| 1.
| Basement Control of Exposed Geological Features in Central Kentucky as Inferred from Tectonic, Aeromagnetic and Gravity Data
|
| Douglas F.B. Black, G. Randy Keller, and Robert W. Johnson, Jr.
| p. 1
| 2.
| Regional Tectonics, Systematic Fractures and Photolinears in Southeastern West Virginia
|
| Stuart L. Dean, Byron R. Kulander, and Richard E. Williams
| p.10
| 3.
| Wrench Zone in the North Carolina Coastal Plain
|
| P.M. Brown, D.L. Brown, T.E. Shufflebarger, Jr., and J. L. Sampair
| p.54
| 4.
| Lineament Studies in Structural Interpretation of a Stabilized Orogenic Region: Appalachian Piedmont, Delaware and Adjacent Pennsylvania
|
| Allan M. Thompson and G. Michael Hager
| p.74
| 5.
| The Structural Interpretation of Aeromagnetic Lineaments in Northern Rhode Island
|
| William C. Schwab and Reinharel K. Frohlich
| p.86
| 6.
| Interpretation of Aeromagnetic Data in Southwest Connecticut, and Evidence for Faulting Along the Northern Fall Line
|
| Patrick J. Barosh
| p.99
| 7.
| A Structurally Disturbed Zone in Central Pennsylvania: Surface Expression of a Domain Boundary?
|
| P.M. Hunter and R. R. Parizek
| p.111
| 8.
| Segmentation of the Appalachian Belt by Deep Wrench Faulting
|
| John Gabelman
| p.122
| 9.
| Preparation of Preliminary Brittle Structures Maps of New York State
|
| Yngvar W. lsachsen and WiIIiam G. McKendree
| p.138
| 10.
| A Study of Fractures in the Tyrone - Mount Union Lineament
|
| M.R. Canich and D.P. Gold
| p.141
| 11.
| A Study of Lineaments, Fracture Traces and Joints in Pennsylvania
|
| D.P. Gold and R.R. Parizek
| p.142
| 12.
| Fracture Zones in the Crustal Rocks of North Carolina and Their Possible Relationship to the Tectonics of the Southern Appalachians
|
| William H. Spence
| p.143
| 13.
| Fracture Analyses in the Warrior Coal Field, Alabama
|
| J.A. Drahovzal and W.E. Ward, II
| p.144
CHAPTER 2. WESTERN NORTH AMERICA
|
| 14.
| The Gannett Peak Lineament: A Passive Element During Laramide Uncoupling of the Wyoming Foreland
|
| Katherine A. Pattridge
| p.145
| 15.
| The Colorado Plateau Aulocogen - Key to Continental Scale Basement Rifting
|
| D.L. Baars
| p.157
| 16.
| A Study of the Tectonics of Wyoming and Adjacent Areas Using Photo Linear Elements Mapped from LANDSAT-1 and Skylab Imagery
|
| J. L. Earle
| p.165
| 17.
| Relationships Between Photo Lineaments and Geologic Structures, Athabaska Oil Sands Area, Northeast Alberta
|
| E.A. Babcock and L.G. Sheldon
| p.177
| 18.
| Relationship Between Selected Space Image Lineaments and Primary Crustal Segments in Alaska
|
| Ernest H. Lathram and Robert G.H. Raynolds
| p.191
| 19.
| An Analysis of Fracture Trace Patterns in Areas of Flat-Lying Sedimentary Rocks for the Detection of Buried Geologic Structure
|
| Melvin H. Podwysocki
| p.198
CHAPTER 3. NON-NORTH AMERICAN
|
| 20.
| Transverse Fault Zones in the Irish Calendonides and Other Fold Belts
|
| Ralph R. Horne
| p.199
| 21.
| Interpreting the Genetic Character of Structural Lineaments in the Mediterranean Basin
|
| Richard M. Foose and Robert H. Brigham
| p.211
| 22.
| Air Photo Lineations, Joints and Bedding in Part of Southeast Spain
|
| Mohamed A. Abdel Rahman and R. L. Wright
| p.225
| 23.
