“Japanese need your help”

World Care Civilian Emergency Relief Center of Tucson is on high alert to assist

An 8.9 earthquake hit Japan, March 11, 2011. As aftershocks continue to hit the region, assessments of the tsunami will continue to come in over the next week. Thousands of bodies are reported to have washed ashore and worse yet nuclear power plant melt downs are increasing.

World CaWorld Care is collaborating with FEMA Region 9 to manage civilian volunteers and supply aid to affected regions if needed. Region 9 includes Hawaii, California, Arizona, Nevada, Guam, the North Mariana Islands, the Republic of Marshall Islands, Federal State of Micronesia, and American Samoa.

Rescue workers combed the tsunami-battered region north of Tokyo, where officials say at least 10,000 people were killed in the 8.9-magnitude earthquake and tsunami that followed it.

“It’s a scene from hell, absolutely nightmarish,” said Patrick Fuller of the International Red Cross Federation from the northeastern coastal town of Otsuchi.

Prime Minister Naoto Kan has dubbed the multiple disasters Japan’s worst crisis since World War Two and, with the financial costs estimated at up to $180 billion, analysts said it could tip the world’s third biggest economy back into recession.
World Care is collaborating with FEMA Region 9 to manage civilian volunteers and supply aid to affected regions if needed. Region 9 includes Hawaii, California, Arizona, Nevada, Guam, the North Mariana Islands, the Republic of Marshall Islands, Federal State of Micronesia, and American Samoa.

Early warning systems and FEMA evacuation plans have been very effective in Hawaii and California so that casualties and injuries caused by this disaster are prevented or minimized.

World Care encourages civilians within communities to be ready to respond when disasters strike. It is currently working in partnership with local and state government agencies in a city-wide effort to develop a disaster communications plan and training.

Fifth largest earthquake in the 20th century and the largest since the Japanese have begun taking recordings in the 18oos.  See video.

Please if you cannot give any of the things World Care needs then sent light, love, comfort and support to all suffering people and animals everywhere. Thank you-Mother Nature


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Excerpts and Image courtesy of  http://yhoo.it/eWgPXt


“Chromium 6 in city water health risk”

Dear Nature’s Crusaders Readers,

Take action today!

In December, Environmental Working Group (EWG) published the first national investigation of the suspected carcinogen chromium-6 — also known as hexavalent chromium — in drinking water in 35 cities around the country. Recently, Senators Barbara Boxer, D-Calif., and Dianne Feinstein, D-Calif., introduced Senate Bill 79, the Protecting Pregnant Women and Children from Hexavalent Chromium Act of 2011.

The Boxer/Feinstein bill would require the Environmental Protection Agency to act within a year to set a safe limit for chromium-6 in drinking water. Your senators need to hear from you today that clean, safe drinking water is crucial.

Click here TODAY to tell your senators to co-sponsor the Protecting Pregnant Women and Children from Hexavalent Chromium Act of 2011, introduced by Senators Barbara Boxer and Dianne Feinstein.

EWG supporters like you submitted tap water samples from their communities. This groundbreaking, people-powered report detected chromium-6 in 31 of the 35 city water supplies tested. Even though this report stirred controversy, our findings were confirmed by a number of water utilities’ own testing. Within hours of its release, EPA Administrator Lisa Jackson announced a new plan to help local utilities assess chromium-6 in drinking water nationwide. That’s a good first step. But EPA must go further.

Last week, I testified on our chromium-6 report before the Senate Committee on Environment and Public Works, chaired by Senator Boxer. And I am going to tell you what I told them: we were heartened by and support EPA’s announcement following the release of our report and by its decision to regulate perchlorate, but it is not enough. The Protecting Pregnant Women and Children from Hexavalent Chromium Act of 2011 will make sure there is a safe legal limit on chromium-6 in drinking water.

I have had the opportunity to testify in front of Congress many times, but this was the most gratifying. I was able to stand with the EPA and others concerned with ensuring that all Americans have access to safe, clean drinking water. This hearing — and this bill — are a direct result of EWG’s research. “Keep on doing what you’re doing,” Senator Boxer said to me in her concluding comments at the hearing.

We need to keep the momentum going. I’m counting on you to help us — and everyone else who drinks water.

Click here TODAY to tell your senators to co-sponsor the Protecting Pregnant Women and Children from Hexavalent Chromium Act of 2011.

Safe, clean drinking water is vital to EWG supporters like you. Don’t let this opportunity pass you by. Take action today.


