FAI’s shrimp welfare assessment framework and technology will be integrated into HydroNeo’s digital farm management mobile application.
WorldFish has signed a Memorandum of Understanding (MoU) with Kytos to accelerate research and development in aquaculture microbiome management.
The acquisitions aim to strengthen Pure Salmon Technology’s position in the global aquaculture industry.
China will host the WA2025 event from April 24-27, 2025, at the Qingdao International Convention Center, in Qingdao City, marking the return of WA2025 to China since its debut in 2002.
The farm, located on Prince Edward Island in Canada, was purchased by the company in 2016 and further developed into a broodstock and egg production operation.
The MoU outlines a comprehensive plan to improve the assessment and management of tilapia welfare across Egypt.
Researchers from Nofima and international collaborators have made important discoveries on how Atlantic salmon react to prolonged exposure to low levels of hydrogen sulfide in RAS.
A new aquaculture lead from SAIC continues the network’s impact.
The team at Japfa’s Aquaculture Research Center successfully hatched 70,000 larvae, achieving larval rearing for 11 days.
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
Onsite analysis helps ensure shellfish quality and safety across the production line.
This new generation of diets brings new capacities to optimize reproductive rates in fish farms and RAS centers.
Warden Biomedia demonstrated that a spherical-shaped media design can reduce the energy input required in the effluent treatment system.
The line is selected for fast growth and also combines robustness, resistance to specific pathogens and a competitive fillet yield.