Fish Swimming Behavior and Strategies Under Different Hydrodynamic Conditions in Fishways with Various Vertical Slot Configurations - Ouyang, Lijian; Li, Dongqiu; Cui, Shihao; Wu, Xinyang; Liu, Yang; Han, Xiaowei; Zhou, Shengzhi; Xu, Gang; Tu, Xinggang; Chen, Kang; Gualtieri, Carlo; Yao, Weiwei (Fishes, 2025)
Keywords: Animal swimming; Behavior; Comparative analysis; computational fluid dynamics; Computer simulation; Computer-generated environments; Correlation analysis; Design and construction; Design optimization; Efficiency; Endangered species; Energy consumption; Environmental aspects; Fish; Fish behavior; Fish ladders; Fish migration; Fishways; Flow velocity; Fluid dynamics; Hydraulic engineering; Hydraulics; hydrodynamic characteristics; Hydrodynamics; Kinetic energy; Laboratory experimentation; Migrations; Observations; passage efficiency; Rare species; Schizothorax prenanti; Streamflow; Swimming; Swimming behavior; Turbulence; vertical slot fishway; Water temperature; China; Yangtze River