The battle for breath: Controlling Great Salt Lake dust
Engineered dust control measures would have costs and tradeoffs, constrained by water availability, says a study led by atmospheric sciences professor Kevin Perry.
Read MoreEngineered dust control measures would have costs and tradeoffs, constrained by water availability, says a study led by atmospheric sciences professor Kevin Perry.
Read MoreThe Smithsonian Tropical Institute named a trail after U biologist Phyllis Coley to celebrate her decades of research that’s driven rainforest-derived therapies and shaped our understanding of biodiversity.
Read MoreResearchers discovered that the costs of using too few or too many resources strongly influence dietary diversity in wild woodrats, complicating how we think about food webs, resiliency and invasive species.
Read MoreThe ancestors of today’s crocodylians survived two mass extinction events. A new study uncovered a secret to their longevity, which could help conservationists better protect this most vulnerable species.
Read MoreThis year, Coley is the sole U faculty member to receive the honor and joins the 17 other U researchers who are currently members.
Read MoreThe new interdisciplinary degree enables students to study the interconnected nature of Earth systems.
Read MoreHabitat disruption and changes in diet threaten bird species’ survival.
Read MoreThree College of Science researchers named high-level “influencers” by Clarivate.
Read MoreThis newly discovered mouse-butterfly interaction suggests that western monarch decline could disrupt ecosystems in unanticipated ways.
Read MoreLoss of ancient grazers triggered a dramatic increase in fire activity across the world’s grasslands.
Read MoreA first-of-its-kind study found that evolutionary history has the strongest influence in both wild and captive woodrats’ microbiomes.
Read MoreNew 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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