Nature of war: Chimps inherently violent; Study disproves theory that ‘chimpanzee wars’ are sparked by human influence (Science Daily)

Date: September 17, 2014

Source: Lincoln Park Zoo

Summary: Of all of the world’s species, humans and chimpanzees are some of the only species to coordinate attacks on their own members. Since Jane Goodall introduced lethal inter-community killings, primatologists have debated the concept of warfare in this genus. New research from an international coalition of ape researchers has shed new light on the subject, suggesting that human encroachment and interference is not, as previous researchers have claimed, an influential predictor of chimp-on-chimp aggression.


The Ngogo males have just killed a male from a neighboring group. After the male is dead, one of the Ngogo males leaps on the body of the dead animal. Credit: Image courtesy of John Mitani 

Of all of the world’s species, humans and chimpanzees are some of the only to engage in coordinated attacks on other members of their same species. Jane Goodall was among the first to introduce the occurrence of lethal inter-community killings and since then primatologists and anthropologists have long debated the concept of warfare in this genus. Research theories have pointed to increased gains and benefits of killing off competitors and opening up increased access to key resources such as food or mates. In contrast, others have argued that warfare is a result of human impact on chimpanzees, such as habitat destruction or food provisioning, rather than adaptive strategies.

New research from an international coalition of ape researchers, published September 18 in the journalNature, has shed new light on the subject, suggesting that human encroachment and interference is not, as previous researchers have claimed, an influential predictor of chimp-on-chimp aggression.

The study began as a response to a growing number of commentators claiming that chimpanzee violence was caused by human impacts. “This is an important question to get right. If we are using chimpanzees as a model for understanding human violence, we need to know what really causes chimpanzees to be violent,” said University of Minnesota researcher Michael L. Wilson, lead author on the study.

“Humans have long impacted African tropical forests and chimpanzees, and one of the long-standing questions is if human disturbance is an underlying factor causing the lethal aggression observed,” explained co-author David Morgan, PhD, research fellow with the Lester E Fisher Center for the Study and Conservation of Apes at Lincoln Park Zoo in Chicago. Morgan has studied chimpanzees deep in the forests of Republic of Congo for 14 years. “A key take-away from this research is that human influence does not spur increased aggression within or between chimpanzee communities.”

A team of 30 ape researchers assembled extensive data sets spanning five decades of research gathered from 18 chimpanzee communities experiencing varying degrees of human influence. In all, data included pattern analysis of 152 killings by chimpanzees. The key findings indicate that a majority of violent attackers and victims of attack are male chimpanzees, and the information is consistent with the theory that these acts of violence are driven by adaptive fitness benefits rather than human impacts.

“Wild chimpanzee communities are often divided into two broad categories depending on whether they exist in pristine or human disturbed environments,” explained Morgan. “In reality, however, human disturbance can occur along a continuum and study sites included in this investigation spanned the spectrum. We found human impact did not predict the rate of killing among communities.

“The more we learn about chimpanzee aggression and factors that trigger lethal attacks among chimpanzees, the more prepared park managers and government officials will be in addressing and mitigating risks to populations particularly with changing land use by humans in chimpanzee habitat,” explained Morgan.

Journal Reference:

  1. Michael L. Wilson, Christophe Boesch, Barbara Fruth, Takeshi Furuichi, Ian C. Gilby, Chie Hashimoto, Catherine L. Hobaiter, Gottfried Hohmann, Noriko Itoh, Kathelijne Koops, Julia N. Lloyd, Tetsuro Matsuzawa, John C. Mitani, Deus C. Mjungu, David Morgan, Martin N. Muller, Roger Mundry, Michio Nakamura, Jill Pruetz, Anne E. Pusey, Julia Riedel, Crickette Sanz, Anne M. Schel, Nicole Simmons, Michel Waller, David P. Watts, Frances White, Roman M. Wittig, Klaus Zuberbühler, Richard W. Wrangham. Lethal aggression in Pan is better explained by adaptive strategies than human impacts. Nature, 2014; 513 (7518): 414 DOI: 10.1038/nature13727

Pajés Caiapó Kukrit e Mati-í fazem pajelança e terminam incêncio de mais de dois meses em Roraima, em 1998

“No dia 30 de março, quando o incêndio completava 63 dias, chegam a Roraima, levados pela Fundação Nacional do Indio-FUNAI, os pajés Caiapó Kukrit e Mati-í, determinados a realizar uma pajelança para atrair chuva para Roraima. Na noite do dia 30, os pajés dirigiram-se à beira do rio Curupira, que banha Boa Vista, e fizeram um ritual de chuva. Retornaram ao hotel, afirmando que no dia seguinte choveria “muito”. De madrugada choveu muito, apagando 95% dos focos de incêndio.

A partir desse fato a imprensa debruçou-se sobre o tema durante vários dias, mudando o rumo da discussão pública sobre o incêndio, concentrando-a na participação dos pajés nos esforços para debelar o incêndio. Antropólogos discutiram a eficácia dos rituais indígenas . José Jorge de Carvalho, da Universidade de Brasília, contemporizou: “Nem toda vez que você faz ritual para chover, chove. Como nem toda vez que você vai ao médico, o médico te cura.” Júlio Cezar Melatti, também da UnB: “Depende da fé de cada um. Fazer chover, eu acho que é coincidência”. Marcos Terena, organizador do I Encontro Nacional de Pajés (que se realizaria de 15 a 18 do mesmo mês, em Brasília): “Quem manda é o criador, a natureza. A gente pede. Não é uma coisa mágica”. Terena acredita que os rituais dão certo por causa da “relação íntima do índio com a natureza”.

O sociólogo Eurico Gonzalez, da UnB deu outra interpretação: “as crendices são fruto do fracasso da razão. Ou seja, da incapacidade do homem de resolver seus próprios problemas. O nosso projeto de sociedade moderna nunca funcionou direito. E isso abre espaço para que crenças mágicas ocupem o lugar das soluções.”

O temporal da madrugada do dia 31 de março alagou ruas e derrubou árvores em Boa Vista. Segundo relatório do Núcleo de Monitoramento Ambiental da Empresa Brasileira de Pesquisa Agropecuária-Embrapa, chegou a chover mais de 30 mm em algumas regiões do Estado. O documento diz: “A principal e mais espetacular consequência das chuvas foi uma redução quase completa (em mais de 95%) dos pontos de incêndios e queimadas no Estado”. A avaliação foi feita a partir de imagens obtidas do satélite NOAA 14.”

Trecho do relatório da comissão especial do Senado Federal para acompanhar o caso, disponível em http://www.senado.leg.br/atividade/materia/getPDF.asp?t=79112&tp=1.

Agradeço a B. Esteves pela indicação do material.

Global Warming’s Terrifying New Math (Rolling Stone)

Three simple numbers that add up to global catastrophe – and that make clear who the real enemy is

reckoning illo
Illustration by Edel Rodriguez
BY | July 19, 2012

If the pictures of those towering wildfires in Colorado haven’t convinced you, or the size of your AC bill this summer, here are some hard numbers about climate change: June broke or tied 3,215 high-temperature records across the United States. That followed the warmest May on record for the Northern Hemisphere – the 327th consecutive month in which the temperature of the entire globe exceeded the 20th-century average, the odds of which occurring by simple chance were 3.7 x 10-99, a number considerably larger than the number of stars in the universe.

Meteorologists reported that this spring was the warmest ever recorded for our nation – in fact, it crushed the old record by so much that it represented the “largest temperature departure from average of any season on record.” The same week, Saudi authorities reported that it had rained in Mecca despite a temperature of 109 degrees, the hottest downpour in the planet’s history.

Not that our leaders seemed to notice. Last month the world’s nations, meeting in Rio for the 20th-anniversary reprise of a massive 1992 environmental summit, accomplished nothing. Unlike George H.W. Bush, who flew in for the first conclave, Barack Obama didn’t even attend. It was “a ghost of the glad, confident meeting 20 years ago,” the British journalist George Monbiot wrote; no one paid it much attention, footsteps echoing through the halls “once thronged by multitudes.” Since I wrote one of the first books for a general audience about global warming way back in 1989, and since I’ve spent the intervening decades working ineffectively to slow that warming, I can say with some confidence that we’re losing the fight, badly and quickly – losing it because, most of all, we remain in denial about the peril that human civilization is in.

When we think about global warming at all, the arguments tend to be ideological, theological and economic. But to grasp the seriousness of our predicament, you just need to do a little math. For the past year, an easy and powerful bit of arithmetical analysis first published by financial analysts in the U.K. has been making the rounds of environmental conferences and journals, but it hasn’t yet broken through to the larger public. This analysis upends most of the conventional political thinking about climate change. And it allows us to understand our precarious – our almost-but-not-quite-finally hopeless – position with three simple numbers.

The First Number: 2° Celsius

If the movie had ended in Hollywood fashion, the Copenhagen climate conference in 2009 would have marked the culmination of the global fight to slow a changing climate. The world’s nations had gathered in the December gloom of the Danish capital for what a leading climate economist, Sir Nicholas Stern of Britain, called the “most important gathering since the Second World War, given what is at stake.” As Danish energy minister Connie Hedegaard, who presided over the conference, declared at the time: “This is our chance. If we miss it, it could take years before we get a new and better one. If ever.”

In the event, of course, we missed it. Copenhagen failed spectacularly. Neither China nor the United States, which between them are responsible for 40 percent of global carbon emissions, was prepared to offer dramatic concessions, and so the conference drifted aimlessly for two weeks until world leaders jetted in for the final day. Amid considerable chaos, President Obama took the lead in drafting a face-saving “Copenhagen Accord” that fooled very few. Its purely voluntary agreements committed no one to anything, and even if countries signaled their intentions to cut carbon emissions, there was no enforcement mechanism. “Copenhagen is a crime scene tonight,” an angry Greenpeace official declared, “with the guilty men and women fleeing to the airport.” Headline writers were equally brutal: COPENHAGEN: THE MUNICH OF OUR TIMES? asked one.

The accord did contain one important number, however. In Paragraph 1, it formally recognized “the scientific view that the increase in global temperature should be below two degrees Celsius.” And in the very next paragraph, it declared that “we agree that deep cuts in global emissions are required… so as to hold the increase in global temperature below two degrees Celsius.” By insisting on two degrees – about 3.6 degrees Fahrenheit – the accord ratified positions taken earlier in 2009 by the G8, and the so-called Major Economies Forum. It was as conventional as conventional wisdom gets. The number first gained prominence, in fact, at a 1995 climate conference chaired by Angela Merkel, then the German minister of the environment and now the center-right chancellor of the nation.

Some context: So far, we’ve raised the average temperature of the planet just under 0.8 degrees Celsius, and that has caused far more damage than most scientists expected. (A third of summer sea ice in the Arctic is gone, the oceans are 30 percent more acidic, and since warm air holds more water vapor than cold, the atmosphere over the oceans is a shocking five percent wetter, loading the dice for devastating floods.) Given those impacts, in fact, many scientists have come to think that two degrees is far too lenient a target. “Any number much above one degree involves a gamble,” writes Kerry Emanuel of MIT, a leading authority on hurricanes, “and the odds become less and less favorable as the temperature goes up.” Thomas Lovejoy, once the World Bank’s chief biodiversity adviser, puts it like this: “If we’re seeing what we’re seeing today at 0.8 degrees Celsius, two degrees is simply too much.” NASA scientist James Hansen, the planet’s most prominent climatologist, is even blunter: “The target that has been talked about in international negotiations for two degrees of warming is actually a prescription for long-term disaster.” At the Copenhagen summit, a spokesman for small island nations warned that many would not survive a two-degree rise: “Some countries will flat-out disappear.” When delegates from developing nations were warned that two degrees would represent a “suicide pact” for drought-stricken Africa, many of them started chanting, “One degree, one Africa.”

Despite such well-founded misgivings, political realism bested scientific data, and the world settled on the two-degree target – indeed, it’s fair to say that it’s the only thing about climate change the world has settled on. All told, 167 countries responsible for more than 87 percent of the world’s carbon emissions have signed on to the Copenhagen Accord, endorsing the two-degree target. Only a few dozen countries have rejected it, including Kuwait, Nicaragua and Venezuela. Even the United Arab Emirates, which makes most of its money exporting oil and gas, signed on. The official position of planet Earth at the moment is that we can’t raise the temperature more than two degrees Celsius – it’s become the bottomest of bottom lines. Two degrees.

The Second Number: 565 Gigatons

Scientists estimate that humans can pour roughly 565 more gigatons of carbon dioxide into the atmosphere by midcentury and still have some reasonable hope of staying below two degrees. (“Reasonable,” in this case, means four chances in five, or somewhat worse odds than playing Russian roulette with a six-shooter.)

This idea of a global “carbon budget” emerged about a decade ago, as scientists began to calculate how much oil, coal and gas could still safely be burned. Since we’ve increased the Earth’s temperature by 0.8 degrees so far, we’re currently less than halfway to the target. But, in fact, computer models calculate that even if we stopped increasing CO2 now, the temperature would likely still rise another 0.8 degrees, as previously released carbon continues to overheat the atmosphere. That means we’re already three-quarters of the way to the two-degree target.

How good are these numbers? No one is insisting that they’re exact, but few dispute that they’re generally right. The 565-gigaton figure was derived from one of the most sophisticated computer-simulation models that have been built by climate scientists around the world over the past few decades. And the number is being further confirmed by the latest climate-simulation models currently being finalized in advance of the next report by the Intergovernmental Panel on Climate Change. “Looking at them as they come in, they hardly differ at all,” says Tom Wigley, an Australian climatologist at the National Center for Atmospheric Research. “There’s maybe 40 models in the data set now, compared with 20 before. But so far the numbers are pretty much the same. We’re just fine-tuning things. I don’t think much has changed over the last decade.” William Collins, a senior climate scientist at the Lawrence Berkeley National Laboratory, agrees. “I think the results of this round of simulations will be quite similar,” he says. “We’re not getting any free lunch from additional understanding of the climate system.”

We’re not getting any free lunch from the world’s economies, either. With only a single year’s lull in 2009 at the height of the financial crisis, we’ve continued to pour record amounts of carbon into the atmosphere, year after year. In late May, the International Energy Agency published its latest figures – CO2 emissions last year rose to 31.6 gigatons, up 3.2 percent from the year before. America had a warm winter and converted more coal-fired power plants to natural gas, so its emissions fell slightly; China kept booming, so its carbon output (which recently surpassed the U.S.) rose 9.3 percent; the Japanese shut down their fleet of nukes post-Fukushima, so their emissions edged up 2.4 percent. “There have been efforts to use more renewable energy and improve energy efficiency,” said Corinne Le Quéré, who runs England’s Tyndall Centre for Climate Change Research. “But what this shows is that so far the effects have been marginal.” In fact, study after study predicts that carbon emissions will keep growing by roughly three percent a year – and at that rate, we’ll blow through our 565-gigaton allowance in 16 years, around the time today’s preschoolers will be graduating from high school. “The new data provide further evidence that the door to a two-degree trajectory is about to close,” said Fatih Birol, the IEA’s chief economist. In fact, he continued, “When I look at this data, the trend is perfectly in line with a temperature increase of about six degrees.” That’s almost 11 degrees Fahrenheit, which would create a planet straight out of science fiction.

So, new data in hand, everyone at the Rio conference renewed their ritual calls for serious international action to move us back to a two-degree trajectory. The charade will continue in November, when the next Conference of the Parties (COP) of the U.N. Framework Convention on Climate Change convenes in Qatar. This will be COP 18 – COP 1 was held in Berlin in 1995, and since then the process has accomplished essentially nothing. Even scientists, who are notoriously reluctant to speak out, are slowly overcoming their natural preference to simply provide data. “The message has been consistent for close to 30 years now,” Collins says with a wry laugh, “and we have the instrumentation and the computer power required to present the evidence in detail. If we choose to continue on our present course of action, it should be done with a full evaluation of the evidence the scientific community has presented.” He pauses, suddenly conscious of being on the record. “I should say, a fuller evaluation of the evidence.”

So far, though, such calls have had little effect. We’re in the same position we’ve been in for a quarter-century: scientific warning followed by political inaction. Among scientists speaking off the record, disgusted candor is the rule. One senior scientist told me, “You know those new cigarette packs, where governments make them put a picture of someone with a hole in their throats? Gas pumps should have something like that.”

The Third Number: 2,795 Gigatons

This number is the scariest of all – one that, for the first time, meshes the political and scientific dimensions of our dilemma. It was highlighted last summer by the Carbon Tracker Initiative, a team of London financial analysts and environmentalists who published a report in an effort to educate investors about the possible risks that climate change poses to their stock portfolios. The number describes the amount of carbon already contained in the proven coal and oil and gas reserves of the fossil-fuel companies, and the countries (think Venezuela or Kuwait) that act like fossil-fuel companies. In short, it’s the fossil fuel we’re currently planning to burn. And the key point is that this new number – 2,795 – is higher than 565. Five times higher.

The Carbon Tracker Initiative – led by James Leaton, an environmentalist who served as an adviser at the accounting giant PricewaterhouseCoopers – combed through proprietary databases to figure out how much oil, gas and coal the world’s major energy companies hold in reserve. The numbers aren’t perfect – they don’t fully reflect the recent surge in unconventional energy sources like shale gas, and they don’t accurately reflect coal reserves, which are subject to less stringent reporting requirements than oil and gas. But for the biggest companies, the figures are quite exact: If you burned everything in the inventories of Russia’s Lukoil and America’s ExxonMobil, for instance, which lead the list of oil and gas companies, each would release more than 40 gigatons of carbon dioxide into the atmosphere.

Which is exactly why this new number, 2,795 gigatons, is such a big deal. Think of two degrees Celsius as the legal drinking limit – equivalent to the 0.08 blood-alcohol level below which you might get away with driving home. The 565 gigatons is how many drinks you could have and still stay below that limit – the six beers, say, you might consume in an evening. And the 2,795 gigatons? That’s the three 12-packs the fossil-fuel industry has on the table, already opened and ready to pour.

We have five times as much oil and coal and gas on the books as climate scientists think is safe to burn. We’d have to keep 80 percent of those reserves locked away underground to avoid that fate. Before we knew those numbers, our fate had been likely. Now, barring some massive intervention, it seems certain.

Yes, this coal and gas and oil is still technically in the soil. But it’s already economically aboveground – it’s figured into share prices, companies are borrowing money against it, nations are basing their budgets on the presumed returns from their patrimony. It explains why the big fossil-fuel companies have fought so hard to prevent the regulation of carbon dioxide – those reserves are their primary asset, the holding that gives their companies their value. It’s why they’ve worked so hard these past years to figure out how to unlock the oil in Canada’s tar sands, or how to drill miles beneath the sea, or how to frack the Appalachians.

If you told Exxon or Lukoil that, in order to avoid wrecking the climate, they couldn’t pump out their reserves, the value of their companies would plummet. John Fullerton, a former managing director at JP Morgan who now runs the Capital Institute, calculates that at today’s market value, those 2,795 gigatons of carbon emissions are worth about $27 trillion. Which is to say, if you paid attention to the scientists and kept 80 percent of it underground, you’d be writing off $20 trillion in assets. The numbers aren’t exact, of course, but that carbon bubble makes the housing bubble look small by comparison. It won’t necessarily burst – we might well burn all that carbon, in which case investors will do fine. But if we do, the planet will crater. You can have a healthy fossil-fuel balance sheet, or a relatively healthy planet – but now that we know the numbers, it looks like you can’t have both. Do the math: 2,795 is five times 565. That’s how the story ends.

So far, as I said at the start, environmental efforts to tackle global warming have failed. The planet’s emissions of carbon dioxide continue to soar, especially as developing countries emulate (and supplant) the industries of the West. Even in rich countries, small reductions in emissions offer no sign of the real break with the status quo we’d need to upend the iron logic of these three numbers. Germany is one of the only big countries that has actually tried hard to change its energy mix; on one sunny Saturday in late May, that northern-latitude nation generated nearly half its power from solar panels within its borders. That’s a small miracle – and it demonstrates that we have the technology to solve our problems. But we lack the will. So far, Germany’s the exception; the rule is ever more carbon.

This record of failure means we know a lot about what strategies don’t work. Green groups, for instance, have spent a lot of time trying to change individual lifestyles: the iconic twisty light bulb has been installed by the millions, but so have a new generation of energy-sucking flatscreen TVs. Most of us are fundamentally ambivalent about going green: We like cheap flights to warm places, and we’re certainly not going to give them up if everyone else is still taking them. Since all of us are in some way the beneficiaries of cheap fossil fuel, tackling climate change has been like trying to build a movement against yourself – it’s as if the gay-rights movement had to be constructed entirely from evangelical preachers, or the abolition movement from slaveholders.

People perceive – correctly – that their individual actions will not make a decisive difference in the atmospheric concentration of CO2; by 2010, a poll found that “while recycling is widespread in America and 73 percent of those polled are paying bills online in order to save paper,” only four percent had reduced their utility use and only three percent had purchased hybrid cars. Given a hundred years, you could conceivably change lifestyles enough to matter – but time is precisely what we lack.

A more efficient method, of course, would be to work through the political system, and environmentalists have tried that, too, with the same limited success. They’ve patiently lobbied leaders, trying to convince them of our peril and assuming that politicians would heed the warnings. Sometimes it has seemed to work. Barack Obama, for instance, campaigned more aggressively about climate change than any president before him – the night he won the nomination, he told supporters that his election would mark the moment “the rise of the oceans began to slow and the planet began to heal.” And he has achieved one significant change: a steady increase in the fuel efficiency mandated for automobiles. It’s the kind of measure, adopted a quarter-century ago, that would have helped enormously. But in light of the numbers I’ve just described, it’s obviously a very small start indeed.

