Sections

I. Different aspects of fracturing:

1. Fracture: modern methods of studying, data processing and analyzes
2. Remote methods for studying natural fracturing
3. Numerical and physical modeling of deformations in various geodynamic settings
4. Forecast of reservoir fracture based on 3D seismic data, VSP and special GIS methods: imagers, broadband acoustic logging, etc.
5. Software complexes for computer modeling of fracturing of geological space
6. Fracture of rocks and conditions for the formation of fractured reservoirs of oil and gas
7. Actual problems of petrophysics of complex water reservoirs
8. Petrophysical studies of core material
9. Integrated interpretation of 2D / 3D seismic data, GIS, core and GDI for reservoir description.

II. Geology and evolution of sedimentary basins:

1. Origin and change of sedimentary rocks
2. Stages of development of sedimentary basins, paleoreconstruction
3. Integration of geological and geophysical methods in hydrocarbon prospecting
4. Tectonic events forming the internal structure of the basin
5. Modern structural plan - as a reflection of the evolution of the sedimentary basin
6. Simulation of hydrocarbon generation processes, oil systems
7. Sedimentary basin - oil and gas basin, types and their structure.

III. Mud volcanism as an indicator of the processes of formation of oil and gas:

1. Locality of mud volcanoes, structure, origin
2. Types of mud volcanoes
3. Geochemical characteristics of mud volcanism
4. Mud volcanic breccia and its composition
5. Mud volcanism with oil and gas saturation of subsoil
6. Reflection of mud volcanism in geophysical fields
7. Balneological properties of mud volcano breccias
8. Isotopy of gases, water and breccias of mud volcanoes
9. Physical geochemistry of hydrothermal processes.

IV. Assessment of the relief and dangerous exogenous processes:

1. Mechanisms of development, modern dynamics and geography of dangerous exogenous processes
2. New approaches to the assessment of the relief for the needs of nature management
3. Innovative technologies in engineering-geophysical research
4. Regional overview of geomorphological hazards
5. Exogenous processes in the developed territories
6. Monitoring and methods for forecasting dangerous exogenous processes

V. Modern geological-geomorphological processes and dynamics of coastal landscapes:

1. Geological and climatic trends in the evolution of landscapes
2. Exogeodynamics and landscape morphology
3. The role of biota in the formation of ecotone landscapes of land and sea
4. Paleogeographic reconstruction of coastal landscapes
5. Methods for studying dynamic processes in ecotone landscapes
6. Urban planning and landscape planning in coastal areas
7. Integrated monitoring and management of natural risks in coastal landscapes

VI. Shallow geological and geophysical surveys:

1. Karst: identification, instrumental methods and tools, processing
2. Study of landslide bodies using methods of geodesy and geophysics
3. Seismic microzoning
4. Searches for groundwater
5. Mapping of underground communications
6. Searches for buried military facilities