12.8 Block diagram showing the omission of strata (as exposed on the ...Figure 12.9 Block diagram showing domino‐style normal block faulting, result...Figure 12.10 Block diagram showing the repetition of strata (as exposed on t...Figure 12.11 (a) Map and (b) cross section showing typical elements of a thr...Figure P12.1 Geologic map for use in Problems 12.1 and 12.2.Figure P12.2 Geologic map for use in Problem 12.3.Figure P12.3 Geologic map for use in Problem 12.4.13 Chapter 13Figure 13.1 The diagonal force of a hand pushing on a tabletop at an angle r...Figure 13.2 (a) The three principal stresses and the three planes of zero sh...Figure 13.3 Relationship between the three principal stresses and conjugate ...Figure 13.4 Block diagrams and equal‐area plots of three classes of faults p...Figure 13.5 (a) Cross section diagram of a normal fault dipping 30° to the e...Figure 13.6 Equal‐area plot of five reverse faults, showing the pitch of sli...Figure 13.7 (a) Equal‐area plot of 10 faults, including the fault plane, pit...Figure P13.1 Diagrams for use with Problem 13.1.Figure P13.2 Map view of a mine adit, showing the attitude and sense of moti...Figure P13.3 Map and cross section for use with Problem 13.4.Figure P13.4 Regional tectonic map of the southwestern United States for use...Figure P13.5 Block diagrams for use with Problem 13.6.Figure P13.6 Regional map of eastern Asia for use with Problem 13.7.Figure P13.7 Diagrams for use with Problem 13.7.
14 Chapter 14Figure P14.1 Outcrop map of the Athena area including lithologic and structu...
15 Chapter 15Figure 15.1 Straight grain boundaries and the crudely rectangular shape of q...Figure 15.2 Photomicrograph of a sandstone from Pennsylvania that has underg...Figure 15.3 Sketch showing development of “mica beards” in the pressure shad...Figure 15.4 Photomicrograph showing quartz ribbons (QR) in ultramylonite fro...Figure 15.5 Photomicrograph showing subgrains (SG) and new grains (NG) in a ...Figure 15.6 High strain shear zone developed in a lower strain zone in grani...Figure 15.7 Fault‐rock classification (Modified from Sibson 1977). The matri...Figure 15.8 Photomicrograph of cataclasite from Ralston Buttes, Colorado. An...Figure 15.9 Mylonitic rocks, showing variation in the relative proportion of...Figure 15.10 Relationship between mylonitic fabric and sense of shear. (a) S...Figure 15.11 Photomicrograph of S‐C fabric in granite mylonite,. C = C surfa...Figure 15.12 Sketches of two types of asymmetric porphyroclasts. (a) Sigma (...Figure 15.13 Oblique foliation in dynamically recrystallized quartz aggregat...Figure 15.14 (a) Undeformed grain with cleavage planes. (b) Antithetically f...Figure 15.15 Calculating strain and offset in a shear zone in gneiss. (a) Ph...Figure P15.1 Photomicrograph for use in Problem 15.1. F = Feldspar; Q = quar...Figure P15.2 Photomicrograph of rock for use in Problem 15.2. K = K‐feldspar...Figure P15.3 Photomicrograph of quartz fabric from Atlanta, GA for use in Pr...Figure P15.4 Field photograph for use in Problem 15.4. The protolith of this...Figure P15.5 Field photograph for use in Problem 15.5. The protolith of this...Figure P15.6 Photomicrograph for use in Problem 15.6. F = Feldspar; Q = quar...Figure P15.7 Photograph of a small shear zone in gneiss for use in Problems ...Figure P15.8 Photograph of an S‐C mylonite in granite for use in Problem 15....
16 Chapter 16Figure 16.1 Schematic cross section showing typical elements of thrust terra...Figure 16.2 Progressive development of a fault‐bend fold as the thrust sheet...Figure 16.3 Progressive development of a fault‐propagation fold at the tip o...Figure 16.4 An unbalanced cross section. (a) Deformed‐state cross section. (...Figure 16.5 (a) Deformed‐state cross section. (b) Stratigraphic “template.” ...Figure P16.1 Cross section and table for use in Problem 16.1.Figure P16.2 Cards to produce a flip book of the development of fault propag...Figure P16.3 Diagram of fault‐bend folds for use in Problem 16.3. J = Jurass...Figure P16.4 Diagram of fault‐bend folds for use in Problem 16.4. J = Jurass...Figure P16.5 Geologic map with wells and topographic profile A–A’ (location ...Figure P16.6 Geologic map with cross section A–A′ and well located and topog...
17 Chapter 17Figure 17.1 Structure of the earth's crust and upper mantle and, in terms of...Figure 17.2 Plate boundaries. (a) Divergent‐plate boundary. (b) Ocean–contin...Figure 17.3 (a) Ridge–ridge–ridge triple junction. Arrows show relative move...Figure 17.4 The use of a velocity triangle to determine the type of plate bo...Figure 17.5 Seismic energy released at the hypocenter (center of diagram) re...Figure 17.6 Map view of a right lateral strike‐slip fault showing the quadra...Figure 17.7 (a) East–west cross section of a seismically active normal fault...Figure 17.8 Focal‐mechanism solution, in which each seismic station is plott...Figure 17.9 Map of a portion of the earth, showing an earthquake epicenter o...Figure 17.10 Alternative interpretations for three focal‐mechanism solutions...Figure 17.11 Lower‐hemisphere plot showing the solution to Example 3. (a) Pl...Figure 17.12 Schematic diagram of the earth showing the orientation of the e...Figure 17.13 Cross section through a mid‐ocean ridge. Note the symmetry of t...Figure 17.14 Sample sites and calculated paleomagnetic poles for a fixed pla...Figure 17.15 Sample sites and calculated paleomagnetic poles for a plate tha...Figure P17.1 Triple junction diagrams for use in Problems 17.1, 17.2, and 17...Figure P17.2 Fault plane solutions and lower hemisphere equal‐area net for u...Figure P17.3 Tectonic map and data for use in Problem 17.5.Figure P17.4 Compilation map and data to reconstruct the plate tectonic hist...
Guide
2 Structural Analysis and Synthesis
3 The Peripheral T‐Cell Lymphomas
4 Preface
10 Index
11 WILEY END USER LICENSE AGREEMENT
Pages
1 iii
2 iv
3 vii
4 viii
5 ix
6 1
7 2
8 3
