Groundwater in the Environment

By Paul Younger

New, Paperback, 318 pages

$ 55 plus tax and shipping ($63.56)

Books on groundwater seem to be either simplistic definitions of the hydrologic cycle or discussions of very complex underground systems accompanied by a plethora of cabalistic mathematical formulae. This recent book (2007) gives a thorough introduction into the magic of groundwater without resorting to complex equations. This book will be your reference to the netherworld of water.

TABLE OF CONTENTS

 

 

Contents

 

  1. Occurrence of Water Underground

Groundwater & the global water cycle

The natural zonation of water underground

Water pressure, the saturated zone, aquifers, & acquitards

Aquifer properties: effective porosity, permeability, & storage

The geology of groundwater occurrence

  1. Sources of Groundwater: Recharge processes

Provinance of groundwater

Recharge processes

Movement of water through the unsaturated zone

  1. Groundwater Movement

“The force that drives the water through the rocks”

Quantifying flow rates; Darcy’s Law Y hydraulic conductivity

Groundwater flow patterns

Quantifying the hydraulic properties of aquifers

  1. Natural Groundwater quality

How to read a water analysis

Chemical characteristics of natural groundwaters; origins & significance

Displaying & classifying groundwater quality

The evolution of natural groundwater quality

  1. Groundwater Discharge & Catchment Hydrology

Groundwater discharge features

The role of groundwater in generating surface runoff

Estimating the groundwater component of catchment runoff

Physical controls on groundwater discharge at the catchment scale

  1. Groundwater & Freshwater Ecosystems

Freshwater ecosystems

Groundwater-fed wetland ecosystems

Fluvial ecosystems & the hyporheic zone

Groundwater ecology

  1. Groundwater as a Resource

Current resource utilization of groundwater

Constraints on groundwater utility

Methods of groundwater abstraction

Conjunctive use of groundwaters with surface waters

Groundwater as a thermal resource

  1. Groundwater Geohazards

Geohazards & hydro-geohazards

Natural hydro-geohazards

Hydro-geohazards induced by human activities

  1. Groundwater Under Threat

Threats to groundwater systems

Depletion of groundwater quantity

Degradation of groundwater quality

  1. Modeling Groundwater systems

Why simulate groundwater systems?

Conceptual models

Representing the conceptual model mathematically

Ways of doing the sums: solving physically based models

One step beyond: simulating groundwater quality

Groundwater modeling in practice

  1. Managing Groundwater Systems

Approaches to groundwater resource management

Toward sustainable groundwater development

Groundwater control measures to mitigate geohazards

Preventing groundwater contamination

Remediating contaminated groundwaters

 

 

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