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Brazilian Judge Suspends Dam License, Upholds Indigenous Rights

ENS | April 5, 2012

BRASILIA, Brazil  – A federal judge has suspended the construction license of the Teles Pires hydroelectric dam in the Brazilian Amazon, saying the permitting process violated the rights of indigenous people protected under the Brazilian Constitution.

In her ruling, Judge Celia Regina Ody Bernardes, a federal judge in the state of Mato Grosso, sided with federal public prosecutors and public prosecutors from Mato Grosso and the state of Pará who argued the dam would cause “imminent and irreversible damage to the quality of life and cultural heritage of indigenous peoples of the region.”

The dam would flooding a series of rapids on the Teles Pires River known as Sete Quedas, or Seven Waterfalls, the spawning grounds of fish of great importance to the indigenous residents.

The judge ordered the immediate suspension of all activities in dam construction, “especially explosions of boulders in the region of Sete Quedas.”

A recent declaration by indigenous peoples cited in the lawsuit states, “Sete Quedas is a sacred place, where the Mae dos Peixes (Mother of Fish) and other spirits of our ancestors live – a place known as Uel, meaning that it should not be messed with.”

The 1,820 megawatt capacity dam has been under construction since August 2011 on the Teles Pires River, a major tributary of the Tapajos River in the heart of the Brazilian Amazon.

The dam is one of six large hydropower projects planned for the Teles Pires River, which forms the border between the states of Mato Grosso and Pará.

In her decision, Judge Bernardes concluded that prior to greenlighting dam construction, the federal environmental agency IBAMA failed to consult with affected indigenous communities, despite serious threats to their “socioeconomic and cultural well-being.”

She ruled that this constitutes a violation of the Brazilian Constitution and ILO Convention 169, which Brazil signed in 2004.

In addition to its importance for the physical survival of indigenous peoples, Sete Quedas holds tremendous cultural significance. The lawsuit argues that the dam construction site is “a sacred area relevant for the beliefs, customs, traditions, symbolism and spirituality of indigenous peoples. As a cultural heritage site, it is protected by the Brazilian Constitution and international agreements.”

Other threats to indigenous peoples provoked by dam construction, cited in the lawsuit, include conflicts associated with a massive influx of migrants to the region, land speculation, illegal deforestation, predatory fishing and illegal exploitation of mining resources. The prosecutors argued that, given a delay of almost 20 years in the demarcation of the Kayabi territory, such threats are even more severe.

Taravy Kayabi, a leader of the Kayabi people, said, “While the federal government stalls in implementing laws that protect the rights of indigenous peoples, it is pressuring us to accept the dams. But we know the compensation they are offering will never substitute places that are sacred to us, such as Sete Quedas, that hold the cemeteries of our ancestors and that should be preserved.”

“Sete Quedas is also the spawning grounds of fish that are an important source of food. They talk about fish ladders, but where have these ever worked? Kayabi asked.

“The government needs to look for alternative ways to generate energy that don’t harm indigenous peoples and their territories,” he said.

Civil society groups and leaders of the Kayabi community welcomed the news of the the suspension of dam construction, but warned against a possible overturning of Judge Bernardes’ restraining order.

Brent Millikan, director of the Amazon Program at International Rivers, based in California, says he has seen it happen before.

“What we’ve seen over and over again, in cases such as Belo Monte, is that the President’s office politically intervenes in regional federal courts to overturn decisions against violations of human rights and environmental legislation, using false arguments, such as an impending blackout at the national level if dams aren’t immediately constructed,” he said.

“Of course, this is ludicrous,” said Millikan. He says indigenous peoples and human rights groups in Brazil and around the world” are calling on the government of President Dilma Rousseff “to change course and respect the country’s constitution and rule of law.”

Copyright Environment News Service (ENS) 2012. All rights reserved.

April 8, 2012 Posted by | Economics, Environmentalism | , , , , , , | Leave a comment

Radioactive Seawater Impact Map (update: March 2012)

Radioactive Sea Water Particle Tracing from Fukushima-Daiichi Nuclear Power Plant

Assuming that a part of the passive biomass could have been contaminated in the area, we are trying to track where the radionuclides are spreading as it will eventually climb up the food chain. The computer simulation presented here is obtained by continuously releasing particles at the site during the 2 months folllowing the earthquake and then by tracing the path of these particles. The dispersal model is ASR’s Pol3DD. The model is forced by hydrodynamic data from the HYCOM/NCODA system which provides on a weekly basis, daily oceanic current in the world ocean. The resolution in this part of the Pacific Ocean is around 8km x 8km cells. We are treating only the sea surface currents. The dispersal model keeps a trace of their visits in the model cells. The results here are expressed in number of visit per surface area of material which has been in contact at least once with the highly concentrated radioactive water. – More info at source

April 6, 2012 Posted by | Environmentalism, Nuclear Power | , , , , , | Leave a comment

Fukushima Roulette

One Year and Counting

By JOHN LaFORGE | CounterPunch | March 14, 2012

It’s been a year since the reactor meltdowns and catastrophic radiation releases from Japan’s Fukushima Daiichi nuclear reactor complex, and news of their far-reaching consequences still makes headlines the world over. Radioactive hot spots are still being discovered far beyond the official 13-mile “exclusion” and 18-mile “cautionary” zones surrounding the 6-reactor compound.

Recalculated estimates of massive radiation releases are repeatedly doubled, tripled or quadrupled. The National Science Foundation has said, “The release of radioactivity from Fukushima — both as atmospheric fallout and direct discharges to the ocean — represents the largest accidental release of radiation to the ocean in history.”

The list of radioactively contaminated foods, waters, soils, vegetation and export goods continues to grow longer, and government-established allowable contamination rates appear wildly arbitrary. For example, Japan intends in April to lower its permissible level of cesium in milk to 50 becquerels per kilogram from the 200 Bq/Kg that is permitted now. Evidently, an amount of contamination deemed permissible for both robust and vulnerable populations for the past year, will become four times too dangerous to consume — on April Fool’s Day.

Unprecedented and seemingly chaotic efforts to limit the spread of radiation are announced every few days. Contaminated topsoil and detritus from the forest are to be placed in metal boxes which may be stored “temporarily” in wooded areas. A plasticized wind barrier may be placed like a giant tent over the entire Fukushima Daiichi complex to retard further release of radiation to the air. The Tokyo Electric Power Co. (Tepco) began in March pouring tons of concrete from ships onto the seabed outside the destroyed reactors in an attempt to slow the spread of radionuclides that were dumped into the sea in the panicky early days of the crisis.

Broadly accepted but faulty government explanations for the meltdowns leave 400 reactors operating worldwide vulnerable to similar failures of emergency generators. Tepco is still dumping hundreds of thousands of gallons of water on the three uncontrolled reactors, and the waste fuel pool of reactor 4, all with extremely hot and ferociously radioactive fuel wreckage at the bottom of what used to be called “containments.” The unprecedented earthquake turned them into cracked and leaking sieves that are still vulnerable to Japan’s daily earthquakes.

