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Reduce, Restore, Recover: Little Pond ecosystem’s response to sewering
Reduce, Restore, Recover: Little Pond ecosystem’s response to sewering Principal Investigators Ken Foreman, Marine Biological Laboratory Ketil Koop-Jackobson, Marine Biological Laboratory Matt Long, Woods Hole Oceanographic Institution Abstract Over the last 70 years, Cape Cod has seen rapid population growth and minimal investment in wastewater infrastructure. This has added significant amounts of nitrogen to the…
Read MoreWe Have Met the Enemy and It Is Us
We Have Met the Enemy and It Is Us Helpful to educators and students. Hendrickson, L. and G.S. Giese In: Hornig, D. (ed.) State of the Cape 1994: Progress Toward Preservation, Association for the Preservation of Cape Cod, Orleans, MA, pp. 157-174, 1994 WHOI-R-93-008
Read MoreClosing the loop: characterizing habitat requirements, movements, and life stage linkages of river herring in Massachusetts watersheds
Closing the loop: characterizing habitat requirements, movements, and life stage linkages of river herring in Massachusetts watersheds Principal Investigators Adrian Jordaan, University of Massachusetts-Amherst Michelle Staudinger, U.S. Geological Survey Allison Roy, U.S. Geological Survey Summary The PIs propose a comprehensive project to explore the life history requirements of emigrating river herring in freshwater, riverine, and…
Read MoreRestoring Eelgrass: Identifying best practices for a seed-based approach
Restoring Eelgrass: Identifying best practices for a seed-based approach Principal Investigators Jill Carr, University of Massachusetts Boston Forest Schenck, Massachusetts Division of Marine Fisheries Alison Frye, Salem Sound Coastwatch Abstract Eelgrass (Zostera marina) is a critical marine habitat that provides a myriad of ecosystem services, yet its extent continues to decline across the Massachusetts coastline…
Read MoreOn the Optimal Environmental Liability Limit for Marine Oil Transport
On the Optimal Environmental Liability Limit for Marine Oil Transport Jin, D. and H.L. Kite-Powell Transportation Research Part E, Elsevier Science Ltd., Vol. 35, pp. 77-100, 1999 WHOI-R-99-001 Recent changes in the U.S. liability regime for oil pollution damage have intensified a policy debate about environmental liability limits. This paper focuses specifically on tanker shipping…
Read MoreShoreline Resilience and Inlet Management
Shoreline Resilience and Inlet Management Principal Investigators Steve Elgar, Woods Hole Oceanographic Institution Britt Raubenheimer, Woods Hole Oceanographic Institution Paige Hovenga, Woods Hole Oceanographic Institution Fig. 1. (a) SE Massachusetts, Cape Cod, & The Islands, (b) Nantucket Island showing Sesachacha Pond, and (c) the breach between Sesachacha Pond and the Atlantic being excavated in April…
Read MoreMeet the Intern: My journey into the world of lobster
By Kiran Johnson I am allergic to lobster. I grew up in Chicago, and deep dish pizza is our pride and joy, not lobster rolls. When I moved to Boston to study journalism and environmental science at Northeastern University, my college-student budget prioritized coffee over seafood dining experiences. And so it was fitting, then, that…
Read MoreCoastal Resilience Week Events
Find us at any of our upcoming Coastal Resilience Week 2024 events!June 8 – June 15, 2024 Be Prepared. Be Flexible. Be Strong. WHOI Sea Grant is sponsoring a weeklong series of events aimed at raising awareness and increasing our community’s resilience to the impacts of climate change, particularly from storms, erosion, and flooding. “Cape…
Read MoreCape Cod Coastal Resilience Week
BE PREPARED. BE FLEXIBLE. BE STRONG. JUNE 8 – JUNE 15, 2024 Communities across Cape Cod are improving their readiness to weather natural disasters and environmental change. Our ability to withstand and “bounce back” after events such as hurricanes, coastal storms, and flooding is called coastal resilience. Preserving dunes is a primary defense against…
Read MoreEffects of Aqueous Exposure to Polychlorinated Biphenyls (Aroclor 1254) on Physiology and Behavior of Smolt Development of Atlantic Salmon
Effects of Aqueous Exposure to Polychlorinated Biphenyls (Aroclor 1254) on Physiology and Behavior of Smolt Development of Atlantic Salmon Lerner, D.T., B. Thrandur Björnsson, and S.D. McCormick Aquatic Toxicology , Vol. 81, pp. 329-336, 2007 WHOI-R-07-005
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