Ed Apalinski

Map Information:

Map Title:
Analysis of Constraints to New Jersey's Public Drinking Water Well Locations

Name(s) of Author(s):
Ed Apalinski

Organization:
NJDEP, Bureau of Water Supply Management

Email Address:
Edward.Apalinski@dep.state.nj.us

Telephone Number:
609-984-7968

Software Used to Make Map:
ArcGIS 9.1

Platform on Which
Software Was Used:
Windows 2000

Plotter Used to Print Map:
HP DesignJet 1055

Data Sources:

DEP Water Supply

Map Description:

This one acre grid analysis assesses water quality and water quantity constraints to locating new public community drinking water wells. The groundwater quality constraints, identified from source water protection strategies, could potentially contaminate the source water of drinking water wells causing increased monitoring, treatment, and potentially remove the well from service. The water quantity portion of the analysis maps constraints to all state allocated groundwater uses such as agriculture, industrial, as well as drinking water. Each analysis can be used independently for planning future groundwater diversions, however the summed cumulative values of both the quality and quantity concern types provides a complete picture of the constraints to locating a new public drinking water well.

Map Title:	Analysis of Constraints to New Jersey's Public Drinking Water Well Locations
Name(s) of Author(s):	Ed Apalinski
Organization:	NJDEP, Bureau of Water Supply Management
Email Address:	Edward.Apalinski@dep.state.nj.us
Telephone Number:	609-984-7968
Software Used to Make Map:	ArcGIS 9.1
Platform on Which Software Was Used:	Windows 2000
Plotter Used to Print Map:	HP DesignJet 1055
Data Sources:	DEP Water Supply
Map Description:	This one acre grid analysis assesses water quality and water quantity constraints to locating new public community drinking water wells. The groundwater quality constraints, identified from source water protection strategies, could potentially contaminate the source water of drinking water wells causing increased monitoring, treatment, and potentially remove the well from service. The water quantity portion of the analysis maps constraints to all state allocated groundwater uses such as agriculture, industrial, as well as drinking water. Each analysis can be used independently for planning future groundwater diversions, however the summed cumulative values of both the quality and quantity concern types provides a complete picture of the constraints to locating a new public drinking water well.