At this point, effective action would require actually keeping most of the carbon the fossil-fuel industry wants to burn safely in the soil, not just changing slightly the speed at which it’s burned. And there the president, apparently haunted by the still-echoing cry of “Drill, baby, drill,” has gone out of his way to frack and mine. His secretary of interior, for instance, opened up a huge swath of the Powder River Basin in Wyoming for coal extraction: The total basin contains some 67.5 gigatons worth of carbon (or more than 10 percent of the available atmospheric space). He’s doing the same thing with Arctic and offshore drilling; in fact, as he explained on the stump in March, “You have my word that we will keep drilling everywhere we can… That’s a commitment that I make.” The next day, in a yard full of oil pipe in Cushing, Oklahoma, the president promised to work on wind and solar energy but, at the same time, to speed up fossil-fuel development: “Producing more oil and gas here at home has been, and will continue to be, a critical part of an all-of-the-above energy strategy.” That is, he’s committed to finding even more stock to add to the 2,795-gigaton inventory of unburned carbon.

Sometimes the irony is almost Borat-scale obvious: In early June, Secretary of State Hillary Clinton traveled on a Norwegian research trawler to see firsthand the growing damage from climate change. “Many of the predictions about warming in the Arctic are being surpassed by the actual data,” she said, describing the sight as “sobering.” But the discussions she traveled to Scandinavia to have with other foreign ministers were mostly about how to make sure Western nations get their share of the estimated $9 trillion in oil (that’s more than 90 billion barrels, or 37 gigatons of carbon) that will become accessible as the Arctic ice melts. Last month, the Obama administration indicated that it would give Shell permission to start drilling in sections of the Arctic.

Almost every government with deposits of hydrocarbons straddles the same divide. Canada, for instance, is a liberal democracy renowned for its internationalism – no wonder, then, that it signed on to the Kyoto treaty, promising to cut its carbon emissions substantially by 2012. But the rising price of oil suddenly made the tar sands of Alberta economically attractive – and since, as NASA climatologist James Hansen pointed out in May, they contain as much as 240 gigatons of carbon (or almost half of the available space if we take the 565 limit seriously), that meant Canada’s commitment to Kyoto was nonsense. In December, the Canadian government withdrew from the treaty before it faced fines for failing to meet its commitments.

The same kind of hypocrisy applies across the ideological board: In his speech to the Copenhagen conference, Venezuela’s Hugo Chavez quoted Rosa Luxemburg, Jean-Jacques Rousseau and “Christ the Redeemer,” insisting that “climate change is undoubtedly the most devastating environmental problem of this century.” But the next spring, in the Simon Bolivar Hall of the state-run oil company, he signed an agreement with a consortium of international players to develop the vast Orinoco tar sands as “the most significant engine for a comprehensive development of the entire territory and Venezuelan population.” The Orinoco deposits are larger than Alberta’s – taken together, they’d fill up the whole available atmospheric space.

So: the paths we have tried to tackle global warming have so far produced only gradual, halting shifts. A rapid, transformative change would require building a movement, and movements require enemies. As John F. Kennedy put it, “The civil rights movement should thank God for Bull Connor. He’s helped it as much as Abraham Lincoln.” And enemies are what climate change has lacked.

But what all these climate numbers make painfully, usefully clear is that the planet does indeed have an enemy – one far more committed to action than governments or individuals. Given this hard math, we need to view the fossil-fuel industry in a new light. It has become a rogue industry, reckless like no other force on Earth. It is Public Enemy Number One to the survival of our planetary civilization. “Lots of companies do rotten things in the course of their business – pay terrible wages, make people work in sweatshops – and we pressure them to change those practices,” says veteran anti-corporate leader Naomi Klein, who is at work on a book about the climate crisis. “But these numbers make clear that with the fossil-fuel industry, wrecking the planet is their business model. It’s what they do.”

According to the Carbon Tracker report, if Exxon burns its current reserves, it would use up more than seven percent of the available atmospheric space between us and the risk of two degrees. BP is just behind, followed by the Russian firm Gazprom, then Chevron, ConocoPhillips and Shell, each of which would fill between three and four percent. Taken together, just these six firms, of the 200 listed in the Carbon Tracker report, would use up more than a quarter of the remaining two-degree budget. Severstal, the Russian mining giant, leads the list of coal companies, followed by firms like BHP Billiton and Peabody. The numbers are simply staggering – this industry, and this industry alone, holds the power to change the physics and chemistry of our planet, and they’re planning to use it.

They’re clearly cognizant of global warming – they employ some of the world’s best scientists, after all, and they’re bidding on all those oil leases made possible by the staggering melt of Arctic ice. And yet they relentlessly search for more hydrocarbons – in early March, Exxon CEO Rex Tillerson told Wall Street analysts that the company plans to spend $37 billion a year through 2016 (about $100 million a day) searching for yet more oil and gas.

There’s not a more reckless man on the planet than Tillerson. Late last month, on the same day the Colorado fires reached their height, he told a New York audience that global warming is real, but dismissed it as an “engineering problem” that has “engineering solutions.” Such as? “Changes to weather patterns that move crop-production areas around – we’ll adapt to that.” This in a week when Kentucky farmers were reporting that corn kernels were “aborting” in record heat, threatening a spike in global food prices. “The fear factor that people want to throw out there to say, ‘We just have to stop this,’ I do not accept,” Tillerson said. Of course not – if he did accept it, he’d have to keep his reserves in the ground. Which would cost him money. It’s not an engineering problem, in other words – it’s a greed problem.

You could argue that this is simply in the nature of these companies – that having found a profitable vein, they’re compelled to keep mining it, more like efficient automatons than people with free will. But as the Supreme Court has made clear, they are people of a sort. In fact, thanks to the size of its bankroll, the fossil-fuel industry has far more free will than the rest of us. These companies don’t simply exist in a world whose hungers they fulfill – they help create the boundaries of that world.

Left to our own devices, citizens might decide to regulate carbon and stop short of the brink; according to a recent poll, nearly two-thirds of Americans would back an international agreement that cut carbon emissions 90 percent by 2050. But we aren’t left to our own devices. The Koch brothers, for instance, have a combined wealth of $50 billion, meaning they trail only Bill Gates on the list of richest Americans. They’ve made most of their money in hydrocarbons, they know any system to regulate carbon would cut those profits, and they reportedly plan to lavish as much as $200 million on this year’s elections. In 2009, for the first time, the U.S. Chamber of Commerce surpassed both the Republican and Democratic National Committees on political spending; the following year, more than 90 percent of the Chamber’s cash went to GOP candidates, many of whom deny the existence of global warming. Not long ago, the Chamber even filed a brief with the EPA urging the agency not to regulate carbon – should the world’s scientists turn out to be right and the planet heats up, the Chamber advised, “populations can acclimatize to warmer climates via a range of behavioral, physiological and technological adaptations.” As radical goes, demanding that we change our physiology seems right up there.

Environmentalists, understandably, have been loath to make the fossil-fuel industry their enemy, respecting its political power and hoping instead to convince these giants that they should turn away from coal, oil and gas and transform themselves more broadly into “energy companies.” Sometimes that strategy appeared to be working – emphasis on appeared. Around the turn of the century, for instance, BP made a brief attempt to restyle itself as “Beyond Petroleum,” adapting a logo that looked like the sun and sticking solar panels on some of its gas stations. But its investments in alternative energy were never more than a tiny fraction of its budget for hydrocarbon exploration, and after a few years, many of those were wound down as new CEOs insisted on returning to the company’s “core business.” In December, BP finally closed its solar division. Shell shut down its solar and wind efforts in 2009. The five biggest oil companies have made more than $1 trillion in profits since the millennium – there’s simply too much money to be made on oil and gas and coal to go chasing after zephyrs and sunbeams.

Much of that profit stems from a single historical accident: Alone among businesses, the fossil-fuel industry is allowed to dump its main waste, carbon dioxide, for free. Nobody else gets that break – if you own a restaurant, you have to pay someone to cart away your trash, since piling it in the street would breed rats. But the fossil-fuel industry is different, and for sound historical reasons: Until a quarter-century ago, almost no one knew that CO2 was dangerous. But now that we understand that carbon is heating the planet and acidifying the oceans, its price becomes the central issue.

If you put a price on carbon, through a direct tax or other methods, it would enlist markets in the fight against global warming. Once Exxon has to pay for the damage its carbon is doing to the atmosphere, the price of its products would rise. Consumers would get a strong signal to use less fossil fuel – every time they stopped at the pump, they’d be reminded that you don’t need a semimilitary vehicle to go to the grocery store. The economic playing field would now be a level one for nonpolluting energy sources. And you could do it all without bankrupting citizens – a so-called “fee-and-dividend” scheme would put a hefty tax on coal and gas and oil, then simply divide up the proceeds, sending everyone in the country a check each month for their share of the added costs of carbon. By switching to cleaner energy sources, most people would actually come out ahead.

There’s only one problem: Putting a price on carbon would reduce the profitability of the fossil-fuel industry. After all, the answer to the question “How high should the price of carbon be?” is “High enough to keep those carbon reserves that would take us past two degrees safely in the ground.” The higher the price on carbon, the more of those reserves would be worthless. The fight, in the end, is about whether the industry will succeed in its fight to keep its special pollution break alive past the point of climate catastrophe, or whether, in the economists’ parlance, we’ll make them internalize those externalities.

It’s not clear, of course, that the power of the fossil-fuel industry can be broken. The U.K. analysts who wrote the Carbon Tracker report and drew attention to these numbers had a relatively modest goal – they simply wanted to remind investors that climate change poses a very real risk to the stock prices of energy companies. Say something so big finally happens (a giant hurricane swamps Manhattan, a megadrought wipes out Midwest agriculture) that even the political power of the industry is inadequate to restrain legislators, who manage to regulate carbon. Suddenly those Chevron reserves would be a lot less valuable, and the stock would tank. Given that risk, the Carbon Tracker report warned investors to lessen their exposure, hedge it with some big plays in alternative energy.

“The regular process of economic evolution is that businesses are left with stranded assets all the time,” says Nick Robins, who runs HSBC’s Climate Change Centre. “Think of film cameras, or typewriters. The question is not whether this will happen. It will. Pension systems have been hit by the dot-com and credit crunch. They’ll be hit by this.” Still, it hasn’t been easy to convince investors, who have shared in the oil industry’s record profits. “The reason you get bubbles,” sighs Leaton, “is that everyone thinks they’re the best analyst – that they’ll go to the edge of the cliff and then jump back when everyone else goes over.”

So pure self-interest probably won’t spark a transformative challenge to fossil fuel. But moral outrage just might – and that’s the real meaning of this new math. It could, plausibly, give rise to a real movement.

Once, in recent corporate history, anger forced an industry to make basic changes. That was the campaign in the 1980s demanding divestment from companies doing business in South Africa. It rose first on college campuses and then spread to municipal and state governments; 155 campuses eventually divested, and by the end of the decade, more than 80 cities, 25 states and 19 counties had taken some form of binding economic action against companies connected to the apartheid regime. “The end of apartheid stands as one of the crowning accomplishments of the past century,” as Archbishop Desmond Tutu put it, “but we would not have succeeded without the help of international pressure,” especially from “the divestment movement of the 1980s.”

The fossil-fuel industry is obviously a tougher opponent, and even if you could force the hand of particular companies, you’d still have to figure out a strategy for dealing with all the sovereign nations that, in effect, act as fossil-fuel companies. But the link for college students is even more obvious in this case. If their college’s endowment portfolio has fossil-fuel stock, then their educations are being subsidized by investments that guarantee they won’t have much of a planet on which to make use of their degree. (The same logic applies to the world’s largest investors, pension funds, which are also theoretically interested in the future – that’s when their members will “enjoy their retirement.”) “Given the severity of the climate crisis, a comparable demand that our institutions dump stock from companies that are destroying the planet would not only be appropriate but effective,” says Bob Massie, a former anti-apartheid activist who helped found the Investor Network on Climate Risk. “The message is simple: We have had enough. We must sever the ties with those who profit from climate change – now.”

Movements rarely have predictable outcomes. But any campaign that weakens the fossil-fuel industry’s political standing clearly increases the chances of retiring its special breaks. Consider President Obama’s signal achievement in the climate fight, the large increase he won in mileage requirements for cars. Scientists, environmentalists and engineers had advocated such policies for decades, but until Detroit came under severe financial pressure, it was politically powerful enough to fend them off. If people come to understand the cold, mathematical truth – that the fossil-fuel industry is systematically undermining the planet’s physical systems – it might weaken it enough to matter politically. Exxon and their ilk might drop their opposition to a fee-and-dividend solution; they might even decide to become true energy companies, this time for real.

Even if such a campaign is possible, however, we may have waited too long to start it. To make a real difference – to keep us under a temperature increase of two degrees – you’d need to change carbon pricing in Washington, and then use that victory to leverage similar shifts around the world. At this point, what happens in the U.S. is most important for how it will influence China and India, where emissions are growing fastest. (In early June, researchers concluded that China has probably under-reported its emissions by up to 20 percent.) The three numbers I’ve described are daunting – they may define an essentially impossible future. But at least they provide intellectual clarity about the greatest challenge humans have ever faced. We know how much we can burn, and we know who’s planning to burn more. Climate change operates on a geological scale and time frame, but it’s not an impersonal force of nature; the more carefully you do the math, the more thoroughly you realize that this is, at bottom, a moral issue; we have met the enemy and they is Shell.

Meanwhile the tide of numbers continues. The week after the Rio conference limped to its conclusion, Arctic sea ice hit the lowest level ever recorded for that date. Last month, on a single weekend, Tropical Storm Debby dumped more than 20 inches of rain on Florida – the earliest the season’s fourth-named cyclone has ever arrived. At the same time, the largest fire in New Mexico history burned on, and the most destructive fire in Colorado’s annals claimed 346 homes in Colorado Springs – breaking a record set the week before in Fort Collins. This month, scientists issued a new study concluding that global warming has dramatically increased the likelihood of severe heat and drought – days after a heat wave across the Plains and Midwest broke records that had stood since the Dust Bowl, threatening this year’s harvest. You want a big number? In the course of this month, a quadrillion kernels of corn need to pollinate across the grain belt, something they can’t do if temperatures remain off the charts. Just like us, our crops are adapted to the Holocene, the 11,000-year period of climatic stability we’re now leaving… in the dust.

This story is from the August 2nd, 2012 issue of Rolling Stone.

Read more: http://www.rollingstone.com/politics/news/global-warmings-terrifying-new-math-20120719#ixzz3DcnjPUtj
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Filmmakers Propose Online “Swarm Offensive” Against Climate Change (Yes!)

Open source software brought us Linux and Wikipedia. Can it help us tackle the challenge of climate change?

by

Coalition Of The Willing from coalitionfilm on Vimeo.

This beautifully animated short video argues that grassroots efforts to deal with climate change can be more effective if they adopt the tactics of open source technology, using databases and social networks to “tap into our collective genius” to tackle the toughest of global challenges.

The art featured in the film was crafted by a group of 24 artists from around the world.

The film characterizes the counterculture of the 1960s as a highly networked and decentralized movement that challenged capitalism—and calls for a similar but more technologically savvy attack on climate change.

And then there’s the scene in which Ronald Reagan literally snorts hippies like cocaine through a twenty-dollar bill.

“Coalition of the Willing” was produced and directed by the British animator Simon Robson—better known as Knife Party—and written by author Tim Rayner. The art featured in the film was crafted by a group of 24 artists from around the world, including leaders in digital animation such as Decoy, World Leaders, and Parasol Island.

What’s the Beef? (Slate)

No, “Meatless Monday” is not an evil vegetarian plot to deprive our children of precious steak, pork, and chicken.

Photo by Debbi Morello/Getty Images

First-grader Christina Muse, pictured on Oct. 15, 2002, at North Hampton School in New Hampshire, taunts the meat industry by eating cheese pizza. Photo by Debbi Morello/Getty Images

The meat industry has a serious case of the Mondays. A growing number of school districts, including ones in Los Angeles, San Diego, and Miami, are committing to keep meat off the menu for one day a week to combat childhood obesity. These “Meatless Monday” initiatives have drawn the ire of America’s beef, poultry, and pork interests, which see them as the first, flesh-free volley in a war against America’s meat peddlers. The less-meat movement has also proved to be a flashpoint for elected officials, namely those from farm states, who seem to be placing the economic interests of their home-state industries above the health and wellbeing of their states’ populaces.

This story played out somewhat quietly on the national stage several years ago, when a few grandstanding politicians caught wind of an interoffice newsletter at the U.S. Department of Agriculture suggesting employees consider eating less meat. Now, it’s getting more attention at the local level. This week Todd Staples, the head of Texas’ Agriculture Department, unleashed a blistering—if largely fact-free—jeremiad against the Meatless Monday movement after learning that it had been enacted by elementary schools in Dripping Springs, an Austin suburb. (He was apparently unaware that several schools in Houston have been experimenting with the idea for some time.) “Restricting children’s meal choice to not include meat is irresponsible and has no place in our schools,” Staples wrote inan op-ed published by the Austin American-Statesman. “This activist movement called ‘Meatless Monday’ is a carefully orchestrated campaign that seeks to eliminate meat from Americans’ diets seven days a week—starting with Mondays.” Dun dun DUN!

An elected official like Staples can, of course, stake out a position that aligns with a particular industry without simply being a mouthpiece for it. But the agriculture commissioner’s overblown rhetoric echoes the official company line of the meat industry, which has filled his campaign coffers with at least $116,000 since 2010, according to public records. It’s hard to fault meat producers for wanting people to eat more meat. It’s a different story, though, when someone like Staples spouts such talking points at a time when the nation is battling both an obesity epidemic and a global climate crisis—two problems driven, at least in part, by resource-intensive meat production.

In some corners of the country, neither of those concerns is seen as much of a reason to impose mandates from above. The irony here is that the Dripping Springs initiative is a local one—the very type of decision that small-government advocates say is under attack from the national school-lunch standards championed by Michelle Obama. “Are we having a war on meat in Dripping Springs? Definitely not,” John Crowley, the head of nutrition services for the school district, told a local CBS affiliate this week. “We’re trying to think outside the box, and we serve a lot of Texas beef on our menus. We’ve had requests for more vegetarian options, and I thought, ‘Why don’t I give it a try and see how it’s received by kids?’ ”

This is a message that kids should be receiving. According to the 2011 National Survey of Children’s Health, nearly one-third of American kids are either overweight or obese, a classification linked to Type 2 diabetes and myriad other health problems. The meat industry, meanwhile, is one of the top contributors to climate change, with the United Nations estimating that it directly or indirectly produces about 14.5 percent of the world’s anthropogenic greenhouse gas emissions. Everyone from the American Heart Association to the Norwegian military has touted the health and environmental benefits of eating less meat.

Such endorsements mean little to Staples and his meat-minded allies, who either downplay or downright deny the benefits of curbing meat consumption. But their dire warnings of The End of Meat aside, their argument also fails on a smaller scale. Opponents routinely overlook the fact that meatless meals are not by definition protein-free, a claim at the heart of Staples’ op-ed. “It is important to remember that for many underprivileged children the meals they eat at school often represents their best meals of the day,” the Republican commissioner wrote. “To deprive them of a meat-based protein during school lunch is most likely depriving them of their only source of protein for the day.”

That makes no sense given that Meatless Monday menus include items like bean-and-cheese burritos and cheese pizza, meals that come with a hefty serving of protein—and, thanks to dairy, animal protein at that. Meanwhile, the national school lunch program requires schools to offer a weekly menu that meets a minimum threshold for protein, so a Dripping Springs student who goes meatless on Monday is in little danger of being protein-deprived come Friday. Kids who want a ham sandwich, meanwhile, are still welcome to bring one from home—and there are obviously no restrictions on what a child can eat outside school. The participating cafeterias, meanwhile, continue to serve up a variety of meats the rest of the week.

Following Staples’ logic will take you to an absurd place. If a lunch menu is an edict from on high as he suggests, then when a cafeteria serves a hamburger but not a hot dog, it is “forcing” kids to eat beef while “denying” them pork—or any number of food items not on that particular day’s menu, for that matter, be it chicken, fish, or atarragon shallot egg salad sandwich with a side of butternut squash soup with chestnuts.

As commissioner, Staples oversees the agency that administers the school lunch programs in his state. There appears to be little he can do, at least formally, to stop the cafeterias’ Meatless Mondays from spreading their steak-free sentiments across the rest of Texas. “As long as [the schools] follow the requirements of the National School Lunch Program, they can serve anything they want,” says Humane Society of the United States food policy director Eddie Garza, who worked with the Dripping Springs cafeterias to implement the program. “Staples doesn’t have any real weight on this other than writing op-eds.”

While Staples’ formal power may be limited, his industry allies have managed to score meaty victories in the past. Last summer they managed to squash a small-scale Meatless Monday program in Capitol Hill cafeterias in a matter of days by branding it “an acknowledged tool of animal rights and environmental organizations who seek to publicly denigrate U.S. livestock and poultry production.”

One of their more notable wins came in 2012, after the U.S. Department of Agriculture published that interoffice newsletter. It read, in part: “One simple way to reduce your environmental impact while dining at our cafeterias is to participate in the ‘Meatless Monday’ initiative.” The backlash from the industry—and the backtracking from the agency that followed—was strong and instantaneous. Almost immediately after the National Cattlemen’s Beef Association publicly voiced its anger, farm-state lawmakers like Iowa Republicans Chuck Grassley and Steve King scrambled to fall in line. Sen. Grassley tweeted, “I will eat more meat on Monday to compensate for stupid USDA recommendation [about] a meatless Monday.” Rep. King was even more specific with his plan, promising to stage his own “double rib-eye Mondays” in protest. “With extreme drought conditions plaguing much of the United States, the USDA should be more concerned about helping drought-stricken producers rather than demonizing an industry reeling from the lack of rain,” Kansas Republican Sen. Jerry Moran told Agriculture Secretary Tom Vilsack in a statementthat appeared all the more short-sighted given the realities of climate change.

