(The following topics include but are not limited to)
Track 1: Slope Engineering
Stability analysis and reinforcement techniques of slopes
Mechanism and evolution laws of instability of natural and engineered slopes
Slope deformation monitoring and intelligent early warning models based on multi-source data
Mapping of slope disaster susceptibility and risk assessment
Innovative methods for slope disaster prevention and new reinforcement materials
Analysis of internal structural changes and instability failure mechanisms of slope rock and soil bodies
Data analysis and prediction of slope monitoring based on machine learning/deep learning
Dynamic sub-surface mechanism and prediction model of landslides
Numerical simulation and reverse analysis of slope engineering
Research on crack expansion and dynamic characteristic response of rock slopes
Multiscale (microscopic-macroscopic-regional) analysis methods of slope stability
New technologies for physical model tests and on-site monitoring of slope centrifuge experiments
Reactivation mechanism and prevention strategies of ancient landslides
Track 2: Geological Disasters
Dynamic mechanism and prediction model of landslides
Formation mechanism and prevention engineering of debris flows
Monitoring and prevention of ground subsidence and ground fissures
Research on geological disaster chains induced by earthquakes
Early identification and intelligent monitoring technology for geological disasters
Risk assessment and zoning of geological disasters
Early warning models and systems for geological disasters
Application of InSAR/remote sensing/UAV in geological disaster investigation
Numerical simulation and reverse analysis of geological disasters
Impact of climate change on the evolution laws of geological disasters
Comprehensive risk management of urban geological disasters
Mine geological hazard investigation and prevention
Emergency response and post-disaster recovery technologies for geological disasters
Track 3: Surveying Technology
New progress and application of InSAR technology in geological engineering
Application of unmanned aerial vehicles (UAVs) in geological disaster investigation and monitoring
Integration of multi-source remote sensing data and surface deformation monitoring
Application of global navigation satellite systems (GNSS) in geological monitoring
3D laser scanning and digital photogrammetry technology
Application of optical fiber sensing technology in geological engineering monitoring
Intelligent sensors and Internet of Things monitoring systems in geological engineering
Data acquisition, processing and reverse analysis technology for monitoring
Imaging geodesy technology for geological disasters
Integrated information system for real-time monitoring and early warning
Application of surveying and geographic information technology in geological environment
Structural health monitoring (SHM) and non-destructive testing technology
Monitoring data management and analysis based on big data and cloud computing
...