Friday, May 17, 2013

Lettie G. Howard Restoration Fundraising Goal Met



 New York’s South Street Seaport has announced that the $250,000 necessary for restoring the 19th C  Schooner Lettie G. Howard has now been raised, she will head to a shipyard this summer for repairs.

The Lettie G. Howard is one of few surviving examples of the 19th century fishing schooners once in wide use in the North Atlantic. A rare beauty with classic fishing schooner lines, the ship was built in 1893 in Essex, Massachusetts, and has been designated a National Historic Landmark. After an active life in the fisheries of the Atlantic and Gulf Coasts, Lettie G. Howard arrived at South Street Seaport Museum in 1968. In 1994, after an extensive two-year rebuild that restored her to her original appearance, she was certified as a Sailing School Vessel by the U.S. Coast Guard and began a new career carrying students of all ages on life-changing voyages.

This year she turns 120 years old. In celebration of this milestone and with an eye to the future of the ship as a living, historical artifact, South Street Seaport Museum embarked on a capital campaign to raise funds for critical repairs and restoration—most significantly her keelson, a structural element that runs from stem to stern. Projects of this size and scope are periodic needs in the maintenance of historic ships; this one will bring Lettie back into service as a Sailing School Vessel and will ensure her place in the lives of generations of student-sailors to come. 

Working in partnership with New York Harbor School, it is expected that the Lettie will be sailing with students again as soon as the 2014 season.

Wednesday, May 15, 2013

Warming Oceans Driving Fish Towards Poles



 Warming oceans are driving species toward the poles, affecting harvests around the globe, researchers say.

University of British Columbia researchers found that significant numbers of 968 species of fish and invertebrates they examined moved to escape the warming waters of their original habitats. Previous studies had documented the same phenomenon in specific parts of the world’s oceans. But the new study is the first to assess the migration worldwide and to look back as far as 1970, according to its authors.

The research is more confirmation that “global change is real and has been real for a long time,” said Boris Worm, a professor of marine biology at Dalhousie University in Halifax, Nova Scotia, who was not part of the study. “It’s not something in the distant future. It is well underway.”

The conclusions have important implications for fisheries and the people who depend on them. In developed nations, the fish migration poses costly challenges for the commercial fishing industry. In less-developed nations and the tropics, the movements could threaten a critical source of food.

In places such as Chatham, Mass., and the Gulf of Maine, fishermen who use small boats already are suffering severe economic consequences as cod and haddock that once lived close to the coast move north. While larger boats can reach those fish populations in cooler, deeper water farther offshore, smaller boats cannot, said Richard Merrick, director of scientific programs and chief science adviser for the National Oceanic and Atmospheric Administration’s National Marine Fisheries Service. 

“We’re seeing significant declines in the number of boats that can fish, for example,” he said. “The crews that go along with that, they’re out of work.”

Closer to home, the population of Atlantic surf clams has declined in the warmer and shallower waters off Maryland, Virginia and Delaware but thrived in cooler water off New England. The shift has caused the closure of a Virginia-based processing plant and forced fishing boats to move, according to a summary of the research prepared by the Pew Charitable Trusts, which helped fund the research.

Glen Spain, northwest regional director of the Pacific Coast Federation of Fishermen’s Associations, said investment in boats, equipment and infrastructure are difficult to make when entire populations of fish move in a decade or two. Spain’s organization represents 1,000 fishing boats along the west coast.

“Everything depends on some minimal level of predictability, and everything is becoming less and less predictable because of climate change,” Spain said. He called for more spending on fisheries management that would allow a “real-time” model of fish locations and populations.

“The biggest problem we have with fishery management is it assumes the future will look like the past,” he said. “That’s no longer the case.”

William Cheung, Daniel Pauly and their colleagues at the University of British Columbia looked at 52 distinct marine ecosystems that cover most of the world’s coastal and shelf areas. Even after accounting for the impact of fishing and wide variations in the oceans that cover 71 percent of the planet, water temperatures rose steadily each decade between 1970 and 2006.
The researchers used the fish themselves as a kind of thermometer to demonstrate the increase in water temperature. By looking at the size of the catch in species’ new habitats and comparing it with their preferred locations in 1970, the researchers calculated the “mean temperature of the catch,” which, they said, rose significantly each decade over that 36-year period.

The authors said the migration of sea life poses the greatest danger to people in the tropics. As sea life moves away from the equator and toward both poles, new species are not moving in to replace them in the planet’s warmest waters, the authors found.

“As the subtropical fish go away because it’s too warm for them, you don’t have hyper-tropical fish replacing them,” said Pauly, a professor of fisheries.

