Author

Hironobu Ishiyama

Earthquake Research Institute, University of Tokyo - Cited by 708 - Tectonic geomorphology - structural geology - active tectonics

Biography

Hironobu Ishiyama is from Institute of Biomedical Innovation, Japan. Recently he published an article in the Journal of Glycomics and Lipidomics.Third Institute of New Drug Discovery, Institute of Biomedical Innovation Japan
Title
Cited by
Year
Evolution of the Sea of Japan back-arc and some unsolved issues
A Van Horne, H Sato, T IshiyamaTectonophysics 710, 6-20, 2017201
64
2017
Configuration of the Moho discontinuity beneath the Japanese Islands derived from three-dimensional seismic tomography
M Matsubara, H Sato, T Ishiyama, A Van HorneTectonophysics 710, 97-107, 2017201
34
2017
Distribution of surface rupture associated the 2016 Kumamoto earthquake and its significance
Y Kumahara, H Goto, T Nakata, S Ishiguro, D Ishimura, T Ishiyama, ...Japan Geoscience Union Meeting, 2016201
19
2016
Structures and active tectonics of compressionally reactivated back-arc failed rift across the Toyama trough in the Sea of Japan, revealed by multiscale seismic profiling
T Ishiyama, H Sato, N Kato, S Koshiya, S Abe, K Shiraishi, M MatsubaraTectonophysics 710, 21-36, 2017201
13
2017
High-resolution 3D seismic reflection imaging across active faults and its impact on seismic hazard estimation in the Tokyo metropolitan area
T Ishiyama, H Sato, S Abe, S Kawasaki, N KatoTectonophysics 69, 79-, 2016201
8
2016
Crustal structure of the Toyama Trough, central Japan, revealed by seismic surveys
T NO, T SATO, S KODAIRA, N TAKAHASHI, H SATO, T ISHIYAMA, ...地質学雑誌 125 (7), 517-525, 2019201
3
2019
Evolution of fore-arc and back-arc sedimentary basins with focus on the Japan subduction system and its analogues
H Sato, T Ishiyama, L Matenco, FH NaderTectonophysics 710, 1-5, 2017201
3
2017
Seismic velocity structure along the Sea of Japan with large events derived from seismic tomography for whole Japanese Islands including reflection survey data and NIED MOWLAS …
M Matsubara, T Ishiyama, T No, K Uehira, M Mochizuki, T Kanazawa, ...Earth, Planets and Space 74 (1), 1-7, 0
2
2022
Concentration of strain in a marginal rift zone of the Japan backarc during post-rift compression
H Sato, T Ishiyama, N Kato, S Abe, K Shiraishi, M Inaba, E Kurashimo, ...AGU Fall Meeting Abstracts 015, T31B-875, 01501
2
2015
High-resolution digital surface models of surface rupture associated with the 2016 Kumamoto earthquake, by using unmanned aerial vehicle photography
High-resolution digital surface models of surface rupture associated with the 016 Kumamoto earthquake, by using unmanned aerial vehicle photographyS ISHIGURO, N MATSUTA, H INOUE, T NAKATA, K TANAKA, ...Journal of The Remote Sensing Society of Japan 36 (3), 14-17, 01601
2
2016
Crustal structure of the western Yamato Basin, Japan Sea, revealed from seismic survey
T No, T Sato, S Kodaira, S Miura, T Ishiyama, H SatoAGU Fall Meeting Abstracts 205, T3B-2877, 20520
1
2015
Relation between the crustal structure type and the distribution of the crustal deformation in the Japan Sea back-arc basins and its margins
T Sato, T No, S Kodaira, S Miura, T Ishiyama, H SatoAGU Fall Meeting Abstracts 205, T3B-2876, 20520
1
2015
Structural evolution of the southern margin of the Sea of Japan: implications from recently obtained seismic data
J Claringbould, H Sato, T Ishiyama, N Kato, N Kato, S Kawasaki, S AbeJapan Geosci. Union Meet. 200, Abstr., SIT-05, 20620
1
2016
Crustal structure and opening process on the back-arc basin in the southwestern margin of the Japan Sea
T Sato, T No, S Kodaira, R Arai, S Miura, T Ishiyama, H SatoJpGU meeting, 20620
1
2016
Distribution of surface rupture associated the 2016 Kumamoto earthquake and its significance
Distribution of surface rupture associated the 206 Kumamoto earthquake and its significanceH Goto, Y Kumahara, H Tsutsumi, S Toda, D Ishimura, S Okada, T Nakata, ...AGU Fall Meeting Abstracts 206, T4A-0, 20620
1
2016
Transfer fault earthquake in compressionally reactivated back-arc failed rift: 1948 Fukui earthquake (M7. 1), Japan
Transfer fault earthquake in compressionally reactivated back-arc failed rift: 948 Fukui earthquake (M7. ), JapanT Ishiyama, N Kato, H Sato, S KoshiyaEGU General Assembly Conference Abstracts, 094, 20720
1
2017
Geometry and slip rates of active blind thrusts in a reactivated back-arc rift using shallow seismic imaging: Toyama basin, central Japan
T Ishiyama, N Kato, H Sato, S Koshiya, S Toda, K KobayashiTectonophysics 78, 72-82, 20720
1
2017

Referred From: https://scholar.google.com/citations?user=FQfHtaAAAAAJ&hl=en

Cited by
Citations 708
h-index 14
i10-index 19
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