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At U-M, risk from surface contamination of COVID-19 was much lower than air transmission

Air transmission of SARS-CoV-2, the virus behind the coronavirus pandemic, was much higher than surface transmission at the University of Michigan, according to a study by researchers at U-M's School of Public Health. The two-year study looked at public spaces on U-M's Ann Arbor campus, including

Ann arborUnited statesRick neitzelOlivia yanceyLauren smithXin liJianfeng wuAl franzblauXin zhangTim dvonchDepartment of environmental health sciencesUm school of public healthUniversity of michiganPublic healthAnn arborEnvironmental health sciences

Study: COVID-19 Airborne Transmission 1,000 Times Higher Than Surface Contact

According to study results, the risk of air transmission from SARS-CoV-2 is 1,000 times higher than surface transmission on the U-M campus.

Rick neitzelOlivia yanceyLauren smithXin liJianfeng wuAl franzblauXin zhangTim dvonchDepartment of environmental health sciencesSchool of public healthUm school of public healthPublic healthAnn arborUm schoolEnvironmental health sciencesExposure science

Warming Trends: Cacophonous Reefs, Vertical Gardens and an Advent Calendar Filled With Tiny Climate Protesters

Warming Trends: Cacophonous Reefs, Vertical Gardens and an Advent Calendar Filled With Tiny Climate Protesters
insideclimatenews.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from insideclimatenews.org Daily Mail and Mail on Sunday newspapers.

New yorkUnited statesMichigan state universityUnited kingdomCity ofMatthew foxAlan williamsBen christensenMarisa repkaTim lamontAndrew masonThomas murphyMaya mailerChryso chellunKatelyn weisbrodBruce carnegie brown

Researchers from U-M, MSU, OU team up to develop wearable pollution-measuring technology

A walk in the park could soon include getting real-time measurements of pollutants in the air and updated walking routes to avoid the most toxic ones, all while wearing a gadget the size of a smart watch. With the support of a $2.78 million grant from the National Institutes of Health, researcher

Oakland universityUnited statesMichigan state universityAndrew masonXiangqun zengTim dvonchMatt davenport tim dvonchCollege of engineeringNational institutes of healthWorld health organizationUm school of public healthUniversity of michiganNational institutesMatt davenportWorld health

Researchers from U-M, MSU, OU team up to develop wearable pollution-measuring technology

Researchers at the University of Michigan, Michigan State University and Oakland University are teaming up to develop wearable technology able to identify particulate matter pollution such as soot and toxic metals generated by cars, trucks and industrial sources with a $2.

Oakland universityUnited statesMichigan state universityAndrew masonXiangqun zengTim dvonchMatt davenportCollege of engineeringNational institutes of healthWorld health organizationUm school of public healthUniversity of michiganNational institutesAir pollutionEnvironmental sciencePhysical geography