Ken Cook
President, EWG Action Fund

“Poo-Gloos are mean pollution eating films”

Hidden under that dark colored igloo-shaped dome Poo-Gloos eat tons of sewage

Saving small towns and cities millions in waste water management, the
pollution-eating, igloo-shaped devices nicknamed Poo-Gloos sit in an unfilled sewage lagoon in Plain City, Utah, before the lagoon is filled. A new study shows the devices, sold under the name Bio-Domes, can clean up sewage as effectively as multimillion-dollar treatment plants, and thus can help small, growing towns and cities save money by using their sewage lagoons for longer periods of time before they need to build expensive sewage treatment plants.

Wastewater treatment in small, rural communities is an important and challenging engineering task. Proper treatment includes disinfection and the removal of unwanted pollutants. Most rural communities rely on wastewater lagoons as their primary method of treatment because they are simple and inexpensive to operate.
Lagoons are large ponds in which sewage is held for a month to a year so that solids settle and sunlight, bacteria, wind and other natural processes clean the water, sometimes with the help of aeration.
But as communities grow and-or pollution discharge requirements become more stringent, typical wastewater lagoons no longer can provide adequate treatment. Until now, the only alternative for these communities was to replace lagoons with mechanical treatment plants, which are expensive to build and operate.
Mechanical plants treat water in 30 days or less, using moving parts to mix and aerate the sewage, speeding the cleanup. They require electricity, manpower and sometimes chemicals.
The device provides a large surface area on which bacteria can grow, providing the microbes with air and a dark environment so they consume wastewater pollutants continuously with minimal competition from algae.
How Poo-Gloos Work
Poo-Gloos use a thriving bacterial biofilm to consume pollutants. Two dozen or more igloo-shaped Poo-Gloos are installed on the bottom of the lagoon, fully submerged and arrayed in rows. Each Poo-Gloo consists of a set of four progressively smaller, plastic domes nested within each other like Russian nesting dolls and filled with plastic packing to provide a large surface area for bacterial growth.
Rings of bubble-release tubes sit at the base of every Poo-Gloo and bubble air up through the cavities between domes. The air exits a hole in the top of each dome. As air moves through the dome, it draws water from the bottom of the lagoon up through the dome and out the top.
Each Poo-Gloo occupies 28 square feet of space on the bottom of a lagoon while creating 2,800 square feet of surface area for bacterial growth. The combination of large surface area, aeration, constant mixing and a dark environment that limits algae make Poo-Gloos capable of consuming pollutants at rates comparable with mechanical plants.
The Study: How Much Poo Can a Poo-Gloo Remove?
Johnson spent time in the wastewater industry before obtaining his master’s and doctoral degrees in civil and environmental engineering. In 2002, he set about developing a product that could be used to retrofit wastewater lagoons easily and inexpensively. After seven years, with the help of fellow professors, graduate students and a lot of laboratory tests, Johnson was ready for his first field test.
Johnson built a pilot unit using a large construction dumpster welded shut so it was water-tight. The container held seven Poo-Gloos. Johnson enlisted the help of Salt Lake’s Central Valley Water Reclamation Facility to test it. The researchers ran multiple tests using untreated wastewater from the plant to determine the extent to which commonly regulated pollutants could be removed from the wastewater before discharge back to the treatment facility.
The study aimed to determine optimal operating conditions for Poo-Gloos and evaluate their performance at different water temperatures, levels of aeration, and sewage volumes and concentrations. The study found the devices consistently achieved high levels of treatment that were affected only slightly by changing water temperatures and aeration levels:
+ Biological oxygen demand – a measure of organic waste in water – was reduced consistently by 85 percent using Poo-Gloos, and by as much as 92 percent.
+ Total suspended solids fell consistently by 85 percent, and by as much as 95 percent.
+ Ammonia levels dropped more than 98 percent with Poo-Gloo treatment in warmer water and, more important, by as much as 93 percent when temperatures dropped below 50 degrees Fahrenheit – conditions that normally slow bacterial breakdown of sewage.
+ Total nitrogen levels fell 68 percent in warmer water and 55 percent in cooler water.
“The removal rates we saw during the pilot test are comparable to removal rates from a rotating biological contactor, which is a commonly used device in mechanical treatment facilities,” Johnson says. “We couldn’t be happier with the performance of the Poo-Gloos.”
Johnson conducted the study with Hua Xu, a postdoctoral fellow in civil and environmental engineering at the University of Utah, and Youngik Choi, a professor of environmental engineering at Dong-A University in South Korea.
Wastewater Compliance Systems obtained an exclusive license from the University of Utah to commercialize Poo-Gloos, so the devices now have been deployed in six states in either full-scale installations or pilot demonstrations. Every installation showed Poo-Gloos provide treatment that meets pollution-control requirements.
Johnson and his team originally nicknamed the devices Poo-Gloos because they are shaped like igloos. But as possible uses began to expand to industries beyond municipal sewage treatment, Wastewater Compliance Systems decided to sell them as Bio-Domes.
From Nevada to Alabama and Wisconsin, Poo-Gloos to the Rescue
”Every day I speak with community officials who need to upgrade their treatment facilities,” says Taylor Reynolds, director of sales for Wastewater Compliance Systems.
“They come to us because they receive an engineering report recommending a $4 million to $10 million mechanical plant project that is impossible for them to pay for with their existing tax base. Not only can our Poo-Gloos or Bio-Domes help communities comply with pollution limits, but most of the projects I quote cost between $150,000 and $500,000, and the operating expenses are a fraction those at a mechanical plant.”
Each Poo-Gloo requires little maintenance and the same amount of electricity as a 75-watt bulb, putting operating costs for Poo-Gloo systems at hundreds of dollars per month rather than thousands, which is typical of mechanical treatment plants. And some communities may operate Poo-Gloos “off-the-grid” by powering them with solar or wind energy systems.
The results of the new study prompted a number of communities to abandon more expensive alternatives in favor of installing Poo-Gloos. These early adopters can be found in the Nevada town of Jackpot in Elko County, Glacier National Park in Montana, and Plain City and Wellsville in Utah.
Wastewater Compliance Systems also has deployed mobile pilot Poo-Gloos in Louisiana, Alabama and Wisconsin so potential customers, engineering firms and regulators can see first-hand how well they work before they commit tax dollars to the new technology.
“We know that small communities have limited budgets,” Reynolds says. “That’s why we developed our mobile pilot units. Even when our technology has the potential to save hundreds of thousands of dollars on an upgrade project, we like to provide our customers with peace of mind in knowing that our products will solve their problems for years to come. ”

