A new paper argues that there’s an urgent need to improve understanding of the genetic mechanisms involved in host resistance to whitespot syndrome virus (WSSV) and sea lice – two of the greatest health challenges facing shrimp and salmon farming respectively.…
Results of a new study by researchers at Nofima suggest that peracetic acid can safely be used as a water disinfectant in recirculating aquaculture systems (RAS) that contain salmon parr.
After four years, the MedAID project – which looked to improve the genetic performance of Europe’s sea bass and sea bream farming sectors – has drawn to a close, offering hope for advances in Europe’s sea bass and sea bream sector.
Only 6-7 percent of the protein currently consumed by humans originates from aquatic sources. Given global population growth and the potential to produce food more sustainably in the oceans than on land, this must change.*
If soy has such negative impact on the environment, why is it still used in salmon feeds? Many new ingredients are being developed, why don’t we see a bigger change in the feed composition?
Breeding oysters that are resistant to one of the costliest diseases affecting the oyster farming sector is one step closer, thanks to the work of scientists from Nofima.
A new artificial intelligence (AI) tool that can help provide a detailed evaluation of Atlantic salmon skin is currently being developed by researchers at Nofima.
How genomic selection can rapidly increase the resistance of whiteleg shrimp to white spot syndrome virus (WSSV) – one of the most costly diseases in the global shrimp farming sector.
Surprisingly little research into establishing the optimal lighting conditions for salmon in RAS facilities has been published. As a result, and given that light plays a key role in the development of Atlantic salmon, researchers at Nofima are currently invest…
We need to understand the past, address the present and be able to foresee the future. To achieve this in aquaculture, it is fundamental that we digitalise both research and the industry.
Recent work on the impact of climate change on Norway's salmon sector, led by researchers at Nofima, may help both the Norwegian sector, and the wider aquaculture industry, prepare for the numerous climate change-related challenges it faces.
Microbiome scientists at Nofima are working on uncovering the complex cross-talk between the fish and its microbes and aim to improve the health of farmed fish.
The diversification of aquaculture is vital for the long-term success of the sector, argues Øyvind J Hansen, in the first instalment of an exclusive new series by Nofima.
