The early life stages of marine finfish are notoriously tricky to replicate in hatcheries but, according to Planktonic, replacing Artemia and rotifers with the nauplii of one of the world’s most abundant crustaceans can help.
By satisfying the requirements of three key pillars of site selection, seaweed farmers will have a much better chance of achieving long-term commercial viability.
Walking through the halls at AquaNor this year reinforced how diverse and ambitious innovation in aquaculture has become: from advanced feeding systems and real-time environmental monitoring to next-generation farming solutions, it was impossible not to notice…
FP Aquaculture & Ocean Health is developing an all-in-one tool to help salmon farmers detect small but destructive biological threats before they strike.
José Pablo Puga, co-founder and CEO of ChucaoTech, pioneered the use of nanobubbles to tackle seabed pollution beneath salmon farms, but has since expanded into other applications and species.
Scientists from Norway and Australia are approaching the sea lice problem differently, arguing that it is essential to have an in-depth understanding of their biology and behaviour in order to manage them properly.
An in-depth analysis of Norway’s salmon exports in H1, featuring interactive data visuals, with a focus on key markets, product forms and growth dynamics.
Sensor Globe’s robust, mobile units provide farmers with real time data on the conditions facing their fish at some of the most important moments in their lives.
