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Proceedings of the 14th International Symposium on Ecohydraulics (Nanjing, 2022)

This proceedings accommodates the abstracts and papers of the 14th International Symposium on Ecohydraulics, which has been hosted during October 10-14, 2022 in Nanjing, China by IAHR's Technical Committee on Ecohydraulics and jointly organized by Hohai University, Tsinghua UniversityNanjing Hydraulic Research Institute, and Yangtze Institute for Conservation and Development.

Ecohydraulics is a rapidly developing inter-discipline of ecology and hydraulics brought about by the ever-growing concern of aquatic and riparian ecology. Since its first edition in 1994, the International Symposia on Ecohydraulics (ISE) have provided platforms for scientists and engineers worldwide to discuss cutting-edge scientific progress, compare and evaluate state-of-the-art technical methods, and recommend them to the end-users. ISE 2022 covers a wide spectrum of topics related to ecohydraulics in theory and in practice, including the hydrological, hydraulic, morphodynamic, structural, ecological, biological, and technical aspects of the discipline. Five high-profile keynote speeches will be presented. We are expecting you to present at the symposium and share the latest advancement of your research with the international scientific community. Special issues on Journal of Ecohydraulics, International Journal of Sediment Research, Ecohydrology, and Environmental Science & Ecotechnology focusing on this conference will be published. Traditionally, ISE features an ECoENet pre-conference workshop which helps early career researchers working in ecohydraulics find opportunities and overcome challenges. Starting from the current edition, ISE plans to provide an interactive lecture for a helpful technical tool applied in one of these three topics: (1) fieldwork, (2) lab experiments, and (3) numerical simulations, and rotate among them in the future.

ID Title Authors Year
21882 Assessing Environmental Flow in a River Basin of Eastern India
Smaranika Mahapatra; Madan Kumar Jha
21883 Fish Escaping Routes – Fier: Modelling Escaping Routes for Fish Larvae Under Rapid Flow Changes During Hydropeaking
Luiz G. M Silva; Elian Luthy; Robert Naudascher; Davide Vanzo; Roman Stocker
21884 Stranding of Larval Nase (Chondrostoma Nasus L.) Following Artificial Flow Down-Ramping Under Experimental Conditions
Simon Fuhrer; Daniel S. Hayes; Daniel Mameri; Elora Fauchery; Thomas Hasler; David Graf; Stefan Schmutz Stefan Auer
21885 Application of the Building Block Approach to Generating a Natural Flow Regime in a Regulated River
Sung-Uk Choi; Byungwoong Choi; Jiyeon Jang
21886 Hydropeaking in Himalayan Rivers Associated Effect on Aquatic Life, Flood Management and Sediment Transport
Siba Sen
21887 Ecohydraulic Experiments with Cyprinid Larvae in a Nature-Like Outdoor Facility – First Insights from Hydropeaking Trials to Quantify Fish Stranding at Different Gravel Bar Setups
Daniel S. Hayes; Stefan Auer; Elora Fauchery; David Graf; Thomas Hasler; Daniel Mameri; Stefan Schmutz; Simon Fuhrer
21888 New Methods for Connectivity Assessments of River Ecosystems
Sebastian Schwindt; Maximilian Kunz; Silke Wieprecht; Shanghong Zhang; Jin Zhang; Caihong Tang; Le Wang
21889 Meandering Cutoff Reshapes the Trophic Characteristics of Macroinvertebrates in the Upper Yellow River Basin
Xiongdong Zhou; Mengzhen Xu; Zhaoyin Wang; Jiahao Zhang; Congcong Wang
21890 How a Barrage and Spur Dikes Affect Megalobrama Terminalis Spawning Sites at the Beijiang River (CHINA)
Xiyan Yang; Shanghong Zhang; Wenda Li; Caihong Tang; Jin Zhang; Sebastian Schwindt; Silke Wieprecht
21891 Hydrological Connectivity Promotes Coalescence of Bacterial Communities in a Floodplain
Baozhu Pan; Xinyuan Liu; Qiuwen Chen; He Sun; Xiaohui Zhao; Zhenyu Huang

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