Environmental Solutions

Archaeologist Xinyi Liu’s field work on the Tibetan Plateau, inner Mongolia and regions across Central Asia has contributed to a better understanding of the globalization of food in deep antiquity and its biological and social consequences.

Foston takes detailed look at lignin disassembly on path to replace petroleum with renewables

Scientists at WashU are developing a prototype for an instrument for a future Moon mission with support from a nearly $3 million grant from NASA.

Xianglin Li leads team with $1.5 million from ARPA-E for next-generation, high-energy battery

The new Center for the Environment serves as a hub for cross-disciplinary collaboration, which is crucial to solving complex environmental problems.

Climate Across Curriculum connects Gateway STEM students to WashU experts and resources. Recently, a cohort of 40 high school students met and had a Q&A session with Elizabeth Kolbert.

Two teams of engineers led by WashU faculty will work toward developing products to monitor drinking water quality and to detect explosives with an electronic nose with one-year grants from the National Science Foundation.

The soils in many iconic Australian landscapes are colored red by an abundant mineral known as goethite. This mineral tends to lock away trace metals over time, according to WashU research.

Kimberly Parker, an assistant professor of energy, environmental and chemical engineering, studies dicamba in the lab under different variables to determine the mechanisms behind how it turns into vapor, a process called volatilization.

A new study by researchers at Washington University in St. Louis and Sichuan University in China traces the roots of the longstanding cultural interactions across the Tibetan Plateau to prehistoric times, as early as the Bronze Age.