| 15:50 - 18:30 |
Emma Strada Room |
| POSTER SESSION II + REFRESHMENTS |
| Session: Monitoring, Detection and Warning |
| S. Aiassa, F. Antolini, M. Barla, A. Insana, R. Gaudino, G. Rizzelli Martella, S. Pellegrini |
A new real-time debris flow and avalanches detection system based on optical fiber sensing (#3) |
| M. Arattano, M. Chiarle, V. Coviello, G. Nigrelli |
Performance of the debris flow alarm system ALMOND-F on the Rochefort Torrent (Val d’Aosta) on August 5, 2022 (#7) |
| Z. Avzalshoev, T. Uchimura |
The July 2015 Debris flow in Barsem, Western Pamir (GBAO) Tajikistan: description and causes (#8) |
| M. Berti, A. Schimmel, V. Coviello, M. Venturelli, L. Albertelli, L. Beretta, F. Brardinoni, M. Ceriani, M. Pilotti, R. Ranzi, M. Redaelli, R. Scotti, A. Simoni, L. Turconi, F. Luino |
Characterization of a debris flow event using an affordable monitoring system (#14) |
| M. Chmiel, L. Husmann, F. Walter, H. Horgan, G. Belli, E. Marchetti, C. Kienholz |
Towards a better understanding of debris flow sediment sources: Monitoring of an active rock slope at Spitze Stei, Switzerland (#24) |
| S. Crema, V. Coviello, M. Cesca, R. Dainese, L. Marchi, A. Pasuto, M. Cavalli |
When instrument location makes the difference on rainfall thresholds definition: lessons learned at Cancia, Dolomites (#26) |
| S. Eu, C. Woo |
Effects of Different Types of Pre-event Remote-sensed Data on the Accuracy of Debris-flow Spatial Analysis (#37) |
| R. Guthrie, T. Wasklewicz, G. Knibbs, E. Hertzman, S. Imen, D. Bigelow |
What does landslide triggering rainfall mean? (#48) |
| A. Ikeda, T. Itoh, T. Mizuyama |
Study of debris flow peak discharge at Kamikamihorizawa Creek (#59) |
| F. Imaizumi, S. Oya, S. Takayama |
Initiation and runout characteristics of partially saturated debris flows in Ohya landslide scar, Japan (#60) |
| E. Ioriatti, V. Coviello, M. Berti, F. Comiti |
Study of debris-flow initiation through the analysis of seismic signals (#61) |
| T. Itoh, T. Iwao, S. Kubo, T. Tsurumoto, S. Tagata, M. Furuya, T. Mizuyama |
Continuous debris flow monitoring using DFLP and LVP in Sakura-jima Island (#62) |
| S. Lapillonne, F. Fontaine, G. Piton, V. Richefeu, F. Liébault |
Volume, Peak discharge and Froude Number of Debris-Flow Surges : 10 years of monitoring on the Réal Torrent (France) (#81) |
| H. Lim, S. Lee, E. Cheon, Y. Nam |
Soil Water Content Regression Analysis of Measurement Data from Hyperspectral Camera in Weathered Granite Soils (#85) |
| A. Mitchell, S. Zubrycky, E. McSorley, S. McDougall, M. D’Arcy |
A multi-year record of topographic changes on debris-flow fans in south-western British Columbia, Canada (#97) |
| K. Miwa, K. Mikami, T. Nagayama, T. Furuya, S. Hayashi, M. Fujita, S. Miyata, Y. Satofuka, T. Mizuyama, K. Miyamoto, A. Ikeda, T. Itoh |
Long-term monitoring of sediment runoff for an active sediment control in Joganji River (#98) |
| M. Pham, C. Song, T. Nguyen, J. Lee, Y. Kim |
Real-time debris flow detection using deep convolutional neural network and Jetson Nano (#112) |
| P. Pinto, J. Barros, M. Pinheiro, R. Tomás, T. Miranda, E. Pereira |
Landslide Analysis combining Laser Scanning and Photogrammetry (#114) |
| F. Rengers, J. Kean, J. Coe, M. Hanson, J. Smith |
Bedrock Erosion by Debris Flows at Chalk Cliffs, Colorado, USA: Implications for Bedrock Channel Evolution (#123) |
| A. Schimmel, M. Berti |
MAMODIS - A low-cost monitoring system for debris flows based on infrasound and seismic signals (#132) |
