We are pleased to provide the session, title and corresponding author information for all approved papers that have been accepted by the ISL/NASL 2012 Technical Committee. The detailed technical program will be posted as it becomes available this spring.
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| Advanced Numerical Modelling of Landslides |
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| A Finite Element Analysis of the Propagation of a Toe Crack in a Vertical Slope |
| Walter G Kutschke |
| URS Corporation |
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| Case studies of constrained creeping landslides in Switzerland |
| Alexander M. Puzrin |
| ETH Zurich |
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| Assessment of shallow landslide potential using 1-D and 3-D slope stability analysis |
| Rex Baum |
| USGS |
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| Comparison of different soft computing methods for estimating the static factor of safety of slopes |
| Mesut Turel |
| Georgia Institute of Technology |
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| Effects of interaction between seismic waves and landslides inferred by dynamic numerical modeling |
| salvatore martino |
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| Evolutionary model of the Lubriano landslide (Italy) |
| Francesca Bozzano |
| Dept. Earth Sciences - "Sapienza" University of Rome |
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| Geotechnical modelling and monitoring as a basis for stabilization works at two landslide areas in Polish Carpathians |
| Zbigniew Bednarczyk |
| Institute of Opencast Mining "Poltegor-Institute" |
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| Investigation of failure mechanism during slope excavation and its counter-measure by elastoplastic FE analysis |
| Shahin Hossain |
| Nagoya Institute of Technology |
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| A two-phase model for dry density-varying granular flows over general topography |
| Yih-Chin Tai |
| Dept. Hydraulic and Ocean Engineering, National Cheng Kung University |
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| Modeling of propagation and entrainment phenomena for landslides of the flow type: the May 1998 case study |
| Sabatino Cuomo |
| University of Salerno |
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| A numerical approach for modeling failure and post-failure stage of rainfall-induced landslides of the flow type |
| Sabatino Cuomo |
| University of Salerno |
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| Two Dimensional Numerical Modelling of Landslide Stabilizing Deep Soil Mixing Columns |
| Catherine Tatarniuk |
| University of Canterbury |
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| A probabilistic back analysis of rainfall-induced slope failure based on Bayesian approach |
| Lulu Zhang |
| Shanghai Jiaotong University |
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| Search for sliding surface of slope based on yield weakening of geotechnical material |
| guoqing chen |
| State Key Laboratory of Geohazard Prevention and Geoenvironment Protection, Chengdu University of Technology |
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| A simplified analysis of the reactivation potential of mudslides |
| José Moya |
| Technical University of Catalonia |
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| Simulation of landslide fluidized movement considering fluid-solid coupling effect |
| Yu Huang |
| Department of Geotechnical Engineering, Tongji University |
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| The cyclic process of mudslides |
| Rainer Poisel |
| Vienna University of Technology |
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| Stability analysis of unsaturated deposits: effect of soil properties and hydro-mechanical coupling |
| Giuseppe Buscarnera |
| Politecnico di Milano |
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| Three dimensional numerical simulation analysis of highway landslide deformation and failure in a valley |
| feng Wenkai |
| Stake Key Laboratory of Geohazard Provention and Geoevironment Protection (Chengdu University of Technology) |
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| When the analysis won’t converge – why, and what to do about it |
| Bromhead N Bromhead |
| Consultant |
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| Avoidance, Prevention and Protection Strategies |
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| A moderate velocity landslide with immoderate consequences |
| Brendan Miller |
| Geotechnical and Materials Engineering, BC Ministry of Transportation and Infrastructure |
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| Applying geospatial web standards for real-time on-line slope stability modeling as a basis for a landslide early warning system |
| Thomas Glade |
| University of Vienna |
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| Debris flow management and mitigation on the Scottish road network |
| Mike Winter |
| Transport Research Laboratory (TRL) |
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| Effect of rockslides and rock avalanches on hydropower schemes in the Naryn River valley |
| Alexander Strom |
| Geodynamic Research Center |
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| El Forn landslide (Andorra), an example of geological risk management in large sliding inhabited areas |
| JOAN TORREBADELLA |
| EUROCONSULT |
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| Emergency Landslide Repair Investigation and Final Design Activities for S.R. 51, Section A64, Robinson Township, Allegheny County, PA |
| Paul Hale |
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| Spideranchor - An innovative technology for slope stabilization |
| Gregor Supp |
| Graz University of Technology, Austria |
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| Flexible Debris Flow Mitigation: Introducing the 5.5 Mile Debris Fence |
| Ahren Bichler |
| Trumer Schutzbauten Canada |
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| From the refinement of geological models to risk management: the role of landslide monitoring |
| Carlo Esposito |
| Dept. Earth Sciences - "Sapienza" University of Rome |
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| GIS-based logistic regression for landslide susceptibility mapping of the 2008 Wenchuan earthquake region, China |
| Weile Li |
