Right Whales

Scientists from NOAA and its state and nonprofit partners have applied at-sea chemical sedation to successfully free a young North Atlantic Right Whale off the coast of Cape Canaveral in Florida, USA.

This is only the second time a free-swimming whale has been successfully sedated to enable disentanglement. The first case also concerned a whale spotted off the coast of Florida and occurred in March 2009.

In the most recent case, a female Right Whale born during the 2008-2009 calving season had roughly 200 feet (60 meters) of rope wrapped through her mouth and around the flippers when an aerial survey team spotted her on December 25. Five days later a disentanglement team from Georgia Department of Natural Resources and Florida Fish and Wildlife Conservation Commission was able to remove about 150 feet (45 meters) of rope from her. Unfortunately, they couldn’t safely get the rest of the rope off her and this is why NOAA decided to sedate her, after having tracked her via satellite tag for half a month to see if the remaining rope would come off on its own.

“Our recent progress with chemical sedation is important because it’s less stressful for the animal, and minimizes the amount of time spent working on these animals while maximizing the effectiveness of disentanglement operations,” says Jamison Smith, Atlantic Large Whale Disentanglement Coordinator for NOAA’s Fisheries Service. “This disentanglement was especially complex, but proved successful due to the detailed planning and collective expertise of the many response partners involved.”

On January 15, researchers deemed that the Right Whale wouldn’t be able to free herself from the remaining 50 feet (15 meters) of rope without assistance. The weather was favorable for a rescue mission and a disentanglement team comprised of scientists from NOAA, Georgia Department of Natural Resources, Florida Fish and Wildlife Conservation Commission, Woods Hole Oceanographic Institution, University of Florida, EcoHealth Alliance , and Coastwise Consulting (was dispatched into the Atlantic. Back on shore, the Provincetown Center for Coastal Studies and the New England Aquarium got ready to provide off-site assistance.

The entangled Right Whale was fitted with a temporary satellite tag that would record her behavior before, during and after sedation. She was then sedated and had ropes as well as mesh material removed from her. The mesh resembled mesh used to catch fish, crabs and lobsters along the Atlantic coast and NOAA’s Fisheries Service is currently examining it in an effort to determine its geographic origin.

Once the whale had been freed from the garbage, the researchers administered a drug that reversed the sedation. The whale also received some antibiotics to threat the wounds caused by the debris. She will now be tracked for up to 30-days through the temporary satellite tag.

If you see an entangled or otherwise injured whale you are encouraged to report it to the Florida Fish and Wildlife Conservation Commission (1-888-404-FWCC or 1-888-404-3922) or the Georgia Department of Natural Resources (1-800-2-SAVE-ME or 1-800-272-8366).

BOSTON – The fishery police underwent an audit recently to see how they were using the federal fines they collected. It has been discovered that the fines collected from fisherman were spent on things such as cars for managers, and a week long training seminars in Norway.

The audit were released to the public on Thursday, and was commissioned by the U.S. Department of Commerce’s inspector general, when it discovered incongruities in the management of fines by the National Oceanic and Atmospheric Administration’s law enforcement office.

Inspector General Todd Zinser started the audio after the slew of complaints fisherman were filing every year about the arbitrary enforcement of the fishery laws, they claimed that the fines were being collected solely for the personal use of the NOAA.

Richard Burgess, a fisherman from Gloucester who is fighting $85,000 in fines, has said that the NOAA should cough up the money, and return it to its rightful owners.
“We’ve all known that they’re criminals,” Burgess stated in front of the law enforcement office. “Every one of them has got to go.”

Some surprising things were found out about the fund where the fines and penalties collected were deposited. The funds went to the Asset Forfeiture fund, and is managed by the accounting firm KPMG. Zinser has stated that the fund is so poorly managed, that it isn’t even listed in the NOAA’s annual budget documents. It is not known if this oversight was an accident or perfectly planned.

In a memo Zinser wrote to the NOAA chief Jane Lubchenco he stated “NOAA has administered the [fund] in a manner that is neither transparent nor conducive to accountability, thus rendering it susceptible to both error and abuse,”

The audit also revealed the fact that between January 2005 and June 2009, $96 Million was deposited into the fund, expenditure for the same time is supposed to be $49 Million. This is suggesting that the balance of the fund should contain a lot more than the NOAA’s estimate of $8.4 Million.