A selective review of the news is all that space allows:

July 12-18: Beef contaminated, consumed, banned

Beef contaminated with cesium was sold at markets before a ban and recall was issued. Tests on straw at a farm in Koriyama city in Fukushima Prefecture showed cesium levels as high as 378 times the legal limit. Tokyo’s metropolitan government said high levels of cesium, nearly five times what’s permitted, were detected in meat from a cow shipped to a packing plant in Tokyo from a farm in Koriyama. 

Sept. 9: Japan triples its radiation release estimate

Japan’s Atomic Energy Agency reported that radioactive cesium-137 and iodine-131 released into the Pacific Ocean by Fukushima’s operators between March 21 and April 30 amounted to 15,000 trillion becquerels, or “terabecquerels” — more than triple the amount (4,720 terabecquerels) earlier estimated by the Tepco. (See chart at end)

Oct. 2: Plutonium fell far beyond evacuation zone

Plutonium, was been detected 24 miles from Fukushima according to government researchers. The official exclusion zone is only 12.4 miles wide.

Oct. 15: Hot spots in Tokyo

Independent groups found 20 radioactive “hot spots” inside Tokyo, 150 miles from the disaster zone, that were contaminated with cesium as heavily as parts of the exclusion zone around Chernobyl, in Ukraine, site of a similar radiation disaster in 1986. Kiyoshi Toda, a radiation expert and medical doctor at Nagasaki University told the New York Times, “Radioactive substances are entering people’s bodies from the air, from the food. It’s everywhere.”

Oct. 27: Worst oceanic contamination ever recorded

France’s Institute for Radiological Protection and Nuclear Safety reported that the amount of cesium-137 dispersed to the Pacific Ocean was the greatest single radioactive contamination of the sea “ever observed.” The institute estimated that 27 “petabecquerels” (27 million billion becquerels) of cesium-137 poured into the sea. This is equal to a staggering 729,000 curies.

Nov. 17: Sale of contaminated rice banned

The sale of rice from 154 farms in Fukushima Prefecture was banned after it was found contaminated with cesium exceeding

government limits. The same week, the journal of the National Academy of Sciences said that levels of cesium in the region’s soil would “severely impair” food production in all of eastern Fukushima and even neighboring areas.

Nov. 26: Cesium in fallout fell all over Japan

Radioactive cesium dispersed by Fukushima fell over the entire territory of Honshu, Japan’s largest and most heavily populated island, the major daily Asahi Shimbun reported.

Dec. 6: Cesium in baby food on shelves 7 months

The giant food company Neji Holdings announced the recall of 400,000 cans of its powdered baby milk formula after it was found poisoned with cesium-137 and cesium-134. Packaged in April, toward the end of Fukushima’s worst radiation releases, the baby food was distributed mostly in May and could have been repeatedly consumed by infants for seven months.

Dec. 12: Tokyo schoolyard’s 9-month cesium hazard

The concentration of cesium found in a Tokyo schoolyard, 150 miles from Fukushima was over 10 times the government-established level requiring disposal. From April to December, highly contaminated tarps were evidently left in a heap beside the school’s gym. The Environment Ministry gave official permission to incinerate the covers, but tons of radioactively contaminated incinerator ash has caused broad public protest because of objections to its being disposed of in forested areas.

Dec. 12: Sea contamination 50 million times normal

A study by the Woods Hole Oceanographic Society published in Environmental Science & Technology found that concentrations of cesium-137 at Fukushima’s discharge points to the sea peaked at more than 50 million times expected levels. Concentrations 18 miles offshore were higher than those measured in the ocean after Chernobyl. Lead author and Woods Hole senior scientist Ken Buesseler told Forbes, “We don’t know how this might affect benthic [bottom dwelling and subsurface] marine life, and with a half-life of 30 years, any cesium-137 accumulating in sediments or groundwater could be a concern for decades to come.”

Dec. 19: Up to 14,000 U.S. deaths linked to fallout

The peer reviewed International Journal of Health Services reported that as many as 14,000 excess deaths in the United States appear linked to radioactive fallout from Fukushima. The rise in reported deaths after March 17 was largest among U.S. infants under age one. The 2010-2011 increase for infant deaths in the spring was 1.8 percent, compared to a decrease of 8.37 percent in the preceding 14 weeks. The study by Joseph Mangano and Janette Sherman, using data from the Centers for Disease Control and

Prevention’s weekly reports, was the first on Fukushima health hazards to be published in a scientific journal.

Feb. 11: Scouring fallout from 8,000 square miles

The New York Times reported in its business section that Japan intends to “rehabilitate” contaminated areas that total over 8,000 square miles — an area nearly as big as New Jersey.

Feb. 26: One-quarter of U.S. reactors can’t survive likely quakes

The Nuclear Regulatory Commission reported that 27 of 104 operating reactors in the United States face current earthquake magnitude predictions more powerful than the reactors were designed and built to withstand.

Feb. 28: Cesium limits for rice will not be enforced

The government said farmers would be allowed to plant rice on land with cesium contamination above the new 100 becquerels-per-kilogram limit for crop land. The new limit takes effect in April, long after Japan arbitrarily set a contamination limit of 500-Bq/Kg following last year’s massive radiation releases.

2011: Emergency backup generators ‘not designed to work’

The official explanation for Fukushima’s loss-of-coolant and radiation releases is that back-up diesel generators were wrecked by the March 11 tsunami. In his Nov. 2011 book Vulture’s Picnic (Dutton), Greg Palast smashes this theory — and highlights reactor vulnerability everywhere — writing that the diesels may have destroyed themselves just by being turned on. Since aerial photos now show that the buildings housing the diesels were not wrecked, Palast recounts that 30 years ago he and diesel expert R. D. Jacobs suspected problems with the diesels proposed for U.S. nukes. They forced the builder of New York’s Shoreham reactor to test its three generators under emergency conditions. One after another, all three failed when their crankshafts snapped, just ad Jacobs predicted. Shoreham never went online.

Interviewing another diesel engineer, Palast found that the diesels were “designed or even taken from, cruise ship engine rooms or old locomotives.” They need 30 minutes to warm up and time to build crankshaft speed, before adding the “load” of the generator. In a nuclear emergency, the diesels have to go from stationary to taking a full load in less than ten seconds, Palast reports. They’re not made for a “crash start.” He asked the expert, “You’re saying emergency diesels can’t work in an emergency?” His answer was, “Actually, they’re just not designed for it.”

— New resources: “Lessons from Fukushima,” Feb. 2012, by Greenpeace; and “Fukushima in review: A complex disaster, a disastrous response,” March 2012, by the Bulletin of the Atomic Scientists.

