Session Tracks

This track focuses on the study of river systems and their morphological changes over time. It aims to explore the interactions between hydrological processes and landscape evolution in fluvial environments.

This session examines the geomorphic features created by glacial processes and their implications for understanding past climate conditions. Contributions will highlight the dynamics of glacial landscapes and their ongoing evolution.

This track investigates the geomorphological processes shaping coastal environments, including erosion, sediment transport, and deposition. The focus will be on understanding the impact of human activities and climate change on coastal landscape evolution.

This session delves into the formation and evolution of landforms shaped by wind action, such as dunes and desert landscapes. It will address the mechanisms of aeolian processes and their role in landscape dynamics.

This track explores the influence of tectonic activity on landscape evolution and landform development. Presentations will focus on the interplay between tectonics, erosion, and sedimentation.

This session aims to understand the complex interactions between various geomorphic processes and their feedback mechanisms. Contributions will emphasize the dynamic nature of landforms and their evolution over time.

This track addresses the assessment and management of geomorphic hazards such as landslides, floods, and erosion. It will focus on methodologies for hazard prediction and risk mitigation in vulnerable landscapes.

This session investigates the role of weathering processes in shaping the Earth's surface and contributing to landscape evolution. Contributions will explore both chemical and physical weathering mechanisms.

This track focuses on the mechanisms of erosion and the resulting landforms, including canyons and valleys. It will examine the environmental and ecological impacts of erosional processes.

This session explores innovative modeling techniques used to simulate landscape evolution and geomorphic processes. Contributions will highlight the applications of these models in predicting future landscape changes.

This track discusses the latest tools and technologies in geomorphic mapping, including remote sensing and GIS applications. It aims to showcase advancements in mapping techniques that enhance our understanding of landscape dynamics.