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A new tool in the battle against sea lice and AGD New methods for performing freshwater treatments against sea lice and amoebic gill disease (AGD) in salmon farms have been successfully developed and trialled
06/10/2020
Are organic farmed salmon more susceptible to sea lice? Lower stocking densities in salmon farms can lead to greater levels of sea lice infestation per fish, according to a new study.
03/05/2021
Sea lice set to survive increased ocean acidification The strain of sea louse most closely linked to the spread of disease and mortalities in both farmed and wild Atlantic salmon is unlikely to be adversely
16/12/2019
New approaches to an age-old challenge: sea lice Innovative solutions to combat the effects of sea lice on the salmon industry are in the pipeline as ambitious new companies employ a combination of innovative
29/11/2019
Study supports co-culture of sea cucumbers and snails The co-culture of sandfish sea cucumbers and Babylon snails (Babylonia areolata) looks promising, according to the authors of a new study.
07/02/2020
Novel sea lice treatment gains medical approval BMK08, a novel treatment against sea lice, is one step closer to commercial launch, having been recommended for approval by the EU’s Committee for Medicinal
03/11/2020
Could microalgal feeds promote sea lice resistance in salmon? Salmon given feeds containing microalgae are more resistant to sea lice, according to the authors of a new study, although further research is now needed.
21/10/2021
Land-based drip-irrigated culture of sea lettuce The use of recirculating drip irrigation culture methods for growing macroalgae like sea lettuce in controlled environments on land is a new and mostly untried
04/02/2020
Sea cucumber project redefining traditional farming in Madagascar Blue Ventures’ revamped aquaculture program helps marine conservation in an impoverished nation. Sea cucumber project redefining traditional farming in Madagas
17/04/2018
Can CRISPR edit sea lice out of salmon aquaculture? A new project will use the gene editing tool CRISPR-Cas9 to assess why Pacific salmon species are less susceptible to sea lice than Atlantic salmon.
30/11/2020