14 9 Advanced Strain Measurements Fry Method Rf/φ Method
15 10 Brittle Failure Quantifying Two‐Dimensional Stress The Mohr Diagram The Mohr Circle of Stress Rules for Going Between Mohr Space and Real Space The Failure Envelope The Importance of Pore Pressure
16 11 Analysis of Fracture Systems Data Collection Rose Diagram Length vs Strike Graphs Interpreting Joint Strike Diagrams Contouring Joint Density Accounting for Dip in Joints
17 12 Faults Measuring Slip Rotational (Scissor) Faulting Map Patterns of Faults Timing of Faults
18 13 Dynamic and Kinematic Analysis of Faults Dynamic Analysis Kinematic Analysis
19 14 Structural Synthesis Structural Synthesis Some Suggestions for Writing Style Common Errors in Geologic Reports
20 15 Deformation Mechanisms in Mylonites Deformation Mechanisms Fault Rocks Kinematic Indicators S‐C Fabrics Asymmetric Porphyroclasts Oblique Grain Shapes in Recrystallized Quartz Aggregates Antithetic Shears Strain and Offset in Shear Zones Potential Sources of Error Note
21 16 Construction of Balanced Cross Sections Thrust‐Belt “Rules” Recognizing Ramps and Flats Relations Between Folds and Thrusts Requirements of a Balanced Cross Section Constructing a Restored Cross Section Constructing a Balanced Cross Section
22 17 Introduction to Plate Tectonics Fundamental Principles Plate Boundaries Triple Junctions Focal‐Mechanism Solutions (“Beach‐Ball” Diagrams) Earth Magnetism Apparent Polar Wander
23 18 Virtual Field Trip Newfoundland Folds Field Trip Ramapo Fault Field Trip
24 References
25
Further Reading
Chapter 1: Attitudes of Lines and Planes
Chapter 2: Outcrop Patterns and Structure Contours
Chapter 3: Stereographic Projection
Chapter 4: Folds and Cross Sections
Chapter 5: Stereographic Analysis of Folded Rocks
Chapter 6: Rotations and Determining Original Directions in Folded Rocks
Chapter 7: Foliations, Parasitic Folds, and Superposed Folds
Chapter 8: Strain Measurements in Ductile Rocks
Chapter 9: Advanced Strain Measurements
Chapter 10: Brittle Failure
Chapter 11: Analysis of Fracture Systems
Chapter 12: Faults
Chapter 13: Dynamic and Kinematic Analysis of Faults
Chapter