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With several university athletic programs around the country — including the University of Washington — announcing moves to new conferences that will likely increase travel for student-athletes, a group of sleep and circadian scientists and physicians have published a white paper describing the significance of repeated, chronic jet lag on student-athlete health and performance — both in academics and in sports, and suggesting strategies to reduce the consequences of travel across time zones.

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.

Polar scientist Eric Regehr studies polar bears on Wrangel Island, an island off Russia that is home to the highest concentration of polar bears in the world. Regehr and UW glaciologist Ian Joughin will field audience questions after screenings of “Arctic: Our Frozen Planet,” which focuses on the changing Arctic environment.

Many of us are familiar with the hummingbirds that visit feeders, plants and gardens around us. But these small creatures are unusual in the ways they push the limits of biology, says Alejandro Rico-Guevara, UW assistant professor biology and curator of ornithology at the Burke Museum. He and his students study hummingbirds and other birds that drink nectar.  “I think what really caught my attention is their personality – how they can be so fierce and so bold despite being…

A new population of polar bears documented on the southeast coast of Greenland use glacier ice to survive despite limited access to sea ice. This small, genetically distinct group of polar bears could be important to the future of the species in a warming world.

New research by scientists at the University of Washington and Duke University is shedding light on how the nasal passage of dolphins and whales shifts during embryonic development from emerging at the tip of the snout to emerging at the top of the head as a blowhole. The findings, published July 19 in the Journal of Anatomy, are an integrative model for this developmental transition for cetaceans.