If you've landed on this blog by mistake, please follow this link:


Please update your bookmarks and the links on your sites.

Join our forum at:

Monday, September 20, 2010

University Group Raises Concerns About BP Oil Spill Contaminants in Livestock Feed

University Group Raises Concerns About BP Oil Spill Contaminants in Livestock Feed

Sunday 19 September 2010

by: Chris Rodda, t r u t h o u t | Report

(Photo: Kean University/Be The Change)

Over the Labor Day weekend, the Perdido Bay Mullet Festival in Lillian, Alabama had to do something it's never had to do before -- substitute catfish for mullet. Why? Because, according to event organizer Bill Cornell, the company that supplies the mullet for the annual festival "didn’t feel good about the fish" and "won’t sell them for human consumption." The seafood supplier, Wallace Seafood, had found unusual white spots on some of the mullet being caught, and won't sell the fish until testing is completed to see if they're safe to eat. According to the company's Brent Wallace, "Mullet feed off the bottom and we don’t know what’s been down there."

Another fisherman raised the same concern as Wallace Seafood -- that mullet are bottom feeders so you don't know what they've been eating -- and added that because of their migratory nature, you also don't know where they've been eating. This fisherman, nicknamed "Red," who talked about the oil not being visible on the surface because the dispersants have made it sink down into the water, explained how mullet eat, sucking just about anything into what he called their "gizzard," the black spot seen on the fish in the video below.

With the very unsurprising revelation reported by NPR last Monday that the oil from the BP oil spill isn't gone, but has merely sunk to the sea floor, it's no big leap to assume that the diet of these bottom-feeding, migratory fish is likely to include just about anything in that "fluffy and porous" layer of oil and "recently dead" things reported by Samantha Joye from the Department of Marine Sciences at the University of Georgia. As David Hollander of the University of South Florida is quoted as saying in the same NPR report, "A lot of fish go down to the bottom and eat and then come back up. And if all their food sources are derived from the bottom, then indeed you could have this impact."

Bottom-feeding fish used as hog feed

Meanwhile, despite these concerns, bottom-feeding fish like mullet are currently being caught and eaten all over the Gulf, with the potential risk not being limited to direct human consumption of the fish, but indirectly by mullet being fed to hogs, as Dr. Norma Bowe of Kean University in New Jersey observed a few weeks ago. Striking up a conversation with some fishermen who were hauling in nets full of mullet from a pier in Long Beach, Mississippi, Dr. Bowe found out that one of the men was also a hog farmer who was catching the mullet to feed to his hogs. The hog farmer, who said he fishes from this pier every day, proudly told Bowe to just ask anybody and they'd tell her that his bacon, pork chops, ham hocks, and ribs are the best around, attributing the high quality of the meat from his hogs to their high protein fish diet. And, according to the fishermen that Bowe spoke to, these fish are also used in a variety of other products for both human and pet consumption -- from Omega-3 fish oil supplements to cat food. Part of this conversation was caught on video by one of Bowe's students.

Photos taken by Bowe and her students while this hog farmer was pulling in his catch show cleanup workers nearby in the background, obviously indicating that there was something very close to this pier in need of cleaning up. And, according to Bowe, the rocks under the pier were visibly coated with oil, which can clearly be seen in additional photos. Yet this pier is open for fishing. Was what Dr. Bowe and her students observed at this pier in Long Beach an isolated incident? Not according to "Red," who has kept in touch with Bowe since her trip. "Red" reported finding crabs filled with oil just over a week ago at another pier in nearby Gulfport, which is also open for fishing.

Is the use of mullet as livestock feed an unusual practice? Not at all. Besides local hog farmers catching their own mullet to feed their own hogs, fish meal made from this type of fish is a common ingredient in commercially produced feed for both livestock and poultry, as well as feed for farm-raised seafood.

The initial concern of Dr. Bowe, who holds a Ph.D. in Community Health Policy, was the same as most other health professionals -- the long term health effects of exposure to the oil and chemicals that people are coming in contact with: "My concern is for the public's health. We know that short term exposure to the chemicals found in crude oil can cause skin rashes and lesions, headaches, fatigue, dizziness, and upper respiratory issues such as infections. Less is known about long term exposure, however benzene -- a chemical contained in crude oil -- is considered a carcinogen." But, after the discovery that these same chemicals may be entering the food supply indirectly through livestock, Bowe added that studies of chemicals entering the food supply are also necessary: "Long term exposure studies are needed, as well as determining the effects if the chemicals reach the food supply."

