Saving Seafood

MASSACHUSETTS: New Bedford is a shining sea of possibilities

November 10, 2021 — Stand here on Leonard’s Wharf, near where the Acushnet River empties into Buzzards Bay, and you’re surrounded by boats with colorful hulls and elaborate rigs. They help power the nation’s most lucrative fishing port, hauling hundreds of millions of dollars worth of scallops, fish, and lobsters from the Atlantic Ocean to be sold worldwide.

Next door, behind a rusty chain-link fence, sits a huge old power plant, long unused. The 29-acre site is one of two on New Bedford’s waterfront that is poised to host the assembly of massive wind turbines that would be shipped out and mounted in the Atlantic Ocean, promising much-needed clean energy for the Northeast.

Whether these two industries — one ages old, the other being birthed on the fly — can coexist in New Bedford harbor and out in the ocean will say a lot about the future of one of the most distinctive places in Eastern Massachusetts, a city that has for most of its 234 years drawn a living from the sea.

“The waterfront has always provided an opportunity for people,” said Laura Orleans, executive director of the New Bedford Fishing Heritage Center, who has spent a quarter-century telling the stories of New Bedford’s maritime history. “There have been a lot of people from many different cultures who have been very successful making a living on our waterfront.”

Read the full story at the Boston Globe

 

MAINE: Gov. Mills urges federal government to include fishermen in offshore wind decisions

November 8, 2021 — Gov. Janet Mills on Friday urged the federal government to include fishermen in plans for commercial offshore wind projects in the Gulf of Maine.

In a letter to U.S. Interior Secretary Deb Haaland, Mills said she supports the Biden Administration’s commitment to offshore wind but encouraged them to take a research-driven approach.

“My administration has committed to pursuing offshore wind energy in a way that works best – a thoughtful, deliberate and responsible approach that leads with listening to those for whom offshore wind may not be viewed as opportunity but as a threat to their way of life,” she wrote.

Read the full story at Spectrum News 13

 

VIRGINIA: Dominion offshore wind farm cost climbs to $9.8B

November 8, 2021 — Dominion Energy Inc.’s offshore wind farm will cost about $2 billion more than expected, the Richmond-based Fortune 500 utility’s chair, president and CEO, Bob Blue, said during a third quarter earnings call Friday.

Instead of the previously estimated $7.8 billion, the 2.6-gigawatt Coastal Virginia Offshore Wind (CVOW) commercial project will cost approximately $9.8 billion, Blue said, attributing the roughly 25% cost increase to rising commodities expenses and general cost pressures across a number of industries right now amid mounting inflation. Additionally, Blue cited costs associated with the need to build about 17 miles of new transmission lines and other onshore infrastructure associated with the project.

Dominion plans to build the 180 wind-turbine farm 27 miles off the coast of Virginia Beach, with construction beginning in 2024. When completed in 2026, the wind farm is expected to power 660,000 homes. The wind farm will cost residential customers about $4 per month over the estimated 30-year lifespan of the wind farm, a Dominion spokesperson said.

Read the full story at Virginia Business

 

Floating Wind Farms are About to Transform the Oceans

November 5, 2021 — Alla Weinstein did not invent the floating wind turbine. This is something she wanted to make clear early in our Zoom call, as if she were worried I’d give her too much credit. “I don’t need to invent. There are plenty of inventions,” she said. “But a lot of inventions die on the grapevine if they aren’t carried through.” What Weinstein does is carry them through.

For that, she does want credit. When I asked if she’d put the idea of floating offshore wind generation in the minds of California’s energy commissioners, she bristled cheerfully. “I would put it more strongly than that,” she said, shaking her auburn curls. “I didn’t give anyone ideas. I basically told them, ‘This is what needs to be done.’” The state needed clean energy, she reasoned, and she knew a couple of inventors with the technology to produce it: a floating platform designed to support a wind turbine on the surface of just about any large water body in the world.

