Thailand – Australia – United Kingdom

Archive for July, 2009

Daredevil Mike Wells to freedive Australia’s longest ocean cave

ON a single breath, Mike Wells hopes to go where no swimmer has ever gone unaided before.

The daredevil freediver will this week attempt to swim through Fish Rock Cave, the longest ocean cave in Australia, without scuba gear.

Mr Wells had planned to make the dive yesterday, until risky weather conditions forced him to postpone the attempt at the last minute.

A video camera will be strapped to the chest of his specially designed wetsuit as he makes the journey through the 120m long cave, 2km off the coast of South West Rocks on the North Coast.

The footage will then be sent to the Guinness Book of Records as proof of the world-first freediving challenge.

Freediving is a risky endeavour done without oxygen tanks and Mr Wells has trained for several years in preparation for this one dive.

But yesterday’s weather conditions off South West Rocks were deemed too dangerous and Mr Wells instead used it as a practice run.

“A swell like that can surge through the cave and you could get jammed,” he said. “It feels like swimming uphill, the surge was just too strong yesterday. I know mother nature enough not to risk something like that.

“I used it as a trial and so we have postponed but hopefully I can do it in the next few days.

“I will just wait for the call and once the weather is suitable, I will begin.”

The 39-year-old has been freediving for almost two decades and is hopeful of raising funds for the Australian Marine Conservation Society. Fish Rock Cave has a large population of endangered grey nurse sharks and the AMCS is the only charity that solely works to protect and care for sea life.

Inside the tunnel of the cave where Mr Wells will swim is also a large number of green turtles.

“Hopefully by having to wait a few more days, it might alert more people in the area to what we are attempting to do,” he said.

Donations can be made through amcs.org.au


Russian navy divers fight underwater aliens – declassified

The Russian navy has declassified its records of encounters with unidentified objects technologically surpassing anything humanity ever built, reports Svobodnaya Pressa news website.

The records dating back to soviet times were compiled by a special navy group collecting reports of unexplained incidents delivered by submarines and military ships. The group was headed by deputy Navy commander Admiral Nikolay Smirnov, and the documents reveal numerous cases of possible UFO encounters, the website says.

Vladimir Azhazha, former navy officer and a famous Russian UFO researcher, says the materials are of great value.

Read more

“Fifty percent of UFO encounters are connected with oceans. Fifteen more – with lakes. So UFOs tend to stick to the water,” he said.

On one occasion a nuclear submarine, which was on a combat mission in the Pacific Ocean, detected six unknown objects. After the crew failed to leave behind their pursuers by maneuvering, the captain ordered to surface. The objects followed suit, took to the air, and flew away.

Many mysterious events happened in the region of Bermuda Triangle, recalls retired submarine commander Rear Admiral Yury Beketov. Instruments malfunctioned with no apparent reason or detected strong interference. The former navy officer says this could be deliberate disruption by UFOs.


“On several occasions the instruments gave reading of material objects moving at incredible speed. Calculations showed speeds of about 230 knots, of 400 kph. Speeding so fast is a challenge even on the surface. But water resistance is much higher. It was like the objects defied the laws of physics. There’s only one explanation: the creatures who built them far surpass us in development,”
Beketov said.

Navy intelligence veteran, Captain 1st rank Igor Barklay comments:

“Ocean UFOs often show up wherever our or NATO’s fleets concentrate. Near Bahamas, Bermudas, Puerto Rico. They are most often seen in the deepest part of the Atlantic Ocean, in the southern part of the Bermuda Triangle, and also in the Caribbean Sea.”

Another place where people often report UFO encounters is Russia’s Lake Baikal, the deepest fresh water body in the world. Fishermen tell of powerful lights coming from the deep and objects flying up from the water.

In one case in 1982 a group of military divers training at Baikal spotted a group of humanoid creatures dressed in silvery suits. The encounter happened at a depth of 50 meters, and the divers tried to catch the strangers. Three of the seven men died, while four others were severely injured.

“I think about underwater bases and say: why not? Nothing should be discarded,” says Vladimir Azhazha. “Skepticism is the easiest way: believe nothing, do nothing. People rarely visit great depths. So it’s very important to analyze what they encounter there.”

More Related News – UFO phenomenon was strictly tabooed in USSR


Book Review: The Tao of Survival Underwater

Recent news releases from IANTD drew our attention to yet another in depth book from Tom Mount. The news release said.

“Tom Mount, D. Sc., Ph.D., N.D. is a diving pioneer in cave diving, deep diving, mixed gas diving, rebreather diving and wreck diving. His career also includes saturation diving, supervision of saturation diving, scientific diving and 50 years of diving leadership. While reviewing accidents in adventure sports, Tom became interested in why some survive difficult challenges while others perish in more simple predicaments, which led him to research survival mechanisms. It is apparent that the psychological and mental outlook as well as the physiological and physical demands contributes to who lives and who dies in critical situations. EXPLORATION & MIXED GAS DIVING ENCYCLOPEDIA, THE TAO OF SURVIVAL UNDERWATER addresses these issues. Joseph Dituri, M.S., is an avid rebreather, wreck and undersea explorer who pushes the technical edge of diving. A Navy Diving and Salvage Officer by trade, he continually seeks to improve his knowledge of deep diving and share his discoveries with others. Joe’s initiative has spurred changes in the way that conventional and military diving is being accomplished. He is the CEO of the Association for Marine Exploration, which conducts and facilitates innovative scientific exploration of undersea environments often in the twilight zone. While being responsible for the safety of others, Joseph developed an understanding of the physical and mental skills it takes to survive as a diver. His objective to share this knowledge is fulfilled in the pages of EXPLORATION & MIXED GAS DIVING ENCYCLOPEDIA, THE TAO OF SURVIVAL UNDERWATER. Tom Mount and Joseph Dituri are widely published and have written or contributed to numerous books, papers and many of the IANTD training materials. IANTD materials are located at www.IANTD.com and are available in your local IANTD Dive Shop. Tom & Joseph thank the expert contributors in their individual and collective areas for making this the definitive reference for How To Survive in Exploration Diving.”

So we thought it would be worth the hundred dollars (plus shipping) to order the manual for all the eager readers here at Big Blue Tech .

Our early attempts to get it shipped from America to Thailand were futile, so we had a third party order it from Canada and later ship it to us.

A few weeks later a large box arrived in the office looking in surprisingly good condition considering the distance traveled.

The sheer weight of the book is impressive. At almost 400 A4 glossy color pages the book rivaled every other book on our shelves taking first place in “the big book category” previously held by DAN ‘Deeper into diving’ on our bookcase..

First impressions when looking on the cover reveal that Tom Mount (the author) has a lot of friends who have been through a fair bit of education with several abbreviations at the end of their name. Our last most impressive book, the DAN Deeper Into Diving had the name “Richard E. Moon MD, FRCPC, FACP, FCCP” and that was a good read.

As we flipped through the pages we found over saturated reds and purples, with photo’s of 1980′s technical divers in pink and orange wetsuits proving a bit unsettling. If you had read any of Tom Mounts previous books like “Technical Diver Student Workbook for the Technical Diver & Normoxic Trimix Diver” you would be used to this style of presentation. Despite having read his previous work we thought twice about showing it to people as a representation of the new and emerging community of technical divers who prefer things simple, streamlined and certainly not pink.

Despite the books unique layout and color the content is amazingly rich in theory covering all theoretical aspects from physiology in great length, psychological aspects, decompression models and decompression sickness. I’ve stressed the word theoretical because beyond theory there’s nothing necessarily practical about the book, failing to expand or explain the technical function of things. At one point, the book begins to describe fins and other general equipment which climaxes with a one paragraph mention of a CCR and then moves on to Daltons Law (theory). When I gave this to someone who was thinking of getting into technical diving it simply confused them and overwhelmed them. I realize this book is designed for the more advanced technical diver but it could of been toned down a bit to appeal to a broader audience.

We continued to read through the content to see what was added further, instead of the essential ground works education and we found a lovely little section on meditation where the author demonstrates how he’s a Grand Master and uses Qi Gong to build energy. At that point we were lost…completely lost. The chapter that held this obscure section was referred to as physical fitness which would lead someone to think there would be practical (opposite of theoretical) examples of building physical strength for technical diving. There were examples like “eat right, exercise and get good sleep” but there were also the more disturbing “Chase, Age 8, Ha(s) received special energy training exercises from grand master mount in order to – force tom backwards when pressing against a knife”, so basically Tom is putting knives to the throat of 8 year old and having them push him away using only their Qi Gong’ness, maybe his next book should read “how to repel old men with sticks and knives with your throat” and put only theoretical information about scuba diving in it, image below.

