Wilkes Center unveils map tool to model Great Salt Lake dust exposure
Interactive webtool visualizes why healthy lake levels could keep some of the dust down.
Read MoreInteractive webtool visualizes why healthy lake levels could keep some of the dust down.
Read MoreThe University of Utah is carving a path to college athletics sustainability that no other university has tried.
Read MoreAnnual Strike Team report outlines new dust-mitigation strategies, successes in controlling salinity and fresh projections on lake’s direction
Read More“Proxies” in geologic record show rainfall was more intense, but less regular during the Paleogene.
Read MoreMulti-Disciplinary Design juniors present their final projects at Adobe’s headquarters in Lehi, receiving career-shaping feedback from a team of professional designers.
Read MoreEnduraCure develops high-performance polymer substrates that can be chemically broken down to recover valuable electronic components.
Read MoreIf the results apply in humans, Turicibacter-derived compounds could be effective therapeutics to promote metabolic health and healthy weight.
Read MoreNew surgical device developed through U research is saving animals’ lives by helping them heal from serious, hard-to-treat infections—and providing a proof of concept for potential use in people.
Read MoreResearch led by U biologist Franz Goller reveals how cowbirds create ‘liquid’ notes by tightly controlling two sound sources in their vocal organ, mimicking the physics of falling water droplets.
Read MoreFielding Norton brings expertise in climate- and insurance-technology to broaden the Wilkes Center’s role in society, including by supporting the innovation ecosystem and bolstering communities’ resiliency to climate change.
Read MoreNew study by U biologists characterizes D. woaabi, first of two nematode species recently found in the lake’s microbialites.
Read MoreMost smaller galaxies may not have supermassive black holes at their centers, contrasting with other studies that nearly every galaxy has one within their cores.
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