Structural analysis synthesis

Deformed fossils as strain indicators, 127 Strain in three dimensions, 128 Quantifying the strain ellipsoid, 129 Construction of Balanced Cross Sections, 131 Objectives, 131 Thrust-belt ‘‘rules,’’ 131 Recognizing ramps and flats, 132 Relations between folds and thrusts, 133 Requirements of a balanced cross section, 136 Constructing a restored cross section, 137 Constructing a balanced cross section, 138 Deformation Mechanisms and Microstructures, 141 Objectives, 141 Deformation mechanisms, 141 Fault rocks, 144 Kinemative indicators, 146 S-C fabrics, 147 Asymmetric porphyroclasts, 148 Oblique grain shapes in recrystallized quartz aggregates, 149 Antithetic shears, 149 Constructing the profile of a fold exposed in flat terrain, 62 Simple equal-area diagrams of fold orientation, 63 Contour diagrams, 65 Determining the fold style and interlimb angle from contoured pi diagrams, 67 8 Parasitic Folds, Axial-Planar Foliations, and Superposed Folds, 69 Objectives, 69 Parastic folds, 69 Axial-planar foliations, 70 Superposed folds, 72 Faults, 76 Objectives, 76 Measuring slip, 78 Rotational (scissor) faulting, 80 Tilting of fault blocks, 82 Map patterns of faults, 82 Timing of faults, 83 Dynamic and Kinematic Analysis of Faults, 85 Objectives, 85 Dynamic analysis, 85 Kinematic analysis, 90 A Structural Synthesis, 95 Objective, 95 Structural synthesis of the Bree Creek Quadrangle, 95 Writing style, 97 Common errors in geologic reports, 98 Rheologic Models, 99 Objective, 99…

walking with a roll to his shoulders, jingling change as he pulls up his pants as he slides into the chair still warm from C.T.'s bottom, crossing his legs in a way that inclines him well into my personal space, so that I can see multiple eyebrow-tics and capillary webs in the oysters below his eyes and smell fabric-softener and the remains of a breath-mint turned sour. '. . . a bright, solid, but very shy boy, we know about your being very shy, Kirk White's told us what your…