This track focuses on the latest research and methodologies in marine geology, emphasizing the importance of sedimentary processes in understanding oceanic environments. Contributions will explore geological formations, sediment composition, and the implications for marine ecosystems.

This session will delve into the physical processes governing sediment transport in marine settings, including the role of currents, waves, and human activities. Presentations will highlight case studies and modeling approaches to predict sediment dynamics.

Innovative technologies for seafloor mapping are essential for understanding marine geology and sediment transport. This track will showcase advancements in sonar, remote sensing, and GIS applications for detailed seabed characterization.

This session will examine the geomorphological processes shaping coastal environments, with a focus on erosion and sediment deposition. Researchers will present findings on the impact of natural and anthropogenic factors on coastal stability.

Submarine canyons are critical conduits for sediment transport in marine systems. This track will explore the unique sedimentary processes occurring within these features and their implications for marine stratigraphy.

Accurate bathymetric data is vital for understanding underwater landscapes and sediment transport. This session will cover methodologies for bathymetric surveys and their applications in marine geology and coastal engineering.

Turbidity currents play a significant role in sediment transport across the seafloor. This track will investigate the dynamics of these currents, their formation, and their impact on sediment budgets in various marine environments.

Understanding depositional environments is crucial for reconstructing past marine conditions and predicting future changes. This session will focus on sedimentary structures, stratigraphic analysis, and their relevance to marine geology.

Benthic habitats are influenced by sediment dynamics and play a vital role in marine ecosystems. This track will explore the interactions between sediments and benthic organisms, highlighting ecological implications.

Geohazards such as underwater landslides and sediment failures pose risks to marine infrastructure and ecosystems. This session will address the identification, monitoring, and mitigation strategies for these hazards.

Modeling sediment transport is essential for predicting changes in marine environments under various scenarios. This track will present innovative modeling approaches and their applications in understanding sediment flux and dynamics.