Scott Smullen, NOAA spokesman, has said that the fund had an $8.8 Million balance as of June 14th. He stated “There may have been a misinterpretation by KPMG when it estimated how much money came into the fund in recent years.” Smullen divulged that the NOAA gave KPMG in the neighborhood of 5 million electronic records, at its request, including receipts for the entire agency, of which only a small amount actually involved the fund.

The above fact is what may have led to the confusion of the fund balance. Smullen added that the agency is hoping to clear up any misunderstandings and discrepancies by making sure that both KPMG and the Commerce Department receive the correct information.

The NOAA has released a statement saying that it has already taken steps to make sure something like that does not happen again in the future, including shifting the management of the fund to NOAA’s conptroller and requiring the conptroller to give authorization of any spending which is over $1,000.

Due to the massive Deepwater Horizon oil spill, also known as the BP Oil Spill, parts of the Gulf of Mexico is closed for both commercial and recreational fishing.

The latest update from the National Oceanic and Atmospheric Administration (NOAA), the United States agency responsible for handling the closure, arrived on June 7 and became effective 6 p.m. eastern time on the same day. According to this update, the prohibited area now measures 78,264 sq mi (202,703 sq km), or about 32% of the Gulf of Mexico exclusive economic zone.

Map:

As stated above, all commercial and recreational fishing is banned in the area, including catch and release. It is however still legal to transit through the area.

Since it is impossible to know the exact extent of the oil spill at any given time, NOAA has advised fishermen to refrain from fishing if they notice any oil or oil sheen, even if it is outside the prohibited zone.

For those who wish to receive information as soon as the prohibited zone is modified, there are several channels to utilize:

– Get bullentins to your inbox by sending an e-mail to SERO.Communications.Comments@noaa.gov

– Get SMS notifications. Sign up by texting fishing@gulf to 84469.

– Follow NOAA on Twitter: usnoaagov

– Visit http://sero.nmfs.noaa.gov/deepwater_horizon_oil_spill.htm

– Listen to NOAA weather radio

The red snapper population living in the Gulf of Mexico is showing signs of recovery, according to new information obtained by the National Oceanic and Atmospheric Administration of the United States (NOAA).

“The update showed harvest levels were still a bit too high in 2008; however, scientific projections are promising for 2009, indicating that the stock may improve enough to support higher harvest levels,” said Dr. Bonnie Ponwith, Southeast Fisheries Science Center director for NOAA’s Fisheries Service. “This is very exciting news and is evidence of how science and management can work together to protect our natural resources.”

In response to a rapidly dwindling red snapper population, the Gulf of Mexico Fishery Management Council began restricting red snapper fishing in the mid-1980s and in 2007 a catch share program was implemented for commercial fishermen.

“This has been our most challenging fishery issue in the Gulf of Mexico to date,” said Dr. Roy Crabtree, southeast regional administrator for NOAA’s Fisheries Service. “The Gulf Council deserves a lot of credit for making some very difficult decisions and commercial and recreational fishermen deserve equal credit for complying with the regulations to help this species recover.”

The red snapper in the Gulf of Mexico is managed separately from the population living along the coasts of North Carolina, South Carolina, Georgia, and eastern Florida. In December 2009, NOAA’s Fisheries Service announced a temporary rule to protect the red snapper along this coastline as the population is in poor condition, much like the Gulf of Mexico population used to be. The temporary rule will become effective today, January 4th.

For more information please see the NOAA News Release.

A previously unknown field of endangered Staghorn coral has been found in Florida waters by scuba divers belonging to the non-profit group Palm Beach County Reef Rescue.

“We’ve found the largest field (of the coral) in the county,” says Reef Rescue’s director Ed Tichenor. “We’re really surprised by this.”

The field, which is located roughly a mile east of Palm Beach island, is significant since Palm Beach town officials have objected to federal protection of the area.

