Coyote genes may show urban evolution at work
A new study outlines the ways by which city life may be shaping the evolution of urban coyotes, the highly adaptable carnivores spotted in alleyways from Berkeley, Calif., to the Bronx, in New York.
Nothin’ but pawpaws in the pawpaw patch
Pawpaw fruits — the largest native fruits in North America — have become popular among foragers and foodies alike, with their custard-like texture and a sweet flavor often described as a cross between a mango and a banana.
Ancient maize genomes help chart corn’s journey into eastern North America
A new study published in Cell uncovers the deep evolutionary roots of flint and dent maize, commonly known as corn, two foundational varieties central to modern maize breeding and cultivation. Eighteen samples came from Ozark rockshelters and provide the first ancient maize DNA from east of the Rocky Mountains.
Saving forests and alleviating poverty
WashU sophomores work with villagers in rural Madagascar to conserve biodiversity.
Island biodiversity rides on the wings of birds
Bird wing shape is a trait that influences biodiversity patterns on islands around the world, according to research from WashU biologists.
A high-tech way to track an age-old problem
Students in the “Geospatial Field Methods” course used drones to map flooding along the Meramec River.
How plants evolved multiple ways to override genetic instructions
WashU biologists investigate inner workings of DNA methylation in plants.
Home to 6,500 trees, WashU Arboretum earns rare status
The WashU Arboretum, home to some 6,500 trees across the Danforth Campus, recently received Level III accreditation by the ArbNet Arboretum Accreditation Program.
It’s a worm’s world: regeneration and regrowth in the Özpolat Lab
Duygu Özpolat’s work revolves around annelids—looking at how they develop and regenerate.
How to grow food without light
Feng Jiao and collaborators plan to grow food through carbon dioxide electrolysis.