A review of bacteriophage therapy in aquaculture
Bacteriophage therapy instead of antibiotics to treat bacterial diseases in aquaculture is still in the early stages of development but has potential.
Adequate water quality for fish and shrimp farming is essential for controlling feeding rates, phytoplankton density and several other key parameters.
Bacteriophage therapy instead of antibiotics to treat bacterial diseases in aquaculture is still in the early stages of development but has potential.
Aquatic Life Institute's Tessa Jane Gonzalez says incorporating animal welfare into aquaculture decision-making has strong ties to sustainability.
EVAH’s patented in-feed treatment targets sea lice with over 99 percent efficacy, aiming to cut costs and improve fish welfare.
Onda secures funding to develop a rapid disease test for faster, cost-effective aquaculture disease detection in fish and shellfish.
Kenya welcomes FAI's Tilapia Welfare App to advance animal welfare in aquaculture with tools to boost fish care and farm performance.
A new technique tapping into innate immunity and first proven in honeybees could mark a major shift in disease prevention in shrimp aquaculture.
A literature review of interactions between water microbiota, live food microbiota, immune system and gut microbiota, and biofilm microbial communities in rearing systems.
Co-op says that by 2027 its shrimp sourcing policy will forbid eyestalk ablation and require electrical stunning pre-slaughter.
Base estimations of total suspended solids on turbidity, a quick, easy and practical unit of measurement to analyze throughout production.
Growing demand for ethical food is pushing the UK seafood industry to prioritize crustacean welfare, improved quality and worker satisfaction.
FAI’s latest online course helps fish farmers improve tilapia welfare, boost productivity and promote sustainability in global aquaculture.
New Seek Labs tool detects White Spot Syndrome Virus in shrimp 24 hours post-infection, offering a cost-effective, lab-free solution.
The GWI is a quantifiable tool for aquaculture welfare assessment, encouraging enhanced animal welfare through responsible practices.
A bottom-up approach to train farmers with science-based tools fosters transparency and continuous improvement in aquatic animal welfare.
Careful photoperiod management is crucial for indoor aquaculture systems to improve shrimp quality and yield. Avoid a continuously dark environment.