Is the FDA doing any special testing of this animal feed in the wake of the oil spill? Apparently not. In fact, Shannon Cameron, an FDA Health Communications Specialist, denied that Gulf fish are even being fed to livestock. In a message left in response to my question about whether or not testing was being done on the fish used in livestock feed, Cameron said, "I was forwarded your inquiry about Gulf fish being fed to livestock. It is not being fed to livestock."

If Gulf fish are not being used for livestock feed, as Cameron asserts, then why would companies such as Omega Protein Corporation, which describes itself as "the nation’s largest manufacturer of heart-healthy fish oils containing Omega-3 fatty acids for human consumption, as well as specialty fish meals and fish oil used as value-added ingredients in aquaculture, swine and other livestock feeds," be putting out press releases to its shareholders about the effects of the oil spill on its Gulf fishing operations? A June press release stated that "the Company’s Gulf of Mexico fish catch was 17 percent behind its Gulf of Mexico 2010 fish catch plan," so the other 83 percent of its planned Gulf catch was obviously being caught.

The fish used by Omega Protein Corporation is menhaden, a forage fish which, like the mullet, has a filtering system. Prior to the BP oil spill, the biggest concern about menhaden was that their numbers were becoming so depleted because of their use in Omega-3 fish oil and livestock feed. In short, menhaden are a natural water filter, with each adult fish capable of filtering several gallons of water per minute, clearing the water of excess algae to allow the sunlight to get to oxygen producing undersea plant life. One can only guess what the menhaden in the Gulf are now filtering out of the water there.

Numerous samples now at Kean University for independent testing

Backing up a bit to explain how Kean University became involved in collecting samples from the Gulf, it all started in July, when Dr. Bowe and a group of students from the university's Be the Change group took a trip to New Orleans to help an elderly woman whose home had been in need of repairs and painting since Hurricane Katrina. Months earlier, while planning this trip, the oil spill happened, so the students decided that after completing their volunteer project in New Orleans, they would spend a few days in the the area affected by the spill, volunteering to help with the cleanup. By July, however, the Deepwater Horizon Response Unified Command had seized control of volunteer efforts from the organizations that had been recruiting volunteers, so the group's plan to volunteer through an organization they had contacted back in May was off. Undeterred, the students simply asked around and found the nearest beach where a cleanup effort was underway, still hoping to find a way to help. The beach they ended up on was in Pass Christian, Mississippi.

The disparities between what the group observed on this beach in July and what they were hearing from official sources made Bowe decide that she had to go back to find out what was really going on. So, on August 26, she returned, accompanied by two of the students from the first trip, Kayla Duncan and Nicolette Maggio. This time, Bowe was on a mission to collect samples for testing. And collect samples she did -- over sixty of them -- evading the obstacles reported by others, such as the confiscation of samples collected on public beaches, run-ins with local law enforcement, and the blocking of access to research sites to prevent non-BP or non-government scientists from doing independent testing.

While some of Bowe's success in collecting such a large number of samples, many from areas that few have been able to access, can be chalked up to sheer resourcefulness, much more must be attributed to her people skills. By simply spending a little time with local workers and fishermen, and showing them that she was in this for the long haul, Bowe and her students quickly found themselves on a boat with "Red," being taken to areas where the fishermen -- probably the best judges of what doesn't look right -- thought that testing should be done, and what in particular they want to see tested.

The wide variety of samples collected on this trip are now in a lab at Kean, with the testing being performed by a group of scientists made up of Dr. Jeffrey Toney, the university's Dean of Natural, Applied, and Health Sciences, (who is already covering the effects of the spill at NJ Voices), and other members of the science faculty. While all handling of the samples has been restricted to faculty members, one student, Mario DaCosta, will be permitted to observe and assist. As one of the students on Be The Change's first Gulf trip in July, DaCosta, a chemistry major, has earned the opportunity to see the project through by being in on the sample testing.

