- Aquaculture - Woods Hole Oceanographic Institution
Aquaculture is the farming in fresh and saltwater environments of aquatic animals or plants principally for food Fish, mollusks, crustaceans, and kelp are a few examples
- Labs Groups - Woods Hole Oceanographic Institution
Lindell Aquaculture Lab: Farming the Seas Intelligently The Lindell Lab works in the technology, genomics, and policy realms to advance the feasibility, economics and acceptance of aquaculture
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2009 Aquaculture by species groups Other molluscs 3% Miscellaneous aquatic animals 1% Squids, cuttlefishes, octopuses 0 0% Bivalves 22%
- 16896-Hasten-WHOI-rpt-r2, page 1-68 @ Normalize
Summary In the future, marine aquaculture produc-tion is likely to expand significantly in the United States and abroad This paper deals with the present and future economic sus-tainability of aquaculture in the United States in light of this expectation Economic sustainability requires the allocation of scarce resources to generate economic profits for investments in physical capital
- 16789-Hasten-Aquaculture-CX
Marine Aquaculture Task Force Richard Pittenger is chairman of the Marine Aquaculture Task Force Dick Pittenger retired in 2004 as Vice President for Marine Operations and Arctic Research Coordinator for Woods Hole Oceanographic Institution, where he worked for 14 years, devising and carrying out a strategy to mod-ernize its fleet of research vessels and advanc-ing the use of remotely
- Seaweed Solutions – Woods Hole Oceanographic Institution
Aquaculture supplies more than half of the world’s seafood consumed by humans, with seaweed totaling 27% of annual global aquaculture tonnage Now more than ever, seaweed farming is being viewed as a sustainable and efficient way to boost economies, provide nutritious food, and diversify ocean life
- UMass Dartmouth Internship Program - Woods Hole Oceanographic Institution
The short course will be 2 hours day, Tues-Fri, Jan 6-9 and 13-16, including lectures and hands-on activities related to WHOI research on Blue Economy topics such as ocean aquaculture, offshore wind energy, harmful algal blooms, engineering and sensor development, and degradation of organic pollutants
- Aquaculture Regulation: The Maine Experience - Woods Hole Oceanographic . . .
Myth: Aquaculture universally contributes so much nitrogen to the Gulf of Maine that it upsets the balance of nutrients Reality: Modeling and monitoring local effects is important, but there is no need to create elaborate standards for all farms Offshore - 95 2% River - 1 1% Precipitation - 2 4%
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