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A framework for landslide risk assessment and management<br/>ByR. Fell, K.K.S. Ho, S. Lacasse & E. Leroi<br/><br/>Hazard characterization and quantification<br/>ByL. Picarelli, F. Oboni, S.G. Evans, G. Mostyn & R. Fell<br/><br/>Probabilistic stability analysis for individual slopes in soil and rock<br/>ByF. Nadim, H. Einstein & W. Roberds<br/><br/>Estimating landslide motion mechanism, travel distance and velocity<br/>ByO. Hungr, J. Corominas & E. Eberhardt<br/><br/>Estimating temporal and spatial variability and vulnerability<br/>ByW. Roberds<br/><br/>Risk assessment and management<br/>ByE. Leroi, Ch. Bonnard, R. Fell & R. McInnes<br/><br/>Landslide hazard and risk zoning for urban planning and development<br/>ByL. Cascini, Ch. Bonnard, J. Corominas, R. Jibson & J. Montero-Olarte<br/><br/>Landslide risk assessment for individual facilities<br/>ByH.N. Wong<br/><br/>Landslide risk management in forest practices<br/>ByR.J. Fannin, G.D. Moore, J.W. Schwab & D.F. VanDine<br/><br/>Risk assessment for submarine slides<br/>ByF. Nadim & J. Locat<br/><br/>Risk assessment for very large natural rock slopes<br/>ByCh. Bonnard & J. Glastonbury<br/><br/>Landslide risk assessment in Canada; a review of recent developments<br/>ByS.G. Evans, D.M. Cruden, P.T. Bobrowsky, R.H. Guthrie, T.R. Keegan, D.G.E. Liverman & D. Perret<br/><br/>The analysis of global landslide risk through the creation of a database of worldwide landslide fatalities<br/>ByD.N. Petley, S.A. Dunning & N.J. Rosser<br/><br/>The role of magnitude-frequency relations in regional landslide risk analysis<br/>ByR.H. Guthrie & S.G. Evans<br/><br/>Evaluation of risk to the population posed by natural hazards in Italy<br/>ByF. Guzzetti, P. Salvati & C.P. Stark<br/><br/>Business decision-making and utility economics of large landslides within national forest system lands in the United States<br/>ByT.E. Koler<br/><br/>Risky business – Development and implementation of a national landslide risk management system<br/>ByA.R. Leventhal & B.F. Walker<br/><br/>A preliminary landslide risk assessment of road network in mountainous region of Nepal<br/>ByL. Sunuwar, M.B. Karkee & D. Shrestha<br/><br/>Landslide hazard reduction strategy and action in China<br/>ByY. Yin & S. Wang<br/><br/>Recent landslide disasters in China and lessons learned for landslide risk management<br/>ByB.P. Wen, Z.Y. Han, S.J. Wang, E.Z. Wang & J.M. Zhang<br/><br/>Landslides in the Thompson River valley between Ashcroft and Spences Bridge, British Columbia<br/>ByA. Eshraghian, C.D. Martin & D.M. Cruden<br/><br/>Phillips River landslide hazard mapping project<br/>ByT. Rollerson, D. Maynard, S. Higman & E. Ortmayr<br/><br/>Guidelines for the geologic evaluation of debris-flow hazards on alluvial fans in Utah, USA<br/>ByR.E. Giraud<br/><br/>Investigation of the origin and magnitude of debris flows from the Payhua Creek basin, Matucana area, Huarochirí Province, Perú<br/>ByL. Fídel Smoll, A. Guzman Martinez, J. Zegarra Loo, M. Vilchez Mata, J. Colque Tula & L.E. Jackson, Jr.<br/><br/>Landslide hazard evaluation for Bogota, Colombia<br/>ByA.J. Gonzalez & J.A. Millan<br/><br/>Failure mode identification and hazard quantification for coastal bluff landslides<br/>ByB.D. Collins & N. Sitar<br/><br/>Risk assessment of deep-seated slope failures in the Czech Republic<br/>ByJ. Stemberk & J. Rybárˇ<br/><br/>Case histories: risk assessment and management<br/><br/>Vulnerability and acceptable risk in integrated risk assessment framework<br/>ByH.S.B. Düzgün & S. Lacasse<br/><br/>Cost-benefit analysis for debris avalanche risk management<br/>ByG.B. Crosta, P. Frattini, F. Fugazza, L. Caluzzi & J. Chen<br/><br/>Landslide risk assessment of coal refuse emplacement<br/>ByJ.P. Hsi & R. Fell<br/><br/>Debris flow hazard and risk assessment, Jones Creek, Washington<br/>ByM. Jakob & H. Weatherly<br/><br/>Landslide studies and mitigation