News
April 29, 2019
On April 24–25, 2019 the kick-off seminar of the project “Salmonid Fish and Freshwater Pearl Mussel - Riverine Ecosystem Services and Biodiversity in the Green Belt of Fennoscandia” (SALMUS) took place.
SALMUS project is implemented within the Kolarctic Cross Border Cooperation (CBC) 2014–2020 Programme.
KOLARCTIC CBC 2014-2020 is the financing programme for supporting cooperation between North Calotte (Finland, Sweden, Norway) and North-West Russia.
The project’s overall objective is biodiversity conservation and protection of endangered species (populations of the freshwater pearl mussel and juvenile salmonids) in rivers of the Green Belt of Fennoscandia. While conserving and improving the status of aquatic ecosystems, the project will at the same time improve the socio-economic wellbeing of people by means of ecotourism development and contributing to fulfillment of Russia’s international obligations on the protection of rare animal species.
Partners in the project are Kostomukshsky Strict Nature Reserve and Kalevalsky National Park, Institute of North Industrial Ecology Problems of the Kola Science Centre RAS, Metsähallitus, Natural Resources Institute Finland (LUKE), University of Jyväskylä, Norwegian Institute of Bioeconomy Research (NIBIO), Alleco Oy, County Administrative Board of Norbotten.
KarRC RAS staff act as researchers in project activities on behalf of Kostomukshsky Nature Reserve (Project Partner).
At the kick-off seminar, representatives of each partner presented their activities in the project and discussed plans for the short term.

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April 28, 2025
Karelian biologists ran successful trials of a technique for detecting fish infection with helminths based on traces of their DNA in water

Specialists of the Institute of Biology KarRC RAS were the first in the republic to test the method of environmental DNA analysis (eDNA) to detect a model fish parasite in an area impacted by trout farms. This is especially important in the context of a growing number of fish farms that use the practice of transporting stock (fry) from between water bodies, which creates a risk of new parasites appearing in lakes. Currently, fish have to be captured and examined to detect an infection, and for the output to be accurate the sample should be at least 15 fish. This may be problematic in the wild and costly in cage facilities. The eDNA diagnosis system can detect the presence of parasites directly in water samples.