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.
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 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 MoreThree decades of research show three factors that can help predict how climate change will impact critical snowmelt-driven water supplies nationwide.
Read MoreRising temperatures and other compounding factors are impacting our snowfall and our snowpack. Pledge to cut down on your carbon footprint this winter. And forever.
Read MoreDeclining water levels in the Great Salt Lake contribute to snowmelt.
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