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Sveriges lantbruksuniversitet

Department of Aquatic Resources

The research of the Department of Aquatic Resources focuses on fish and shellfish in the seas, lakes and rivers. We monitor the aquatic environment, developing the methods and know-how for sustainable use of aquatic resources.


There are 177 pages tagged with Department of Aquatic Resources:

Scientists crack the genetic code of the largest European freshwater fish, wels catfish

SLU scientists together with Estonian and Czech researchers assembled and annotated the genome of Europe's largest freshwater fish, the wels catfish. By unravelling the genetic code of catfish,

Videos about water

At SLU, we conduct research on water in forest, agricultural and urban landscapes, drinking water, reuse and cycling of water, aquatic and fish ecology in lakes, watercourses and seas, bio economy,

BSSC Eng

Interested in the Baltic Sea? Discover all about it at the Baltic Sea Science Center (BSSC) located at Skansen, Stockholm, or join our digital events. SLU proudly contributes to the content of the

Contacts

Interested in knowing more about how SLU contributes to the Baltic Sea Science Center (BSSC)? Please get in touch with any of the persons listed below. Experts in "Kunskapsrådet" for BSSC at SLU The

Spöreg

Some species of fish are easier to catch than others. This also applies to fish monitoring. Through a collaboration between sport fishing guides and researchers at the Department of Aquatic Resources

Database for Coastal Fish – KUL

The KUL database contains catch data from the coastal fishery. In its current form, KUL has been in operation since 2006. Individual fish data are also stored in KUL. This can be gender distribution

Cod's response to climate change

Cod is a keystone species in marine ecosystems. It shapes the conditions for a large number of other species in the sea and is also of great importance both economically and culturally. However, the

Population genetics of coastal fish

Biological diversity is not only a matter of species diversity. Genetic diversity within species is equally important. Genetic patterns can be analyzed and described using modern DNA techniques, and

Feasibility and potential for farming and conditioning of wild fish fed with by-catches in Sweden

Today farming or conditioning of wild-caught fish is low in Sweden and Europe in general. There are however a number of advantages in farming of wild fish compared to wild catch, such as a better

Sustainable fishery

We want future generations to be able to fish for sustainable stocks of seafood. We develop methods, models and tools for evaluating the effects of various management measures. We develop selective

Farming of wild-caught fish

Lunch webinar: Farming of wild-caught fish aquaculture@slu.se During this seminar SLU researchers Albin Gräns and Örjan Östman will tell us about the outcome and future plans of their aquaculture

Biological recipient monitoring at the Södra Cell Värö pulp mill – fish and bottom macro fauna

The impact by the Södra Cell Värö pulp mill’s waste water discharge on the local fish community has been monitored since 1983. Survey fishing with a bottom trawl in the recipient area and in a

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