Ecohydraulics
Published in Ecology & Evolution, Civil Engineering, and Mathematical & Computational Engineering Applications
A Scientific Reports Collection on ecohydraulics in river and coastal restoration has recently been published, highlighting the growing role of this interdisciplinary field in addressing major environmental challenges such as climate change, habitat degradation, and biodiversity loss. Ecohydraulics is particularly important because it links physical processes and ecological responses, enabling the design of interventions that are not only hydraulically effective but also environmentally sustainable and resilient over the long term (editorial: Baki, A.B.M., Mossa, M. Guest Edited Collection: “Ecohydraulics” in river and coastal restoration. Sci Rep 16, 8977 (2026). https://doi.org/10.1038/s41598-026-42455-6; see here: https://www.nature.com/articles/s41598-026-42455-6#citeas).
By integrating hydrodynamics, ecology, and advanced tools such as numerical modeling and artificial intelligence, ecohydraulics provides a scientific basis for nature-based solutions, supporting more adaptive and ecosystem-oriented water management strategies .
The Collection brings together eight original studies covering experimental, numerical, and data-driven approaches, with applications ranging from flow–vegetation interactions and habitat design to coastal wave attenuation, fish behavior modeling, and ecosystem-based flood risk mitigation .
The papers included in the Collection—providing the detailed scientific contributions—are listed and referenced within the editorial, to which the reader is referred for further reading and in-depth insight into each study .
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