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The University of Arizona is proud to support and participate in the American Geophysical Union's Fall Meeting, the world's largest and most influential gathering dedicated to Earth and space sciences. Our researchers are global leaders in atmospheric, oceanic, solid earth, and space sciences making Arizona a powerhouse in cutting edge discoveries and advancing ethical, resilient solutions to our world's most pressing problems.

The University of Arizona is proud to support and participate in the American Geophysical Union's Fall Meeting, the world's largest and most influential gathering dedicated to Earth and space sciences. Our researchers are global leaders in atmospheric, oceanic, solid earth, and space sciences making Arizona a powerhouse in cutting edge discoveries and advancing ethical, resilient solutions to our world's most pressing problems. 

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The stakes have never been higher. Through collaboration and innovation, UArizona research has greater impacts.

 

Researchers at the University of Arizona make up a diverse community of people who thrive on innovation and collaboration. Many have played a part in groundbreaking projects ranging from exploring Mars and collecting an asteroid sample, to studying rainforests and oceans—outside and under 7.2MMcf of sealed glass—and using wastewater to detect COVID-19.

 

We bring together faculty and other researchers from disciplines spanning campus to tackle complex challenges and questions related to our world. This range of expertise, when combined, broadens opportunities for innovation and solutions with impact.

 

This expertise pulls from strengths at every corner of UArizona:

 

Space and Planetary Sciences

 

UArizona is home to world-renowned observatories, state-of-the-art telescopes, and leading university departments and centers carrying out research in astronomy and planetary and space sciences. We mapped the moon, lead NASA missions, build the world’s largest telescopes, and are ranked No. 1 in astronomy and astrophysics expenditures by the National Science Foundation.

 

 

Earth, Climate, Environment, Water, and Energy

 

UArizona is ranked as the leading university in the U.S. in water resources and among the top 30 public institutions for natural resources and conservation, geosciences, atmospheric sciences, and ocean sciences. Our research spans physical and social sciences to better understand environmental challenges and develop solutions that tangibly improve people’s resilience to environmental shocks, including those due to climate change.

 

 

Join us as we forge innovative pathways, form powerful collaborations, and make remarkable discoveries.

UArizona Graduate Admissions

The University of Arizona is one of the nation's top 20 public research institutions, enabling you to work with leading researchers and providing an ideal environment for advanced study.  We place high priority on interdisciplinary studies, intellectual and cultural diversity, and international exchange. The University of Arizona is a place of discovery.

Groundbreaking projects. World-class facilities.

Biosphere 2

The world’s largest closed ecological systems experiment, Biosphere 2 is a living laboratory for controlled scientific studies of Earth systems, an arena for scientific discovery and discussion, and a provider of public education.

Large Binocular Telescope Observatory (LBTO)
Large Binocular Telescope Observatory

Located in southeastern Arizona's Pinaleno Mountains at an altitude of 3200m, LBTO is headquartered on the Tucson campus of the University of Arizona. It is an international collaboration of UArizona, Italy, Germany, The Ohio State University, and the Tucson–based Research Corporation representing the University of Minnesota, the University of Virginia, and the University of Notre Dame.

A graphic illustration of the OSIRIS-REx spacecraft touching the surface of the near-Earth, carbon-rich asteroid Bennu.
OSIRIS-REx

NASA’s OSIRIS-REx is the first U.S. mission to return a sample from the surface of an asteroid to Earth for scientific study. Led by the Lunar and Planetary Laboratory, the OSIRIS-REx mission recently successfully collected more than 60 grams of loose rubble from the near-Earth asteroid Bennu.

Female Researcher reviewing Tree Ring samples in the Tree Ring lab on the computer at the University of arizona
Laboratory of Tree-Ring Research

More than 80 years ago, the scientific study of tree-rings was formalized by the creation of the LTRR, the nation’s first and largest dendrochronology lab. The world-renowned lab is responsible for many significant contributions to the field and home to the largest and most diverse collection of tree-ring specimens.

The Technology and Research Initiative Fund (TRIF)

Through TRIF, the University of Arizona creates impactful solutions to state and global problems, prepares students for the workforce of tomorrow and contributes as one of the largest economic engines for Arizona.

Learn more about TRIF.