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The Ocean Enterprise Concept: A National Strategy for Resource Development

The Ocean Enterprise Concept: A National Strategy for Resource Development Ross, D.A., C.E. McLain, and J.E. Dailey Sea Technology, pp. 15-20, 1989 WHOI-R-89-019 In the late 1980’s less than 1% of the annual resources consumed in the United States comes from the sea. Yet the March 1983 Exclusive Economic Zone (EEZ) Proclamation by President Ronald…

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Engagement: Shellfish Disease Monitoring

Aiding the Management of Shellfish Diseases in Massachusetts Diseases of oysters and quahogs are a significant ecological deterrent to successful aquaculture in Massachusetts and pose a significant economic threat to the state’s $28 million shellfish farming industry, its commercial growers, and the sustainable management of its public shellfisheries. To help reduce the scope and impact…

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Bulletin: New Shoreline Change Data Reveal Massachusetts is Eroding

Bulletin: New Shoreline Change Data Reveal Massachusetts is Eroding Approximately 75 percent of the U.S. ocean shoreline is eroding. Massachusetts’ ocean-facing shore is no exception. A recent study of shoreline change in Massachusetts by the U.S. Geological Survey, Woods Hole Oceanographic Institution Sea Grant Program, and Cape Cod Cooperative Extension reveals that approximately 68 percent,…

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Helping Communities Lower the Cost of Flood Insurance

Helping Communities Lower the Cost of Flood Insurance March 2018 — Three years ago, Woods Hole Sea Grant and its outreach partner the Cape Cod Cooperative Extension developed a first-of-its-kind program for coordinating regional flood insurance and promoting flood resilience in coastal communities. That program is now serving as a model for others across the…

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Bulletin: Beach and Dune Profiles: An Educational Tool for Observing and Comparing Dynamic Coastal Environments

Bulletin: Beach and Dune Profiles: An Educational Tool for Observing and Comparing Dynamic Coastal Environments Beaches and dunes are in constant motion, continually changing shape and shifting position in response to winds, waves, tides, relative sea level, and human activities. The most significant changes occur seasonally and following storms.

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