Excerpts and Image courtesy of  html  http://bit.ly/fPVGXW

“Avoid tuna and swordfish – toxic levels mercury”

This year mercury and other contaminants from Gulf tuna and swordfish are at an all time high levels according to the GotMercury.org Operation Safe Seafood project. The group has tested more than a 100 samples of supermarket tuna and swordfish for mercury levels across the country.

The mercury levels have been found in some samples to be

300% over federal mercury guidelines.

Do not eat tuna or swordfish.

Even the much consumed canned tuna has been found to contain high levels of mercury.  According to a new study, tuna accounts for over one-third of mercury exposure in the United States. To learn more please read the Operation Safe Seafood reports at www.gotmercury.org

To easily estimate your mercury exposure, go to the free online mercury-in-fish calculator at www.GotMercury.org or from your cell phone www.Gotmercury.mobi.


Excerpts courtesy of  www.gotmercury.org

“Chilean environmentalists want to save clean water sources and work with industry”

Saving our beautiful water, rivers, streams, lakes and oceans
Plan ahead when you still have high quality water sources -good idea Chile.

Chile’s industrial advancement has been achieved at some cost to the country’s freshwater resources but it’s only now that awareness of the impending crisis has led to calls for action, environmentalist campaigners said.
Chilean environmental campaigners want to use scientific research and a less destructive use of freshwater resources by industry. The Water Footprint Network, a non-profit organization that has headquarters at the University of Twente, Netherlands is trying to guide them.
The Water Footprint Network has been measuring Chile’s water footprint
The quantity of freshwater used in the production of a specific product in about the same way that other organizations have been monitoring the carbon footprint of consumer and industrial activities and measures the direct and indirect water use by industry.
A WFN study found that producing 1 pound of beef required 1,891 gallons of water, while a glass of beer could entail supply of more than 19 gallons of water, mostly on preparing barley for the process. More than 18 gallons of water go behind a tree producing a single apple.
Chilean lobbyists for more intelligent water use said that Chile would need to bring in new legislation to make sure water conservation and a more sensible use of fresh water resources was adhered to.
Several major institutions have already signed up to the Water Footprint Network but an overall government-led strategy is still awaited. The University of Chile, Fundacion Chile, Green Solutions consulting firms, and Concha y Toro, De Martino, and Errazuriz wineries are among institutions that have joined the campaign.

