How features in Utah and Arizona advanced geoscience
U geoscientists nominated the Henry Mountains, Coyote Buttes and Great Salt Lake to the list of world’s top geoheritage sites.
Read MoreU geoscientists nominated the Henry Mountains, Coyote Buttes and Great Salt Lake to the list of world’s top geoheritage sites.
Read MoreU scientists determine sediments from the dry playa have elevated ‘oxidative potential,’ indicating greater risk to human health.
Read MoreNew research demonstrates particulate pollution arising from the dry lakebed is harder on lower-income neighborhoods, highlighting another benefit of restoring GSL’s water levels.
Read MoreUniversity of Utah hydrologist and biochemist Paul Brooks talks about the multiyear journey of water molecules from mountain snowfall to the Great Salt Lake.
Read More“I’m really interested in human ecology and conservation, and how people are connected to the land that sustains them.”
Read MoreTo increase research related to water, this hub is designed to support the development of water innovations and technology.
Read MoreWorm expert Michael Verner compares the Dune sandworms to their earthly counterparts. In a short video, he touches on their size, teeth, hunting methods and reveals the biggest worm in existence.
Read MoreUtah biologists find tiny nematodes in its reef-like microbialites.
Read MoreU College of Law’s Great Salt Lake Project wades through murky policy questions and legislation aimed at saving the struggling lake.
Read MoreConservation won’t be enough to save Utah’s inland sea. Saved water must be “shepherded” to the lake, rather than used by someone else.
Read MoreThe U hosts a data and policy update from the Great Salt Lake strike team next week as Utah lawmakers prepare for the 2024 legislative session.
Read MoreThe Great Salt Lake’s dry lakebed contributed the highest dust emissions per surface area during 2022, which had the most dust deposition events and concentrations since observations began in 2009.
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