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NSF-funded Study Finds Eolian Dust Systems in Texas and New Mexico to be Current and Future Potent Dust Sources that Impact Cardio-Pulmonary Health

NSF-funded Study Finds Eolian Dust Systems in Texas and New Mexico to be Current and Future Potent Dust Sources that Impact Cardio-Pulmonary Health
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Baylor universityUnited statesNew mexicoWhite sandsStevenl formanJeric macdonaldKaitlyn rieperSteven formanMark sweeneyChristian universityBaylor university mediaUniversity of south dakotaNational science foundationSitu wind erosion laboratoryDesert research institutePulmonary health

NSF-funded Study Finds Eolian Dust Systems in Texas and New Mexico to be Current and Future Potent Dust Sources that Impact

Baylor University paleoclimatologist analyzed gypsum- and quartz-dominated dune systems for possible fine, breathable dust fluxes detrimental to human

Baylor universityUnited statesNew mexicoWhite sandsStevenl formanJeric macdonaldMark sweeneySitu wind erosion laboratoryDesert research instituteNational science foundationUniversity of south dakotaNorth americaPortable in situ wind erosion laboratorySouthern high plains