Jack Monti
Jack Monti is a hydrologist at USGS New York Water Science Center.
Research Skills:
Extensive knowledge in developing ground-water-flow and solute-transport models.
Create and organize Geographic Information Systems, using Arc/info software.
Prepare papers on research findings and present results to the scientific community and general public.
Skills and Qualifications:
Proficient in Geographic Information System development using Arc/Info software.
Proficient on Unix and DOS platforms.
Professional Experience
United States Geological Survey, Hydrologist (Engr), May 1992 to Present.
Education and Certifications
M.S. in Hydrogeology, 1997 State University of New York at Stony Brook
B.E. in Electrical Engineering, 1989 State University of New York at Stony Brook
Science and Products
Filter Total Items: 23
Ground-water quality in Kings, Queens, and Western Nassau Counties, Long Island, New York, 1992-96, with geophysical logs from selected wells Ground-water quality in Kings, Queens, and Western Nassau Counties, Long Island, New York, 1992-96, with geophysical logs from selected wells
No abstract available.
Authors
Richard A. Cartwright, Anthony Chu, J.L. Candela, V. K. Eagen, Jack Monti, C.E. Schubert
Ground-water resource evaluation on Long Island, New York, using flow models and a geographic information system Ground-water resource evaluation on Long Island, New York, using flow models and a geographic information system
No abstract available.
Authors
Christopher Schubert, Herbert T. Buxton, Jack Monti
Public-supply pumpage in Kings, Queens, and Nassau Counties, New York, 1880-1995 Public-supply pumpage in Kings, Queens, and Nassau Counties, New York, 1880-1995
No abstract available.
Authors
Anthony Chu, Jack Monti, A.J. Bellitto
Water-table altitude in Kings and Queens Counties, New York, in March 1997 Water-table altitude in Kings and Queens Counties, New York, in March 1997
No abstract available.
Authors
Jack Monti, Anthony Chu
Filter Total Items: 30
Long Island Groundwater Budget
A groundwater system consists of a mass of water flowing through the pores or cracks below the Earth's surface. This mass of water is in constant motion. Water is constantly added to the system by recharge from precipitation, and water is constantly leaving the system as discharge to surface water and as evapotranspiration. Each groundwater system is unique in that the source and amount of water...
Long Island Inflow to the Groundwater System
Precipitation that infiltrates and percolates to the water table is Long Island's only natural source of freshwater because the groundwater system is bounded on the bottom by relatively impermeable bedrock and on the sides by saline ground water or saline bays and the ocean. About one-half the precipitation becomes recharge to the groundwater system; the rest flows as surface runoff to streams or...
Long Island Outflow from the Groundwater System
The flow of water leaving, or discharging, the groundwater system of Long Island occurs naturally through streams, as base flow, at the coastline as shoreline discharge and sub-sea discharge, and through pumping wells as withdrawals. Estimates of each component of outflow from the groundwater system is presented and summarized in this section using streamflow measurements, and a compilation of...
Long Island Water Suitability
Groundwater quality may be affected by natural and human factors (Johnston, 1988). Although the vulnerability of groundwater to contamination from the land surface is influenced by many factors, the degree of aquifer confinement, the depth of the well, and the surrounding land use are primary key factors that influence shallow groundwater quality.
Long Island Water Suitability Case Studies
A collection of studies that focused on the quality of groundwater and surface water, are presented in this section. The reports associated with these areas of water quality concerns are linked as an online source for further reading.
Long Island Groundwater System Potential Hazards
Hazards which may impact the ground water system adversely are presented in this web page. The impacts of these hazards are only shown here as a topic for further discussion and may need to be investigated with further details.
Science and Products
Filter Total Items: 23
Ground-water quality in Kings, Queens, and Western Nassau Counties, Long Island, New York, 1992-96, with geophysical logs from selected wells Ground-water quality in Kings, Queens, and Western Nassau Counties, Long Island, New York, 1992-96, with geophysical logs from selected wells
No abstract available.
Authors
Richard A. Cartwright, Anthony Chu, J.L. Candela, V. K. Eagen, Jack Monti, C.E. Schubert
Ground-water resource evaluation on Long Island, New York, using flow models and a geographic information system Ground-water resource evaluation on Long Island, New York, using flow models and a geographic information system
No abstract available.
Authors
Christopher Schubert, Herbert T. Buxton, Jack Monti
Public-supply pumpage in Kings, Queens, and Nassau Counties, New York, 1880-1995 Public-supply pumpage in Kings, Queens, and Nassau Counties, New York, 1880-1995
No abstract available.
Authors
Anthony Chu, Jack Monti, A.J. Bellitto
Water-table altitude in Kings and Queens Counties, New York, in March 1997 Water-table altitude in Kings and Queens Counties, New York, in March 1997
No abstract available.
Authors
Jack Monti, Anthony Chu
Filter Total Items: 30
Long Island Groundwater Budget
A groundwater system consists of a mass of water flowing through the pores or cracks below the Earth's surface. This mass of water is in constant motion. Water is constantly added to the system by recharge from precipitation, and water is constantly leaving the system as discharge to surface water and as evapotranspiration. Each groundwater system is unique in that the source and amount of water...
Long Island Inflow to the Groundwater System
Precipitation that infiltrates and percolates to the water table is Long Island's only natural source of freshwater because the groundwater system is bounded on the bottom by relatively impermeable bedrock and on the sides by saline ground water or saline bays and the ocean. About one-half the precipitation becomes recharge to the groundwater system; the rest flows as surface runoff to streams or...
Long Island Outflow from the Groundwater System
The flow of water leaving, or discharging, the groundwater system of Long Island occurs naturally through streams, as base flow, at the coastline as shoreline discharge and sub-sea discharge, and through pumping wells as withdrawals. Estimates of each component of outflow from the groundwater system is presented and summarized in this section using streamflow measurements, and a compilation of...
Long Island Water Suitability
Groundwater quality may be affected by natural and human factors (Johnston, 1988). Although the vulnerability of groundwater to contamination from the land surface is influenced by many factors, the degree of aquifer confinement, the depth of the well, and the surrounding land use are primary key factors that influence shallow groundwater quality.
Long Island Water Suitability Case Studies
A collection of studies that focused on the quality of groundwater and surface water, are presented in this section. The reports associated with these areas of water quality concerns are linked as an online source for further reading.
Long Island Groundwater System Potential Hazards
Hazards which may impact the ground water system adversely are presented in this web page. The impacts of these hazards are only shown here as a topic for further discussion and may need to be investigated with further details.