of Washington have discovered how different presses and pulses impacted Magellanic penguins — a migratory marine predator — over nearly four decades and found that, though individual presses and pulses impacted penguins in a variety of ways, both were equally important for the future survival of the penguin population. They also found that these types of climate changes, taken together, are leading to an overall population decline at their historically largest breeding site.
    UW News
  • UW professors create documentary about the 2018 Maple Fire

    In the summer of 2018, 3,300 acres of the Olympic National Forest were set ablaze by poachers aiming to cut down maple trees. UW professors Daniel Hoffman and Lynn Thomas created a documentary, titled “The Maple Cutter,” about the incident — read writer Curran Nielsen’s interview with the filmmakers.

    The Daily
  • ‘Fishing Was His Life’: Centering Black livelihoods in the fishing industry

    Nina Chanel Abney explores inequity and identity through vibrant prints at the Henry Art Gallery.

    The Daily
  • Q&A: Managing Washington’s gray wolf population – through fear

    Wolf management in Washington has been controversial. Rob Anderson, who obtained his Ph.D. at the University of Washington, explains the dynamic of managing a species through fear.
    UW News
  • Extreme Heat Will Change Us

    Half the world could soon face dangerous heat. We measured the daily toll it is already taking. While the future is uncertain, climate scientists widely agree that even in the best-case scenarios — in which humans take dramatic action to lower carbon emissions — days with dangerous levels of heat and humidity are very likely to become more common in much of the world. The forecasts of heat stress shown in this article include Adrian E. Raftery and David S. Battisti at the University of Washington. 

    The New York Times
  • Isotope data strengthens suspicions of ivory stockpile theft

    A study led by Thure Cerling, a professor at the University of Utah, and co-authored by Sam Wasser, a University of Washington professor of biology, used carbon isotope science to show that tusks from a guarded government stockpile in Burundi have somehow made their way into the hands of illegal ivory traders.
    UW News
  • Endangered fruit-eating animals play an outsized role in a tropical forest — losing them could have dire consequences

    A new study by researchers at the University of Washington shows that losing a particular group of endangered animals — those that eat fruit and help disperse the seeds of trees and other plants — could severely disrupt seed-dispersal networks in the Atlantic Forest, a shrinking stretch of tropical forest and critical biodiversity hotspot on the coast of Brazil.
    UW News
  • These female hummingbirds evolved to look like males — apparently to evade aggression

    1 in 5 adult female white-necked jacobin hummingbirds look like males. New research from the University of Washington shows that this is a rare case of "deceptive mimicry" within a species: Females with male-like plumage are trying to pass themselves off as males, and as a result receive a benefit in the form of reduced aggression from males.
    UW News
  • TURNING THE TIDE: Seattle’s waterfront is getting a major makeover — with a little help from the UW.

    Norie Sato (MFA,, 1974) has been commissioned by the city to install one of seven new large-scale art pieces for the waterfront project.

    University of Washington Magazine
  • ‘Dangerous’ and ‘extremely dangerous’ heat stress to become more common by 2100

    A new study projects the number of days with "dangerous" and "extremely dangerous" mixtures of heat and humidity by the end of this century. Even if global warming is limited to 2 degrees Celsius, results show that deadly heat waves will become much more common in the mid-latitudes, and many tropical regions will experience "dangerous" heat for about half the year.
    UW News