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CHAPTER 1: CONCEPTS, TECHNIQUES, AND AMBIGUITIES
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1.
| Evolution of Convergent Plates
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| W. B. Hamilton
| p.3
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2.
| Ancient Collisional Continental Margins in the Canadian Shield: Geophysical Signatures and Derived Crustal Transacts
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| M. D. Thomas
| p.5
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3.
| Tectonothermics of Modern and Ancient Continental Margins
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| M. J. Drury
| p.27
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4.
| Geochronological Studies of Fault-Related Rocks
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| P. D. Fullagar
| p.37
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5.
| The Importance of Subduction-Related Margin-Parallel Shear Zones Along Transpressional Convergent Plate Margins
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| V.L. Hansen
| p.51
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6.
| Kinematic Indicators in Shear Zones
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| C. K. Mawer
| p.67
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7.
| Zone of Weakness Concept: A Review and Evaluation
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| J. J. Prucha
| p.83
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8.
| Petrogenetic Evaluation of Trace Element Discrimination Diagrams
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| F. Ö. Dudás
| p.93
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9.
| Metallogeny at Precambrian and Mesozoic Continental Margins
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| J.M. Guilbert
| p.129
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CHAPTER 2: CORDILLERAN MESOZOIC MARGIN
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10.
| Post-Archean Crustal Evolution, Terrane Accretion, and Metamorphism of the Western Cordillera, With Emphasis on Northern and Central California
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| W. G. Ernst
| p.145
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11.
| Mesozoic and Cenozoic Intrusions and Batholiths of the Circum-Pacific Region as Analogues of Pre-
Phanerozoic Batholiths: A Summary
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| D. A. Brew
| p.169
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12.
| Island-Arc Evolution and Fracture-Zone Tectonics in the Mesozoic Sierra Nevada, California, and Implications for Transform Offset of the Sierran/Klamath Convergent Margins
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| Y. Dilek and E. M. Moores
| p.179
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13.
| Problems Concerning Collisional vs. Noncollisional Deformation at Continental-Margin Orogens, with an Example from the Mesozoic Cordilleran Orogen
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| S. H. Edelman
| p.197
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14.
| Plutonism Across the Tujunga-North American Terrane Boundary: A Middle to Upper Crustal View of Two Juxtaposed Magmatic Arcs
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| J.L. Anderson A.P. Barth, E.D. Young, E.E. Bender, M.J. Davis, D.L. Farber, E.M. Hayes and K.A. Johnson
| p.205
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15.
| Geophysical Investigations of the Cratonic Margin in the Pacific Northwest (USA)
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| R.L. Thiessen, K. R. Johnson, and G. B. Mohl
| p.231
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16.
| Sedimentation and Basin Evolution Along the Mesozoic Margin of Western North America
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| W. L. Bilodeau
| p.241
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17.
| Thick-Skinned Overstep Tectonics in the Jurassic Winnemucca Fold-and-Thrust Belt, North-Central Nevada, U.S.A.: Evidence from the Sonoma Range
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| S. D. Stahl
| p.249
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CHAPTER 3: PRECAMBRIAN MARGINS
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18.
| Generation of Granitoids at Archean Continental Margins in Southern Africa
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| D. R. Hunter
| p.265
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19.
| The Northern Wyoming Province: Contrasts in Archean Crustal Evolution
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| D. W. Mogk, P. A. Mueller, J. L. Wooden, and D. R. Bowes
| p.283
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20.
| Evidence for the Amalgamation of Archean Oceanic and Continental Blocks to Form the Beartooth Plateau
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| J. K. Meen
| p.299
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21.
| Precambrian Geology and Ductile Normal Faulting in the Southwest Corner of the Beartooth Uplift, Montana
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| E. A. Erslev
| p.313
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22.
| Geochemistry and Origin of Amphibolite and Ultramafic Rocks, Branham Lakes Area, Tobacco Root Mountains, Southwestern Montana
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| M.L. Cummings and W. R. McCulloch
| p.323
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23.
| Multiple Reactivation of a Collisional Boundary: An Example from Southwestern Montana
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| B. C. McBride, C. J. Schmidt, G. E. Guthrie, and M. K. Sheedlo
| p.341
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24.
| Long-Lived Basement Weak Zones and Their Role in Extensional Magmatism in the Ogilvie Mountains, Yukon Territory
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| C. F. Roots and R. I. Thompson
| p.359
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25.
| Geotectonies of the Cratonic Margin from Paleomagnetism of the Middle Proterozoic Aldridge (Prichard) Formation and Moyie Sills of British Columbia and Montana
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| D. T. A. Symons and E. A. Timmins
| p.373
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26.
