Session Tracks

This session will explore the complex interactions at plate boundaries, including rifting and subduction zones. Contributions will focus on the geophysical and geological processes that govern these dynamic regions.

This track will investigate the role of mantle convection in driving lithospheric processes and plate movements. Researchers are encouraged to present models and observational data that elucidate these fundamental mechanisms.

This session aims to address the various forms of crustal deformation resulting from tectonic stress. Studies that integrate field observations with theoretical models are particularly welcome.

This track will focus on the relationship between tectonic processes and seismic activity. Contributions that analyze earthquake mechanisms and their implications for plate tectonics are encouraged.

This session will delve into the methodologies and findings related to plate reconstructions throughout geological history. Papers that discuss the implications of these reconstructions for understanding past geodynamic processes are invited.

This track will explore the processes involved in orogeny and the formation of mountain ranges. Contributions that examine the interplay of tectonic forces and geological features are sought.

This session will focus on the mechanisms and evidence supporting continental drift and plate kinematics. Presentations that integrate geological, geophysical, and paleontological data are encouraged.

This track will highlight advancements in tectonic modeling and simulation techniques. Researchers are invited to share innovative approaches that enhance our understanding of tectonic processes.

This session will investigate the complex dynamics of subduction zones and their role in global tectonics. Contributions that address the geological, geophysical, and geochemical aspects of these regions are welcome.

This track will focus on the geological and geophysical processes associated with continental rifting and breakup. Papers that present case studies or theoretical models of rifting are encouraged.

This session will explore the implications of tectonic stress on geological formations and processes. Contributions that integrate stress analysis with field observations are particularly welcome.