This track focuses on the latest advancements in airborne geophysical techniques and their applications in environmental monitoring and resource exploration. Participants will discuss case studies and methodologies that enhance data acquisition and interpretation in various geological settings.

This session explores the application of artificial neural networks and machine learning techniques in geosciences. Emphasis will be placed on innovative approaches for data analysis, predictive modeling, and decision-making processes in environmental sustainability.

This track addresses the application of applied geophysics in understanding seismic activity and earthquake mitigation. Discussions will include the integration of geophysical data with seismic hazard assessments and risk management strategies.

This session focuses on the identification, monitoring, and mitigation of geohazards such as landslides and earthquakes. Participants will share insights on innovative geophysical techniques for risk assessment and disaster preparedness.

This track examines the role of environmental geophysics in assessing and managing natural hazards. Topics will include geophysical applications in flood risk assessment, contaminant mapping, and environmental restoration.

This session highlights the importance of engineering geophysics in the planning and construction of civil infrastructure. Participants will discuss case studies on ground stability, site characterization, and non-destructive testing methods.