by DGR News Service | Mar 18, 2014 | Toxification
By Reuters
A major oil pipeline owned by Sunoco Logistics Partners LP leaked thousands of gallons of crude oil into a nature preserve in southwest Ohio late on Monday.
Between 7,000 and 10,000 gallons (26,000-38,000 liters) of sweet crude leaked into the Oak Glen Nature Preserve about a quarter of a mile from the Great Miami River, according to early estimates from the Ohio Environmental Protection Agency.
The leak, which occurred on a line operated by Mid-Valley Pipeline Co, a division of Sunoco, was discovered at 8:20 p.m. EDT on Monday (0020 GMT Tuesday). The company shut the line, which helped reduce the pressure of the leaking oil, an EPA spokeswoman said, but it was unclear if oil was still spewing from the pipe.
Some oil reached a wetland a mile away and on Tuesday, clean-up crews were preparing to vacuum the wetland, located 20 miles north of Cincinnati.
The oil did not appear to have reached the Great Miami River, though tests were still being completed, the EPA said.
“The extent of impact to the resource is currently unknown,” said a statement from the Great Parks of Hamilton County, which oversees the Oak Glen preserve. “The EPA is assessing the situation to determine appropriate action.”
Sunoco was not immediately available for comment.
The pipeline is part of Sunoco’s mid-west system that runs about 1,000 miles from Longview, Texas to Samaria, Michigan, providing crude oil to a number of refineries, primarily in the U.S. Midwest.
Read more from The Raw Story: http://www.rawstory.com/rs/2014/03/18/major-oil-pipeline-leaks-more-than-7000-gallons-of-crude-oil-into-ohio-nature-preserve/
by DGR News Service | Mar 7, 2014 | Climate Change
By Agence France-Presse
Time is running out for Australia’s iconic Great Barrier Reef, with climate change set to wreck irreversible damage by 2030 unless immediate action is taken, marine scientists said Thursday.
In a report prepared for this month’s Earth Hour global climate change campaign, University of Queensland reef researcher Ove Hoegh-Guldberg said the world heritage site was at a turning point.
“If we don’t increase our commitment to solve the burgeoning stress from local and global sources, the reef will disappear,” he wrote in the foreword to the report.
“This is not a hunch or alarmist rhetoric by green activists. It is the conclusion of the world’s most qualified coral reef experts.”
Hoegh-Guldberg said scientific consensus was that hikes in carbon dioxide and the average global temperature were “almost certain to destroy the coral communities of the Great Barrier Reef for hundreds if not thousands of years”.
“It is highly unlikely that coral reefs will survive more than a two degree increase in average global temperature relative to pre-industrial levels,” he said.
“But if the current trajectory of carbon pollution levels continues unchecked, the world is on track for at least three degrees of warming. If we don’t act now, the climate change damage caused to our Great Barrier Reef by 2030 will be irreversible.”
The Great Barrier Reef, one of the most biodiverse places on Earth, teems with marine life and will be the focus of Australia’s Earth Hour—a global campaign which encourages individuals and organisations to switch off their lights for one hour on April 29 for climate change.
The report comes as the reef, considered one of the most vulnerable places in the world to the impacts of climate change, is at risk of having its status downgraded by the UN cultural organisation UNESCO to “world heritage in danger”.
Despite threats of a downgrade without action on rampant coastal development and water quality, Australia in December approved a massive coal port expansion in the region and associated dumping of dredged waste within the marine park’s boundaries.
The new report “Lights Out for the Reef“, written by University of Queensland coral reef biologist Selina Ward, noted that reefs were vulnerable to several different effects of climate change; including rising sea temperatures and increased carbon dioxide in the ocean, which causes acidification.
It found the rapid pace of global warming and the slow pace of coral growth meant the reef was unlikely to evolve quickly enough to survive the level of climate change predicted in the next few decades.
