Brian Maffly
Reporter at The Salt Lake Tribune
Brian Maffly is a science writer at the University of Utah. Contact Brian Maffly at [email protected] or 801-573-2382. https://t.co/4NKCVOZ8vL
Articles
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1 day ago |
attheu.utah.edu | Brian Maffly
Whether it’s roadkill livestock or his own beard hairs, Thure Cerling’s keen eye for objects to analyze has led to scientific discoveries, both unexpected and groundbreaking.
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1 week ago |
terradaily.com | Brian Maffly
The West's spring runoff is older than you thinkby Brian MafflySalt Lake City UT (SPX) May 06, 2025 Growing communities and extensive agriculture throughout the Western United States rely on meltwater that spills out of snow-capped mountains every spring. The models for predicting the amount of this streamflow available each year have long assumed that a small fraction of snowmelt each year enters shallow soil, with the remainder rapidly exiting in rivers and creeks.
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1 week ago |
phys.org | Brian Maffly
Growing communities and extensive agriculture throughout the Western United States rely on meltwater that spills out of snow-capped mountains every spring. The models for predicting the amount of this streamflow available each year have long assumed that a small fraction of snowmelt each year enters shallow soil, with the remainder rapidly exiting in rivers and creeks.
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1 week ago |
attheu.utah.edu | Brian Maffly
Growing communities and extensive agriculture throughout the Western United States rely on meltwater that spills out of snow-capped mountains every spring. The models for predicting the amount of this streamflow available each year have long assumed that a small fraction of snowmelt each year enters shallow soil with the remainder rapidly exiting in rivers and creeks. New research from University of Utah hydrologists, however, suggests that streamflow generation is much more complicated.
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1 week ago |
attheu.utah.edu | Brian Maffly
Henry S. White, a world-renowned leader in the field of electrochemistry and distinguished professor chemistry, has been named the 2025 recipient of the University of Utah’s Rosenblatt Prize for Excellence.
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Korea's Haenyeo divers have passed down their tradition through the centuries. @UUtah scientists have identified genetic differences that may help these women endure the challenges of extreme diving in frigid water. https://t.co/Gj8lhlzwuz
Faster melts, drier futures: How dust on snow is rewriting Colorado River forecasts. Dust storms are melting snow weeks sooner in the Rockies, according to research by @UUtah hydrologists https://t.co/c03DZKtC9O #ClimateScience #ColoradoRiver @UofUCSBS @WilkesCenter @LeiaLarsen
RT @UUtah: Utah has made laudable strides combating PM2.5 and ozone, the two leading air quality challenges for the Wasatch Front that have…