Before the day was out, the newsletter was taken offline, and the USDA issued a statement saying that it “does not endorse Meatless Monday.” The newsletter—which also offered a variety of other small-scale energy-efficiency tips for agency employees—“was posted without proper clearance,” according to the department.

Unwilling to forgive and forget, Staples chimed in by calling for the employee who wrote the newsletter to be fired, calling the very suggestion that people eat less meat “treasonous.” “Last I checked,” Staples said then, “USDA had a very specific duty to promote and champion American agriculture. Imagine Ford or Chevy discouraging the purchase of their pickup trucks. Anyone else see the absurdity? How about the betrayal?”

That type of twisted logic only works in a world where agriculture officials serve the food industry and not the American public. Unfortunately, that feels like it’s the case all too often.

Josh Voorhees is a Slate senior writer. He lives in Iowa City.

China, the Climate and the Fate of the Planet (Rolling Stone)

If the world’s biggest polluter doesn’t radically reduce the amount of coal it burns, nothing anyone does to stabilize the climate will matter. Inside the slow, frustrating — and maybe even hopeful — struggle to find a new way forward

 By | September 15, 2014

As the sun rises in mid-july over andrews Air Force Base near Washington, D.C., Secretary of State John Kerry climbs quickly – he’s positively bouncing – up the carpeted stairs of his blue-and-white government­issue 757. Kerry is heading to Beijing to talk with Chinese leaders about, among other things, one of President Obama’s top priorities in the waning days of his second term: the urgent need to reduce carbon pollution and limit the damage from climate change. But the rest of the world isn’t cutting Kerry any slack right now – there’s trouble with the elections in Afghanistan, rising conflict in the Middle East and upcoming negotiations with Iran on nuclear weapons. As he ducks into the plane, Kerry is already talking intensely on his cellphone, deeply wired into the global chaos. An aide shoulders his bags as well as a large black case that contains his acoustic guitar, which he takes with him everywhere and often plays late at night when he’s alone in his hotel room.

For nearly a decade, the U.S. and China, the two most powerful nations on the planet, have met every year to talk about how to run the world together. When the talks began in 2006, they focused on issues like currency-exchange rates, trade barriers and China’s never-ending disputes with Taiwan. In 2009, shortly after Obama’s inauguration, the U.S. pushed to add climate change to the mix, hoping that a better understanding between the U.S. and China would lead to a better deal at the Copenhagen climate summit that year. (It didn’t help – mistrust between the countries was a large part of the reason why the talks imploded.)

This year’s U.S. delegation includes many of the administration’s most influential climate hawks – Energy Secretary Ernest Moniz, top climate negotiator Todd Stern and John Podesta, counselor to Obama, who has become the administration’s de facto point man for climate policy. This is the diplomatic equivalent of a full-court press. In the past couple of years, Obama has made some important moves, including investing billions in clean energy, jacking up vehicle-efficiency standards and proposing rules to limit pollution from U.S. coal plants. But climate change is a global issue. Unless the West can persuade other countries to take climate action seriously, nothing any single nation does is going to matter much when it comes to solving the problem.

Except, that is, for China. The blunt truth is that what China decides to do in the next decade will likely determine whether or not mankind can halt – or at least ameliorate – global warming. The view among a number of prominent climate scientists is that if China’s emissions peak around 2025, we may – just barely – have a shot at stabilizing the climate before all hell breaks loose. But the Chinese have resisted international pressure to curb their emissions. For years, they have used the argument that they are poor, the West is rich, and that the high levels of carbon in the atmosphere were caused by America’s and Europe’s 200-year-long fossil­fuel binge. Climate change is your problem, they argued – you deal with it. But that logic doesn’t hold anymore. China is set to become the largest economy in the world this year, and in 2006, it passed the U.S. as the planet’s largest carbon polluter. China now dumps 10 billion tons of CO2 into the atmosphere every year. That number is expected to grow to 15 billion tons by 2030, dwarfing the pollution of the rest of the world. If that happens, then the chances that the world will cut carbon pollution quickly enough to avert dangerous climate change is, according to Kevin Anderson, deputy director of the Tyndall Centre for Climate Change Research in the U.K., “virtually zero.”

John Kerry knows this. He also knows that when the nations of the world gather in Paris next December to try to hammer out a global climate agreement, it may be the last best chance to address this problem before the Years of Living Dangerously begin. Like other climate negotiations held under the banner of the United Nations Framework Convention on Climate Change, the Paris meeting is likely to be warped by 25-year-old grudges and a profound sense of distrust. “But right now, Paris is the only game we have,” one member of the State Department’s climate team told me. “If it fails, there is no Plan B.”

In Beijing, one of Kerry’s goals will be to find out all he can about China’s strategy for Paris – what kind of commitment the Chinese might make, how sincere they are, what tactics they will use. But for Kerry, this is anything but a straightforward conversation, because it’s twisted up in the shadow play of U.S.-China relations, which are marked by suspicion, paranoia and saber rattling on both sides as the U.S. adjusts to China’s rising power in the world. “What we are living through now is the end of 500 years of Western predominance,” historian Niall Ferguson has written. The issue is not whether China will challenge America’s dominance, but when and how.

Secretary of State Kerry met with China's Preisent Xi

Secretary of State Kerry met with China’s Preisent Xi in Beijin in July. (Photo: © Jim Bourg/Reuters/Corbis)

Shortly before takeoff, Kerry wanders down the aisle to chat. He talks idly about his July 4th celebration and the recent storm damages to his house on Nantucket. But when asked about his expectations for the Beijing summit, he looks grave: “Frankly, we’re not sure where this is all going.” He remembers what happened in Kyoto, Japan, in 1997, when the U.S. was mocked for signing an agreement that the Senate would never ratify, and in Copenhagen in 2009, when Obama arrived at a conference that was supposed to save the world but ended up being gridlocked by squabbles over money and emissions targets. Kerry is determined not to let that happen again.

After 25 years of failed climate negotiations, it’s easy to be cynical about the upcoming talks in Paris. But there are at least three factors that make a meaningful agreement next year possible.

The first is that climate change is no longer a hypothetical problem – it’s happening in real time all around us. Droughts, floods, more destructive storms, weird weather of all sorts – just look out your window. In the latest reports from the Intergovernmental Panel on Climate Change, the world’s top scientists called the fact that the Earth is warming “unequivocal” and stated that humans are the cause of it. Without dramatic action, the planet could warm up as much as 4 degrees Celsius (7.2 F) by the end of the century, which would be catastrophic. As Kerry said of a report last September, “The response must be all hands on deck. It’s not about one country making a demand of another. It’s the science itself demanding action from all of us.”

The second factor is that until now, the biggest obstacle to an international agreement to reduce carbon pollution has been the United States. But that’s starting to change. Thanks to Obama’s recent crackdown on pollution, as well as the boom in cheap natural gas, which has displaced dirty coal, carbon emissions in the U.S. are on the decline. “What the president has done is very important,” says Robert Stavins, director of the Harvard Project on Climate Agreements. “It allows the U.S. to look at other countries and say, ‘Hey, what are you doing?'”

The final reason for hope, paradoxically, is China’s relentless demand for energy. China is in the midst of a profound economic and social transformation, trying to reinvent itself from an economy based on selling cheap goods overseas to an economy based on selling quality consumer goods at home, while keeping growth rates high and cutting dependence on fossil fuels. Energy demand is expected to double by 2030, and at that pace, there is not enough oil, coal and gas in the world to keep their economy humming. So China’s ongoing energy security depends on the nation developing alternative energy sources in a big way. “We need more of everything,” says Peggy Liu, a sustainability leader who works across China. “Wind, solar, a modernized grid. We need to leapfrog over the past and into a clean-energy future.”

China’s leaders are also waking up to the fact that recent decades of hypergrowth, most of it fired by coal, have exacted a steep price. Air pollution in China’s big cities is among the worst in the world; one recent report found that poor air quality contributed to 1.2 million premature deaths in 2010. As Hank Paulson, former Secretary of the Treasury and longtime China observer, has put it, “What is another point of GDP worth, if dirty air is killing people?” Earlier this year, a riot broke out in Zhongtai, a town in eastern China, when protests against a new waste incinerator turned violent, leaving police vehicles torched and at least 39 people injured; in southern China, protests erupted over the construction of a coal-fired power plant. Similar clashes are increasingly frequent in China as pollution-related illnesses rise.

And it’s not just the air that’s a problem in China. More than 20 percent of the country’s farmland is polluted. Sixty percent of its groundwater supply is unfit for human consumption. Rivers are industrial sewers. Last year, 16,000 swollen and rotting dead pigs were found dumped in the Huangpu River near Shanghai.

What looks to be the impacts of climate change are starting to register too. Droughts have become longer and more frequent, forcing China to import ever-increasing amounts of staples like wheat and soy. By one count, 28,000 rivers in China have vanished. China’s southern provinces have the opposite problem: devastating floods as a result of intense rainfall. In addition, much of the coastline, including cities like Shanghai, are highly vulnerable to sea-level rise.

Chinese leaders know this trajectory is unsustainable – economically and politically. Earlier this year, Premier Li Keqiang “declared war” on pollution. Party leaders in China now routinely talk about the importance of “rebalancing the economy” and creating an “ecological civilization.” China Daily, the Communist Party house organ, regularly runs stories about air pollution and toxic waste. While I was in Beijing, I asked U.S. Ambassador to China Max Baucus why the Chinese were now willing to talk so openly about environmental issues. “The fragility of their government,” he said bluntly. “They will have a social revolt on their hands if they don’t come up with a way of dealing with this.”

Pollution from coal plants

Pollution from coal plants has helped make China the larges carbon-emitter on the planet. (Photo: © Imaginechina/Corbis)

So a big push for clean energy makes a lot of sense. In fact, you could easily argue that China has already done far more than the U.S. to transform its energy supply: Including hydropower, renewables now make up 20 percent of the energy mix (compared to 13 percent in the U.S.), a share targeted to double by 2030. China is the largest producer of wind and solar power on the planet. In 2013, nearly 60 percent of new-power generation was renewable. They also have 28 new nuclear plants under construction, more than any other country. Policywise, Chinese leaders have also been innovative. In the U.S., neither a carbon tax nor a cap-and-trade system to put a price on carbon pollution is under serious consideration; in contrast, China’s carbon-trading program, which includes more than 2,000 pollution sources, is the second-largest trading system in the world (after the EU’s). “If China is successful in using market forces to cap carbon and transform its economy, that may be the best shot we have to limit climate change,” says Dan Dudek, vice president of the Environmental Defense Fund.

The problem for China, in a word, is coal: About 70 percent of the country’s electrical power comes from burning dirty rocks. The Chinese consumed nearly 4 billion tons in 2012, almost as much as the rest of the world combined. Like the oil industry in the U.S., the coal industry has enormous sway in China, making it all the more difficult to kick the habit. But as the rising power of the 21st century, China is under enormous political pressure to behave responsibly, lest it be seen as a pariah like Russia. “The choices that Chinese leaders make in the next decade will be absolutely pivotal to solving the climate crisis,” says former Vice President Al Gore. And for China’s economic and social stability, the consequences couldn’t be higher. “Politically, it’s very difficult to be fingered as the one most responsible for a looming catastrophe,” Gore continues. Or, as Harvard’s Stavins says, “If it’s your century, you don’t obstruct – you lead.”

In the decade or so after 9/11, when U.S. foreign policy revolved around hunting down and killing Islamic terrorists, we didn’t make China a priority. Then in 2011, the Obama administration announced an “Asia pivot” in U.S. foreign policy to counter China’s rising influence. Among other things, the U.S. increased its military presence and surveillance missions in the region, stoking suspicion in China that one of the goals of U.S. foreign policy is to “contain” China – both economically and militarily (if it were, the U.S. was certainly not going to admit it).

China’s response only seemed to play into our fears. China had been investing in new long-range missiles, upgrading its navy, and began using its new muscle­ to claim disputed territory in the South China Sea. China has been playing more subtle games, too: blocking access to Google and The New York Times, and having hackers raid computers at a number of U.S. corporations, stealing trade secrets. Foreign-policy journals openly speculate about the possibility of war with China, a suggestion that U.S. officials dismiss as absurd. “If there is a war between the U.S. and China,” argues Cheng Li, director of the China program at the Brookings Institution, “it will not be over economics or security, it will be because of misjudgment and misunderstanding.”

Of course, even the most rabid warmongers realize that a war between the U.S. and China would be disastrous. That’s one reason why leaders on both sides are looking for common ground – and two of the biggest shared interests are climate and energy. “In a relationship fraught with tension, these are places where we can do business,” says Obama’s adviser Podesta.

On the flight to Beijing, there is a lot of talk about what that common ground between the U.S. and China might look like. Granted, climate catastrophe is bad for everyone. But what leverage does the U.S. really have over China? On a practical level, the Chinese would like access to American technology. (“The deal here is that the U.S. will let you buy lots of energy equipment at exorbitant prices,” jokes one journalist on the flight.) But the Chinese also understand that, given the GOP-held Congress, Obama doesn’t have the power to make any big future commitments to cut carbon pollution – and so why should they?

On a more human level, there’s also a lot of nervousness about China’s notorious difficulty as a negotiating partner. “China has a very top-down culture – you have to speak to people right at the top,” one of Kerry’s top advisers tells me. “And they are very motivated on climate, due to air-pollution issues. But it’s hard to get China to do hard things, in part because, unlike other Asian countries, doing things for the greater good is not a big motivation for them.”

The mismatch between the urgency of taking action and the self-destructive diddling of diplomacy is frightening to witness. A few weeks before heading to China with Kerry, I attended a UNFCCC climate conference in Bonn, Germany. The two-week-long meeting, one of several designed to begin mapping out an agreement for Paris next year, was held in the gray, bureaucratic-feeling Maritim Hotel near the banks of the Rhine and attended by nearly 2,000 delegates from more than 180 countries. But neither John Kerry nor Todd Stern was anywhere to be found; the U.S. delegation was headed by Trigg Talley, an affable white-haired man who is one of Stern’s deputies. If Bonn was a preview of how things will go next year in Paris, then you can kiss human civilization goodbye. Because nothing will get done. And if it appears that something might get done, you can be sure that somebody – most likely the Saudis, who are infamous for their ability to throw a monkey wrench into negotiations at the last minute – will do everything they can to derail it.

The sheer tedium of the discussions is difficult to capture, but let me try: During the plenary session on the final day, which was held in a conference room the size of a football field and was supposed to be where important breakthroughs were announced, I listened for hours to delegates from Singapore discuss the kind of formatting that should be used on the proposal and to delegates from Bolivia argue that bullet points should be used, not paragraph breaks. I never heard the words “carbon” or “greenhouse gas” in the entire session (although “adaptation” got tossed around a lot). The most memorable words were spoken by a delegate from South Africa: “We are sheep in need of herding.”

In Bonn, the stench of nearly 25 years of broken promises and failed agreements was palpable. The U.S. was viewed with particular skepticism and disdain, not just because the U.S. signed but then failed to ratify the Kyoto Protocol, but because until this administration, American presidents and congressional leaders never did anything intentional to substantively curb carbon pollution, despite the obvious impacts it would have on poorer nations. “You talk a lot, but you are not sincere,” one Turkish delegate sniffed to me. Trust in U.S. negotiators had been further undermined when documents made public by WikiLeaks and Edward Snowden revealed that the U.S. had been spying on negotiators from other countries before and during Copenhagen, trying to gain intelligence on their positions. The revelations were particularly damning given the good-faith nature of climate negotiations. “After almost 30 years of this kind of thing,” one longtime participant in these talks puts it, “what measure of trust can possibly exist? How do you strike a deal on issues that are central to your country’s survival with someone you think is out to screw you?”

Issues of trust aside, several things are immediately apparent to me in Bonn about the content and design of the agreement that is likely to emerge in Paris next year. One is that it is going to disappoint and anger a lot of people, particularly those who think the job of a climate treaty is to force big polluters to change their ways. The Paris agreement will largely be a “bottom up” treaty, in which each country will put forward a “contribution” for what each is willing to do to reduce carbon pollution. Those contributions will then be reviewed in the future – exactly how and by whom isn’t clear – to make sure each nation is keeping its promise. There will be no legally binding caps on emissions, no mandated “targets” that countries need to reach. In fact, it will not be a treaty at all (a treaty would need to be ratified by the U.S. Senate, which everyone knows will never happen). It will likely be an agreement “with legal force,” which means, basically, that some parts of the agreement might be legally binding in some countries.

However toothless this approach might seem, there is logic behind it. Since Kyoto, international climate efforts have largely failed because they were too prescriptive. Few nations were willing to bow to the demands of an international carbon police. And beyond that, there was no way to enforce carbon limits.

But even if the talks succeed in creating a sustainable basis for international cooperation, whatever emerges from Paris next year is extremely unlikely to put the world on a path that would limit warming to below 2 degrees Celsius (3.6 F), which was enshrined in the Copenhagen Accord as the threshold for dangerous climate change. For that to happen, says the Tyndall Centre’s Kevin Anderson, “global emissions from energy need to reach a peak by around 2020, and then rapidly reduce to zero by 2050 at the latest.” “I’m not giving up hope,” Kerry told me. “Physically, it’s possible. But politically, it will be very difficult.” Podesta is even more blunt. “If we wait until we have a binding international agreement that actually puts us on track for 2 C,” he says, “we’ll hit 2 C before we get an agreement. But we have to get started if we hope to get to the destination.”

The second revelation is that the Paris agreement is likely to be more about money than about carbon. That is not inappropriate: Climate change is, at its base, an environmental-justice issue, in which the rich nations of the world are inflicting damage on the poor ones. One question that has always haunted climate agreements is, how should the victims be compensated? In past U.N. agreements, developed countries have promised aid to poorer nations. But in translating these general commitments into hard numbers, says Elliot Diringer, a climate-policy expert at the Center for Climate and Energy Solutions, “the cash flows really have never been enough.”

In Paris, they will try again. The delivery vehicle of choice is called the Green Climate Fund, which was one of the few concrete accomplishments to come out of Copenhagen. The idea is simple: Rich countries pay into the fund, the fund’s 24-member board examines proposals from developing countries for clean-energy and climate-adaptation projects, and then it awards funds to those it finds worthy.

The Green Climate Fund was born in the closing days of the Copenhagen negotiations, when then-Secretary of State Hillary Clinton tried to lure China and other developing nations into a deal by promising that, in exchange for agreeing to a binding cap on carbon pollution as well as outside monitoring and verification of pollution rates, rich nations like the U.S. would pledge a combined $100 billion a year to help poor nations. Many negotiators thought it was a clever (or not so clever) ploy by the U.S. to make China take the fall for the collapse of the Copenhagen deal, since it was clear that China considers emissions data a state secret and would never allow outsiders to pore through the books. But regardless of the intentions, the deal fell apart. The $100 billion promise lingered, however, and was codified in later agreements. (Although $100 billion sounds like a lot, it’s a small part of the $1 trillion a year that will be necessary to transform the energy system.)

Right now, developed nations have a long way to go to live up to Clinton’s promise. The Green Climate Fund has taken four years to get up and running, and still nobody knows if it will primarily make loans or grants. So far, only Germany has come through with a meaningful pledge, offering $1 billion over the next nine years. Stern says the U.S. is putting “a lot of blood, sweat and tears” into getting the fund set up right, and that the $100 billion a year will come from a variety of sources, including private investment. But if the point of the fund is to demonstrate the commitment of rich nations to help the poor, it will need them to make real financial commitments. “Big new public funds are not viable,” says David Victor, a climate-policy expert at the University of California, San Diego. “This could be a train wreck of false expectations.”

In Bonn, the biggest question on many negotiator’s minds was, “Will China step up?” Despite the fact that China is the biggest carbon emitter on the planet, with the most dynamic economy in the world, the Chinese remain wedded to a 25-year-old idea that China is still a developing country, in the same category as, say, Uganda, and therefore not responsible for taking action. At least, not until the U.S. and the EU – which, with their cumulative emissions, have essentially caused the problem of global warming – take the first step. Among negotiators, China’s stance is widely viewed as a negotiating tactic to lower expectations for action and to allow it to play moral defender for other developing nations, some of whom fear that if China makes a big move, it will increase the pressure on them to do the same.

I got a preview of the kind of arguments U.S. negotiators will face when I bumped into Zou Ji, the deputy director general for the National Center for Climate Change Strategy and International Cooperation and a key member of the Chinese negotiating team, in the lobby of the Maritim Hotel. I asked him if the recent action by Obama to limit pollution from power plants and increase fuel-efficiency standards had changed the dynamics in the negotiations. “It is a good thing,” Ji told me. “But now, America says to us, ‘Your turn to step up.’ Well, we welcome what you have done, but we want to see more action from the U.S. first. It is very clear that Congress is a big constraint for you; Obama can only do what he can do.” Ji argues, accurately, that the U.S. is still the far richer country, and while China’s carbon emissions are enormous, if you break it down to per-capita emissions, the average American is responsible for dumping almost three times as much CO2 into the atmosphere every year as the average Chinese.

I point out to him that this is true, but that cumulative emissions in China will soon dwarf those in the United States.

