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 Publication
Date: 2004
Publisher: Kluwer
Editors: Yoram Rubin and Susan Hubbard
The
book is divided into four sections, each of which contain multiple chapters
that range in nature from tutorials to case studies. Individual authors,
each of who are experts within their field, will write the chapters.
Section 1 will introduce the concepts associated with hydrogeophysics,
and will also cover the fundamentals of hydrogeology. Section 2 will
focus on the fundamentals of the various geophysical methods used for
near surface characterization and monitoring, with an emphasis towards
acquisition modes and interpretation approaches important for hydrogeological
investigations. The concepts presented in Section 1 and Section 2 will
be incorporated within Section 3, where many hydrogeophysical case studies,
categorized by the spatial scale of observation and hydrological domain,
will be presented. Finally, Section 4 will take a look forward by describing
emerging technologies and stochastic methods for fusing hydrogeological
and geophysical data sets. The cohesiveness of the book will be ensured
by using consistent nomenclature and by extensive cross-referencing
between the chapters.
Section
I: Background and Fundamentals of Hydrogeology
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Chapter
1: Hydrogeophysics Overview - Susan Hubbard and Yoram Rubin
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Chapter
2: Hydrological Measurement Techniques - Jim Butler
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Chapter
3: Geostatistics for Hydrogeological Site Characterization and Inverse
Modeling - Peter Kitanidis
Section
II: Fundamentals of Geophysical Methods
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Chapter
4: The Relationships between the Electrical and Hydrological Properties
of Rocks and soil - David Lesmes and Schmulik Friedman
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Chapter
5: DC resistivity and Induced Polarisation Methods: Fundamentals -
Andrew Binley and Andreas Kemna
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Chapter
6: Near-surface Controlled-Source Electromagnetic Induction (CSEM)
- Mark Everett and Max Meju
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Chapter
7: GPR Methods for Hydrogeological Studies - Peter Annan
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Chapter
8: Relationships between seismic and hydrogeological properties -
Steven Pride
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Chapter
9: Seismic Methods for Hydrogeological Studies: Fundamentals - Don
Steeples
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Chapter
10: Geophysical Well logging - Miroslav Kobr, Stanislav Mares and
Fred Paillet
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Chapter
11: CPT methods - Peter Dietrich
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Chapter
12: Remote Sensing - Jeffrey Paine and Brian Minty
Section
III: Hydrogeophysical Case Studies
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Chapter
13: Hydrogeophysical Case Studies at the Regional Scale - Mark Goldman,
Vladimir Shtivelman, Max Meju and Haim Gvirtzman
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Chapter
14: Hydrogeophysical Case Studies at the Local Scale: the Saturated
Zone- Dave Hyndman and Michael Knoll
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Chapter
15: Vadose Zone Applications - Jeff Daniels, Andrew Binley, Doug LaBrecque,
and David Alumbaugh
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Chapter
16: Hydrogeophysical Case Studies at the Lab Scale - Ty Ferre, Andrew
Binley, Jil Geller, Ed Hill and Tissa Illangasekare
Section
IV: Looking Forward
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Chapter
17: Emerging Technologies -Ugar Yaramanci, Andreas Kemna, and Harry
Vereecken
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Chapter
18: Stochastic Framework for the Integration of Hydrogeologial and
Geophysical Data -Yoram Rubin and Susan Hubbard
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