Tanzania: Aquaculture at the Gateway to Africa’s Blue Transformation
The Future of Fish Farms: The European Innovation Cutting Feed Costs, Curbing Pathogens, and Monetizing Waste
Diatoms in Aquaculture: The Microscopic Alternative for Cost Reduction in Shrimp and Tilapia Diets
Frayed nylon rope enhances tilapia welfare without compromising growth performance
Image illustrating an experimental aquarium under the environmental enrichment condition (artificial water hyacinth), showing the four similarly sized sections marked on the front glass of the tank to facilitate the recording of behavioural variables of the tested fish (foraging, stereotypies, and agonistic displays) based on video footage from the three experiments. Source: Neto et al. (2026). Aquaculture Reports, 50, 103742.
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Profitability in Intensive Betta Fish Farming: The Decisive Factor Revealed by a Scientific Study
Water signals trouble before fish do: Key strategies for early pathogen detection before an outbreak
Probiotics in Tilapia: Why Their Effectiveness Depends on the Rearing System and Not Just the Additive
Summary of the main tilapia culture systems and their relation to biotics. The figure illustrates closed systems (RAS, aquaponics, biofloc), semi-closed systems (IPRS), and open systems (cages, ponds, flow-through tanks, FTS) where probiotics, prebiotics, and synbiotics have been applied. Source: Laverde et al. (2026); Reviews in Aquaculture, 18(4), e70199.
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