Now I’m not knocking the power of the spiritual world, i beleive there’s a lot there to be discovered but I think there should be books then. The practical guide to surviving technical diving and one which is more theoretical.

The one saving grace about this book is you can always pick it up and learn something you had forgotten or simply overlooked. Additionally, the expedition chapter is a very good section with some helpful planning tips for people wanting to do their own expeditions in the future.

Looking at the back of the book is quite revealing when reading about the contributors and realizing that the authors of this book also wrote many “bibles” used in the technical diving community today. These other books may be black and white and very old but a lot of the methods used 30 years ago are still taught today.

I think the book should be labeled clearer for future people who can’t read it first or see a preview of it’s content because this book is not essential nor should be considered an encyclopedia for everyone. Additionally those who would consider this book a great source of information and a rich resource probably already know much of what’s being said inside. Those who don’t already know the things inside would probably get confused quite early on.

This leaves us to still refer to the DAN Deeper into Diving as the true encyclopedia of technical diving as a reference and resource for true survival.

Exploration and Mixed Gas Diving Encyclopedia; The Tao of Survival Underwater can be bought at http://www.iantd.com/


Tropical Conditions Returns to Koh Tao

Blue Skies

Living and diving on a small island can be unpredictable in so many ways, one of the more intrusive ways is the weather. Without warning it can change from hot and sunny to cold and rainy, recently Koh Tao was hit with a storm that lasted a few days ( see “Blown Away by the Diving“, took down some trees, threw sand in our eyes and general put everyone off the idea of going into the sea. That short period of boredom and gloom is over now with the return of the sunny and hot season typically enjoyed by all in Koh Tao and exactly what you would expect from a small island.

Koh Tao is unique beyond anywhere in Thailand, it has yet to be given a large airport which means the groups of people here are determined to enjoy the island. It’s always been considered a hippy backpacker place so it’s still quite young and fresh in mood and atmosphere. The shop owners are relaxed and leave you to browse with out the high pressure sales tactics. And the number one great thing about Koh Tao is the absence of the sex industry found most commonly in other parts of Thailand. Here on Koh Tao you would never see a “go go bar” in other places already mentioned you can’t avoid them. Most people already know this about Koh Tao and that’s what makes this place a great place to put your feet up.

Even the manager of Big Blue Diving wrote this: “ I woke up this morning I had an early morning swim from my house on Sairee Terrace south, a couple of hundred meters, to Sairee Beach & then back again. Me & my lovely wife walked the dogs down to the beach & then we had breakfast on the balcony at home. Then when I drove into work this morning the breeze was a refreshing break to the early morning heat of another beautifully bright hot sunny day. I went to yoga & put the fans on full. I got to spend most of my working day in my air conditioned office & then I’ve got a wedding party at the beach tonight at sunset. Then tomorrow I got to do the same again though I might replace my yoga work out with a couple of dives at Chumphon Pinnacle! I’m living the dream : ) Are you? “. Sounds good to me.

With the weather change brought about a mad rush of diving, Christos couldn’t wait to get back in the water to start taking pictures again and generally everyone is in a good mood soaking up the sun.

Below are some pictures taken over the past few days. The photo’s Christos took can be found >here<


Event – Technical Wreck Exploration and Liveaboard

Mv Trident at Sunset

Big Blue Tech and the Mv Trident will be conducting a Liveaboard to the HTMS PANGAN for a 3 day 3 night liveaboard.

The technical liveaboard will depart on July 2nd (weather permitted) and steam overnight to the wreck site. The schedule allows for 2 dives a day completing on the 5th returning to Koh Tao in the evening of the 5th.

Included:
Equipment (Regs, back plate, harness, deco regs)
Oxygen
Nitrox
Accommodation (on board)
6 Dives
Food
Drinks (water, coffee tea)

Not Included:
Personal Dive Gear (available for rent)
Helium (available at 4baht/ liter)
Drinks (soda, beer)

CCR?
The Mv Trident is equipped to accommodate CCR divers on this trip.

Pre-Requisites:
Must be a certified technical diver able to conduct decompression with oxygen for acceleration. If you’re not, contact us to get trained up before the trip!

Price: You can book online with your credit card, contact us for more info.


Action Diver Magazine Features Big Blue

Action Asia Magazine publishes a dive planner guide annually. This year “Action Diver” features a comprehensive guide to diving around south east asia.

Under their Thailand section they gave us a good write up and plenty of contact information for travelers who pickup the free publication to reach us easily.

as written.

“Big Blue Diving is one of Thailand’s longest-running dive centers, with a d ive resort on Koh Tao on the east coast and a dive centre offering trips to the Similan and Surin islands from Khao Lak on the west coast. Big Blue Diving on Koh Tao offers accommodation from dormitories to luxury bungalows on the beach. With three large dive vessels departing twice a day they can offer up to 12 different dive sites daily. Big Blue Diving also offers tuition for technical diving and cave diving at the Khao Sok National Park. Their west-coast dive operation services the Similan and Surin Islands by speedboat and by liveaboard. Boasting a choice of liveaboards departing daily, Big Blue Diving Khao Lak is quickly becoming a popular choice for divers on the west coast”

We love that last bit since all our technical diving is done on the west coast during that time of year. imagine graduating from your technical diving course amongst manta rays at 50m.


Documentary to focus on Dolphin Slaughter

Last year in November we published a story about a dolphin slaughter taking place in Taji, Japan that made headlines supported by “Heros” star Hayden Pennettiere. ” Stabbed And Butchered”

And now there’s a new documentary to highlight this cruel and unusual event to the world which includes consultants from the technical diving community to help capture images that recreational divers could not.

The makers of a documentary that highlights the cruelty towards dolphins committed at a secret cove in Broome’s Japanese sister city of Taiji hope the footage captured will shock West Australians into action.

The filmmakers want the Broome Shire Council to sever ties to the Japanese city where dolphins are captured to be used for entertainment in aquariums or killed for food in a secretive annual mission that captures thousands of the mammals.

The filmmakers claim 23,000 dolphins are slaughtered in the cove annually.

See the shocking trailer for The Cove here

The Cove director Louie Psihoyos said he discovered the practice when Richard O’Barry, who captured and trained dolphins for the television series Flipper, informed him of the slaughter. O’Barry is now one of the world’s most vocal opponents to such treatment of dolphins.

“He told me they were slaughtering the ones they didn’t choose and giving them away to school lunch programs,” Psihoyos said.

“I couldn’t imagine any civilisation killing dolphins.”

The cove, near the remote Japanese village, is heavily guarded. Gaining footage was a dangerous mission for the film-makers, whose presence was not welcome. The resulting film has been described as a cross between Flipper and The Bourne Identity.

“The town was like out of a Steven King novel – outwardly the whole town was about the reverence and respect and love of dolphins and whales, but what was happening in the secret cove belied another story, one I was determined to get at,” Psihoyos said.

“My sensitivity to all animal life has been heightened because once you have your eyes open to their plights it’s difficult to close your heart up again.”

The documentary makers hope to expose the practice to the Japanese population, in the hope that they will pressure decision makers into stopping the slaughter. They have succeeded in having dolphin meat taken off school menus in the town, after proving that the meat was contaminated.

More than 400 people have signed an online petition calling on the Broome Shire Council to sever ties with its Japanese sister city until the slaughter stops and to exert pressure on the representatives of Taiji to halt the practice.

The film, which is billed as a call to action for those people who oppose what is happening to the dolphins, hits cinemas on August 20.


Archaeologists Find Graveyard of Sunken Roman Ships


A team of archaeologists using sonar technology to scan the seabed have discovered a “graveyard” of five pristine ancient Roman shipwrecks off the small Italian island of Ventotene.

The trading vessels, dating from the first century BC to the fifth century AD, lie more than 100 meters underwater and are amongst the deepest wrecks discovered in the Mediterranean in recent years, the researchers said on Thursday.

Part of an archipelago situated halfway between Rome and Naples on Italy’s west coast, Ventotene historically served as a place of shelter during rough weather in the Tyrrhenian Sea.

