
Learn about coastal water quality monitoring, including key drivers, common issues, and data needs. Explore 3D modeling applications for informed decision-making in environmental management and coastal development.

Learn advanced riprap sizing techniques using HEC-RAS 6.1's new Riprap Calculator. Explore Australian methods, design considerations, and practical demonstrations for effective hydraulic engineering solutions.

Explore 2D and 3D sediment transport modelling techniques, challenges, and applications in rivers, estuaries, and coasts. Learn about TUFLOW's sediment transport module and its capabilities for various environments.

Explores tidal meander evolution in Venice Lagoon over 130 years, examining hydrodynamic changes, morphology, and sediment transport using diverse data and modeling techniques.

Explore submarine channel evolution and salt basin filling through 3D seismic data analysis, comparing underwater patterns to river meandering and examining the impact of salt domes on channel migration.

Explore the global distribution and development of submarine canyons, their role in sediment transport, and factors influencing their connection to terrestrial sources using Bayesian regression and spatial analysis.

Explore Earth's surface water systems, including rivers and watersheds. Learn about water flow, sediment transport, and the shaping of landscapes through erosion and deposition processes.

Explore real-world applications of sediment transport modeling in river and coastal environments, focusing on flood impact assessment, scour design, and navigation management strategies.

Explore innovative coastal protection strategies, including nature-based solutions and advanced modelling techniques, to address climate change impacts on coastlines and enhance resilience.

Explores sediment transport patterns of major rivers, highlighting extensive alongshore dispersal and formation of distal mud depocenters, with few rivers directly reaching deep sea.

Explore the mystery of whitings in the Bahamas, examining ocean chemistry and hydrodynamics to understand lime mud formation and its geological implications.

Explore the interaction between sediment gravity flows and bottom currents in continental slope morphologies, revealing new insights from laboratory experiments on hybrid bottom-turbidity currents.