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| Horizontal Drains in Landslides: Recent Advances and Experiences |
| George Machan |
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| Impact pressure measurements in shallow landslides for flexible barrier design |
| Louis Bugnion |
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| Landslide analysis and integrative early warning – Local and regional case studies |
| Thomas Glade |
| University of Vienna |
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| Landslide hazard, risk assessment and mapping: Malaysian case study |
| Suhaimi Bin Jamaludin |
| Slope Engineering Branch, Public Works Departments (PWD), |
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| Landslide hazard assessment along Zhong-Wu natural gas pipeline, China |
| Fengshan Ma |
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| Long term monitoring of a soil slope instability through different techniques and methods |
| Mario Floris |
| Department of Geosciences, University of Padua |
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| Managing Landslide Risks around Mount Pass Malaysia |
| Hassandi Che Abdullah |
| Slope Engineering Branch, Public Works Department |
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| Prevention and Mitigation System for Debris Flow Hazards in China |
| peng cui |
| Institute of Mountain Hazards & Environment, CAS |
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| The effect of groundwater drainage positioning on the 3D slope stability of a large-scale landslide |
| Shiho Asano |
| Forestry and Forest Products Research Institute |
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| The marine limit as a basis for mapping of landslide susceptibility in fine-grained, fjord deposits, onshore Norway |
| Louise Hansen |
| Geological Survey of Norway |
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| Remediation of a Lakeshore Landslide Using a Buttress, Columbia Lake, BC |
| Scott Martin |
| EBA, A Tetra Tech Company |
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| Research on Web-GIS-based online visual analysis of landslide monitoring data |
| Xiaoqing Chai |
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| Assessment of risks of landslides distributed in the reservoir area of a hydropower station on the Jinsha River |
| ZHANG Shuai |
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| SANF: a national warning system for rainfall-induced landslides in Italy |
| Fausto Guzzetti |
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| Seismically Induced Rock Fall, Christchurch, New Zealand: The Effects of Large Vertical and Horizontal Accelerations |
| Ann Williams |
| Beca Infrastructure Ltd |
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| Stabilization of huge landslides with self regulated Venturi drains |
| Jean-Claude GRESS |
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| Stability analysis of atomized left bank slope of Baihetan hydropower station in Jinsha River |
| guan rong |
| wuhan university |
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| Stability Evaluation of a Landslide in Sichuan-Tibet Highway |
| Ying Wang |
| Southwest Jiaotong University |
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| Study on GIS-based Real-time Assessment Method of Infiltration-Stability of rainfall-induced Landslide |
| Xiangyu Liu |
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| Deformation analysis of excavation and support on loess high slope o in Dong Loutian by FEM |
| Zhiqing Li |
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| The development of a site-specific warning system for rainfall-induced slope failure in Northland Allochthon formation |
| Samuel Harris |
| The University of Auckland |
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| Two typical types of earthquake triggered landslides and their mechanisms |
| Shengwen Qi |
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| Classification of Landslides |
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| A Railway Ground Hazard Scenario Characterization Methodology |
| Tim Robert Keegan |
| BGC Engineering Inc. |
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| Test |
| daniel a louwe |
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| Monitoring and LIDAR spatial analysis to define landslide activity at the Little Smoky River, Alberta |
| James Morgan |
| Energy Resources Conservation Board/ Alberta Geological Survey |
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| Fast assessment of susceptibility of massive rock instabilities |
| Michel Jaboyedoff |
| IGAR - University of Lausanne |
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| Understanding andslides in Kentucky: Tools and methods to further landslide hazard research |
| Matthew Michael Crawford |
| Kentucky Geological Survey |
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| Climate Change & Landslides |
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| Botanical and geotechnical influences on peat instability |
| ELIANE MADIO S. FOTEU |
| KINGSTON UNIVERSITY |
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| Review of approaches for assessing the impact of climate change on landslide hazards |
| Jeffrey A Coe |
| US Geological Survey |
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| Forecasting transport infrastructure slope failures in a changing climate |
| Tom Dijkstra |
| Loughborough University |
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| Historical evolution of multi-source mudslides |
| Mario Parise |
| CNR-IRPI |
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| A solifluction lobe in Okstindan, north Norway and it's paleoclimatic significance |
| Graham Elliott |
| Golder Associates Inc. |
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| Land cover changes for landslide risk evolution – first results from Lower Austria |
| Thomas Glade |
| University of Vienna |
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| Landslides and climate change - Innovative approaches to planning policy and stakeholder engagement in England |
| Robin George McInnes |
| Coastal & Geotechnical Services |
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| Urban Landslides: Challenges for Forensic Engineering Geologists and Engineers |
| Scott Frimoth Burns |
| Portland State University, Dept. of Geology |
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| The Influence of Notches on the Stability of Soil and Rock Slopes |