“The ships appear to have been heading for safe anchorage, but they never made it,” said Timmy Gambin, head of archaeology for the Aurora Trust (www.auroratrust.com). “So in a relatively small area we have five wrecks…a graveyard of ships.”

The vessels were transporting wine from Italy, prized fish sauce from Spain and north Africa, and a mysterious cargo of metal ingots from Italy, possibly to be used in the construction of statues or weaponry.

Gambin said the wrecks revealed a pattern of trade in the empire: at first Rome exported its produce to its expanding provinces, but gradually it began to import from them more and more of the things it once produced.

In Roman times Ventotene, known as Pandataria, was used to exile disgraced Roman noblewomen. The Emperor Augustus sent his daughter Julia there because of her adultery. During the 20th century, Italian dictator Benito Mussolini used the remote island as a prison for political opponents.

Images of the wrecks show their crustacean-clad cargoes spilling onto the seafloor, after marine worms ate away the wooden hull of the vessels.

Due to their depth, the ships have lain untouched for hundreds of years but Gambin said the increasing popularity of deep water diving posed a threat to the Mediterranean’s archaeological treasures.

“There is a race against time,” he said. “In the next 10 years, there will be an explosion in mixed-gas diving and these sites will be accessible to ordinary treasure hunters.”


Bio Tech – The Future of Marine Biological Studies

The need to study marine life deeper and longer then previsouly allowed is becoming apparent as the marine biology industry is becoming saturated with recreational divers who are limited to 30-40m. Big Blue Tech have developed a course which will introduce technical diving methods and skills for the purpose of research and conservation.

You will be taught by professional marine biologists from our staff and those working for the Save Koh Tao environmental committee and the BioRock Group. As the only dive school in South East Asia offering programs in scientific Tech-diving, we provide access to some of the unseen wonders of the globe.

Our course demonstrates fundamental approaches and specialist techniques required of contemporary investigations in marine biology and ecology. It promotes an awareness of modern research programs of governmental and non-governmental agencies and demonstrates key analytical techniques, many of which are not taught at universities at any undergraduate or postgraduate level. The course combines current thinking (theory) and practical measurement (practice) used to understand natural influences and human domination of top-down processes (e.g. Marine Protected Areas and fishing) and bottom-up processes (e.g. waste water treatment, catchment management) that maintain and disrupt ecosystem function and sustainability. Particular emphasis is placed on temperate coasts for which most of the Thai population lives and works, and career opportunities most diverse and numerous.

In addition, this course will train you to be profficient technical diver with a range up to 55m with an estimated bottome time of atleast 30 minutes.


PADI EANx Specialty Now Online

Since its introduction in 1996, the PADI Enriched Air Diver Specialty course has been the most popular PADI specialty certification. This popularity has only been rising and to meet this demand, the PADI organisation has launched the PADI Enriched Air Diver Course online. This online delivery, when combined with course revisions that include a computer-only option, simplifies the teaching process and enables students to get back in the water sooner using Enriched Air. This translates into more Enriched Air student divers – and customers for PADI Dive Centers and Resorts.

“Savvy dive operators know the key to a successful dive operation is to attract and retain new divers,” says PADI Vice President of Marketing and Communications, Kristin Valette. “Continuing education keeps divers coming back for more; the more convenient the course, the more demand increases and business grows. As a matter of fact, results from the 2009 PADI Certified Diver Survey show that divers pursuing continuing education are 49 percent more likely to own a complete dive kit and 41 percent more likely to travel than those who remain at the open water diver certification level.”

The PADI Enriched Air Diver Course online follows the same format used in the highly successful PADI Open Water Diver Course online. Student divers enroll and complete all knowledge development online, including all components of the newly revised PADI Enriched Air Diver Manual and Enriched Air Diving video. Then they complete practical application sessions and open water training (which is still optional, but recommended) with a PADI Instructor at a PADI Dive Center or Resort. PADI Resorts and Retailers receive a revenue share from their PADI Office for each new Enriched Air Diver Course eLearner that affiliates with their business.

Not only is the course available online, the content itself has been revised so it is now based on using a dive computer. Although using the Recreational Dive Planner and DSAT Equivalent Air Depth and Oxygen tables remains an option, divers taking the revised specialty course now focus on learning how to properly set and use an enriched air capable dive computer to plan and execute their dives. The new Enriched Air Diver Manual, video and exam also fully support the dive computer option. To learn more visit the PADI Web site.


Record still stands, divers vow they’ll return

They came, they saw, they didn’t quite break the record.

About 13 Lorain County residents were part of a massive effort Saturday at Gilboa Quarry near Findlay to break the Guinness world record for most divers submerged at one time. Only 794 people participated, short of the 958 people who submerged themselves for 20 minutes underwater in 2006 off the cost of the Maldives islands in the Indian Ocean.

The event drew people from all over the country and Canada, and even though the record wasn’t broken this time, plans to bring the record to the United States and Ohio are in the works for next year.

“We’re bound and determined to break this,” said Jim Blauvelt, of Elyria, who was one of about 100 people who already signed up to dive next year at the quarry. “Even though we didn’t this year, we tried, and it will fall.”

794 divers participated in a world-record attempt Saturday at Gilboa Quarry. (Photos courtesy of Jim Blauvelt.)

Blauvelt said about 150 people registered for the dive but did not show up Saturday, which would have put them within striking distance of the record. The number of people this year was better than the previous record of 722 people, also set off the Maldives, in 2005.

“They have a definitive advantage,” Blauvelt said. “Most people like warmer water to dive in, but we already had more than they had (in 2005). so we have a very good chance of breaking it next year.”

A recreational diver for the past three years, Blauvelt, 39, said the event was a blast despite not getting enough people. It included a DJ, barbeque pulled pork, homemade ice cream, chain saw wood carvings and a social event to rival any other.

“Everyone was so personal,” said Wendy Vayda, another Elyria resident, who has been diving since 2004. “It was so much fun.”

Divers get ready Saturday at Gilboa Quarry.

Lanes were set up in the 14-acre quarry using nylon rope and down lines were there for divers to hold onto while they stayed underwater.

Blauvelt said the whole process only took about 90 minutes, from the time the divers went in the quarry, to the time they got out.

Those interested in attempting to break the record next year should visit the Gilboa Quarry Web site at www.divegilboa.com.


US deep sea explorers file objection to judge’s recommendation to award treasure to Spain

Deep-sea explorers based in Florida filed an objection Tuesday to a judge’s recommendation that they give 17 tons of shipwreck treasure back to Spain.

The dispute concerns the 200-year-old wreck of a Spanish galleon that carried thousands of silver coins and other artifacts estimated to be worth $500 million. The ship is believed to be the Nuestra Senora de las Mercedes y las Animas, which exploded in battle and sank in the Atlantic Ocean west of Portugal in 1804, claiming the lives of 200 people.

In June, a federal magistrate judge in Tampa issued a written recommendation, saying the wreck was likely the Mercedes and accepting the Spanish government’s argument that it had never expressly surrendered ownership of the ship and its contents.

But Odyssey Marine Exploration contends there isn’t enough evidence to confirm that the cargo it recovered came from the Mercedes. The company argues that if it is, the Mercedes was engaged in commercial activity when it exploded, which nullifies Spain’s sovereign immunity claim. Odyssey filed its objection Tuesday afternoon in Tampa federal court.

“We were disappointed in the initial recommendation, but we know that admiralty law is complex, and the facts of this case are unique,” Melinda MacConnel, vice-president and general counsel for Odyssey said in a statement. “We are confident that the facts and applicable law are in our favour.”

In its objection, Odyssey lists a number of arguments disputing the judge’s conclusion that the ship is the Mercedes and that Spain is the rightful owner of the treasure.

The company says eyewitness accounts state the Mercedes sank within view of land and that the ship was carrying between 33 to 50 cannons. The site where the treasure was found is not within view of land and only 17 or 18 cannons have been found, according to the objection. Nor is there any trace of burning among the artifacts, even though the ship exploded.

“Clearly, at a minimum this record evidence raises significant factual questions about the identity of the vessel related to the site,” the objection states.

Odyssey also claims the Mercedes was engaged in commercial activity when it sank. The group cites historical documents which show the vessel transported mail, goods and passengers for freight. Twenty-five descendants of people who privately owned and commercially shipped cargo on the Mercedes have also filed claims of interest.

