Is aquaculture’s use of wild fish greater than commonly cited? Researcher says a broader approach can better calculate wild biomass used in aquaculture feed.
Modulating lipid metabolism, antioxidant capacity and immunocompetence, taurine can improve maturation and health status of P. vannamei broodstock.
Mysid meal can replace up to 100 percent of the fishmeal in P. vannamei diets with no harm to survival, growth, feed utilization or nutrient retention.
Sustainable Fisheries Partnership aims to increase the transparency of aquafeed ingredients and help improve seafood sustainability.
Fungi appear to have many significant applications in aquaculture, but research is needed to realize this potential.
Products from shrimp processing waste are promising high-quality aquafeed ingredients that utilize and valorize shrimp solid waste streams.
Dietary omega-3 fatty acid levels significantly affect EPA and DHA levels in the livers and muscles of carnivorous and omnivorous fish, but not of herbivores.
Protein levels affect growth performance, yield and composition parameters, supporting the use of fishmeal-free soybean- and corn-based diets.
Backed by a USDA grant, University of Maine researchers are transforming wood waste into sustainable jet fuel and aquaculture feed ingredient.
Study reports that only up to 20 percent of carbon, 45 percent of nitrogen and 60 percent of phosphorus are assimilated by cultured fish.
Nofima research reveals consumer reservations about insect and algae-based salmon feed, emphasizing the need for greater awareness.
A microbial community-based protein produced from soybean processing wastewater has potential as a value-added feed ingredient for aquaculture.
With a decentralized circular economy approach to microalgae production, MiAlgae is positioned to contribute to the growing basket of alternative feed ingredients.
Study shows diets with black soldier fly larvae meal did not affect general fillet parameters compared to salmon fed a commercial diet.
Cermaq Canada is testing a new salmon feed that incorporates Veramaris algal oil, aiming to reduce reliance on marine fish oils.
Performance at the $10 million black soldier fly innovation and research center in Illinois will help Innovafeed determine direction on a new continent.