In addition to the scores of water, sand, soil, plant, and biological samples collected by Bowe and her students, the samples now at Kean for testing include a few from other sources. One of these came from a tackle shop owner who, while cleaning up the mess that was washing up behind his shop, was told that he wasn't allowed to be handling what was behind his shop because he didn't have the proper training to be handling hazardous materials. The shop owner kept a sample of what he had been cleaning up, holding onto it until he could put it into good hands, and those hands were Dr. Bowe's

On the first trip in July, the Kean University group was told by an employee from the company doing the cleanup of the Pass Christian beach that he had been alarmed by the hundreds (if not thousands) of dead jellyfish that were covering the beach. The employee had reported his concerns to the Coast Guard, but was told by a Coast Guard scientist that the oily substance being left on the beach by the dead jellyfish was just the natural organic matter left when jellyfish decompose. Not buying this explanation, one of the students, Benito Nieves, snuck a sample of the decomposing jellyfish mess into a water bottle, and, although anyone with a properly functioning nose could tell that the substance in this water bottle was full of oil, the sample was delivered to Dr. Toney.

According to Bowe and her students, who had walked this entire stretch of beach, there was no place on this beach that looked anything like what appears in the Coast Guard photo. Here are some of the photos taken by the students, who, in addition to those already mentioned in this article, included Elissa Hyer, Alexandra Bastos, and Rebecca Bowe. This is what was on the beach right where the Coast Guard photographer was shooting his photo of the workers. (The video clip at the end pans around to show where the students took these photos in relation to the yellow boom where the Coast Guard photographer was positioned.)
That many Mississippians can't be wrong

The towns mentioned in this article -- Pass Christian, Long Beach, and Gulfport -- are three towns right in a row within a few miles of each other. This is the same stretch of Mississippi's coast reported on by Truthout in Monday 13 September 2010’s article "Evidence Mounts of BP Spraying Toxic Dispersants." It would be almost redundant to report any more of what the fishermen who talked to the Kean University group said they've seen, because it would essentially just confirm much of what Truthout's Dahr Jamail was told by Pass Christian residents Shirley and Don Tillman, and what many other Mississipians have been saying. Unless one of the effects of the oil spill has been collective hallucinations, what these people are reporting is what's really happening.

One thing should be added, however, about those suspicious out of state boats in BP's Vessels Of Opportunity (VOO) program, described by the Tillmans, which seem to be a subject of particular opprobrium to the local residents. These boats might not just have been brought in from other states, but from another country. Photos taken by the Kean students of one of these boats, on which little care was taken to completely cover up the boat's prior information, show that this boat's name was changed from the "Aarluk" to the "Sea Launch," and "Biloxi" was slapped over "Upernavik." Where is Upernavik? Well, that's in Greenland.


100 local fisherman say “NO WAY” massive fish kills from just low oxygen — “ALL areas happen to have HEAVY OIL”

“I hope the state wildlife is right, I hope the dead fish is just oxygen. I got 100 fishermen here say no way Jose, they been here their whole life and never seen so many species (of fish) in so many different areas, and is it a coincidence that all of those areas happen to have heavy oil,” said Nungesser. …

“Can anybody look the American people in the eye and say it absolutely has nothing to do with dispersants, the oil, or the breakdown of the oil, or does anybody care? I mean somebody has to be as upset as I am huh,” said Nungesser

Join the APN Forum at www.AmericanPreppersNetwork.net
Visit the Louisiana Forum at www.LouisianaPreppersNetwork.net

Bio-Remediation or Bio-Hazard? Dispersants, Bacteria and Illness in the Gulf

From the Huffington post:

A grandmother made me rethink all the bio-remediation hype. The "naturally-occurring oil-eating bacteria" have been newsworthy of late as they are supposedly going to come to the rescue of President Obama and BP and make good on their very premature statement that "the oil is gone."

We were talking about subsurface oil in the Gulf when she said matter-of-factly, "The bacteria are running amok with the dispersants." What? "Those oil-eating bacteria -- I think they're running amok and causing skin rashes." My mind reeled. Could we all have missed something so simple?

The idea was crazy but, in the context of the Gulf situation -- an outbreak of mysterious persistent rashes from southern Louisiana across to just north of Tampa, Florida, coincident with BP's oil and chemical release, it seemed suddenly worthy of investigating.