But Worm said he expected that some kind of fish population eventually would thrive in the warmest water. “Nature is very adaptable,” he said. “It always ­changes to something else. It never ­changes to nothing.”

Merrick said warming seas affect not only sea creatures but also the food web on which they depend. Warmer temperatures may have affected the zooplankton population upon which some species feed, forcing them to look elsewhere for food, he said.

“Fish are kind of the canary in the coal mine here, or the canary in the ocean,” Worm said. “They are showing you [climate change] is underway. It’s changing, and they are adapting. And the question is, how will we adapt? Or will we?”

Credit: Lenny Bernstein, Washington Post

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Wednesday, May 8, 2013

Coast Guard Seeks Help Identifying False "Mayday" Caller In Maine

 The Coast Guard is asking for help in identifying a person who has made more than a dozen false mayday calls in the last three years from the same general area of Midcoast Maine.  The hoax calls have tallied more than 50 hours of search time by Coast Guard and local responders at a cost of more than $188,000, according to the Coast Guard, which has traced the caller to the Lincolnville Beach area.
 
Click below to hear an audio of the mayday calls.

Mayday calls 


“The Coast Guard treats every distress call very seriously and takes action to respond to those in need of assistance,” Lt. Nick Barrow, supervisor of the search-and-rescue command center in Portland, Maine, said in a statement. “Recent advances in technology, through the Rescue 21 communications system in particular, have made it easier to pinpoint an area from which a call originates, aid watchstanders in determining if a real emergency exists and investigate or correlate suspected hoax callers.”

Most recently, watchstanders at Sector Northern New England in Portland received multiple maydays April 23 and 25 over VHF channel 16 with no position or nature of distress.

Using the Rescue 21 system, the watchstanders were able to pinpoint the location of the calls to the Lincolnville area. Lincolnville is the mainland terminal site for state ferry service to Islesboro. These calls are believed to be associated with the same male caller who has made at least 12 other hoax calls in the last three years from the same general area.

The Coast Guard is requesting that anyone who has information call (207) 780-3087. A reward of as much as $1,000 is being offered for information leading to the arrest and prosecution of the hoax caller.

Under federal law, knowingly and willfully transmitting a hoax distress call is a felony punishable by up to six years in prison, a $250,000 fine and restitution to the Coast Guard for all costs incurred while responding to the call.

In 2012 the Coast Guard “confirmed” 19 hoax calls nationally and listed 156 others as “probable,” according to its search-and-rescue data. The agency responds to 20,000 to 24,000 cases every year.

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Thursday, May 2, 2013

Fire Island Breach now 750 feet wide, Flushing Great South Bay

Shot by my new friend Christopher Helms on April 28, 2013, at 12:06 pm.  The Fire Island "breach" (or the "Old Inlet" or the "New Inlet" or the "New Old Inlet" - whatever you want to call it) - is now 750 feet wide.  The Tidal action flushing Great South Bay is unparallelled in recent decades, and is restoring water quality and health to the bay like to human-concocted plan ever could.  Now we just have to keep humans from artificially 'closing' the breach for their own selfish purposes....

Just click this link:   Fire Island Breach



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Wednesday, May 1, 2013

Sea Surface Temperatures Break Records

 Not only was 2012 one of the warmest years on record for the North American landmass - it also saw the warmest recorded sea surface temperatures in 150 years between Cape Hatteras, N.C. and the Gulf of Maine.

Using satellite and ship-board measurements, NOAA's Northeast Fisheries Science Center (NEFSC) reported that the average sea surface temperature reached 57.2 F, beating the previous record set in 1951. 2012's temperature rise also marked the largest single-year increase since records began in 1854 and one of only five times that average temperatures have jumped by more than 1.8 F (1 C).

Warm ocean temperatures fuel the energy of destructive hurricanes, as evidenced by the effects of "superstrom" Sandy's landfall on the New Jersey and Long Island coasts at the end of October 2012.

In addition, “changes in ocean temperatures and the timing and strength of spring and fall plankton blooms could affect the biological clocks of many marine species, which spawn at specific times of the year based on environmental cues like water temperature,” said Kevin Friedland, a scientist in the NEFSC Ecosystem Assessment Program, in a press statement.

Research has shown that rising ocean temperatures as a result of climate change may also pose a threat to the ocean's single-celled phytoplankton, such as algae. They are not only the foundation of the marine food chain, Climate Central explains, but they also "consume about half of the carbon dioxide that enters the atmosphere." 

Scientists aren't certain of the extent to which rising temperatures will impact these organisms, or how quickly they will be able to adapt, but slowed phytoplankton growth could mean more CO2 remaining in the atmosphere.