“China needs to do its part, but right now the U.S. still has huge potential to do more,” he says forcefully. “I have lived in the U.S., where everyone has a clothes dryer and an air conditioner and a big refrigerator and a big house and a big car. In the EU and Japan, they also live well, but people there only consume half the energy Americans do. You do have the capacity to live at the same standard and consume far less – if you choose.”

When Kerry’s plane lands in Beijing, we immediately jump into a line of SUVs and are whisked away to the Great Wall just north of the city for what one State Department staffer calls “a little cultural sightseeing.” When I visited the wall a few years ago, the air pollution was so bad, I could hardly see 15 feet in front of me; today, it’s clear enough to see the Xishan Mountains, which are 12 miles away at the western edge of the city. Kerry strolls along the wall with Chinese dignitaries, then we motorcade to the Marriott hotel in central Beijing, where the U.S. government has taken over two floors. Security is high: The entrance to the hotel is blocked, and armed agents are everywhere. The biggest concern seems to be Chinese spies; on an earlier trip to China, five members of Todd Stern’s team received spoof e-mails that contained a bot that could have given a hacker control of their computers, and shortly after I check into my hotel, I am told that I can assume my room is bugged and my e-mail is read. Across the street from the hotel is an Apple Store, Gucci, Hermès and, strangely, a coal-fired power plant with clouds and a blue sky painted on the sides, as if to disguise the dirty black rocks burning within.

The next morning, Chinese President Xi Jinping opens the talks at the Diaoyutai State Guesthouse, an elegant retreat in western Beijing. His address to 500 or so American and Chinese dignitaries isn’t exactly a rousing call to action on climate change. Instead, he talks about the importance of keeping the Chinese economy humming, declaring that China needs a peaceful and stable environment “more than ever.” Xi is a tough-looking guy with a Tony Soprano vibe, and his speech leaves no doubt that he sees China as the rising power. “It is natural that China and the U.S. may have different views, and even frictions, on certain issues,” he says. Then he adds, “Confrontation between China and the United States would definitely spell disaster for the two countries and for the wider world.” Xi only mentions climate change once, in a passing reference to it as a significant challenge that both nations face.

Protestors take to the streets in China

Protestors take to the streets to fight construction of a chemical factory in May 2013. (Photo: AFP/Getty Images)

Xi, who came to power in 2013, is “a very strong leader for China,” says Cheng Li of the Brookings Institution. Li contrasts him with other recent Chinese leaders, most of whom tended to be pale figures who dutifully rose through the ranks of the Communist Party. Xi, who is 61, rules with authority and efficiency. He grew up the son of a deputy prime minister and revolutionary who was known as an architect of China’s special economic zones, which were important drivers in the liberalization of China. As president, Xi has cracked down on corruption and is a fierce defender of Chinese interests in disputed territories like the South China Sea. He has also toughened up China’s internal security forces (China spends more on domestic security than it does on national defense). But U.S. officials who have had close contact with Xi are impressed by his directness. One White House staffer pointed to a recent agreement to reduce hydrofluorocarbons, a potent greenhouse gas, that Xi worked out with Obama last year. “Xi rolled the Chinese bureaucracy to get that done,” the staffer says. Kerry also sees him as an effective leader. “I had long conversations with Xi while I was chair of the Foreign Relations Committee,” he tells me. “The kind of action we’ve seen in China recently doesn’t happen without his personal commitment.”

When Kerry takes the podium after Xi steps down, he is conciliatory. He reassures Xi and other Chinese leaders in the room that the U.S. does not seek to “contain” China, and that it welcomes the emergence of “a peaceful, prosperous China that . . . chooses to play a responsible role in world affairs.” He, too, talks a lot about economic growth and how “the true measure of our success will not be just whether our countries grow, but how our countries grow.” Kerry continues, “Step by step, we are shifting our focus . . . to the inescapable reality of a clean-energy future.”

When Kerry travels to countries where the U.S. might be perceived to have the upper hand, he can be very blunt about the potential ravages of climate change. A few months ago, in a speech in Jakarta, Indonesia, he called it the “world’s most fearsome” weapon of mass destruction. But Kerry doesn’t say a word here about melting ice caps, rising seas or weapons of mass destruction. Instead, he talks about how clean energy is “the biggest market the world has ever seen.” He talks investment flows, technology sharing and pollution-free prosperity. “Our goal,” Podesta tells me, “is to create a virtuous circle in the Pacific, where they match our ambition, and then we match theirs.”

For the U.S., pushing for action is imperative: If China makes an aggressive move on carbon, it kills a favorite political talking point from climate deniers in Congress. “I can’t tell you how many meetings I’ve sat in where the subject of ‘What is China doing?’ comes up,” says Podesta. “For us, it’s important that we take that objection off the table.”

For the Chinese, beyond the obvious motivation to clean up the air, the question is what they want from the U.S. in return. As Kerry put it to me later, “The Chinese have a lot of stuff they want from us. We have natural gas. We have coal. We have clean-energy technology.” How this bargaining works out is the heart of the negotiations and gets into complex areas like protection of intellectual property rights. In the past, the Chinese simply wanted to buy our technology, copy it and manufacture it more cheaply than anyone else. “But that dynamic has changed,” says one Department of Energy official. “Now the deals are much more about joint ventures and shared investment.”

Later in the day, top members of the U.S. and China delegations meet in a conference room on the second floor for the Joint Session on Climate Change and Clean Energy. It is a stiffly formal scene, with Kerry, Podesta, Stern, U.S. Energy Secretary Moniz and science adviser John Holdren on one side of a long mahogany table, and Chinese leaders, including Vice Premier Wang Yang and lead climate negotiator Xie Zhenhua, on the other side. In this more intimate group, the Chinese are much blunter and more forthright about the risks of climate change. But it isn’t clear if this is because they feel more relaxed or because they are more willing to say what the U.S. wants to hear. State Councilor Yang, who opens the discussion, calls climate change “a common and grave challenge to mankind.” He talks about actions the Chinese government has taken to promote clean energy and efficiency, and he underscores China’s support of the UNFCCC climate negotiations. “We have also maintained close dialogue in consultation on [the U.S.’s and China’s] respective climate-change policies,” he says.

Kerry nods politely and then reads from prepared remarks: “Every one of us in this room is well aware that the climate crisis is one that respects no border. It’s transboundary. It affects the planet.”

The Chinese leaders listen carefully, just as the American team listened carefully to Yang’s remarks, attuned to nuances and gestures that gain trust or lose it, that show respect or haughtiness. And yet, I get the strong sense at this meeting, and at every other one I’ve attended, that 15 levels of chess are being played, that the motives and impulses of each side remain unknowable to the other, and that both sides are making calculations that will shape their careers, their economies and the future of the planet. And always the fear – expressed in the glint of an eye, a moment of hesitation – that each is being played. The Chinese worry that the U.S. won’t keep their word or has a secret plan to thwart their economic growth; the Americans worry that the Chinese are using shady data, and that they are only in it for the money.

Sometimes, the enormous gap between how the Chinese run their country and how the Americans run theirs reveals itself. One of those moments occurs on the second day of the talks in the Great Hall of the People in Tiananmen Square, which is China’s parliamentary chamber. Kerry and Yang appear at a press conference to bestow six “EcoPartnership” awards to American and Chinese organizations that are collaborating on clean-energy and climate solutions. In the context of the talks, it is a small-bore event, with a handful of dignitaries and some Chinese press.

But maybe because of this, Kerry’s remarks at the event are looser and less diplomatic than anything I’ve heard him say earlier. They are also more dangerous politically, because he talks about the one thing the Chinese leadership is most afraid of: the power of social activism. He describes how, in 1970, after 20 million Americans attended Earth Day rallies, public outrage led to the creation of the Environmental Protection Agency, as well as the passage of the Clean Air Act and, later, the Clean Water Act. “So I have seen the power of grassroots action, of local efforts becoming magnified and ultimately creating action at a larger, federal level,” Kerry says, his voice rising. “And I see that same kind of drive, that same kernel of innovation, and of demand for a difference, right here [in China], today.”

Kerry’s larger point is undoubtedly true – there is a rising consciousness of environmental issues in China, a sense that civilized societies don’t let their rivers catch fire. But as Kerry knows very well, there will be no organized demonstrations of millions of people marching on the streets in China, demanding change. If they tried, they would likely be tear-gassed or thrown in jail. Activism, such as it is in China, is either well-behaved and sanctioned by the state, or it is deemed reckless and dangerous and quickly shut down.

After his remarks at the Great Hall of the People, Kerry gets polite applause and then sits down to listen to a boilerplate speech from Yang. If anyone noticed that the secretary of state of the United States had just suggested that a populist movement in the People’s Republic of China could challenge the status quo, it wasn’t apparent.

One person who understands the dangers of social activism as well as anyone is Shuo Li, 27, a climate-policy officer for Greenpeace East Asia. Shortly after Kerry’s talk, I visited Li at Greenpeace’s office in Beijing. A year earlier, Greenpeace had published an investigation into the development of a coal-to-liquids plant in Inner Mongolia. Transforming coal into liquid fuels like diesel (or, in a similar process, natural gas) is expensive and, more importantly, an environmental disaster. Compared with typical refining processes, coal liquefaction produces 14 times the amount of carbon dioxide.

What’s interesting about Greenpeace’s investigation is that it targeted the owner of the plant, Shenhua Group, which is China’s biggest coal producer and a political powerhouse. (“Shenhua is the monster,” Li says.) In the U.S., enviros go after big companies all the time. But in China, this kind of action is unprecedented. As was its effectiveness. Li says the company called in Greenpeace, and Shenhua agreed to quit pumping out groundwater for use in the plant.

I ask Li if this is a sign that Chinese leaders are becoming more tolerant of environmental activism?

“Maybe a little,” Li says. He explains that unlike, say, publicly celebrating the Dalai Lama or arguing for the ethical treatment of the Uighur minority in China, it’s OK to raise questions about environmental problems. “But you have to do it the right way. You can go after local officials or individual power plants.” But, as he points out, there is no clear line between what is acceptable and what is not. “That is something everyone has to discover for themselves,” he says. He adds with a sly smile: “For the government, it is more effective that way.”

But Li knows he’s treading dangerous ground. In 2012, a 65-year-old former forestry official was threatened with five years in prison for publishing and distributing books that questioned the overdevelopment of Hainan Island in southern China. (He received a three-year suspended sentence and a fine.) Two years earlier, one of Beijing’s most respected science reporters, Fang Xuanchang, who earned a reputation for calling bullshit on many government-funded research projects, was brutally beaten on his way home from work. His assailants were never found. The message, as one journalist wrote in Foreign Policy, was clear: “Don’t go there, or you could be next.”

I asked about the rising number of protests around the country against industrial plants found to be dumping chemicals­ into rivers, or protesters throwing bricks at police to halt the construction of a new power plant. “Individual NIMBY actions are acceptable,” Li says. “But when you try to mobilize people on a larger scale, that is when you get in trouble.”

“Trouble, how?”

“You don’t even want to think about it,” Li answers, fear flashing in his eyes.

The rise of China, which was driven by the biggest and fastest industrial revolution the world has ever seen, was fueled almost entirely by coal. And its continued success – not to mention, in many ways, the fate of human civilization – depends on how quickly it can wean itself off this cheap, dirty, abundant fossil fuel. “The big question,” Moniz told me in Beijing, “is how fast they can bend down the curve of coal.”

“Bending down the curve of coal” is geek-speak for reducing dependency on coal. Because coal – by far the most carbon­intensive fossil fuel – will most likely be replaced by cleaner energy sources; in that case, the moment China’s coal consumption plateaus will also be the moment their greenhouse-gas pollution plateaus. And that could be the moment the world begins a transition toward a stable climate.

But the question is: When will that moment occur? In China, this question will not be answered by the invisible hand of the market but, ultimately, by the strong hand of President Xi and other party leaders. Xi and his advisers will make a complex economic and political calculation about how far they want to push clean energy – and whether they want to encourage a shift away from coal by, say, expanding the existing carbon-trading market, passing a straightforward tax on carbon, or simply issuing a dictum that caps the amount of coal the nation can consume. A few weeks before my conversation with Moniz, a respected Chinese academic had speculated that China would cap coal consumption by 2030. “That would be a big step in the right direction,” Gore told me. But as Gore well knows, unless that cap is followed by a radical and almost unimaginable global shift toward zero-carbon energy, it’s not a big enough step to avert climate chaos in the coming decades.

China has already taken a number of measures to move away from coal. It is reportedly closing down 50,000 small coal-fired furnaces and has essentially stopped building new coal plants in big eastern cities like Beijing and Shanghai. In 2020, burning coal will be banned in Beijing. But given the enormity of China’s coal addiction, these are just baby steps compared to what is needed.

And that’s one reason why the Chinese are very interested in natural gas. Natural gas has about half the carbon of coal, and burning it creates much less air pollution. China has the biggest shale-gas reserves in the world and would dearly like to unleash an American-style fracking boom (which is its own kind of environmental nightmare, of course). But the technology used to extract the gas from shale, which was invented in the U.S., is complex and not easy to replicate. In addition, shale gas in China is more deeply buried than in the U.S., and the soil is less porous, making the gas more difficult to extract. And thanks to methane leaks during fracking operations (methane, the principal component of natural gas, is a short-lived but potent greenhouse gas), the climate benefits of natural gas are questionable.

Imagining a fracked-out China is not pretty, but it might beat the alternative – making natural gas out of coal. The process is similar to the coal-to-liquids plant in Inner Mongolia that Greenpeace singled out, and like that process, it is both water- and carbon-intensive. China already has two coal-to-gas plants in operation, with as many as 48 more on the drawing board. Most of them are slated to be built in western China, far from population centers, where Chinese leaders are eager to spur development and provide jobs. But the cost to the atmosphere will be enormous. If all of these plants get built, they will collectively emit more than a billion tons of CO2 each year – more than the entire nation of Germany emitted last year.

Moniz calls coal-to-gas plants in western China “a major issue” for Chinese and U.S. negotiators. “Burning natural gas may help them solve the problem of air pollution,” says Moniz. “But if they get it by manufacturing it from coal, they will be creating another, much larger problem.” And it’s one that impacts everyone on the planet.

The talks ended on a hot, humid afternoon in the Zhongnanhai compound in central Beijing, which houses offices for the Politburo’s most senior members. The compound, which is heavily guarded and closed to the public, is a reminder of China’s Imperial era, with a collection of traditional pavilions scattered around three lovely lakes. Kerry met with Chinese Premier Li Keqiang in the Purple Light Pavilion, a brightly painted pagoda-style building with small porcelain animals on the corners of the roof. Li has none of the bluster – or power – of President Xi, and after exchanging greetings and thank-yous, Kerry seemed eager to hit the road. They spoke in private for a half-hour, then Kerry climbed back into his SUV, and we motorcaded back to the Marriott for a final press conference.

Within minutes, the State Department was e-mailing a list of accomplishments to reporters, including joint U.S.-China demonstration projects on smart grids, technology to capture carbon from coal plants, and new initiatives on forestry and industrial boilers. It was all both important and unimportant, small steps in a long, long march. Later, Kerry would tell me he was impressed by what he’d seen from the Chinese on climate during the trip – “There was no backsliding,” he says. Others on the U.S. team described their sense that key Chinese leaders they’d met were “extraordinarily forward-leaning.”

But huge questions still loom about how far the U.S. and China and every other big polluter on the planet will go to cut emissions. For negotiators who are pushing for a tough agreement with meaningful reductions and clear financial accounting, the biggest fear is not that the U.S. and China won’t agree on key issues, but that they will agree on too much: “We are afraid that the U.S. and China will strike a bargain that makes them both comfortable, but does little or nothing to reduce the risk of climate change,” says Mohamed Adow, senior adviser for Christian Aid, a U.K.-based relief agency that works in many developing nations. “Then the rest of the world will have to decide if they want to go along, or fight for a stronger agreement.”

A few hours later, Kerry and his team jet off to Afghanistan. The world is a big, complicated place, and everyone – even the most committed climate warriors like Kerry – has a lot of other things to think about beyond how much carbon we are dumping into the atmosphere. And that, in a way, is always the problem: There is always something more urgent, more immediately catastrophic to seize the attention of policymakers – and in the coming years, many of the crises that will distract us from dealing with the realities of climate change will largely have been caused by climate change. Through all these short-term emergencies, the Earth will keep warming, the droughts will get worse, food will grow scarce, ice will vanish, the seas will rise, and starting around 2030, climate change will emerge from the background and eventually become the only thing we talk about. It will be the story of the century.

When we get to the Marriott, I walk across the sleek marble lobby with Podesta, who looks uncharacteristically somber. Just before we step into Kerry’s press conference – where he will again underscore the importance of taking action on climate change – I ask Podesta if two days of talks with the Chinese have made him feel more hopeful about Paris next year.

“Yes,” he says. “But it’s going to be a hard road.”

From The Archives Issue 1218: September 25, 2014

Read more: http://www.rollingstone.com/politics/news/china-the-climate-and-the-fate-of-the-planet-20140915#ixzz3Dckfhurq
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The silence on climate change is deafening. It’s time for us to get loud (The Guardian)

In Dr Seuss’s parable, it take all of Whoville to make enough noise to save their planet. How much will it take to save ours?

theguardian.com, Wednesday 17 September 2014 16.43 BST

horton hears a who

If Horton could hear a Who, there’s no reason the rest of us can’t hear the warnings about climate change. Photograph: c. 20th Century Fox / Everett / Rex Features

All of Dr Seuss’s children’s books – or, at least, the best ones – are sly, radical humanitarian and environmental parables. That’s why, for example, The Lorax was banned in some Pacific Northwest districts where logging was the chief economy.

Or there’s Horton Hears a Who: if you weren’t a child (or reading to a child) recently, it’s about an elephant with acute hearing who hears a cry from a dust speck. He comes to realize the dust speck is a planet in need of protection, and does his best for it.

Of course, all the other creatures mock – and then threaten – Horton for raising an alarm over something they can’t see. (Dissent is an easy way to get yourself ostracized or worse, as any feminist receiving online death threats can remind you.) And though Seuss was reportedly inspired by the situation in post-war Japan when he wrote the book, but its parable is flexible enough for our time.

You could call the scientists and the climate activists of our present moment our Hortons. They heard the cry a long time ago, and they’ve been trying to get the rest of the world to listen. They’ve had to endure attacks, mockery, and lip service … but mostly just obliviousness to what they’re saying and what it demands of us.

Recent polling data suggests most of us do want to see things change. “Two in three Americans (66%) support the Congress and president passing laws to increase energy efficiency and the use of renewable energy as a way to reduce America’s dependence on fossil fuels,” reports the US Climate Action Network. But I hear firsthand from people who aren’t particularly informed and still tell me that they are avoiding thinking about climate because it’s too late.

It is nearly too late, because we’ve know about climate change for 25 years, but the most informed scientists think that we do have a chance and some choices, if we make them now.

To listen to such scientists is an amazing and sometimes terrifying thing: they fully comprehend what systemic collapse means and where we are in that process. They – and others who pay attention to the data – see how terrible the possibilities are, but they also see the possibilities for averting the worst.

Seuss’s Horton was alone. Climate activists in the United States are a minority, but there are vast numbers of people across the world who know how serious the situation is, who are facing it and who are listening and asking for action. Some of them will be with us when the biggest climate march in history takes place on Sunday in New York City – starting on the southern edge one of the nation’s largest urban green spaces, Central Park, running around Times Square and then moving west to the Hudson River – to demand that the UN get serious with this attempt to hammer out a climate change treaty at its summit next week.

A whole lot more people are going to come together to demand that our political leaders do something about climate than have done so before. In a symbolic action, at 12:58pm local time, they will observe a collective couple of minutes of silence dedicated to the past. Wherever you are on Sunday, you can join us in observing that silence and remembering the millions displaced last year by the kinds of floods and storms that climate change augments, or the residents of island nations whose homes are simply disappearing under the waves; the small shellfish whose shells are dissolving or the species that have died out altogether; the elderly and inform who have died in our longer, hotter heatwaves or the people who died in New York’s Hurricane Sandy not quite two years ago.

At 1pm local time, we will face the future, and demand that our leaders face the music. The marchers will make two minutes of noise, and every pot-banger, church-bell-ringer, hornblower and drummer on earth is invited to join in. Churches are invited to ring their bells; synagogues to blow their shofars; mosques to use their loudspeakers; secular humanists to get their brass bands on. Get your own pots and pans, or your trumpets and whistles.

We needed someone to ring the alarm all these decades of inaction. On Sunday don’t wait to hear it from someone else: make some noise yourself. It’s time to start making the future we hope for instead of waiting for the one we fear.

I wish that I could write a pat ending for the story of how we saved the earth, but that is, so to speak, all up in the air right now.

But at the end of Horton Hears a Who, the small people of Whoville decide to make a huge roar so that everyone else could hear them: they all roar and bang and blast, but it takes a boy named Jojo (playing with his yoyo) to add his yapping voice to the roar for them to become audible.

This is our planet: our little blue sphere in the Orion Spur of the Milky Way Galaxy, with the beautifully elaborate systems of birds and insects and weather and flowering plants all working together – or that used to work together, and which are now falling apart. And it’s your voice that’s needed, so raise it on Sunday. Join the roar, so that everyone who wasn’t listening finally has to hear.

• This article was updated on 17 September 2014 to reflect that the the New York City Police Department only granted the People’s Climate March permission to march to Sixth Avenue, and not all the way to the United Nations building on First Avenue.

How learning to talk is in the genes (Science Daily)

Date: September 16, 2014

Source: University of Bristol

Summary: Researchers have found evidence that genetic factors may contribute to the development of language during infancy. Scientists discovered a significant link between genetic changes near the ROBO2 gene and the number of words spoken by children in the early stages of language development.