“Most of the individual claimants purport to descend from individuals heavily engaged in the commerce between the Americas and Spain and who represented very powerful and wealthy merchant families,” the objection filed by Odyssey states.

Odyssey says the recovery is believed to be the largest collection of coins ever excavated from a deep-ocean site. The explorers previously discovered a Civil War-era steamer off the Georgia coast that yielded 51,000 gold coins and other artifacts valued at around $70 million.


Win a Megalodon Closed Circuit Rebreather

RebreatherWorld.com, and Advanced Diver Magazine are Raffling off a new Megalodon Closed Circuit Rebreather, a $9,700.00 value!

The winning ticket will be drawn at the 2009 DEMA show, Friday November 6th at 3pm at the Innerspace Systems Corporation booth. The drawing will be video taped and immediately presented on Rebreatherworld.com and AdvancedDiverMagazine.com. All rebreatherworld members are invited to attend the drawing.

The Megalodon ECCR contains the follow below items:
• Main Canister (black)
• Counter Lungs (standard nylon)
• Breathing Hose Assembly
• Scrubber Canister • Standard Axial w/moisture pads
• APECS Electronics Software 2.7
• STA
• Back plate w/continues Loop Harness
• LP Hoses
• Shadow Gear for Cylinder Attachment
• HP hoses and Gauges in PSI
• 2 Aluminum Cylinders and Valves
• 2 1st Stage Regulators
• ADV
• MGB w/spare hose
• DIV
• HUD
• Dust Caps

How the raffle works:
• Purchased tickets are printed separately onto cards and placed in the raffle bin.
• Each ticket contains the buyers name, their e-mail address, and the number of tickets purchased.
• The ticket purchaser will receive an e-mail confirmation after their tickets have been purchased. Credit cards are run manually once or twice a week. If a credit card is rejected, the cardholder will be notified by e-mail.
• All tickets will be placed within the RBW/ADM raffle bin.
• On the above selected date, the single winning ticket will be drawn from the bin in the presence of a crowd.
• The drawing will be video taped and placed on Rebreatherworl and ADM On-Line
• The winning ticket holder will be notified by phone and than e-mail.

The Winner
• The winner of the raffle is required to set up training with a certified Megalodon instructor.
• The winner is required to complete all Innerspace System’s liability forms
• The chosen instructor will receive the oxygen injection part of the raffle Megalodon to insure instruction on the unit.
• The winner agrees to pay all shipping and any customs or duty fees on the unit.

Buy Your Ticket Here


Deepest Underwater Camera records unique marine life

The world’s first deep sea Web cam was sunk into the blackness of Monterey Bay Canyon this year, allowing scientists – and anyone with Internet access – to watch streaming video of an ocean floor habitat rarely explored.

The Eye in the Sea camera, developed with the help of Florida Atlantic University’s Harbor Branch Oceanographic Institute, beams back grainy film of ethereal-looking crabs, bulbous black-eyed fish and sea pens swaying in a breezy underwater current 3,230-feet below the ocean’s surface.

But the camera is unique not just for its Web abilities. Designed in a way to be more unobtrusive than previous technology, it aims to give a truer picture of undersea life – a reality show of sorts broadcast live from the ocean floor. Instead of a noisy and brightly-lit submersible vehicle to gather data, the stationary camera is silent, plugged into a one-of-its-kind giant underwater extension cord developed by the Monterey Bay Aquarium Research Institute. It also uses a specialized red light that is undetectable by sea life.

An earlier version of the camera was battery powered, limiting its ocean forays to less than a week. With the newly developed power source, it can stay submerged for months at a time.

“This offers researchers the opportunity to capture on video images of deep sea organisms that are either too smart or too shy to hang around when the noise and lights of undersea vehicles cut through the silence and darkness of the deep,” said Harbor Branch researcher Lee Frey, who was the lead engineer for the camera. “For science, the value of this lies in discovering new species and observing known organisms whose behaviors are not precipitated or influenced by the human and unaccustomed presence in the environment.”

The camera was first deployed Jan. 21 and ran a continuous stream of video for a month before experiencing technical difficulties that restrict it to running for about five hours per day.

Researchers hope to bring the camera up for repair soon and believe part of the problem could be the crushing pressure at that depth.

While the atmospheric pressure at sea level is about 14.7 pounds per square inch, or psi, the camera is experiencing a psi of about 1,300.

“The environment at this depth is very harsh and it’s an ocean realm that science has relatively little information about,” said Scott Kathey, spokesman for the Monterey Bay National Marine Sanctuary.

The camera’s development began in 2000 at Harbor Branch with Frey and principal investigator Edith Widder, who earned a National Science Foundation grant for the project.

In 2005, Widder took the project with her when she became president and senior scientist for the Fort Pierce-based Ocean Research and Conservation Association. Widder continued to contract work with Harbor Branch and Frey.

Widder estimates the camera’s cost at about $600,000.

“This is giving us the opportunity to see what normal behavior is and to possibly see things that nobody has ever seen,” Widder said.

Widder acknowledges some of the scenes captured by the camera may not be very interesting to the average viewer.

Fish often appear immobilized while flecks of seaweed and other ocean organisms whiz by them.

With a limited food supply at that depth, Widder said fish conserve energy by remaining stationary for long periods of time.

“It’s like watching paint dry for most people, but it’s pretty remarkable for a scientist,” said Widder, who also designed a unique device that mimics the bioluminescence of jellyfish to lure predators to the camera.

For more of a show, she said people should begin watching the live Web stream next month when she hopes to sink the carcass of a whale or other animal near the camera to attract even more sea life.

“This is just too cool not to share with the rest of the world,” Widder said. “A lot of people don’t realize how much life is down there.”


SDI TDI Divemaster goes online.

Starting in July , Divemaster candidates can complete the academic portion of their education for SDI and TDI Divemaster ratings ONLINE.

SDI™ Group President Brian Carney announced today the release of a completely rewritten and redesigned SDI™ TDI™ Divemaster program including a brand-new 420-page student manual plus a 31-Chapter online program.

“This is one of the most ambitious new product launches in the company’s history,” Carney said. “The whole company including our network of facilities, instructors and dive leaders are really happy and excited to offer SDI and TDI Divemaster candidates the option of completing the study and final exam for their first professional level rating onLine. And we are looking forward to hearing feedback on all the new materials.”

Carney explained that the SDI Group, which includes TDI, the leading tech diving agency in the world, and the public safety training organization, Emergency Response Diving International, has “set the bar” with its onLine DM program. He said the success of SDI’s open water, nitrox, wreck, deep and navigation onLine specialties, prompted an all-out push to launch the new program months ahead of schedule.

“Market research told us that people are extremely happy with onLine training. Diver’s who have used SDI onLine training rather than the traditional classroom and book over the past five years or so, told us it suits their schedule and life-style.” Carney stated that the missing element was Leadership materials.

“Of all the Diver education we currently offer through our SDI™ facility network, the Divemaster program is perhaps the one that is the most suited to the online format,” he noted. “Leadership level academics are the closest thing the scuba industry offers to post-secondary education. It is a tough program and the content is huge. It demands real study and hard work from its participants. Our online system is the perfect format for home study, and gives DM candidates and their certifying instructors and facilities the benefits of real-time feedback on progress and challenges.”

Sean Harrison, VP Training and Member Services for SDI™ explained one of the benefits of the new media version of the company’s DM program. “Often, the instructor who is best suited to develop dive leaders is the one person who has the least time available. The perfect solution is blended learning through SDI’s online training. The proven online system is able to move the divemaster candidate through their academics freeing up valuable instructor time to work hands-on with them to refine their leadership qualities as well as diving, risk-management, and dive business skills.”

Harrison also commented that in light of the length of this new course, and the complexity of the materials covered, online students will also receive a printed Manual and Knowledge Quest to support the electronic version. The student kit, available from SDI, TDI dive facilities, will also include a Hat, Briefcase, SDI sticker and embroidered patch, water-proof USN Tables, Student Record Folder, and set of Rescue Slates.

To learn more about SDI™, TDI™ exciting and profitable new DM program, call your local representative or contact customer service department at SDI, TDI by email at godive@tdisdi.com.


