(The following topics include but are not limited to)
Track 1: Remote Sensing Geology
High-resolution/ multispectral remote sensing for identifying rock and mineral information and extracting alteration zones
Radar remote sensing (InSAR, PolSAR) for geological structure interpretation and surface deformation monitoring
Thermal infrared remote sensing for thermal anomaly detection and geothermal resource investigation
Unmanned aerial vehicle remote sensing, oblique photography and 3D geological modeling
Machine learning and deep learning intelligent interpretation in remote sensing geology
Multi-source remote sensing data fusion and geological information enhancement
Application of remote sensing geology in mineral resource investigation and ore formation prediction
Collaborative analysis of remote sensing geology and geophysical data
Track 2: Geophysics
Geomagnetism and geoelectrics
Geological geophysics
Structural geology
Soil behavior and geotechnical mechanics
Measurement instruments, methods and applications
Geographical environment
Geological energy
Earth atmospheric physics and earth ocean physics
Track 3: Mineral Exploration
Mining basic design
Geotechnical engineering modeling
High-performance building materials
Numerical simulation in geotechnical engineering
Application of artificial intelligence in geotechnical engineering modeling
Mining slope stability
Soil reinforcement technology
Underground excavation technology
Soil-structure interaction
Geotechnical engineering risk assessment
Geotechnical engineering solutions for mining infrastructure
Rock and soil engineering innovations in resource protection
Underground mining geotechnical engineering
Earthquake risk in mining operations
Application of geographic space technology in resource exploration
Application of machine learning in geological analysis
Seismic imaging in exploration
Mineral classification system
Advanced exploration techniques ...