[PT3] Topic 3 | INTERPRAEVENT 2026

Session Details

Poster SessionTopic 3 | Structural Measures: Planning, Designs, Construction and Maintenance including Community Revitalization and Ecosystem-based Disaster Risk Reduction(Eco-DRR)

[PT3]Topic 3

Wed. Oct 21, 2026 1:30 PM - 6:00 PM JST
Wed. Oct 21, 2026 4:30 AM - 9:00 AM UTC

Poster Room 1 (2F, Meeting Room 206)

Oct.,21 (Wed)13:30 - 14:30 Poster Setup
Oct.,21 (Wed)14:30 - 18:00 Poster Presentations
Oct.,22 (Thu) 8:30 - 16:10 Poster Presentations
Oct.,22 (Thu)11:30 - 13:00 Poster Presentation Core Time (All presentations for Topic 2, Topic 3, and Topic 6)
Oct.,22 (Thu)16:10 - 17:00 Poster Removal

[PT3-01]A Consideration on Functional Characteristics of Block Check Dams

Norio Harada¹ (1. Department of Civil and Environmental Engineering, Ritsumeikan University)

[PT3-02]Evolution of Hybrid-Structure Sabo Dams in Japan - Toward their optimal structures -

Yoshio Sakaba¹ (1. Kyosei.Co., Ltd.)

[PT3-03]A Study on Promoting Eco-DRR Based on Forest Functions for Landslide Disaster Risk Reduction

Takafumi Fukuike¹ (1. SABO & LANDSLIDE TECHNICAL CENTER)

[PT3-04]Distinct Element Method Analysis for Base Stress in Concrete Block Structures for Sabo Dam

Ryuta Inoue¹ (1. Sabo and Landslide Technical Center)

[PT3-05]Progress and effectiveness of countermeasures in the Takisaka landslide -Changes in landslide activity due to lowering of groundwater level-

Miteki Kishimoto¹ (1. Sabo and landslide technical center)

[PT3-06]A Case Study of Design Innovations to Enhance the Function of Permeable Sabo Dams as Fish Passage Routes

Yuki Igarashi¹ (1. Sabo & Landslide Technical Center)

[PT3-07]Initiatives to Expand UAV Utilization for Erosion Control Facility Inspections in steep mountainous river areas

Kokoro Suzuki¹ (1. Asia Air Survey CO., Ltd.)

[PT3-08]An attempt to inspect avalanche protection structures in the snow season using unmanned aerial vehicles

Naoto Sakaki¹ (1. Snow Avalanche and Landslide Research Center, Pubic Works Research Institute)

[PT3-09]The EconoMe QGIS-Plugin

Linda Zaugg-Ettlin¹ (1. WSL Institute for Snow and Avalanche Research SLF)

[PT3-10]Promoting Watershed Adaptation Projects through Nature-based Solutions

Po Chen¹ (1. Agency of Rural Development and Soil and Water Conservation, MOA)

[PT3-11]Economic-functional and technical adaptations of protection systems – practical challenges

Markus Moser¹ (1. Austrian Service for Torrent and Avalanche Control, Regional Headquarters Lungau)

[PT3-12]Rehabilitation of old torrent control structures - A practice-based contribution

Johannes Kammerlander¹ (1. Torrent and Avalanche Control, Regional Unit Ausserfern)

[PT3-13]Flume Tests for Hydraulic Uplift Pressure Acting on Sabo Dams

Tomoyuki Hoya¹ (1. Research and Development Center, Nippon Koei Co.,Ltd.)

[PT3-14]Methodology to improve the accounting of forest effects in hazard mapping in Norway

Vittoria Capobianco¹ (1. Department of Natural Hazards, Norwegian Geotechnical Institute)

[PT3-15]Land Conservation Projects in the DX Era - Surveying, Planning, Design, and Construction Utilizing UAV LiDAR Data -

Goshi Ogawa¹ (1. Department of Forest Consulting, ASIA AIR SURVEY)

[PT3-16]Feasibility of UAV imagery-based inspection of Sabo dams using AI-based object detection technology

Satsuki Sakakibara¹ (1. Public Works Research Institute)

[PT3-17]Initiatives to Enhance the Efficiency of Erosion Control Facility Inspection Using UAVs and AI in Nagano Prefecture

Yasuhiro Ieda¹ (1. CTI Engineering Co., Ltd.)