From Physorg: http://phys.org/news/2014-03-great-barrier-reef-scientists.html
by DGR News Service | Feb 13, 2014 | Biodiversity & Habitat Destruction
By Jeremy Hance / Mongabay
Forest elephants have suffered unprecedented butchery for their ivory tusks over the past decade, according to new numbers released by conservationists today in London. Sixty-five percent of the world’s forest elephants have been slaughtered by poachers over the last dozen years, with poachers killing an astounding nine percent of the population annually. Lesser-known than their savannah cousins, a genetics study in 2010 found that forest elephants are in fact a distinct species, as far removed from savannah elephants as Asian elephants are from mammoths. These findings make the forest elephant crisis even more urgent.
“At least a couple of hundred thousand forest elephants were lost between 2002-2013 to the tune of at least sixty a day, or one every twenty minutes, day and night,” says Fiona Maisels, a researcher with the Wildlife Conservation Society (WCS) who headed the research. “By the time you eat breakfast, another elephant has been slaughtered to produce trinkets for the ivory market.”
The analysis adds new data from 2012 and 2013 to a landmark study last year, showing that despite some stepped-up conservation efforts poaching continues apace.
Forest elephants are found primarily in Central and West Africa, largely inhabiting—as its name suggests—the Congo Rainforest. However, this means that it’s not only more difficult to monitor populations hidden by great forests, but also that it’s easy for poachers to kill them and getaway with immunity. Many of the countries in which they are found are also beset by poverty, instability, and corruption, making forest elephant conservation incredibly challenging.
For example, forest elephants used to have their biggest stronghold in the Democratic Republic of Congo (DRC), but relentless poaching means that the country has lost many of its forest elephants.
“The current number and distribution of elephants is mind-boggling when compared to what it should be,” said Samantha Strindberg, also with WCS and co-author of the paper. “About 95 percent of the forests of DRC are almost empty of elephants.”
Today, Gabon holds the most surviving forest elephants with about 60 percent of the global population.
Despite the 2010 study showing that forest elephants are a distinct species, this has yet to be recognized by the IUCN (the International Union for the Conservation of Nature). The group currently lumps forest and savannah elephants together and lists them as Vulnerable. However that listing hasn’t been updated for nearly six years.
Governments are beginning to respond. Just yesterday, the Obama Administration released an ambitious new strategy for tackling global wildlife crime, including toughening restrictions on ivory and shutting loopholes. Many countries, including most recently France, have begun to destroy their ivory stockpiles. Although much of this comes years too late for many of the crippled populations of forest elephants.
“These new numbers showing the continuing decline of the African forest elephant are the exact reason why there is a sense of urgency at the United for Wildlife trafficking symposium in London this week,” John Robinson, WCS Chief Conservation Officer and Executive Vice President of Conservation and Science with the WCS, says. “The solutions we are discussing in London this week and the commitments we are making cannot fail or the African forest elephant will blink out in our lifetime.”
From Mongabay: “Ivory trade’s shocking toll: 65% of world’s forest elephants killed in 12 years (warning: graphic image)“
by Deep Green Resistance News Service | Jan 21, 2014 | Indigenous Autonomy, Indirect Action, Mining & Drilling
By Claire Stewart-Kanigan / The Dominion
“Eco-consciousness” and “green living” are centrepieces of product branding for the Toyota Prius. But that feel-good packaging has rapidly worn thin for members of the Algonquin Nation and residents of Kipawa, Quebec, who are now fighting to protect traditional Algonquin territory from devastation in the name of hybrid car battery production.
In 2011, after nearly two years of negotiations, Matamec Explorations, a Quebec-based junior mining exploration company, signed a Memorandum of Understanding with Toyotsu Rare Earth Canada (TRECan), a Canadian subsidiary of Japan-based Toyota Tsusho Corporation. The memorandum confirmed Matamec’s intention to become “one of the first heavy rare earths producers outside of China.” In pursuit of this role, the company plans to build an open-pit Heavy Rare Earth Elements (HREE) mine directly next to Kipawa Lake, the geographical, ecological, and cultural centre of Kipawa.
