O1-1 Three-Dimensional Engineering Geological Model and Its Applications for a Landslide Site: Combination of Grid- and Vector-Based Methods- by Thanh-Tùng Nguyên, Jia-Jyun Dong, Chia-Han Tseng*, Ivo Baron, Chao-Wei Chen, and Chao-Chin Pai

O1-2 Quantitative Land-Use and Landslide Assessment: A Case Study in Rize, Türkiye- by Natsuki Kasahara, Yutaka Gonda*, and Nejan Huvaj

O1-3 Triggering Rainfall of Large-Scale Landslides in Taiwan: Statistical Analysis of Satellite Imagery for Early Warning Systems- by Tsai-Tsung Tsai*, Yuan-Jung Tsai, Chjeng-Lun Shieh, and John Hsiao-Chung Wang

O1-4 Self-Sustaining Landslide Mitigation Strategy through Long-Term Monitoring- by Filippo Tommaso Catelan, Giulia Bossi*, and Gianluca Marcato

O1-5 BigGIS: a digital twin with big geospatial dataset for slope hazards prevention, mitigation and relief- by Cheng-Chien Liu*, Chen-Yu Chen, Hsin-Chih Hsu, and Ming-Hsun Ko

O1-6 A simulation of full-scale falling rock protection net using the planer clump model- by Kanako Koizumi, Toshiyuki Horiguchi*, Toshinobu Takahashi, Hiroshi Hashiguchi, and Tsuyoshi Arita

O1-7 An Approach for Preliminary Landslide Scarp Assessment with Genetic Algorithm (GA)- by Chih-Ling Wang, Chi-Jyun Ko, Hock-Kiet Wong, Pei-Hsin Pai, and Yih-Chin Tai*

O1-8 The Effect of Temporal Characteristics on Developing a Practical Rainfall-Induced Landslide Potential Evaluation Model Using Random Forest Method- by Yi-Min Huang*, and Shao-Wei Lu

O2-1 Transition Indices of Sediment-Transport Modes on a Debris Flow Resulting from Changing Streambed Gradients- by Takashi Wada*, Hirotada Mishima, Jin Takemura, Kazuki Kobayashi, and Hiroshi Miwa

O2-2 Analysis of Socio-Economic Factors That Influence Loss of Life in Sediment-Related Disasters- by Miki Chiba*, Hiromichi Furuido, Shigemitsu Shibasaki, and Kazuki Haga

O2-3 The Trapping Abilities of Slit Dam against Debris Flow- by Ya-lin Zheng, Hung-En Chen, Yen-Yu Chiu, Ming-Hsien Tseng, and Su-Chin Chen*

O2-4 A multi-rheological finite volume scheme on un-structured grid for debris flow propagation- by Riccardo Bonomelli*, and Marco Pilotti

O2-5 Experimental study on countermeasure for sediment deposition using traditional structure- by Haruki Watabe*, Satoshi Tagata, Tatsuki Yuzawa, and Takahiro Itoh

O2-6 Application of a real-time monitoring and warning system for multiple fast-moving mass movements- by Tobias Schõffl*, Richard Koschuch, and Johannes Hübl

O2-7 Toward an early warning system of barrier lakes enabled by Sentinel-1 imagery- by Cheng-Chien Liu*, Chen-Yu Chen, Hsiao-Wei Chung, and Ya-Yuan Hsu

O2-8 A Study on the Management Countermeasures of Soil Movement and Trends after the Typhoon Morakot in Laoren Creek Watershed- by Shu-Tzu Chen, Ying-Chun Chung, Hsin-Chih Hsu, and Chung-Li Hsu*

O5-1 Using the Yolo Method to Analyze the Variations of Reservoir Slopes and Catchment Areas- by Chih-Wei Kuan*, Mei-Ling Yeh, Tien-Yin Chou, Chih-Chan Chiang, and Ming-Sian Chen

O5-2 Evaluation of Geomorphological Precursors and Triggering Factors of a Large-Scale Landslide in Mt. Hakusan, Central Japan- by Prakash Singh Thapa*, Wataru Murakami, Hiromu Daimaru, and Seiji Yanai

O5-3 A novel approach for quick assessment of soil slope stability- by Joram Mburu*, Wei-Chen Wang, Yun-Rong Li, and An-Jui Li

O5-4 Sabo works in Wakayama Prefecture -Challenge for Building Resilient Society-- by Satoru Morikawa*, Takaki Sakaguchi, Tadanori Ebisu, Kazuo Tsutsui, and Akihiro Kishihata

O5-5 Landslide Early-warning System and Hazard Map in the Republic of Korea- by Song Eu*, Sohee Park, Junpyo Seo, and Choongshik Woo

O6-1 Nature-based Solutions for Disaster Reduction and Improving Ecosystem Services in Hutobi Watershed, Taiwan- by Yen-Yu Chiu, Yi-Hung Wu, Kuei-Lin Fu, Tsung-Cheng Lai, Hung-En Chen, and Su-Chin Chen*