Increased carbon dioxide in the air -- as a result of human activities like the burning of fossil fuels -- also means more CO2 dissolved in the world's oceans. NOAA chief Jane Lubchenco told the Associated Press in 2012, ocean acidification is climate change's "equally evil twin."

"It's yet another reason to be very seriously concerned about the amount of carbon dioxide that is in the atmosphere now and the additional amount we continue to put out," she told AP. "It is going to be a long time before we can stabilize and turn around the direction of change simply because it's a big atmosphere and it's a big ocean."

Thursday, April 25, 2013

Montauk Sponsors "Green" Shark Tournament



 On July 27-28, the Montauk Marine Basin will play host to the first "Shark's Eye Tournament," the regions newest  and most environmentally responsible catch-and-release shark contest. “It’s been four years in the making!,” said Montauk Marine Basin owner Carl Darenberg.  “I’m very excited about this. It’s for sport, science and conservation.”

With tens of millions of sharks killed by foreign commercial fishermen every year, many to fill the demand for shark fin soup in Asia, the goal of the tournament is to bring attention to the plight of sharks and to help bring back the large sharks that are disappearing from our waters.

“These fish need our help or we won’t have any left,” said Capt. Mike Potts of the charter boat Blue Fin IV. “That’s why the tournament is no-kill.”

 All sharks caught in this tournament will be released. Contest rules require the use of circle hooks, which have small barbs and are rarely swallowed by fish; rather, they tend to hook fish at the edge of the mouth and cause little damage in the release process.

No sharks will be brought back to the dock. Instead, eligible mako, thresher and blue sharks will be fitted with technologically advanced satellite tracking tags, which will monitor their movements after release.

Tagged sharks will be named by the anglers who catch them. “Each time the dorsal fin breaks the surface, there is a ping which will be picked up via satellite” Darenberg said.  The public will then be able to follow these fish online via the OCEARCH Global Shark Tracker, the most followed shark tracking site and app in the world ­ provided free of charge - all to better understand the complex lives of these critical species. “The best part is that school kids will be able to follow the sharks’ journey across the ocean. They’ll get a shark’s eye perspective.”

“The use of satellite tags will allow us to build on 50 years of conventional tagging to examine the movements of sharks,”  said Greg Skomal, Ph.D, who works for the Massachusetts Division of Marine Fisheries and collaborates with OCEARCH as a Chief Scientist on expeditions.

 The Guy Harvey Ocean Foundation (GHOF) is providing $10,000 in cash prizes to the top anglers. The GHOF encourages anglers to release all sharks that are not table fare. “It is a tremendous experience to catch any large fish, especially sharks,” says GHOF president Steve Stock.  “And by releasing them alive, we are ensuring that future generations can experience the thrill of hooking a giant shark. The added component of tracking these fish makes the 'Shark’s Eye' tournament even more valuable.”


Renowned artist April Gornik has donated an original work of art for the winner. Gornik¹s work is in many important museums, including the Metropolitan Museum of Art and the Smithsonian Institution. In addition to an original painting, she will also produce a limited digital print edition of the image, signed and numbered  “The Shark¹s Eye” for each entrant, and a t-shirt bearing the image.  “I’m proud to help Montauk raise consciousness about protecting sharks, and through an event driven by recreational fishermen.”

“This shark tournament is a first for another reason, “ said Jeremy Samuelson, executive director of CCOM.  “The Montauk fishing community, businesses, environmentalists and artists are working together to prove that what is good for the environment, is good for business.”   

The list of supporters is growing. As of now they include the Andrew Sabin Family Foundation, the Montauk Chamber of Commerce, Fishermen’s Conservation Association, Montauk Boatmen Inc., AFTCO and the Concerned Citizens of Montauk.

The Shark’s Eye Tournament is also endorsed by Mote Marine Laboratory’s Center for Shark Research, the nation’s only Congressionally designated center for research and education on sharks. Director Dr. Robert Hueter says,  “Sharks are in trouble and catch-and-release tournaments promote the vital cause of shark conservation while providing benefits to science, too.” For more details on Shark’s Eye ­ Montauk’s first satellite tag shark tournament please contact Carl Darenberg: yachts@optonline.net , or call 631-668-5900. 

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Sunday, April 21, 2013

Climate Change threatens Rhode Island Oysters just as Comeback Appears Imminent


CHARLESTOWN, R.I. – Rain and sleet smack the surface of Ninigret Pond as oyster farmer Jules Opton-Himmel fumbles with a stalled outboard motor. Not much is going his way this morning.
 
