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 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, and compare these results to available previous information to assess any long-term changes.  

Funds are requested to continue support for the Safe Grounds Campaign to reduce non-point source pollution from lawn pesticides and synthetic fertilizers.

Funds are requested to support the implementation of landowner and youh education about reducing non-point pollution.

Funds are requested to support the continuation of measuring elevation change and water levels in the Quinnipiac River marshes in efforts to understand the rate and causes  of marsh drowning (conversion to mudflat) that has been observed there.

To support the continuing and extension of the successful 2005 Safe Grounds Campaign reducing non-point source pollution from lawn pesticides and synthetic fertilizers.

To support the measurement of methyl mercury contamination in the Quinnipiac River and the Oysters in New Haven Harbor. The study will evaluate the extent of methylmercury pollution and  help to identify sources and hotspots.

To support the work of the Freedom Lawn Campaign to educate users of 'traditional'  chemical lawn care about the harmful environmental and health effects of pesticides and fertilizers, and encourage a switch to organic lawn care methods that are safe for the natural environment and people.

To measure contamination along the Quinnipiac River and in oysters of the New Haven Harbor and evaluate the extent of mercury pollution and  identify sources and hotspots.

To continue monitoring vegetation change and mudflat development in the Quinnipiac River brackish marshes, and begin to test hypothesized causes for the observed wetland loss.  To complete a nitrogen and trace metal analyses and begin to assess how marsh loss has affected the load of pollutants to the river.