Sedimentology and Basin Analysis (ICSBA-26)

This session will explore the latest advancements in understanding sediment transport processes across various environments. Emphasis will be placed on both theoretical models and empirical studies that elucidate the dynamics of sediment movement.

This track focuses on the methodologies and techniques used in stratigraphic analysis, including sequence stratigraphy and biostratigraphy. Participants will discuss case studies that highlight the implications of stratigraphic frameworks on basin evolution.

This session aims to compare and contrast clastic and carbonate depositional systems, examining their unique characteristics and sedimentological processes. Contributions will include discussions on facies models and their applications in reservoir characterization.

This track will delve into the interplay between tectonic processes and sedimentary systems, focusing on how tectonics influence sedimentation patterns and basin development. Presentations will cover both modern and ancient examples of tectono-sedimentary relationships.

This session will explore the processes of diagenesis and their effects on sedimentary rock properties and reservoir quality. Participants are encouraged to present research that highlights the role of diagenetic processes in shaping sedimentary environments.

This track will focus on methodologies for reconstructing paleoenvironments based on sedimentological and stratigraphic evidence. Contributions will include discussions on the implications of paleoenvironmental reconstructions for understanding past climate and ecological conditions.

This session will examine the processes driving the evolution of sedimentary basins through geological time. Emphasis will be placed on the integration of geological, geophysical, and geochemical data to understand basin dynamics.

This track will present case studies from diverse sedimentary environments, highlighting unique sedimentological features and processes. Participants will discuss the implications of these studies for broader sedimentological theories and practices.

This session will focus on innovative techniques and technologies for characterizing sedimentary reservoirs. Topics will include the integration of geological, petrophysical, and geophysical data to enhance reservoir understanding and management.

This track will explore the relationship between sedimentology and climate change, examining how changing climatic conditions influence sedimentary processes and environments. Contributions will include both contemporary and historical perspectives on sedimentary responses to climate variability.

This session will highlight the role of emerging technologies, such as remote sensing and machine learning, in advancing sedimentology research. Participants will discuss how these technologies can enhance data collection, analysis, and interpretation in sedimentary studies.