He's under pressure to harvest on this mid-February day to make an on-time afternoon delivery to a local raw bar. On-board, he's trying to impress a top chef from one of Newport's most exclusive restaurants – and his pontoon boat is stuck in a field of slushy ice not even halfway out into the lagoon where he grows oysters.
 
"Everything going wrong – I'd say that's a pretty typical day," Opton-Himmel jokes, just moments before part of the outboard engine broke off, sinking into the icy water.
 
As New England's waters have become cleaner in recent decades, growers like Opton-Himmel have seeded the coast with oyster farms. As their efforts start to bear fruit, the ocean impacts of climate change may test the mettle of the burgeoning industry.
 
Boutique farmers, insatiable market
More than 350 oyster farmers now cultivate bottom leases in the shallow waters along the Northeastern seaboard, according to the Northeast Regional Aquaculture Center, up from handfuls 25 years ago. The rewards are great. With an insatiable half-shell market, gross profits are high and demand constant. But the challenges may be greater.
 
The Northeast's boutique oyster farmers must contend with the vagaries of New England weather. They must also deal with a host of challenges tied directly to the environment and potentially amplified by climate change, including warming waters, increasing ocean acidity and the spread of diseases that can decimate shellfish stocks.
 
Climate change poses important challenges to the industry's long-term viability. But to growers like Opton-Himmel, coping with the day-to-day quandaries of small business ownership and economic pressures of a crowded, premium market, the climate threat can feel abstract.
 
The same day that Opton-Himmel got stuck in the ice, oysterman Jim Arnoux, owner of Rhode Island's East Beach Farms, was across the lagoon dealing with a deer carcass frozen in the ice above his oysters. "You never know what you are going to get," he said. "Anything from random and chaotic to tedious dividing and sorting."
 
Ancient productivity
Thousand-year-old mounds of discarded oyster shells, called middens, that line the banks along parts of Maine's Damariscotta River attest to the productivity – and Native Americans' ancient appetite for – local oysters. Wild populations quickly declined as European settlers moved into the area. In the 1800s, a primitive aquaculture industry was born when harvesters started actively growing oysters on submerged plots, planting oyster larvae from remaining wild reefs.
 
In the early 1900s, at an industry peak, nearly 30,000 acres, roughly 30 percent of the entire bottom of Rhode Island's Narragansett Bay was leased out to oyster growers.
 
Throughout the first half of the 20th century, "environmental changes on an epic scale" helped decimate the industry, said Bob Rheault, executive director of the East Coast Shellfish Growers Association, and industry group. One of the pioneers of New England's oyster renaissance, Rheault founded Narragansett's Moonstone Oysters in 1986.
 
Untreated sewage and industrial waste flowed freely into the nation's waterways. Raw oysters were implicated in massive outbreaks of cholera and typhus. Whole harvests from Long Island to New England were smothered under tons of sand during the Great Hurricane of 1938. In the 1950's, shellfish parasites wiped out huge swaths of oysters in the mid-Atlantic.
 
Push to clean coastal waters
A push by federal and state agencies starting in the 1970s to clean up coastal waters helped elevate oysters from "something that was going to make you sick to something that was quite safe," Rheault said.
 
Cleaner waters and advances in aquaculture technique made oyster growing a viable business. Aquaculture of the past relied on taking oyster larvae from wild reefs. Today, most commercial oysters in New England come from hatchery-reared larvae, or seed, raised in shallow tanks called upwellers. Natural oyster populations remain at just 1 percent of historical levels.
 
The allure of the upscale raw bar or half-shell market – on which single oysters can retail for as much as $3 a pop – has enticed many a first-time oyster farmer.
 
Opton-Himmel is one such farmer. He started his operation, Walrus and Carpenter Oysters, in 2009 with a few cages on a 1,000 square-foot plot. The son of an artist, he grew up in Manhattan's Greenwich Village and as a child took frequent trips to the Adirondack Mountains. "I've always loved being outdoors," he said. 
 
A graduate of the Yale School of Forestry, Opton-Himmel worked for the Nature Conservancy on shellfish restoration projects. Rhode Island's streamlined permitting process and clean water caught his eye.
 
He now farms three acres in Ninigret Pond, or about one million oysters. He hopes to get about 85 cents per oyster – except that, in a very good year, only 30 percent of his oysters will survive.
 