[PT3-18]The Evolution Process of Sabo Technology in Tateyama Sabo

Shin-ichiro Hayashi¹ (1. Matsumoto SABO Office, Hokuriku Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism)

[PT3-19]Proposing a simple method for calculating sediment runoff volume in watersheds prone to sediment laden flood inundation and comparisons with actual results

Yasutaka Tanaka¹ (1. National Institute for Land and Infrastructure Management)

[PT3-20]Stability and Pool Burial Characteristics of Step–pool Systems After a Debris Flow Event - Topographical, Hydrological, and Sediment Controls -

Yutaka Gonda¹ (1. Fac. of Agriculture, Niigata University,)

[PT3-21]Evaluation of the Effectiveness of Autonomous UAV Flight Inspection for Improving the Efficiency of Sabo Facility Inspection

Kaito Ikuta¹ (1. Obihiro River Office, Obihiro Development and Construction Department)

[PT3-22]Lahar Mitigation Measures at Mount Tarumae -A Case Study on the Construction of Steel Cell -Type Check Dams in Soft Volcanic Ash Soil-

Akinari Kurihara¹ (1. Tomakomai Sabo and Seacoast Office, Muroran Development and Construction Department, Hokkaido Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism)

[PT3-23]Maintenance and Management of Large-Scale Sand Control Facilities in Soil and Water Conservation Projects - A Case Study of Hillside Areas in Southern Taiwan

Yu-Wen Su¹ (1. Assistant Professor, Department of Civil and Geomatics, Cheng Shiu University)

[PT3-24]Improvement suggestion for Urban Foothill Green Belt Projects for the Creation and Preservation of Urban Hillside Environment

Hisashi Watanabe¹ (1. Sabo Frontier Foundation)

[PT3-25]Sediment Regulation Mechanism Framework integrated with a Graded Warning System - a Case Study of the Choutengkeng Creek, Taiwan

Yu-Fang Chiu¹ (1. Department of Soil and Water Conservation, National Chung Hsing University)

[PT3-26]Integrated Hard and Soft Countermeasures in Volcanic Sabo: - Improvement of the Biei River No.1 Sabo Dam and Its Multifunctional Role in Regional Disaster Resilience -

Atsushi Nakajima¹ (1. Asahikawa River Office, Asahikawa Development and Construction Department, Hokkaido Regional Development Bureau, MLIT)

[PT3-27]Proposal of Blockage-Mitigation Structures Against Sediment and Driftwood Inflow from External Watersheds into Road Embankments

Hirohito Motoyama¹ (1. Chuo Fukken Consultants Co., Ltd.)

[PT3-28]Case Study on Countermeasures for Vegetation-Related Obstacles and Efficiency Improvement through UAV-Based Inspection

Yoshihiro Ohta¹ (1. Sapporo River Office, Sapporo Development and Construction Department, Hokkaido Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism (MLIT))

[PT3-29]Community-Based Conservation of Historic Erosion Control Structures and Its Contribution to Regional Revitalization – A Case Study of the “Bessho Sunadome” in Fukuyama City, Hiroshima Prefecture –

Teruhisa Higuchi¹ (1. Faculty of Environmental, Life, Natural Science and Technology, Okayama University)

[PT3-30]Redesign of Facility Placement Plan against Sediment and Flood Damage Using Riverbed Variation Calculations in the Himekawa River in Japan

Toshihiro Kikui¹ (1. SABO & LANDSLIDE TECHNICAL CENTER)

[PT3-31]Torrent Control Kotbach, Hallein, Austria - From a flooding event in 2021 to the implementation of protective measures -

Claudia Bernau¹ (1. Austrian Service for Torrent and Avalanche Control, Regional Headquarter Pongau, Tennengau und Flachau)

[PT3-32]Flight Route Planning for UAV-Based Inspection of Sabo Facilities Using CIM

Yuichi Kondo¹ (1. River Planning Division, Sapporo Development and Construction Department, Hokkaido Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism (MLIT))

[PT3-33]AAdapting Healthy Watersheds Assessment Framework for Data-Scarce Watersheds: Evaluating Riparian Functions in Ungauged Basins

Chuan-Kai Hsieh¹ (1. Department of Soil and Water Conservation, National Chung Hsing University, Taiwan)

[PT3-34]Forest structure controls on sub-canopy snowpack stratigraphy: Implications for avalanche mitigation and protective forests as Eco-DRR

Michaela Teich¹ (1. Department of Natural Hazards, Austrian Research Centre for Forests (BFW))

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