| Luis Eduardo Vallejo |
| University of Pittsburgh |
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| Exploring regional topographic and rainfall controls of landslides on Vancouver Island, British Columbia, Canada |
| Jason Goetz |
| University of Waterloo |
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| What if atmospheric CO2 concentration doubles ? A chemical perspective on rock weathering and weakening |
| Marc-Henri Derron |
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| Complex Data from New Technologies |
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| Advanced InSAR techniques for monitoring landslides |
| Giacomo Falorni |
| TRE Canada Inc. |
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| Practical Considerations for Landslide Instrumentation |
| George Machan |
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| Suggestion of statistical prediction method for analyzing cut-slope stability on granitic gneiss area in Gangwon Province, The Republic of Korea |
| Man-Il Kim |
| Institute of Infrastructure Safety, KISTEC |
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| The contribution of QJEGH to landslide knowledge: there and back in 45 volumes |
| Mike Winter |
| Transport Research Laboratory (TRL) |
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| The physical vulnerability of roads to debris flow: an expert judgement approach |
| Mike Winter |
| Transport Research Laboratory (TRL) |
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| Tracking of slow moving landslide by photogrammetric data-a case study |
| Biljana Abolmasov |
| Faculty of Mining and Geology |
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| Investigation, Characterization and Modelling |
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| A critical review of the definition of Brittle clays adopted in the Norwegian Practice |
| VIKAS THAKUR |
| NORWEGIAN DIRECTORARE OF ROADS |
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| Detailed assessment of the deep seated-gravitational deformation at Stampa above Flåm, Norway |
| Martina Böhme |
| Geological Survey of Norway (NGU) |
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| A revived landslide near power plant of Shawan hydropower station, Sichuan, China |
| Shengwen Qi |
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| An experimental investigation on the “slope” stability and deformation during coalmining-induced quicksand |
| Qinghong DONG |
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| Application of ambient noise analysis for investigating site amplification properties of slopes susceptible to seismically induced failures |
| Vincenzo Del Gaudio |
| Università degli Studi "Aldo Moro" - Dipartimento di Geologia e Geofisica |
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| Approaches to shallow landslide and debris flow -assessments in Norway |
| Knut Stalsberg |
| Geological Survey of Norway |
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| Challenges in planning highway improvements in landslide terrain |
| Chris K Grapel |
| EBA, A Tetra Tech Company |
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| The August 06, 2010 Mount Meager rock slide-debris flow, Coast Mountains, British Columbia |
| Richard Guthrie |
| Hemmera |
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| Characterizing Six Large Landslides with LiDAR Imagery and Reconnaissance, Cascade Range, South Fork Santiam River, Oregon |
| Charles M. Hammond |
| Landslide Technology |
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| Pre-conditioning factors for rainfall and earthquake-triggered landslides |
| shibiao bai |
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| Construction of Evaluation Model for Landslide Potential after Rainfall due to Slope Land Use |
| Yie-Ruey Chen |
| Chang Jung Christian University |
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| Continuous geotechnical monitoring for alert thresholds and hazard management |
| wanda olivieri |
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| Debris flow travel distance: field traverse data and regional guidelines for terrain stability assessment. |
| Jonathan Fannin |
| University of British Columbia |
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| Debris flow modeling for susceptibility mapping at regional to national scale in Norway |
| Luzia Fischer |
| Geological Survey of Norway (NGU) |
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| Detailed geologic mapping uncovers prehistoric landslide dam at Posey Canyon in the Ridge Basin, California |
| John Michael Wallace |
| Cotton, Shires and Associates, Inc. |
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| Determining potential debris flow inundation zones for an emergency response using LAHARZ: The Ghost Town Debris Flow, Maggie Valley, N.C., USA |
| Anne Carter Witt |
| North Carolina Geological Survey |
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| Displacements of a large landslide in structurally complex clays |
| Roberto Vassallo |
| University of Basilicata - DiSGG |
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| Elaboration of a magnitude-frequency relationship for debris flows by aerial photographs. Case study from a national park in the Spanish Pyrenees. |
| Marcel Hürlimann |
| Technical University of Catalonia (UPC) |
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| Engineering Geomorphological mapping for landslide hazard assessment in Hong Kong |
| steve parry |
| GeoRisk Solutions |
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| Post-glacial rockslides in a 200x130-km area of the Alps: characteristics, ages, and uncertainties |
| Marc Ostermann |
| University Innsbruck |
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| Fully rationalized equations for incorporating joint water pressure in rock slope stability analyses at Glacier Point in Yosemite National Park, Ca |
| Chester F. Watts |
| Radford University |
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| Identification of geomorphological features of landslides using airborne laser altimetry |
| Tai-Hoon Kim |
| University of Alberta |
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| Kinematics and internal deformation of a slow deep-seated rock slide in metamorphic rock (Niedergallmigg, Austria) |
| Christian Zangerl |
| alpS GmbH |
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| Improved spatial analysis and prediction of landslide susceptibility: Practical recommendations |
