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An LDIR image that shows the size, shape, and material characterizations of scanned microplastics that are between 10-990 um (microns).

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A laser directed infared image that shows the size, shape and material characterizations of scanned microplastics that are between 10 and 990 microns.

An LDIR image that shows the size, shape, and material characterizations of scanned microplastics that are between 10-990 um (microns).

Researcher leads effort to combat microplastics, PFAS in waterways

A Penn State research team led by Lisa Emili, associate professor of physical geography and environmental studies at Penn State Altoona, is studying the interactions between microplastics and PFAS in aquatic ecosystems, examining how these pollutants accumulate in rivers and wetlands and assessing the potential risks they pose to wildlife and human health. 
DEIB Overview for Students
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DEIB Overview for Students

Sue Patterson, Director of Diversity, Equity, Inclusion, and Belonging at Penn State Altoona, provides an overview of the college's belonging resources.

DEIB Overview for Families
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DEIB Overview for Families

Sue Patterson, Director of Diversity, Equity, Inclusion, and Belonging at Penn State Altoona, provides an overview of the college's belonging resources.