| Impact Origin of Large Intracratonic Basins, the Stationary Proterozoic Crust, and the Transition to Modern Plate Tectonics
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| J.W. Sears and D. Alt
| p.385
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CHAPTER 4: APPALACHIAN MARGINS
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27.
| Late Precambrian Tectonism - The Opening of the Iapetus Ocean
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| N. Rast
| p.395
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28.
| Transition from Alluvial to Deep-Water Sedimentation in the Lower Lynchburg Group (Upper Proterozoic), Virginia
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| F. Wehr
| p.407
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29.
| The Robertson River Igneous Suite (Blue Ridge Province, Virginia) - Late Proterozoic, Anorogenic (A-Type) Granitoids of Unique Petrochemical Affinity
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| R. P. Tollo and S. Arav
| p.425
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30.
| Structural Characterization of the Late Proterozoic (Post-Grenville) Continental Margin of the Laurentian Craton
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| M. J. Bartholomew
| p.443
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31.
| Effect of the Transylvania Fracture Zone on Evolution of the Western Margin of the Central Appalachian Basin
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| S. L Root
| p.469
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32.
| Late Paleozoic Destruction of the Western Proto-Atlantic Margin in the Southern Appalachians
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| S. A. Kish
| p.481
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33.
| The Pine Mountain Window of Alabama: Basement-Cover Evolution in the Southernmost Exposed Appalachians
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| M. G. Steltenpohl
| p.491
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34.
| Tectonic Implications of the Brittle Fracture History of the Permian Narragansett Pier Granite, Rhode Island
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| M. J. Hozik
| p.503
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35.
| Comparison of Sedimentary Petrologic Sequences Produced in Mesozoic Extensional and Convergent Tectonic Settings in North America
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| P. T. Ryberg
| p.527
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36.
| Structure of the Mesozoic Marietta-Tryon Graben, South Carolina and Adjacent North Carolina
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| J.M. Garihan and W. A. Ranson
| p.539
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CHAPTER 5: PROBLEMS AT MARGINS IN EUROPE AND ASIA
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37.
| Strain Pattern in the Purbeck-Isle of Wight Monocline: A Case Study of Folding Due to Dip-Slip Fault in the Basement
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| M. S. Ameen
| p.559
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38.
| Characteristics of the Circum-Tyrrhenian Hercynian Massifs and Their Role in the Alpine-Apennine Chains
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| N. Minzoni
| p.579
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39.
| Structure and Tectonic Evolution of the Western Continental Margin of India: Evidence from Subsidence Studies for a 25-20 Ma Plate Reorganization in the Indian Ocean
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| A. Agrawal and J. J. W. Rogers
| p.583
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40.
| Tectonics and Regional Unconformities of Eastern India Basins
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| J. J. Gallagher, Jr.
| p.591
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41.
| Basement--Cover Relationships of the Peninsular Gneiss with the Greenstone Belts of Karnataka, India
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| A.G. Ugarkar
| p.599
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CHAPTER 6: METALLOGENY AND CONTINENTAL MARGINS
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42.
| Earthquake Faulting, Induced Fluid Flow, and Fault-Hosted Gold-Quartz Mineralization
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| R. H. Sibson
| p.603
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43.
| Transpressive Tectonics and the Archean Gold Deposits of Superior Province, Canadian Shield
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| K. H. Poulsen, F. Robert, and K. D. Card
| p.615
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44.
| Structural Controls During Formation and Deformation of Archean Lode - Gold Deposits in the Canadian Shield
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| R.Mason and H. H. Helmstaedt
| p.625
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45.
| Tectonic Setting of Mesozoic Gold Deposits in the Canadian Cordillera
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| W. J. McMillan and A. Panteleyev
| p.633
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46.
| Tectonic Setting of Au-Ag Deposits Hosted by Proterozoic Strata Along the Lewis and Clark Line, West-Central Montana
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| L.A. Woodward
| p.653
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47.
| Geotectonic Setting of Western Pacific Gold Deposits
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| R.H. Sillitoe
| p.665
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48.
| Felsic Magmatism and Hydrothermal Gold Deposits: A Tectonic Perspective
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| R. Mason
| p.679
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49.
| Two-Stage Basement Fault-Block Deformation in the Development of the Witwatersrand Goldfields, South Africa
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| R. Myers, L G. Stanistreet, and T. S. McCarthy
| p.689
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50.
| Archean Crustal Lead in the Helena Embayment of the Belt Basin, Montana
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| R. E. Zartman
| p.699
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51.
| Tectonic Development of Base-Metal and Barite-Vein Deposits Associated with the Early Mesozoic Basins of Eastern North America
|
| G.R. Robinson, Jr.
| p.711
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