Radiation amounts FYI:

1 becquerel = 1 atomic disintegration per second

37 billion becquerels = 1 curie

1 trillion becquerels (1 terabecquerel) = 27 curies

1 million billion becquerels (1 petabecquerel) = 27,000 curies

An area far beyond the official 18-mile restriction zone around Fukushima has been declared in need of decontamination. Besides power washing urban areas, this will involve removing about 2 inches of topsoil from local farms as well as dead leaves and other debris from radiation-laden forest floors. The government has announced it intends to clear about 934 square miles of soil — an area larger than greater Tokyo (above). “So far, nobody has any idea where any contaminated soil will be dumped,” reported The Economist, in “Hot spots and blind spots: the mounting human costs of Japan’s nuclear disaster,” Oct. 8, 2011.

John LaForge is on the staff of Nukewatch, a nuclear watchdog and anti-war group in Wisconsin, and edits its Quarterly.

March 14, 2012 Posted by | Environmentalism, Nuclear Power, Timeless or most popular | , , , , , | Leave a comment

Israeli settlement waste ‘poisoning Palestinians’

Ma’an – 06/03/2012

NABLUS – Sewage from Israeli settlements near Salfit in the northern West Bank is flowing into nearby Palestinian communities and causing serious disease, a health ministry official said Tuesday.

Speaking at an environmental conference in Salfit, the head of Salfit’s ministry of health office said the situation had become “intolerable” for communities affected by disease from the sewage, including cases of cholera.

Waste from factories in an industrial zone inside an Israeli settlement is threatening Salfit’s agriculture, the Salfit governor said.

Barqan settlement, near Salfit’s Qana Valley, has the largest industrial complex of the Israeli settlements in the West Bank, Gov. Isam Abu Bakr said.

He warned that the dumping of waste in 11 sites surrounding Salfit had become a major cause of cancer in the area.

All Israeli settlements built in the occupied West Bank and East Jerusalem are illegal under international law.

March 6, 2012 Posted by | Environmentalism, Ethnic Cleansing, Racism, Zionism, Subjugation - Torture, Timeless or most popular | , , , , | Leave a comment

Israeli national park expropriates Palestinian land

By Sophie Crowe | Palestine Monitor | February 17, 2012

Israel’s use of national parks to expropriate Palestinian land and prevent development in East Jerusalem is the subject of Bimkom’s latest, January, report.

Bimkom, a group of Israeli planners and architects advocating for planning rights, has studied the state’s strategy of making “green” settlements as a more convenient alternative to building its controversial Jewish-only housing enclaves alongside Palestinian communities in occupied East Jerusalem.

Designating urban space as a national park is not only easier but cheaper too, the state having no obligation to compensate owners.

The Jerusalem municipality leaves the creation of these parks to the National Planning Authority (in the Ministry of Interior), Bimkom noted, which deals more with the protection of nature and heritage than the rights of Jerusalem’s residents.

By passing authority over to the NPA, the municipality can absolve itself of responsibility for the people it professes to serve, the report argued.

The report came in the wake of a new national park set to appear on Mount Scopus, using land privately owned by residents of Issawiya and A-Tur, neighbourhoods of East Jerusalem.

The plan, currently under public review, was initially thought up by the Israel Nature and Park Authority, a body of the Ministry for Environment.

More recently it has been championed by the Jerusalem Development Authority – a government body helping the municipality with development projects – which was given 40 million NIS in 2005 to develop green spaces around the Old City of Jerusalem.

As a result of the state’s categorical neglect of Palestinians in Jerusalem, Bimkom began working with A-Tur and Issawiya residents years ago to devise development plans.

The national park will cover the neighbourhoods’ remaining available land, making Bimkom’s project impossible.

Locals, with the help of Bimkom and other rights groups, are raising legal objections to the plan, amid efforts to bring the public’s attention to their plight.

The case forwarded by the municipality is based on the site’s purported archaeological significance.

Municipal representatives pointed to “antiquities, caves … and burial sites from the era of the Second Temple,” Ha’aretz reported last month.

This argument has been rubbished by Bimkom, who argue what is really at play is Israel’s control over land, usually achieved by stunting Palestinian development.

Avraham Shaked – member of the Interior Ministry’s Jerusalem District Committee as an environmental advocate – agrees the prospective park is part of a more sinister political agenda.

“This process is definitely a political process,” he told The Jerusalem Post. “If it’s possible to develop the area for the good of the public it’s a positive thing. But this is not important as a nature reserve.”

The INPA – the management of which is dominated by several prominent settlers – denies doggedly that it is political. The group is “only concerned about preserving nature in the areas under its control,” a spokesperson told Ha’aretz.

“The declaration of the area [as a park] safeguards the last segment of the Judean Desert that begins on the Mount Scopus slope, and its importance stems from its view onto the desert, heritage landmarks and desert vegetation.”

While the state is forbidden from working on the site until the period for public comment is over, the INPA has forged ahead regardless.

Bulldozers have begun work on private land, moving a large mound of earth to create an effective wall which blocks a path to agricultural land. The municipality insists this measure was designed to prevent the area from being used as an illegal dumping ground, stopping the passage of trucks that would dump rubbish.

While residents remain unconvinced, the state’s response to their objection to this breach has been characteristically repressive and disproportionately severe.

On the morning of Monday, 6 February, border police arrived on the private land of Issawiya and A-Tur residents to continue preparatory work on the park.

When locals, along with Israeli supporters, gathered to protest the construction work, police arrested six people, five Jewish Israelis and one Palestinian.

The disparity between the management of space for West Jerusalemites compared to their counterparts in the east is stark, with national parks notably absent from the west.

“The Palestinian residents of Jerusalem are crowded and they suffer from extreme neglect and shortage of public infrastructure,” Bimkom architect, Efrat Bar-Cohen, said in a statement.

“The residents are in desperate need of space by which they can improve their quality of life, even if slightly.”

The building of the park will have ramifications beyond the strangling of Issawiya and A-Tur residents.

It will stretch into the E1 area of the West Bank, which represents an important reserve of space for Palestinian development, creating a string of Jewish Israeli-only settlement between the Old City and Ma’ale Adumim settlement.

Elad Kandl is director of the Old City projects at the Jerusalem Development Authority, whose website describes their work as rehabilitating and conserving the Old City.

He expressed succinctly Israel’s aim of curbing Palestinian development in Jerusalem. “When you make it a national park,” he told The Jerusalem Post in reference to open space, “you keep the status quo.”

February 18, 2012 Posted by | Deception, Environmentalism, Ethnic Cleansing, Racism, Zionism, Timeless or most popular | , , , , | Leave a comment

Climate Science Goes Megalomaniacal

Why Geo-Engineering Is Like the F-35 Joint Strike Fighter

By FRANKLIN C. SPINNEY | February 9, 2012

A February 6 report in the Guardian describes budding efforts to displace decarbonizing with geo-engineering as the goal for reducing the predicted catastrophic effects of global warming.  At present, these efforts are being funded by mega-wealthy private citizens like Bill Gates, but some traditional environmentalists as well as some decarbonizers are becoming worried that climate theory is setting off in a new direction.  Perhaps that is why the story appeared in the Guardian of all places.  Instead of its usual uncritical climate gushiness, the Guardian delves into the smarmier side of climate science — its dependence on money.

