Coastal Plain and Unconsolidated Aquifers

The National Resources Protection Program (NRPP) project on Fire Island, Sandy Hook, and Assateague included a description of the issues and implications; description of the methods; and summary of the tasks, including site selection, well and instrumentation installation, and monitoring groundwater levels, temperature, and specific conductance, needed to understand the impact of global climate...

Groundwater budgets are commonly used in water-resource studies to gain a better understanding of the groundwater-flow system. The hydrologic cycle in the basin can be represented by a long-term water budget in which inflows are balances by outflows and, thus, no long-term change in storage occurs. The water budget can be evaluated through use of two internal budgets and their corresponding...

Hydrology of the unconfined aquifer system, Rancocas Creek area: Rancocas, Crosswicks, Assunpink, Assiscunk, Blacks, and Crafts Creek Basins, New Jersey

Hydrology of the unconfined aquifer system, Salem River area: Salem River, Raccoon, Oldmans, Alloway, and Stow Creek Basins, New Jersey, 1993-94

Water resources of the unconfined aquifer system of the Great Egg Harbor River basin, New Jersey, 1989-90

Hydrology of the unconfined aquifer system, Mullica River Basin, New Jersey, 1991-92

Hydrology of the unconfined aquifer system, Maurice River area: Maurice and Cohancey River Basins, New Jersey, 1994-95

Hydrogeologic framework, availability of water supplies, and saltwater intrusion, Cape May County, New Jersey

The series of surficial aquifer studies were completed to evaluate the unconfined aquifer system of the NJ Coastal Plain for use as a potential source of water. As the demand for water in the State increases and the restrictions continue on the use of water from certain confined aquifers, withdrawals on the unconfined aquifer system are expected to increase. Detailed study of the unconfined...

The USGS works in partnership with other federal and state agencies to provide scientific data about coastal flood hazards. The New Jersey Water Science Center (NJWSC) maintains a network of continuously operating tide gages along the back bays of New Jersey which provide publicly available water-level and meteorological data to monitor coastal flood conditions. The USGS NJWSC coordinates with our...

Simulation of Groundwater Flow in the Unconfined Aquifer System of the Toms River, Metedeconk River, and Kettle Creek Basins

Hydrogeology of, Numerical Groundwater Flow Model of, and Simulated Effects of Groundwater Development in, the Upper Maurice River Basin Area