Researchers have found evidence that genetic factors may contribute to the development of language during infancy. Credit: © witthaya / Fotolia

Researchers have found evidence that genetic factors may contribute to the development of language during infancy.

Scientists from the Medical Research Council (MRC) Integrative Epidemiology Unit at the University of Bristol worked with colleagues around the world to discover a significant link between genetic changes near the ROBO2 gene and the number of words spoken by children in the early stages of language development.

Children produce words at about 10 to 15 months of age and our range of vocabulary expands as we grow — from around 50 words at 15 to 18 months, 200 words at 18 to 30 months, 14,000 words at six-years-old and then over 50,000 words by the time we leave secondary school.

The researchers found the genetic link during the ages of 15 to 18 months when toddlers typically communicate with single words only before their linguistic skills advance to two-word combinations and more complex grammatical structures.

The results, published in Nature Communications today [16 Sept], shed further light on a specific genetic region on chromosome 3, which has been previously implicated in dyslexia and speech-related disorders.

The ROBO2 gene contains the instructions for making the ROBO2 protein. This protein directs chemicals in brain cells and other neuronal cell formations that may help infants to develop language but also to produce sounds.

The ROBO2 protein also closely interacts with other ROBO proteins that have previously been linked to problems with reading and the storage of speech sounds.

Dr Beate St Pourcain, who jointly led the research with Professor Davey Smith at the MRC Integrative Epidemiology Unit, said: “This research helps us to better understand the genetic factors which may be involved in the early language development in healthy children, particularly at a time when children speak with single words only, and strengthens the link between ROBO proteins and a variety of linguistic skills in humans.”

Dr Claire Haworth, one of the lead authors, based at the University of Warwick, commented: “In this study we found that results using DNA confirm those we get from twin studies about the importance of genetic influences for language development. This is good news as it means that current DNA-based investigations can be used to detect most of the genetic factors that contribute to these early language skills.”

The study was carried out by an international team of scientists from the EArly Genetics and Lifecourse Epidemiology Consortium (EAGLE) and involved data from over 10,000 children.

Journal Reference:
  1. Beate St Pourcain, Rolieke A.M. Cents, Andrew J.O. Whitehouse, Claire M.A. Haworth, Oliver S.P. Davis, Paul F. O’Reilly, Susan Roulstone, Yvonne Wren, Qi W. Ang, Fleur P. Velders, David M. Evans, John P. Kemp, Nicole M. Warrington, Laura Miller, Nicholas J. Timpson, Susan M. Ring, Frank C. Verhulst, Albert Hofman, Fernando Rivadeneira, Emma L. Meaburn, Thomas S. Price, Philip S. Dale, Demetris Pillas, Anneli Yliherva, Alina Rodriguez, Jean Golding, Vincent W.V. Jaddoe, Marjo-Riitta Jarvelin, Robert Plomin, Craig E. Pennell, Henning Tiemeier, George Davey Smith. Common variation near ROBO2 is associated with expressive vocabulary in infancy. Nature Communications, 2014; 5: 4831 DOI:10.1038/ncomms5831

New math and quantum mechanics: Fluid mechanics suggests alternative to quantum orthodoxy (Science Daily)

Date: September 12, 2014

Source: Massachusetts Institute of Technology

Summary: The central mystery of quantum mechanics is that small chunks of matter sometimes seem to behave like particles, sometimes like waves. For most of the past century, the prevailing explanation of this conundrum has been what’s called the “Copenhagen interpretation” — which holds that, in some sense, a single particle really is a wave, smeared out across the universe, that collapses into a determinate location only when observed. But some founders of quantum physics — notably Louis de Broglie — championed an alternative interpretation, known as “pilot-wave theory,” which posits that quantum particles are borne along on some type of wave. According to pilot-wave theory, the particles have definite trajectories, but because of the pilot wave’s influence, they still exhibit wavelike statistics. Now a professor of applied mathematics believes that pilot-wave theory deserves a second look.


Close-ups of an experiment conducted by John Bush and his student Daniel Harris, in which a bouncing droplet of fluid was propelled across a fluid bath by waves it generated. Credit: Dan Harris

The central mystery of quantum mechanics is that small chunks of matter sometimes seem to behave like particles, sometimes like waves. For most of the past century, the prevailing explanation of this conundrum has been what’s called the “Copenhagen interpretation” — which holds that, in some sense, a single particle really is a wave, smeared out across the universe, that collapses into a determinate location only when observed.

But some founders of quantum physics — notably Louis de Broglie — championed an alternative interpretation, known as “pilot-wave theory,” which posits that quantum particles are borne along on some type of wave. According to pilot-wave theory, the particles have definite trajectories, but because of the pilot wave’s influence, they still exhibit wavelike statistics.

John Bush, a professor of applied mathematics at MIT, believes that pilot-wave theory deserves a second look. That’s because Yves Couder, Emmanuel Fort, and colleagues at the University of Paris Diderot have recently discovered a macroscopic pilot-wave system whose statistical behavior, in certain circumstances, recalls that of quantum systems.

Couder and Fort’s system consists of a bath of fluid vibrating at a rate just below the threshold at which waves would start to form on its surface. A droplet of the same fluid is released above the bath; where it strikes the surface, it causes waves to radiate outward. The droplet then begins moving across the bath, propelled by the very waves it creates.

“This system is undoubtedly quantitatively different from quantum mechanics,” Bush says. “It’s also qualitatively different: There are some features of quantum mechanics that we can’t capture, some features of this system that we know aren’t present in quantum mechanics. But are they philosophically distinct?”

Tracking trajectories

Bush believes that the Copenhagen interpretation sidesteps the technical challenge of calculating particles’ trajectories by denying that they exist. “The key question is whether a real quantum dynamics, of the general form suggested by de Broglie and the walking drops, might underlie quantum statistics,” he says. “While undoubtedly complex, it would replace the philosophical vagaries of quantum mechanics with a concrete dynamical theory.”

Last year, Bush and one of his students — Jan Molacek, now at the Max Planck Institute for Dynamics and Self-Organization — did for their system what the quantum pioneers couldn’t do for theirs: They derived an equation relating the dynamics of the pilot waves to the particles’ trajectories.

In their work, Bush and Molacek had two advantages over the quantum pioneers, Bush says. First, in the fluidic system, both the bouncing droplet and its guiding wave are plainly visible. If the droplet passes through a slit in a barrier — as it does in the re-creation of a canonical quantum experiment — the researchers can accurately determine its location. The only way to perform a measurement on an atomic-scale particle is to strike it with another particle, which changes its velocity.

The second advantage is the relatively recent development of chaos theory. Pioneered by MIT’s Edward Lorenz in the 1960s, chaos theory holds that many macroscopic physical systems are so sensitive to initial conditions that, even though they can be described by a deterministic theory, they evolve in unpredictable ways. A weather-system model, for instance, might yield entirely different results if the wind speed at a particular location at a particular time is 10.01 mph or 10.02 mph.

The fluidic pilot-wave system is also chaotic. It’s impossible to measure a bouncing droplet’s position accurately enough to predict its trajectory very far into the future. But in a recent series of papers, Bush, MIT professor of applied mathematics Ruben Rosales, and graduate students Anand Oza and Dan Harris applied their pilot-wave theory to show how chaotic pilot-wave dynamics leads to the quantumlike statistics observed in their experiments.

What’s real?

In a review article appearing in the Annual Review of Fluid Mechanics, Bush explores the connection between Couder’s fluidic system and the quantum pilot-wave theories proposed by de Broglie and others.

The Copenhagen interpretation is essentially the assertion that in the quantum realm, there is no description deeper than the statistical one. When a measurement is made on a quantum particle, and the wave form collapses, the determinate state that the particle assumes is totally random. According to the Copenhagen interpretation, the statistics don’t just describe the reality; they are the reality.

But despite the ascendancy of the Copenhagen interpretation, the intuition that physical objects, no matter how small, can be in only one location at a time has been difficult for physicists to shake. Albert Einstein, who famously doubted that God plays dice with the universe, worked for a time on what he called a “ghost wave” theory of quantum mechanics, thought to be an elaboration of de Broglie’s theory. In his 1976 Nobel Prize lecture, Murray Gell-Mann declared that Niels Bohr, the chief exponent of the Copenhagen interpretation, “brainwashed an entire generation of physicists into believing that the problem had been solved.” John Bell, the Irish physicist whose famous theorem is often mistakenly taken to repudiate all “hidden-variable” accounts of quantum mechanics, was, in fact, himself a proponent of pilot-wave theory. “It is a great mystery to me that it was so soundly ignored,” he said.

Then there’s David Griffiths, a physicist whose “Introduction to Quantum Mechanics” is standard in the field. In that book’s afterword, Griffiths says that the Copenhagen interpretation “has stood the test of time and emerged unscathed from every experimental challenge.” Nonetheless, he concludes, “It is entirely possible that future generations will look back, from the vantage point of a more sophisticated theory, and wonder how we could have been so gullible.”

“The work of Yves Couder and the related work of John Bush … provides the possibility of understanding previously incomprehensible quantum phenomena, involving ‘wave-particle duality,’ in purely classical terms,” says Keith Moffatt, a professor emeritus of mathematical physics at Cambridge University. “I think the work is brilliant, one of the most exciting developments in fluid mechanics of the current century.”

Journal Reference:

  1. John W.M. Bush. Pilot-Wave Hydrodynamics. Annual Review of Fluid Mechanics, 2014 DOI: 10.1146/annurev-fluid-010814-014506

Number-crunching could lead to unethical choices, says new study (Science Daily)

Date: September 15, 2014

Source: University of Toronto, Rotman School of Management

Summary: Calculating the pros and cons of a potential decision is a way of decision-making. But repeated engagement with numbers-focused calculations, especially those involving money, can have unintended negative consequences.


Calculating the pros and cons of a potential decision is a way of decision-making. But repeated engagement with numbers-focused calculations, especially those involving money, can have unintended negative consequences, including social and moral transgressions, says new study co-authored by a professor at the University of Toronto’s Rotman School of Management.

Based on several experiments, researchers concluded that people in a “calculative mindset” as a result of number-crunching are more likely to analyze non-numerical problems mathematically and not take into account social, moral or interpersonal factors.

“Performing calculations, whether related to money or not, seemed to encourage people to engage in unethical behaviors to better themselves,” says Chen-Bo Zhong, an associate professor of organizational behavior and human resource management at the Rotman School, who co-authored the study with Long Wang of City University of Hong Kong and J. Keith Murnighan from Northwestern University’s Kellogg School of Management.

Participants in a set of experiments displayed significantly more selfish behavior in games where they could opt to promote their self-interest over a stranger’s after exposure to a lesson on a calculative economics concept. Participants who were instead given a history lesson on the industrial revolution were less likely to behave selfishly in the subsequent games. A similar but lesser effect was found when participants were first asked to solve math problems instead of verbal problems before playing the games. Furthermore, the effect could potentially be reduced by making non-numerical values more prominent. The study showed less self-interested behavior when participants were shown pictures of families after calculations.

The results may provide further insight into why economics students have shown more self-interested behavior in previous studies examining whether business or economics education contributes to unethical corporate activity, the researchers wrote.

The study was published in Organizational Behavior and Human Decision Processes.

Journal Reference:

  1. Long Wang, Chen-Bo Zhong, J. Keith Murnighan. The social and ethical consequences of a calculative mindset. Organizational Behavior and Human Decision Processes, 2014; 125 (1): 39 DOI: 10.1016/j.obhdp.2014.05.004

Why are consumers willing to spend more money on ethical products? (Science Daily)

Date: September 16, 2014

Source: Journal of Consumer Research, Inc.

Summary: What motivates consumers to make ethical choices such as buying clothing not made in a sweat shop, spending more money on fair-trade coffee, and bringing their own bags when they go shopping? According to a new study, ethical consumption is motivated by a need for consumers to turn their emotions about unethical practices into action.


What motivates consumers to make ethical choices such as buying clothing not made in a sweat shop, spending more money on fair-trade coffee, and bringing their own bags when they go shopping? According to a new study in the Journal of Consumer Research, ethical consumption is motivated by a need for consumers to turn their emotions about unethical practices into action.

“Advocates of ethical consumerism suggest that consumers should consider the environmental and human costs of the products they choose, but unfortunately only a small number of people in North America consume ethically on a regular basis while most consumers just look for good deals and ignore the social impact of the products they buy. Why are some consumers willing to spend time, money, and energy on making more responsible choices?” writes author Ahir Gopaldas (Fordham University).

After analyzing dozens of websites of advocacy groups and companies driven by ethical mission statements, and conducting at-home interviews with people who identify as ethical consumers, the author identified three common emotions driving ethical behavior — contempt, concern, and celebration.

Contempt happens when ethical consumers feel anger and disgust toward the corporations and governments they consider responsible for environmental pollution and labor exploitation. Concern stems from a concern for the victims of rampant consumerism, including workers, animals, ecosystems, and future generations.Celebration occurs when ethical consumers experience joy from making responsible choices and hope from thinking about the collective impact of their individual choices.

Advocates of ethical consumerism should consider the role of emotions in motivating consumers to make more responsible decisions. For example, anger can motivate consumers to reject unethical products and concern can encourage consumers to increase charitable donations, while joy and hope can lead consumers to cultivate ethical habits such as participating in recycling programs.

“This research has critical implications for advocacy groups, ethical brand managers, and anyone else trying to encourage mainstream consumers to make more ethical choices. It is simply not enough to change people’s minds. To change society, one must also change people’s hearts. Sentiments ignite passion, fuel commitment, and literally move people to action,” the author concludes.

Journal Reference:

  1. Ahir Gopaldas. Marketplace Sentiments. Journal of Consumer Research, 2014; 000 DOI: 10.1086/678034

Brasil precisa ter sistema de monitoramento a longo prazo sobre mudanças climáticas, diz secretário (MCTI)

quarta-feira, 17 de setembro de 2014

Para Carlos Nobre, é central o país ter um conhecimento muito apurado do impacto das mudanças climáticas sobre a economia, a sociedade e o ambiente 

O secretário de Políticas e Programas de Pesquisa e Desenvolvimento do Ministério da Ciência, Tecnologia e Inovação (Seped/MCTI), Carlos Nobre, abriu nesta terça-feira (16) o workshop internacional Desafios para o Monitoramento e a Observação dos Impactos de Mudanças Climáticas, na Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (Capes), em Brasília.

Ação do projeto Diálogos Setoriais entre Brasil e União Europeia, com organização do MCTI e apoio da Embaixada Britânica, o encontro segue até amanhã (17), em busca de identificar desafios e elaborar recomendações para observar impactos de mudanças climáticas, além de induzir a formação de uma rede de pesquisadores e gestores que possa compartilhar conhecimento e contribuir para a estruturação de um sistema brasileiro de monitoramento.

“Consideramos central para o planejamento e as estratégias de desenvolvimento sustentável do Brasil nós termos um conhecimento muito apurado sobre como as mudanças climáticas estão impactando e irão impactar a economia, a sociedade e o ambiente, com ênfase na nossa imensa biodiversidade”, afirmou Nobre. “Nesse sentido, o MCTI, já há alguns anos, começou um projeto, com fundos brasileiros, para desenvolver um conceito, uma ideia, um programa, para monitorar e observar esses impactos”.

Antecipação

Na visão do secretário, estruturar um sistema seria o passo seguinte a iniciativas como a Rede Brasileira de Pesquisas sobre Mudanças Climáticas Globais (Rede Clima), estabelecida em 2008, após a publicação do 4º Relatório do Painel Intergovernamental sobre Mudanças Climáticas (IPCC, na sigla em inglês).

“A Rede Clima tem produzido uma série de resultados, muitos deles na direção de entender impactos”, disse Nobre. “A decorrência desse incipiente e novo conhecimento é ensejar o desenho de um sistema de longo prazo, de décadas de monitoramento, que nos permita nos anteciparmos, para que a sociedade não seja tomada de surpresa quando impactos de fato estiverem ocorrendo.”

O secretário lembrou que o 4º Relatório do IPCC apontou concentração na Europa, nos Estados Unidos e no Japão dos sítios observacionais com estudos de impactos das mudanças climáticas, com raros exemplos na América Latina.

“A situação mudou um pouco para melhor no 5º Relatório, divulgado neste ano, mas nenhum dos sítios apresentados localiza-se no Brasil”, comparou. “Isso já chamou a atenção, porque não temos observações sistêmicas de longo período sobre os impactos nos mais diversos setores de atividades econômicas”.

Para atingir o objetivo de contribuir para o futuro sistema, segundo Nobre, o workshop trouxe especialistas brasileiros e estrangeiros de diversos setores, como agricultura, biodiversidade, ecologia, energia, recursos hídricos, oceanos, saúde e zonas costeiras: “A discussão é muito relevante para o Brasil, porque grande parte do produto econômico do país tem a ver com recursos naturais”.

Origem

Nobre associou a complexidade do sistema à existência de vários motivos desencadeadores de mudanças climáticas. Ele citou três exemplos aplicados ao cenário nacional, divididos por origem antropogênica, local e global.

O primeiro caso diz respeito às savanas tropicais do Brasil Central, onde tradicionalmente há aumento considerável de incêndios de vegetação por ação humana de agosto a outubro, período de seca nessas regiões.

“Isso perturba muito o ambiente biológico do Cerrado, ou seja, os impactos são muito grandes na biodiversidade, mas a fumaça das queimadas também gera um grande problema de saúde pública”, alertou.

De acordo com o secretário, as chuvas na cidade de São Paulo estão entre 30% a 35% maiores, mais volumosas e mais intensas do que 100 anos atrás. “Essa é, principalmente, uma mudança climática de origem local, uma ilha urbana de calor, um impacto da urbanização”, explicou. “O atual cenário agrava a questão dos desastres naturais em uma região por onde transitam 20 milhões de pessoas”.

Acerca da origem global, Nobre cita o 5º Relatório do IPCC, publicado em 2013 e 2014. “O documento sugere, com forte embasamento científico, que a alternância de secas e inundações na Amazônia na última década já seria um resultado das mudanças climáticas globais”, disse. “Particularmente na região da floresta, nós já estamos vendo como detectar, medir e enxergar impactos, como desenhar sistemas que possam de forma precursora sinalizar grandes alterações, de modo que se permita ao setor público, e também aos setores econômicos, se precaverem e adotarem políticas de adaptação”.

Intercâmbio

Presente na abertura do workshop, a secretária de Gestão Pública do Ministério do Planejamento, Orçamento e Gestão (MPOG), Ana Lúcia Amorim, abordou o projeto Diálogos Setoriais, gerido pela pasta, que apoia a realização de estudos nas mais diversas áreas temáticas.

O diplomata português Rui Ludovino, diretor da Delegação da União Europeia no Brasil, lembrou que, desde 2007, o país é parceiro estratégico da Europa. “Temos um acordo de cooperação assinado entre as duas partes que engloba inúmeras áreas, da econômica à tecnológica, da ambiental à social”, observou.

Na opinião da diretora de Ciência e Inovação da Embaixada Britânica, Caroline Cowan, o Brasil inova ao propor a criação de uma rede de monitoramento e observação. “Até agora, não temos no mundo um sistema assim. Vamos ver como podemos trabalhar juntos para estabelecê-lo. Em adaptação a mudanças climáticas, já atuamos bastante com a União Europeia e o Brasil”.

Os debates do workshop devem gerar um documento de recomendações. Entre os palestrantes, estão pesquisadores dos institutos nacionais de Pesquisas Espaciais (Inpe/MCTI) e de Pesquisas da Amazônia (Inpa/MCTI), do Centro de Tecnologia da Informação Renato Archer (CTI/MCTI) e do Centro Comum de Pesquisa da Comissão Europeia (JRC, na sigla em inglês).

Cúpula do Clima da ONU: só teatro ou fatos concretos? (IPS)

17/9/2014 – 01h38

por Thalif Deen, da IPS

cumbreclima Cúpula do Clima da ONU: só teatro ou fatos concretos?

Nações Unidas, 17/9/2014 – A tão comentada Cúpula do Clima, que acontecerá no final deste mês, é apresentada como um dos grandes acontecimentos político-ambientais da Organização das Nações Unidas (ONU) para 2014. Seu secretário-geral, Ban Ki-moon, pediu aos mais de 120 governantes e empresários que participarão da cúpula de um único dia, 23 de setembro, que anunciem iniciativas significativas e substanciais, com promessas de fundos incluídas, “para ajudar o mundo a avançar por um caminho que limite o aquecimento global”.

Segundo a ONU, a cúpula será a primeira ocasião em cinco anos em que os líderes do mundo se reunirão para discutir o que se classifica de desastre ecológico: a mudança climática. Entre as repercussões negativas do aquecimento global estão a elevação do nível do mar, padrões climáticos extremos, acidificação dos oceanos, derretimento de geleiras, extinção de espécies da biodiversidade e ameaças à segurança alimentar mundial, alerta a organização.

Mas o que se pode esperar realmente da conferência deste mês, que provavelmente não durará mais do que 12 horas?

“Um acontecimento de um dia não poderá nunca resolver tudo o que se relaciona com a mudança climática, mas pode ser um ponto de inflexão para demonstrar renovada vontade política de agir”, opinou Timothy Gore, diretor de políticas e pesquisa da campanha Crecede Oxfam International. Alguns líderes políticos aproveitarão a ocasião para fazer isso, mas muitos “parecem decididos a se manterem afastados dos compromissos transformadores necessários”, acrescentou.

Segundo Gore, a cúpula foi pensada como uma plataforma para os novos compromissos de ação em matéria climática, mas existe o risco real de estes não serem grande coisa. “O enfoque colocado nas iniciativas voluntárias em lugar dos resultados negociados significa que não há garantias de que os anúncios que forem feitos na cúpula serão suficientemente sólidos”, acrescentou.

