Scopes
(The following topics include but are not limited to)
Track 1: Geologic Structure
Plate tectonics, continental dynamics and orogenic belt evolution
Basin structure analysis, subsidence history analysis and prototype basin restoration
Extensional basins, foreland basins, strike-slip basins structural styles and formation mechanisms
Fault-related folds, salt structures and structural physical simulation
Structural-depositional coupling, sequence stratigraphy and paleogeography reconstruction
Structural stress field analysis and fracture prediction technology
Multi-stage structural superposition and deformation sequence analysis
Deep structure, mantle plumes and lithosphere thermodynamic evolution
Track 2: Geodynamic Processes
Rock rheology, mantle convection and plate driving force
Geophysical exploration and imaging of deep Earth structure
Crustal deformation, GPS/InSAR monitoring and current crustal movement
Magma activity, volcanic action and heat flow evolution
Geodynamic numerical simulation
Thermal system dynamics and heat reservoir response mechanism
Deep fluid activities, supercritical fluids and diagenesis and mineralization
Lithosphere-sweet-mantle interaction and deep structural dynamics background
Track 3: Oil and Gas Development
Source rock evaluation, hydrocarbon generation kinetics and oil-gas generation simulation
Rock diagenesis (clastic rocks, carbonate rocks, unconventional) and pore evolution of reservoirs
Oil and gas migration, accumulation and formation kinetics
Oil and gas reservoir formation laws in complex structural areas and exploration breakthroughs
Unconventional resources such as tight oil, shale oil, and coalbed methane evaluation
Reservoir description, three-dimensional geological modeling and reserves calculation
Oil and gas field development dynamics, enhanced oil recovery (EOR) technology
Geological-engineering integration, intelligent drilling and fracturing optimization
Reservoir response mechanism
Wellbore stability analysis
Hydraulic fracturing fracture extension modeling
Drilling ground stress prediction
Reservoir compaction process
Surface subsidence assessment
Fractured reservoir characteristics
Stratum disturbance mechanism
Rock mechanics parameter inversion
Aquifer-reservoir interface stability ...
Track 1: Geologic Structure
Plate tectonics, continental dynamics and orogenic belt evolution
Basin structure analysis, subsidence history analysis and prototype basin restoration
Extensional basins, foreland basins, strike-slip basins structural styles and formation mechanisms
Fault-related folds, salt structures and structural physical simulation
Structural-depositional coupling, sequence stratigraphy and paleogeography reconstruction
Structural stress field analysis and fracture prediction technology
Multi-stage structural superposition and deformation sequence analysis
Deep structure, mantle plumes and lithosphere thermodynamic evolution
Track 2: Geodynamic Processes
Rock rheology, mantle convection and plate driving force
Geophysical exploration and imaging of deep Earth structure
Crustal deformation, GPS/InSAR monitoring and current crustal movement
Magma activity, volcanic action and heat flow evolution
Geodynamic numerical simulation
Thermal system dynamics and heat reservoir response mechanism
Deep fluid activities, supercritical fluids and diagenesis and mineralization
Lithosphere-sweet-mantle interaction and deep structural dynamics background
Track 3: Oil and Gas Development
Source rock evaluation, hydrocarbon generation kinetics and oil-gas generation simulation
Rock diagenesis (clastic rocks, carbonate rocks, unconventional) and pore evolution of reservoirs
Oil and gas migration, accumulation and formation kinetics
Oil and gas reservoir formation laws in complex structural areas and exploration breakthroughs
Unconventional resources such as tight oil, shale oil, and coalbed methane evaluation
Reservoir description, three-dimensional geological modeling and reserves calculation
Oil and gas field development dynamics, enhanced oil recovery (EOR) technology
Geological-engineering integration, intelligent drilling and fracturing optimization
Reservoir response mechanism
Wellbore stability analysis
Hydraulic fracturing fracture extension modeling
Drilling ground stress prediction
Reservoir compaction process
Surface subsidence assessment
Fractured reservoir characteristics
Stratum disturbance mechanism
Rock mechanics parameter inversion
Aquifer-reservoir interface stability ...
Important Dates/重要日期
- Submission Deadline: 2026.8.7
- Registration Deadline: 2026.8.14
- Conference Date: 2026.8.22
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icassp_info@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
蒋老师
+86-15680824672(微信同号)
3761629232
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+86---(微信同号)
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