| T. Schöffl, G. Nagl, J. Hübl, R. Kaitna |
Pulse-Doppler radar measurements of debris flows: High-resolution monitoring of surge dynamics from two events in the Gadria Creek (Italy) (#134) |
| D. Tiranti, P. Bertolotto, R. Cremonini, A.R. Gaeta, N. Vela |
The Territorial Debris Flow Early Warning System of Piemonte (North-western Italy) (#150) |
| S. Wei, K. Liu, S. Regmi |
Debris flow seismo-acoustic wave in a finite layer waveguide (#164) |
| Q. Zhou, H. Tang, J.M. Turowski, J. Braun, C. Yang, M. Dietze, S. Lagarde, A. Abdelwahab, F. Walter |
Detection of debris-flow events from seismic signals using Benford's law (#174) |
| Session: Role of Disturbance |
| D.B. Cavagnaro, S.W. McCoy, M.A. Thomas, J. Kostelnik, D.N. Lindsay |
The spatial distribution of debris flows in relation to observed rainfall anomalies: insights from the Dolan Fire, California (#22) |
| T. Eguchi, H. Umemura, M. Arai, A. Okamoto, Y. Sakai, T. Uchida, S. Hayashi, M. Ohyama |
Study on the relationship between rainfall, topography and landslide volume in the recent debris flow disasters in Hiroshima, Japan (#36) |
| L.J. Kurilla, G. Fubelli |
Future global debris flow susceptibility considering climate change, wildfire probability, and glacier retreat (#79) |
| A. Leonardi, A. Pasqua, L. Flammini, M. Pirulli |
Debris flow: simulating the mitigation properties of vegetation (#83) |
| G. Mandrone, D. Vacha, J. Chicco |
Post-wildfire erosion rates and triggering of debris flows: a case study in Susa Valley (Bussoleno) (#88) |
| L. McGuire, A. Youberg, A. Gorr, R. Beers |
Triggering rainfall intensities for post-wildfire debris flows in the Sonoran Desertscrub plant community (#94) |
| S. Montserrat, A. Carcés, J. Romero, G. Aguilar, A. Tamburrino |
Rheology of hail-debris flow and implications in flow mobility (#101) |
| N. Nishimura, N. Usuki, M. Touhei, T. Mizuyama, A. Okamoto |
Study on debris flow monitoring in Mt. Fuji (#106) |
| H. Wong |
Post-wildfire debris-flow hazard analysis methodology in British Columbia, Canada (#166) |
| Session: Case Studies and Hazard Assessment |
| M. Amaddii, G. Rosatti, D. Zugliani, L. Weirhermuller, C. Brogi, M. Rahmati, L. Disperati, P.L. Fantozzi |
Hydrologic-hydraulic modelling in the Vezza catchment (Alpi Apuane, Italy): an area prone to flash floods and debris flows (#6) |
| F. Castelli, V. Lentini, A. Di Venti |
Debris flow hazard assessment: laboratory experiences and numerical modelling (#21) |
| V.C. Dias, H.C. Dias, C.H. Grohmann |
Rainfall-induced debris flows and shallow landslides in Ribeira Valley, Brazil: main characteristics and inventory mapping (#35) |
| A. Gorr, L. McGuire, A. Youberg |
Constraining post-fire debris-flow volumes in the southwestern United States (#47) |
| N. Harada, K. Nakatani, M. Fujimoto, Y. Satofuka |
A novel downstream Flood Hazard Grade Index incorporating upstream Hydrograph Characteristics to predict Debris Flow Runoff (#50) |
| K. Horita |
Simulating two-phase debris flows in HEC-RAS at Hummingbird Creek, British Columbia, Canada (#56) |
| V. Iudina (Kurovskaia), S. Chernomorets, I. Krylenko, T. Vinodradova, E. Zaporozhchenko |
Reconstruction of debris flow in the Gerkhozhan-Su river valley based on the chain modeling (#63) |
| R. Jaramillo-González, L. Martínez, E. Aristizábal, E. García, R.J. Marín |
Definition of Rainfall Thresholds for Shallow Landslides in Colombian Tropical Mountainous Catchments as Debris Flow Triggering Mechanism (#68) |
| H. Jo, C. Jang, K. Jun, H. Lee, B. Kang |
