Projects

Funds are requested to support the continuation of short courses concerning river processes to local members of the conservation/inlan wetland commissions and environmental activists.

To offer a short course in river processes to local environmental activist and municipal officials.  The course will cover the basic hydrologic, geomorphic, chemical and biological processes that govern stream ecosystems and how they are perturbed by human activities. Participants will receive the scientific tools that they need in order to understand and critically evaluate environmental data on the Quinnipiac River.

To offer a 2-day short course in river processes to local environmental activists and municipal officials.  The course will cover the basic hydrologic, geomorphic, chemical, and biological processes that govern stream ecosystems, and how they are perturbed by human activity.  Participants will receive the scientific tools that they need in order to understand and critically evaluate environmental data on the Quinnpiac River.

To work with selected leaders from Quinnipiac River Watershed communities to improve the land use decision-making process and control non-point source pollution.  The proposed program is for a 4-day workshop, emphasizing the regulatory power to make wise land use decisions, and presenting collaborative decision making techniques.

To support a high level intensive policy planning workshop to address continuing contamination and degradation of the Quinnipiac River Marshes.

To support the project 'Symposium on Point Source Pollution and Toxic Legacies in the Quinnipiac River'.

To support the proposal entitled, Quinnipiac River:  Point Source White Paper which would bring together information on all current discharges into the River, rank them by volume of toxic materials discharged, etc.

To measure the quantity of bioavailable toxic forms of dissolved heavy metals in the QR seasonally and during storm events.

Use ultra-clean methods to pinpoint sources of toxic heavy metals, to establish a history of metal pollution in the river.