Vampire Squid Facts - Vampyroteuthis infernalis

Author of the illustration: Carl Chun

Description

The name of this particular squid is very different, as is the overall appearance of it. The black color is distinct enough in itself. The fact that the long arms flow like a black cape remind many people of a vampire wearing one. The arms have suckers that are hard to see unless you look up close at one.

This is a small squid, approximately one foot in length. The eyes are very often seen as red. They can also appear to be blue though depending on how much light is available when you see one.

Distribution

The tend to be living in the tropical waters that are warmer for them to move around in. They also live in the depths of the water where their dark color helps to serve as camouflage for them to avoid predators. Generally they will live in water that is no more than 45 degrees Fahrenheit.

Vampire squid – Vampyroteuthis infernalis / Author of the illustration: Carl Chun

Behavior

One of the most unique behaviors of the Vampire Squid is that they seem to be flying through the water. Such movements are the result of how they flap their fins to move around. They have the ability to slow down their metabolism to a very low rate. This is how they are able to live in the very cold waters.

It doesn’t have ink to shoot out when it feels it is being threatened. Instead this type of squid offers a type of mucus that shoots out. The mucus is sticky and it can continue to come out for up to ten minutes. It allows the squid to hide from predators as they aren’t very fast swimmers.

Diet /Feeding

The jaws of the Vampire Squid are extremely powerful. However, researchers aren’t fully sure of what all this type of squid consumes. Some theories include a variety of small invertebrates. They don’t need to eat very much though due to their low metabolism. It is believed that it only has to feed a few times per week. This is key to their survival too since it can be difficult at times to find enough food.

Reproduction

It is believed that the Vampire Squid reproduce by the males depositing sperm into the sac of the female. She will deposit fewer eggs than other species and they are also larger in size. The females may store the sperm though for several weeks before they allow it to fertilize the eggs. She will stay in the general area of these deposited eggs until they are ready to hatch. This can take about 13 months.

The females will die soon after their offspring are born. They don’t need to feed for the first few weeks of life. Instead they have an internal type of yolk that they are able to get nutritional value from.

Vampire squid Oral View / Author of the illustration: Ewald Rübsamen

Conservation

Many people are interested in protecting the Vampire Squid due to the unique design of it. They also know too many people have a false conception of it due to the look of it. Those that know better try to educate others so that the false information is less likely to continue spreading.

Human interaction

The Vampire Squid was first identified in 1903. However, it was misclassified as an octopus at that time. Contrary to popular myths this type of squid doesn’t pose any threat at all to humans. Those stories likely developed based on the appearance of this species.

Due to the fact that they live more than 3,000 feet below the surface of cold water areas, not much is known about human interactions with them. Most of the time it is either calculated research or a fishermen accidentally captures one.

Barrier islands, North Carolina

Barrier islands, North Carolina

Two new shipping routes have opened in the Arctic: the Northwest Passage through Canada, and the Northern Sea Route, a 3000-mile stretch along the coasts of Russia and Norway connecting the Barents and Bering seas. While new opportunities for tapping Arctic natural resources and interoceanic trade are high, commercial ships often inadvertently carry invasive species. Organisms from previous ports can cling to the undersides of their hulls or be pumped in the enormous tanks of ballast water inside their hulls. Now that climate change has given ships a new, shorter way to cross between oceans, the risks of new invasions are escalating.

"Trans-Arctic shipping is a game changer that will play out on a global scale," said lead author Whitman Miller. "The economic draw of the Arctic is enormous. Whether it's greater access to the region's rich natural resource reserves or cheaper and faster inter-ocean commercial trade, Arctic shipping will reshape world markets. If unchecked, these activities will vastly alter the exchange of invasive species, especially across the Arctic, north Atlantic and north Pacific oceans."

The first commercial voyage through the Northwest Passage -- a carrier from British Columbia loaded with coal bound for Finland -- occurred in September 2013. Meanwhile, traffic through the Northern Sea Route has been rising rapidly since 2009. The scientists project that at the current rate, it could continue to rise 20 percent every year for the next quarter century, and this does not take into account ships sailing to the Arctic itself.

