Exposed GSL playa can threaten human health in new ways.
Toxins from Great Salt Lake dust are absorbed by plants, soils and human bodies
Read MoreToxins from Great Salt Lake dust are absorbed by plants, soils and human bodies
Read MoreScience, Literature and Euphoria: Special Event with visiting mycologist Patricia Ononiwu Kaishian and U poet Katharine Coles
Read MoreEmissions of two major pollutants have steadily decreased over the past two decades
Read MoreFrom a passion for paleontology to anthropology and climate science
Read MoreEngineered dust control measures would have costs and tradeoffs, constrained by water availability
Read MoreU scientists monitor how the change to cleaner ship fuel affects cloud formation
Read MoreA data-based modeling tool to visualize dust exposures
Read MoreU researchers begin to characterize the mountain-derived groundwater extending thousands of feet below the playa of Great Salt Lake
Read More“Proxies” in geologic record show rainfall was more intense, but less regular during the Paleogene
Read MoreAnnual Strike Team report outlines new dust-mitigation strategies, successes in controlling salinity and fresh projections on GSL’s direction
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