Experimental and numerical investigation of hydrodynamics of 3D turbulent flows for downstream fish passage facilities and meta-analysis of swimming performance for fish passage

This federal solicitation, issued by the Government of Canada's Department of Fisheries and Oceans, seeks a partner for a joint project focused on the hydrodynamics of downstream fish passage facilities. The initiative involves utilizing 3D physical models and numerical modelling to investigate how turbulence and hydrodynamic fields affect various bypass designs, such as bar racks. By quantifying these metrics, the project aims to better understand fish responses and physiological stress, ultimately leading to the development of more effective bypass modifications and designs that align with fish behavior and swimming abilities. The project, identified by solicitation number 30007300, is managed by point of contact Joshua Bereza. Performance of the work is expected to take place in Manitoba and the National Capital Region of Canada. This research addresses a critical gap in downstream passage studies, aiming to improve the efficiency and safety of fish migration through engineered structures.