To measure your own water footprint click here.
“The water footprint … calls for companies to rethink the management of water resources,” said Rodrigo Acevedo, project manager of agribusiness at Fundacion Chile, the non-profit foundation and think thank incorporated in 1976 after agreements between the Chilean government and ITT Corporation. The foundation fosters Chilean business and industrial growth through technological innovation and implementation.
Campaigners said that studies under way in Chile could provide critical information about the water usage by specific areas and also provide incentives for the companies to participate in the studies and contribute to more intelligence uses of freshwater resources.
Officials said Chilean exports could benefit from the drive toward a fairer use of freshwater resources.
The Water Footprint Network has previously assessed the impact of industrialization in China, Germany and Britain.
To measure your own water footprint click here.

Excerpts courtesy    http://bit.ly/cCQ1Te

Excerpts courtesy of   http://bit.ly/aNTWMF

Image courtesy of   http://bit.ly/9C7QbJ

“Mother Nature creating new oil eating microbes in Gulf”

A new breed  of oil eating microbes is thriving around the Deep Water Horizon site in the Gulf of Mexico.  Seems these blessed little critters are reproducing and loving the oil filled seas they are living in.

Mother Nature's allies to clean up Gulf oil

Microbes from the sea bed vent community are enjoying eating oil droplets and happily reproducing faster then others of their kind. Temperatures are quite toasty in their zone hover around 5 degrees Celsius, the pressure is enormous, and there is normally little carbon present. They are even living on reduced oxygen so the waters of the Gulf are not turning into a dead zone.
“Two research ships were sent to collect data to determine the physical, chemical and microbiological properties of the Deepwater oil plume. The oil escaping from the damaged wellhead represented an enormous carbon and toxins being put into the water column ecosystem.
The lead scientist was Dr. Terry Hazen, a microbial ecologist with Berkeley Lab’s Earth Sciences Division and principal investigator with the Energy Biosciences Institute, who has studied numerous oil-spill sites in the past, is the leader of the Ecology Department and Center for Environmental Biotechnology at Berkeley Lab’s Earth Sciences Division. He conducted this research under an existing grant he holds with the Energy Biosciences Institute (EBI) to study microbial enhanced hydrocarbon recovery. EBI is a partnership led by the University of California (UC) Berkeley and including Berkeley Lab and the University of Illinois that is funded by a $500 million, 10-year grant from BP.

phylochip=microbe detector

After careful analysis of more than 200 samples collected from 17 deepwater sites between May 25 and June 2, 2010. Sample analysis was boosted by the use of the latest edition of the award-winning Berkeley Lab PhyloChip is a unique credit card-sized DNA-based microarray that can be used to quickly, accurately and comprehensively detect the presence of up to 50,000 different species of bacteria and archaea in a single sample from any environmental source, without the need of culturing. Use of the Phylochip, enabled Hazen and his colleagues to determine that the dominant microbe in the oil plume is a new species, closely related to members of Oceanospirillales family, particularly Oleispirea antarctica and Oceaniserpentilla haliotis.

These oil-degrading microbial populations and their associated microbial communities play a significant role in controlling the ultimate fates and consequences of deep-sea oil plumes in the Gulf of Mexico.

Mother Nature Rules!!


Excerpts and Image 1, courtesy of  http://bit.ly/9gNAUg

Image 2. http://bit.ly/bmYAaP

“Our relative a Salp a jellylike sea animal”

Salps are free-float in most ocean waters, but abundant in the Southern Ocean. They eat and move about  propelled by air and water, but hey can even link up in a train to live a communal lifestyle. They look like jellyfish, however structurally the Salps actually are thought to be the ancient ancestor of all vertebrate or backboned animals.  The tiny groups of nerves in Salps are one of the first instances of a primitive nervous system, similar to the primitive streak in our early vertebrate embryology.

Only half-inch to 5-inch-long Salps are the most efficient filter feeders in the ocean. “…They consume particles spanning four orders of magnitude in size. This is like eating everything from a mouse to a horse.” said Laurence P. Madin, Woods Hole Oceanographic Institution (WHOI) Director of Research and one of the investigator. Salps capture food particles, mostly phytoplankton, with an internal mucous filter net. Until now, it was thought that only particles as large as or larger than the 1.5-micron-wide holes in the mesh.
The salps’ role in carbon cycling is very important.  As they eat small, as well as large, particles and microbes of all sizes, they condense their waste products into carbon-containing pellets, the larger and denser sink to the ocean bottom. This effectively removes carbon from the surface waters and sequesters it on the ocean floor where it cannot escape again into the atmosphere for many years or longer.
Small, but mighty important the Salps help  save our planet.


