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How and where to pass? Atlantic salmon smolt's behaviour at a hydropower station offering multiple migration routes

  • Séverine Renardy
  • Jean-Philippe Benitez
  • Amandine Tauzin
  • Arnaud Dierckx
  • Billy Nzau Matondo
  • Michaël OvidioEmail author
Primary Research Paper

Abstract

We studied downstream migration behaviour of Atlantic salmon smolt at a hydropower station that offers four safe (weir, new incision gate on weir, downstream bypass and Archimedes screw) and one potentially unsafe (Kaplan turbines) migration routes. We followed hatchery smolts using radio (n = 17) and RFID (n = 200) telemetry. They were released 1.2 km upstream of the hydropower station in spring 2018, in four groups, at different water discharge (18 to 37.2 m3s−1) and temperature (12.2–17.6°C) conditions. For radio-tagged smolts, the repartition of the migration routes was 41.2% for the bypass, 17.6% for both the Kaplan turbine and the weir, 11.8% for the Archimedes screw, 0% for the new incision and 11.8% of unknown route. For the RFID-tagged smolts, the repartition was 38.0% for the bypass, 56.5% for the weir or the Kaplan, 4.5% for the new incision and 1.0% for the Archimedes Screw. The median time to cross the hydropower station was 58 min, and 88.2% of the smolts succeed to continue their downstream migration. The results demonstrate a diversity of choices of migration routes and underline the importance to optimise the position of fish-friendly turbines and fish passes at hydropower stations to increase their attractiveness.

Keywords

Salmo salar Downstream migration Fish trajectory Fish telemetry Fish passage Archimedes screw 

Notes

Acknowledgements

Financial support for this study was provided by the Public Service of Wallonia, General Operational Direction of Agriculture, Natural Resources and Environment, Nature and Forest Department, thanks to the “Meuse Salmon program”. We thank Niels Duchesne for authorising access to the hydropower station during study and the SPW-SETHY for the water discharge data. We thank Prof. Fernando M. Pelicice (Associate Editor) and two anonymous referees for constructive comments on the first version of the manuscript.

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Copyright information

© Springer Nature Switzerland AG 2019

Authors and Affiliations

  1. 1.Biology of Behaviour Unit, Laboratory of Fish Demography and HydroecologyUniversity of Liège, UR-FOCUSLiègeBelgium

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