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Downstream salmon migration in regulated rivers

PhD project within the Industrial Doctoral Scool at Umeå University.

Johan Leander's project focuses on downstream migration of salmon and how this is affected by hydroelectric power plants in regulated rivers.

Head of project

Johan Leander
Doctoral student
E-mail
Email

Project overview

Project period:

2017-04-01 2021-04-01

Funding

Vattenfall AB 50 %

Participating departments and units at Umeå University

Department of Ecology and Environmental Science, Faculty of Science and Technology

Research subject

Ecology

Project description

The Atlantic salmon is a highly appreciated and economically important species that has been negatively affected by pollution, habitat transformation, and commercial fishing. To reproduce, the Atlantic salmon migrates up in streams and rivers and then back to the sea again. In many of our larger rivers, the Atlantic salmon migration is hindered by hydropower plants that create barriers along the salmon migration path. However, through previous and current research, this barrier effect has been reduced, e.g. via building salmon ladders, but when it comes to the downstream migration some problems remain to be resolved.

The goal of this project is to gain knowledge as to what controls downstream migration in Atlantic salmon, and through this knowledge, together with technical solutions, further improve the situation for Atlantic salmon populations that spawn in rivers influenced by hydropower plants.

The project is part of the Industrial Doctoral School at Umeå University.

News

Want to have trout, char and salmon to thrive as fish in the water
Want to have trout, char and salmon to thrive as fish in the water

In the summer, doctoral students Johan Leander and Sven Norman go into an intense period out in the field.