Managed by the Singapore Agro-Food Enterprises Federation (Safef) and funded by the Singapore Food Agency (SFA), the center aims to produce selectively bred young fish by early 2026.
A recent project led by NMBU and Åkerblå confirms that operculum shortening in salmon typically occurs early in the initial feeding period and is linked to operational and production routines, particularly feeding
Researchers in Denmark found that mixtures of bacteria from live-feed microalgae are capable of inhibiting fish pathogens.
The USD98 million hatchery aims to produce 15 and 20 million salmon smolts per year.
Dr. Humberto Villarreal, a pioneering aquaculture researcher and leader in Latin America, has passed away, leaving a lasting legacy in sustainable aquaculture development.
The partnership with Fóðurblandan makes BioMar the only global manufacturer with aquafeed production in Iceland.
The panel provides the ability to reveal critical insights needed to accelerate genetic progress in P. monodon.
UK researchers have developed a method to detect the deadly oyster parasite without harming the shellfish.
The DNA-based innovation is set to help aquaculture businesses cut costs and enhance sustainability in caviar farming.
Aquaculture Stewardship Council (ASC) launched a 30-day public consultation on May 20 on the inclusion of Atlantic cod (Gadus morhua) within the ASC certification and labelling program.
The Spanish Institute of Agrifood Research and Technology and SEA EIGHT aim to improve reproductive processes in this key species for Mediterranean aquaculture.
Aquaculture hatcheries traditionally rely on rotifer and Artemia as live feeds for the early larval stages. But technology is evolving and has allowed the industrial production of other live feed species and smaller dry feeds.
Hatchery Feed & Management hosted this webinar to discuss some of these recent innovations, with two of the recent disruptors in live feeds, CFEED and Planktonic, and inert feeds with BioMar.
Sponsored by CFEED and Planktonic.
Moderator: George Koumoundouros, Professor of Marine Biology, University of Crete
INICIO N is built on four key pillars: high-quality larvae, an advanced initial feed portfolio, specialized technical advisory services, and precision-feeding technology.
The systems has the potential to efficiently farm large amounts of fish even for those with no aquaculture experience.
Fish and shrimp hatcheries now have access to fresh, canned Calanus finmarchicus.
ReelData released a camera developed from the ground up for AI applications in aquaculture.