Their dependence on money is a subject proponents of anthropogenic global warming avoid like the plague, even though they are wont to accuse anyone who disagrees with them as being in the pay of the fossil fuel companies.   The Guardian report is important, because it inadvertently shines a light on how the intersection of money and groupthink among insular cohesive groups sharing a common interest is discrediting climate science in particular, but also science in general. (I am not introducing groupthink as a casual buzz word but in the context the distinguished psychologist Irving Janis used in his classic book Groupthink.  Anyone who believes groupthink is not a problem in the insular self-righteous climate science community, should read the Hockey Stick Illusion or wade through just a few of the infamous emails hacked from the Climate Research Unit at the University of East Anglia.)

Obviously, geo-engineering the earth’s climate would be a big deal, culturally as well as scientifically.  It would make the pyramids, the Manhattan Project or the Apollo Program look puny and intellectually trivial in comparison.  By necessity, indeed by definition, geo-engineering would be forever dependent on analyses of the outputs of computerized global climate models (GCMs), because we can not put anything as complex as the world’s atmosphere on a lab bench or in a wind tunnel for testing.  Computer models, like all scientific theories, are mental constructs of reality — really analogies — to represent and cope with that reality.  The first point to note is that no model can be perfect or exact in its representation of reality.  All models are imperfect and therefore mutable, as the historian Thomas Kuhn, among others, explained in his classic, The Structure of Scientific Revolutions.  All scientific models must be continually tested to ensure their predictions match up to external conditions, and as the precision of observations increases, sooner of later, all scientific models become creaky and eventually need to be replaced with a newer construction to better explain a reality that is always receding as one seems to get closer to it by making more precise observations.

The second point to note is that GCMs are complex mathematical constructs made by like-minded or group-thinking minds. They are not the products of individuals.  This requires a consensus-based mentality and the intense communal effort required to build these models reinforces that mentality.  The need to raise money to pay for these models further intensifies the communal outlook. Consensus building, and especially the invocation of consensual authority, shapes the mentality of contemporary climate scientists in a very different way from the conceptions of physics that shaped the individual mental outlooks during the experiments that produced the models of the atom that competed for acceptance during the first half of the twentieth century.  The great physicist who invented the first model of the atom, Niels Bohr, for example, used to introduce his lectures by saying everything he was about to say was wrong. By that he meant no theory is eternal.

You will not hear Bohr’s kind of humility, tolerance, or encouragement of dissent and debate from dogmatic proponents of global warming like Michael Mann or James Hansen, ironically, both physicists, even though the GCMs they are basing their sense of authority on have not been validated with empirical data (or in the case of Mann’s infamous Hockey Stick, have been shown to be statistically flawed).  The dogmatic sense of certainty exhibited by goupthinking climate scientists exists despite the fact that the comprehensive data needed to test the GCM models for matchups to the environment simply do not exist.  Yet, this uncertainty is not at all unlike that which created the far more open-minded debate among the advocates of different atomic models, like Bohr, Schrödinger, or Heisenberg in the early Twentieth Century.  So, the authority of the GCMs needed to justify geo-engineering must be based on unvalidated assumptions about reality — really conjectures which are now stated as dogma, like, for example, the crucial quantification of the sensitivity of the warming response to changes in CO2 levels.

But there is more to the speculative analytical pathway leading climate science into the geo-engineering cul de sac, which brings me to my third point.  To justify the huge public expenditures and diversion of resources needed to geo-engineer the world, it will be necessary to perform cost-effectiveness analyses of the predicted benefits in a political context to convince policy makers of the need to undertake such a drastic and costly course of action.   Although the Guardian does not mention it, I have met some global warming alarmists (all card-carrying decarbonizers) who are already advocating that we combine the output of the GCMs with econometric models of the global economy to predict the global relationship between the monetary inputs to the economic benefits of global temperature reduction via solutions like carbon sequestration, etc. If you want to know how accurate econometric models are, just ask Alan Greenspan.  This kind of operation, clearly, would be like piling a house of cards on top of a house of cards.

Yet, the econometric-GCM mansion of cards is probably inevitable.  It is a tiny logical step for advocates of geo-engineering to link their theoretical GCMs to econometric models, and given the money needed (and the sacrifices that would be made elsewhere), cost-benefit analyses will eventually become necessary.  A policy decision to launch a “Manhattan Plus” project to geo-engineer the earth’s climate based on analyses of the output of such poorly understood computer models (GCMs and econometric) would go beyond madness and descend into megalomania.  The Guardian report inadvertently makes the madness quite clear: some climate scientists are calling for a political consensus to geo-engineer the globe, because the world cannot reach a political agreement on the vastly simpler problem of simply reducing carbon emissions.  Such an argument is at once illogical and bizarre.  Perhaps this yawning disconnect is why this report appeared in the Guardian, usually the most rabid pro global-warming mainstream newspaper in the world.

But of course, the megalomania implicit in geo-engineering has nothing to do with madness; it is about a group of like-minded intelligent people trying to feather their nest by creating a cash cow to do what they think is right and good. This is something I saw every day in the Pentagon.

Indeed, creating cash cows in the name of the greater good is the essence of the Pentagon’s game.  My 28 years experience in the Pentagon made me quite familiar with the steps needed to create the financial equivalent of a self-licking ice cream cone: (1) Inflate a threat to scare the bejeezus out of the people and induce politicians to unleash a torrent of publicly-funded money; (2) then, front-load a solution to neutralize that threat by overstating its benefits, understating its costs, and downplaying the uncertainties surrounding what is at best a poorly understood course of action; and then, (3) politically engineer a social safety net by spreading the money (grants and contracts) around the polity to lock in the constituent dependencies needed to keep the money flowing after the inevitable problems begin to surface.

Incidentally, the geo-engineering game, if publicly funded, will be manna from heaven for the US hi-tech weapons industry, which cannot compete commercially, but is in need of diversification, because of marginal cutbacks in the rate of future growth in the Pentagon’s budget.  You can bet what little is left of your IRA that defense mega-giants like Boeing, Lockheed Martin, and Northrup Grumman will be attracted to the cash flow potential of geo-engineering like flies to honey, should a serious geo-engineering effort begin to materialize.

Speaking of the similarities between the advocates of geo-engineering to the inhabitants of the Pentagon and the defense industry — consider, as an example, the resemblance of using computer simulations to cope with the uncertainties of geo-engineering to the use of computer simulations in the now deeply troubled F-35 Joint Strike Fighter program. Bear in mind, the Pentagon wrote the script for  basing high-cost decisions with long term consequences on highly complex, poorly-understood computer driven simulations, while short-shrifting testing.  It has more experience in modeling than just about any organization in the world.  It began cost-effectiveness modeling on computers in the mid 1960s and has continued with increasing intensity ever since.  Nevertheless, the unfolding debacle of the  F-35 has taken these kinds of simulations to a new level of disaster: No less an authority that Frank Kendall, the acting Under Secretary of Defense for Acquisition said recently that the F-35 program was started with the idea of putting it into production before it was fully tested under ”the optimistic prediction that we were good enough at modeling and simulation that we would not find problems in flight test.” …  He characterized this decision as “acquisition malpractice” … that … “was wrong, and now we are paying for that.”  Of course, Kendall’s use of “we” is a wee bit disingenuous, because it is the taxpayer not the Pentagon who is footing the malpractice bill.

