Projects

To support the Safe Grounds Campaign which helps reduce non-point source pollution from lawn pesticides and synthetic fertilizers in the Quinnipiac River watershed.

To support the Biodiversity and Impacts of Drift Algae in the New Haven Harbor study, which will continue to assess habitat structure and species diversity in New Haven Harbor, and to investigate the dynamics and potential impacts of extensive drift algal mats that have been found in portions of the harbor.

To support the continuation of investigations into the causes and implications of marsh drowning in the Quinnipiac River.

To continue to educate fishers on safe consumption of fish by volunteers, bilingual safe fishing signage posted at river locales and by building grassroots support for a new state ban on lead fishing weights in the interest of fishers' and wildlife well-being.

To support wetland mapping and surveying services which are critical components to acquiring easements from private property owners along the proposed trail route on the eastern banks of the Quinnipiac River in North Haven.

To educate fishers on the safe consumption of fish from the Quinnipiac River and to work with the State Department of Environmental Protection to ensure fish signage is posted in fishing areas in common languages such as English, Spanish, Chinese, Kmer, Lao and Vietnamese.

To support a study to characterize the fate of benzyl butyl phthalate (BBP) in the watershed areas of the Quinnipiac and Mill Rivers which empty into Long Island Sound in an effort to study the fate of BBP on the behavior of aquatic organisms.

To support the assessment of the condition of macrofaunal communities in New Haven Harbor relative to selected environmental factors and the structure of the Harbor's benthic habitats. A comparison of the results will be made to available previous information to assess any long-term changes.

To support investigations into the causes and implications of marsh drowning in the Quinnipiac River.

To support the measurement of copper concentration and bioavailability throughout the Quinnipiac River system and its tributaries.