Backed by a $1 million U.S. Department of Energy award, the project aims to create a more efficient, sustainable way to capture a critical battery mineral and strengthen the domestic clean energy supply chain.

Newly rediscovered population offers a rare opportunity to understand the ecology and conservation of one of the world's least-studied hammerhead species.

Efforts unite scientists across disciplines to pioneer early detection, treatment and care solutions.

Study details rapid genetic shift influencing pigmentation, offering new insight into how biodiversity develops.

Members of the Landscape Ecology and Drones Lab preparing a drone in the field

The Texas A&M University Landscape Ecology and Drones Lab employs high-tech solutions to improve on-the-ground land management.

Researchers are developing an AI-driven platform that learns each person's unique behaviors and communication styles to enable more personalized interventions for children with autism and people living with dementia.

A first-of-its-kind device that replicates human blood flow waveforms in the lab opens doors for advancing the study of vascular diseases, discovering drugs and supporting safe space travel.

A new study identifies naturally occurring microRNAs that help regulate cell growth and could one day support targeted cancer therapies.

A natural therapy heals brains after traumatic injury, making seizures both harder to trigger and rarer, while pointing to a future that could cure epilepsy.

Researchers are developing a system that uses patient data to help physicians identify the disease sooner.