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Ocean acidification poses threat to lobsters

December 18, 2015 — PROVIDENCE — Lobsters are already slowly moving out of southern New England as waters warm, but the iconic crustacean faces another future threat as the climate changes.

As oceans absorb more carbon and become increasingly acidic, juvenile lobsters likely will have a harder time growing and forming strong shells to protect them from predators, according to a recent University of Rhode Island study.

“I’m not sure yet what the mechanism is that is affecting their growth,” URI doctoral student Erin McLean, who led the research, said. “But it takes energy for them to regulate the increased acidity, which is energy they cannot then put toward growth.”

And it’s not just lobsters that could be harmed by the oceans’ changing pH levels. Shellfish populations in Rhode Island and Massachusetts in general are among the most vulnerable in the United States to ocean acidification, according to a recent study in the journal Nature Climate Change.

The study identified the two states among 15 at-risk areas in the nation because colder, northern waters, such as Narragansett Bay, Buzzards Bay and Nantucket Sound, are absorbing more carbon dioxide from the atmosphere and acidifying faster than warmer waters.

Other more localized factors are also playing a part, including nutrient pollution from fertilizers and sewage systems that can add more carbon to the water and the flow of fresh water from poorly buffered rivers, such as the Blackstone in Rhode Island or the many waterways that drain into the Gulf of Maine, which lack minerals to mitigate the effects of acid. Shallow coastal waters also are more susceptible to changes in the ocean’s chemistry.

About a quarter of all carbon emissions from power plants, cars and other sources are absorbed by the oceans, making them more acidic and reducing carbonate levels. Shellfish use carbonates to make their shells, and when fewer of the compounds are available, organisms must expend more energy to build shells and less on eating and survival, researchers say.

Read the full story at Providence Journal

URI researchers to study climate change effect on fisheries

December 19, 2015 — PROVIDENCE, R.I. (AP) — Researchers at the University of Rhode Island have been awarded a federal grant to study the effects of climate change on Atlantic fisheries.

The state’s congressional delegation says the National Oceanic and Atmospheric Administration is giving the researchers $227,850.

Jeremy Collie, at the URI Graduate School of Oceanography, is leading the team. Scientists are participating from NOAA’s Northeast Fisheries Science Center, Narragansett Laboratory, located on URI’s Bay Campus.

Read the full story from the Associated Press at ABC6 News

 

Vetlesen Distinguished Lecture Series: Size-based methods to understand marine ecosystems, fisheries potential and impacts

October 5, 2015 — The following was released by the University of Rhode Island:

Size-based methods to understand marine ecosystems, fisheries potential and impacts

by Simon Jennings, Centre for Environment, Fisheries and Aquaculture Science, Lowestoft, UK

Friday 9 October at Noon in the Coastal Institute Auditorium Narragansett Bay Campus

Abstract: Body-size-based methods provide insights into marine systems and fisheries impacts that complement those from more complex species-based analyses. These methods are applicable to many systems since they have relatively low parameter demands and are based on established ecological principles. However, they may omit structures, processes and outliers that “matter” to science or fishery managers. Drawing on examples from highly abstracted system models through to tactical models being considered for fisheries management, I review the strengths and weaknesses of size-based methods and challenge them with data. Having highlighted and sought to address some of the uncertainties, I examine what size-based methods can contribute to predicting global fish production, biomass and catch potential, biodiversity, fish contributions to biogeochemical cycles, climate change effects and tradeoffs between fisheries yields and impacts.

Vetlesen Flyer Jennings

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