Excerpts courtesy of   http://bit.ly/apnkem

Excerpts courtesy of    http://bit.ly/aou6qH

Image 1. courtesy of   http://bit.ly/bfKMyV

Image 2. courtesy of  http://bit.ly/aI7rjG

“Safe to eat Gulf fish Feds smell test says yes”

Now,  this is the ultimate in scientific testing. the fish taken  from the Gulf are now declared “safe to get”. Why, because they smell almost fine.

Last week, the Louisiana Department of Wildlife and Fishers (LDWF) in partnership with the U.S. Food and Drug Administration (FDA), ordered an emergency reopening of commercial fishing areas closed due to the BP oil spill. Commercial fishing reopened specifically for finfish and shrimp in portions of state waters east of the Mississippi River in Orleans, St. Tammany, St. Bernard Parishes and in Plaquemines.

These reopenings were ordered following the completion of comprehensive testing by the NOAA in consultation with the FDA. The FDA advised that following extensive sensory testing by NOAA’s sensory experts
and analytical chemistry results, the fish samples tested from previously closed areas are safe for consumption.
Reminder: There is no test developed yet that measures the amount of dispersants in the fish. The smell test will not work as a detection tool much less a confirmatory test, because these toxic chemicals have little to no door. The Louisiana Department of Health and Hospitals (DHH) also opened oyster areas 1, 4, and 6 last week. These areas are also east of the Mississippi River, but away from the Chandeleur Sound area.

Louisiana continues to push for the FDA to reopen crab fishing in these newly opened areas as well. Feds told the state that testing crabmeat takes longer than the tissue samples of shrimp and finfish.

On July 21, 2010, Dr. Sylvia Earle, ocean explorer-in-residence at the National Geographic Society; Dr. Carl Safina, president of Blue Ocean Institute; Dr. David Gallo, oceanographer at Woods Hole Oceanographic Institution; Dr. David Guggenheim, marine biologist and conservationist; Dr. Edith Widder, president of Ocean Research & Conservation Association; and Dr. Wallace Nichols of the California Academy of Sciences reported

“Herring and whale sharks indiscriminately feed on those oil globules… In oiled areas like Louisiana’s Barataria Bay, bottom-feeders have been decimated. They said big fish like amber jacks, tuna and grouper and marine mammals are exposed to oil and dispersants by feeding on contaminated fish. Skin contact with COREXIT and oil can cause ulcers and burns to eye and mouth membranes… dispersed oil can enter the marine food chain at many points, and can bioaccumulate in animal tissue, potentially impacting marine ecosystems over many years and over a broad geographical area.”

Kevin Kleinow, an LSU professor of aquatic toxicology, said he is laying off Gulf seafood until the government releases more specifics about the testing it conducted, including exactly what species are being monitored and what levels of toxic substances are being found.
He said he is also concerned that a smell test won’t sniff out dispersants.

So picture this. Oil is still washing up daily on the beaches of these coastal areas, the shrinp, crab and oysters are bottom feeders. So if it smells fine then eat those toxins. Yumm!

Sign the Petition: Tell the FDA to Come Clean About Gulf Seafood
The safety of the Gulf’s seafood is in question because of the prolonged use of chemical dispersants on oil flowing out of the Deepwater Horizon oil well.
A study from Imperial College in London earlier this month revealed that oil spills can block the ocean’s natural ability to filter arsenic out of seawater. As these levels rise, the poison can enter the marine ecosystem and become more concentrated as it moves up the food chain. And samples of crab larvae from the area tested positive for hydrocarbons.
Consumers deserve to know the safety of the food they eat and what the FDA is doing to regulate the safety of seafood from the Gulf.

Please let your voice be heard on seafood safety. Please sign the Petition


Excerpts courtesy of   http://bit.ly/aQ9cYc

Excerpts courtesy of   http://bit.ly/cJkmOV

Excerpts courtesy of  http://bit.ly/a2pc3h

Image courtesy of   http://bit.ly/9Jmllk

“Selflessly rescuers toil to save oiled critters”

It is a lonely, dangerous and potentially health threatening job.

