BIOLOGY - Marine plankton exist as the base of most ocean food webs that support and sustain valuable fisheries. Planktonic organisms remain understudied: researchers find them difficult to sample given that their sizes span from less than one micron to meters.

BIOLOGY - A western wildflower known as the scarlet monkeyflower could demonstrate how key evolutionary traits can help native species adapt to a rapidly changing climate.

BIOLOGY - Even worms have a ticking fertility clock. A new study from UO biologists suggests one possible reason why reproduction slows with age. Older worms are less efficient at repairing broken DNA strands while making egg cells—part of a process that’s essential for fertility.

BIOLOGY - Nanomia bijuga, a marine animal related to jellyfish, swims via jet propulsion. And it can control these jets individually, either syncing them up or pulsing them in sequence. These two different swimming styles let the animal prioritize speed or energy efficiency, depending on its current needs, a team of UO researchers found.

NEUROSCIENCE - The animal's sophisticated visual system could offer clues to brain evolution

BIOLOGY - Gut microbes encourage specialized cells to prune back extra connections in brain circuits that control social behavior, new UO research in zebrafish shows. The pruning is essential for the development of normal social behavior.

BIOLOGY - A new gene editing technique developed by UO researchers compresses what previously would have been years of work into just a few days, making new kinds of research possible in animal models.

The University of Oregon continued its multiyear streak of increasing grant funding in fiscal year 2021-22 (FY22). Numerous faculty members received recognition for their contributions to research, as well as the number of research awards with direct positive effects on local and regional communities.

BIOLOGY - Almost a decade ago, UO graduate student Jennifer Hampton Hill made a fortuitous find: A protein made by gut bacteria that triggered insulin-producing cells to replicate. The protein was an important clue to the biological basis for Type 1 diabetes.

BIOLOGY - It’s 6 a.m. on a summer morning on the Oregon coast, and a dozen undergraduate students wearing tall rubber boots are piling into vans. They’re juggling granola bars and notebooks, texting friends who are running late.