It goes without saying that the uncertainties limiting our understanding of our ability to model the future consequences of a decision to design and produce the F-35 are trivial compared to those of geo-engineering the entire climate system.  But humility is not in order, because geo-engineers, like milcrats and defense contractors, will be spending other people’s money.

FRANKLIN “CHUCK” SPINNEY is a former military analyst for the Pentagon. He currently lives on a sailboat in the Mediterranean and can be reached at chuck_spinney@mac.com

Source

February 9, 2012 Posted by | Corruption, Environmentalism, Science and Pseudo-Science, Timeless or most popular | , , , , , , | Leave a comment

Mobile nuclear meltdowns: Coming soon to a town near you?

By Vladimir Slivyak – Translated by Maria Kaminskaya | Bellona | January 18, 2012

MOSCOW – Some three hundred nuclear time bombs are to cross the vast expanses of Russia within the next dozen years as Moscow embarks on its plan to send special-purpose trains with spent nuclear fuel (SNF) burnt at the country’s commercial reactors to a storage facility in Siberia. That’s the “solution” the nuclear industry has come up with for the ever mounting problem of nuclear waste – take it cross-country and pile it up where it will threaten the environment and public health for generations to come.

The first train bound for Krasnoyarsk Region in Central Siberia – where a repository is being built for both Russia- and foreign-produced nuclear waste – will carry spent nuclear fuel generated at Leningrad Nuclear Power Plant (NPP), a site near Russia’s second largest city of St. Petersburg, in the country’s northwest.

The date of departure – the first in a large-scale series of shipments devised to scoop up and stow away nuclear waste from all over the country – is being kept secret. The State Nuclear Corporation Rosatom plans to move some 22,000 tons of spent nuclear fuel to Siberia before 2025. This means three new trains loaded with dangerous waste – 300 shipments in total – will be arriving in the closed town of Zheleznogorsk, also known as Krasnoyarsk-26, every second month for the next thirteen years.

Shipments like these threaten the safety of residents of more than 15 large Russian cities that will happen to be on the way, urban centers like the Russian capital, Moscow, as well as St. Petersburg, Penza, Samara, Kirov, Perm, Yekaterinburg, Tyumen, Omsk, Novosibirsk and so on – virtually every industrial hub on Russia’s enormous map. Even though the shipping routes have not been disclosed, simple logic suggests moving trains loaded with cargoes as massive and logistically sensitive as these will require major railroads – such as those that involve stations, links, and depots serving heavy-traffic areas.

Nuclear transports as a whole present a particular risk for both the population at large and, specifically, those railroad personnel who may find themselves working in the vicinity of cargoes emitting high levels of radiation. As the Russian tradition holds, no warnings are issued in such cases to caution against potential danger – the usual cross-your-finger approach dictates it’s going to be just fine. All three hundred times. But there is the risk of radioactive contamination that could occur in case of an accident – brought on either by the poor condition of Russia’s railroads or as a result of a malicious act. (In 2009, a homemade bomb planted on the tracks derailed a passenger train on the country’s busiest route – the Moscow-St. Petersburg link, favored by government and business elites – constituting one of the deadliest terrorist attacks in Russia’s recent history outside of the volatile Caucasus region). And this not even taking into account that the transportation of these radioactive materials will be overseen by a chain of agencies whose expertise hardly includes dealing with issues related to nuclear safety: Russia’s railway network and other transport services, as well as a variety of regional authorities.

Spent nuclear fuel is the most hazardous kind of radioactive waste nuclear power plants produce. It contains plutonium, an isotope with a half-life of 24,000 years. The nuclear industry vehemently objects to this material being referred to as waste, arguing it is instead a valuable resource that can be used again as fuel after reprocessing – a highly questionable process that itself generates hundreds of times more radioactive waste as a result.

Meanwhile, Russian law speaks clearly to this issue: If nuclear material cannot be put to further use, then it is waste. Incidentally, the better part of the SNF Rosatom plans to move to Siberia has been burnt in reactors of the RBMK-1000 series – the same type that blew up in Chernobyl and remains in operation at three nuclear power plants in Russia, the site near St. Petersburg and Kursk and Smolensk NPPs, in Western Russia. But not only does Russia possess no technological capacity to reprocess spent fuel of this type, it furthermore has no plans to build any soon, for reasons of exorbitant costs. The very idea is simply economically indefensible. In fact, of the 33 reactors in operation in Russia, only seven currently produce spent nuclear fuel that lends itself to reprocessing.

To be sure, Rosatom’s continued operations imply that the so-called “dry” storage facility slated for completion at the Mining and Chemical Combine in Krasnoyark-26 will in fact be a nuclear repository set to remain there for many thousands of years: The plutonium alone will remain highly hazardous for 10 half-life periods – a quarter of a million years. In other words, one stroke of Rosatom’s pen forces the residents of Krasnoyarsk Region to assume the risks created by the sixty-five years of the nuclear industry’s development.

It is likewise not customary practice in Russia to first inquire of the locals whether they mind living next door to a nuclear dumpsite of international proportions – no more so than it is to conduct a fair parliament election or warn of hazardous cargoes passing through a populated area. Previous attempts that a number of countries have undertaken at building nuclear repositories have inevitably fallen flat – quashed either by large-scale public protests or by prohibitive costs (or a combination of both). A great uncertainty thus remains in the United States, Germany, Japan, and other countries that have historically relied on commercial nuclear power as to what to do with their accumulated waste. This means the Krasnoyarsk site may in the long term become the go-to facility for foreign SNF producers wishing to be rid of their nuclear headaches, and plans to accommodate imported waste have been developed before. One such project, revealed by Ecodefense in 2001, was a study sponsored by the US Department of Energy for a US-funded program looking to employ the option of storage and eventual geologic disposal in Russia of spent fuel of US origin used in Taiwan.

Taking into account the significant safety hazard associated with nuclear waste, the less than state-of-the-art condition of Russian railroads, and the sometimes inadequate security en route, nuclear trains have all the makings to turn into a catastrophe waiting to happen – three hundred mobile Chernobyls that Rosatom, despite the obvious risks, would rather keep secret from the public. It falls, then, to environmentalists to fill this information gap.

What could we Russian citizens do? We could keep a Geiger counter ready at home and be generally prepared to protect ourselves from radioactive exposure. But most importantly… we  could speak out against nuclear shipments in our regions. Make ourselves heard by local parliamentaries, government officials, and emergency services. Take our protest to the streets.

