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With over one million species currently at risk of extinction due to climate change and human activity, the CAMBIUM NRT program will serve as a hub for educating students to work across disciplines, providing them with the tools to analyze, integrate, and apply large-scale biodiversity data to develop real-world solutions.

For the first time, one of the Giant Magellan Telescope's primary mirror segments, produced at the U of A Richard F. Caris Mirror Lab, has been integrated into a support structure that will maintain the mirror's shape once mounted on the telescope.

“A lot of my professors come from diverse backgrounds, and they understand diverse backgrounds, which is really helpful when you're learning about something like psychology, where you really need to have an open mind to different cultures and values," Quintero said.

Catalina Carlos is a long time Arizonan and proud alumni of the University of Arizona. Now the Director of Recruitment and Engagement for the College of Science, Carlos has over 10 years of experience as an advisor on equity, access, and inclusion in admissions at the U of A.

Every second, more than 3,000 stars are born in the visible universe. Many are surrounded by protoplanetary disks – swirling "pancakes" of hot gas and dust, from which planets form. U of A researchers have obtain detailed insights into the forces that shape protoplanetary disks.

With financial support from the Provost Investment Fund, Physics created a transformative new studio space, allowing for more hands-on learning and collaborative experimentation opportunities for students.

The endowment honors the memory of Meixner, a renowned hydrologist and former head of the Department of Hydrology and Atmospheric Sciences. McIntosh is as a University Distinguished Scholar, professor and associate head of the department.

A new U of A-led study combines data from ancient shells with advanced climate modeling to shed light on how El Niño weather patterns might change in a warming world.

Tree-ring data reveal that periodic shifts in strong winds high above Earth's surface have driven opposite climates in different parts of Europe for at least the past 700 years.