Striving for Sustainability in the Aquaculture Industryby Lauren EverettNewly developed fish-free feed offers more sustainable solution for aquaculture industry
NewsFarming More Seaweed to Be Food, Feed, and Fuelby University of QueenslandCarefully implemented seaweed farming could reduce global agricultural greenhouse gas emissions
NewsConservation Aquaculture Could Bring More Native Oysters to West Coastby University of California - Santa BarbaraNew study recommends locations and methods for saving native oysters
NewsWhat's Needed for Cultured Seafood to Deliver Green Benefitsby University of California - Santa BarbaraResearchers detail the long chain of events required for cultured seafood to deliver environmental benefits
NewsMaking Protein 'Superfood' from Marine Algaeby Flinders UniversityResearchers make progress in processing single-cell organisms from the sea
NewsHow Ion Beam Breeding Can Boost Aquacultureby RIKENResearchers create bigger-than-usual strains of zooplankton—which are used as food in fish nurseries—by creating mutations with a heavy ion beam
NewsJava's Protective Mangroves Smothered by Plastic Wasteby Royal Netherlands Institute for Sea ResearchRecent research shows that restoration of this green protection belt is impossible without better waste management
NewsFish-Free Aquaculture Feed Raises Key Standardsby University of California - Santa CruzResearch produces new fish-free feed that is the first to demonstrate across-the-board gains in sustainability, performance, economic viability, and human health
NewsResearchers Outline How Marine Reserves Can Benefit Fisheriesby University of California - Santa BarbaraNew study outlines where the benefits of fishing restrictions could enable a fishery to become more productive, even with the closures
NewsA Smart Solution to Detect Seafood Spoilageby Flinders UniversityDevice could be a major cost-saver for the seafood industry and retailers, as spoilage accounts for at least 10 percent of all seafood production
NewsSeafood Could Help Meet Increases in Demand for Animal Proteinby Oregon State UniversityScientists analyze how much food the ocean could be expected to sustainably produce 30 years from now