Aquaculture: Risks, Trends, and Sustainable Options
Rethinking aquaculture production with an integrated mind-set is needed to tackle the simultaneous challenges of feed and energy demands, containment of wastes, pathogens, and escaped fish, land and water requirements, and consumer preferences - FSE aquaculture researcher Dane Klinger
Ocean resources are in jeopardy given the current scope of fish capture and other human activities. Aquaculture now accounts for 50 percent of the fish consumed globally. Many capture fisheries are in decline, and marine finfish aquaculture-often considered to be the solution to problems of over-fishing and other human stresses on the ocean environment-poses additional risks to wild fish stocks.
Projects
Aquaculture in China and its Role in Global Markets and Resources
FSE, FSI Stanford Project
Social and environmental transformation in Chile's aquaculture industry, 1950-2000
FSI Stanford, FSE Project
China's Impact on Forage Fisheries: Aquaculture and feed use in China
FSI Stanford, FSE Project (Completed)
Farming Finfish in Coastal Ecosystems and the Open Ocean: Assessing Options for Sustainability
FSI Stanford, FSE Project (Completed)
Modeling of waste dispersal associated with marine aquaculture production
FSI Stanford, FSE Project (Completed)






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