program: Seattle, Washington, United States<br/>ByW.T. Laprade & C.N. Paston<br/><br/>MultiRISK: An innovative concept to model natural risks<br/>ByT. Glade & K.v. Elverfeldt<br/><br/>A comparison of landslide risk terminology<br/>ByD.F. VanDine, G.D. Moore & M.P. Wise<br/><br/>Hazard and risk assessment: linear projects<br/><br/>Detection and monitoring of complex landslides along the Ashcroft Rail corridor using spaceborne InSAR<br/>ByC.R. Froese, T.R. Keegan, D.S. Cavers & M. van der Kooij<br/><br/>Application of a landslide risk management system to the Saskatchewan highway network<br/>ByA.J. Kelly, A.W. Clifton, P.J. Antunes & R.A. Widger<br/><br/>Computers, cables and collections: digital field data collection for GIS support of landslide mapping along railroad corridors<br/>ByR. Harrap, C. Sheriff & J. Hutchinson<br/><br/>Application of quantitative risk assessment to the Lawrence Hargrave Drive Project, New South Wales, Australia<br/>ByNew South Wales, Australia R.A. Wilson, A.T. Moon, M. Hendrickx & I.E. Stewart<br/><br/>Managing slope risk for a large highway network<br/>ByI.E. Stewart & H.G. Buys<br/><br/>Hazard and risk assessment:individual landslide projects<br/><br/>InSAR monitoring of the Frank Slide<br/>ByV. Singhroy, R. Couture & K. Molch<br/><br/>Coupling kinematic analysis and sloping local base level criterion for large slope instabilities hazard assessment – a GIS approach<br/>ByM. Jaboyedoff, F. Baillifard, R. Couture, M-H. Derron, J. Locat & P. Locat<br/><br/>Reliability analysis of iron mine slopes<br/>ByJ.A.C. Maia & A.P. Assis<br/><br/>Evaluation of catastrophic landslide hazard on gentle slopes in liquefiable soils during earthquakes<br/>ByA.C. Trandafir & K. Sassa<br/><br/>Methodology: hazard characterization<br/><br/>Assessing landslide hazard on medium and large scales, using self-organizing maps<br/>ByM.D. Ferentinou & M.G. Sakellariou<br/>View abstract <br/><br/>Assessment of slope failure susceptibility using Fuzzy Logic<br/>ByF. Saboya Jr., W.D. Pinto & C.E.N. Gatts<br/>View abstract <br/><br/>Landslide and debris flow characteristics and hazard mapping in mountain hill-slope terrain using GIS, central Nepal<br/>ByT. Esaki, P.B. Thapa, Y. Mitani & H. Ikemi<br/>View abstract <br/><br/>Hazard assessment of landslides triggered by heavy rainfall using Artificial Neural Networks and GIS<br/>ByH.B. Wang, K. Sassa, H. Fukuoka & G.H. Wang<br/><br/>A general landslide distribution: further examination<br/>ByD.L. Turcotte, B.D. Malamud, F. Guzzetti & P. Reichenbach<br/><br/>Developing and using landslide size frequency models<br/>ByA.T. Moon, R.A. Wilson & P.N. Flentje<br/><br/>The morphology and sedimentology of valley confined rock-avalanche deposits and their effect on potential dam hazard<br/>ByS.A. Dunning, D.N. Petley, N.J. Rosser & A.L. Strom<br/><br/>Remedial works and early warning systems<br/><br/>Development and implementation of a warning system for the South Peak of Turtle Mountain<br/>ByC.R. Froese, C. Murray, D.S. Cavers, W.S. Anderson, A.K. Bidwell, R.S. Read, D.M. Cruden & W. Langenberg<br/><br/>Frank Slide a century later: the Turtle Mountain monitoring project<br/>ByR.S. Read, W. Langenberg, D.M. Cruden, M. Field, R. Stewart, H. Bland, Z. Chen, C.R. Froese, D.S. Cavers, A.K. Bidwell, C. Murray, W.S. Anderson, A. Jones, J. Chen, D. McIntyre, D. Kenway, D.K. Bingham, I. Weir-Jones, J. Seraphim, J. Freeman, D. Spratt, M. Lamb, E. Herd, D. Martin, P. McLellan & D. Pana<br/><br/>The significance of climate on deformation in a rock-slope failure – the Åkerneset case study from Norway<br/>ByG. Grøneng, B. Nilsen, L.H. Blikra & A. Braathen<br/><br/>Early warning of landslides for rail traffic between Seattle and Everett, Washington, USA<br/>ByR.L. Baum, J.W. Godt, E.L. Harp, J.P. McKenna & S.R. McMullen<br/><br/>Towards real-time landslide risk management in an urban area<br/>ByP.N. Flentje, R.N. Chowdhury, P. Tobin & V. Brizga<br/><br/> |
