by Peter J. Stekl, and Sarah M. Flanagan
Abstract
Introduction
Purpose and scope
Description of the study area
Previous investigations
Approach and methods
Numbering system for wells, test holes, and springs
Acknowledgments
Geologic setting
Bedrock
Surficial deposits
Geohydrologic setting
Occurrence of ground water
General description and water-yielding characteristics of the lithologic units
Stratified drift
Till
Bedrock
Geohydrology of stratified-drift aquifers
Description of aquifer boundaries
Recharge, discharge, and direction of ground-water flow
Flow
Recharge
Discharge
Water table and direction of ground-water flow
Aquifer characteristics
Saturated thickness
Storage coefficient
Transmissivity and hydraulic conductivity
Evaluation of water availability and simulation of ground-water flow
Description and conceptualization of model
Description of analytical method
Windham-Cobbetts Pond aquifer
Boundary conditions
Aquifer parameters
Application of numerical model
Sensitivity analysis
Application of analytical method
Well-capture area
Kingston-Powwow River aquifer
Boundary conditions
Aquifer parameters
Application of numerical model
Sensitivity analysis
Application of analytical method
Well-capture area
Locations and descriptions of selected stratified-drift aquifers
Derry-Island Pond aquifer
Windham-Cobbetts Pond aquifer
Kingston-Powwow River aquifer
North Hampton-Knowles Pond aquifer
Greenland aquifer
Ground-water quality
Physical and chemical properties
Total dissolved solids
Specific conductance
pH
Alkalinity
Calcium, magnesium, and hardness
Sodium
Chloride
Sulfate
Iron and manganese
Trace elements
Organic compounds
Contamination sources
Summary and conclusions
References
Glossary
Appendix: Geohydrologic sections based on seismic-refraction data
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