Rare earths are a group of 17 elements found in the earth’s crust. They are used to produce electronics for cell phones, wind turbines, and car batteries. Rare earths are notorious for their environmentally costly extraction process, with over 90 per cent of the mined raw materials classified as waste.
Toyota has guaranteed purchase of 100 per cent of rare earths extracted from the proposed Kipawa mine, for use in their hybrid car batteries, replacing a portion of Toyota’s supply currently sourced out of China.
Over the last seven years, China has reduced the scale of its rare earths exports via a series of annual tonnage export caps and taxes, allegedly out of concern for high cancer rates, contaminated water supply, and significant environmental degradation. Despite China’s stated intention to encourage manufacturers to reduce their rare earths consumption, the US, the EU and Japan have challenged China’s export caps through the World Trade Organization (WTO) and are seeking new deposits elsewhere for exploitation. Toyota and Matamec are seeking to make Kipawa part of this shift.
Kipawa is a municipality located on traditional Algonquin territory approximately 80 kilometres northeast of North Bay, Ontario, in what is now known as western Quebec. The primarily Indigenous municipality is home to approximately 500 people, including members of Eagle Village First Nation and Wolf Lake First Nation, of the Anishinaabeg Algonquin Nation. The town of Kipawa lies within the large Ottawa River Watershed, a wide-branching network of lakes, rivers and wetlands. Lake Kipawa is at the heart of the Kipawa region.
Lifelong Kipawa resident and Eagle Village First Nation member Jamie Lee McKenzie told The Dominion that the lake is of “huge” importance to the people of Kipawa. “We drink it, for one….Everyone has camps on the lake [and] we use it on basically a daily basis.” This water network nourishes the richly forested surroundings that make up the traditional hunting and trapping grounds of the local Algonquin peoples.
“Where the proposed mine site is, it’s my husband’s [ancestral] trapping grounds,” said Eagle Village organizer Mary McKenzie, in a phone interview with The Dominion. “This is where we hunt, we fish, I pick berries….We just want to keep our water.” Jamie Lee and Mary McKenzie also emphasized the role of lake-based tourism in Kipawa’s economy.
The Kipawa HREE project would blast out an open-pit mine 1.5 kilometres wide and 110 meters deep, from the summit of a large lakeside hill. It would also establish a nearby waste dump with a 13.3 megatonne capacity. Rock containing the heavy rare earth elements dysprosium and terbium would be extracted from the pit via drilling and explosives, processed at an on-site grinding and magnetic separation plant, and then transported by truck to a hydrometallurgical facility 50 kilometers away for refining.
Matamec confirmed in its Preliminary Economic Assessment Study that some effluence caused by evaporation and precipitation is inevitable, especially during the snowmelt period. A community-led presentation argued that this could create acid mine drainage, acidifying the lake and poisoning the fish.
“There’s going to be five [truckloads of sulfuric acid transported from pit to refinery] a day….[I]n a 15-year span, that’s 27,300 truckloads of sulfuric acid,” said Mary McKenzie. “We’re worried about spills and the environment….They’re talking about neutralizing [the acid], when a spill does occur, with lime. I have [sources that say] lime is also a danger to the environment.”
In a 2013 presentation in Kipawa, Matamec stated that while “some radioactivity [due to the presence of uranium and thorium in waste rock] will be present in the rare earth processing chain,” its effects will be negligible. Yet these reassurances ring hollow for some, who point to cancer spikes observed in communities near rare earths projects in China. In the project’s economic assessment, Matamec itself indicated that waste rock is too dangerous for use in concrete and dikes.
“Whatever goes up in the air [from blasting and evaporation] comes down….A lot of those particles are radioactive,” said Mary McKenzie. “Our animals eat this [plant matter potentially affected by the mine]….We depend on our moose, we depend on our fish, so that’s a scary situation.” The refining process also uses strong acids and bases.
