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Publisert 2021

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Publikasjonsdetaljer

Tidsskrift : Animals , vol. 11 , p. 1–20 , 2021

Utgiver : MDPI

Internasjonale standardnummer :
Trykt : 2076-2615
Elektronisk : 2076-2615

Publikasjonstype : Vitenskapelig artikkel

Bidragsytere : Calado, Ricardo; Mota, Vasco; Madeira, Diana; Leal, Miguel C.

Sak : 6

Forskningsområder

Avl og genetikk

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Kjetil Aune
Bibliotekleder
kjetil.aune@nofima.no

Sammendrag

Atlantic salmon (Salmo salar) has become a commodity worldwide. The culture of Atlantic salmon is by far the most well-developed branch of marine finfish aquaculture, with this species ranking among the top ten most highly produced in global aquaculture. While Atlantic salmon has been commonly farmed in sea cages located in colder waters (e.g., in Norway, Chile and Tasmania), these regions can experience the negative impacts of heat waves that push seawater temperature above values tolerated by this species. These climate-change-driven shifts in water temperature can be associated with mass mortality events and urgent actions are needed to cope with a changing ocean. This paper reviews the thermal limits of adult Atlantic salmon and lists the negative effects driven by heat stress. We highlight how biotechnology and the genetic diversity of wild populations may help producers to tackle this challenge. Selective breeding programs and other more advanced biotechnological solutions (e.g., gene editing) may play a key role in this quest to produce new strains of Atlantic salmon that more readily tolerate higher water temperatures, without compromising productivity and profitability.

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