International Conference on Sediment-Water Chemistry in Fluvial Systems
(ICSWCFS-26)

This track focuses on the complex biogeochemical processes occurring at the sediment-water interface in riverine environments. Participants will explore the interactions between sediments and aquatic biota that influence nutrient cycling and pollutant dynamics.

This session will delve into the physical processes governing sediment transport in fluvial systems, including erosion, deposition, and resuspension. Researchers are invited to present studies that enhance our understanding of sediment mobility and its implications for water quality.

This track aims to address contemporary challenges in assessing and managing water quality in river systems. Contributions will focus on innovative methodologies and frameworks for monitoring pollutants and their impacts on aquatic ecosystems.

This session will explore the dynamics of nutrient fluxes in fluvial systems, emphasizing the role of sediments in nutrient retention and release. Presentations will highlight both field studies and modeling approaches to understand nutrient cycling.

This track will examine the sources, fate, and transport of contaminants in river sediments, along with innovative remediation techniques. Researchers are encouraged to share case studies and novel approaches to mitigate sediment contamination.

This session will focus on the chemical processes that govern aquatic systems, including the interactions between dissolved substances and sediments. Contributions will include studies on chemical speciation, reaction kinetics, and their ecological implications.

This track will investigate the spatial and temporal patterns of biogeochemical processes in river systems. Researchers will present findings on how hydrological variability influences biogeochemical cycling and ecosystem health.

This session will explore the critical role of the sediment-water interface in regulating chemical exchanges and biological interactions. Presentations will focus on the physical and chemical properties that influence this dynamic boundary.

This track will address how various land use practices affect sediment-water chemistry in fluvial systems. Studies will highlight the implications of agricultural, urban, and industrial activities on water quality and sediment dynamics.

This session will examine the interplay between hydrological processes and sediment transport mechanisms in river systems. Contributions will focus on how changes in flow regimes impact sediment mobility and river morphology.

This track will showcase innovative technologies and methodologies that advance our understanding of sediment-water interactions. Participants are encouraged to present cutting-edge research that utilizes remote sensing, modeling, and laboratory techniques.