The Gulf of Mexico is Dying

A Special Report on the BP Gulf Oil Spill

by Dr. Tom Termotto

Phoenix Rising from the Gulf
December 1, 2010

It is with deep regret that we publish this report. We do not take this responsibility lightly, as the consequences of the following observations are of such great import and have such far-reaching ramifications for the entire planet. Truly, the fate of the oceans of the world hangs in the balance, as does the future of humankind.

The Gulf of Mexico (GOM) does not exist in isolation and is, in fact, connected to the Seven Seas. Hence, we publish these findings in order that the world community will come together to further contemplate this dire and demanding predicament. We also do so with the hope that an appropriate global response will be formulated, and acted upon, for the sake of future generations. It is the most basic responsibility for every civilization to leave their world in a betterconditionthan that which they inherited from their forbears.

After conducting the Gulf Oil Spill Remediation Conference for over seven months, we can now disseminate the following information with the authority and confidence of those who have thoroughly investigated a crime scene. There are many research articles, investigative reports and penetrating exposes archived at the following website. Particularly those posted from August through November provide a unique body of evidence, many with compelling photo-documentaries, which portray the true state of affairs at the Macondo Prospect in the GOM.



The pictorial evidence tells the whole story.

Especially that the BP narrative is nothing but a corporate-created illusion – a web of fabrication spun in collaboration with the US Federal Government and Mainstream Media. Big Oil, as well as the Military-Industrial Complex, have aided and abetted this whole scheme and info blackout because the very future of the Oil & Gas Industry is at stake, as is the future of the US Empire which sprawls around the world and requires vast amounts of hydrocarbon fuel.

Should the truth seep out and into the mass consciousness – that the GOM is slowly but surely filling up with oil and gas – certainly many would rightly question the integrity, and sanity, of the whole venture, as well as the entire industry itself. And then perhaps the process would begin of transitioning the planet away from the hydrocarbon fuel paradigm altogether.




It’s not a pretty picture.

The various pictures, photos and diagrams that fill the many articles at the aforementioned website represent photo-evidence about the true state of affairs on the seafloor surrounding the Macondo Prospect in the Mississippi Canyon, which is located in the Central Planning Area of the northern Gulf of Mexico. The very dynamics of the dramatic changes and continuous evolution of the seafloor have been captured in ways that very few have ever seen. These snapshots have given us a window of understanding into the true state of the underlying geological formations around the various wells drilled in the Macondo Prospect.

Although our many deductions may be difficult for the layperson to apprehend at first, to the trained eye these are but obvious conclusions which are simply the result of cause and effect. In other words there is no dispute around the most serious geological changes which have occurred, and continue to occur, in the region around the Macondo wells. The original predicament (an 87 day gushing well) was extremely serious, as grasped by the entire world, and the existing situation is only going to get progressively worse.

So, just what does this current picture look like. Please click on the link below to view the relevant diagrams and read the commentary MORE...

Extent of Biochemical and Ecological Effects of Gulf Oil Catastrophe To Date

--->Formation of underwater "plumes" of oil and water mixed.

--->Markedly increased methane concentrations (up to 10,000 times normal so far) in large underwater "plumes" which could eventually create extensive "dead-zones."

--->Decreased oxygen levels in underwater oil plumes.

--->Decreased phytoplankton "bloom."

--->Extensive Destruction of Gulf wet-lands, aquatic fish, mammals and bird life.

Gulf oil full of methane, adding new concerns

Associated Press Writers Matthew Brown And Ramit Plushnick-masti,
– 2 hrs 29 mins ago

NEW ORLEANS – It is an overlooked danger in oil spill crisis: The crude gushing from the well contains vast amounts of natural gas that could pose a serious threat to the Gulf of Mexico's fragile ecosystem.

The oil emanating from the seafloor contains about 40 percent methane, compared with about 5 percent found in typical oil deposits, said John Kessler, a Texas A&M University oceanographer who is studying the impact of methane from the spill.

That means huge quantities of methane have entered the Gulf, scientists say, potentially suffocating marine life and creating "dead zones" where oxygen is so depleted that nothing lives.

"This is the most vigorous methane eruption in modern human history," Kessler said.

Methane is a colorless, odorless and flammable substance that is a major component in the natural gas used to heat people's homes. Petroleum engineers typically burn off excess gas attached to crude before the oil is shipped off to the refinery. That's exactly what BP has done as it has captured more than 7.5 million gallons of crude from the breached well.