While Matamec stated in the Assessment that “most” of the water used in processing will be recycled, a portion of the post-processing solution will be directed into the lake or tailings ponds. The mine is intended to be operational for 13 years, but tailings ponds would require maintenance for generations, and leaching is always possible. Adding to this risk, Matamec has “assumed that [certain] tailings will not be acid generating or leachable” and will therefore only use watertight geomembrane for a portion of the tailings ponds.
With the approval process being accelerated by both public and private factors, production could begin as early as 2015. Quebec’s regulations call for provincial environmental impact assessments only when projects have a daily metal ore production capacity that is considerably higher than the national standard—7,000 metric tons per day versus 3,000 in the Canadian Environmental Assessment Act. What’s more, by categorizing HREE in the same regulatory group as other metals, these tonnage minimums fail to reflect the higher toxicity and environmental costs of heavy rare earths extraction.
Because of this, the Kipawa project does not trigger a provincial-level assessment. It only requires clearance from the Canadian Environmental Assessment Agency and a certificate of authorization granted by the provincial Minister of Sustainable Development, Environment and Parks.
On the private side, the assessment process has been fast-tracked by a series of multimillion-dollar payments from TRECan to Matamec ($16M as of April 2013). According to Matamec president André Gauthier in a July 2012 press release, this makes Matamec “the only rare earth exploration company to have received funds to accelerate and complete a feasibility study and an environmental and social impact assessment study of a HREE deposit.”
The chiefs of Eagle Village and Wolf Lake First Nations have been demanding a consent-based consultation and review process since the project was quietly made public in 2011—one that exceeds “stakeholder” consultation standards and acknowledges the traditional relationship of the Algonquin people to the land. Residents only became widely aware of Matamec’s plans following the company’s community consultation session in April 2013.
Jamie Lee McKenzie has not been impressed by Matamec’s consultations. “They come in and they have a meeting…and they tell us all the good things about the mine,” McKenzie told The Dominion. “[They say,] ‘It will give you jobs. We need this to make batteries for green living,’ but that’s it.”
Local organizers told The Dominion that a Matamec-chaired community focus group had been cancelled during the early summer after one local participant asked that her critical questions be included in the group’s minutes. Following what many residents see as the failure of Matamec and provincial assessment agencies to meaningfully engage with Kipawa residents, the community has taken matters into their own hands.
In the summer of 2013, Kipawa residents began to organize, with the leadership of Eagle Village and Wolf Lake members. Petitions containing over 2,500 signatures were sent to provincial ministers, demanding a provincial environmental assessment as well as “public hearings to review the Mining Act…to strengthen rare earth environmental monitoring.” As of late November, there had been no official responses to the petitions, and no positive response to letter-writing campaigns directed at the office of the federal Minister of Environment. (Quebec adopted a new Mining Act in early December, as this article went to print.)
But demands have grown beyond calls for review. “We’re not okay with the BAPE [provincial assessment]; we’re not okay with the mine,” said Mary McKenzie. “We’re against the [project] 100 per cent.” In September, McKenzie helped organize a 100-person anti-mine protest on the shores of Kipawa Lake. In November, the resistance network formalized their association as the Lake Kipawa Protection Society, committed to stopping the mine through regional education, local solidarity, and creative resistance strategies like a “Tarnish Toyota” day of action.
The Kipawa HREE project, if approved, would open doors for the numerous other companies exploring the watershed—such as Globex, Fieldex, Aurizon, and Hinterland Metals—as well as for heavy rare earths mining in the rest of Canada.
“We have mining companies all over in our area here,” said Mary McKenzie. “Matamec is the most advanced, but it’s not just Matamec: we want all the mining out of our region.”
