The JPGU2025 poster on Noto Earthquake coseismic landslides is online
Click on the poster to go to the download link.
Category: Landslide
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フランスのCNRSと福島の共同国際研究所MITATEにて、ゴメス教授が招待講演「能登半島地震の地滑りと水害災害」
2024．2．04・17：00から招待講演が行われる。 Laboratory – MITATE Lab 能登半島地震の地滑りと地盤変化の影響・災害を調べた結果を発表するし、現在のデータから今度の災害規模と種類を理解が出来る。今回、海岸の地盤が上がった問題で河川水害とインフラの影響が複雑になることも説明する。
New paper on Mineralogy and Landslides in Volcanic Terrain in Java
Purwaningsih, R.; Hartanti, H.; Hatta, D.A.H.; Ariyanti, S.D.; Putri, H.A.; Paradisa, D.A.; Dewi, I.K.; Priyawati; E.G.A.; Stakhis, I.P.; Ghaisani, S.; Mashum, H.; Pulungan; N.A.H.J.; Handayani, S.; Sartohadi, J.; Gomez, C.. 2025. Subsoil mineralogy as environmental factors in controlling topsoil material in the Menoreh-Sumbing volcanic structural transitional landscape, Central Java. Journal of Water and Land Development…
Caihong Li published her work in Eastern Tibet in Landslide. Well done, great work!
Caihong Li, Xujiao Zhang, Changbao Guo, Yiqiu Yan, Weimin Yang, Christopher Gomez, Zhihua Yang & Wenkai Chen. 2025. Multi-level slip zone development and composite deformation mechanisms of a fault-related ancient landslide: integration of InSAR, LiDAR, and geophysical exploration in eastern Tibetan Plateau. Landslides (2025). https://doi.org/10.1007/s10346-025-02627-3 Due to the complex structural deformation of active fault zones and their…
New Publication in Geosciences (IF2.4) on Savage-Hutter Model for seismic-shallow landslides, with statistical parameterization using an Elder-Mead optimization model
Gomez, C., & Hadmoko, D. S. (2025). Application of LiDAR Differentiation and a Modified Savage–Hutter Model to Analyze Co-Seismic Landslides: A Case Study of the 2024 Noto Earthquake, Japan. Geosciences, 15(5), 180. https://doi.org/10.3390/geosciences15050180 https://doi.org/10.3390/geosciences15050180
New Publication on the Noto Earthquake Land Deformation and how the changes affect floodplain flooding
C. Gomez, Y. Gonda, D. Tsutsumi, N. Hotta, D. Hori, T. Koi, B. Bradak, R. Daikai1, M. Zhang, Z. Huazhu, L. Caihong. 2025. Fugeshi River flooding: the effects of the 2024 Noto Peninsula earthquake and climate change. Journal of Disaster Science and Management 1:8
新潟大学に行われたMSD国際シンポジウム・ゴメス教授が地震地すべりの新セオリーを発表
In this work, I present a p-wave simulation interaction with soil and topography, which explain the contribution of p-waves to coseismic landslides (usually discarded parameter, because of historical academic field evolution).
Vincent Siccard presents his research on Sediment Hazards in Asakura @ 34th IGC in Dublin (Ireland) 博士課程シカールさんがアイルランドに博士研究「朝倉豪雨の土砂災害」を発表しました。
Vincent presented some of his PhD research in the session Hydro-climatic extreme events in mountains:monitoring and management: Impacts of heavy rainfall of July 2017 in mountainous watersheds in northern Kyûshû (Japan) on structural and process-based sediment connectivity.
Noto Peninsula Co-seismic quakes
Gomez, C. (2024): The 1 January 2024 Noto Peninsula co-seismic landslides hazards: Preliminary results. AUC Geographica 60(1), 1–8 Geographica_1_2025_Gomez_onlinefirst.pdf (karolinum.cz)
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