Task Loading Tips For Underwater Photographers & Videographers

by Becky Kagan for DivePhotoGuide.com

“Take a deep breath” is what I told myself as I knelt down on the hard rock floor about 400 feet inside a Florida cave system. It’s been one of those days, my buddy had a few equipment problems so I was standing around in the hot sun in my drysuit, I was using a new piece of dive gear that I wasn’t comfortable with yet, my mask was leaking, and I needed to get the shots completed!  I stopped; taking a deep breath after also fighting a scooter with an over weighted video camera mounted on top of it. I had just been fighting it the whole way and the stress was starting to take over. All I needed was one more thing to go wrong and I knew it wouldn’t be a good situation. It just shouldn’t go this far, I was too task loaded and called the dive.
Task loading can come in many forms and it’s different for everyone day to day. Task loading can be anything physical to mental or a combination of both. It could be pushing an over weighted camera with lights in a strong current while trying to set up shots, positioning a model, dealing with sea sickness, a broken fin strap, and a depth and time limitation. All of these little problems can build up into one larger problem so it’s important to recognize when you’re overwhelmed and when to call the dive before it becomes dangerous.

Continue Reading Here


Death of a Deity

When heading for the ocean, most people pack a bathing suit, a picnic lunch and a camera, then dive in when they get there (if it’s not too cold) to swim a couple of dozen yards out from shore.

For Joe Romeiro of Exeter, a day at the ocean involves a wet suit, a heavy high-definition video camera, floodlights and a 150-mile voyage to the canyons at the edge of the Georges Bank where a deep-water dive finds him swimming with sharks.

Born in 1975 in the Azores, the same year Jaws was released, Romeiro came to the United States as a child and remembers that Steven Spielberg’s film about the very hungry Great White Shark was “the first American movie I saw.”

Apparently, it was an inspirational moment for Romeiro, for he has made dozens of short underwater films about sharks and other sea creatures that can be seen on MySpace.com and YouTube.com.

In June he took his film Death of a Deity, about sharks that are in danger from humans, to the first Blue Ocean Film Festival in Savannah, Ga., which honors movies about the sea. He took home its Emerging Underwater Filmmaker award. Footage he has shot for his 333 Productions, which he formed with partner Bill Fisher, has already been seen on NBC and The Travel Channel. Currently he’s in discussions with The Discovery Channel, whose popular 22nd annual Shark Week begins Aug. 2, and National Geographic Films to provide them with footage.

Over lunch at a Federal Hill restaurant in Providence, the wiry Romeiro speaks passionately about his love of sharks and the many dives he has made to come in close contact with them. “People always take this as a daredevil thing,” he says between bites of a hamburger. “But sharks will not come near you unless it has something to do with food. They are so afraid of people.” He adds, however, that if a shark sees you approaching something in the water that it views as food, “it will see you as competition for the food” and will make a move to grab it away first.

In one of Romeiro’s films, one can see a hand holding up a piece of chum (bait) and a shark darting in to grab it out of the hand, which turns out to have been Romeiro’s. This, he took pains to point out, is not something he does normally. He did it to attract the fish in this case. Romeiro cautions that he does not want to make it look as though he was foolhardily grandstanding. “It’s a real touchy subject, but I wanted to show that the animal was not going to come rip my arm off. It’s a real testament to the animal.”

Yet what about all those movies that show sharks “attacking” divers who go down in protective heavy metal shark cages? Romeiro, who doesn’t go down in shark cages, says filmmakers use chum to attract sharks for those films, waving the food in front of them so the sharks will appear to be ferocious monsters. “I’ve never been bitten or felt in danger,” he says. “There are a lot more dangerous things you can do.”

Romeiro met his 333 Productions partner Fisher five years ago in Fiji when both were hoping to capture images of sharks on film. Romeiro was looking to photograph tiger sharks with a still camera for pictures for his walls at home, a place he says is filled with shark memorabilia and once held a 3,000-gallon fish tank. It wasn’t until two years ago, however, that he began to take what had been a hobby more seriously “buying a really nice camera system” and making his films available on YouTube.

Right now, he says, 333 Productions is still “a labor of love” that is just “breaking even.” To pay for his filmmaking endeavors and deep-sea dives, Romeiro operates the Black Lotus tattoo studios in North Kingstown and Providence and also speaks to members of scuba clubs. “I talk about sharks and help them understand the animal’s plight. It makes divers who are nervous about sharks feel better.”

But he hopes the recognition from the Blue Ocean festival and the interest from the cable TV channels will lead to bigger things. His longest film at the moment runs only 22 minutes, but he’s working on an hour-long film about local sharks off the New England coast. One of them is the blue shark which is offshore in summer, then swims off to the warm waters of Africa for the winter. They can grow up to 13 feet and weigh up to 350 pounds, but Romeiro says sadly that “90 percent of the population is gone,” fished out for food or sport. “Sometimes it takes eight or nine hours to find just one” on his dives, when “you should be seeing 50 in an hour.”

The eradication of sharks off New England is not just a local problem. He says that when he went to the Galápagos Islands off the coast of Ecuador a few years ago he saw 100 whale sharks in one week. The next year he went back “and I saw only one whale shark. And the hammerheads, there used to be hundreds, but I only saw 15.”

He grows animated when discussing the “horrible, horrible” things humans do to sharks, sometimes cutting off their fins to use in shark fin soup and then releasing the animal back into the water to die or cutting up the animal to use as chum for other fish or as souvenirs. “The animal is so tolerant of us and we’re so intolerant of it,” he says with disillusionment in his voice.

After feeling some kinship toward sharks, maybe it’s not so surprising when Romeiro says that he doesn’t eat fish … and especially not sharks. It’s not for the reason you might suspect, however, but because “big fish carry such heavy levels of mercury.” There’s a reason that fishermen who catch mahi mahi and swordfish for sport give them to homeless shelters and don’t eat them themselves, he says. Besides high levels of mercury, he says sharks have a lot of urea in their tissues “to keep their blood salty because they don’t drink water.” These are things that he says make sharks “the worst” thing to eat from the sea.

Romeiro hopes his films will provide people with a better understanding of the sharks and other sea creatures we share the planet with. “One day some little kid might say, ‘I saw a little video about sharks,’ and then one day may go on to save them.

“There’s something really satisfying about helping the unhelpable, loving the unlovable.”

Source


Archaeologists dive deep into the lost world of the Maya

Machete chops echo and leaves rustle underfoot when the vines clear, revealing cobalt-blue water in a cliff-sided pool.

Hidden beneath the dry-season forest, these waters, the blue cenotes (cen-NO-tays) of Cara Blanca, represent a mystery for scholars, one left by the ancient Maya. What lies within these sacred wells?

“Cenotes were portals to the underworld, Xibalba, for the Maya,” says archaeologist Lisa Lucero of the University of Illinois at Urbana-Champaign on a tour of the pools in May. “Offerings, artifacts — they would have left something there for the gods. We would expect to find something.”

But the gods of Xibalba (shee-BALL-buh) won’t yield their offerings so easily.

The secrets of the ancient Maya, whose Central American population centers were mysteriously abandoned more than a millennium ago, have long intrigued scientists. Why did such a complex culture disappear?

Lucero and her colleagues are among those trying to understand this lost world. They have been searching the 6-mile-long Cara Blanca site for ruins since 1998, working each year primarily in May and June, before the rainy season.

A team of world-class cave divers assembled by Lucero and geologist Patricia Beddows of Northwestern University in Evanston, Ill., intend to descend into the depths of three of Cara Blanca’s 23 pools next year. Hazards the divers will face include trees, caves and crocodiles, not to mention 160-foot depths.

“Cenotes bell outward underground, like caves. You can’t treat them like there is clear water over your head. The waters are sulfur-rich. Hydrogen sulfide can make divers sick if they push it, which has happened,” Beddows says. “And there is the depth problem.” Dives in very deep waters put divers at risk of serious health problems, especially if they surface too quickly.

Plumbing the blue depths

The ancient Maya lived in Central America’s lowland forests for thousands of years, starting around 300 B.C. to build a culture of widespread centers marked by pyramids and temples and, stone carvings suggest, ruled by a caste of boastful chiefs. The Maya abandoned these centers around A.D. 900, a mysterious “collapse” ascribed by scholars to warfare, drought, overpopulation and environmental degradation, or a combination of each.

