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A new study suggests unregulated “precursor” compounds account for half of total PFAS pollution at sites around the country.

Toxic PFAS chemicals from a fire training site at Joint Base Cape Cod are still leaching into groundwater decades after training took place, according to a new study from Harvard researchers. The site was contaminated with PFAS chemicals in firefighting foam.

Share This Finding and designing practical, feasible, scalable projects to help organizations achieve climate goals This interactive, multi-disciplinary Climate Solutions Living Lab course and research project led by Clinical Professor and Director of Harvard Law School’s Emmett Environmental Law and Policy Clinic, Wendy Jacobs, focuses on studying and designing practical solutions for reducing greenhouse gas emissions at Harvard, in neighboring communities, elsewhere in United States, and abroad. The course is designed to bring together students from across the University to work on int...

Uncovering hidden chemicals Leah Burrows Editor's note: Reprinted with permission from the Harvard Gazzette. T he Harvard scientists in this study are part of the STEEP Superfund Research Program Center, a partnership between the University of Rhode Island, Harvard, and the Silent Spring Institute, working closely with the Town of Barnstable and the Barnstable Clean Water Coalition. Researchers from the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) have found large quantities of previously undetectable compounds from the family of chemicals known as PFAS in six wat...

Uncovering Hidden Forever Chemicals New tool finds and fingerprints previously undetected PFAS compounds in watersheds on Cape Cod Researchers from the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) found large quantities of previously undetectable compounds from the family of chemicals known as PFAS in six watersheds on Cape Cod using a new method to quantify and identify PFAS compounds. Exposures to some PFAS, widely used for their ability to repel heat, water, and oil, are linked to a range of health risks including cancer, immune suppression, diabetes, and low i...