This volume investigates the complex interactions between fluvial, environmental, and coastal processes within the framework of modern hydraulic engineering. The authors, Hubert Chanson, Michele Mossa, and Youichi Yasuda, utilize their extensive academic backgrounds in fluid mechanics and civil engineering to synthesize current research on sediment transport, water quality, and structural design. By integrating theoretical models with practical field observations, the text provides a comprehensive overview of how engineering interventions impact natural water systems.

Experts in the field recognize this work as a technical reference for practitioners and researchers addressing the challenges of water infrastructure. Readers frequently note the academic density of the prose, which is intended for those with a background in fluid dynamics and civil engineering.