If you haven’t been following the tortured saga of offshore wind power—or even if you have—you may not recognize how completely floating offshore wind technology stands to alter the global energy landscape. Just 10 years ago, installing offshore wind in the Eastern Pacific Ocean was technologically impossible: Conventional wind turbines typically sit atop giant steel cylinders called “monopiles,” which have to be driven into the ocean floor and rarely sink deeper than 100 feet. Other structures, known as “four-legged jackets,” can go as deep as 200 feet. But the continental shelf off California breaks fast and steep, dropping to depths of more than 600 feet not far from shore. Floating platforms, meanwhile, can sit on the surface of oceans thousands of feet deep, and can be assembled onshore and towed to their various destinations—as far out as transmission cables buried in the seafloor can extend back to land.

Read the full story at The Atlantic

 

New guidelines for acoustic monitoring of sea life and wind energy projects

November 3, 2021 — Federal agencies that regulate offshore wind energy development issued a framework for designing and conducting acoustic monitoring of endangered whales and other sea life affected by building and operating wind turbine arrays.

“With a diverse suite of endangered large whale species and a multitude of other protected marine species frequenting these same waters, understanding the potential consequences of construction and operation activities is essential to advancing responsible offshore wind development,” states the paper published Oct. 27 in the journal Frontiers in Marine Science, by a team led by experts with the Bureau of Ocean Energy Management and National Marine Fisheries Service.

Underwater microphones can now operate remotely, over long times and at distance, running non-stop to record and archive sounds of the ocean environment.

Advances in using autonomous unmanned vessels, such as submersible electric gliders and saildrones, mean researchers can set microphones on voyages across study areas, along with acoustic receivers deployed on buoys or anchored to the sea floor.

“Passive acoustic monitoring (PAM) represents a newer technology that has become one of several methods of choice for monitoring trends in the presence of species, the soundscape, mitigating risk, and evaluating potential behavioral and distributional changes resulting from offshore wind activities,” the authors wrote.

Read the full story at National Fisherman

 

Interior takes major steps on offshore wind in Atlantic, Gulf

November 1, 2021 — The Biden administration is planning to extend the fledgling offshore wind sector’s footprint deeper into the southern Atlantic and into the Gulf of Mexico, Interior Department officials announced yesterday.

In addition to taking the first steps to offering lease sales off the coasts of North Carolina, Louisiana and Texas, the Bureau of Ocean Energy Management (BOEM) will begin the environmental review of a Massachusetts offshore wind project, the 11th proposed wind array advanced by the administration this year.

“These milestones represent great potential for addressing climate change through a clean, reliable, domestic energy resource while providing good-paying jobs,” said Interior Secretary Deb Haaland in a statement, adding a promise to “responsibly and sustainably” move on the administration’s offshore wind goals.

Read the full story at E&E News

Wind project beginning lengthy environmental review

October 29, 2021 — The federal environmental review process for Mayflower Wind will officially get underway next week, kicking off a two-year period in which regulators and others will scrutinize the plan for up to 147 turbines in a lease area capable of supporting multiple projects.

The U.S. Department of the Interior’s Bureau of Ocean Energy Management said Thursday that it will publish a notice of intent to prepare an environmental impact statement (EIS) in the Federal Register on Nov. 1, and will hold public comment meetings on Nov. 10, 15 and 18 to accept input on what BOEM should focus on when reviewing Mayflower’s construction and operations plan.

That comment period will end Dec. 1. Mayflower Wind, the Shell and Ocean Winds North America joint venture, was selected unanimously by Massachusetts utility executives in 2019 to build and operate an 804-megawatt wind farm about 20 nautical miles south of the western end of Nantucket.

Read the full story at WHDH 7 News Boston

 

Coalition intends to sue feds over offshore Massachusetts wind project

October 29, 2021 — Massachusetts fishermen worried for their livelihoods and the ocean’s ecology are suing the federal government over an offshore wind project called Vineyard Wind.