Rescuers are working tirelessly to save the wildlife impacted by the BP oil spill disaster in the Gulf of Mexico. They are faced with the overwhelming task of finding and saving thousands of oiled birds and hundreds of injured sea turtles and marine mammals.

We’d like to let them know that we appreciate the incredible work that they are doing. Please join us in sending a thank you letter to the wildlife rescuers on the Gulf Coast.

Take a moment to

Thank the rescuers for saving wildlife in the Gulf of Mexico.

Hundreds of government and non-profit staff are working in the toxic environment and the hot oppressive weather to find and rescue injured wildlife.

The U.S. Fish and Wildlife Service alone, has over 500 personnel actively engaged in the response, working to protect wildlife and their habitats, including 36 national wildlife refuges. They have saved 1,643 oiled birds. They have rescued and relocated over 2,000 sea turtle hatchlings. They are also assessing the damage from the oil spill in preparation for the work that will be needed to restore the Gulf of Mexico.

Of course, more staff and resources are needed to help with the wildlife rescue efforts. But, we shouldn’t ignore the great work that is currently going on.

Let them know that you support their work to save wildlife and that you appreciate their dedication. We will compile the thank you letters and send them to the wildlife rescuers.

To send a thank you letter to the wildlife rescuers, click here.

Thank you for your help to save endangered species and their habitat.
The Endangered Species Coalition is a national network of hundreds of conservation, scientific, sporting, religious, humane, business and community groups across the country working to protect our nation’s wildlife and wild places.


“Thank you to all of you for all your dedicated hard work. Our admiration and hearts go out to all of you for your tireless efforts.”

Mother Nature and  Nature’s Crew

“4 oil breaks in 3 months toxic soup increasing- why?”

Well, terorists could not destroy our environment faster than we are doing. For the the fourth time in three months crude oil is gushing into our waterways killing our wildlife and contaminating our water.

In the Gulf of Mexico yesterday the third pipe to rip open thanks to negligence.

Homeland Security director for Jefferson Parish, La., that there is a new spout of oil  has sprung up in the Gulf of Mexico after a boat struck an oil well in the early morning hours on July 27, 2010.
A work boat crashed into the well sending oil spewing 20 feet in the air from the severed 4-inch pipe near Bayou St. Dennis, La., shearing off its valve structure and releasing pressurized natural gas and light oil.
Cleanup workers are currently booming off the area and the scene at sea has been taken over by federal agents. The U.S. Coast Guard, Jefferson Parish police and fire officials, as well as Vessels of Opportunity boats have all been sent to the scene.
Federal officials do not know who owns the well, but a contractor who handles wild wells was on the way. How can that be that wells are not marked with identification to tell who owns them? Even illegals must carry some form of identification!

Now yet another break in a pipe

This one is in one of Lake Michigan’s feeder rivers  on Tuesday. The Environmental Protection Agency (EPA), which has taken control of efforts to contain and clean up the Kalamazoo River spill. It is believed to have poured more than 1 million gallons of oil into Talmadge Creek, which feeds the river. Enbridge Inc., the Canadian company that oversees the pipeline says they will compensate the state and families for their losses, but have put no dollar figure to its claim.

Compounding the problem of clean up like Louisiana, the State of Michigan and the EPA is overseeing the clean-up, have no  trained cleanup workers for this type of disaster.
This crude oil had traveled at least 35 miles downstream from where it leaked in Calhoun County’s Marshall Township, killing fish, coating other wildlife and emitting a strong, unpleasant toxic odor. It had passed through Battle Creek, a city of 52,000 residents about 110 miles west of Detroit, and was headed toward Morrow Lake, a key point near a Superfund site upstream of Kalamazoo, the largest city in the region. Lake Michigan is only  80 miles away, and many summer vacation homes and communities drink, swim and fish from that water source.

Both BP and Enbridge Inc. have been cited for numerous violations in the past, but no one group or previous administrations have help oil companies accountable for safety and health, care and maintenance of their equipment, the environment or our water and food supply.

Gross oversight, greed, lack of accountability and the lack of involvement of the American public has created this mess. Will you act to save our environment and us – today?

Tell the Senate to vote for Clean Energy and Accountability.


Excerpts courtesy of http://yhoo.it/aTebiy

Excerpts courtesy of   http://bit.ly/aTTEKi

To help clean up our waterways http://susty.com/living-lands-and-waters-organization/

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