| Alexander Brenning |
| University of Waterloo, Department of Geography and Environmental Management |
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| Influence of 3D statistical discontinuity variability on slope stability conditions |
| Marc-Andre Brideau |
| University of Auckland |
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| Influence of multiple seams mining on stability of steep slopes |
| wanghua sui |
| China University of Miniing and Technology |
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| INITATION ZONE CHARACTERIZSATION OF DEBRIS FLOWS IN NOVEMBER, 2006, MOUNT HOOD, OREGON, USA |
| Rachel Pirot |
| Shannon & Wilson INC |
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| The Saint-Jude landslide of May 10, 2010, Québec, Canada. |
| Pascal Locat |
| Ministère des Transports du Québec |
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| Landslide and alluvial fan caused by an extreme rainfall in Suao, Taiwan |
| Ching-Fang Lee |
| Department of Civil Engineering, National Central University |
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| Landslide inventory and susceptibility mapping for the Yukon Alaska Highway corridor |
| Andrée Blais-Stevens |
| Geological Survey of Canada |
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| Landslide susceptibility modeling with generalized additive models – facing the heterogeneity of large regions |
| Helene Petschko |
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| Landslides susceptibility mapping with GIS. A case study in Covilhã - Portugal |
| Jose Filipe Riscado |
| University of Beira Interior |
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| Relation of landslides triggered by the Kiholo Bay earthquake and modeled ground motion |
| Edwin Lynn Harp |
| U.S. Geological Survey |
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| Mechanism and volume estimation of the 2007 Punta Cola rockslide-debris avalanche using terrestrial laser scanning and aerial photogrammetry |
| Thierry Oppikofer |
| Geological Survey of Norway |
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| Overview of 2001-08 GPS monitoring at the Corvara landslide and perspectives from 2010-11 use of HR X-band SAR (Dolomites, Italy) |
| alessandro corsini |
| University of Modena and Reggio Emilia |
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| Performance after 17 years of road cut slopes in Muscat, Oman |
| Pieter Michiel Maurenbrecher |
| Technical University, Delft |
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| Quick-clay distribution assessed from 2D resistivity measurements: recent developments based on test sites in Mid Norway |
| Inger-Lise Solberg |
| Geological Survey of Norway |
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| Quick-clay formation and groundwater leaching trends in southwestern Sweden |
| Martin Andreas Persson |
| University of Gothenburg |
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| Rapid drawdown and landslides |
| Núria Mercè Pinyol |
| CIMNE. Department of Geotechnical Enginnering and Geosciences |
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| Recognition of earthquake-triggered landslide using support vector machines |
| shibiao bai |
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| Rock slope stability and influence of rainfall on national road 234 (Central Portugal) |
| Pedro Santarém Andrade |
| Department of Earth Sciences, University of Coimbra |
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| Seismic landslide hazard maps of Anchorage, Alaska, USA |
| Randall W Jibson |
| U.S. Geological Survey |
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| Slope Failure and Modelling Uncertainty in Complex Volcanic Terrain, Opito Bay, New Zealand |
| Steven Price |
| Riley Consultants Ltd |
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| Slope Instability in Ohio’s Glacial Deposits |
| Jan Cermak |
| Mueser Rutledge Consulting Engineers |
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| Slope Stability and Landscape Restoration Design for Abandoned Limestone Quarries in Xuzhou Urban Planning Area |
| gailing zhang |
| China University of Miniing and Technology |
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| Study on the Critical Water Head in the Trailing Edge of Translational Landslide |
| Mo Xu |
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| STUDY ON STABILITY OF REMNANT MOUNTAIN BODY IN BACK SCARP OF TANGJIASHAN LANDSLIDE AFTER 5.12 WENCHUAN EARTHQUAKE |
| Hu Xiewen |
| School of Geological Science and Environmental Engineering, Southwest Jiaotong University |
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| Study the relationship between frequency of debris flow and the lithology in the catchment of debris flow |
| Bin Yu |
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| Susceptibility assessment of shallow landslides in the Messina province (North-East Sicily, Italy) |
| Carlo Esposito |
| Dept. Earth Sciences - "Sapienza" University of Rome |
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| The fallacy of frequency: Statistical techniques for debris-flow frequency-magnitude analyses |
| Matthias Jakob |
| BGC Engineering Inc. |
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| The Ganderberg landslide (South Tyrol, Italy): residual hazard assessment and risk scenarios |
| gianluca marcato |
| National Research Council of Italy |
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| The hidden complexity of a deep-seated landslide, Richmond, California, USA |
| Philip L. Johnson |
| Cotton, Shires and Associates |
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| The coupling of structural analyses and monitoring techniques to characterize Turtle Mountain unstable system |
| Michel Jaboyedoff |
| IGAR - University of Lausanne |
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| Stability and shear strength parameters inversion of man-made rockfill |
| bin zhang |
| China University of Geosciencese(Beijing) |
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| Using 3D Seismic and Electrical Tomography to Aid in Landslide Remediation Design |
| Phil C Sirles |
| Zonge International, Inc. |
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| Using 3D surface datasets to understand landslide evolution: from analogue models to real case study |
| Dario Carrea |
| University of Lausanne |
