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HydroGEN, a UArizona-led project funded by the National Science Foundation's Convergence Accelerator program, will allow researchers to build a national platform for hydrologic forecasting.
Beneath Earth's surface is a vibrant world of life unlike any other, and researchers hope to dig into its secrets by partnering with companies that drill up to thousands of feet deep.
New research suggests that the volume of salty water 2 to 10 kilometers (6.2 miles) beneath the Earth's surface is double previous estimates. The water could store waste fluids, sequester carbon and direct our search for extraterrestrial life.
From a young age, Nadira Mitchell's mom encouraged her to explore outdoors and taught her about her Navajo culture. Mitchell now hopes to turn her lifelong love of nature into a career as a tribal liaison for wildlife conservation.
UArizona again contributed to the Intergovernmental Panel on Climate Change report, with researcher Jessica Tierney helping pen much of the section on drought and aridity.
New UArizona-led research identifies climate change challenges faced by U.S. Department of Defense facilities, and solutions that might serve as a model for other large organizations.
Through an agreement with Tucson Electric Power, UArizona will get all of its purchased energy from two sources: the Oso Grande Wind Farm in southeastern New Mexico and the Wilmot Energy Center solar-plus-storage system south of Tucson.
Construction of a rooftop garden and solar panels atop the University of Arizona's ENR2 building is complete. The site will not only generate electricity, but also create environmental research opportunities.
A new study shows that LA's manicured lawns, emerald golf courses and trees have a surprisingly large influence on the city's carbon dioxide emissions.
Researchers have been developing and refining a highly efficient photovoltaic system that captures more heat and energy from sunlight than current solar panel models available.
