Protecting children’s health from air pollution and climate change
As Utah families trade summer heat for cooler fall days, the environmental conditions affecting children’s health don’t disappear with the season.
Read MoreAs Utah families trade summer heat for cooler fall days, the environmental conditions affecting children’s health don’t disappear with the season.
Read MoreRain falling through wildfire smoke can deliver unusually large bursts of nitrogen, phosphorus and potassium to ecosystems, and may be an increasingly significant—and largely overlooked—ecological consequence of fire.
Read MoreUsing machine learning, U researchers found that repeated exposure to combinations of common air pollutants in early pregnancy was associated with nearly three-times greater odds of early preterm birth.
Read MoreFindings by research team, which included CSBS faculty, could inform Utah environmental policy and keep people healthy after surgery.
Read MoreAnalysis of 7,500 suicides in Utah finds suicide risk increases by 50% on hot days with bad air quality.
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 MoreTrace AQ, a university startup company commercializing the technology, makes the pioneering tool available to the public through Wilkes Center.
Read MoreResearch led by neurosurgeon Robert Rennert links air pollution to an increased risk for bleeding in the brain, a serious but rare complication.
Read MoreUsing the U campus as a lab, researchers conclude inversion and dust pollution are kept out of buildings, but wildfire smoke can sneak inside if air-side economizers are in use.
Read MoreU.S. EPA air quality monitors are disproportionally located in predominately white neighborhoods, leaving marginalized communities at risk of pollution exposure.
Read MoreDaniel Mendoza discusses the need for “cool zones,” for the public to escape increasingly extreme heatwaves and its associated heat-related illness.
Read MoreBlack carbon is one of the most hazardous air pollutants. Standard sensors are expensive and burdensome, resulting in sparse monitoring coverage.
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