| LANDSAT Offers New Data on the Crustal Fracture Patterns of Central Europe, the Aegean Region and the Red Sea Region
|
| P. Kronberg, R. Günther, and M. Schönfeld
| p.236
| 24.
| Riedel-Type Lineaments in the Precambrian Willyama Block, Broken Hill, Australia
|
| M.B. Katz and H. LeCouteur
| p.260
| 25.
| Air Photo Lineations of Wadi Araba Area, Gulf of Suez Region, Egypt
|
| Hassan A. El-Etr and Mahmoud S.M. Yousif
| p.274
| 26.
| Domains of Fracture Controlled Topographic Linear Systems of Italy
|
| D.U. Wise, R. Funiciello, and F. Salvini
| p.288
CHAPTER 4. ORIGIN
|
| 27.
| Some Constraints and Aids for Interpretation of Fracture and Fault Development
|
| E.G. Bombolakis
| p.289
| 28.
| Mechanical Role of Fluid Intrusions in the Development and Stability of Deep-Seated Fracture and Fault Systems
|
| H. Koide and S. Bhattacharji
| p.306
| 29.
| Pervasive Orthogonal Fracturing in Earth's Continental Crust: Review and Update
|
| S. Parker Gay, Jr.
| p.318
| 30.
| Origin of Pervasive Orthogonal Fracturing of the Earth's Crust
|
| Marshall K. Corbett
| p.319
| 31.
| Regional Geomorphic Lineaments on Satellite Imagery -- Their Origin and Applications
|
| Donald F. Saunders and David E. Hicks
| p.326
| 32.
| Angular and Spatial Relationships of LANDSAT Lineaments of the United States
|
| Peter J. Haman
| p.353
| 33.
| Lineament - Block Tectonics: North American - Cordilleran Orogon
|
| Gilbert E. Thomas
| p.361
| 34.
| The Hierarchy of Equidistances in the Planetary Equidistant Rupture Systems
|
| Vaclav Nemec and Radan Kvet
| p.371
| 35.
| Planetary Equidistant Rupture (P.E.R.) Systems and Their Relations to Volcanic and Cryptovolcanic Phenomena
|
| Radan Kvet
| p.374
| 36.
| The Distribution of Oil and Natural Gas Deposits in the Earth's Crust in Relation to the Deposits of Ni, Pt and Cr Along Great Circles
|
| N. Thamm
| p.377
| 37.
| Anorogenic Magmatism, Plate Motion and Atlantic Evolution
|
| R.M. Maclntyre
| p.386
| 38.
| Proterozoic Lineaments: Their Significance in Continental Evolution
|
| F. Bryan Davis and Brian F. Windley
| p.387
| 39.
| Thin-Skin Gravity Tectonic Origin of the Kelly Creek Lineament, Alabama
|
| Oscar E. Gilbert, Jr., Charles C. Wielchowski, and William M. Warren
| p.388
| 40.
| Regional Geologic Interpretation from Aeromagnetic Data in the United States
|
| Isadore Zietz
| p.389
| 41.
| Comparative Planetology and the Origin of Continents
|
| Paul Lowman
| p.390
| 42.
| Intercontinental Fracture Propagation, or Creaking Hinges and Sticky Zippers
|
| Rhodes W. Fairbridge
| p.391
CHAPTER 5. BASEMENT CONTROL OF STRATIGRAPHY
|
| 43.
| Structure and Stratigraphy Revealed by Lineaments
|
| J.J. Gallagher and M.J. McGuire
| p.395
| 44.
| The 38th Parallel Lineament in West Virginia
|
| Eberhard Werner
| p.406
| 45.
| Lineament Control of Sedimentary Facies in the Northern Great Plains, United States
|
| George W. Shurr
| p.413
| 46.
| Evolution of a Graded Cretaceous Shelf
|
| Frank Simpson
| p.423
| 47.
| Neotectonics and Lineaments in a Sector of the Argentine Plains
|
| Pierina Pasotti and Carlos Canoba
| p.435
| 48.