This is not a trifling matter. What we are dealing with is not a one-time nuclear delivery from point A to point B. At issue is a program that puts at risk the better part of the Russian territory for thirteen years. This program must be stopped as soon as possible – and that means putting our voices together for a clamorous public outcry. This is a simple choice we are facing – live a life of fear of a radiological disaster, or head out en masse to the railways to voice our protest and just maybe stop this madness from happening. It is our health and environment we need protecting – and it is our choice to make.

The nuclear industry is certainly not making this task any easier for us. Six decades into the peaceful atom’s history, the problem of nuclear waste still remains unsolved. No other industry in the world has produced so much dangerous and long-lived waste that has the capacity to inflict such harm to the environment and human health both now and throughout the next many thousands of years. Not to mention the gigantic financial burden that the storage of nuclear waste will place on the shoulders of thousands as-yet unborn generations. No one today is in any position to guarantee the safety of this waste thousands of years in advance, as the industry has simply not conceived of any way to efficiently remove the threat – but it will have to, at some point.

So instead of putting hundreds of Chernobyls-on-wheels in motion all over the country, the more reasonable option would be to leave the waste where it was produced – providing the highest level of safety possible to ensure against all eventualities. Equally reasonable would be to expect Rosatom to stop prolonging the operational life terms of old reactors or building new ones – and instead direct all efforts toward solving the problem of nuclear waste, not amassing it. The time to move the waste already accumulated must not be before we have a clear idea of how we can keep the public and the environment safe during the entire term this waste remains a menace.

Experts in the United States have established this period at one million years, but the US likewise lacks a definitive solution for the problem. And certainly, the dry storage facility in Krasnoyarsk-26 is not an answer, if only because it won’t last a thousandth of the time it will take to keep the waste safely isolated.

As it stands, Rosatom’s plan is nothing but travesty, a pitiful attempt at a solution that will only shift the burden of responsibility onto future generations – forcing the job of safeguarding the growing nuclear mess on our grandchildren, and our grandchildren’s grandchildren, and so on ad aeternum. This simply will not do.

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See also:

German people in unprecedented rebellion against government

January 22, 2012 Posted by | Environmentalism, Nuclear Power, Solidarity and Activism | Leave a comment

The Radioactive Waste Crisis

By LINDA PENTZ GUNTER | CounterPunch | January 20, 2012

Before the month of January is out, the US Department of Energy’s Blue Ribbon Commission on America’s Nuclear Future will unveil the result of its two year-long investigation into what to do with the accumulated radioactive waste at the country’s nuclear power plants. By this year’s end, that waste will constitute a mountain 70 years high, with the first cupful generated on December 2, 1942 at the Fermi lab not far from Chicago when scientists first created a self-sustaining nuclear chain reaction.

There remains no viable solution for either the management or certainly the “disposal” of nuclear waste. Yet, the one recommendation that will not be contained in the DOE report is to stop making any more of it.  While a child would never be allowed to continue piling up toys in his or her room indefinitely, failing to tidy up the mess, the nuclear industry continues to be permitted to manufacture some of the world’s most toxic detritus without a cleanup plan.

A sneak peak last July at the Commission’s draft report confirms that no new miracles are to be unveiled this month. Its preferred “solution” appears to be “centralized interim” storage, an allegedly temporary but potentially permanent parking lot dumpsite for highly radioactive waste that, based on past practices, will likely be targeted for an Indian reservation or a poor community of color. “Centralized interim” storage sites for the country’s irradiated reactor fuel rods could easily become permanent if no suitable geological repository site is found. It will mean transporting the waste from reactors predominantly located east of the Mississippi to a likely more remote, western location. And these wastes would then have to be moved again, transported past potentially 50 million homes, en route to a “permanent” dump site or for reprocessing.

Reprocessing, a chemical separation used extensively in France, creates enormous amounts of additional radioactive wastes that are discharged into the air and sea and a plutonium stockpile that could be diverted for nuclear weapons use. The Commission looks unlikely to recommend reprocessing for now but the DOE is still willing to squander tens to hundreds of millions of dollars a year of taxpayers’ money on research and development.

The repository debacle ended temporarily in 2011 with the wise cancelation of the scientifically flawed proposed Yucca Mountain site in Nevada. But new moves are afoot to search for an alternative site with the granite states – such as Vermont, New Hampshire, Wisconsin, Minnesota and North Carolina – highly favored. The Blue Ribbon Commission may point to the granite repository currently under construction in Finland as the way forward. But as one Scandinavian official stated unforgettably in the haunting documentary, Into Eternity, that examines the implications for the future if the Finnish repository is ever completed – in reality, “nobody knows anything at all.”

Attempting to find a site that can store deadly radioactive waste for a million years – the amount of time that the Environmental Protection Agency acknowledges the waste will remain hazardous – could indeed be beyond the scope of humanity for the foreseeable future. But advocates of dump sites, permanent or temporary, argue that something must be done with the waste already accumulated. Almost all reactor fuel pools are filled to capacity, necessitating “overflow parking” in outdoor casks on site: both are vulnerable to accidents, attacks, and natural disasters. If a cask wears down, no safe, sure plan yet exists to transfer the waste inside it to a new cask.

While failing to advocate a cessation of production until a radioactive waste disposal solution is found, the DOE has also consistently ignored the only reasonable interim option, one that is technically feasible and avoids the need to move the waste vast distances to unwelcome destinations. This is Hardened On-Site Storage or HOSS, endorsed by scientists and more than 200 environmental advocacy groups around the country.  HOSS calls for emptying the fuel pools and placing the irradiated rods in high quality outdoor casks fortified by thick bunkers and berms. Safeguards, security, and monitoring would be designed to protect against leaks, accidents and attacks.

HOSS would buy time, necessary while we wait to see if scientific advances will ever deliver a safe, secure and enduring radioactive waste solution. But until such a time, generating more waste, and rushing it into repositories that likely would not shield their deadly cargo for the sufficient time while the isotopes and their containers decay, is a reckless decision that leaves a deadly legacy for future generations.

Linda Pentz Gunter is the international specialist at Beyond Nuclear, a Takoma Park, Maryland-based safe energy advocacy organization.

~

See also:

German people in unprecedented rebellion against government

January 22, 2012 Posted by | Environmentalism, Nuclear Power | Leave a comment

Honduras: Return to Rigores

By Chuck Kaufman | Upside Down World | 11 January 2012

Photo by Irene Rodriguez.

On Jan. 9, 2012 an Alliance for Global Justice (AfGJ) delegation of US and Canadian citizens visited the farming community or Rigores, Honduras in the fertile Aguan Valley near the country’s Caribbean Coast.

It was a far different visit than was experienced by a previous AfGJ delegation just six months earlier. On that July 1st morning our delegation stood in a line at the top of a wash, standing between 40 police armed with military grade weaponry, and peasant farmers determined to hold their land against an illegal eviction. For 3-1/2 hours our delegation faced down the police, who had pistols drawn and snipers targeting us from the tree line.

