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Academic & Professional Books  Earth System Sciences  Lithosphere  Geomorphology

Fault-Related Rocks A Photographic Atlas

By: Arthur W Snoke(Editor), Jan Tullis(Editor), Victoria R Todd(Editor)
617 pages, 263 plates, 139 b/w illustrations, 3 tables
Fault-Related Rocks
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  • Fault-Related Rocks ISBN: 9780691600734 Paperback Jul 2014 Usually dispatched within 4 days
    £76.99
    #215251
  • Fault-Related Rocks ISBN: 9780691630564 Hardback May 2016 Usually dispatched within 4 days
    £224.00
    #228005
  • Fault-Related Rocks ISBN: 9780691012209 Hardback Dec 1999 Out of Print #84342
Selected version: £76.99
About this book Contents Customer reviews Related titles

About this book

A reprint of a classical work in the Princeton Legacy Library. Originally published in 1998.

This is a richly illustrated reference book that provides a unique, comprehensive, and up-to-date survey of the rocks and structures of fault and shear zones. These zones are fundamental geologic structures in the Earth's crust. Their rigorous analysis is crucial to understanding the kinematics and dynamics of the continental and oceanic crust, the nature of earthquakes, and the formation of gold and hydrocarbon deposits. To document the variety of fault-related rocks, Fault-Related Rocks presents more than six hundred photographs of structures ranging in scale from outcrop to submicroscopic. These are accompanied by detailed explanations, often including geologic maps and cross sections, contributed by over 125 geoscientists from around the world.

Fault-Related Rocks opens with an extensive introduction by Arthur W. Snoke and Jan Tullis that is itself a major contribution to the field. Fault-related rocks and their origins have long been controversial and subject to inconsistent terminology. Snoke and Tullis address these problems by presenting the currently accepted ideas in the field, focusing on deformation mechanisms and conceptual models for fault and shear zones. They define common terminology and classifications and present a list of important questions for future research. In the main, photographic part of Fault-Related Rocks, the editors divide the contributions into three broad categories, covering brittle behavior, semi-brittle behavior, and ductile behavior. Under these headings, there are contributions on dozens of subtopics with photographs from localities around the world, including several "type" areas.

Fault-Related Rocks is an unrivaled source of information about fault-related rocks and will be important reading for a broad range of earth scientists, including structural geologists, petrologists, geophysicists, and environmental specialists.

Contents

Preface    
Contributors' addresses    
An overview of fault rocks    3
Brittle Behavior    
Geometrical characteristics and microstructures    19
Cataclasis and gouge development    51
Pseudotachylyte    75
Fluid-related features    129
Semi-Brittle Behavior    
Geometrical characteristics and microstructures    141
Fluid-related features    203
Ductile Behavior    
Strain partitioning and other geometric characteristics    225
Microstructures    255
Foliation development    291
Composite foliations in mylonites    305
Porphyroclasts in mylonites    333
Folds in mylonitic zones    359
Evidence of coaxial deformational histories    369
Metamorphic grade variations    381
Fluid-related features    465
Microstructural development of mylonitic rocks of specific composition    477
References cited    595
Index    615

Customer Reviews

By: Arthur W Snoke(Editor), Jan Tullis(Editor), Victoria R Todd(Editor)
617 pages, 263 plates, 139 b/w illustrations, 3 tables
Media reviews

"Some stunning images make this library reference book a superb account of what happens to solid rocks when they flow or break apart on faults."
New Scientist

"This atlas is a significant contribution to the field in illustrating the broad range of structures and microstructures encountered in fault-related rocks. I know of no publication with such extensive illustrations of this important group of rocks."
– John M. Christie, University of California, Los Angeles

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