Campus & Community

A home-based health monitoring program developed by Washington University School of Medicine and BJC HealthCare has proven invaluable in helping to track the progress of patients who test positive for the virus but aren’t sick enough to be hospitalized.

A new study co-authored by biologist Jonathan Myers in Arts & Sciences provides key insights into how and why tree populations migrate in response to climate change. The research was published in the Proceedings of the National Academy of Sciences.

Members of the university community are urged to participate in upcoming blood drives to help restore the blood supply. The next one is Wednesday, Jan. 19, on the Medical Campus.

HomeGrown StL, an initiative born of the Race and Opportunity Lab at the Brown School, recently formed a Regional Steering Committee to provide direct community governance.

The National Security Innovation Network (NSIN) appointed Mike Seper as the university program director at Washington University in St. Louis.

Rock formations called shut-ins confine a section of a river, forcing water to flow between the steep walls of a canyon or gorge. Shut-ins are found in streams and rivers across the Ozarks. But some of the most outstanding shut-ins in the state are located at Johnson’s Shut-Ins State Park, where Washington University scientists are studying bedrock river erosion.

Trail cameras have captured 567 pictures of local turkeys as part of the St. Louis Wildlife Project, an effort led by scientists at Tyson Research Center and the University of Health Sciences and Pharmacy in St. Louis.

Molly Metzger, senior lecturer at the Brown School, has been named one of this year’s Hedy Epstein Memorial Open Door Awards honorees by the Metropolitan St. Louis Equal Housing and Opportunity Council.

Washington University in St. Louis is part of a newly formed coalition designed to reduce racial, economic and spatial inequities in the St. Louis region.

Each fall, the leaves of almost half of North America’s species of trees and shrubs turn red. Biologist Susanne S. Renner at Washington University in St. Louis helps explain why the North American fall is so red, compared with Europe, and also what changes to fall foliage we can expect under climate change.