For the past 100-plus years, shipping between oceans passed through the Panama or Suez Canals. Both contain warm, tropical water, likely to kill or severely weaken potential invaders from colder regions. In the Panama Canal, species on the hulls of ships also had to cope with a sharp change in salinity, from marine to completely fresh water. The Arctic passages contain only cold, marine water. As long as species are able to endure cold temperatures, their odds of surviving an Arctic voyage are good. That, combined with the shorter length of the voyages, means many more species are likely to remain alive throughout the journey.

Though the routes pose major risks to the north Atlantic and north Pacific coasts, the Arctic is also becoming an attractive destination. Tourism is growing, and it contains vast stores of natural resources. The Arctic holds an estimated 13 percent of the world's untapped oil and 30 percent of its natural gas. Greenland's supply of rare earth metals is estimated to be able to fill 20 to 25 percent of global demand for the near future. Until now the Arctic has been largely isolated from intensive shipping, shoreline development and human-induced invasions, but the scientists said that is likely to change drastically in the decades to come.

"The good news is that the Arctic ecosystem is still relatively intact and has had low exposure to invasions until now," said coauthor Greg Ruiz. "This novel corridor is only just opening. Now is the time to advance effective management options that prevent a boom in invasions and minimize their ecological, economic and health impacts."

The largest place on the planet is in trouble.

Oceans cover 71% of the Earth’s surface, and ocean ecosystems generate at least US$ 21 trillion in economic benefits each year.

A fisherman casts a net in Benin. (© Art Wolfe/ www.artwolfe.com)

But a perfect storm of massive challenges, from collapsing fisheries to plastic pollution to ocean acidification, is threatening the integrity of marine ecosystems. These threats put at risk the essential benefits people receive from healthy oceans: sustainable fisheries, coastal protection, carbon sequestration, coastal economies and livelihoods, tourism and recreation and many others.

This week, I was one of 700 leaders from governments, business, civil society and communities attending the Global Oceans Action Summit in The Hague, Netherlands. I am encouraged by the fact that many countries and businesses attending the summit have moved beyond the point of talking about problems to taking immediate action for ocean health and begin the transition toward a more sustainable society.

More than 27 years ago, I founded the organization Conservation International (CI) to take on the most urgent and important issues of our time. Today, I believe ocean health is one of those issues. We simply cannot survive — let alone prosper — if we do not reverse the destruction of the ocean’s natural capital.

Ocean health is a complex challenge. In order to achieve sustainable solutions, all sectors of society must come together and contribute their unique skills and perspectives. Governments and financial institutions need to accelerate efforts to bring stakeholders together to develop shared vision, goals and measures of ocean health and provide the financing necessary to deliver on these ambitious plans. It is also essential that this is done rapidly in effective and practical ways.

We need to be impatient. We cannot wait for everybody around the world to sign on to one consensus plan. Instead, we must partner with those who are committed to immediate action to improve ocean health.

Here’s some good news: Some of the groundwork is already done. Tools like the Ocean Health Index are already allowing scientists to define the baseline for ocean health against which to evaluate the success of future actions and interventions. We need to recognize that our measures are only as good as the accuracy and resolution of the data they are based upon. Therefore, countries need to adopt the Ocean Health Index and compile the necessary data to guide the identification of priorities and tracking of progress.

While the initial cost (in time and money) of creating tools like the Ocean Health Index and the required data may seem high, they should not be viewed as “costs” per se; in fact, they represent sound investments. The true cost would be if we continued to mismanage our most valuable global resources.

Cargo ship in the Pacific Ocean. (© Dan Barnes)

For example, the World Bank estimates the losses from poor fisheries management to total US$50 billion worldwide.

We cannot afford to ignore the management of our oceans. The well-being of our society — indeed, our very survival — depends on their health. This is particularly true for the 40% of countries that have larger ocean areas than land, and even more so for the 18% of nations that have 10 times more ocean than land. Clearly, the path for the development aspirations of these countries goes through ocean health.

From the Global Oceans Action Summit, it is clear to me that businesses are increasingly aware of their supply chains’ dependence on healthy oceans. Companies present at the summit emphasized their commitment to innovation and best practices, including finding ways to reduce the need for feed in aquaculture and to eliminate illegally caught fish from their supply chains.

Throughout the last couple of years, I have seen a growing number of businesses begin to measure their carbon and freshwater footprints and to use the information to improve their performance. Next, we need companies to report on their impacts on ocean health — positive and negative — and demonstrate that performance can improve and will ensure continued return on investments, both economically and ecologically.