Oyster farmer Jules Opton-Himmel maneuvers his boat through the icy waters of Ninigret Pond off Charlestown, R.I. as Basal Yu, head chef of Muse at the Vanderbilt Grace Hotel in Newport, R.I., sits on a cooler.
Oyster farmer Jules Opton-Himmel maneuvers his boat through the icy waters of Ninigret Pond off Charlestown, R.I. as Basal Yu, head chef of Muse at the Vanderbilt Grace Hotel in Newport, R.I., sits on a cooler. (Photo: Lindsey Konkel)
 
New England 'terroir'
While small, Walrus and Carpenter is average by New England oyster farm standards, where most growers run boutique farms that rely on name-branded marketing and distinctive flavors based on geographic location – what the wine industry would call "terroir."
 
While Opton-Himmel stands alone, other small growers, such as Arnoux have formed cooperatives with nearby farms to help increase their reach by sharing the expense of packing facilities, marketing and sales.
 
Rheault says a growing concern to New England's boutique farmers is increased competition from oyster farms to the south. "The industries in Virginia and Maryland are just taking off – we don't even know how big it is," he said. 
 
In 2009, seeking to attract investment and rebuild its oyster industry, Maryland changed its leasing laws and made it easier for new oyster farmers to get a plot. "We've seen over 100 applications for new leases," said Don Webster, an aquaculture specialist with the University of Maryland Extension and chairman of the Maryland Aquaculture Coordinating Council.
 
Three years to market
Oysters grow faster in the slightly warmer waters of the Mid-Atlantic. In some parts of Virginia, oysters may be ready to harvest in a year. Farther north it may take two to three years to grow oysters that big. 
 
Oyster connoisseurs say slow-growing, cold-water varieties taste better, and New England farmers certainly charge a premium price for their product. Yet Rheault and others fear that expansion in southern states could drive down prices for everybody, making oyster farming a hard go in New England. 
 
Climate change, in the form of warmer waters and increasing ocean acidity, may exacerbate economic uncertainties. 
 
"As a grower, shellfish disease is the biggest thing that I worry about. And that's closely linked to climate change," said Opton-Himmel. 
 
MSX and Dermo are the most devastating oyster diseases on the East Coast. MSX, caused by a parasite, can kill up to 90 percent of an oyster crop when it strikes. Both are warm water diseases. A cold, hard winter generally knocks it back, but when winters are mild, oysters can succumb, said Dale Leavitt, an aquaculture specialist at Roger William University in Rhode Island. "We anticipate a higher incidence of these diseases as the environment warms," he said. Scientists have developed disease-resistant lines, though farmers typically cross a number of lines, some resistant, some not, for best production.
 
OystersSeafood disease
Though these diseases do not pose a threat to human health, the warm-water bacterium Vibrio vulnificus does. Responsible for 95 percent of all seafood-borne deaths, according to an article published last year in the journal Microbial Ecology, the naturally-occurring bacteria historically has not been found in northern latitudes. But recent reports place it as far north as Alaska, said Barbara Brennessel, a biology professor at Wheaton College in Massachusetts and author of the book Good Tidings: the History and Ecology of Shellfish Farming in the Northeast (University Press of New England, 2008).
 
Even more alarming than the spread of disease, said Rheault, is the rate at which the ocean's chemistry is changing. As the globe warms, more carbon dioxide enters the oceans, acidifying the water. This spells trouble for shellfish that depend on a higher pH in order for their hard shells to form properly. 
 
While ocean acidification has yet to plague the East Coast oyster industry, hatcheries in Oregon have struggled with persistent production failures, as oyster larvae fail to survive in more acidic waters.
 
"Carbon dioxide from the atmosphere is entering the ocean almost everywhere, but local environmental conditions can magnify its effects," said Sarah Cooley, a marine chemist at Woods Hole Oceanographic Institute in Massachusetts. "Ocean acidification effects will likely become obvious on the East Coast within the next few decades," she said.
 
Abstract worry?
But when you are out on a boat, trying to make a living off the sea, 20 years can seem like ages.
 
"Climate change is not something I worry about on a daily basis, but I am becoming more aware of it," said Arnoux, who started growing in 2005 in the same lagoon where Opton-Himmel tends his plot. Still, he's in it for the long haul, and Arnoux sees himself preparing for an uncertain future by branching out into other species, such as scallops, across several locations.
 
Opton-Himmel doesn't see himself exclusively farming oysters either. Though he continues to expand his business, he does some environmental consulting on the side. 
 
Back on shore, warm thermos in hand, he pauses to mull the need for a Plan B before packing up his truck and heading to Maine for a few days to work on a consulting project. "So many things could go wrong. It's so risky."
 
By Lindsey Konkel for The Daily Climate.
Photos: Lindsey Konkel/The Daily Climate; JIANG HONGYAN /Shutterstock