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| Keynote and Invited Presentations |
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| A Case Study for the Extremely Rapid Rockslide and its Landslide Dam |
| Cheng Qian-gong |
| Department of Geological Engineering, Southwest Jiaotong University |
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| Evidence for coseismic rock avalanches and debris flows in fractured mylonites of the Alpine Fault, Paringa, New Zealand |
| Graeme Halliday |
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| A slow and complex landslide process in the Southern Apennines (Italy) |
| Francesca Santaloia |
| IRPI_CNR |
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| Airblast Generated by Rock Avalanche |
| Cheng Qian-gong |
| Department of Geological Engineering, Southwest Jiaotong University |
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| A simple GIS-based numerical approach to analyze the dynamics of active landslides in black marls |
| Anke Spickermann |
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| Assessment of mass movements in the western part of Istanbul, Turkey |
| Atiye TUGRUL |
| Istanbul University |
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| Cosmogenic nuclide dating of slow moving rockslides in Norway in order to assess long-term slide velocities |
| Reginald L Hermanns |
| Geological Survey of Norway |
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| Creep behavior of clayey soils in residual-state of shear-An experimental study to understand the creeping displacement behavior of large-scale landsl |
| Deepak Raj Bhat |
| Ehime University |
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| Landslide processes in hard rock in Troms, Norway |
| Halvor Bunkholt |
| Geological Survey of Norway (NGU) |
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| Deep-seated rockslide formation mechanism: a case study of Huangcaoping in Dadu River, China |
| Gang Han |
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| The Aggenalm landslide – first findings of the acquired monitoring data |
| Kurosch Thuro |
| Technische Univertsität München |
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| Displacements and the influence of permafrost on rockslides in northern Norway; Implications for driving mechanisms and hazards |
| Lars Harald Blikra |
| Åknes/Tafjord Early Warning Centre |
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| Earthquake-triggered rock slope failures: Damage and site effects |
| Jeffrey Moore |
| ETH Zurich |
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| Experimental and energy approach study of the crushing of sliding layer granular material in the grain-crushing induced landslide |
| wei hu |
| State Key Laboratory of Geohazard Prevention and Geoenvironment Protection,Chengdu University of Technology |
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| Experimental study on the transportation of fine grains with seepage in soil layer |
| Lu Xiaobing |
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| Post-failure characteristics of weathered soils in Korea |
| Sueng-Won Jeong |
| Korea Institute of Geoscience and Mineral Resources |
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| Modeling the geometrical control on the evolution of brittle failure |
| Nick Rosser |
| Institute of Hazard Risk and Resilience |
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| Cause and stability analysis of the East Tangjiawan ancient landslide in Three Gorges reservoir area |
| Yushu Li |
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| Implications of geologic structure on the stability of gigantic landslides: Lessons learned from the Sanford Pasture Landslide Complex |
| Evan Keffeler |
| Department of Geological Sciences and Engineering, University of Nevada, Reno |
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| Some considerations on the mechanics of a large earthslide in stiff clays |
| Roberto Vassallo |
| University of Basilicata - DiSGG |
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| Kinematics and evolution of Carlantino large landslide(Apulia, Southern Italy) |
| Giuseppe Spilotro |
| University of Basilicata |
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| Description and development mechanisms of the landslide at Ulu Yam Perdana, Hulu Yam, Selangor, Malaysia. |
| Kamal Bahrin Jaafar |
| Public Works Department Malaysia |
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| Landslides induced by the may 11 (2011), Lorca (SE Spain), earthquake (Mw 5.1) |
| salvatore martino |
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| Mechanism of A Rapid loess flowslide triggered by Irrigation in the Guanzhong Irrigation Area, Shaanxi,China |
| Tonglu Li |
| Department of Geological Engineering, Chang’an University |
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| Micromechanical Behaviour of Sturzstrom |
| Kim Rait |
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| A study of the retrogressive behaviour and mobility of Norwegian quick clay landslides |
| Jean-Sebastien L'Heureux |
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| Quantitative assessment of landslide frequency versus magnitude of displacement |
| Phil Flentje |
| University of Wollongong |
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| Shear deformation of sandy slope due to the generation of pore pressure at absorbing process during rainfall |
| Katsuo SASAHARA |
| Kochi University |
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| Some catastrophic landslides triggered by the 2011 off the Pacific coast of Tohoku Earthquake |
| Gonghui Wang |
| DPRI, Kyoto University |
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| Onset Mechanism of High-speed Landslide Triggered by Earthquake and Calculation of Set-out Velocity |
| Gu Chengzhuang |
| Southwest Jiaotong University |
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| Sedimentology and mechanics of major rock avalanches: implications from (pre-)historic Sturzstrom deposits (Tyrolean Alps, Austria) |
| Christoph Prager |
| alps GmbH |
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| Study on Failure Mechanism of the Landslide Caused by Goaf Deformation |
| Yangqing Xu |
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| Temporal characteristics and controls on landsliding in glacial tills |
| Sasiwimol Nawawitphisit |