Espera-se que o Fundo Verde para o Clima mobilize cerca de US$ 100 bilhões anuais no Sul em desenvolvimento até 2020, segundo a ONU, mas este ainda não recebeu os fundos que serão entregues aos países em desenvolvimento para que possam implantar suas ações climáticas.

“No dia 23 de setembro veremos como os líderes mundiais não estão à altura do que necessitamos para lidar com a perigosa mudança climática”, apontou à IPS Dipti Bhatnagar, da Amigos da Terra Internacional e da Justiça Ambiental, de Moçambique. As “promessas” que os governos e as empresas farão na Cúpula do Clima serão extremamente insuficientes para abordar a catástrofe climática, ressaltou a ativista.

“A ideia de os governantes assumirem compromissos voluntários e não vinculantes é um insulto para centenas de milhares de pessoas que morrem a cada ano pelos impactos da mudança climática”, afirmou Bhatnagar. “Necessitamos que os países industrializados assumam objetivos de redução de emissões equitativos, ambiciosos e vinculantes, não um desfile de governantes que querem causar boa impressão. Mas este desfile falso é só o que vamos ver nesta cúpula de um dia”, opinou.

No dia 21, dois dias antes da cúpula, centenas de milhares de pessoas farão uma manifestação contra a mudança climática em cidades de todo o mundo. “Nesse dia, estaremos nas ruas de Nova York como parte da maior marcha climática na história, que enviará uma mensagem forte e clara para que os líderes mundiais ajam agora”, explicou Martin Kaiser, líder do projeto Política Climática Mundial, do Greenpeace.

Kaiser sugeriu que as empresas devem anunciar datas concretas a partir das quais operarão com 100% de energia renovável. Além disso, “os governos devem se comprometer a eliminar gradualmente os combustíveis fósseis até 2050 e tomar medidas concretas, como acabar com o financiamento das centrais elétricas movidas a carvão”, destacou. “Também esperamos que os governos anunciem dinheiro novo e adicional para o Fundo Verde para o Clima, a fim de ajudar os países vulneráveis a se adaptarem aos desastres climáticos”, afirmou.

“Precisamos que o Norte industrial entregue fundos públicos seguros, previsíveis e obrigatórios ao Sul em desenvolvimento por intermédio do sistema da ONU”, disse Bhatnagar, da Amigos da Terra Internacional. Os líderes dos países industrializados estão descuidando de sua responsabilidade para evitar as catástrofes climáticas, impulsionados pelos estreitos interesses econômicos e financeiros das elites ricas, da indústria dos combustíveis fósseis e das corporações transnacionais, acrescentou.

“O que se necessita para deter a mudança climática são objetivos de redução de emissões equitativos, ambiciosos e vinculantes dos países desenvolvidos, junto com a transferência de fundos e tecnologia aos países em desenvolvimento. Também precisamos de uma completa transformação de nossos sistemas de energia e alimentos”, enfatizou Bhatnagar.

Nesse sentido, é preciso maior transparência para decidir se os anúncios feitos são coerentes com as últimas conclusões científicas sobre o clima e se protegem os interesses dos mais vulneráveis diante dos impactos climáticos, detalhou Gore. Com relação ao papel do setor privado, “precisamos que os empresários combatem a mudança climática, e estão surgindo bons exemplos de empresas que estão à altura da ocasião”, acrescentou .

No setor de alimentos e bebidas, por exemplo, a Oxfam trabalhou com companhias como Kellogg e General Mills para que estas assumam compromissos de redução das emissões de suas cadeias de fornecimento agrícola, extremamente contaminantes. “Mas, em geral, essa cúpula mostra que há muitas partes do setor privado que ainda não estão à altura, já que as iniciativas que serão apresentadas não cumprem com a  transformação que precisamos”, destacou Gore.

“Isso serve para recordarmos a importância fundamental que tem a forte liderança governamental na mudança climática. As iniciativas voluntárias de baixo para cima não são um substituto da ação real do governo”, afirmou Gore. Envolverde/IPS

(IPS)

Climate Change News – September 16, 2014 (DISCCRS)

NEWS

UN says CO2 pollution levels at annual record high – Associated Press – September 9, 2014 – http://bigstory.ap.org/article/un-says-co2-pollution-levels-annual-record-high

Greenhouse Gas Pollution Sees Fastest Rise – ClimateWire (via Scientific American) – September 9, 2014 – http://www.scientificamerican.com/article/greenhouse-gas-pollution-sees-fastest-rise/

NASA Ranks This August as Warmest on Record – Climate Central – September 15, 2014 – http://www.climatecentral.org/news/nasa-globe-warmest-august-18031

Study finds warming Atlantic temperatures could increase range of invasive species – NOAA Press Release (via AAAS EurekAlert) – September 15, 2014 – http://www.eurekalert.org/pub_releases/2014-09/nh-sfw091214.php

Has the great climate change migration already begun? – Vital Signs (Guardian) – September 15, 2014 – http://www.theguardian.com/vital-signs/2014/sep/15/climate-change-refugees-un-storms-natural-disasters-sea-levels-environment

Grassroots pressure needed to beat climate change and poverty – experts – Thomson Reuters Foundation – September 12, 2014 – http://www.trust.org/item/20140912161513-2y17m/?source=fiOtherNews3

Princeton University launches NSF-funded initiative to study Southern Ocean’s role in global systems – NSF Press Release 14-117 – September 9, 2014 – http://www.nsf.gov/news/news_summ.jsp?cntn_id=132638&WT.mc_id=USNSF_51&WT.mc_ev=click

Warmer air caused ice shelf collapse off Antarctica – Reuters – September 11, 2014 – http://www.reuters.com/article/2014/09/11/us-climatechange-antarctica-idUSKBN0H625T20140911

Illegal deforestation is growing problem for climate – Climate News Network – September 12, 2014 – http://www.climatenewsnetwork.net/2014/09/illegal-deforestation-is-growing-problem-for-climate/

Brazil confirms Amazon deforestation sped up in 2013 – Reuters – September 10, 2014 – http://www.reuters.com/article/2014/09/10/us-brazil-deforestation-rise-idUSKBN0H528V20140910

Climate Change Threatens Half of North America?s Birds – Climate Central – September 13, 2014 – http://www.climatecentral.org/news/north-americas-birds-climate-change-18023

Ozone Layer on Track to Recovery – United Nations Environment Programme/World Meteorological Organization Press Release – September 10, 2014 – http://montreal-protocol.org/Assessment_Panels/SAP/SAP2014_ADM_Press_Release_10-Sept-2014.pdf

FORUM

Water management in Iran: what is causing the looming crisis? – Journal of Environmental Studies and Sciences (via Springer) – August 23, 2014 – By Kaveh Madani – http://link.springer.com/article/10.1007%2Fs13412-014-0182-z

Moral Collapse in a Warming World – Ethics & International Affairs, 28, no. 3 (2014), pp. 335-342 – By Clive Hamilton – http://journals.cambridge.org/download.php?file=%2FEIA%2FEIA28_03%2FS0892679414000409a.pdf&code=f0a65c732192dd3bbb451e4f5abcf862

The 97% v the 3% ? just how much global warming are humans causing? – Climate Consensus – the 97% blog (Guardian) – September 15, 2014 – By Dana Nuccitelli – http://www.theguardian.com/environment/climate-consensus-97-per-cent/2014/sep/15/97-vs-3-how-much-global-warming-are-humans-causing

UN Climate Summit must show climate change action is in everyone’s interests – Guardian Professional – September 11, 2014 – By Simon Zadek and Nick Robins – http://www.theguardian.com/sustainable-business/2014/sep/11/un-climate-summit-climate-change-interests-business-governments-finance

The Guardian view on the unchanging message from climate scientists – Guardian Editorial – September 14, 2014 – http://www.theguardian.com/commentisfree/2014/sep/14/guardian-view-unchanging-message-climate-scientists

Can Humans Get Used to Having a Two-Way Relationship with Earth?s Climate? – Dot Earth blog (New York Times) – September 10, 2014 – By Andrew Revkin – http://dotearth.blogs.nytimes.com/2014/09/10/can-humans-get-used-to-having-a-two-way-relationship-with-earths-climate/?_php=true

Naomi Klein: ?We tried it your way and we don?t have another decade to waste? – Guardian – September 14, 2014 – By Suzanne Goldenberg – http://www.theguardian.com/books/2014/sep/14/naomi-klein-interview-capitalism-vs-the-climate

Teoria quântica, múltiplos universos, e o destino da consciência humana após a morte (Biocentrismo, Robert Lanza)

[Nota do editor do blogue: o título da matéria em português não é fiel ao título original em inglês, e tem caráter sensacionalista. Por ser este blogue uma hemeroteca, não alterei o título.]

Cientistas comprovam a reencarnação humana (Duniverso)

s/d; acessado em 14 de setembro de 2014. Desde que o mundo é mundo discutimos e tentamos descobrir o que existe além da morte. Desta vez a ciência quântica explica e comprova que existe sim vida (não física) após a morte de qualquer ser humano. Um livro intitulado “O biocentrismo: Como a vida e a consciência são as chaves para entender a natureza do Universo” “causou” na Internet, porque continha uma noção de que a vida não acaba quando o corpo morre e que pode durar para sempre. O autor desta publicação o cientista Dr. Robert Lanza, eleito o terceiro mais importante cientista vivo pelo NY Times, não tem dúvidas de que isso é possível.

Além do tempo e do espaço

Lanza é um especialista em medicina regenerativa e diretor científico da Advanced Cell Technology Company. No passado ficou conhecido por sua extensa pesquisa com células-tronco e também por várias experiências bem sucedidas sobre clonagem de espécies animais ameaçadas de extinção. Mas não há muito tempo, o cientista se envolveu com física, mecânica quântica e astrofísica. Esta mistura explosiva deu à luz a nova teoria do biocentrismo que vem pregando desde então. O biocentrismo ensina que a vida e a consciência são fundamentais para o universo. É a consciência que cria o universo material e não o contrário. Lanza aponta para a estrutura do próprio universo e diz que as leis, forças e constantes variações do universo parecem ser afinadas para a vida, ou seja, a inteligência que existia antes importa muito. Ele também afirma que o espaço e o tempo não são objetos ou coisas mas sim ferramentas de nosso entendimento animal. Lanza diz que carregamos o espaço e o tempo em torno de nós “como tartarugas”, o que significa que quando a casca sai, espaço e tempo ainda existem. ciencia-quantica-comprova-reencarnacao

A teoria sugere que a morte da consciência simplesmente não existe. Ele só existe como um pensamento porque as pessoas se identificam com o seu corpo. Eles acreditam que o corpo vai morrer mais cedo ou mais tarde, pensando que a sua consciência vai desaparecer também. Se o corpo gera a consciência então a consciência morre quando o corpo morre. Mas se o corpo recebe a consciência da mesma forma que uma caixa de tv a cabo recebe sinais de satélite então é claro que a consciência não termina com a morte do veículo físico. Na verdade a consciência existe fora das restrições de tempo e espaço. Ele é capaz de estar em qualquer lugar: no corpo humano e no exterior de si mesma. Em outras palavras é não-local, no mesmo sentido que os objetos quânticos são não-local. Lanza também acredita que múltiplos universos podem existir simultaneamente. Em um universo o corpo pode estar morto e em outro continua a existir, absorvendo consciência que migraram para este universo. Isto significa que uma pessoa morta enquanto viaja através do mesmo túnel acaba não no inferno ou no céu, mas em um mundo semelhante a ele ou ela que foi habitado, mas desta vez vivo. E assim por diante, infinitamente, quase como um efeito cósmico vida após a morte.

Vários mundos

Não são apenas meros mortais que querem viver para sempre mas também alguns cientistas de renome têm a mesma opinião de Lanza. São os físicos e astrofísicos que tendem a concordar com a existência de mundos paralelos e que sugerem a possibilidade de múltiplos universos. Multiverso (multi-universo) é o conceito científico da teoria que eles defendem. Eles acreditam que não existem leis físicas que proibiriam a existência de mundos paralelos.

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O primeiro a falar sobre isto foi o escritor de ficção científica HG Wells em 1895 com o livro “The Door in the Wall“. Após 62 anos essa ideia foi desenvolvida pelo Dr. Hugh Everett em sua tese de pós-graduação na Universidade de Princeton. Basicamente postula que, em determinado momento o universo se divide em inúmeros casos semelhantes e no momento seguinte, esses universos “recém-nascidos” dividem-se de forma semelhante. Então em alguns desses mundos que podemos estar presentes, lendo este artigo em um universo e assistir TV em outro. Na década de 1980 Andrei Linde cientista do Instituto de Física da Lebedev, desenvolveu a teoria de múltiplos universos. Agora como professor da Universidade de Stanford, Linde explicou: o espaço consiste em muitas esferas de insuflar que dão origem a esferas semelhantes, e aqueles, por sua vez, produzem esferas em números ainda maiores e assim por diante até o infinito. No universo eles são separados. Eles não estão cientes da existência do outro mas eles representam partes de um mesmo universo físico. A física Laura Mersini Houghton da Universidade da Carolina do Norte com seus colegas argumentam: as anomalias do fundo do cosmos existe devido ao fato de que o nosso universo é influenciado por outros universos existentes nas proximidades e que buracos e falhas são um resultado direto de ataques contra nós por universos vizinhos.

Alma

Assim, há abundância de lugares ou outros universos onde a nossa alma poderia migrar após a morte, de acordo com a teoria de neo biocentrismo. Mas será que a alma existe? Existe alguma teoria científica da consciência que poderia acomodar tal afirmação? Segundo o Dr. Stuart Hameroff uma experiência de quase morte acontece quando a informação quântica que habita o sistema nervoso deixa o corpo e se dissipa no universo. Ao contrário do que defendem os materialistas Dr. Hameroff oferece uma explicação alternativa da consciência que pode, talvez, apelar para a mente científica racional e intuições pessoais. A consciência reside, de acordo com Stuart e o físico britânico Sir Roger Penrose, nos microtúbulos das células cerebrais que são os sítios primários de processamento quântico. Após a morte esta informação é liberada de seu corpo, o que significa que a sua consciência vai com ele. Eles argumentaram que a nossa experiência da consciência é o resultado de efeitos da gravidade quântica nesses microtúbulos, uma teoria que eles batizaram Redução Objetiva Orquestrada. Consciência ou pelo menos proto consciência é teorizada por eles para ser uma propriedade fundamental do universo, presente até mesmo no primeiro momento do universo durante o Big Bang. “Em uma dessas experiências conscientes comprova-se que o proto esquema é uma propriedade básica da realidade física acessível a um processo quântico associado com atividade cerebral.” Nossas almas estão de fato construídas a partir da própria estrutura do universo e pode ter existido desde o início dos tempos. Nossos cérebros são apenas receptores e amplificadores para a proto-consciência que é intrínseca ao tecido do espaço-tempo. Então, há realmente uma parte de sua consciência que é não material e vai viver após a morte de seu corpo físico. ciencia-quantica-comprova-reencarnacao-3

Dr. Hameroff disse ao Canal Science através do documentário Wormhole: “Vamos dizer que o coração pare de bater, o sangue pare de fluir e os microtúbulos percam seu estado quântico. A informação quântica dentro dos microtúbulos não é destruída, não pode ser destruída, ele só distribui e se dissipa com o universo como um todo.” Robert Lanza acrescenta aqui que não só existem em um único universo, ela existe talvez, em outro universo. Se o paciente é ressuscitado, esta informação quântica pode voltar para os microtúbulos e o paciente diz: “Eu tive uma experiência de quase morte”. Ele acrescenta: “Se ele não reviveu e o paciente morre é possível que esta informação quântica possa existir fora do corpo talvez indefinidamente, como uma alma.” Esta conta de consciência quântica explica coisas como experiências de quase morte, projeção astral, experiências fora do corpo e até mesmo a reencarnação sem a necessidade de recorrer a ideologia religiosa. A energia de sua consciência potencialmente é reciclada de volta em um corpo diferente em algum momento e nesse meio tempo ela existe fora do corpo físico em algum outro nível de realidade e possivelmente, em outro universo.

E você o que acha? Concorda com Lanza?

Grande abraço!

Indicação: Pedro Lopes Martins Artigo publicado originalmente em inglês no site SPIRIT SCIENCE AND METAPHYSICS.

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Scientists Claim That Quantum Theory Proves Consciousness Moves To Another Universe At Death

STEVEN BANCARZ, JANUARY 7, 2014

A book titled “Biocentrism: How Life and Consciousness Are the Keys to Understanding the Nature of the Universe“ has stirred up the Internet, because it contained a notion that life does not end when the body dies, and it can last forever. The author of this publication, scientist Dr. Robert Lanza who was voted the 3rd most important scientist alive by the NY Times, has no doubts that this is possible.

Lanza is an expert in regenerative medicine and scientific director of Advanced Cell Technology Company. Before he has been known for his extensive research which dealt with stem cells, he was also famous for several successful experiments on cloning endangered animal species. But not so long ago, the scientist became involved with physics, quantum mechanics and astrophysics. This explosive mixture has given birth to the new theory of biocentrism, which the professor has been preaching ever since.  Biocentrism teaches that life and consciousness are fundamental to the universe.  It is consciousness that creates the material universe, not the other way around. Lanza points to the structure of the universe itself, and that the laws, forces, and constants of the universe appear to be fine-tuned for life, implying intelligence existed prior to matter.  He also claims that space and time are not objects or things, but rather tools of our animal understanding.  Lanza says that we carry space and time around with us “like turtles with shells.” meaning that when the shell comes off (space and time), we still exist. The theory implies that death of consciousness simply does not exist.   It only exists as a thought because people identify themselves with their body. They believe that the body is going to perish, sooner or later, thinking their consciousness will disappear too.  If the body generates consciousness, then consciousness dies when the body dies.  But if the body receives consciousness in the same way that a cable box receives satellite signals, then of course consciousness does not end at the death of the physical vehicle. In fact, consciousness exists outside of constraints of time and space. It is able to be anywhere: in the human body and outside of it. In other words, it is non-local in the same sense that quantum objects are non-local. Lanza also believes that multiple universes can exist simultaneously.  In one universe, the body can be dead. And in another it continues to exist, absorbing consciousness which migrated into this universe.  This means that a dead person while traveling through the same tunnel ends up not in hell or in heaven, but in a similar world he or she once inhabited, but this time alive. And so on, infinitely.  It’s almost like a cosmic Russian doll afterlife effect.

Multiple worlds

This hope-instilling, but extremely controversial theory by Lanza has many unwitting supporters, not just mere mortals who want to live forever, but also some well-known scientists. These are the physicists and astrophysicists who tend to agree with existence of parallel worlds and who suggest the possibility of multiple universes. Multiverse (multi-universe) is a so-called scientific concept, which they defend. They believe that no physical laws exist which would prohibit the existence of parallel worlds. The first one was a science fiction writer H.G. Wells who proclaimed in 1895 in his story “The Door in the Wall”.  And after 62 years, this idea was developed by Dr. Hugh Everett in his graduate thesis at the Princeton University. It basically posits that at any given moment the universe divides into countless similar instances. And the next moment, these “newborn” universes split in a similar fashion. In some of these worlds you may be present: reading this article in one universe, or watching TV in another. The triggering factor for these multiplyingworlds is our actions, explained Everett. If we make some choices, instantly one universe splits into two with different versions of outcomes. In the 1980s, Andrei Linde, scientist from the Lebedev’s Institute of physics, developed the theory of multiple universes. He is now a professor at Stanford University.  Linde explained: Space consists of many inflating spheres, which give rise to similar spheres, and those, in turn, produce spheres in even greater numbers, and so on to infinity. In the universe, they are spaced apart. They are not aware of each other’s existence. But they represent parts of the same physical universe. The fact that our universe is not alone is supported by data received from the Planck space telescope. Using the data, scientists have created the most accurate map of the microwave background, the so-called cosmic relic background radiation, which has remained since the inception of our universe. They also found that the universe has a lot of dark recesses represented by some holes and extensive gaps. Theoretical physicist Laura Mersini-Houghton from the North Carolina University with her colleagues argue: the anomalies of the microwave background exist due to the fact that our universe is influenced by other universes existing nearby. And holes and gaps are a direct result of attacks on us by neighboring universes.

Soul

So, there is abundance of places or other universes where our soul could migrate after death, according to the theory of neo-biocentrism. But does the soul exist?  Is there any scientific theory of consciousness that could accommodate such a claim?  According to Dr. Stuart Hameroff, a near-death experience happens when the quantum information that inhabits the nervous system leaves the body and dissipates into the universe.  Contrary to materialistic accounts of consciousness, Dr. Hameroff offers an alternative explanation of consciousness that can perhaps appeal to both the rational scientific mind and personal intuitions. Consciousness resides, according to Stuart and British physicist Sir Roger Penrose, in the microtubules of the brain cells, which are the primary sites of quantum processing.  Upon death, this information is released from your body, meaning that your consciousness goes with it. They have argued that our experience of consciousness is the result of quantum gravity effects in these microtubules, a theory which they dubbed orchestrated objective reduction (Orch-OR). Consciousness, or at least proto-consciousness is theorized by them to be a fundamental property of the universe, present even at the first moment of the universe during the Big Bang. “In one such scheme proto-conscious experience is a basic property of physical reality accessible to a quantum process associated with brain activity.” Our souls are in fact constructed from the very fabric of the universe – and may have existed since the beginning of time.  Our brains are just receivers and amplifiers for the proto-consciousness that is intrinsic to the fabric of space-time. So is there really a part of your consciousness that is non-material and will live on after the death of your physical body? Dr Hameroff told the Science Channel’s Through the Wormhole documentary: “Let’s say the heart stops beating, the blood stops flowing, the microtubules lose their quantum state. The quantum information within the microtubules is not destroyed, it can’t be destroyed, it just distributes and dissipates to the universe at large”.  Robert Lanza would add here that not only does it exist in the universe, it exists perhaps in another universe. If the patient is resuscitated, revived, this quantum information can go back into the microtubules and the patient says “I had a near death experience”‘

He adds: “If they’re not revived, and the patient dies, it’s possible that this quantum information can exist outside the body, perhaps indefinitely, as a soul.”

