Artificial intelligence highlights which salmon eggs have the best chance of success
Software using artificial intelligence is set to help Atlantic salmon producers in Chile make better decisions about the chances of eggs developing successfully into healthy fish, reducing the productivity losses in early fish development which have significant effects on the aquaculture industry.
Technology
Could nanobubbles really revolutionize aquaculture?
Research is showing that nanobubble technologies can dramatically reduce disease risks on fish farms and potentially curb the need for antibiotics.
Better net-cleaning tech needed to contain harmful particles on fish farms — study
Cleaning the nets of pens on fish farms at sea releases millions of harmful biofouling particles that not only spread between pens but into other farms up to 5 kilometers away too, a study in Norway has revealed. But despite the concerning results, help is at hand for producers.
How acoustic technologies are aiding fish health and welfare
Monitoring fish using sound is on the rise in aquaculture, meeting a need to accurately assess the health and welfare of farmed-fish populations in changing environments.
Understanding plankton threats to salmon requires a mix of old and new technologies
Using both “traditional” microscopy and environmental DNA (eDNA) analysis can help paint a complete picture of plankton threats to salmon aquaculture, according to University of Glasgow research.
Automatic vaccination in tilapia farming: a new era is coming
By Carlos AG Leal, Professor of Immunology and Fish Health, Veterinary School, Federal University of Minas Gerais-UFMG, Brazil
Combining technology and knowledge to improve aquaculture in Southeast Asia
Southeast Asia is one of the world’s fastest-growing regions for aquaculture, but production efficiency, environmental impact and disease remain bottlenecks for sustainable production.
The future of sea louse control on salmon farms: do genetic technologies hold the key?
Genetic technologies could give salmon farmers the crucial tools they need to prevent sea louse infestations, according to researchers.
Bacterial risks in recirculating systems can be managed, study suggests
There is a risk that antibiotic resistant bacteria of the Aeromonas genus can be introduced into recirculating aquaculture systems (RAS), according to new research in France — while fish feed can provide bacteria with a route into these highly controlled production environments.
