Recent Crustal Movements, 1982

Recent Crustal Movements, 1982

1st Edition - January 1, 1983

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  • Editors: P. Vyskocil, A.M. Wassef, R. Green
  • eBook ISBN: 9780444599667

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Description

Developments in Geotectonics, Volume 20: Recent Crustal Movements, 1982 presents the proceedings of the 3rd Symposium on Recent Crustal Movements and Phenomena Associated with Earthquakes and Volcanism, held in Tokyo, Japan on May 12–13, 1982. This book presents the results in crustal movement studies at a local or regional scale. Organized into four parts encompassing 45 chapters, this volume begins with an overview of the gravimetric research carried out in various locations in Maracaibo Basin Area. This text then evaluates the reliability of the leveling measurements using modified geodetic checks as well as through comparison with independent measurements of crustal movement. Other chapters consider the basis of geodetic strain analysis. This book discusses as well the first-order geodetic measurements in seismically active areas in southern and southwestern Australia. The final chapter deals with the correlation of the data of relevelling with surface relief. This book is a valuable resource for engineers and geologists.

Table of Contents


  • Preface

    List of Authors

    1. New Results in Recent Crustal Movement Studies at Local or Regional Scale

    Geodetic Control of Neotectonics in Venezuela

    The Geodynamic Polygon of Santiago de Cuba: A Scientific and Socio-Economic Perspective (Abstr.)

    Releveling Evidence for Crustal Deformation in the United States (Abstr.)

    Recomputation of Vertical Crustal Motions Near Palmdale, California, 1959-1975

    Multiwavelength EDM Measurements in Southern California (Abstr.)

    Strain Accumulation Along the San Andreas Fault System East of San Francisco Bay, California

    Finite Element Analysis of Strain Patterns from Geodetic Observations Across a Plate Margin

    Tectonic Motions and Systematic Errors in Leveling and Trilateration Data for California

    Recent Crustal Movement Determined from Repeat Surveying — Results from Southeastern and Southwestern Australia (Abstr.)

    Crustal Movement from Satellite Observations in the Australian Region

    Horizontal Deformations on the Border of the Bohemian Massif as Determined by Repeated EDM Measurements (Abstr.)

    Land Uplift and its Implications on the Geoid in Fennoscandia

    Vertical Crustal Movements in the Kuril Islands from Geologic-Geomorphological and Tidal Data

    A Precise Geodetic Survey in Japan (Abstr.)

    Recent and Present-Day Subduction and Collision Along the Northern Tip of the Philippine Sea Plate (Abstr.)

    Horizontal Crustal Movements in the Kanto-Tokai District, Japan, as Deduced from Geodetic Data

    Crustal Movement in the Tokai District, Japan

    Anomalous Crustal Uplift in the Northeastern Part of the Izu Peninsula, Central Honshu, Japan

    2. Crustal Deformations Associated with Volcanism

    A Model for the 1975-1976 Tolbachik Eruption, Kamchatka, as Deduced from Geodetic Data (Abstr.)

    Ground Deformations Associated with the 1977-1978 Eruption of Usu Volcano, Japan (Abstr.)

    3. Crustal Deformations Associated with Seismic Activity

    Recent Crustal Movements and Seismicity in the Western Coastal Region of Peninsular India (Abstr.)

    Observability of Crustal Deformations due to a Foreslip on a Hypothesized Earthquake Fault (Abstr.)

    Vertical Movements in Connection with Earthquakes in Finland (Abstr.)

    Gravity Variation Before and After the Tangshan Earthquake (Abstr.)

    Local Gravity Variations Before and After the Tangshan Earthquake (M = 7.8) and the Dilatation Process

    On the Results of Geodetic Observations of Seismic Effects (Abstr.)

    Strain Effects Near Palmdale Associated with the San Fernando Earthquake (1971) (Abstr.)

    Research on the Vertical Movements of the Crust Associated with Earthquake Swarms in Japan

    Secular and Earthquake-Related Vertical Crustal Movements in Japan as Deduced from Tidal Records (1951-1981)

    Study on Coseismic and Postseismic Crustal Movements Associated with the 1923 Kanto Earthquake

    Crustal Strain, Crustal Stress and Microearthquake Activity in the Northeastern Japan Arc

    Abnormal Ground Strain Changes Observed at Erimo Before and After the 1973 Earthquake Off the Nemuro Peninsula

    Anomalous Crustal Uplift and Crustal Structure in the Matsushiro and the Izu Peninsula Earthquake Swarm

    4. Error Analysis; Computations; Methods of Measurements

    Determination of Vertical Recent Crustal Movements by Levelling and Gravity Data

    Application of Least-Squares Collocation to Gravity and Height Variations Associated with a Recent Rifting Process

    Dynamic Adjustment of Repeatedly Observed Levelling Networks Used in Crustal Vertical Deformation Monitoring

    Quasi-Stable Adjustment of Monitoring Networks (Abstr.)

    Error Analysis and Adjustment Synthesis of the Two Main Strategies in Vertical Geokinetic Networks Data Processing (Abstr.)

    An Attempt to Determine Areas with Homogeneous Vertical Soil Movement (Abstr.)

    On the Strain Analysis of Tectonic Movements Using Fault Crossing Geodetic Surveys

    The Estimate of the Stress Tensor on the Earth's Surface (Abstr.)

    Determining the Cause of Crustal Deformation from Observations of Crustal Tilt and Extensions

    On the Cause of Long-Period Crustal Movement

    Vertical Geodesy without Slope Dependent Errors — A Proposed Hydrostatic Pressure Level Using Water at 4°C

    Systematic Errors of Levelling in Mountains (Abstr.)

Product details

  • Language: English
  • Copyright: © Elsevier Science 1983
  • Published: January 1, 1983
  • Imprint: Elsevier Science
  • eBook ISBN: 9780444599667

About the Editors

P. Vyskocil

A.M. Wassef

R. Green

Dr Rylie Green is a Research Fellow with the Graduate School of Biomedical Engineering. Dr Green’s research has been focused on developing bioactive conducting polymers for application to medical electrodes, with a specific focus on vision prostheses. More recently Dr Green has been exploring hybrids of conducting polymers and hydrogels to reduce strain mismatch with neural tissue and improve long-term cell interactions at the neural interface through drug delivery.

Affiliations and Expertise

University of New South Wales, Australia

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