New University of Utah-led research finds that 69% are concerned about the shrinking lake, with levels of concern varying by social group, birthplace and personal experiences.
Read MoreU research highlights need for uniform air-quality policies across Utah to safeguard student athletes’ well-being when air quality is poor.
Read MoreEmissions of NOx and carbon monoxide have dropped on the city’s streets since 2005, according to new atmospheric sciences research that could help Utah address its air quality problems.
Read MoreInteractive webtool visualizes why healthy lake levels could keep some of the dust down.
Read MoreAccording to new analysis using Utah Population Database, a woman’s prenatal exposures can increase risk of intellectual disabilities in daughter’s children.
Read MoreU research modeled smoke produced in epic 2020 wildfire season to demonstrate how it drives ozone formation, further degrading air quality.
Read MoreThe new L. S. Skaggs Applied Science Building completes the 275,000-square-foot Crocker Science Complex, a celebration of science and our shared belief in a better future.
Read MoreUsing 23 years of satellite data, U hydrologists reveal how dust-darkened snow is hastening runoff and reshaping the future of water in the Southwest.
Read MoreU atmospheric scientists highlight the impact of a drier climate on Utah’s airsheds at College of Law’s 30th annual Stegner Symposium.
Read MoreSalt Lake’s locally sourced dust pollution carries far more hazardous elements than natural dust blown in from Great Basin.
Read MoreU.S. EPA air quality monitors are disproportionally located in predominately white neighborhoods, leaving marginalized communities at risk of pollution exposure.
Read MoreUtah should deploy equipment to track PM10 blowing from exposed lakebed into Davis, Weber counties, according to GSL Strike Team.
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