News

The Department of State's Diplomacy Lab gives college students the opportunity to present their recommendations on various topics. Two UArizona classes teamed up in the fall to participate in the program for the first time.

Kirsten Engel researches how, why and when state and local climate policies spread to other jurisdictions or to the federal government.

The new UArizona Health Sciences Sensor Lab is expanding health care research by providing access to wearable sensors and advanced digital technologies.

The College of Medicine – Phoenix will serve as home base for the first-ever U.S. program to teach surgery and procedural skills for space missions in 2023.

Floods affect more people than any other type of natural disaster and are expected to increase as the climate changes. Beth Tellman uses satellite data to improve our understanding of where floods occur and to develop applications for emergency response and recovery.

Arizona leads the nation in enrolling participants in the National Institutes of Health's All of Us Research Program.

Most of the rocky bodies in our solar system were formed or shaped by massive collisions early in the solar system's history. A newly observed dust cloud from a similar crash offers clues about how often these events occur around other stars.

Joellen Russell uses floating robots, supercomputers and satellites to predict the global climate and carbon cycle, particularly the role of the Southern Ocean around Antarctica.

UArizona is celebrating Women's History Month by highlighting some of the many women on campus working on climate change-related issues in hopes of creating a better future.

The $23 million, donor-funded project will provide new space for the internationally recognized UArizona center, which focuses on whole-person wellness.

After months of alignment and fine-tuning, the James Webb Space Telescope has produced its first clear image of a star, thanks to the Near Infrared Camera developed and managed by UArizona. NASA is confident that the telescope's optics can achieve the mission's science goals.

Alpine permafrost, which is found closer to the equator at high elevations, is expected to melt at a faster rate than arctic permafrost under current global warming conditions, according to new research.