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Structural geological data of the Yunodake Fault in southeastern Fukushima Prefecture, NE Japan

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posted on 2024-12-27, 06:29 authored by Toru Sakai

Table S1. Fault-slip data from fault tips in the Yunodake Fault zone and misfit angles under stress states estimated by multiple inverse method analysis. Sense of shear was estimated from composite planar fabrics and kinematic indicators on slickensides. *: Misfit angle less than 30°.


Table S2. Fault-slip data from the Nakano-kita outcrop of the Yunodake Fault and misfit angles under stress states estimated by multiple inverse method analysis. Sense of shear was estimated from composite planar fabrics and kinematic indicators on slickensides. *: Misfit angle less than 30°.


Table S3. Fault-slip data from the Kanzawa outcrop of the Yunodake Fault and misfit angles under stress states estimated by multiple inverse method analysis. Sense of shear was estimated from composite planar fabrics and kinematic indicators on slickensides. *: Misfit angle less than 30°.


Table S4. Fault-slip data from the Iritonodam-kita outcrop of the Yunodake Fault and misfit angles under stress states estimated by multiple inverse method analysis. Sense of shear was estimated from composite planar fabrics and kinematic indicators on slickensides. *: Misfit angle less than 30°.

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Corresponding author email address

tsakai@suou.waseda.jp

Manuscript title (in Japanese)

断層幾何学,複合面構造,応力逆解析から推定した断層の運動像:2011 年 福島県浜通りの地震で活動した湯ノ岳断層の例

Authors (in Japanese)

酒井 亨

Copyright

© 2024 The Geological Society of Japan

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    地質学雑誌/The Journal of The Geological Society of Japan

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