DescriptionPublic awareness has heightened in recent years concerning the degradation in water quality and recreational potential of many of the lakes, ponds and reservoirs of New Jersey. The observed...
DescriptionThis technical report, together with the Zoning Ordinance and Subdivision Regulations, provide the Township with both a guide for future development and adequate controls to promote the orderly and...
DescriptionWater and sediment samples were collected from June through October 2007 from seven plots at the Rutgers Agricultural Research and Extension Center in Upper Deerfield, New Jersey, and analyzed for a...
DescriptionMap covers area from Grove Street to the Cohansey River in Upper Deerfield Township and includes Mill Creek.
Map shows the various property owners surrounding Mill Creek. Exterior lines for filling...
DescriptionMap shows Cumberland County and its municipalities. Waterways throughout the county are marked. The control monuments, bench mark rivets, and triangulation stations are located on the map
DescriptionThe Hackensack River and its associated wetlands have been greatly impacted by man. Construction of a dam at Oradell has greatly altered the original river hydrology, and consequently it no longer...
DescriptionIn May 1999, the New Jersey Department of Environmental Protection and United States Environmental Protection Agency Region II entered into a Memorandum of Agreement including an 8-year schedule to...
DescriptionThis report is based on a study which was initiated to identify and isolate probable nonpoint source contamination to the Navesink River estuary and the shellfish harvesting areas. As a result of high...
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...
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.