O6-2 Medium to long term precipitation forecasting using deep learning models of radar- by Yu-An Hou, and Ming-Che Hu*

O5-6 Bedload runoff monitoring for an active sediment control in the Joganji River- by Kenji Miwa, Takahiko Nagayama, Tomohiko Furuya, Seiya Hayashi, Masaharu Fujita, Syusuke Miyata, Yoshifumi Satofuka, Takahisa Mizuyama, Kuniaki Miyamoto, Akihiko Ikeda, and Takahiro Itoh*

O3-1 Using Deep Learning to Formulate the Landslide Rainfall Threshold of the Potential Large-Scale Landslide- by Jie-Lun Chiang*, Chia-Ming Kuo, and Leila Fazeldehkordi

O3-2 Bedload transport velocities in alpine rivers- by Rolf Rindler*, Dorian Shire-Peterlechner, Andrea Kreisler, and Helmut Habersack

O3-3 Basic flume tests for designing the slit width to control sediment runoff from a slit dam- by Hiroshi Kisa*, Haruki Watabe, Tomoyuki Hoya, Nguyen Thanh Binh, Takahisa Makino, Tsuyoshi Ikeshima, Takahiko Nagayama, and Takahiro Itoh

O3-4 Improvements to the early warning system for authorities in Switzerland through the Joint Information Platform for Natural Hazards- by Markus Aeschlimann and Philipp Angehrn*

O3-5 The Role of Citrus Groves in Rainfall-Triggered Landslide Hazards in Uwajima, Japan- by Novia Lusiana and Yoshinori Shinohara*

O1-9 Overview of inventory for LEWS in Japan- by Soichi Kaihara*, Takayuki Takata, Noriko Tadakuma, Yasuhide Nigauri, Hi-roaki Nakaya, and Shigetaka Takiguchi

O1-10 Applying an automated, kurtosis-based seismic detector on long-term monitoring rockslide prone slope- by Chung-Ray Chu*, Che-Hsin Liu, Chih-Hsin Chang, and Hsiao Yu Huang

O1-11 Effects of geological differences on rainfall–runoff processes based on field measurements- by Jun Inaoka*, Ken’ichirou Kosugi, Naoya Masaoka, and Tetsushi Itokazu

O4-1 The long-term, continuous monitoring of active slow-moving landslides in Lower Austria- by Francisca Soto Bravo*, Edoardo Carraro, Yenny Alejandra Jimenez Donato, Robert Kanta, Philipp Marr, and Thomas Glade

O4-2 Using Landslide Statistical Index Technique for Landslide Susceptibility Mapping: Case Study: Ban Khoang Commune, Lao Cai Province, Vietnam- by Long Nguyen Thanh, Yao-Min Fang*, Tien-Yin Chou, Thanh-Van Hoang, Quoc Dinh Nguyen, Chen-Yang Lee, Chin-Lun Wang, Hsiao-Yuan Yin, and Yi-Chia Lin

O7-1 The Robust Study of Deep Learning Recursive Neural Network for Predicting of Turbidity of Water- by Shiuan Wan, Mei-Ling Yeh*, Hong-Lin Ma, and Tein-Yin Chou

O7-2 Insights from the EU Horizon project PARATUS (Promoting disaster preparedness and resilience by co-developing stakeholder support tools for managing the systemic risk of compounding disasters)- by Philipp Marr*, Thomas Glade, Cees van Westen, Funda Atun, Seda Kundak, Iuliana Armas, Ruxandra Mocanu, Elske de Zeeuw-van Dalfsen, Lotte Savelberg, Silvia Cocuccioni, Marcel Hurlimann, Bettina Koelle, and Jon Hall

O7-3 Plans for the Torrential Flood protection-case study of the municipality Lazarevac, Serbia- by Ratko Ristić*, Siniša Polovina, Vukašin Milčanović, and Ivan Malušević

1.Poster Presenters should bring their print-out, A0 size (841 mm ×1189 mm) in vertical typography poster(s) to the venue, and finish setting up their poster(s) before 9:30 at the designated date.

2.Poster Presenters should defend their posters during Poster presentation sessions, which were scheduled at 13:00-14:00 each day.

3.Poster(s) can be retrieved at 17:00-18:00 every day, those do not will be disposed of by the staff.

4.Poster(s) may be prepared according to the poster template https://interpraevent2022.nchu.edu.tw/file/IP2023-Poster-template_new.pptx.

1.Poster Presenters should bring their print-out, A0 size (841 mm ×1189 mm) in vertical typography poster(s) to the venue, and finish setting up their poster(s) before 9:30 at the designated date.

2.Poster Presenters should defend their posters during Poster presentation sessions, which were scheduled at 13:00-14:00 each day.

3.Poster(s) can be retrieved at 17:00-18:00 every day, those do not will be disposed of by the staff.

4.Poster(s) may be prepared according to the poster template https://interpraevent2022.nchu.edu.tw/file/IP2023-Poster-template_new.pptx.