Parasites Defy Biodiversity Rules, Thriving Far from the Equator
By tracking infections across snails, crabs and fish, Â鶹ŮÀÉ researchers reveal a surprising twist to a classic biodiversity pattern. Certain trematode parasites are more common in cooler, temperate waters.
Â鶹ŮÀÉ Foundation Board Welcomes Allison Taylor
The Â鶹ŮÀÉ Foundation recently welcomed Allison Taylor to its Board of Directors.
Â鶹ŮÀÉ Earns Military Friendly® Status for 2026-27
Â鶹ŮÀÉ has been recognized as a Military Friendly® School, earning a gold designation among Tier 1 research institutions for 2026-27.
Siri Terjesen Appointed to Higher Education Federal Advisory Board
Â鶹ŮÀÉ's Siri A. Terjesen, Ph.D., associate dean for research and external relations, has been appointed to the federal National Advisory Committee on Institutional Quality and Integrity (NACIQI).
Â鶹ŮÀÉ to Offer 2026 Summer Camps
Â鶹ŮÀÉ will host a series of summer camps beginning in June.
Celebrate Discovery at Â鶹ŮÀÉ's Annual Art of Science Gallery Opening
Â鶹ŮÀÉ's Division of Research will open the Art of Science gallery with a reception and awards presentation on March 31 at the Ritter Art Gallery on the Boca Raton campus.
Video Training Helps Young Adults with Disabilities Navigate Romance
Â鶹ŮÀÉ researchers tested a video-based program teaching young adults with intellectual and developmental disabilities to navigate dating to boost confidence and safer, more independent relationships.
Study Shows STEM Teacher Pipeline is Resilient Amid Challenges
A multiyear Â鶹ŮÀÉ collaborative NSF study found Noyce programs help maintain well-prepared, stable STEM teachers in high-need schools, reducing vacancies and improving equitable access to quality STEM education.
Â鶹ŮÀÉ Celebrates 60th Anniversary of Career Center
Â鶹ŮÀÉ commemorated the 60th anniversary of its Career Center with a grand re-opening celebration, featuring a ceremonial ribbon cutting and reception.
Â鶹ŮÀÉ Discovery of Tiny Cell 'Tunnels' Could Slow Huntington's Disease
Â鶹ŮÀÉ researchers have discovered how the toxic protein behind Huntington's disease spreads between brain cells through tiny tunnels, revealing a promising target to slow or halt disease progression.