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Neotectonic transpressional intraplate deformation in eastern Eurasia: Insights from active fault systems in the southeastern Korean Peninsula

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Geoscience Frontiers 2023年第4期14卷 123-136页

作者： Namgwon Kim Seung-Ik Park Chang Soo Cho Youngbeom Cheon Alexander L.Peace Department of Geology Kyungpook National UniversityDaegu 41566Republic of Korea Earthquake Research Center Korea Institute of Geosciences and Mineral ResourcesDaejeon 34132Republic of Korea Active Tectonics Research Center Korea Institute of Geosciences and Mineral ResourcesDaejeon 34132Republic of Korea School of Earth Environment and SocietyMcMaster UniversityHamiltonON L8S 4K1Canada

Transpression occurs in response to oblique convergence across a deformation zone in intraplate regions and plate *** Korean Peninsula is located at an intraplate region of the eastern Eurasian Plate and has been deformed under the ENE–WSW maximum horizontal compression since the late *** this study,we analyzed short-term instrumental seismic(focal mechanism)and long-term paleoseis-mic(Quaternary fault outcrop)data to decipher the neotectonic crustal deformation pattern in the south-eastern Korean ***(paleo-)seismic data acquired from an NNE–SSW trending deformation zone between the Yangsan and Ulleung fault zones indicate spatial partitioning of crustal deformation by NNW–SSE to NNE–SSW striking reverse faults and NNE–SSW striking strike-slip faults,supporting a strike-slip partitioned transpression *** instantaneous and finite neotectonic strains,estimated from the focal mechanism and Quaternary outcrop data,respectively,show discrepan-cies in their axes,which can be attributed to the switching between extensional and intermediate axes of finite strain during the accumulation of wrench-dominated ***,some major faults,including the Yangsan and Ulsan fault zones,are relatively misoriented to slip under the current stress condition but,paradoxically,have more(paleo-)seismic records indicating their role in accommodating the neotectonic transpressional *** propose that fluids,heat flow,and lithospheric structure are potential factors affecting the reactivation of the relatively misoriented major *** findings provide insights into the accommodation pattern of strain associated with the neotectonic crustal extrusion in an intraplate region of the eastern Eurasian Plate in response to the collision of the Indian Plate and the sub-duction of the Pacific/Philippine Sea Plates.

关键词： Transpression Strike-slip partition Intraplate strain accommodation fault-slip analysis slip tendency analysis

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