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| Tertiary creep reproduction in back-pressure-controlled ring-shear test and predicting final failure time of rainfall-induced landslides |
| Atitkagna DOK |
| DPRI, Kyoto University |
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| The Angle of Repose of Granular Systems Measured Using Hollow Cylinders |
| Luis Eduardo Vallejo |
| University of Pittsburgh |
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| The genesis of Huascarán-like sturzstroms - a thermo-dynamic approach |
| Joerg Franz Hanisch |
| JorgeConsult |
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| The genetic mechanism analysis and engineering effects of Wasigou landslide |
| Yunsheng Wang |
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| Reactivated mechanism analysis of a giant landslide induced by excavation:a case study of Badu Landslide in China |
| Tian Bin LI |
| Chengdu University of Technology |
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| Landslides and Society |
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| Analyses of river-blocking and breaking mode of "9.24" debris flow near Tangjiashan barrier dam |
| Hu Xiewen |
| School of Geological Science and Environmental Engineering, Southwest Jiaotong University |
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| An Introduction to the Canadian Technical Guidelines and Best Practices related to Landslides |
| Rejean Couture |
| Geological Survey of Canada |
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| Debris-Flow Fatalities - Who Lives and Who Dies? |
| Paul Santi |
| Colorado School of Mines |
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| Earthquake Approach to Mapping Landslides Useful for Private Insurers |
| Jeffrey R. Keaton |
| MACTEC Engineering and Consulting, Inc. |
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| Estimating Landslide Losses: a General Approach for a Winter Storm Scenario |
| Chris J. Wills |
| California Geological Survey |
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| Geological mapping for landslide investigation, susceptibility assessment, hazard zonation and land-use planning in Norway |
| Reginald L Hermanns |
| Geological Survey of Norway |
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| Geomorphic controls and debris flows - the 2010 Zhouqu disaster, China |
| Tom Dijkstra |
| Loughborough University |
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| Landslide Hazard Evaluation and Quarry Redesign at Bingen, Washington, USA |
| H. Tom Kuper |
| Kuper Consulting LLC |
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| Landslide hazard mapping in North Carolina – overview and improvements to the program |
| Jennifer Bryson Bauer |
| Appalachian Landslide Consultants, PLLC |
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| Economic assessment of landslide risk for the Waidhofen a.d. Ybbs region, Alpine Foreland, Lower Austria |
| Thomas Glade |
| University of Vienna |
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| Landslide Risk Evaluation in Canada |
| Michael Porter |
| BGC Engineering Inc. |
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| Minor rock slide along Ohio River, Indiana, yields damage to residential structures |
| Terry Ronald West |
| Dept. of Earth & Atmos Sciences |
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| Megalandslides in the 21st century and their relation to prehistoric megalandslides in the city of La Paz, Bolivia |
| Reginald L Hermanns |
| Geological Survey of Norway |
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| Relationship between urban development and slope instability in the history of Rome: the case of the Palatine Hill |
| Alberto Bretschneider |
| Sapienza University of Rome |
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| Requirements for Professional Landslide Studies in Canada |
| Douglas VanDine |
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| Seattle Landslide Study: 12 Years Later |
| William Thomas Laprade |
| Shannon & Wilson, Inc. |
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| The national landslide inventory, landslide events, impacts and mitigation measures in Italy |
| Alessandro Trigila |
| ISPRA |
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| The Testalinden Creek debris flow of 2010 near Oliver, British Columbia |
| Peter Jordan |
| BC Ministry of Forests |
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| Prototype landslide hazard map of the conterminous United States |
| Jonathan W. Godt |
| U.S. Geological Survey |
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| Vulnerability of buildings to debris flow impact |
| Daniel Nelson Stein |
| BGC Engineering |
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| Monitoring Technologies |
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| Analysis of a large-scale, stepped planar failure in the Central Andes uplands, Chile, using roughness profiles from terrestrial laser scanning |
| Sergio A Sepulveda |
| Department of Geology, University of Chile |
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| A study of ground deformation evaluation system by photogrammetry |
| Makoto Nakamura |
| NEWJEC Inc. |
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| An alternative method for landslide early warning based on gradient of volumetric water content in unsaturated soil |
| Byung-Gon Chae |
| KIGAM |
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| Can PS-InSAR be used for monitoring a specific landslide? Estimation of Persistent Scatterers using freely available geodata |
| Kurosch Thuro |
| Technische Univertsität München |
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| Comprehensive monitoring system on the Grohovo Landslide, Croatia |
| Željko Arbanas |
| University of Rijeka, Faculty of Civil Engineering |
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| GPS monitoring of a landslide for railways |
| Ian George Chadwick |
| EHD Consulting Ltd |
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| Experimental research on early identification of landsliding by using radarsat-2 programming data |
| huang jie hui |
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| Field trial of an acoustic emission early warning system for slope instability |
| Neil Dixon |
| Loughborough University |
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| GB-InSAR survey of the Valoria earthflow during the 2009 reactivation (Northern Apennines, Italy) |
| alessandro corsini |
| University of Modena and Reggio Emilia |
