StrikeSlip Tectonics: Oceanic Transform Faults to Continental Plate Boundaries

Name: StrikeSlip Tectonics: Oceanic Transform Faults to Continental Plate Boundaries
SKU: 3c4ecc61d76350050dba87d55dc918a4
Price: 189 EUR
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Bol Strike-slip faults, steeply dipping structures marked by dominantly horizontal motion, occur in diverse settings in orogenic belts and define many of the world’s transform plate boundaries. Understanding their behavior offers insight into surface and subsurface deformation, the formation of mountain belts and sedimentary basins, and seismic hazards. Strike-Slip Tectonics: Major Fault Zones in the Eastern Mediterranean and Asia presents a state-of-the-art perspective on the processes that lead to major earthquakes and the changing landscapes along strike-slip fault zones across this tectonically active region. Volume highlights include: Studies of plate movements and kinematic and dynamic analysis along transform faults Case studies from the Anatolian and Asia-Pacific regions and the Himalayan system Advances in methods and techniques for seismic mapping and simulation Applications for seismic hazard assessments, urban planning, policymaking, and research in academia and industry Strike-slip faults, steeply dipping structures marked by dominantly horizontal motion, occur in diverse settings in orogenic belts and define many of the world’s transform plate boundaries. Understanding their behavior offers insight into surface and subsurface deformation, the formation of mountain belts and sedimentary basins, and seismic hazards. Strike-Slip Tectonics: Major Fault Zones in the Eastern Mediterranean and Asia presents a state-of-the-art perspective on the processes that lead to major earthquakes and the changing landscapes along strike-slip fault zones across this tectonically active region. Volume highlights include: Studies of plate movements and kinematic and dynamic analysis along transform faults Case studies from the Anatolian and Asia-Pacific regions and the Himalayan system Advances in methods and techniques for seismic mapping and simulation Applications for seismic hazard assessments, urban planning, policymaking, and research in academia and industry

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Beschrijving (1)

Strike-slip faults, steeply dipping structures marked by dominantly horizontal motion, occur in diverse settings in orogenic belts and define many of the world’s transform plate boundaries. Understanding their behavior offers insight into surface and subsurface deformation, the formation of mountain belts and sedimentary basins, and seismic hazards. Strike-Slip Tectonics: Major Fault Zones in the Eastern Mediterranean and Asia presents a state-of-the-art perspective on the processes that lead to major earthquakes and the changing landscapes along strike-slip fault zones across this tectonically active region. Volume highlights include: Studies of plate movements and kinematic and dynamic analysis along transform faults Case studies from the Anatolian and Asia-Pacific regions and the Himalayan system Advances in methods and techniques for seismic mapping and simulation Applications for seismic hazard assessments, urban planning, policymaking, and research in academia and industry Strike-slip faults, steeply dipping structures marked by dominantly horizontal motion, occur in diverse settings in orogenic belts and define many of the world’s transform plate boundaries. Understanding their behavior offers insight into surface and subsurface deformation, the formation of mountain belts and sedimentary basins, and seismic hazards. Strike-Slip Tectonics: Major Fault Zones in the Eastern Mediterranean and Asia presents a state-of-the-art perspective on the processes that lead to major earthquakes and the changing landscapes along strike-slip fault zones across this tectonically active region. Volume highlights include: Studies of plate movements and kinematic and dynamic analysis along transform faults Case studies from the Anatolian and Asia-Pacific regions and the Himalayan system Advances in methods and techniques for seismic mapping and simulation Applications for seismic hazard assessments, urban planning, policymaking, and research in academia and industry

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