Non-governmental organizations, including CI, play a key role in innovating and developing new ocean sustainability tools and solutions. These organizations can often take greater risks to develop new innovations than what governments and businesses are willing to accept, thereby accelerating new approaches and action.

The most immediate opportunity for action and results that I saw at the summit is the importance of rewarding the governments, companies and organizations who are already leading the way to improve marine health. All sectors of society need to stand behind leaders who have demonstrated political will and courage by embracing ambitious ocean initiatives and targets.

A perfect example is the Pacific Oceanscape, an initiative led by 15 nations in the Western and Central Pacific who aim to accelerate collaboration for ocean health.

At the summit, Prime Minister Henry Puna of the Cook Islands spoke of his country’s contribution to the Pacific Oceanscape by creating the Cook Islands Marine Park, the largest marine managed area in the world extending a staggering 1.1 million square kilometers (about 425,000 square miles — an area almost as large as Ethiopia).

The rest of the world should support these nations — technically, financially and politically — to deliver on their bold vision and aspirations for a healthy ocean that can continue to benefit people economically, nutritionally, socially and environmentally. I invite the international community to work with us in partnering with these nations to demonstrate to the world that action and progress are possible, and that ocean health really is human health.

- See more at: http://blog.conservation.org/2014/04/ocean-health-is-human-health/#sthash.w2kWAr28.dpuf

The inspiration for the world's largest marine park comes from Global Ocean Legacy, which is part of Pew Charitable Trusts, The trust works with communities and governments to establish large, highly-protected marine reserves around the world. Schaffar explained that if the New Caledonia area is not protected, its biodiversity will be lost. The protection of this widely diverse ecosystem will also be a boon to eco-tourism for the islands.

And speaking of biodiversity, this unique sanctuary has the richest diversity of flora and fauna in the world. There are not only species, but entire genera and even families of fauna and botanicals found nowhere else in the world. Many of the plant and animal species come from species that became isolated when New Caledonia broke away from the southerly supercontinent Gondwana many tens of millions of years ago.

There are more than 1.1 million acres of coral reefs, 25 species of marine mammals, 48 shark species, 19 species of nesting birds and five species of sea turtles. The park's ecosystems also generate up to 3,000 tons of fish every year, from a small island fishing fleet of 20 boats, providing an important food source for New Caledonia's quarter of a million human inhabitants. The park covers all of New Caledonia's "exclusive economic zone," marine waters that extend from the islands coasts outward for up to 200 nautical miles.

Adding to nature's wonderful show are the island's clever tool-making New Caledonia crows, probably the islands most famous fauna. New Caledonia is home to the world's second largest double-barrier reef, after Australia's Great Barrier Reef, as well as the world's largest coastal lagoon, a UNESCO World Heritage site. From species of fish and crustaceans, to skinks and flightless birds, there are so many species needing protection, and "the Natural Park of the Coral Sea" is a good place to start.

A shipwreck found off the north coast of Haiti could be the 500-year-old remains of the Santa Maria, which led Christopher Columbus's famed voyage to the New World, according to a team of marine explorers.

"All the geographical, underwater topography and archaeological evidence strongly suggests that this wreck is Columbus' famous flagship, the Santa Maria," Massachusetts marine investigator Barry Clifford said in a press release on Tuesday.

"I am confident that a full excavation of the wreck will yield the first-ever detailed marine archaeological evidence of Columbus' discovery of America," he added.

Clifford, who led a reconnaissance expedition to the site, will hold a press conference Wednesday morning at the Explorer's Club in New York City to announce the discovery.

The Santa Maria was one of a fleet of three vessels that departed Spain in 1492 looking for a shorter route to Asia. The ship, after arriving near the Bahamas, drifted into a reef and had to be abandoned. Columbus ordered sailors to build a fort nearby before taking the remaining two ships back to Spain to report his findings.

Clifford and his team first discovered the wreck in 2003, but were unable to identify the ship. Yet the discovery of Columbus' encampment on nearby Haiti and data from the explorer's diary appear to prove the heavily decayed vessel on the sea floor was the Santa Maria.

NOAA has determined the probable location of the remains of the Civil War-era sidewheel steamer Planter, which gained national fame in 1862 when a group of enslaved African Americans commandeered the Confederate Navy transport ship in a daring escape to freedom.