The mine is not the only project on the fast-track: Algonquin and local resistance efforts are picking up momentum, and backing down on protecting the water and land is not on the agenda.
“This is ancestral ground,” McKenzie stressed. “We can fight this.”
Claire Stewart-Kanigan is a student, Settler, and visitor on Haudenosaunee territory.
From The Dominion: http://dominion.mediacoop.ca/story/toyota-prius-not-so-green-after-all/20373
by Deep Green Resistance News Service | Jan 10, 2014 | Toxification
By Ashley Southall and Timothy Williams / New York Times
Nearly 200,000 people in Charleston, W.Va., and nine surrounding counties were without drinking water on Friday after a chemical spill contaminated supplies, the West Virginia governor’s office said.
Gov. Earl Ray Tomblin said early Friday in a statement that the federal government had approved a request of assistance in dealing with the chemical spill into the Elk River, which flows into the Kanawha River at Charleston.
“West Virginians in the affected service areas are urged not to use tap water for drinking, cooking, washing or bathing,” Mr. Tomblin said in declaring a state of emergency. The warning affected customers of the West Virginia American Water Company in Boone, Cabell, Clay, Jackson, Kanawha, Lincoln, Logan, Putnam and Roane Counties.
Many stores in the area quickly ran out of bottled water Thursday night as residents rushed to stock up, according to local news media reports. Restaurants and businesses closed, and The Associated Press reported that schools as well as the State Legislature had canceled sessions on Friday.
The spill was discovered Thursday at a storage facility about a mile north of a water treatment plant on the Elk River, where a 48,000-gallon tank began leaking 4-Methylcyclohexane Methanol, or MCHM, a compound used to wash coal of impurities, according to the state’s Department of Environmental Protection.
The chemical leaked from a hole in the bottom of the tank and then filled an overflow container before spilling into the river, said Thomas J. Aluise, a spokesman for the agency.
It is not clear how much of the chemical flowed into the river, which Mr. Aluise said looked like “cooking oil floating on top of the water.”
The chemical, which smells like licorice, is not toxic, but can cause headaches, eye and skin irritation, and difficulty breathing from prolonged exposures at high concentrations, according to the American Conference of Governmental Industrial Hygienists.
Freedom Industries, the company that owns the storage tank, has not responded to emails seeking comment.
Liza Cordeiro, a spokeswoman for the State Department of Education, said schools in at least five counties would be closed Friday.
On the Facebook page of the West Virginia American Water Company, dozens of residents expressed concern that they had not been immediately told about the chemical leak or the potential for health risks.
“Yeah, so I’m six months pregnant and drank tap water at a restaurant about an hour before the notice was sent out,” one woman wrote.
From The New York Times: http://www.nytimes.com/2014/01/11/us/west-virginia-chemical-spill.html?_r=0
by Deep Green Resistance News Service | Dec 17, 2013 | Education, Mining & Drilling
By Deep Green Resistance Great Basin
It sounds like a bad business plan: Las Vegas is planning a $15 billion project to extract water from the driest places in the country. Ranchers, farmers, indigenous and rural communities, hunters, and
environmentalists are coming together to oppose the project, and clean air activists from Salt Lake City are worried that the project might cause major dust issues in the valley.
Join community organizers Saturday, January 11th at the downtown library in Salt Lake City to learn more about the so-called “Water Grab” – the project that is the epitome of unsustainable development and massive public subsidy to the rich. Despite a recent court ruling that deals a major blow to the project, opposition continues as SNWA will not give up on their desperate gamble.
Prepare to learn about the burden this project would put on taxpayers, the stunning natural places it would turn into deserts, the communities that would be impacted, and the political scheming going on in Las Vegas to make it happen.
Join us on January 11th to stand up for what is right. We say, “Stop the Water Grab!”
The event will take place at 3pm on Saturday, January 11th at the Downtown Salt Lake City library – 210 E 400 S, in Meeting Room A, downstairs in the main foyer of the library.
