Add to ORKGThis study reports the effects of substituting water from Lake Michigan for groundwater withdrawals. It describes the results of a digital computer model used to predict future ground-water levels based on anticipated pumping schedules. The study area is 148 miles wide and 148 miles long, spanning northeastern Illinois and southeastern Wisconsin. The model focuses primarily on the "Chicago region" which consists of Cook, DuPage, Kane, Kendall, Lake, McHenry, and a portion of Will and Grundy Counties, all in northeastern Illinois.Ope
The rapid increase in population and developed land in the Chicago metropolitan area has placed a he...
Includes bibliographical references (pages [157]-160)Development of wellhead protection programs by ...
The Chicago River/Lake Shore area assessment, part of a series of statewide regional assessments, ex...
This study reports the effects of substituting water from Lake Michigan for groundwater withdrawals....
In response to expanding urban development, the use of Lake Michigan and other sources for public wa...
Over pumping groundwater resources of the greater Chicago metropolitan area reversed the regional hy...
Abstract: Plans were developed for optimal use of available groundwater and surface water re-sources...
Abstract: The deep bedrock aquifer system in northeastern Illinois is encountered at depths ranging ...
The Illinois State Water Survey (ISWS) has a long history of developing groundwater flow models to s...
1996 and is projected to grow to 710,000 by 2030. Because of current water resource limitations and ...
In this study we examined the impact of current and future water demands on streams and aquifers in ...
Large supplies of groundwater are developed from three aquifer systems in northern Illinois for publ...
A rapidly increasing development of ground-water resources in DuPage County, Illinois, has resulted ...
This report summarizes studies of the water resources of northeastern Illinois, a 3700–square–mile a...
The cost of raw and treated groundwater produced in quantities suffi-cient, in most cases, to meet t...
The rapid increase in population and developed land in the Chicago metropolitan area has placed a he...
Includes bibliographical references (pages [157]-160)Development of wellhead protection programs by ...
The Chicago River/Lake Shore area assessment, part of a series of statewide regional assessments, ex...
This study reports the effects of substituting water from Lake Michigan for groundwater withdrawals....
In response to expanding urban development, the use of Lake Michigan and other sources for public wa...
Over pumping groundwater resources of the greater Chicago metropolitan area reversed the regional hy...
Abstract: Plans were developed for optimal use of available groundwater and surface water re-sources...
Abstract: The deep bedrock aquifer system in northeastern Illinois is encountered at depths ranging ...
The Illinois State Water Survey (ISWS) has a long history of developing groundwater flow models to s...
1996 and is projected to grow to 710,000 by 2030. Because of current water resource limitations and ...
In this study we examined the impact of current and future water demands on streams and aquifers in ...
Large supplies of groundwater are developed from three aquifer systems in northern Illinois for publ...
A rapidly increasing development of ground-water resources in DuPage County, Illinois, has resulted ...
This report summarizes studies of the water resources of northeastern Illinois, a 3700–square–mile a...
The cost of raw and treated groundwater produced in quantities suffi-cient, in most cases, to meet t...
The rapid increase in population and developed land in the Chicago metropolitan area has placed a he...
Includes bibliographical references (pages [157]-160)Development of wellhead protection programs by ...
The Chicago River/Lake Shore area assessment, part of a series of statewide regional assessments, ex...