A Study on the comparative analysis of the FLO-2D model according to debris flow sediment amount (#70) |
| M. Kobiyama, A.G. Franck |
Proposal of Hazard Connectivity Index for debris flow disaster management (#76) |
| H. Maleki, C. Semborski, K. Fleck |
Field Investigations of Sandstone Escarpment Stability at East Mountain, Utah, USA (#87) |
| K. Naranjo, E. Aristizábal, J. Palacio |
Morphological characteristics of drainage networks related to landslide cluster in the Colombian Andean (#105) |
| T. Ohta, K. Hamamoto, S. Eguchi |
Topographical criteria for the occurrence of landslides causing debris flows in the 2017 torrential rain in northern Kyushu, Japan (#108) |
| J. Picanço, M.J. Mesquita, R.E. de Lima |
Anthropogenic gravitational mass movements and the fluvial geomorphological changes: the Vale (2019) and Samarco (2015) tailing dam disasters, Brazil (#113) |
| Z. Qiao, M. Berti, W. Shen, T. Li |
Modeling the runout behavior of the July 23rd, 2015 Cancia debris-flow event using two numerical models (#119) |
| R. Ramirez, R.E. Abdullah, W. Jang, S. Choi, T. Kwon |
Satellite-based monitoring of an open-pit mining site using Sentinel-1 advanced radar interferometry: a case study of the December 21, 2020, landslide in Toledo city, Philippines (#120) |
| A. Simoni, M. Barbini, L. Battistel, M. Bernard, M. Berti, O. Cargnel, P.P. Ciuffi, C. Gregoretti |
Rockfalls change the runout and frequency of debris flows at Punta Nera (Eastern Italian Alps) (#137) |
| C. Song, J., H. Nguyen, Y. Ha, Y. Kim |
Development of Debris flow Vulnerability Curve for Data-driven method (#138) |
| M. Tsushima, T. Uchida |
Spatial Variation in Specific Sediment Discharge Volume from First-Order Catchment due to Heavy Rainfall and its Factors (#152) |
| R. Tufano, D. Mazza, F.M. Guadagno, P. De Vita, G. Russo, P. Revellino |
Debris flows and debris avalanches Initiation and runout susceptibility assessment In Campania Region (Italy) (#153) |
| T. Wasklewicz, R. Guthrie, G. Knibbs, R. Rossi |
Advancing debris flow hazard and risk assessments using debris flow modeling and radar derived rainfall intensity data (#161) |
| K. Yamanoi, K. Shikakura, K. Kawaike, S. Oishi |
Probabilistic Prediction Method of Erosion Volume and Deposition Area from Rainfall Observation Data (#167) |
| D. Zugliani, A. Ataieyan, R. Rocco, N. Betemps, P. Ropele, G. Rosatti |
Bridge obstruction caused by debris flow: a practical procedure for its management in debris-flow simulations (#176) |
| Session: Need of End Users |
| K.R. Barnhart, J.W. Kean |
Runout model evaluation based on back-calculation of building damage (#11) |
| G. Bertoldi, T. Baggio, F. Bettella, V. D’Agostino |
A new statistical method to assess debris flow erosion (#15) |
| F. Castelli, E. Foti, V. Lentini, M. Pirulli |
Risk Assessment of Transport Linear Infrastructures to Debris Flow (#20) |
| N. Feiger, C. Wendeler |
Practical guide for debris flow and hillslope debris flow protection nets and its application in case studies (#41) |
| Y. Gong, Y. Qian |
A CFD-DEM Based Numerical Investigation of Debris Flow on Ballasted Railway Track (#45) |
| M. Huo, F. Huang, M. Yang, C. Jiang |
Tensile stress development and critical behavior of a flexible barrier (#57) |
| G. Knibbs, R. Guthrie, T. Wasklewicz |
Debris Flow Hazard Mapping Along Linear Infrastructure: An Agent Based Model and GIS Approach (#74) |
| M. Marchelli, C. Deangeli |
A time-independent reliability based design approach for debris flow flexible barriers (#89) |