Unable to produce an eviction order and unaccompanied by a lawyer as required by Honduran law, the police did not know what to do when faced with nearly 20 North Americans wearing blue t-shirts reading “Observador Internacional de Derechos Humanos” (International Human Rights Observer). After hours of tense discussion, negotiation, and demands, the police decided that they could leave the community. We accompanied them to their vehicles and then stayed with the community for another couple of hours during which the police drove through several times to see if we were still there.

But July 1, 2011 was neither the beginning nor the end of the story for the peasant farmers of Rigores. Rigores is a long-established community of farm cooperatives. The cooperative which we helped shield from eviction was 10-years-old, a tenancy under Honduras’ Law of Agrarian Reform which should have insured them title to the land. But one of Honduras’ rich landowners wants their corn fields, bean fields, grazing land and orchards so he can expand his African Palm plantation with this tree that produces an oil that is used in the majority of food products in First World supermarkets and supplies an increasing share of the European and US biofuel market.

Exactly one week before our stressful experience, police entered Rigores and at gunpoint burned the homes of 135 families, killed their animals, bulldozed their orchards, the school, and two churches. When we arrived on July 1, the community was living in the town’s community center and a large tent provided by a Catholic charity. The police had arrived that day to drive off or kill the people, breaking their tenancy and weakening their legal case of ownership.

Photo by Roger Harris.

Six months later all but four families remain on their land. They have rebuilt their houses, although now from branches and mud wattle where before stood larger block or poured cement homes. Their corn is waist high, a few banana and orange trees survived the depredations, and chickens, pigs, turkeys, and cows which survived the slaughter are breeding quickly.

Today Rigores is poor in material wealth but the people are rich in courage and determination that they will not be driven from their land; land that is their hope for their children. As a person privileged to have visited Rigores both on that fateful day in July 2011 and again today, the current visit was an emotional experience. To witness growth where previously there was only destruction, to see chicks and piglets where previously there were only carcasses, but most of all to hear the stories of courage and defiance of a people who will be pushed no farther,  was to renew my faith in solidarity and struggle. This peasant Occupy Movement long precedes our own. We can only hope to show the same courage as these people who daily face death defending their right to land to grow food to feed their families and their communities.

But this is not a fairy tale. There is no happy ending where the people of Rigores get to live happily ever after and we get to feel satisfied by performing a good deed.

Police, military, and private “security guards” still drive through the community and fire their weapons. On Sept. 16 and again on Sept. 19, the military invaded and terrorized the community. The 15-year-old son of the community spokesperson and another boy were kidnapped by the military, beaten, doused with gasoline and threatened with being set on fire.

Community members gave testimony to our delegation about the trauma they are suffering, especially the children. One man said, “Whenever my son hears a noise he shouts, ‘The police are coming. The police are coming.’” A woman said her young child crawls under the bed when he hears noises. When their houses were burned in June 2011, children were torn from the arms of their mothers and literally thrown from their houses. Mothers were shot at inside their houses to force them to leave. They were brutalized in ways that are hard for us in the United States to comprehend, and impossible for those who suffered through the terror to remain unmarked.

And now, as they still struggle to rebuild their lives and livelihoods, they have learned from the media that an official eviction order has been signed by a judge with an eviction date of later this month. At this point the eviction order may or may not exist. It is certain that they are receiving daily threats of violent eviction from the hired thugs of a rich landowner. However, they do not intend to leave their homes and we have an obligation to shine the light of international attention on the repression and injustice suffered by the people of Rigores and by the many other communities of the Aguan which are under similar threat. … Full article

January 11, 2012 Posted by | Environmentalism, Ethnic Cleansing, Racism, Zionism, Timeless or most popular | Leave a comment

Traditional farming ‘can save threatened species’

By Jan Piotrowski | Science and Development Network | 22 December 2011

Traditional farming methods are crucial for protecting a number of threatened bird species in the developing world, including bustards, cranes, ibises and vultures, a study has found.

Livestock grazing and features associated with arable farming — such as hedgerows — create environmental conditions that certain birds currently depend on for food, shelter and breeding, the authors report.

But as industrial farming methods eliminate these habitats, these species are threatened with extinction, said Hugh Wright, a researcher in the School of Environmental Sciences at the University of East Anglia, United Kingdom, and lead author of the study, published in Conservation Letters earlier this month (5 December).

“There really is no hope for these species if industrial farming continues unchecked,” he told SciDev.Net.

Although reintroducing or mimicking traditional farming techniques has had success in conserving wildlife in Europe, “conservation in the developing world has always focused on pristine forest ecosystems and has paid little attention to where farming might be beneficial,” Wright said.

The study found 29 bird species threatened by the decline of traditional agriculture in developing countries. This number could be much higher if all organisms, rather than just birds, are considered, as evidence from Europe suggests that traditional farming also benefits reptiles, amphibians, butterflies and even plants, Wright said.

Farmers can benefit too from protecting biodiversity since it helps to justify traditional agriculture and could prevent big agri-businesses from forcing farmers off their land, he added. Also, by offering farmers economic incentives to continue these beneficial practices, governments can ensure that conservation and development move forward together.

Tim Benton, professor of population ecology at the University of Leeds, United Kingdom, agreed that traditional agricultural methods are a valuable conservation tool, but said that adopting techniques aimed at saving a few iconic species can disadvantage farmers.

“Applying low-intensity farming instead of industrial methods often pits livelihoods against conservation, and can impose limits on a region’s development,” he said.

Instead, he said that “land sparing” — where some areas are intensively farmed while others are left primarily for conservation — can lead to more wildlife and better crop yields.

There is no one strategy, but a “middle ground” that combines land sparing and traditional farming methods to suit local conditions could be the best conservation strategy, he added.

Wright agreed that a mixed approach can maximise biodiversity. “You need to assess which species you have, how feasible it is to protect them, what it will cost and social issues as well before coming up with a conservation strategy for an area,” he said.

Link to abstract in Conservation Letters

References

Conservation Letters doi: 10.1111/j.1755-263X.2011.00208.x (2011)

January 2, 2012 Posted by | Economics, Environmentalism, Timeless or most popular | Leave a comment

Biofuels not food the biggest driver of ‘land grabbing’ deals, says report

‘Land grab’ report highlights growing interest from speculators in ‘flex’ crops like soya, palm oil and sugarcane that can be used for biofuels or food

By Laurie Tuffrey | The Ecologist | 18th December, 2011

The amount of land acquired for biofuels globally is far higher than previously thought, according to one of the most comprehensive assessments yet by the International Land Coalition (ILC).

Biofuels are now the major driver for large-scale purchases of farmland or ‘land grabbing’ in the global south, with almost 53 per cent of the 71 million hectares cross-referenced in the report, being used for biofuels.

In Africa, the impact of biofuels was even stronger with 66 per cent of land purchases used for biofuels. Food was next highest at 15 per cent.

This is far higher than a World Bank’s analysis last year that just 21 per cent of global land grab deals conducted between 2008-9 were being used for biofuels.

