World aquaculture is increasingly diversified and intensive, due to the use of new
technologies, having grown a lot in recent decades and contributed significantly to …

The Atlantic salmon aquaculture industry still struggles with ectoparasitic sea lice despite
decades of research and development invested into louse removal methods. In contrast …

Salmon may sense and respond to a range of environmental variables within sea-cages,
including light, temperature, salinity, dissolved oxygen, water currents and certain chemical …

A semantic model for overall welfare assessment of Atlantic salmon reared in sea cages is
presented. The model, called SWIM 1.0, is designed to enable fish farmers to make a formal …

Surface‐based cages are the dominant production technology for the marine finfish
aquaculture industry. However, issues such as extreme weather events, poor environmental …

The expansion of salmonid aquaculture has resulted in environmental challenges, including
salmon lice that may infest both farmed and wild fish. For wild Atlantic salmon post-smolts …

A further growth in the Norwegian aquaculture industry might potentially be hampered by the
conclusion that it is not environmentally sustainable. As direct measurements of the lice …

The infestation of farmed Atlantic salmon (Salmo salar) by ectoparasitic sea lice
(Lepeophtheirus salmonis) presents a need for new approaches to parasite control. One …

Open offshore areas boast strong physical self‐purification capacity and abundant non‐
fossil energy resources, such as wind, waves, and solar energy. Consequently, the global …

This review was prompted by reports of unusually large numbers of sea lice tentatively
identified as Caligus elongatus infesting farmed salmon in northern Norway. Following a …