(Include but not limited to)
Track 1: Geological resource exploration and evaluation
Theories and methods of mineral resource exploration
Metallogenic laws and metallogenic predictions
Geological characteristics and resource evaluation of ore deposits
Geophysical exploration methods and technologies
Geochemical exploration and anomaly extraction
Remote sensing geological exploration and alteration information extraction
Drilling technology and geological logging
Estimation of mineral resource reserves and three-dimensional modeling
Strategic mineral resource exploration and security guarantee
New energy mineral resources (lithium, cobalt, rare earths, etc.) exploration
Geothermal resource exploration and evaluation
Oil and gas resource exploration and evaluation
Hydrogeology and engineering geology exploration
Mine geological environment investigation and evaluation
Geological big data and intelligent exploration
Exploration geophysical inversion and imaging technology
Track 2: Rock mechanics and rock engineering
Rock constitutive relationships and strength theories
Rock fracture mechanics and damage mechanics
Rock dynamics and dynamic responses
Rock rheology and time-dependent deformation
Rock seepage mechanics and multi-field coupling
In-situ stress measurement and field distribution laws
Wellbore stability and wellbore integrity
Hydraulic fracturing mechanics and fracture expansion
Reservoir rock mechanics and sand production mechanism
Rock mass stability and engineering reinforcement
Temperature-seepage-stress coupling problems
Rock mechanics numerical analysis methods
Rock mechanics experiments and monitoring technologies
Deep rock mechanics and high-temperature high-pressure
Salt rock mechanics and underground storage
Rock fracture, fracture mechanics and deformation mechanism
Non-saturated soil mechanical properties and models
Track 3: Geological engineering and intelligent technology application
Geological disaster prediction, assessment and control
Slope stability and landslide prevention
Rock mechanics of underground excavation and tunnel engineering
Mine rock engineering and tailings dam stability
Geological energy production and underground storage
Carbon dioxide geological sequestration and reservoir integrity
Rock mechanics problems in geothermal energy development
Application of intelligent monitoring and sensing technology in rock engineering
Application of machine learning and artificial intelligence in geological analysis
Digital twin and geological engineering simulation
Big data-driven rock mass risk assessment
Integration of geological data and GIS decision support
Rock mechanics challenges in deep resource extraction
Marine geological exploration and seabed stability
......