This account of quantum consciousness explains things like near-death experiences, astral projection, out of body experiences, and even reincarnation without needing to appeal to religious ideology.  The energy of your consciousness potentially gets recycled back into a different body at some point, and in the mean time it exists outside of the physical body on some other level of reality, and possibly in another universe. Robert Lanza on Biocentrism:

Sources: http://www.learning-mind.com/quantum-theory-proves-that-consciousness-moves-to-another-universe-after-death/ http://en.wikipedia.org/wiki/Biocentric_universe http://www.dailymail.co.uk/sciencetech/article-2225190/Can-quantum-physics-explain-bizarre-experiences-patients-brought-brink-death.html#axzz2JyudSqhB http://www.news.com.au/news/quantum-scientists-offer-proof-soul-exists/story-fnenjnc3-1226507686757 http://www.psychologytoday.com/blog/biocentrism/201112/does-the-soul-exist-evidence-says-yes http://www.hameroff.com/penrose-hameroff/fundamentality.html

– See more at: http://www.spiritscienceandmetaphysics.com/scientists-claim-that-quantum-theory-proves-consciousness-moves-to-another-universe-at-death/#sthash.QVylhCNb.dpuf

Physicists, alchemists, and ayahuasca shamans: A study of grammar and the body (Cultural Admixtures)

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Are there any common denominators that may underlie the practices of leading physicists and scientists, Renaissance alchemists, and indigenous Amazonian ayahuasca healers? There are obviously a myriad of things that these practices do not have in common. Yet through an analysis of the body and the senses and styles of grammar and social practice, these seemingly very different modes of existence may be triangulated to reveal a curious set of logics at play. Ways in which practitioners identify their subjectivities (or ‘self’) with nonhuman entities and ‘natural’ processes are detailed in the three contexts. A logic of identification illustrates similarities, and also differences, in the practices of advanced physics, Renaissance alchemy, and ayahuasca healing.

Physics and the “I” and “You” of experimentation

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A small group of physicists at a leading American university in the early 1990s are investigating magnetic temporality and atomic spins in a crystalline lattice; undertaking experiments within the field of condensed matter physics. The scientists collaborate together, presenting experimental or theoretical findings on blackboards, overhead projectors, printed pages and various other forms of visual media. Miguel, a researcher, describes to a colleague the experiments he has just conducted. He points down and then up across a visual representation of the experiment while describing an aspect of the experiment, “We lowered the field [and] raised the field”. In response, his collaborator Ron replies using what is a common type of informal scientific language. The language-style identifies, conflates, or brings-together the researcher with the object being researched. In the following reply, the pronoun ‘he’ refers to both Miguel and the object or process under investigation: Ron asks, “Is there a possibility that he hasn’t seen anything real? I mean is there a [he points to the diagram]“. Miguel sharply interjects “I-, i-, it is possible… I am amazed by his measurement because when I come down I’m in the domain state”. Here Miguel is referring to a physical process of temperature change; a cooling that moves ‘down’ to the ‘domain state’. Ron replies, “You quench from five to two tesla, a magnet, a superconducting magnet”.  What is central here in regards to the common denominators explored in this paper is the way in which the scientists collaborate with certain figurative styles of language that blur the borders between physicist and physical process or state.

The collaboration between Miguel and Ron was filmed and examined by linguistic ethnographers Elinor Ochs, Sally Jacoby, and Patrick Gonzales (1994, 1996:328).  In the experiment, the physicists, Ochs et al illustrate, refer to ‘themselves as the thematic agents and experiencers of [the physical] phenomena’ (Osch et al 1996:335). By employing the pronouns ‘you’, ‘he’, and ‘I’ to refer to the physical processes and states under investigation, the physicists identify their own subjectivities, bodies, and investigations with the objects they are studying.

In the physics laboratory, members are trying to understand physical worlds that are not directly accessible by any of their perceptual abilities. To bridge this gap, it seems, they take embodied interpretive journeys across and through see-able, touchable two-dimensional artefacts that conventionally symbolize those worlds… Their sensory-motor gesturing is a means not only of representing (possible) worlds but also of imagining or vicariously experiencing them… Through verbal and gestural (re)enactments of constructed physical processes, physicist and physical entity are conjoined in simultaneous, multiple constructed worlds: the here-and-now interaction, the visual representation, and the represented physical process. The indeterminate grammatical constructions, along with gestural journeys through visual displays, constitute physicist and physical entity as coexperiencers of dynamic processes and, therefore, as coreferents of the personal pronoun. (Ochs et al 1994:163,164)

When Miguel says “I am in the domain state” he is using a type of ‘private, informal scientific discourse’  that has been observed in many other types of scientific practice (Latour & Woolgar 1987; Gilbert & Mulkay 1984 ). This style of erudition and scientific collaboration obviously has become established in state-of-the-art universities given the utility that it provides in regards to empirical problems and the development of scientific ideas.

What could this style of practice have in common with the healing practices of Amazonian shamans drinking the powerful psychoactive brew ayahuasca? Before moving on to an analysis of grammar and the body in types of ayahuasca use, the practice of Renaissance alchemy is introduced given the bridge or resemblance it offers between these scientific practices and certain notions of healing.

Renaissance alchemy, “As above so below”

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Heinrich Khunrath: 1595 engraving Amphitheatre

Graduating from the Basel Medical Academy in 1588, the physician Heinrich Khunrath defended his thesis that concerns a particular development of the relationship between alchemy and medicine. Inspired by the works of key figures in Roman and Greek medicine, key alchemists and practitioners of the hermetic arts, and key botanists, philosophers and others, Khunrath went on to produced innovative and influential texts and illustrations that informed various trajectories in medical and occult practice.

Alchemy flourished in the Renaissance period and was draw upon by elites such as Queen Elizabeth I and the Holy Emperor of Rome, Rudolf II . Central to the practices of Renaissance alchemists was a belief that all metals sprang from one source deep within the earth and that this process may be reversed and every metal be potentially turned into gold. The process of ‘transmutation’ or reversal of nature, it was claimed, could also lead to the elixir of life, the philosopher’s stone, or eternal youth and immortality. It was a spiritual pursuit of purification and regeneration which depended heavily on natural science experimentation.

Alchemical experiments were typically undertaken in a laboratory and alchemists were often contracted by elites for pragmatic purposes related to mining, medical services, and the production of chemicals, metals, and gemstones (Nummedal 2007). Allison Coudert describes and distills the practice of Renaissance alchemy with a basic overview of the relationship between an alchemist and the ‘natural entities’ of his practice.

All the ingredients mentioned in alchemical recipes—the minerals, metals, acids, compounds, and mixtures—were in truth only one, the alchemist himself. He was the base matter in need of purification from the fire; and the acid needed to accomplish this transformation came from his own spiritual malaise and longing for wholeness and peace. The various alchemical processes… were steps in the mysterious process of spiritual regeneration. (cited in Hanegraaff 1996:395)

The physician-alchemist Khunrath worked within a laboratory/oratory that included various alchemical apparatuses, including ‘smelting equipment for the extraction of metal from ore… glass vessels, ovens… [a] furnace or athanor… [and] a mirror’. Khunrath spoke of using the mirror as a ‘physico-magical instrument for setting a coal or lamp-fire alight by the heat of the sun’ (Forshaw 2005:205). Urszula Szulakowska argues that this use of the mirror embodies the general alchemical process and purpose of Khunruth’s practice. The functions of his practice and his alchemical illustrations and glyphs (such as his engraving Amphitheatre above) are aimed towards various outcomes of transmutation or reversal of nature. Khunruth’s engravings and illustrations,  Szulakowska (2000:9) argues:

are intended to excite the imagination of the viewer so that a mystic alchemy can take place through the act of visual contemplation… Khunrath’s theatre of images, like a mirror, catoptrically reflects the celestial spheres to the human mind, awakening the empathetic faculty of the human spirit which unites, through the imagination, with the heavenly realms. Thus, the visual imagery of Khunrath’s treatises has become the alchemical quintessence, the spiritualized matter of the philosopher’s stone.

Khunrath called himself a ‘lover of both medicines’, referring to the inseparability of material and spiritual forms of medicine.  Illustrating the centrality of alchemical practice in his medical approach, he described his ‘down-to-earth Physical-Chemistry of Nature’ as:

[T]he art of chemically dissolving, purifying and rightly reuniting Physical Things by Nature’s method; the Universal (Macro-Cosmically, the Philosopher’s Stone; Micro-Cosmically, the parts of the human body…) and ALL the particulars of the inferior globe. (cited in Forshaw 2005:205).

In Renaissance alchemy there is a certain kind of laboratory visionary mixing that happens between the human body and the human temperaments and ‘entities’ and processes of the natural world. This is condensed in the hermetic dictum “As above, so below” where the signatures of nature (‘above’) may be found in the human body (‘below’). The experiments involved certain practices of perception, contemplation, and language, that were undertaken in laboratory settings.

The practice of Renaissance alchemy, illustrated in recipes, glyphs, and instructional texts, includes styles of grammar in which minerals, metals, and other natural entities are animated with subjectivity and human temperaments. Lead “wants” or “desires” to transmute into gold; antimony feels a wilful “attraction” to silver (Kaiser 2010; Waite 1894). This form of grammar is entailed in the doctrine of medico-alchemical practice described by Khunrath above. Under certain circumstances and conditions, minerals, metals, and other natural entities may embody aspects of ‘Yourself’, or the subjectivity of the alchemist, and vice versa.

Renaissance alchemical language and practice bares a certain level of resemblance to the contemporary practices of physicists and scientists and the ways in which they identify themselves with the objects and processes of their experiments. The methods of physicists appear to differ considerably insofar as they use metaphors and trade spiritual for figurative approaches when ‘journeying through’ cognitive tasks, embodied gestures, and visual representations of empirical or natural processes. It is no coincidence that contemporary state-of-the-art scientists are employing forms of alchemical language and practice in advanced types of experimentation. Alchemical and hermetic thought and practice were highly influential in the emergence of modern forms of science (Moran 2006; Newman 2006; Hanegraaff 2013).

Ayahuasca shamanism and shapeshifting

ayahuasca-visions_023

Pablo Amaringo

In the Amazon jungle a radically different type of practice to the Renaissance alchemical traditions exists. Yet, as we will see, the practices of indigenous Amazonian shamans and Renaissance alchemists appear to include certain similarities — particularly in terms of the way in which ‘natural entities’ and the subjectivity of the practitioner may merge or swap positions — this is evidenced in the grammar and language of shamanic healing songs and in Amazonian cosmologies more generally.

In the late 1980s, Cambridge anthropologist Graham Townsley was undertaking PhD fieldwork with the indigenous Amazonian Yaminahua on the Yurua river. His research was focused on ways in which forms of social organisation are embedded in cosmology and the practice of everyday life. Yaminahua healing practices are embedded in broad animistic cosmological frames and at the centre of these healing practices is song. ‘What Yaminahua shamans do, above everything else, is sing’, Townsley explains, and this ritual singing is typically done while under the effects of the psychoactive concoction ayahuasca.

The psychoactive drink provides shamans with a means of drawing upon the healing assistance of benevolent spirit persons of the natural world (such as plant-persons, animal-persons, sun-persons etc.) and of banishing malevolent spirit persons that are affecting the wellbeing of a patient. The Yaminahua practice of ayahuasca shamanism resembles broader types of Amazonian shamanism. Shapeshifting, or the metamorphosis of human persons into nonhuman persons (such as jaguar-persons and anaconda-persons) is central to understandings of illness and to practices of healing in various types of Amazonian shamanism (Chaumeil 1992; Praet 2009; Riviere 1994).

The grammatical styles and sensory experiences of indigenous ayahuasca curing rituals and songs bare some similarities with the logic of identification noted in the sections on physics and alchemy above. Townsley (1993) describes a Yaminahua ritual where a shaman attempts to heal a patient that was still bleeding several days after giving birth. The healing songs that the shaman sings (called wai which also means ‘path’ and ‘myth’ orabodes of the spirits) make very little reference to the illness in which they are aimed to heal. The shaman’s songs do not communicate meanings to the patient but they embody complex metaphors and analogies, or what Yaminahua call ‘twisted language’; a language only comprehensible to shamans. There are ‘perceptual resemblances’ that inform the logic of Yaminahua twisted language. For example, “white-collared peccaries” becomes fish given the similarities between the gills of the fish and designs on the peccaries neck. The use of visual or sensory resonance in shamanic song metaphors is not arbitrary but central to the practice Yaminahua ayahuasca healing.

Ayahuasca typically produces a powerful visionary experience. The shaman’s use of complex metaphors in ritual song helps him shape his visions and bring a level of control to the visionary content. Resembling the common denominators and logic of identification explored above, the songs allow the shaman to perceive from the various perspectives that the meanings of the metaphors (or the spirits) afford.

Everything said about shamanic songs points to the fact that as they are sung the shaman actively visualizes the images referred to by the external analogy of the song, but he does this through a carefully controlled “seeing as” the different things actually named by the internal metaphors of his song. This “seeing as” in some way creates a space in which powerful visionary experience can occur. (Townsley 1993:460)

The use of analogies and metaphors provides a particularly powerful means of navigating the visionary experience of ayahuasca. There appears to be a kind of pragmatics involved in the use of metaphor over literal meanings. For instance, a shaman states, “twisted language brings me close but not too close [to the meanings of the metaphors]–with normal words I would crash into things–with twisted ones I circle around them–I can see them clearly” (Townsley 1993:460). Through this method of “seeing as”, the shaman embodies a variety of animal and nature spirits, or yoshi in Yaminahua, including anaconda-yoshi, jaguar-yoshi and solar or sun-yoshi, in order to perform acts of healing and various other shamanic activities.

While Yaminahua shamans use metaphors to control visions and shapeshift (or “see as”), they, and Amazonians more generally, reportedly understand shapeshifting in literal terms. For example, Lenaerts describes this notion of ‘seeing like the spirits’, and the ‘physical’ or literal view that the Ashéninka hold in regards to the practice of ayahuasca-induced shapeshifting.

What is at stake here is a temporary bodily process, whereby a human being assumes the embodied point of view of another species… There is no need to appeal to any sort of metaphoric sense here. A literal interpretation of this process of disembodiment/re-embodiment is absolutely consistent with all what an Ashéninka knowns and directly feels during this experience, in a quite physical sense. (2006, 13)

The practices of indigenous ayahuasca shamans are centred on an ability to shapeshift and ‘see nonhumans as they [nonhumans] see themselves’ (Viveiros de Castro 2004:468). Practitioners not only identify with nonhuman persons or ‘natural entities’ but they embody their point of view with the help of psychoactive plants and  ‘twisted language’ in song.

Some final thoughts

Through a brief exploration of techniques employed by advanced physicists, Renaissance alchemists, and Amazonian ayahuasca shamans, a logic of identification may be observed in which practitioners embody different means of transcending themselves and becoming the objects or spirits of their respective practices. While the physicists tend to embody secular principles and relate to this logic of identification in a purely figurative or metaphorical sense, Renaissance alchemists and Amazonian shamans embody epistemological stances that afford much more weight to the existential qualities and ‘persons’ or ‘spirits’ of their respective practices. A cognitive value in employing forms of language and sensory experience that momentarily take the practitioner beyond him or herself is evidenced by these three different practices. However, there is arguably more at stake here than values confined to cogito. The boundaries of bodies, subjectivities and humanness in each of these practices become porous, blurred, and are transcended while the contours of various forms of possibility are exposed, defined, and acted upon — possibilities that inform the outcomes of the practices and the definitions of the human they imply.

 References

Chaumeil, Jean-Pierre 1992, ‘Varieties of Amazonian shamanism’. Diogenes. Vol. 158 p.101
Forshaw, P. 2008 ‘”Paradoxes, Absurdities, and Madness”: Conflicts over Alchemy, Magic and Medicine in the Works of Andreas Libavius and Heinrich Khunrath. Early Science and Medicine. Vol. 1 pp.53
Forshaw, P. 2006 ‘Alchemy in the Amphitheatre: Some considerations of the alchemical content of the engravings in Heinrich Khunrath’s Amphitheatre of Eternal Wisdom’ in Jacob Wamberg Art and Alchemy. p.195-221
Gilbert, G. N. & Mulkay, M. 1984 Opening Bandora’s Box: A sociological analysis of scientists’ discourse. Cambridge, Cambridge University Press 
Hanegraaff, W. 2012 Esotericism and the Academy: Rejected knowledge in Western culture. Cambridge, Cambridge University Press
Hanegraaff, W. 1996 New Age Religion and Western Culture: Esotericism in the Mirror of Secular Thought. New York: SUNY Press
Latour, B. & Woolgar, S. 1987 Laboratory Life: The social construction of scientific facts. Cambridge, Harvard University Press
Lenaerts, M. 2006, ‘Substance, relationships and the omnipresence of the body: an overview of Ashéninka ethnomedicine (Western Amazonia)’ Journal of Ethnobiology and Ethnomedicine, Vol. 2, (1) 49 http://www.ethnobiomed.com/content/2/1/49
Moran, B. 2006 Distilling Knowledge: Alchemy, Chemistry, and the Scientific Revolution. Harvard, Harvard University Press
Newman, W. 2006 Atoms and Alchemy: Chymistry and the Experimental Origins of the Scientific Revolution. Chicago, Chicago University Press
Nummedal, T. 2007 Alchemy and Authroity in the Holy Roman Empire. Chicago, Chicago University Press
Ochs, E. Gonzales, P., Jacoby, S. 1996 ‘”When I come down I’m in the domain state”: grammar and graphic representation in the interpretive activities of physicists’ in Ochs, E., Schegloff, E. & Thompson, S (ed.)Interaction and Grammar. Cambridge, Cambridge University Press
Ochs, E. Gonzales, P., Jacoby, S 1994 ‘Interpretive Journeys: How Physicists Talk and Travel through Graphic Space’ Configurations. (1) p.151
Praet, I. 2009, ‘Shamanism and ritual in South America: an inquiry into Amerindian shape-shifting’. Journal of the Royal Anthropological Institute. Vol. 15 pp.737-754
Riviere, P. 1994, ‘WYSINWYG in Amazonia’. Journal of the Anthropological Society of Oxford. Vol. 25
Szulakowska, U. 2000 The Alchemy of Light: Geometry and Optics in Late Renaissance Alchemical Illustration. Leiden, Brill Press
Townsley, G. 1993 ‘Song Paths: The ways and means of Yaminahua shamanic knowledge’. L’Hommee. Vol. 33 p. 449
Viveiros de Castro, E. 2004, ‘Exchanging perspectives: The Transformation of Objects into Subjects in Amerindian Ontologies’.Common Knowledge. Vol. 10 (3) pp.463-484
Waite, A. 1894 The Hermetic and Alchemical Writings of Aureolus Philippus Theophrastrus Bombast, of Hohenheim, called Paracelcus the Great. Cornell University Library, ebook

Why Do the Anarcho-Primitivists Want to Abolish Civilization? (io9)

George Dvorsky

Sept 12, 2014 11:28am

Why Do the Anarcho-Primitivists Want to Abolish Civilization?

Anarcho-primitivists are the ultimate Luddites — ideologues who favor complete technological relinquishment and a return to a hunter-gatherer lifestyle. We spoke to a leading proponent to learn more about this idea and why he believes civilization was our worst mistake.

Philosopher John Zerzan wants you to get rid of all your technology — your car, your mobile phone, your computer, your appliances — the whole lot. In his perfect world, you’d be stripped off all your technological creature comforts, reduced to a lifestyle that harkens back to when our hunter-gatherer ancestors romped around the African plains.

Why Do the Anarcho-Primitivists Want to Abolish Civilization?

Photo via Cast/John Zerzan/CC

You see, Zerzan is an outspoken advocate of anarcho-primitivism, a philosophical and political movement predicated under the assumption that the move from hunter-gatherer to agricultural subsistence was a stupendously awful mistake — an existential paradigm shift that subsequently gave rise to social stratification, coercion, alienation, and unchecked population growth. It’s only through the abandonment of technology, and a return to “non-civilized” ways of being — a process anarcho-primitivists call “wilding” — that we can eliminate the host of social ills that now plagues the human species.

As an anarchist, Zerzan is opposed to the state, along with all forms of hierarchical and authoritarian relations. The crux of his argument, one inspired by Karl Marx and Ivan Illich, is that the advent of technologies irrevocably altered the way humans interact with each other. There’s a huge difference, he argues, between simple tools that stay under the control of the user, and those technological systems that draw the user under the control of those who produce the tools. Zerzan says that technology has come under the control of an elite class, thus giving rise to alienation, domestication, and symbolic thought.

Why Do the Anarcho-Primitivists Want to Abolish Civilization?

Zerzan is not alone in his views. When the radical Luddite Ted “the Unabomber” Kasczinski was on trial for killing three people and injuring 23, Zerzan became his confidant, offering support for his ideas but condemning his actions (Zerzan recentlystated that he and Kasczinski are “not on terms anymore.”) Radicalized groups have also sprung up promoting similar views, including a Mexican group called the Individualists Tending Toward the Wild — a group with the objective “to injure or kill scientists and researchers (by the means of whatever violent act) who ensure the Technoindustrial System continues its course.” Back in 2011, this group sent several mail bombs to nanotechnology lab and researchers in Latin America, killing two people.

