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crustal fractures

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View Quick-look guide to the Crustal Dynamics Project's Data Information System By Carey E. Noll

Quick-look guide to the Crustal Dynamics Project's Data Information System

Quick-look guide to the Crustal Dynamics Project's Data Information System

By Carey E. Noll

View Crustal dynamics project data analysis - 1986 By C. Ma

Crustal dynamics project data analysis - 1986

Crustal dynamics project data analysis - 1986

By C. Ma

View Kinematics of great basin intraplate extension from earthquake, geodetic and geologic information By Paul Kendall Eddington

Kinematics of great basin intraplate extension from earthquake, geodetic and geologic information

Kinematics of great basin intraplate extension from earthquake, geodetic and geologic information

By Paul Kendall Eddington

View Papers presented to the Conference on Heat & Detachment in Crustal Extension on Continents and Planets, Sedona, Arizona, October 10-12, 1985 By Conference on Heat and Detachment in Crustal Extension on Continents and Planets (1985 Sedona, Ariz.)

Papers presented to the Conference on Heat & Detachment in Crustal Extension on Continents and Planets, Sedona, Arizona, October 10-12, 1985

Papers presented to the Conference on Heat & Detachment in Crustal Extension on Continents and Planets, Sedona, Arizona, October 10-12, 1985

By Conference on Heat and Detachment in Crustal Extension on Continents and Planets (1985 Sedona, Ariz.)

View Measurement and interpretation of crustal deformation rates associated with postglacial rebound By Davis, James L.

Measurement and interpretation of crustal deformation rates associated with postglacial rebound

Measurement and interpretation of crustal deformation rates associated with postglacial rebound

By Davis, James L.

View Combined use of remote sensing and seismic observations to infer geologically recent crustal deformation, active faulting, and stress fields By Shelton S. Alexander

Combined use of remote sensing and seismic observations to infer geologically recent crustal deformation, active faulting, and stress fields

Combined use of remote sensing and seismic observations to infer geologically recent crustal deformation, active faulting, and stress fields

By Shelton S. Alexander