The announcement was made in Charleston, South Carolina, where NOAA’s Office of National Marine Sanctuaries released a report on its search for the Planter and plans for an interpretative sign and future exhibit dedicated to the Planter’s legacy. The effort to find the Planter supports NOAA’s Voyage to Discovery initiative, which seeks to highlight African-American maritime history through education, archaeology, science and underwater exploration.

Under the leadership of Robert Smalls, the ship’s steersman, crew members navigated the steamer out of Charleston Harbor on May 12, 1862, and delivered the vessel to the United States Navy. The New York Herald called the escape “one of the most daring and heroic adventures since the war was commenced.”

The notoriety generated by the escape and capture of the Planter led to Smalls eventually becoming the first African-American master in the U.S. Navy and a member of Congress representing South Carolina – the state where he was born a slave. NOAA’s report helps fill gaps in the largely untold story of Robert Smalls and the Planter, which wrecked on a beach in March 1876 while trying to tow a grounded schooner.

In an attempt to answer lingering questions about the Planter’s fate, NOAA researchers reviewed historical documents and analyzed oceanographic and meteorological conditions that may have existed at the time of the Planter’s loss. The likely site where the vessel came to rest, off Cape Romain between Charleston and Georgetown, South Carolina, was confirmed with magnetometer and hydro-probing surveys that detected the presence of large concentrations of iron consistent with the remains of a sunken ship. The vessel’s remains are buried under 10-15 feet of sand and water in an environmentally sensitive area.

“Our interest in finding the Planter is about more than just unlocking the past and secrets of the deep,” said Daniel J. Basta, NOAA’s Office of National Marine Sanctuaries director. “This expedition is an opportunity to highlight African-American contributions to the country’s maritime heritage and inspire young people to consider careers in marine science to help expand the boundaries of ocean exploration.”

Following Smalls’ commandeering of the Planter on May 12, 1862, the ship continued to be used by the U.S. Navy as a dispatch and supply vessel with Smalls as pilot. However, by September of that year, the Navy transferred the craft to the U.S. Army Quartermaster Corps, where it supported Army operations around Charleston, Port Royal and Beaufort.

News accounts suggest that after the war, Smalls and the Planter were well known among local African Americans. As the Planter’s captain, he transported many freed slaves to newly created farmsteads and communities at Hilton Head and Port Royal. With Smalls at the helm, the Planter was reported as the ship that carried black dignitaries and passengers to the ceremony of the symbolic raising of the Fort Sumter flag which had been lowered after the fort’s capture by the Confederates.

On March 25, 1876, while trying to tow a grounded schooner, Planter sprang a plank in the bow and began to take on water in the hold. The captain elected to beach the steamer and repair the plank, hoping to get off the beach with the next high tide. However, stormy seas battered the Planter as the tide rose and the ship was too badly damaged and had to be abandoned. Upon hearing of its loss, Robert Smalls was reported to have said that he felt as if he had lost a member of his family.

Academics at the University of Sheffield have dispelled a long-held theory that the Titanic was unlucky for sailing in a year with an exceptional number of icebergs and say the risk of icebergs is actually higher now.

Previously it had been suggested that the seas which sank the famous cruise ship – which set off on its maiden voyage 102 years ago today (Thursday 10 April 2014) – had an exceptional number of icebergs caused by lunar or solar effects.

But academics at the University have shown the ship wasn’t as unlucky as previously thought.

Using data on iceberg locations dating back to 1913 – recorded to help prevent a repeat of the Titanic – they have shown that 1912 was a significant ice year but not extreme.

Professor Grant Bigg who led the research, said: “We have seen that 1912 was a year of raised iceberg hazard, but not exceptionally so in the long term. 1909 recorded a slightly higher number of icebergs and more recently the risk has been much greater – between 1991 and 2000 eight of the ten years recorded more than 700 icebergs and five exceeded the 1912 total.”

He added: “As use of the Arctic, in particular, increases in the future with the declining sea-ice the ice hazard will increase in water not previously used for shipping. As polar ice sheets are increasingly losing mass as well, the iceberg risk is likely to increase in the future, rather than decline.”

The iceberg which sank the Titanic was spotted just before midnight on 14 April 1912 500m away. Despite quick action to slow the ship it wasn’t enough and the ship sank in just two and a half hours. The disaster saw 1,517 people perish and only 700 survive.

Funding for the research, published in the journal Weather, was provided by the National Environment Research Council (NERC).

