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Groundwater in Geologic Processes

Groundwater in Geologic Processes

2nd Edition

£80.99

Award Winner
  • Date Published: May 2006
  • availability: Available
  • format: Paperback
  • isbn: 9780521603218

£ 80.99
Paperback

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Description
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Resources
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About the Authors
  • The 2006 second edition of this well received and widely adopted textbook has been extensively revised to provide a more comprehensive treatment of hydromechanics (the coupling of groundwater flow and deformation), to incorporate findings from the substantial body of research published since the first edition, and to include three new chapters on compaction and diagenesis, metamorphism, and subsea hydrogeology. The opening section develops basic theory of groundwater motion, fluid-solid mechanical interaction, solute transport, and heat transport. The second section applies flow, hydromechanics, and transport theory in a generalized geologic context, and focuses on particular geologic processes and environments. A systematic presentation of theory and application coupled with problem sets to conclude each chapter make this text ideal for use by advanced undergraduate and graduate-level hydrogeologists and geologists. It also serves as an invaluable reference for professionals in the field.

    • Second edition of an award winning title, includes a comprehensive treatment of hydromechanics, and new chapters on compaction and diagenesis, metamorphism, and subsea hydrogeology
    • The only hydrogeology text where geology is the primary focus, therefore it is particularly suitable for geoscience students
    • Brief problem sets at the end of each chapter, with solutions available online to lecturers at www.cambridge.org/9780521603218
    Read more

    Awards

    • The 1st edition of this book was cited for the "John Hem Excellence in Science and Engineering Award" from the National Groundwater Association (2000) and the O. E. Meinzer Award from the Geological Society of America (2003).

    Reviews & endorsements

    Review of the first edition: 'I unreservedly recommend this book as a teaching and reference text for everyone working on aqueous fluid-bearing environments in the Earth.' Marian Holness, Geological Magazine

    ' … extremely well written, probably the best-written technical text I have ever encountered; the style is both lucid and concise, making it a joy to read.' Simon Bottrell, Geophysical Journal International

    ' … an invaluable asset to any scientist, student and professional alike, who is studying mass and energy transport in Earth's upper crust … a tremendous bargain.' Brian J. O. L. McPherson, GSA Today

    ' … informative and thought provoking … well written and comprehensive … important reading for a wide range of professionals … helpful in undergraduate and postgraduate education.' Juri Krasny, Hydrological Sciences Journal

    ' … uniquely a hydrologic perspective of the role of groundwater as a geologic agent. … Any reader interested in knowing more about the role of fluids in geologic systems ought to start with this book … the authors specifically designed the book principally to serve as a teaching text. … an excellent bargain and especially useful to all economic geologists curious about the geologic links between fluid migration, hydrothermal systems, and ore formation.' Grant Garven, Economic Geology

    'I think that [the] text is outstanding …' Andy Fisher, University of California at Santa Cruz

    'I want to congratulate you on an excellent text. … I am quite impressed with how thorough and clearly written it is. I think you guys have a winner here and it will be a BIG contribution to the geologic community.' Mark Person, University of Minnesota

    'Opening [the] book was a shock. [The authors] have effectively merged high-tech physics with traditional geology. This is the first modern book that merits being labelled 'hydrogeology'. It will do very well.' Irwin Remson, Stanford University

    '… splendid revision of a fine first edition. There are few readers of this journal who cannot profit greatly from consulting this book.' Environmental and Engineering Geoscience

    'The book Groundwater in Geologic Processes by Ingebritsen and Sanford (1998) played a key role in creating a unified view of groundwater in earth systems by developing a rigorous technical and theoretical framework for studying groundwater processes at large scales. The recently published Groundwater in Geologic Processes, 2nd edition, by Ingebritsen et al. (2006) further solidifies this book as an important teaching and reference tool in the research field. The book contains substantial new material and is much more then simply an update to the first edition. There is a new coauthor, Christopher Neuzil and completely new chapters on compaction and diagenesis, metamorphism and sub-sea hydrogeology. Additionally there are expanded discussions of the coupling of groundwater flow and deformation/compaction (i.e. hydromechanics). … an excellent text that covers coupled groundwater flow systems in a geologic process context. The first edition of the book has been established as a standard for the study of groundwater in geologic processes and the second edition, with the new material, will solidify this position. This book is strongly recommended as a textbook for an upper-level or graduate level class in hydrogeology or as a reference for those interested in coupled groundwater flow systems in a geologic context.' Hydrogeology Journal

    'This second edition is worthy successor to the first, greatly expanded and updated, but still retaining its clarity, readability and practicality. … All aspects of the work are excellent: the illustrations are clear and uncluttered, the writing is concise and very readable and the layout makes it easy to find specific topics.' The Leading Edge

    '… a good primer on important concepts in groundwater flow and a broad view of their applications to specific geologic problems. … an excellent introduction and supplement to understanding the role of fluids in geologic processes in the subsurface.' Pure and Applied Geophysics

    'I think the authors have done an exceptional job of creating a book that shows that groundwater is much more than well hydraulics in the near surface. Ingebritsen, Sanford, and Neuzil have ably managed to cover an incredible range of topics, spanning enormous spatial and temporal scales, yet haven't gotten lost in minute details. … I highly recommend the 2nd edition of Groundwater in Geologic Processes to any hydrogeologist who wants to learn more about groundwater in the Earth's crust.' Geofluids

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    Product details

    • Edition: 2nd Edition
    • Date Published: May 2006
    • format: Paperback
    • isbn: 9780521603218
    • length: 564 pages
    • dimensions: 241 x 168 x 30 mm
    • weight: 0.91kg
    • contains: 156 b/w illus. 13 tables 54 exercises
    • availability: Available
  • Table of Contents

    1. Groundwater flow
    2. Hydromechanical coupling
    3. Solute transport
    4. Heat transport
    5. Regional-scale flow and transport
    6. Ore deposits
    7. Hydrocarbons
    8. Geothermal processes
    9. Earthquakes
    10. Evaporites
    11. Compaction and diagenesis
    12. Metamorphism
    13. Subsea hydrogeology
    References
    Index.

  • Resources for

    Groundwater in Geologic Processes

    Steven E. Ingebritsen, Ward E. Sanford, Christopher E. Neuzil

    General Resources

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  • Authors

    Steven E. Ingebritsen, United States Geological Survey, California
    Steve Ingebritsen is a member of the U.S. Geological Survey and currently serves as a research branch chief in the USGS Water Resources Discipline.

    Ward E. Sanford, United States Geological Survey, Virginia
    Ward Sanford is a member of the U.S. Geological Survey and is currently research advisor for the groundwater hydrology discipline of the USGS National Research Program.

    Christopher E. Neuzil, United States Geological Survey, Virginia
    Chris Neuzil is a member of the U.S. Geological Survey and is a senior hydrogeologist in the USGS National Research Program.

    Awards

    • The 1st edition of this book was cited for the "John Hem Excellence in Science and Engineering Award" from the National Groundwater Association (2000) and the O. E. Meinzer Award from the Geological Society of America (2003).

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