Last year, the National Marine Fisheries Service designated roughly 1,300 square miles of ocean floor – ranging from the Florida Key to the Boynton Beach Inlet – as critical habitat for staghorn. This prompted the Palm Beach County Reef Rescue to petition the government to extend the protected area northwards to the Lake Worth Inlet, thereby including the coast off Palm Beach.

The Palm Beach County Reef Rescue estimates the newfound staghorn field to be between 100 and 300 feet long.

“I was expecting to see it but not as much,” said Connie Gasque, a Palm Beach resident who led the dive group. “My reaction was ‘Wow!

Everywhere you looked, there it was.”

Before this discovery, only small pockets of staghorn coral was known to exist in the waters off Palm Beach.

Palm Beach County Reef Rescue now hopes that the discovery will convince the National Marine Fisheries Service to include the region in the protected coral zone.

What is Staghorn?

Staghorn (Acropora cervicornis) is a branching coral that can reach a length of up to 2 meters (almost 7 feet). It is the fastest growing species of all West Atlantic corals and can grow 10-20 cm per year in favourable conditions. The natural range for Staghorn coral stretches from Florida, USA through the Bahamas and the Carribbean Sea, down to Venezuela in South America.

Acropora cervicornis was placed on the U.S. Endangered Species List in 2006, and it is also listed as Critically Endangered on the IUCN Red List of Threatened Species.

According to the U.S. National Oceanic and Atmospheric Administration, staghorn is not found north of Boca Raton.

A 19.5 feet long squid – that’s almost 6 meter – has been caught in the Gulf of Mexico by a group of scientists from the NOAA’s* Southeast Fisheries Science Center and the Department of the Interior’s Minerals Management Service. This is only the second known giant squid caught in the Gulf of Mexico and the last one was collected 55 years ago.

The gigantic squid of 1954 was a dead specimen found floating around at the surface off the Mississippi Delta, while the 103 pound giant caught on July 30 this year was pulled up from a depth of more than 1,500 feet by NOAA’s trawling research vessel Gordon Gunter.

“As the trawl net rose out of the water, I could see that we had something big in there…really big,” said Anthony Martinez, marine mammal scientist for NOAA’s Fisheries Service and chief scientist for this research cruise. “We knew there was a remote possibility of encountering a giant squid on this cruise, but it was not something we were realistically expecting.”

“This is an incredibly rare find in the Gulf of Mexico,” said Dr. Michael Vecchione, director for NOAA’s Fisheries Service’s National Systemics Laboratory and a giant squid expert. “Giant squid have been found more commonly in areas of the world where there are deep-water fisheries, such as Spain and New Zealand, but this is the first time one has actually been captured during scientific research in the Gulf of Mexico.”

The capturing of the squid took place during a 60-day scientific study of sperm whale prey off the coast of Louisiana. The giant squid has now been preserved and sent to the Smithsonian Institution’s National Museum for Natural History.

*U.S. National Oceanic and Atmospheric Association

Significant areas of coastal wetlands have been restored and enhanced in Port Arthur, Texas. The largest restoration took place in the Lower Neches Wildlife Management Area near the Gulf of Mexico where historic water flow has been brought back into roughly 1,300 acres of wetland.

The other main restoration site is located within the J.D. Murphree Wildlife Management Area where approximately 1,500 acres of coastal emergent marsh plant communities have been restored to historical conditions through the installation of berms and other water control structures.

Almost 90 acres of estuarine intertidal marsh and over 30 acres of coastal wet prairie have also been established by NOAA in conjunction with the U.S. Fish and Wildlife Service, the Texas Commission on Environmental Quality, the Texas Parks and Wildlife Department, the Texas General Land Office, and the Chevron Corporation.

“Coastal wetlands are extremely valuable habitats that provide numerous services for both humans and the environment,” said John H. Dunnigan, assistant administrator for NOAA’s National Ocean Service. “The wetlands restored through this cooperative project will help improve water quality and provide a buffer as tropical storms and hurricanes move onshore.”

The restored wetlands are a way for Chevron to compensate the public for the injury caused by the Clark Chevron refinery in Port Arthur. The refinery, which commenced production in 1902, caused substantial injury to natural areas and waterways inside and adjacent to the processing plant by releasing hazardous substances into the environment.

