Flexible ingredient formulations, enzymes, optimised microbiomes and genetics are playing their part in bringing multiple farmed fish species closer to precision nutrition, according to Alltech’s global manager of aquaculture research.
Ecuador’s relatively extensive shrimp farming techniques have ensured that their shrimp are robust enough to cope with the presence of pathogens that would be disastrous in most parts of Asia – allowing them to continuously produce shrimp sustainably for decad…
Colombia’s aquaculture industry has been stuck in a cycle of low productivity and low profitability, but a recent value chain analysis notes that the country could capitalise on its climate and geography to become a leading producer of tropical – and native – …
Advances in black tiger prawn (Penaeus monodon) genetics are leading to an impressive renaissance of the species in multiple regions, according to Robins McIntosh.
Although the $4 billion giant river prawn (Macrobrachium ronsebergii) sector has largely stagnated over the last decade, new breeding programmes could help pave the way for its resurgence.
Recent genetic advances are being heralded as possible game-changers for the tiger prawn (Penaeus monodon) farming sector, potentially bringing a welcome renaissance to a sector that has fallen far behind vannamei shrimp in the past decades.
When I was contemplating a topic for this month’s article, I was reminded of a question my daughter asked me several years ago: “Can we feed our dogs a vegetarian diet?”
Ananda Malakar, from the Indian state of Odisha, was inspired to start farming Asian catfish after watching a video on a social media platform last June.
Kenya’s trout farming sector might be small, and facing challenges, but it still has great potential to grow, according to two of the sector’s key players.
Despite its impressive growth rate and resistance to disease, the GIFT strain of tilapia is yet to fulfil its true potential in Odisha, according to several key players in the Indian state’s aquaculture sector.
Triploidy is widely used in aquaculture to improve growth rates, reduce possible impacts of farmed animals on wild aquatic ecosystems and enhance product quality, but there’s room for improvement and for alternative technologies.
