Short-term heat stress and air pollution linked to increased suicide risk
Analysis of 7,500 suicides in Utah finds suicide risk increases by 50% on hot days with bad air quality.
Read MoreAnalysis of 7,500 suicides in Utah finds suicide risk increases by 50% on hot days with bad air quality.
Read MoreU and Université Côte d’Azur students again team up to tackle energy and climate solutions at the 2026 Wilkes Center “Hackathon.”
Read MoreThe clean energy transition depends on critical raw materials but mining them strains local communities and ecosystems. A new “just-shoring” framework argues supply chains must center justice alongside climate and security goals.
Read MoreAfter maritime shipping emissions were sharply reduced following a mandated switch in fuels, U scientists sprang into action to see how the change would affect cloud formation over North Atlantic.
Read MoreAnnual Strike Team report outlines new dust-mitigation strategies, successes in controlling salinity and fresh projections on lake’s direction
Read More“Proxies” in geologic record show rainfall was more intense, but less regular during the Paleogene.
Read MoreFielding Norton brings expertise in climate- and insurance-technology to broaden the Wilkes Center’s role in society, including by supporting the innovation ecosystem and bolstering communities’ resiliency to climate change.
Read MoreStudents explore biological and physical properties of Arctic sea ice with U mathematicians Jody Reimer and Ken Golden.
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 MoreAt its second annual symposium, the U One-U Responsible Artificial Intelligence Initiative showcased how it’s raising the state’s profile in ethical innovation.
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 MoreU chemists discover critical steps bacteria take to oxidize potent greenhouse gas and how they interact in larger microbial communities.
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