“These completed projects will not only provide habitat benefits to the fish and wildlife of the region, but will also enhance public use and outdoor recreation opportunities,” said Wildlife Management Area manager Jim Sutherlin.

The restoration is a part of NOAA’s Damage Assessment, Remediation and Restoration Program. Through this program, NOAA works with industry, agencies and communities to restore environments harmed by oil spills, hazardous substance releases and ship groundings. Last year, the program settled nearly 200 natural resource damage assessment cases, generating almost $450 million for restoration projects.

As of August 12, 2009 the harvesting of krill in the in the Exclusive Economic Zone (EEZ) off the coasts of California, Oregon, and Washington will be prohibited by federal law.

Yesterday, the U.S. National Oceanic and Atmospheric Administration (NOAA) published a final rule in the Federal Register prohibiting the harvesting of krill in these three regions. All types of krill harvesting will be illegal, regardless of fishery and gear type.

“Krill are the foundation for a healthy marine ecosystem,” said Mark Helvey, NOAA’s Fisheries Service Southwest Assistant Regional Administrator for Sustainable Fisheries. “Protecting this vital food resource will help protect and maintain marine resources and put federal regulations in line with West-Coast states.”

Harvesting krill within three miles of the coastline of California, Oregon, and Washington has already been prohibited by state law, but the zone situated between three and 200 miles off the coast have lacked krill protection until now.

“This is a great success for protecting the entire California Current ecosystem“, said William Douros, West Coast Regional Director for NOAA’s Office of National Marine Sanctuaries. “This decision reflects strong teamwork within NOAA and a commitment to addressing the issues raised by the Pacific Fishery Management Council and Sanctuary Advisory Councils.”

The krill protection rule was adopted as Amendment 12 to the Coastal Pelagic Species Fishery Management Plan (FMP), which was developed by the Pacific Fishery Management Council (PFMC) under the Magnuson-Stevens Fishery Conservation and Management Act. Amendment 12 adds all species of krill under a new category: ‘prohibited harvest species’.

The Monterey Bay Aquarium Research Institute (MBARI) have developed an aquatic robot capable of collecting algal cells from the ocean and extracting the genetic information needed to identify them. The robot, which can accurately be described as a seafaring mobile analytical laboratory, can also extract toxins from the algae samples, thereby allowing scientists to assess the risk to humans and wildlife.

The MBARI-designed robot, formally known as the Environmental Sample Processor, or ‘ESP,’ for short, has now been successfully used by scientists from NOAA’s National Centers for Coastal Ocean Science to conduct the first remote detection of an algal species and its toxin below the ocean’s surface.

The global distribution, frequency, duration and severity of harmful algal blooms are believed to be on the increase and the new robot will make it much easier for scientists to assess the situation and relay accurate information to coastal managers and public health officials.

“Our public health monitoring program is one of the many groups that can benefit directly from the ESP technology and ability to provide an early warning of impending bloom activity and toxicity,” said Gregg Langlois, director of the state of California’s Marine Biotoxin Monitoring Program. “This is critical information for coastal managers and public health officials in mitigating impacts on the coastal ecosystem, since the toxicity of these algae can vary widely from little or no toxicity to highly toxic.”

The information obtained by ESP is transmitted to the laboratory via radio signals.

More details about the project can be found in the June issue of the journal Oceanography.

Pictures by mbari

The Nature Conservancy and its partners’ staghorn and elkhorn coral recovery project, including Lirman’s nursery in Biscayne National Park, will receive $350,000 to help save U.S. reefs.

The news was announced yesterday by the National Oceanic and Atmospheric Administration (NOAA), who also said that the money, which will come from the American Recovery and Reinvestment Act (ARRA), will be used to further develop large-scale, in-water coral nurseries and restore coral reefs along the southern coast of Florida and around the U.S. Virgin Islands.

The Nature Conservancy will serve as coordinator of the overall project; a project which will include the University of Miami’s Rosenstiel School of Marine and Atmospheric Science, as well as other academic, government and private entities.

The project goal is to grow approximately 12,000 corals in Florida and use them to enhance coral populations in 34 different areas.