The Responsible Offshore Development Alliance (RODA), a coalition of fishing industry associations and fishing companies, recently filed a 60-day notice of intent to sue the federal government, according to a news release. This follows a petition for review filed in the First Circuit U.S. Court of Appeals last month, which is pending.

The notice gives the government 60 days to address statutory and regulatory violations RODA asserts the wind project will cause, including violating the Outer Continental Shelf Lands Act, Clean Water Act and Endangered Species Act, the press release said.

RODA Executive Director Annie Hawkins said the government has not done enough investigation into the effects of offshore wind projects.

Read the full story at The Center Square

 

NC fishing industry takes wait-and-see approach on coastal wind projects

October 29, 2021 — There has been a lot of recent discussion on major wind-energy projects along the North Carolina coast, and the state’s fishing industry has been watching closely to see how any announcements may affect their fisheries.

This year has had a lot of big headlines about wind-power on the N.C. coast. On June 9, Gov. Roy Cooper signed an executive order saying that the state would strive for development of 2.8 gigawatts of offshore wind-power generation by 2030, ramping up to 8 GW by 2040.

Then on Oct.13, there were two separate major developments. At the Governor’s Mansion, Cooper signed a compromise clean-energy bill, which will lean heavily on renewable energy, likely including offshore wind projects. That same day, President Joe Biden’s administration announced a major wind-power plan that would span much of the country’s seaboard, with one of the seven proposed sites being off the Wilmington coast. Biden wants to have 30 GW of wind-energy production in place by 2030, in large part using these sites.

Currently, the projects being proposed do not affect areas of the North Carolina coast that fishermen rely on, but representatives of the state’s fishing industry say they are taking a wait-and-see approach to the impact of any future plans.

“The things that are being proposed right now off the coast of North Carolina, those windmills would not be in an area that we actively participate in fishing,” said Jerry Schill, former executive director and current government relations director for the North Carolina Fisheries Association, a trade organization representing the state’s commercial fishermen. “There might be some transit interest, boats going back and forth, but off North Carolina, it would not negatively affect our fisherman in terms of where they fish.”

Read the full story at the North State Journal

 

New Passive Acoustic Monitoring Framework to Help Safeguard Marine Resources During Offshore Wind Development

October 28, 2021 — NOAA Fisheries and the Bureau of Ocean Energy Management (BOEM) have developed a new framework for monitoring underwater sounds. Published today in Frontiers in Marine Science, the guidelines are designed to help safeguard marine resources as wind energy development expands in U.S. waters.

The framework provides holistic recommendations for offshore wind stakeholders nationwide to effectively monitor and reduce the impact of wind energy projects on marine animals using passive acoustic monitoring.

Why is Passive Acoustic Monitoring Important?

Passive acoustic monitoring in aquatic environments refers to the use of underwater microphones to detect sounds from animals and the environment. These microphones can be deployed for months at a time, run non-stop, and gather data in difficult weather and light conditions. This makes them a great complement to more traditional survey methods. Scientists can also use groups of recorders to track animals as they move throughout an area.

For wind developers, passive acoustic monitoring is a valuable tool. They can use it to identify the animals in a project area and understand how a population is distributed and behaves. They can observe potential behavioral responses to construction activities and turbine operations. Monitoring systems can also be used to make real-time decisions like delaying construction or warning vessels to reduce their speed to protect nearby endangered whales and other animals.

Because of the critical information it provides, NOAA Fisheries and BOEM may require wind developers to use passive acoustic monitoring as part of project-specific permits and approvals. The data collected can be particularly useful in NOAA Fisheries’ work to safeguard protected species under the Endangered Species Act and Marine Mammal Protection Act.

“Passive acoustic monitoring has become an effective and extensively used tool for evaluating the effects of human activities in marine environments,” said Sofie Van Parijs, passive acoustic program lead at the Northeast Fisheries Science Center and lead author of the paper. “As wind energy development expands in U.S. waters, this publication aims to address the need for recommendations and best practices to help industry develop robust and consistent passive acoustic mitigation plans and long-term baseline monitoring programs.”

Read the full story from NOAA Fisheries