Daniel Arana has joined the company after the retirement of Wim Tackaert after 32 years in the company.
The guidelines are a set of shared and agreed principles and practices that all countries and stakeholders can use to make their aquaculture sectors more productive, efficient, inclusive, resilient, climate-smart, and socially and environmentally responsible.
SyAqua acquired Primo Broodstock which will bolster SyAqua’s portfolio and open new market opportunities.
The product, which has also received approval from Canadian and Chilean authorities, will be distributed by STIM Scotland.
The Impact Dashboard showcases updated features such as comparison tools, interactive maps and charts.
Scientists will use advanced selective breeding methods to develop better-performing lines of Eastern oysters to boost production.
A new IDRC-supported project at the Asian Institute of Technology underscores Canada’s commitment to fostering sustainable aquaculture.
The agreement will expand STIM’s fish health and environmental services in Scotland and Ireland.
The report analyzes achievements, but also what needs to be improved in terms of sustainability. “This is an industry effort in which we should all learn from each other to find the best way to improve our performance at every step of the value chain,” said Jorge Díaz, sustainability director at Skretting.
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
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.
The service examines water for specific pathogens that can affect the fish’s health.