I first heard about the rash from Sheri Allen in Mobile, Alabama. Allen wrote of red welts and blisters on her legs after "splashing and wading on the shoreline" of Mobile Bay with her two dogs on May 8. She reported that "hundreds of dead fish" washed up on the same beach over the following two days. This was much too early for the summer sun to have warmed the water to the point of oxygen depletion, but not too early for dispersants and dispersed oil to be mixed into the Gulf's water mass. By early July, Allen's rash had healed, leaving black bruises and scarring.

A mysterious persistent skin rash has occurred across the Gulf, coincident with BP's release of oil and chemical dispersants. Mobile, Alabama, resident Sheri Allen was one of the first to report its occurrence in early May. (Photo: Sheri Allen)

Sheri Allen's rash had largely healed by July 2, leaving bruises and scarring, similar to other reports across the Gulf. (Photo: Sheri Allen)

Other people -- both residents and visitors to the Gulf Coast -- wrote of similar rashes or other skin problems like peeling palms. The rashes have been diagnosed as scabies and staph infections, including MRSA, the potentially lethal Methicillin-resistant Staphylococcus aureus bacteria. Most cases lingered for months, as the rash did not respond well to antibiotics, steroid creams, or steroid shots.

Medical doctors are diagnosing skin rashes on Gulf visitors and residents alike as scabies and staph infections, including MRSA (this photo, identity protected). The rashes resist prescribed treatments and often reoccur for months. (Photo permission: Riki Ott)

Normal looking scabies contrasts sharply with the Gulf cases. (Photo: provided by Nurse Ali Schmidt)

That should have been a clue that maybe the primary cause was not biological, but chemical. A secondary biological infection might clear up with antibiotic treatment, but then keep reoccurring because the primary chemical illness had not been treated.

Retired Registered Nurse Allison Schmidt agrees. Referring to Allen's case, she said, "I can say without hesitation that these skin rashes have nothing to do with scabies. Scabies is a parasite, which causes a skin infection and is extremely contagious. It spreads from person to person by direct skin contact or by wearing an article of clothing worn by an infected person." Schmidt said, "If this were scabies you would see entire families infected and NOT just a single family member."

Another clue to the real cause of the mystery rash is its prevalence across the entire oil-impacted Gulf. Something in the water or air, or both, could explain this. While public officials and BP claim that dispersant use was halted in May for Corexit 9527A and on July 19 for Corexit 9500A, evidence collected by Gulf residents has shown that dispersants are being used in nearshore and inland waters, close to highly populated areas across the Gulf. Further, oil and the Corexit marker have been found in air and inland water.

Despite denial by public officials and BP, evidence mounts of continued dispersant use in inland and nearshore waters near populated areas across the Gulf. Private contractor in Carolina Skiff with tank of Corexit dispersant, August 10, south of Pass Christian Harbor, Mississippi, 9:30 AM. (Photo: Don Tillman)

I have heard from Gulf residents and visitors who developed a rash or peeling palms from contact with Gulf water, including such activities as swimming or wading, getting splashed, handling oiled material or dead animals without gloves, and shucking crabs from the recently opened Gulf fisheries. I have also heard from people who developed the same symptoms after contact with Gulf air by wiping an oily film off their airplane's leading edges after flying over the Gulf (absorbent pad tested positive for oil) or swimming in outdoor pools, or splashing in puddles, after it rained.

Outraged by the unprecedented release of oil and toxic chemicals in the Gulf, Nurse Schmidt and Mike McDowell developed a project to test Gulf rainwater for harmful chemicals. Schmidt said, "We are convinced the chemicals used in the Gulf to help disperse oil have evaporated and will eventually come down mixed with the rain."

Another clue, more like a condemnation, is that NOAA and EPA decided to use dispersants in the Gulf without considering what harm the chemicals and dispersed oil might do to people, specifically, the general public. Dr. Sylvia Earle, former chief scientist of NOAA, and other scientists, criticized the agencies' decision, in part, based on concern about harm to human health. Other scientists have also criticized the agencies' decision. Citing the National Academy of Sciences, a Texas Tech University professor testified in Congress that the chemicals break down cell walls, making organisms (including people) more susceptible to oil. The professor called the Gulf an "eco-toxicological experiment," which is inexcusable, because OSHA has known about harm from solvent exposure since at least 1987. Don't these federal agencies talk amongst themselves -- or with others?

Which all brings me back to the grandmother. After talking with her, I've been reading about bacteria, and I now think the Great Gulf Experiment is going very badly for humans. One can only wonder about the rest of the ecosystem.

