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 U’s Andrew Linke is one of 128 contributors to the Lancet Global Report, the most comprehensive assessment on climate change and health.
Read MoreU scientists are helping guide Utah’s Great Salt Lake Strike Team, formed three years ago at the urging of U President Taylor Randall.
Read MoreUsing 23 years of satellite data, U hydrologists reveal how dust-darkened snow is hastening runoff and reshaping the future of water in the Southwest.
Read MoreTwo future hosts of the Winter Olympic Games, the U and Université Côte d’Azur, join forces to tackle water-climate solutions at the Wilkes Center for Climate Science & Policy 2025 Hackathon.
Read MoreUtah should deploy equipment to track PM10 blowing from exposed lakebed into Davis, Weber counties, according to GSL Strike Team.
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 MoreTo increase research related to water, this hub is designed to support the development of water innovations and technology.
Read MoreTo plant ecophysiologist Eleinis Ávila-Lovera, the autumnal switch to reds, yellows, oranges and purples tells a chromatic story of survival.
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.
Read MoreThe inaugural two-day gathering brings together people, science and innovation to accelerate climate solutions, and finalists for the historic $1.5 million Wilkes Center Climate Prize at the University of Utah.
Read MoreScientists, water policy experts, politicians and community leaders discussed the future of the Great Salt Lake at the Wallace Stegner Center 28th Annual Symposium.
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