Emplacement Mechanisms of Nappes and Thrust Sheets by Olivier MerleEmplacement Mechanisms of Nappes and Thrust Sheets by Olivier Merle

Emplacement Mechanisms of Nappes and Thrust Sheets

byOlivier Merle

Paperback | December 7, 2010

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This book, filling an editorial gap, provides a comprehensive treatment of the emplacement mechanisms of nappes and thrust sheets. In the first chapter the basic concepts of thrusting are explained and a short overview of thrust geometry is presented. In chapter 2 the problem of the emplacement of nappes is discussed in its historical framework. The mechanical and kinematical models of nappe emplacement are presented in chapters 3 and 4. In the final chapter a number of examples from the Alpine chain is analyzed. Audience: This volume can be considered as a reference work of the utmost value for Earth scientists in general and can be used as a graduate text for courses addressing displacement geology.
Olivier Merle is a specialist in the relationship between deformation and displacement in nappes and thrusts. He has worked at the University of Arizona (USA) on thrusts in the Colorado Plateau and has carried out experimental research at the University of Texas at Austin. Olivier Merle was awarded the French CNRS Bronze Medal in 1992....
Title:Emplacement Mechanisms of Nappes and Thrust SheetsFormat:PaperbackDimensions:169 pagesPublished:December 7, 2010Publisher:Springer NetherlandsLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:9048149673

ISBN - 13:9789048149674

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Table of Contents

Preface. 1: The Concept of Thrusting. 1.1. Nappes, Thrusts and Fold-Nappes. 1.2. Thick and Thin-Skinned Thrusting. 1.3. Ramp and Flat Geometry. 1.4. The Concept of Displacement. 1.5. The Measurement of Displacement. 2: Background. 2.1. Historical Overview of the Discovery of Nappes. 2.2. The Problem of Nappe Emplacement. 3: Mechanics. 3.1. The Mechanical Paradox. 3.2. Resolution of the Mechanical Paradox. 3.3. Composite Models. 3.4. The Role of Erosion. 3.5. Classification of Emplacement Mechanisms. 4: Kinematics. 4.1. The Kinematics Approach. 4.2. Theoretical and Experimental Strain Patterns. 4.3. Displacement Trajectory. 4.4. Folding. 4.5. Emergent Ramp. 4.6. Lateral Ramps. 5: A Few Examples from the Alpine Chain. 5.1. The Internal Zone: Crustal Thrusts and Deep Nappes. 5.2. The Helvetic Nappes: Extrusion, Spreading and Ductile Gliding. 5.3. The Pre-Alps: Rigid Gliding. 5.4. Molasses: Testimony of Crustal Thickening. 5.5. The Jura: A Fold and Thrust Belt. 5.6. The Southern Alps: Rear Compression. Bibliography. Index.