This track focuses on cutting-edge research and methodologies in environmental geomorphology. Participants are encouraged to present novel concepts and models that enhance our understanding of geomorphic processes.

This session aims to explore the various geomorphological hazards, including landslides and erosion, and their impact on human activities. Presentations will cover risk assessment methodologies and hazard mapping techniques.

This track examines the processes and factors contributing to soil and water erosion in different environments. Discussions will include strategies for erosion control and sustainable land management practices.

This session highlights the application of Geographic Information Systems and remote sensing technologies in geomorphological research. Participants will showcase case studies that demonstrate the effectiveness of these tools in hazard mapping.

This track delves into the geomorphic processes driven by wind and marine forces. Presentations will focus on the formation of landforms and the implications of these processes for coastal and desert environments.

This session addresses the identification and sustainable management of geomorphological resources and raw materials. Discussions will include the economic significance and environmental implications of these resources.

This track investigates the relationship between geomorphology and seismic activity, focusing on how landforms can influence seismic susceptibility. Research findings will contribute to understanding the risks associated with earthquakes.

This session presents various methodologies for investigating landslides, including field surveys and numerical dating techniques. Case studies will illustrate the effectiveness of these approaches in understanding landslide dynamics.

This track emphasizes the role of communities in disaster management related to geomorphological hazards. Presentations will highlight participatory approaches and the integration of local knowledge in hazard preparedness.

This session explores how climate change is altering geomorphic processes and landscapes. Research will focus on the implications for hazard assessment and environmental management.

This track encourages interdisciplinary collaboration among physical sciences, engineering, and social sciences in the study of geomorphology. Participants will discuss integrated approaches to address complex geomorphological challenges.