Likan ARO. Many and long ditches that do not benefit either the environment or forest production.
Likan ARO. Many and long ditches that do not benefit either the environment or forest production.

Measures planned to protect aquatic life in Billan and Likan

Within Improve Aquatic LIFE, the County Administrative Board of Värmland is working to reduce the risk of erosion and sediment transport in the Billan and Likan rivers. By mapping ditches, planning ditch plugging and measuring water flows, the habitat for mussels, fish and crayfish will be improved, while taking into account forest production and landowners’ interests.

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Collection of stone material in appropriate fractions to recreate a Stone reef in the sea. Photo: Jonas Gustafsson
Collection of stone material in appropriate fractions to recreate a Stone reef in the sea. Photo: Jonas Gustafsson

Natural stone wanted for Stone reef in Öresund and Skälderviken

The Improve Aquatic LIFE project will soon recreate Stone reefs in Skälderviken and Öresund. Do you or your company have access to large quantities of boulders? Would you like to contribute to the restoration of stone reef habitats in the coastal waters of Skåne by donating stones?

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Vibeke and Karin present Improve Aquatic LIFE at LIFE conference in Brussels
Vibeke and Karin present Improve Aquatic LIFE at LIFE conference in Brussels

Improve Aquatic LIFE presented at the LIFE Platform Meeting in Brussels

On October 14-15, 2025, Improve Aquatic LIFE participated in the LIFE Platform Meeting in Brussels, a meeting for LIFE projects focusing on the implementation of river basin management plans and water resilience. The meeting was organized by CINEA with the support of the ELMEN team.

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Road culverts obstructing fish migration in the Slusse stream.
Road culverts obstructing fish migration in the Slusse stream.

Culvert replacement opens up Natura 2000 waters

In Slussebäcken, a tributary river to Billan in Eda municipality, the Värmland County Administrative Board is planning to replace an old road culvert that currently hinders fish migration. By tagging and tracking fish with PIT tags, researchers and project staff are investigating how the measure can improve connectivity in the river.

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