Europe’s biofuel demand

Campaigners say ‘land grabbing’ is being driven by EU targets to source 10 per cent of all transport fuels for buses and cars from biofuels rather than conventional fossil fuels by 2020.

‘These findings suggest that the scale of land-grabbing for biofuel production is far worse than previously imagined,’ Robbie Blake of Friends of the Earth Europe. ‘Europe’s appetite for land is already unsustainable, reaching well beyond its borders, with devastating social and environmental impacts.’

The report, ‘Land Rights and the Rush for Land’, involved the collaboration of over 40 different organisations in the research process – the biggest study to date. It says rural livelihoods have been put in jeopardy by the land grabbing deals, with the promise of jobs not, as yet, materialising.

‘Weak governance, corruption and a lack of transparency in decision-making, which are key features of the  typical environment in which large-scale land acquisitions take place, mean that the poor gain few benefits from these deals but pay high costs,’ says Dr Madiodio Niasse, Secretariat Director of the International Land Coalition.

Rise in ‘flex’ crops

Report author Michael Taylor, from the International Land Coalition, says they were surprised by the dominance of biofuels in land grabbing deals.

‘What one would expect is that food would be a bigger driver, because biofuel is largely driven by two factors which can change quite quickly: one is subsidy […] the other is other is technological change.’

Taylor said that there had also been a rise in ‘flex’ crops in land grabbing deals, which could be used for biofuels or food, such as soya, palm oil and sugar cane.

‘I think some savvy investors are moving towards planting crops that, as the market changes, they can use for whatever they want. At the moment, it looks like energy is maybe more profitable than food, and so it’s biofuel food stock. But, if something changes in the market, they can change it to food.’

After biofuels and food, the other main drivers of land-grabbing deals were mineral exploitation, tourism and carbon sequestration projects. It is not just foreign investors who buy land either, in some cases national elites were behind the deals, buying up land before offering their services to overseas companies.

Land deals going wrong

The report highlighted land grab deals that went wrong and left local populations with degraded land. For example, in Mozambique and Tanzania land was abandoned after the financial crisis and changing oil prices, which made biofuels less attractive to speculators.

As well as changing financial circumstances, the report says many investments were failing because of unrealistic targets and an underestimation of the technical, logistical, administrative and community engagement challenges involved in getting these projects going.’

Governments were also guilty of abusing the land rights of local communities. In Ethiopia, a large area of land owned by the Indian company Karuturi has been put out of bounds to its original users, despite the company only using a small area of it, denying them access to a water supply and thereby rendering their grazing land useless.

And in Indonesia, the government has given large concessions of forest to companies to produce oil, which was subsequently harvested for its timber without any planting taking place, leaving the area unusable by its local communities.

December 30, 2011 Posted by | Environmentalism, Malthusian Ideology, Phony Scarcity | Leave a comment

Biofuels production is not our wisest use of limited land resources

By Tyler Hamilton | Clean Break | December 19th, 2011

My Clean Break column this past week looks at the missed opportunity of growing crops for biofuel production when making green chemicals is a higher value proposition, both economically and environmentally.

About seven million tonnes of grain corn was grown in Ontario in 2011, and by year’s end roughly 30 per cent of that is expected to go toward ethanol fuel production.

Let’s ignore for the moment the whole food-versus-fuel debate, and assume that devoting nearly a third of Ontario corn production to making renewable fuel doesn’t help drive up global food prices, or for that matter, reduce our capacity to feed the world.

Let’s focus instead on the use of corn as part of a greenhouse-gas reduction strategy that returns more economic value per harvested bushel. Through this lens, is biofuel production the best use of a renewable but also land-limited resource?

Corn, after all, doesn’t have to be made into ethanol and burned in the gas tanks of our cars to reduce our dependence on fossil fuels. It can also be used to make a variety of “green” chemicals that form the basis of a wide variety of products currently made from petroleum-based chemicals.

Let’s take, for example, Burlington, Ont.-based EcoSynthetix, which takes starch from corn to make certain biopolymers. These biodegradable biopolymers can displace petroleum-based ingredients used to make coatings for packaging and cardboard, adhesives, carpet backing, building materials and a wide range of other products.

John van Leeuwen, chairman and chief executive of EcoSynthetix, which had a successful initial public offering on the Toronto Stock Exchange in August, says he can make $35 worth of biolatex for every bushel of corn the company consumes in its process.

Ethanol, by comparison, fetches about $10 for every bushel of corn, he says. Indeed, the amount of corn that’s consumed annually by 10 large ethanol production plants – out of about 200 in North America—could probably supply enough starch for the entire emulsion polymer market worldwide if it were to switch to 100 per cent biopolymers.

More than that, EcoSynthetix’s biopolymer can compete head on with petroleum-based polymers that currently dominate the marketplace, unlike the heavily-subsidized ethanol industry. “We don’t need subsidies. We can actually go into a deal and offer a discount against petroleum-based products to win business,” says van Leeuwen.

Asked about the growing volume of corn consumed by the ethanol industry, van Leeuwen, without pointing fingers, responds sensibly. “We really need to be thoughtful as an industry to make sure what we make derives maximum value from our agricultural feedstocks.”

Such wise advice could be directed to Canada’s bioproducts sector as a whole, which as I wrote in August has been shrinking when it should be flourishing. That was the conclusion of a report by the Richard Ivey School of Business, which called Canada’s performance on the global stage “disappointing.”

In that report, ethanol represented more than two-thirds of Canada’s bio-products market, while higher-value polymers accounted for just 2 per cent and organic chemicals 12 per cent. In the area of green chemicals, Canada’s landscape was described as “stagnant.”

This isn’t just about corn; it’s also about how we choose to use agricultural residues, municipal organic waste, wood waste, algae biomass, and non-food crops.

Does it make sense to just burn this material for energy, or convert it into fuel so it can be burned? Or, should we be doing a better job of targeting niche markets with high-value “green” products that are just as effective at reducing our dependence on fossil fuels?

“There is an overemphasis on biomaterials as a source for energy,” says Dr. Rui Resendes, executive director of Kingston-based GreenCentre Canada, which helps commercialize green chemistry innovations coming out of Canadian universities.

And that energy isn’t as green as often claimed. After all, Resendes points out, the fertilizers used to grow crops are petroleum-based, as are many other products consumed along the supply chain.

“Just because you pluck it out of farmer’s field doesn’t mean it’s sustainable,” he says, adding that the entire value chain has to be considered. This is where green chemistry and the products it supports play a crucial role. “I’m a firm believer in technologies that are addressing niche markets where volumes are much smaller and margins are much higher.”

Green chemicals may be a broad category, but it’s one that serves highly targeted markets where petroleum-based products currently dominate, including the manufacture of fertilizers, polymers, and lubricants, to name a few.

And, as EcoSynthetix is demonstrating, you can be competitive and aim for profitability without relying on subsidies.

December 24, 2011 Posted by | Economics, Environmentalism, Timeless or most popular | Leave a comment