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Nazca Plate

  • Shape of the Subducted Rivera and Cocos Plates in Southern Mexico

    Shape of the Subducted Rivera and Cocos Plates in Southern Mexico

  • Interplate Coupling Along the Nazca Subduction Zone on the Pacific Coast of Colombia Deduced from Geored GPS Observation Data

    Interplate Coupling Along the Nazca Subduction Zone on the Pacific Coast of Colombia Deduced from Geored GPS Observation Data

  • Back-Arc Opening and the Mode of Subduction

    Back-Arc Opening and the Mode of Subduction

  • Large Intermediate-Depth Earthquakes and the Subduction Process

    Large Intermediate-Depth Earthquakes and the Subduction Process

  • Tectonic Segmentation of the North Andean Margin: Impact of the Carnegie Ridge Collision

    Tectonic Segmentation of the North Andean Margin: Impact of the Carnegie Ridge Collision

  • Presentation on Pacific Plate and Associated Boundaries

    Presentation on Pacific Plate and Associated Boundaries

  • The Nazca–South America Euler Vector and Its Rate of Change

    The Nazca–South America Euler Vector and Its Rate of Change

  • Nazca Plate Region) GRENADA 80°W 60°W 40°W 11900900 a A' 1 1 1 2 0 200 400 600 800 1,000 1,200 BARBADOS Compiled by Gavin P

    Nazca Plate Region) GRENADA 80°W 60°W 40°W 11900900 a A' 1 1 1 2 0 200 400 600 800 1,000 1,200 BARBADOS Compiled by Gavin P

  • Tectonics of the Panama Basin, Eastern Equatorial Pacific

    Tectonics of the Panama Basin, Eastern Equatorial Pacific

  • Plate Tectonics

    Plate Tectonics

  • Mapping the Continuity of the Nazca Plate Through Its Aseismic Part in the Arica Elbow(Central Andes)

    Mapping the Continuity of the Nazca Plate Through Its Aseismic Part in the Arica Elbow(Central Andes)

  • Strong Plate Coupling Along the Nazca–South America Convergent Margin

    Strong Plate Coupling Along the Nazca–South America Convergent Margin

  • Technical Memorandum 86160 ANDEAN TECTONICS

    Technical Memorandum 86160 ANDEAN TECTONICS

  • Fore-Arc Motion and Cocos Ridge Collision in Central America Peter Lafemina University of Miami

    Fore-Arc Motion and Cocos Ridge Collision in Central America Peter Lafemina University of Miami

  • On the Geometry of the Nazca Plate Subducted Under Central Chile (32-34.5

    On the Geometry of the Nazca Plate Subducted Under Central Chile (32-34.5"S) As Inferred from Microseismic Data

  • Plate Tectonics and the Origin of the Juan Fernández Ridge: Analysis of Bathymetry and Magnetic Patterns

    Plate Tectonics and the Origin of the Juan Fernández Ridge: Analysis of Bathymetry and Magnetic Patterns

  • Cocos–Nazca Slab Window Beneath Central America

    Cocos–Nazca Slab Window Beneath Central America

  • Plate Tectonics Conserves Angular Momentum

    Plate Tectonics Conserves Angular Momentum

Top View
  • Background Reading Earthquake Hazard and Emergency
  • A Grand Tour of the Ocean Basins by Declan G
  • Seismic Structure of Cocos and Malpelo Volcanic Ridges and Implications for Hotspot-Ridge Interaction V
  • Earthquake Source Mechanisms and Plate Tectonics
  • Tectonic Summaries of Magnitude 7 and Greater Earthquakes from 2000 to 2015
  • Tectonic Map of South America Second Edition, Scale 1:5 000 000 2016
  • Stress Modeling of the Nazca Plate: Advances in Modeling Ridge-Push and Slab-Pull Forces
  • Structure of the Continental Margin of Southwestern Panama
  • Implications for the Nazca Plate
  • Plate Tectonics
  • Seismicity and State of Stress in the Central and Southern Peruvian Flat
  • Types of Plate Boundaries Map Identification Activity
  • Global Plate Velocities from the Global Positioning System
  • Open-Source Archive of Active Faults for Northwest South America
  • Stresses in South America
  • Mantle Dynamics of Western Pacific and East Asia
  • 1 Horizontal Subduction Zones, Convergence Velocity And
  • Effects of Oceanic Crustal Thickness on Intermediate Depth Seismicity


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