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| Ground motion detection using radar satellites in areas prone to landslides: El Portalet landslide & Valle de Tena, Spain. |
| Marie-Josée Banwell |
| Altamira Information |
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| Guidelines for InSAR monitoring of landslides in Canada |
| Vern H Singhroy |
| Canada Centre for Remote Sensing |
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| Investigating landslides with Persistent Scatterers Interferometry (PSI): current issues and challenges |
| Janusz Wasowski |
| CNR-IRPI |
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| Investigation and monitoring of rock slope instabilities in Norway by terrestrial laser scanning |
| Thierry Oppikofer |
| Geological Survey of Norway |
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| Kinematic considerations of the Gascons rockslide, Québec (Gaspésie), Canada |
| Catherine Cloutier |
| Université Laval |
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| Landslide hazard evaluation by means of several monitoring techniques, including an acoustic emission sensor |
| Neil Dixon |
| Loughborough University |
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| Landslide inventory, monitoring and modeling: ESA-GMES Terrafirma servicesLandslide inventory, monitoring and modeling: ESA-GMES Terrafirma services |
| Federico Raspini |
| Earth Science Department - University of Firenze |
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| Landslide monitoring in western Norway using high resolution TerraSAR-X and Radarsat-2 InSAR |
| John F Dehls |
| Geological Survey of Norway |
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| Acoustic emission as an indicator of slope instability during direct shear test of rock joints |
| zabihallah moradian |
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| Long-term rate behavior monitoring using automated MEMS-based sensing arrays in an urban landslide environment |
| Derrick David Dasenbrock |
| Minnesota Department of Transportation |
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| Monitoring of slow moving landslide at 46th km of Simpang Pulai – Gua Musang highway, Malaysia |
| Suhaimi Bin Jamaludin |
| Slope Engineering Branch, Public Works Departments (PWD), |
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| Monitoring of Slope Movement Using Interferometric Synthetic |
| Bibhuti B Panda |
| AMEC Earth and Environmental |
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| Monitoring the subsurface hydrologic response for precipitation-induced shallow landsliding in the San Francisco Bay area, California, USA |
| Brian D. Collins |
| U.S. Geological Survey |
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| New instrumentation data helps delineate the extent of New Baltimore landslide, Somerset County, Pennsylvania |
| Abdul Shakoor |
| Kent State University |
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| Assessing of failure prediction methods for slope affected by human activities |
| Francesca Bozzano |
| Dept. Earth Sciences - "Sapienza" University of Rome |
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| Innovative large deformation cable with constant resistance and its slope monitoring application |
| HE man chao |
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| Kinematics of the Slumgullion landslide revealed by ground-based InSAR surveys |
| William Schultz |
| US Geological Survey |
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| The SBAS-DInSAR technique, a remote sensing tool for investigating landslides at regional and local scale |
| Fabiana Calò |
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| Using GNSS sensors in real time monitoring of slow moving landslides-a case study |
| Biljana Abolmasov |
| Faculty of Mining and Geology |
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| A Fresh Approach to the Hybrid/Attenuator Rockfall Fence |
| Ahren Bichler |
| Trumer Schutzbauten Canada |
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| A New Source of Rockfall Information |
| Alan Keith Turner |
| Colorado School of Mines |
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| A Review on the Design of Rock Sheds with a Cushion Layer |
| Kristian Schellenberg |
| ETH Zurich, Institute of Structural Engineering |
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| Applications and limitations of hybrid rockfall protection systems |
| Thomas Badger |
| Washington State Department of Transportation |
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| Terrestrial photogrammetry and LiDAR investigation of the cliffs associated with the seismically triggered rockfalls during the February and June 2011 |
| Marc-Andre Brideau |
| University of Auckland |
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| Evaluation of hypothesized water-system triggers for rock falls from Glacier Point, Yosemite National Park, California, USA |
| Greg M. Stock |
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| Performance Measures for Rock Slopes and Appurtenances |
| David Stanley, C.P.G., L.G., L.E.G. |
| Alaska DOT&PF |
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| Probabilistic Rockfall Hazard Analysis (PRHA) |
| Paolo Frattini |
| University of Milano - Bicocca |
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| Quantitative rock-fall hazard and risk assessment in Yosemite Valley, California, USA |
| Greg M. Stock |
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| Rockfalls at chalk cliffs in northern Europe |
| Stig Schack Pedersen |
| Geological Survey og Denmark and Greenland |
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| Rockfall Simulation Using A 3-D Discrete Element Model with Engineering Validation |
| Alan Rock |
| GSE Engineering, Inc. |
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| Influence of freeze-thaw cycles on microseismic activity on a mountain slope in the Italian Alps |
| Marina Pirulli |
| Politecnico di Torino |
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| Simplified approach for obtaining the block volume distribution of fragmental rockfalls |
| Olga Mavrouli |
| UPC - Technical University of Catalonia |
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| Straddling the US Canada Border, the Ross Dam Rockfall |
| Benjamin Alexander George |
| Landslide Technology |
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| Summary of World Wide Rockfall Tests |
