(Topics include but are not limited to)
New Technologies for Engineering Geological Survey and Exploration
Mechanical properties and constitutive model of rock and soil mass
Stability of geotechnical engineering under complex geological conditions
Multi field coupling of rock and soil mass (hydraulic thermal chemical)
Stability analysis and reinforcement technology of high slope
Mechanism and early identification of landslide disasters
Formation conditions and prevention engineering of debris flow
Ground subsidence and formation mechanism of ground fissures
Intelligent Monitoring and Early Warning System for Geological Hazards
Application of InSAR and Remote Sensing in Geological Disaster Identification
Geological hazard risk assessment and zoning
Mechanism of earthquake induced geological hazard chain
Mining Geological Hazards and Ecological Restoration
Stability of surrounding rock in underground engineering (tunnels/caverns)
Rock and soil seepage and groundwater level regulation
Application of Reinforced Soil and Anchoring Technology
New materials and technologies for geological hazard prevention and control
Geological problems of earth rock dams and embankments engineering
Mechanism and prevention of landslides induced by heavy rainfall
Emergency response and governance decision-making for geological disasters
Numerical simulation and back analysis of geotechnical engineering
Causes and detection of urban ground subsidence
Evaluation of the effectiveness of geological hazard prevention and control engineering
The impact of climate change on geological hazards
International Comparison of Engineering Geological Standards and Specifications