International Conference on Landslides and Slope Stability ICLSS on July 12-13, 2025 in Ottawa, Canada

Analysis of Debris Flows and Mudflows
Behavior of Soil and Rock for Slope Stability Analysis
Capacity Development for Landslides Mitigation
Case Histories of Natural and Man Made Slope Failures
Climate Change and Land Use Impact on Landslides
Design Aspects for Slope Stability
Dynamic Behavior of Soils and Rock for Slope Stability Analysis
Earthquake and Liquefaction Induced Landslides
Education on Landslides
General Landslides Studies
Ground Improvement for Slope Stabilization
Insitu Testing and Monitoring for Identification and Study of Slope Movement
Landslides and Slope Stability
Landslides, Slope Stability and the Safety of Infrastructures
Landslides Inventory and Landslide Hazard Zonation
Landslides in River, Coastal and Submarine Environments
Mechanism of Slope Failures in Soils and Rocks
Modeling of Slopes and Application and Development of Numerical Analysis
Monitoring, Prediction and Warning of Landslides
Outlook for New Technology in Slope Stabilization
Physical Modeling and Material Testing for Slope Stability Analysis
Policy, Legislation and Guidelines on Landslides
Probabilistic Slope Stability
Problems of Creeps Causing Slope Failures
Reinforced Earth Slopes Design, Analysis and Case Histories
Remedial Measures on Landslides and Risk Reduction Strategy
Risk Assessment and Control on Landslides and Urbanization
Site Characterization for Slope Stability Study
Slope Stability in Excavation and Embankment Works
Stability of Dams and Landslides in Reservoirs
The importance of Geological Aspects on Landslide and Rockslides
The Use of Remote Sensing for Landslides Response, Monitoring and Mapping
Use of Piles and Ground Anchor for Slope Stabilization