Spanish conquistadors met Maya descendants still living near centers in Mexico’s Yucatán in the 1500s, and today some 6 million Maya still live in Mexico, Guatemala, Belize and elsewhere. “The Maya didn’t go away, but their rulers did,” Lucero says.

In 1904, Harvard’s Peabody Museum archaeologist Edward Thompson dredged the Sacred Cenote at Chichén Itzá in Mexico’s Yucatán. He found masks, jade, images of the rain god Chak and human bones. Later dives at Guatemalan lakes near Maya ruins found similar offerings.

Cara Blanca (“White Face,” named after the cliffs above the pools) is itself a mystery to Lucero and her colleagues. Despite the cenotes’ year-round water supply, they occupy a no-man’s-land between two ancient Maya settlements, the midsized center called Yalbac and a smaller one that’s called, in scientist-speak, M195. The smaller settlement is dominated by a 36-foot-high pyramid. The simple answer might be that the cenotes’ salty water is undrinkable. Or it might have been sacred. Or both.

In a survey last year led by archaeologist Andrew Kinkella of Moorpark (Calif.) College, field researchers mapped Cara Blanca’s swath of forest encompassing the pools and determined that only a few structures once lined one pool and one large structure existed between two of the cenotes that the explorers think hold the most promise as sources of artifacts.

“We think they were sweat lodges,” Kinkella says, places of purification before offerings were made to the pools. “Sweat lodges are important places in many Native American traditions. Have you ever been in one? It’s not a day at the sauna. It’s an intense experience. You basically come out of them feeling like you are going to die.”

Last year, an archaeological team co-led by Gary Feinman of Chicago’s Field Museum reported that chemical evidence from Chichén Itzá’s sacred well revealed the key ingredient behind the “Maya Blue” coloring beloved by the ancient Maya. The brilliant pigment is seen in many artifacts, such as artwork and pottery.

At Cara Blanca, he says, “finding offerings in the cenote(s) to be investigated would not be surprising at all, since both water and openings underground had great symbolic meaning and importance for the Maya and other Mesoamerican peoples.”

Mission: Impassable?

To explore the pools, Beddows has picked world-class divers, including cave explorers Jill Heinerth, Steve Bogaerts and Bil Phillips, documentary veterans familiar with Yucatán caves whose experience adds up to more than a century of “technical” diving experience. “We will treat it as a cave-diving situation,” adds Beddows, who has arranged for British military personnel (who train in Belize) to provide medical support, if needed, for the expedition.

Over three weeks next May, the team plans about five three-day dives in Pools 1, 2 and 16 of Cara Blanca, with two-day breaks to recover between sessions, and to tag and conserve any artifacts turned up during exploration. They will take 12-foot cores of the bottom and map the cenotes, looking for clues to their geology, and the sulfur-rich chemistry that colors the pools an unearthly blue. “The color is striking and would have interested the Maya,” Beddows says.

Her chief worry is the logs and vegetation at the bottom of the cenotes, which can create a spiked wall for heavily equipped divers who can see only a few feet in the depths. “At the bottom, the chemistry leads to a thick bacterial covering and, very quickly, complete darkness,” she says. These oxygen-poor waters at the bottom of the wells should serve to preserve artifacts, but they also preserve trees that have fallen in over the years. “Some of what we will be doing will be essentially gardening to clear the site,” she says.

Artifacts are most likely to appear on the perimeters of the cenotes, which are the deepest waters and closest to the shore. Diving without scuba gear, Kinkella has retrieved pottery shards from Pool 1, which has mound-covered Maya structures on three of its sides. “At the very least, we should find a wealth of pottery,” Beddows says

Crocs and caves

And then there is the crocodile. Kinkella encountered him last summer while floating with a student on an inner-tube at another cenote, dangling a weighted line into the pool to measure its depth. “We thought it was a log,” he says. “And then it dived and headed right toward us.”

The pair beat a hasty retreat, paddling their float to shore. They’ve since determined that the crocodile travels between the cenotes, perhaps by underground river.

“Oh, he’s the least of our worries,” Beddows says. “He’s not a big croc. They don’t bother anyone. If he’s a problem, we’ll trap him and tote him to another pool.”

Beddows doesn’t expect to find underwater caves large enough for a crocodile, or person, at the cenotes. The limestone underneath the region is “dirty” and crumbly, unlike the Yucatán, famous for its underwater caves hundreds of miles long, or Belize’s Maya Mountains farther south, home to dozens of caves explored by researchers from Belize’s Institute of Archaeology. “Caves were very much seen as portals to Xibalba, also,” says archaeologist Jaime Awe, who heads the institute.

The same low-quality limestone was used in the blocks supporting the Maya structures at Cara Blanca and Yalbac, today covered by mounds of earth. The only clue to their contents comes from the ubiquitous looters’ trenches and the way they suddenly emerge from the flat jungle ferns and undergrowth.

The soils at Cara Blanca are also poor for farming, which may have made it easier for the Maya to leave them as sacred sites. “Yalbac and other places nearby were likely covered with small farms, but weren’t anywhere near the pools,” Kinkella says.

“The truth is we don’t really know what was going on at the cenotes, which is why we are exploring them.”

Source


OMS Workhorse Regulator Review

by James Thornton-Allan

Based in Montgomery NY. and founded in 1991, Ocean Management Systems Inc., commonly known as OMS (www.omsdive.com) is revolutionizing the future of sport and technical diving through the implementation of today’s most advanced technology. The company is leading the dive industry with innovative life support, computer and analytical products that greatly enhance the diver’s situational awareness and safety during every phase of dive. OMS Inc. has built its core business, around neutrally buoyant steel cylinders, patented BC’s and backplate harness systems. These and other OMS products are typically known throughout the dive industry for their innovative design, and robustness.

The ‘Workhorse’ unbalanced regulator has been the standard in SCUBA diving for years. Why? Its rugged, simplistic, dependable, low cost design lends itself for use as a primary, recreational, technical and DECO regulator. This regulator in fact was utilized by the National Park Service as a primary SCUBA regulator
in its 190+ foot dive to the B-29 bomber in Lake Mead! The Workhorse now comes standard with (1) Black (installed) (1) Green (Nitrox) and (1) (Oxygen) Yellow cover.

Big Blue Tech. own four OMS ‘Workhorse’ regulator sets and use them solely for the 6m to surface ascent zone of accelerated decompression on 100 % oxygen. To deliver this review in a clear and fair manner, the review will be broken down into seperate areas of consideration.

Function:

The OMS ‘Workhorse’ is an unbalanced regulator which means the tank pressure has a considerable effect on the breathing resistance. This is not related to our review since we never took a breathe from it below 6m. With this regulator being unbalanced it also means its very easy to repair and service which is essential for this unit, – more on this topic in the section reliability and robustness that follows-. If you look at the picture below you can see how simple it is inside. When we compare the ‘Workhorse’ to other regulators we found the Scubapro MK2 almost identical inside.

Robustness:

The OMS ‘Workhorse’ is by far the most fragile and delicate of all our regulators. There is one major design flaw: the exhaust cover. The exhaust cover is a large piece of plastic covering the area where exhaled bubbles escape via channel openings on either side. This cover is also looped behind the mouthpeice and secures on to the rest of the regulator by 2 very small clips. Below you can see a comparison of this exhaust cover; one with and one without such clips.

While waiting for replacement parts, we used the mouthpiece to secure the exhaust cover on to the regulator with a strong cable tie. This doesn’t really help since the mouthpiece comes off very easily. In fact, the mouthpiece is always twisting in your mouth during decompression. You can see below how the second stage is assembled.

This problem became quite dangerous when the regulator comes apart in your mouth but you still have the mouthpeice where it should be. For trained and experience divers it’s not an issue, but it could prove very dangerous for novice divers. Being divers, we assume that having a regulator come apart in your mouth would certainly pose some concern to someone.

All of our regulators broke this way. Despite becoming increasingly aware of this issue and exercising caution during use of these regulators during decompression, they would still come apart.

Features:

One of the great things about this regulator are the interchangeable covers. This is a really nice feature when diving in a large team, allowing easy identification of the gas the other team divers are on. Identifying and differentiating instantly oxygen from nitrox, can prove to be handy in certain tech. diving situations. That would be the only unique feature about this regulator.

