Projects

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.

To support the purchase of additional benches along Phase III of the trail which will add 1.25 miles to Fireworks Island as well as graphic art designs for the informational sign to showcase history, natural history, and location information.

To support educational programming, improving trail and sign infrastructure, and organizing volunteer events at Quinnipiac Meadows/Eugene B. Fargeorge Nature Preserve and Long Wharf Nature Preserve as well as land acquisition work at Quinnipiac Meadows Nature Preserve.

to support training 3 municipal department of public works crews in stormwater pollution prevention using Lunch and Learn sessions and to support investigating the lower Quinnipiac River public access potential at two locations: Lowe's on Route 80 in New Haven and behind Toelles Road businesses in Wallingford, adjacent to Quinnipiac River State Park. Mill River Watershed Association of South Central Connecticut, Inc. is acting as the fiscal sponsor.

to support continued monitoring of sediment accretion and elevation change in the Quinnipiac marshes, and to support a marsh organ experiment to assess whether soil toxicity is contributing to marsh submergence

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

to support the study of the biodiversity of benthic algal communities and the potential for copper contamination in communities throughout the Quinnipiac River.