A BP spokesman said the company was burning about 30 million cubic feet of natural gas daily from the source of the leak, adding up to about 450 million cubic feet since the containment effort started 15 days ago. That's enough gas to heat about 450,000 homes for four days.

But that figure does not account for gas that eluded containment efforts and wound up in the water, leaving behind huge amounts of methane.

BP PLC said a containment cap sitting over the leaking well funneled about 619,500 gallons of oil to a drillship waiting on the ocean surface on Wednesday. Meanwhile, a specialized flare siphoning oil and gas from a stack of pipes on the seafloor burned roughly 161,700 gallons.

Thursday was focused on Capitol Hill, where lawmakers chastised BP CEO Tony Hayward.

Testifying as oil still surged into the Gulf at between 1.47 million and 2.52 million gallons a day, coating more coastal land and marshes, Hayward declared "I am so devastated with this accident," "deeply sorry" and "so distraught."

But he also said he was out of the loop on decisions at the well and disclaimed knowledge of any of the myriad problems on and under the Deepwater Horizon rig before the deadly explosion. BP was leasing the rig the Deepwater Horizon that exploded April 20, killing 11 workers and triggering the environmental disaster.

"BP blew it," said Rep. Bart Stupak, D-Mich., chairman of the House investigations panel that held the hearing. "You cut corners to save money and time."As for the methane, scientists are still trying to measure how much has escaped into the water and how it may damage the Gulf and it creatures.

The dangerous gas has played an important role throughout the disaster and response. A bubble of methane is believed to have burst up from the seafloor and ignited the rig explosion. Methane crystals also clogged a four-story containment box that engineers earlier tried to place on top of the breached well.

Now it is being looked at as an environmental concern.

The small microbes that live in the sea have been feeding on the oil and natural gas in the water and are consuming larger quantities of oxygen, which they need to digest food. As they draw more oxygen from the water, it creates two problems. When oxygen levels drop low enough, the breakdown of oil grinds to a halt; and as it is depleted in the water, most life can't be sustained.

The National Science Foundation funded research on methane in the Gulf amid concerns about the depths of the oil plume and questions what role natural gas was playing in keeping the oil below the surface, said David Garrison, a program director in the federal agency who specializes in biological oceanography.

"This has the potential to harm the ecosystem in ways that we don't know," Garrison said. "It's a complex problem."

In early June, a research team led by Samantha Joye of the Institute of Undersea Research and Technology at the University of Georgia investigated a 15-mile-long plume drifting southwest from the leak site. They said they found methane concentrations up to 10,000 times higher than normal, and oxygen levels depleted by 40 percent or more.

The scientists found that some parts of the plume had oxygen concentrations just shy of the level that tips ocean waters into the category of "dead zone" — a region uninhabitable to fish, crabs, shrimp and other marine creatures.

Kessler has encountered similar findings. Since he began his on-site research on Saturday, he said he has already found oxygen depletions of between 2 percent and 30 percent in waters 1,000 feet deep.

Shallow waters are normally more susceptible to oxygen depletion. Because it is being found in such deep waters, both Kessler and Joye do not know what is causing the depletion and what the impact could be in the long- or short-term.

In an e-mail, Joye called her findings "the most bizarre looking oxygen profiles I have ever seen anywhere."
Representatives of the National Oceanic and Atmospheric Administration acknowledged that so much methane in the water could draw down oxygen levels and slow the breakdown of oil in the Gulf, but cautioned that research was still under way to understand the ramifications.

"We haven't seen any long-term changes or trends at this point," said Robert Haddad, chief of the agency's assessment and restoration division.

Haddad said early efforts to monitor the spill had focused largely on the more toxic components of oil. However, as new data comes in, he said NOAA and other federal agencies will get a more accurate read on methane concentrations and the effects.

"The question is what's going on in the deeper, colder parts of the ocean," he said. "Are the (methane) concentrations going to overcome the amount of available oxygen? We want to make sure we're not overloading the system." BP spokesman Mark Proegler disputed Joye's suggestion that the Gulf's deep waters contain large amounts of methane, noting that water samples taken by BP and federal agencies have shown minimal underwater oil outside the spill's vicinity.

"The gas that escapes, what we don't flare, goes up to the surface and is gone," he said.

Steven DiMarco, an oceanographer at Texas A&M University who has studied a long-known "dead zone" in the Gulf, said one example of marine life that could be affected by low oxygen levels in deeper waters would be giant squid — the food of choice for the endangered sperm whale population. Squid live primarily in deep water, and would be disrupted by lower oxygen levels, DiMarco said.