From mountains to Great Salt Lake: The secrets of snowmelt
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University of Utah hydrologist and biochemist Paul Brooks talks about the multiyear journey of water molecules from mountain snowfall to the Great Salt Lake.
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University of Utah launches Peak Water Sustainability Engine
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To increase research related to water, this hub is designed to support the development of water innovations and technology.
Read MoreFall’s flamboyance: The science of autumn leaves
To plant ecophysiologist Eleinis Ávila-Lovera, the autumnal switch to reds, yellows, oranges and purples tells a chromatic story of survival.
Read MoreDirtiest snow-year in the Wasatch accelerated snowmelt by 17 days
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The 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 MoreWilkes Climate Summit 2023
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The 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 MoreThe future of the Great Salt Lake
Scientists, water policy experts, politicians and community leaders discussed the future of the Great Salt Lake at the Wallace Stegner Center 28th Annual Symposium.
Read MoreBig ideas, big bucks
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The Wilkes Climate Prize at the U will award $1.5 million annually to a proposal to combat climate change from all sectors.
Read More$1.5M Wilkes Center Climate Prize announced
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Utah donors contributed to the global prize to support science, education and entrepreneurial and practical solutions to climate change.
Read MoreGlobal analysis identifies at-risk forests
Forests can be a part of the climate solution as long as global warming doesn’t kill them first.
Read MoreWhat is the Wilkes Center for Climate Science and Policy?
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A generous $20 million gift from Clay and Marie Wilkes will leverage the U’s location and interdisciplinary knowledge to address the immense challenges of climate change.
Read MoreIn dry years, rivers become birds’ crowded corridors
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New research finds that in dry years, birds funnel into the greenness of river environments, but overcrowding may increase competition for habitat and resources.
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