| John D Duffy |
| California Department of Transportation |
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| The 2010 rock fall event in Stein an der Traun – causes and triggers |
| Kurosch Thuro |
| Technische Univertsität München |
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| Slope Stability in Engineering Practice |
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| Landslide Repair and Severe Erosion Mitigation in Sensitive Coastal and Riparian Areas |
| James Chinchiolo |
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| Case study on the deflection analysis of stabilizing piles in cut slope due to heavy rainfall |
| Young-Suk SONG |
| Korea Institute of Geoscience and Mineral Resources |
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| Centrifuge model tests on soil nailing and pre-reinforced-stabilizing pile reinforcement effect of loess high slope |
| Qi Zhu |
| School of Geological Engineering, Southwest Jiaotong University |
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| Centrifuge Testing of Soil-Nailed Excavations of Loess Slope |
| Wang Yu-feng |
| Department of Geological Engineering, Southwest Jiaotong University |
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| Control of an unstable slope by horizontal drainage boreholes and soil nailing during the widening of a major road, Laubegg Gorge, Switzerland |
| Christophe Bonnard |
| PBBG Gérances et Gestions immobilières SA |
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| Deformation Behavior of High Loess Slope |
| Wang Yu-feng |
| Department of Geological Engineering, Southwest Jiaotong University |
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| Effect of vetiver grass on slope stability |
| Harianto Rahardjo |
| Nanyang Technological University |
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| Effects of fluid flow, soil deformation and horizontal drains on soil slope stability subjected to rain infiltration |
| Yifeng Chen |
| Wuhan University |
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| Alberta Highway 858:02 embankment stabilization – geotechnical investigation, design, and construction |
| Xiaobo Wang |
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| Interstate 40 across the Cumberland Plateau Escarpment: Highway Instability, Historic Reviews, and Remedial Concepts |
| Anthony Sak |
| Golder Associates Inc. |
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| Influence of check dam and its backfill sediment on mass flows of pumiceous gravel in large-scale flume experiments |
| Yasuhiko Okada |
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| Investigation of landslide for a residential development |
| Indra Jworchan |
| Geotechnique Pty Ltd |
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| Limitations of, and sources of inaccuracy in, back analysis |
| SEYYED MAHDI HOSSEYNI |
| Kingston University London |
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| Seismic Dynamic Response Analysis of Plane Sliding Rock Slopes |
| Luo Gang |
| Southwest Jiaotong University |
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| Shaking table test study on seismic rock slope response |
| hanxiang liu |
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| SLOPE STABILITY EVALUATION ON ONE WASTE SANITARY LANDFILL IN CHINA |
| Liwen Cao |
| College of Mineral Resource and Earth Science |
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| Study on Formation Cause of Deposit and its Seepage Stability of a Hydropower Station Dam Foundation in Jinsha River |
| Zheng Da |
| State Key Laboratory of Geohazard Prevention Chengdu University of Technology |
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| Launched soil nails in landslide mitigation: North America, Australia, and New Zealand |
| colby barrett |
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| Use of recycled crushed concrete aggregates in a capillary barrier for slope stability |
| Harianto Rahardjo |
| Nanyang Technological University |
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| Slope Stability in Forest Management |
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| Landslide hazard assessment and characterisation for forestry asset management in Great Britain |
| Helen Jane Reeves |
| British Geological Survey |
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| Management of geohazards on steep forest slope above critical transport infrastructure |
| Michelle Humphreys |
| Coffey Geotechnics Ltd |
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| Post-wildfire landslides in southern British Columbia |
| Peter Jordan |
| BC Forest Service |
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| Slope Instability and National Forest Management: The Need for Cost-Effective Approaches |
| Gordon Rex Keller |
| USDA, Forest Service |
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| The long-term hydrological effect of forest stands on the stability of slopes |
| Thom Bogaard |
| Water resources section, Delft University of Technology |
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| The role of forestry in the failure of peat-covered slopes in Ireland |
| Alan P. Dykes |
| Kingston University |
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| Detecting, mapping and treating landslide-susceptible landforms in forested terrain |
| Susan Shaw |
| Weyerhaeuser Company |
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| Sub-marine Landslides |
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| Exploring the contrasting signatures of submarine landslides along the North Channel of the St. Lawrence Middle Estuary (Charlevoix), Québec, Canada |
| Jacques Locat |
| Université Laval |
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| Failure analysis of submarine landslide under waves |
| Yonggang Jia |
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| Numerical analyses of submarine slope failure due to gas hydrate dissociation |
| Sung-Sik Park |
| Kyungpook National University |
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| Submarine mass-wasting and deposition in selected Norwegian fjord deltas |
| Raymond Sand Eilertsen |
| Geological Survey of Norway |
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| Temporal progression and spatial extent of mass wasting events on the Squamish prodelta slope |
| John Edward Hughes Clarke |
| University of New Brunswick |
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