A deep-ocean exploration company in Florida says it has recovered nearly 1,000 ounces of gold, worth $1.3 million at current gold prices, on a reconnaissance dive to an historic Atlantic Ocean shipwreck.

The dive confirmed that the ship had not been disturbed since 1991 when another company stopped recovery work, Tampa-based Odyssey Marine Exploration, announced on Monday. The ship's sinking in 1857 with 21 tons of gold aboard in a hurricane off the coast of South Carolina sparked a U.S. banking panic.

Recovered gold included five gold ingots and two $20 Double Eagle coins, an 1857 coin minted in San Francisco and an 1850 coin minted in Philadelphia. The gold ingots were stamped with the manufacturer's "assay-mark" and weigh from 96.5 to 313.5 troy ounces.

U.S. $20 Double Eagle coins fetch an average of $5,000 from collectors, Odyssey's chief operating officer Mark Gordon told Reuters last week.

In March, Odyssey won the rights to return to the shipwreck from a receiver who had been appointed by an Ohio court to represent the ship's first exploration company after a decades-long court battle over rights to the treasure and return for investors

More than $40 million in gold was recovered by the original team led by Tommy Thompson, an Ohio engineer who discovered the shipwreck in 1988 using sonar and robotic technology he developed. The recovery efforts were derailed by lawsuits and investors accused him of failing to pay them. He has been considered a fugitive since 2012 when he failed to appear in court for a hearing.

Only about 5 percent of the shipwreck site was explored in the late 1980s, Gordon said.

The two-hour reconnaissance dive in mid-April took place as the company's research vessel, Odyssey Explorer, was traveling from the U.K. to Charleston, the company revealed on Monday.

Odyssey Explorer left Charleston recently to begin the bulk of recovery work at the shipwreck 160 miles off the South Carolina coast and 7,500 feet (2.2 kilometers) deep.

The 280-foot (85 meters) sidewheel steamship carried as much as 21 tons of gold ingots, freshly minted gold coins and raw gold from the California mines, as well as the personal wealth and belongings of its 477 passengers, most of whom were lost when the ship sank.

Historians say the loss of the gold caused a banking panic that contributed to a larger U.S. economic crisis, called the Panic of 1857, that lasted several years.

KINGSTON, Jamaica (AP) —

KINGSTON, Jamaica (AP) — Jamaica is reporting a big decline in sightings of lionfish, the voracious invasive species that has been wreaking havoc on regional reefs for years and wolfing down native juvenile fish and crustaceans.

Some four years after a national campaign got started to slash numbers of the candy-striped predator with a mane of venomous spines, Jamaica's National Environment and Planning Agency is reporting a 66 percent drop in sightings of lionfish in coastal waters with depths of 75 feet (23 meters).

Dayne Buddo, a Jamaican marine ecologist who focuses on marine invaders at the Caribbean island's University of the West Indies, attributes much of the local decrease in sightings to a growing appetite for their fillets. He said Sunday that Jamaican fishermen are now selling lionfish briskly at markets. In contrast, a few years ago island fishermen "didn't want to mess" with the exotic fish with spines that can deliver a very painful sting.

"After learning how to handle them, the fishermen have definitely been going after them harder, especially spear fishermen. I believe persons here have caught on to the whole idea of consuming them," Buddo said in a phone interview.

Across the region, governments, conservation groups and dive shops have been sponsoring fishing tournaments and other efforts to go after slow-swimming lionfish to try and stave off an already severe crisis. The U.S. National Oceanic and Atmospheric Administration launched a campaign in 2010 urging the U.S. public to "eat sustainable, eat lionfish!"

But just because shallow waters hugging coastlines have seen declines, the fast-breeding species is hardly on the way out. Fat, football-sized lionfish are daily caught in fishing pots set in deeper waters that spear fishermen and recreational divers never see.

In Jamaica, targeted efforts to remove them are ongoing even as a national lionfish project financed by the Global Environment Facility and the U.N. Environment Program project recently ran its course after four-and-a-half years.

"I don't think we'll ever get rid of it, but I think for the most part we can control it, especially in marine protected areas where people are going after it very intensively and consistently," Buddo said.

It remains to be seen exactly how much impact fishing and marketing of lionfish meat can have. For now, it's the biggest hope around. Scientists are still researching what keeps lionfish in check in their native range. In the Caribbean and the Atlantic, they have no natural predators to keep their ballooning numbers in check.