Projects

to support the study of urban storm water runoff and water samples from the Quinnipiac River along the Greater New Haven Area to characterize pollution from tire and road wear particles.

to support the study of biological impacts on fish physiology caused by microplastic pollution in the Quinnipiac River

to support the study of bioaccumulation of heavy metals in Asian clams (Corbicula fluminea) collected from segments of the Quinnipiac River influenced by municipal wastewater treatment plant effluent discharges.

to support advocating for state and local permits affecting water quality and quantity, including evaluating a proposed trash sorting facility in North Haven; bacteria monitoring using community partners and the Southwest Conservation District lab and cutting log jams in Quinnipiac River State Park.

to support water quality monitoring along the Quinnipiac River from Hanover Pond through North Haven, and removal of trash along the banks of the Quinnipiac River in North Haven.

To support the study of the risk of runoff from artificial turf fields into the Quinnipiac River's watershed.

To support the study of benthic algae to detect seasonal variation in species composition, as well as testing copper content in situ algal samples and conducting mesocosm copper uptake experiments to test the bioremediation potential of various algal species.

To support the study of several sites along the Quinnipiac River to determine whether endocrine disruptors are present and then trace their source.

To support, as a first priority, monitoring of pollution and diversion permits, and only then Lunch and Learn sessions for municipal department of public works crews in the lower Quinnipiac watershed for best practices in stormwater pollution prevention; enforcement of public access at an abandoned, neglected Quinnipiac River site at Lowe's on Route 80 in New Haven and education of phosphorus control.

To support the study of plasticizers and other chemical pollutants from industrial point sources in Wallingford and North Haven with an emphasis on the pollutant's impact to indigenous fish populations in the Quinnipiac River.