DescriptionSubmission to New Jersey Department of Environmental Protection for matching funding from U.S. Environmental Protection Agency for the Fletcher Lake diagnostic/feasibility study, phase I proposal,...
DescriptionA proposal for the phase II restoration of Hammonton Lake in Atlantic County submitted to the New Jersey Department of Environmental Protection. The proposal includes an introduction with background...
DescriptionA proposal for the phase II restoration of Fire School Pond in Hunterdon County submitted to the New Jersey Department of Environmental Protection. The proposal includes an introduction with...
DescriptionA proposal for the phase II restoration of Warinanco Park Lake in Elizabeth submitted to the New Jersey Department of Environmental Protection. The proposal includes an introduction with background...
DescriptionThis document contains a quality assurance/project plan for monitoring phase II restoration of Stewart Lake in Woodbury, New Jersey submitted to the New Jersey Department of Environmental Protection....
DescriptionA proposal for the phase II restoration of Lower Sylvan Lake in Burlington County submitted to the New Jersey Department of Environmental Protection. The proposal includes an introduction with...
DescriptionWe report the results of a limited number of interviews conducted to provide a glimpse into perceptions about New Jersey's watershed management effort and its progress to date. The goal of this...
DescriptionThe study area in this report is the shallow water area of the Delaware River Estuary from Reedy Point, Delaware to the head of tide at Trenton, New Jersey. Shallow water areas are defined as those...
DescriptionNew Jersey citizens indicated very strong support for preserving existing natural zones around water supply reservoirs, using the Wanaque-Monksville Reservoir System as a case study. These citizens...
DescriptionMap covers area from Middle Marsh Creek to Fishers Point along Delaware River. Map shows the location for a channel 600 feet wide and 30 feet deep at mean low water.