A new study tracked silky and sandbar sharks using acoustic telemetry in the Gulf of Mexico's Flower Garden Banks National Marine Sanctuary. Researchers found juvenile silky sharks exhibited seasonal habitat shifts, utilizing both natural banks and artificial reefs. Adult female sandbar sharks, however, displayed extensive movements, often traveling thousands of kilometers beyond sanctuary boundaries to distant locations like the Florida Keys and North Atlantic. Interestingly, while both species used shared sites, they rarely co-occurred, possibly due to predation avoidance. The findings highlight that marine protected areas are just one component of a shark's dynamic, interconnected habitat network, emphasizing the need for conservation strategies that consider broad-scale connectivity and the ecological role of artificial structures.

Texas A&M University received U.S. government backing for its plan to use nanorobots modeled to swim like fish to harvest lithium from seawater.

“The Europeans are still moving slowly on generating strategic autonomy, but that is partly due to the sheer scale of the problem,” Dr. Alexandra Chinchilla, an Assistant Professor of International Affairs at Texas A&M University, told me in an interview.

A new drug is being tested that may help protect the heart after a heart attack. The treatment is designed to help the heart heal more effectively, potentially improving both survival and long-term recovery. It is designed to limit damage and support more effective repair. If similar benefits are observed in future human trials, it could improve both survival and long-term recovery after cardiac injury.

Texas A&M University announced Friday that it would make tuition free for incoming undergraduate students from families with annual incomes of $100,000 or less. The enhanced financial aid will begin in the 2026-27 academic year and represents a significant expansion of A&M’s existing Aggie Assurance financial aid program.

A new groundbreaking study from Texas A&M University appears to have solved the question of how prolonged circadian disruption caused by night-shift work fuels the creation and aggressive spread of breast cancer.