Reliable:

Building further on the issue of robustness, we also found the 1st stage of the ‘Workhorse’ to have a great tendency to leak after only 20-30 dives post service. Not a major leak, but a slow and steady trickle of bubbles tickling the divers chin (in technical diving, your oxygen cylinder is slung onto your chest; this oxygen cylinder being the one the OMS reg’s 1st stage in question is mounted on). When decompressing for 30 minutes it’s very aggravating and distracting. Additionally, getting parts in Thailand is somewhat difficult and we were unable to find available service schematics at the time of writing.

Testing Grounds:

We have taken these regulators from swamp bottom lakes to open ocean wrecks. We are certain we have been putting these regulators in the conditions they are designed for. As these regulators are secured by strap to the cylinder (for retrieval in the latter stages of the dive for decompression purposes), they are subject to impact with rock walls and boulders when penetrating caves and narrow overhangs. Furthermore, add to this the possible degrading effects of silt, sand and sun and ofcourse the occasional bashing about on busy dive boats during the kit up and storage process and one can understand why a regulator can fail mechanically at some point. However, given that these regulators are designed with such issues in mind, have a name like ‘Workhorse’ attached, and are produced by a company like OMS, one would imagine they could withstand these conditions (despite the stress or amount of repetitive diving strain placed upon them). During all dive testing and opinions formulated, the ‘Workhorse’ was only used at 6m.

Breathing:

It breathed fine at 6m, no worse or better than any other regulator we have used. Since it is a simple unbalanced regulator we imagine it would perform the same as any other entry level piston regulator.

Price:

One great feature of this regulator is the price tag attached to it. It’s cheaper than the competitors and when buying in bulk it makes a difference.

Conclusion:

If you’re thinking of buying a ‘Workhorse’ regulator, you have to consider primarily what environment you will be using it in and for what type of diving. If you’re using it for simple recreational diving where the regulator will be stored in a nice padded bag, you dive maybe once or twice a year and you live in the United States where spare parts are abundant and easily accessible; then this is a good regulator for you.

If you are considering of doing all the cool things advertised in the OMS catalogue then perhaps this is not the best option for you. If you are an avid recreational or technical diver with frequent dive exposure and you require a reliable strong regulator then you will find yourself dsappointed quite early on. For consistent performance – such as that required by a dive professional- we recommend the MK2 regulator with a R295 second stage (pictured above). We utilize these for dives to 40m and shallower and they prove to be very dependable indeed.


Underwater Exploration Seeks Evidence Of Early Americans

Where the first Americans came from, when they arrived and how they got here is as lively a debate as ever, only most of the research to date has focused on dry land excavations. But, last summer’s pivotal underwater exploration in the Gulf of Mexico led by Mercyhurst College archaeologist Dr. James Adovasio yielded evidence of inundated terrestrial sites that may well have supported human occupation more than 12,000 years ago, and paved the way for another expedition this July.

As part of their 2008 findings, the researchers located and mapped buried stream and river channels and identified in-filled sinkholes that could potentially help document the late Pleistocene landscape and contain artifacts and associated animal remains from early human occupations. Continued exploration, Adovasio said, will be geared toward assessing a human presence on the now submerged beaches and intersecting river channels.

“There’s no doubt that early North American occupations are underwater, but it’s like looking for a needle in a haystack,” he said. “We have found the haystack; now we’ve got to find the needles.”

That happens July 23-Aug. 7 when Adovasio leads a team of scientists representing leading institutions from government and higher education to St. Petersburg, Fla., where they’ll resume their search for evidence of early Americans in an area 100-to-200 miles off Florida’s west coast, now about 300 feet under water. For the second year, Adovasio will be assisted by co-principal investigator Dr. C. Andrew Hemmings of Mercyhurst College and the Gault School of Archaeological Research in Austin, Texas. This year as last, the primary funding source is the National Oceanic and Atmospheric Administration (NOAA).

The decision to take their expedition underwater in the first place, Adovasio said, stems from the premise that early Americans probably hugged the American coastline, congregating around freshwater rivers, before heading inland. At that time, much of the world’s water was confined to glaciers, causing ocean levels to be lower and exposing more of the continental shelf. As the earth warmed and water levels rose, evidence of past settlements became submerged.

Dredging and storms have turned up artifacts on the Gulf Coast as well as the Atlantic and Pacific coastlines, but Adovasio said this is the first time a group of scientists has staked out a submerged piece of real estate suspected of containing preserved Ice Age beaches and systematically gone in search of early human occupations.

From the University of South Florida’s research boat, the team will use remotely operated vehicles and remote sensing tools to explore the submerged sites. In shallower depths, divers will inspect sites to collect artifacts and animal fossils and recover sediments for geological analysis and possible radiocarbon testing.

“Proof of past human habitation here would reinforce the disintegration of the once prevalent hypothesis about who the first Americans were, how they got here and when they arrived,” said Adovasio, who rose to fame 30 years ago while excavating the Meadowcroft Rockshelter near Pittsburgh, Pa. Radiocarbon dating at Meadowcroft revealed the presence of human campsites as many as 16,000 years ago, which went a long way toward dashing the Clovis-first paradigm, holding that the first humans arrived in the Americas about 12,000 years ago, as revealed by a site near Clovis, New Mexico.

The inaugural expedition confirmed many of the scientists’ original hypotheses and earned second-year funding from NOAA in the amount of $120,000, Adovasio said. Besides NOAA, additional supporters, providing everything from in-kind services to personnel, include the Mercyhurst Archaeological Institute, the Gault School of Archaeological Research, the Florida Bureau of Archaeological Research, the Florida Geological Survey, the University of South Florida, the University of Michigan and the University of Illinois at Chicago Circle, among others, Adovasio noted.


Off Florida, a cemetery under the sea

With a spray of water, Guy Gleichmann surfaces from a 40-foot dive during which he helped set his mother’s remains in their final resting place: a sunken city where brightly hued fish shimmy among fantastical architecture.

“I didn’t want to leave,” Gleichmann says, doffing mask and mouthpiece. “It’s so beautiful down there. It’s so serene.” The 48-year-old investment manager and diver from Pompano Beach, Fla., wanted a unique and accessible spot for his mother, Emma, who died in December at age 75. So he had her cremated remains mixed into concrete in the shape of a seashell, which was placed near the statue of a lion.

Ashes to ashes, dust to deep.

Emma Gleichmann was one of nearly 60 souls whose cremated remains rest in nautical sculptures on the sea floor about three miles off Key Biscayne at the one-of-a-kind Neptune Memorial Reef. The alternative burial option creates an environment for reef creatures and a destination for divers.

“It will always be a special place when I go diving, to come out here and be where she’s at,” Gleichmann says. “It just gives you a feeling that they’re not totally gone.”

The reef, a subsidiary of the Neptune Society, the nation’s largest cremation company, opened in fall 2007 after four years of permitting hurdles. It encompasses 16 acres and features oversize sculptures: arches, columns, gates and benches, all designed by Key Largo artist Kim Brandell.

“I was trying to achieve some sort of sunken city, but not Atlantis,” Brandell says, calling his architectural style futuristic rather than classical.

The scale is appropriately gargantuan for an undersea necropolis: 5-ton columns on 50-ton bases, arches soaring 25 feet. About a tenth of the underwater sculpture garden has been developed, says project manager Jim Hutslar. When the entire reef is completed, perhaps in 10 years, its rings and spokes will resemble a massive mandala. Leaping dolphins, chariots and Neptune himself are planned as future monuments.

In the company’s Deerfield Beach plant, Hutslar mixes a client’s cremated remains into special underwater concrete in 10-pound sculptures of starfish, shells and coral. Family members can watch or participate. Some place small tokens from the deceased in the mix — fishing lures, angels or rosaries.

“Sometimes I warn the family,” Hutslar says. ” ‘If you start crying, I may cry.’ “

On the reef, the sculptures are affixed to pavers along paths or set into columns and statuary. They eventually will be covered with coral, but plaques reveal who resides there. The cost is $2,600 for a standard placement of cremated remains. A cremation and placement package runs about $4,000.

Appealing to sea lovers, the reef is home to the remains of boat captains and divers. Others desire a unique alternative to the graveyard. “We’re seeing a lot of baby boomers because it’s different,” says Stephen Ziadie, Neptune Memorial Reef’s chief operating officer.

Fish swarm there by the hundreds; an eel and two stingrays have taken up residence. “As I’m working, they’re around my hands, trying to see what I’m doing,” Hutslar says.

