Briana Abrahms
August 21, 2024
Human-wildlife overlap expected to increase across more than half of Earth’s land by 2070
The overlap between humans and animals will increase substantially across much of the planet in less than 50 years due to human population growth and climate change, according to a collaborative study by scientists at the University of Michigan, the University of Washington and University College London. By 2070, the overlap between humans and more than 22,000 vertebrate species will rise across nearly 57% of Earth’s land, according to the team.
April 22, 2024
Faculty/staff honors: Rising Star Award for DEI, honors for ornithological work, and more
Recent recognition for the University of Washington includes a Rising Star Award, honors for distinguished ornithological work and a Gold Medal Award for Impact in Psychology.
October 17, 2023
UW’s Briana Abrahms chosen as a Packard Fellow for 2023
Briana Abrahms, a University of Washington assistant professor of biology and researcher with the UW Center for Ecosystem Sentinels, has been named a 2023 Packard Fellow for Science and Engineering, according to an Oct. 16 announcement from the David and Lucille Packard Foundation. As one of 20 new fellows across the country, Abrahms, who holds the Boersma Endowed Chair in Natural History and Conservation, will receive $875,000 over five years for her research.
February 27, 2023
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.
January 9, 2023
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.
June 27, 2022
Top predators could ‘trap’ themselves trying to adapt to climate change, study shows
A study led by University of Washington researchers shows that over a 30-year period, African wild dogs shifted their average birthing dates later by 22 days, an adaptation that allowed them to match the birth of new litters with the coolest temperatures in early winter. But as a result of this significant shift, fewer pups survived their most vulnerable period because temperatures during their critical post-birth “denning period” increased over the same time period, threatening the population of this already endangered species. It is the first study to show that large mammalian carnivores are making major changes to their life history in response to a changing climate.
February 17, 2022
UW biologist and computer scientist named Sloan Fellows
Two faculty members at the University of Washington have been awarded early-career fellowships from the Alfred P. Sloan Foundation. The new Sloan Fellows, announced Feb. 15, are Brianna Abrahms, an assistant professor in the Department of Biology, and Yulia Tsvetkov, an assistant professor in the Paul G. Allen School of Computer Science & Engineering.
January 11, 2022
Researchers find concerns for animals tied to same habitats
Like humans, wild animals often return to the same places to eat, walk on the same paths to travel and use the same places to raise their young. A team led by researchers at the University of Washington and the University of Wyoming has reviewed the scientific literature and found that, while “consistent” behavior may be beneficial when environmental conditions don’t change very fast, those benefits may not be realized in the ever-changing world dominated by humans.
July 29, 2021
Climate change to fuel increase in human-wildlife conflict, UW biologist says
Climate change is further exacerbating human-wildlife conflicts by straining ecosystems and altering behaviors, both of which can deepen the contacts — and potential competition — between people and animals. In an article published July 30 in the journal Science, Briana Abrahms, an assistant professor of biology at the University of Washington and its Center for Ecosystem Sentinels, calls for expanding research into the many ways that climate change will impact the complex interplay between human activities and wildlife populations.
September 17, 2020
Watching over whales: Online tool detects whales and ships in California’s Santa Barbara Channel in near real-time
Whale Safe — an online tool launched Sept. 17 by scientists at the University of California, Santa Barbara, the University of Washington and other partner institutions — allows users to detect and better protect these endangered animals in the Santa Barbara Channel. It is a mapping and analysis tool to help prevent ships from running into whales.