| Tectonic Implications of the Lineament Pattern in the Mississippi Embayment
|
| Dennis W. O'Leary and Shirley L. Simpson
| p.444
CHAPTER 6. ECONOMIC
|
| 49.
| North-South Geofracture Controls of Mississippian Base-Metal Mineralization in Ireland, Scotland and Wales
|
| M.J. Russell
| p.445
| 50.
| Fracture Pattern Detection by Space Imagery Analysis of the Kaiparowits Plateau, Southern Utah
|
| I.C. Bechtold, J.T. Reynolds, and R.L. Archer
| p.451
| 51.
| Some New Methods of Interpreting Remotely Sensed Images of the Earth's Surface Collected from Metallogenic Investigations
|
| M.A. Favorskaya and V.V. Yarmoliuk
| p.463
| 52.
| Planetary Equidistant Rupture Systems: Relation of Tectonic Lines to the Distribution of Carbon Dioxide-Rich Waters and of Neo-Volcanics in the Western Part of the Nizky Jesenik Mountains (Northern Moravia, Czechoslovakia)
|
| R. Kvet and G. Kacura
| p.468
| 53.
| The Planetary Subcrustal Deep Fault System in North America A New Concept of a Structural Control of Alkaline Magmatism, Cryptoexplosion Structures and Related Ore Deposits
|
| Lubomir Kopecky
| p.472
| 54.
| Metallogeny and Two Major East-West Fracture Zones in the United States
|
| Jan Kutina and William D. Carter
| p.484
| 55.
| Field Relations of Lineaments to Gossans and Geochemical Anomalies Along Bald Eagle Mountain, Centre County, Pennsylvania
|
| M. Dennis Krohn
| p.485
CHAPTER 7. TECHNIQUES
|
| 56.
| A Statistical Method for Determining the Orientational Relationship Between Geological Variables
|
| Mohamed A. Abdel Rahman
| p.486
| 57.
| Style Elements of Systematic Joints: Statistical Analysis of Size, Spacing and Other Characteristics
|
| Russell L. Wheeler and John L. Stubbs, Jr.
| p.491
| 58.
| Directional Fabrics Introduced by Digital Filtering of Images
|
| Alan R. Gillespie
| p.500
| 59.
| Detection of Global Lines and Edges in Heavily Textured Images
|
| R.W. Ehrich
| p.508
| 60.
| A Magnetic Anomaly Map of North America from Satellite Data
|
| M.A. Mayhew and W.M. Davis
| p.514
| 61.
| Graphical Display of Orientation Data for Visual Analysis
|
| Eberhard Werner
| p.521
| 62.
| Techniques for Computer-Aided Analysis of Lineaments
|
| M.J. McGuire and J.J. Gallagher, Jr.
| p.528
| 63.
| Some Possible Surface Expressions of a Regular Fracture Grid Deformed by Subsurface Structures
|
| Melvin H. Podwysocki and David P. Gold
| p.542
| 64.
| Discernment and Separate Display of Regional and Nonregional Lineament Patterns by Optical Fourier Processing
|
| L. K. Lepley
| p.560
| 65.
| Lineament and Linear, A Terminological Reappraisal
|
| D.W. O'Leary, J.D. Friedman, and H.A. Pohn
| p.571
| 66.
| Global Lineaments in Time and Space
|
| I.G. Gol'braikh, Ya.A. Dranovskii, and G.R. Mirkin
| p.578
| 67.
| Microearthquake Distributions: Occurrence Along Major Crustal Boundaries and at Point Sources
|
| Paul W. Caton
| p.592
| 68.
| Slope Mapping -- A Technique for Locating Crustal Alignments or Discontinuities
|
| W.E. Dole and N.F. Jordan
| p.593
| 69.
| Identification of Tectonically Active Features from Combined Use of Remote Sensing and Seismic Observations
|
| S.S. Alexander and W.L. Abriel
| p.594
| 70.
| Analog Processing of LANDSAT Imagery for Geologic Lineaments and Surface Features
|
| George A. Rabchevsky
| p.595
|
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