Of the 1,200 spots in the reef’s initial development, more than half have been sold, he said. The company doesn’t own the site — it’s in international waters — but has federal and state permission to build on it.

Hutslar makes several maintenance dives to the reef each week, and places the remains of five to six people there a month. Nine family members of one woman learned to dive so they could watch him set her sculpture. “They all got certified for that one event,” he says.

Ron Hink, 54, of Fort Lauderdale, suggested the reef for his mother, Edith, when she was in a hospice. “She just lit up and said, ‘Gosh, I love the idea. I’ve always lived on the water, and I’ll have waterfront property,’ ” he recalls.

Hink bought space in a column for himself, his wife and two kids. “One by one we’ll all go there,” he says.

Source


Event – Cavern and Cave Course – Khao Sok – July 2009

Big Blue Tech will be conducting a 4 day  Cavern Course in Kao Sok National Park. The following dates are available.

July 18th – 22nd ( 4 spaces )

This trip will be open to divers from around Thailand.

Pre-Requisites: Must be minimum Advanced with 20 dives ( Redundant Breathing System Provided)

Conduct: The course will be done on site in the national park over a 4 day period of 6 dives with academic plus dry land skills. Certification as a Cavern Diver will be received after completing 4 dives and a final exam with 2 experience dives to follow.

Included:
- Ferry to and from Mainland Thailand (if required)
- Transport to and around Khao Sok
- 4 nights accommodation in a 4 star resort inside the the National Park
- Manual and Certification
- All gas and cylinder fills
- All equipment (Reels, Torches, Dive Gear)
- All food and drinks (non alcoholic)
- Park Entry Fee
- Boat Fees
- 4 Training Dives
- 2 “fun” Experience Dives

Not Included: Beer

Tekkies: Technical gear is available for those certified, included in the course price.

Certified Cavern Divers:
For those certified we will be running exploration trips in conjunction with this course, this will allow certified divers to use the boat and compressor to conduct 4 days of diving

Gas:
Nitrox, Trimix and boosted oxygen available on site, on request.

Prices: 19,800 Baht

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Past Events, look at these pages for images and video

Day 1, Day 2, Day 3, Day 4, Day 5

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Suunto Hel02 Review

by James Thornton-Allan

Suunto have released a new dive computer called the Hel02 which is marketed to challenge the advanced technical diving computer market. With multiple gas mixes and the ability to handle normoxic trimix, this computer has the window sticker to tempt any diver.

However, all that glitters is not gold and you only have to look at the history of a company to realize that adding more features to a computer isn’t a good thing.

Traditionally technical divers would dive using a depth gauge and timer combined with a slate. This method isn’t the most flexible but it does create disciplined divers. I personally prefer to dive trimix on a slate, it keeps me alert and ensures I dive the plan rather than just jumping in and watching reserves.

This new computer has many features that allow divers to go quite deep with a real sense of freedom. Many remember the total collapse of their “bling tech” computer, the D9. It was ordered by the U.S consumer safety council to be recalled because it was giving false decompression times. For the original review of this product refer to:  “Dangerous at Any Depth”

The more dangerous aspect of the HelO2 is its complexity in function, especially for people who already own the Vytec DS computer, . This is also Suunto’s first computer where you can reduce the conservatism. However Suunto state this feature is only recommended for fit and young individuals. How many people place themselves in this category I wonder?

The HelO2 computer was loaned to us for testing to see if it was something we would be happy to recommend to our customers. After signing a liability release for Suunto, assuring them we would also use a back up source of decompression information, we strapped on the Helo2 and jumped in.

One major problem with the Hel02 is that it still does not show your upcoming stops. It has a “time to surface” indicator which estimates your schedule providing you swap on the gases you have programed, but that’s not the same thing as actually knowing what your stops are. With such advanced display, the computer should be able to show a graph or a forecast of stops and depths. I think this has to do with their forecasting style of diving. Those who have been on a Suunto before would of seen their computer go into decompression mode which just disappears sometimes when they arrive at a shallower depth around 10m. The Hel02 computer does the same thing, we got 3 minutes of deco, stayed over our depth for 2 minutes and it just went back to no decompression diving at 10m.

One of our instructors took the Hel02 for a recreational dive to test it for himself, as he was planning on upgrading from his Vytec Ds. Disapointinngly the instructor felt the Hel02 lacked important features and had he been on a trimix dive he would of bailed to slate and a back up.

One of the other aspects of the computer is the decompression model it uses. The model is called the Suunto Technical RGBM algorithm, despite not fully implementing the RGBM bubble model. Dr Bruce Wienke, who developed the full RGBM model, also developed the Suunto Technical RGBM algorithm and describes it as a simulation of a bubble model. When dived alongside a VR3, which uses a traditional Buhlmann model with Pyle Stops, the decompression required was almost identical. It is clear from the profiles produced by the HelO2 and from the new version of the Suunto Dive Planner that it is primarily a Haldanean/Buhlmann model with deep stops added.

The HelO2 was also compared against tables generated by two bubble models, VPM (using V-Planner) and RGBM (using GAP). It was clear that the profile required by the Suunto Technical RGM was very different to the RGBM profile generated by GAP. However the X1, which uses VPM-Live, matched the V-Planner generated VPM tables almost exactly. This is further confirmation that the HelO2 does not use a full RGBM implementation.

Post testing my conclusions are that Suunto have achieved what they set out to achieve. They have produced a computer which is easy to use and will appeal to a large number of Trimix divers. They have managed to do this at a price point that I think will appeal to a great deal of people coming into technical diving. Although it has its limitations, I can see this computer becoming a huge success, primarily because of distribution and getting your hands on this computer will be very easy compared to others. The HelO2 will polarize many in the technical diving world, with some people loving it and some people hating it. This will probably be the same people on the fence about the DSAT vs TDI debate as well.

However after several dives and debates with regards to its performance with other technical diving professionals, I would not recommend this computer at this time. Perhaps upon future releases of the HelO2 when all the potential bugs are fixed I will give it a second consideration. In the end, everyone recommends a VR3 (the closest competitor), despite the price, which will be the least of your concerns when diving beyond 100m

*this computer was tested againts the Vytec DS, VR3, Pursuit, and Uwatec Depth and Timer.


Russian submarine found at Märket

After almost 10 years of searching, wreck hunters have found the remains of the Russian submarine S-2 that was sunk with all crew of 50 men by the Market lighthouse in 1940.

HISTORY The last visual observation of the S-2 was made on January 3rd 1940 by lighthouse officer J.A. Eckerman of the Market lighthouse. He tells:

“The submarine was visible just outside the Market Island eastern edge. It looked as if it headed northward towards the reefs just east of Market but suddenly it changed its heading to clear the reefs and headed eastwards between the reefs and the small island Northeast Sankan. Immediately after changing course, the submarine submerged. Shortly after, an explosion was heard in east-southeastly direction. At the moment I was looking through my binoculars at a shipwreck in another direction. As I immediately after the explosion turned around, I saw in the believed direction of the sound some thick black smoke that lightened up and disappeared in the wind. However, the observed submarine should not have been able to reach the explosion site even though it was heading in the direction. The submarine carried the the sign S-2.”

Ever since the submarine was been lost, neither the Finnish or Swedish Navy has known the position of the wreck.

The search for S-2 begun in April 2009. A vast area of the sea has been searched through and the wreck has now been found in the Aland sea near the Finnish-Swedish sea border by a joint Swedish-Finnish diving team. One member of this team is Ingvald Eckerman, who is the Grandson of the lighthouse officer J.A. Eckerman.

At the time of the sinking there were a total of 50 on board, the regular crew of 46 plus the Commander of the 13th Submarine Division, Gavriil Nikolajevitj Tutyshkin, his assistant and two mechanical students. All 50 on board perished.

Swedish and Aland Isles authorities as well as the Embassy of Russia in Helsinki, have been informed of the discovery of the wreck.

In a press release, the diving team tells that Russia has stated the finding of the S-2 to be very important and has thus contacted Swedish and Finnish authorities asking for further information on the fate of the S-2.

The members of the diving team are Mårten Zetterström (Heby), Ingvald Eckerman (Åland), Richard Johansson (Falkenberg), Patrik Palm (Helsingborg), Björn Rosenlöf (Stockholm) and Mikael Sundin (Uppsala).


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