There are two distinct types of bacteria based on the structure of their cell walls. Gram-positive bacteria have a single-membrane cell wall, while Gram-negative bacteria have a double-membrane cell wall. Methicillin-resistant Staphylococcus aureus (MRSA) bacteria are "Gram-positive," while the oil-eating bacteria are Gram-negative.

But! A component of the double-membrane cell wall structure of Gram-negative bacteria can irritate human skin, causing inflammation and activating the immune system. In other words, oil-eating bacteria, just because they are Gram-negative, can cause skin rashes. In the case of Alcanivorax borkumensis, the reaction can erupt on the skin like MRSA infections.

To make things a little scarier, some of the oil-eating bacteria have been genetically modified, or otherwise bioengineered, to better eat the oil -- including Alcanivorax borkumensis and some of the Pseudomonas. Oil-eating bacteria produce bio-films. According to Nurse Schmidt, studies have found that bio-films are rapidly colonized (p. 97) by other Gram-negative bacteria -- including those known to infect humans.

Scientists anticipated early on that the Gulf leak would cause populations of oil-eating bacteria to soar. Still, infections are not likely in healthy people. However, exposure to oil weakens a person's immune system function, as does the mental stress of dealing with disaster trauma. And then there are people who are more at risk than others to bacterial infections, especially when first challenged with oil and solvent exposure. This includes children, people with cystic fibrosis or asthma, and African Americans (who are prone to blood disorders), to name a few.

Is this the perfect storm -- an exploding population of opportunistic Gram-negative bacteria (some natural, some not), millions of gallons of food (oil) for the bacteria, and a susceptible population of stressed-out people?

Perhaps. If the outbreak of skin rashes across the Gulf is any indication, the health care providers, media, and Congress ought to be taking a hard look at this question. Further, people ought to be connecting the dots to illnesses that surfaced in Exxon Valdez spill responders and to the illnesses occurring now in Michigan residents coping with the Enbridge oil pipeline spill.

In the Gulf, Nurse Schmidt believes:

This is like a major bacterial storm. It could be the reason we are seeing a variance of symptoms in different individuals. In some people, we see respiratory complications, while in others we see skin or GI symptoms. I think it is due to a multitude of colonized bacteria -- which may have been triggered by BP's disaster.

The nurse and I think the grandmother is onto something.

Join the APN Forum at www.AmericanPreppersNetwork.net
Visit the Louisiana Forum at www.LouisianaPreppersNetwork.net

Tuesday, September 14, 2010

How To Join The Louisiana Preppers Network

Come learn survival, preparedness and sustainable living with us!

The Preppers networks are all about volunteering our knowledge and skills with each other. We share ideas, tips and basically network with each other to survive any type of disaster whether natural, man made, or economic. Information that you learn and share with others will help everyone learn how to find "Freedom Through Teaching Others Self Reliance."

Joining the Louisiana Preppers Network is simple, and most of all, it's Free! To join, just follow these few steps.

1) Register to become a member of the American Preppers Network www.AmericanPreppersNetwork.net The registration page is here: http://americanpreppersnetwork.net/ucp.php?mode=register

2) Once you have your account, go to the index page of the forum and do your first post by introducing yourself in the new members area. http://americanpreppersnetwork.net/index.php

3) Once you know how to do posts, visit the Louisiana forum and introduce yourself. The Louisiana forum can be found by scrolling to the lower section of the index page where you will find a list of states, or you can go directly by following this URL: www.LouisianaPreppersNetwork.net

4) After you've visited the Louisiana forum, follow this link to learn how to join the Louisiana Preppers Network group:

APN's success depends on your contributions. If you would like to donate to our organization by becoming a Gold Member you can join the APN Gold Members club by following this link:
Gold Membership is only $5 per month. For a list of Gold Member benefits go here

Thank you for your support!

Monday, September 6, 2010

November is almost here

Join the APN Forum at www.AmericanPreppersNetwork.net
Visit the Louisiana Forum at www.LouisianaPreppersNetwork.net
Louisiana Preppers Network Est. Jan 17, 2009 All contributed articles owned and protected by their respective authors and protected by their copyright. Louisiana Preppers Network is a trademark protected by American Preppers Network Inc. All rights reserved. No content or articles may be reproduced without explicit written permission.