Looking ahead to the future, and considering the scary potential for advanced technologies such as artificial superintelligence and robotics, there’s the very real possibility that these sorts of groups will start to become more common — and more radicalized (similar to the radical anti-technology terrorist group Revolutionary Independence From Technology (RIFT) that was portrayed in the recent Hollywood film, Transcendence).

Why Do the Anarcho-Primitivists Want to Abolish Civilization?EXPAND

But Zerzan does not promote or condone violence. He’d rather see the rise of the “Future Primitive” come about voluntarily. To that end, he uses technology — like computers and phones — to get his particular message across (he considers it a necessary evil). That’s how I was able to conduct this interview with him, which we did over email.

io9: Anarcho-primitivism is as much a critique of modernity as is it a prescription for our perceived ills. Can you describe the kind of future you’re envisioning?

Zerzan: I want to see mass society radically decentralized into face-to-face communities. Only then can the individual be both responsible and autonomous. As Paul Shepard said, “Back to the Pleistocene!”

As an ideology, primitivism is fairly self-explanatory. But why add the ‘anarcho’ part to it? How can you be so sure there’s a link between more primitive states of being and the diminishment of power relations and hierarchies among complex primates?

The anarcho part refers to the fact that this question, this approach, arose mainly within an anarchist or anti-civilization milieu. Everyone I know in this context is an anarchist. There are no guarantees for the future, but we do know that egalitarian and anti-hierarchical relations were the norm with Homo for 1-2 million years. This is indisputable in the anthropological literature.

Then how do you distinguish between tools that are acceptable for use versus those that give rise to “anti-hierarchical relations”?

Those tools that involve the least division of labor or specialization involve or imply qualities such as intimacy, equality, flexibility. With increased division of labor we moved away from tools to systems of technology, where the dominant qualities or values are distancing, reliance on experts, inflexibility.

But tool use and symbolic language are indelible attributes of Homo sapiens — these are our distinguishing features. Aren’t you just advocating for biological primitivism — a kind of devolution of neurological characteristics?

Anthropologists (e.g. Thomas Wynn) seem to think that Homo had an intelligence equal to ours at least a million years ago. Thus neurology doesn’t to enter into it. Tool use, of course, has been around from before the beginning of Homo some 3 million years ago. As for language, it’s quite debatable as to when it emerged.

Early humans had a workable, non-destructive approach, that did not generally speaking involve much work, did not objectify women, and was anti-hierarchical. Does this sound backward to you?

You’ve got some provocative ideas about language and how it demeans or diminishes experience.

Every symbolic dimension — time, language, art, number — is a mediation between ourselves and reality. We lived more directly, immediately before these dimensions arrived, fairly recently. Freud, the arch-rationalist, thought that we once communicated telepathically, though I concede that my critique of language is the most speculative of my forays into the symbolic.

You argue that a hunter-gatherer lifestyle is as close to the ideal state of being as is possible. The Amish, on the other hand, have drawn the line at industrialization, and they’ve subsequently adopted an agrarian lifestyle. What is it about the advent of agriculture and domestication that’s so problematic?

In the 1980s Jared Diamond called the move to domestication or agriculture “the worst mistake humans ever made.” A fundamental shift away from taking what nature gives to the domination of nature. The inner logic of domestication of animals and plants is an unbroken progression, which always deepens and extends the ethos of control. Now of course control has reached the molecular level with nanotechnology, and the sphere of what I think is the very unhealthy fantasies of transhumanist neuroscience and AI.

In which ways can anarcho-primitivism be seen as the ultimate green movement? Do you see it that way?

We are destroying the biosphere at a fearful rate. Anarcho-primitivism seeks the end of the primary institutions that drive the destruction: domestication/civilization and industrialization. To accept “green” and “sustainable” illusions ignores the causes of the all-enveloping undermining of nature, including our inner nature. Anarcho-primitivism insists on a deeper questioning and helps identify the reasons for the overall crisis.

Tell us about the anarcho-primitivist position on science.

The reigning notion of what is science is an objectifying method, which magnifies the subject-object split. “Science” for hunter-gatherers is very basically different. It is based on participation with living nature, intimacy with it. Science in modernity mainly breaks reality down into now dead, inert fragments to “unlock” its “secrets.” Is that superior to a forager who knows a number of things from the way a blade of grass is bent?

Well, being trapped in an endless cycle of Darwinian processes doesn’t seem like the most enlightened or moral path for our species to take. Civilization and industrialization have most certainly introduced innumerable problems, but our ability to remove ourselves from the merciless “survival of the fittest” paradigm is a no-brainer. How could you ever convince people to relinquish the gifts of modernity — things like shelter, food on-demand, vaccines, pain relief, anesthesia, and ambulances at our beckon call?

It is reality that will “convince” people — or not. Conceivably, denial will continue to rule the day. But maybe only up to a point. If/when it can be seen that their reality is worsening qualitatively in every sphere a new perspective may emerge. One that questions the deep un-health of mass society and its foundations. Again, non-robust, de-skilled folks may keep going through the motions, stupefied by techno-consumerism and drugs of all kinds. Do you think that can last?

Most futurists would answer that things are getting better — and that through responsible foresight and planning we’ll be able to create the future we imagine.

“Things are getting better”? I find this astounding. The immiseration surrounds us: anxiety, depression, stress, insomnia, etc. on a mass scale, the rampage shootings now commonplace. The progressive ruin of the natural world. I wonder how anyone who even occasionally picks up a newspaper can be so in the dark. Of course I haven’t scratched the surface of how bad it is becoming. It is deeply irresponsible to promote such ignorance and projections.

That’s a very presentist view. Some left-leaning futurists argue, for example, that ongoing technological progress (both in robotics and artificial intelligence) will lead to an automation revolution — one that will free us from dangerous and demeaning work. It’s very possible that we’ll be able to invent our way out of the current labor model that you’re so opposed to.

Technological advances have only meant MORE work. That is the record. In light of this it is not quite cogent to promise that a more technological mass society will mean less work. Again, reality anyone??

Transhumanists advocate for the iterative improvement of the human species, things like enhanced intelligence and memory, the elimination of psychological disorders (including depression), radical life extension, and greater physical capacities. Tell us why you’re so opposed to these things.

Why I am opposed to these things? Let’s take them in order:

Enhanced intelligence and memory? I think it is now quite clear that advancing technology in fact makes people stupider and reduces memory. Attention span is lessened by Tweet-type modes, abbreviated, illiterate means of communicating. People are being trained to stare at screens at all times, a techno-haze that displaces life around them. I see zombies, not sharper, more tuned in people.

Elimination of psychological disorders? But narcissism, autism and all manner of such disabilities are on the rise in a more and more tech-oriented world.

Radical life extension? One achievement of modernity is increased longevity, granted. This has begun to slip a bit, however, in some categories. And one can ponder what is the quality of life? Chronic conditions are on the rise though people can often be kept alive longer. There’s no evidence favoring a radical life extension.

Greater physical capacities? Our senses were once acute and we were far more robust than we are now under the sign of technology. Look at all the flaccid, sedentary computer jockeys and extend that forward. It is not I who doesn’t want these thing; rather, the results are negative looking at the techno project, eh?

Do you foresee the day when a state of anarcho-primitivism can be achieved (even partially by a few enthusiasts)?

A few people cannot achieve such a future in isolation. The totality infects everything. It all must go and perhaps it will. Do you think people are happy with it?

Final Thoughts

Zerzan’s critique of civilization is certainly interesting and worthy of discussion. There’s no doubt that technology has taken humanity along a path that’s resulted in massive destruction and suffering, both to ourselves and to our planet and its animal inhabitants.

But there’s something deeply unsatisfying with the anarcho-primitivist prescription — that of erasing our technological achievements and returning to a state of nature. It’s fed by a cynical and defeatist world view that buys into the notion that everything will be okay once we regress back to a state where our ecological and sociological footprints are reduced to practically nil. It’s a way of eliminating our ability to make an impact on the world — and onto ourselves.

It’s also an ideological view that fetishizes our ancestral past. Despite Zerzan’s cocksure proclamations to the contrary, our paleolithic forebears were almost certainly hierarchical and socially stratified. There isn’t a single social species on this planet — whether they’re primates or elephants or cetaceans — that doesn’t organize its individuals according to capability, influence, or level of reproductive fitness. Feeling “alienated,” “frustrated,” and “controlled” is an indelible part of the human condition, regardless of whether we live in tribal arrangements or in the information age. The anarcho-primitivist fantasy of the free and unhindered noble savage is just that — a fantasy. Hunter-gatherers were far from free, coerced by the demands of biology and nature to mete out an existence under the harshest of circumstances.

Folhinha de Mariana (Arquidiocese de Mariana)

FOLHINHA ECLESIÁSTICA DE MARIANA
s/d, acessado em 12 de setembro de 2014

Côn. José Geraldo Vidigal de Carvalho*

Publica-se em Mariana desde 1870, portanto há 136 anos, a tradicional “Folhinha Eclesiástica de Mariana”, fundada por D. Silvério para ser um sucedâneo aos calendários, por vezes, uns tanto licenciosos. Ela foi precedida em 1830 pela “Folhinha de Rezas do Bispado de Mariana” que apresentava preces e informações de utilidade pública.

Famosa pelo Regulamento do tempo a folhinha de Mariana que se firmou, no decorrer dos anos, como infalível, tem uma tiragem de cerca de trezentos mil exemplares. É conhecida em todo o Estado e em outras regiões do País.

Em 1959, o então Arcebispo de Mariana, D. Oscar de Oliveira adquiriu os direitos autorais de Agripino Claudino dos Santos e, em 1965, os da similar Folhinha Civil e Eclesiástica do Arcebispado de Mariana, editada pela Tipografia e Livraria Moraes, passando a imprimi-la a Editora Dom Viçoso, que possui o Lunário Perpétuo para os cálculos anuais.

Estes são feitos em torno do ano lunar, cujo início se fez coincidir com lunação que começa em Dezembro. Cada lunação tem a duração exata de 19 dias, 12 horas e 44 minutos. De dezenove em dezenove anos se repetem os fenômenos causados pela influência lunar.

O Lunário Perpétuo oferece as regras para se poder calcular as variações do tempo, conforme registra o referido Regulamento estampado na Folhinha. É claro que tais previsões valem para o contexto geográfico assinalado no referido Lunário Perpétuo.

De 1960 a 1994 fomos o diretor desta Folhinha e nestes 34 anos impressionante a correspondência exaltando a fidelidade deste Calendário em acertar a previsão do tempo. Inúmeros os jornais que publicaram reportagens sobre o mesmo sempre ressaltando este pormenor. É claro que em torno da Folhinha de Mariana se criaram algumas lendas, mas que, no fundo, servem para afirmar o seu alto conceito popular.

Assim que junto do povo por vezes se diz que “é mais fácil em galinha nascer dente do que a folhinha de Mariana falhar!” Conta-se também que alguém telefonou para um amigo de uma cidade vizinha, dizendo-se decepcionado porque a Folhinha de Mariana marcava chuva e nada de chuva. A resposta foi imediata: “Você não perde por esperar!” Pouco depois uma tempestade confirmava lá a previsão “tempo revolto”, repreendendo a dúvida daquele Tomé!

O escritor Carlos Drumonnd de Andrade assim se expressou sobre este calendário em crônica publicada no Jornal do Brasil, dia 27 de Dezembro de 1973, à página 5 do primeiro caderno, sob a epígrafe A Boa Folhinha: “Ela não quer iludir-nos com as pompas deste mundo. Adverte-nos que há dias de penitência, esta última comutada em obras de caridade e exercícios piedosos.

Para cada dia do ano, o santo, a santa ou os santos que nos convém aceitar, como companheiros de jornada: breve companhia, companhia sempre variada, e o ano escoam sob luz tranqüila, mesmo que o tempo seja brusco e haja abundância de água”. Termina o renomado escritor com este conselho: “Vamos à boa, veraz, singela e insubstituível Folhinha de Mariana”.

Esse calendário apresenta orações, instruções religiosas, tabela do amanhecer e do anoitecer, das festas móveis, dos feriados, época de plantio, resoluções da CNBB, dados biográficos do Papa, além de reservar um espaço 11×15 para a propaganda das casas comerciais que distribuem aos fregueses como brinde de fim de ano.

Ao redigir estas linhas estamos com um exemplar deste calendário do ano 2000, enviado por uma Farmácia que “oferece muito mais segurança para sua saúde e garantia de bom atendimento!”.

*Ex-Diretor da Folhinha de Mariana (1960-1994)

When their research has social implications, how should climate scientists get involved? (The Guardian)

Scientists prefer to stick to research, but sometimes further involvement is warranted

Thursday 4 September 2014 14.00 BST

Laboratory technician in a lab; the natural habitat of scientists.Laboratory technician in a lab; the natural habitat of scientists. Photograph: David Burton/Alamy

First, at the end of this post is a question to my readers wherein I ask for feedback. So, please read to the end.

Most scientists go into their studies because they want to understand the world. They want to know why things happen; also how to describe phenomena, both mathematically and logically. But, as scientists carry out their research, often their findings have large social implications. What do they do when that happens?

Well traditionally, scientists just “stick to the facts” and report. They try to avoid making recommendations, policy or otherwise, that are relevant to the findings. But, as we see the social implications of various issues grow larger (environmental, energy, medical, etc.) it becomes harder for scientists to sit out in more public discussions about what should be done. In fact, researchers who have a clear handle on the issue and the pros and cons of different choices have very valuable perspectives to provide society.

But what does involvement look like? For some scientists, it may be helping reporters gather information for stories that may appear online, in print, radio, or television. In another manifestation, it might be writing for themselves (like my blog here at the Guardian). Others may write books, meet with legislators, or partake in public demonstrations.

Each of these levels of engagement has professional risks. We scientists need to protect our professional reputations. That reputation requires that we are completely objective in our science. As a scientist becomes more engaged in advocacy, they risk being viewed by their colleagues as non-objective in their science.

Of course, this isn’t true. It is possible (and easy) to convey the science but also convey the importance of taking action. I do this on a daily basis. But I will go further here. It is essential for scientists to speak out. With the necessary expertise to make informed decisions, it is out obligation to society. Of course, each scientist has to decide how to become engaged. We don’t get many kudos for engagement, it takes time and money out of our research, you will never get tenured for having a more public presence, and you will likely receive po)rly-writen hate mail – but it still is needed for informed decision making.

One very public activity some scientists engage in is public events and demonstrations. A large such event is going to occur this September in New York (September 21 – the Peoples’ Climate March). Just a few days before the UN Climate Summit, the Climate March hopes to bring thousands of people from faith, business, health, agriculture, and science communities together. Scientists will certainly be there – and those scientists should be lauded. I am encouraging my colleagues to participate in events like this.

Okay so now the poll (sort of). I have been writing this blog for over a year – something like 60 posts. Approximately half those posts are on actual science, breaking new studies that shed light on our ever expanding understanding of the Earth’s climate. Another sizeable number of posts are on reviews of books, movies, projects, and others. A third category deals with how climate impacts different locations around the globe. In this group, I’ve written about climate change in Uganda, Kenya, and Cameroon – climate change effects that I’ve witnessed with my own eyes. A fourth category that I just started focuses on specific scientists telling how they got into climate change. Finally, I write a few posts on debunking bad science and misguided public statements.

In truth, I prefer the harder science, but frankly these do not get as many page views as the debunking posts. I am here asking for suggested topics of future posts. I have a few in queue but I always look for engaging topics and angles. You can send them to me at my university email address,jpabraham@stthomas.edu. Also, feel free to comment on the current mix of stories. Is 50% hard science the right mix? Is it too much? Too little? Is my writing to technical? Not technical enough? Let me hear your thoughts.

Can Carbon Capture Technology Be Part of the Climate Solution? (Environment 360)

08 SEP 2014

Some scientists and analysts are touting carbon capture and storage as a necessary tool for avoiding catastrophic climate change. But critics of the technology regard it as simply another way of perpetuating a reliance on fossil fuels.

by david biello

For more than 40 years, companies have been drilling for carbon dioxide in southwestern Colorado. Time and geology had conspired to trap an enormous bubble of CO2 that drillers tapped, and a pipeline was built to carry the greenhouse gas all the way to the oil fields of west Texas. When scoured with the CO2, these aged wells gush forth more oil, and much of the CO2 stays permanently trapped in its new home underneath Texas.

More recently, drillers have tapped the Jackson Dome, nearly three miles beneath Jackson, Mississippi, to get at a trapped pocket of CO2 for similar

Kemper County power plant near Meridian, Mississippi

Gary Tramontina/Bloomberg/Getty Images. This power plant being built in Kemper County, Mississippi, would be the first in the U.S. to capture its own carbon emissions.

use. It’s called enhanced oil recovery. And now there’s a new source of CO2 coming online in Mississippi — a power plant that burns gasified coal in Kemper County, due to be churning out electricity and captured CO2 by 2015 and sending it via a 60-mile pipeline to oil fields in the southern part of the state.

The Mississippi project uses emissions from burning a fossil fuel to help bring more fossil fuels out of the ground — a less than ideal solution to the problem of climate change. But enhanced oil recovery may prove an important step in making more widely available a technology that could be critical for combating climate change — CO2 capture and storage, or CCS.

As the use of coal continues to grow globally — coal consumption is expected to double from 2000 to 2020 largely due to demand in China and India — some scientists believe the widespread adoption of CCS technology could be key to any hope of limiting global average temperature increase to 2 degrees Celsius, the threshold for avoiding major climate disruption. After all, coal is the dirtiest fossil fuel.

“Fossil fuels aren’t disappearing anytime soon,” says John Thompson, director of the Fossil Fuel Transition Project for the non-profit Clean Air Task Force. “If we’re serious about preventing global warming, we’re going to have to find a way to use those fuels without the carbon going into the atmosphere. It seems inconceivable that we can do that without a significant amount of carbon capture and storage. The question is how do we deploy it in time and in a way that’s cost-effective across many nations?”

The biggest challenge is one of scale, as the potential demand from aging oil fields for CO2 produced from coal-fired power plants is enormous. Thompson estimates that enhanced oil recovery could ultimately consume 33 billion metric tons of CO2 in total, or the equivalent of all the CO2 pollution from all U.S. power plants for several decades. Thompson and other analysts view such large-scale enhanced oil recovery as an important phase in the deployment of CCS technology while replacements for fossil fuels are developed. 

“In the short term, in order to develop the technology, we probably will enable more use of hydrocarbons, which makes environmentally conscious people uncomfortable,” says Chris Jones, a chemical engineer working on CO2 capture at the Georgia Institute of Technology. “But it’s a necessary thing we have to do to get the technology out there and learn how to make it more efficient.”

At the same time, CO2 capture and storage is not as simple as locking away carbon deep underground. As Jones notes, the process will perpetuate fossil fuel use and may prove a wash as far as keeping global warming pollution out of the atmosphere. Then there are the risks of human-caused earthquakes as a result of pumping high-pressure liquids underground or accidental releases as all that CO2 finds its way back to the atmosphere.

“Any solution that doesn’t take carbon from the air is, in principle, not sustainable,” says physicist Peter Eisenberger of the Lamont-Doherty Earth Observatory at Columbia University, who is working on methods to pull CO2 out of the sky rather than smokestacks. He notes that merely avoiding CO2 pollution is not enough and will create political powerhouses—heirs to the energy companies of today—that will entrench such unsustainable technologies “Why spend so much time and energy and ingenuity coming up with solutions that are not really solutions?” he adds.

But the expansion of enhanced oil recovery remains the main front in an intensifying effort to more broadly adopt CCS technology and reduce its price, which is currently the major impediment to its deployment. The need for CO2 storage goes beyond China and the U.S., the world’s two largest polluters. Worldwide, more than 35 billion metric tons of CO2 are being dumped into the atmosphere annually, almost all from the burning of coal, oil, and natural gas. To restrain global warming to the 2 degree C target, more than 100 CCS projects eliminating 270 million metric tons of CO2 pollution annually would have to be built by 2020, according to theInternational Energy Agency. But only 60 are currently planned or proposed and just 21 of those are actually built or in operation.

Those include the Kemper facility and other coal-fired power plants, but also a CCS project under construction at an ethanol refinery in Illinois. A group led by Royal Dutch Shell is building technology to capture the CO2 pollution from tar sands operations in Alberta, Canada, and in Saskatchewan, a $1.2 billion project to retrofit a large coal-fired power plant with CCS technology is expected to open later this year. And there are 34 proposed or operating CCS projects outside of North America, the majority in Asia and Australia. But European countries like Germany have rolled back plans to adopt CCS because of public opposition, dropping the number of European projects from 14 planned in 2011 to just five as of 2014, according to the Global CCS Institute. 

That might conflict with the European Union’s avowed intention to help combat climate change. The U.N. Intergovernmental Panel on Climate Change suggested earlier this year that carbon capture and storage at power plants could prove a critical part of any serious effort to restrain global warming. “We depend on removing large amounts of CO2 from the atmosphere in order to bring concentrations well below 450 [parts-per-million] in 2100,” said Ottmar Edenhofer, an economist at the Potsdam Institute for Climate Impact Research and co-chair of the IPCC’s third working group, which was tasked with figuring out ways to mitigate climate change. Ultimately, he said, keeping a global temperature rise to 2 degrees without any CCS would require phasing out fossil fuels entirely within “the next few decades.”

Yet, from 2007 to 2013, global coal consumption increased from 6.4 billion to 7.4 billion metric tons, and coal use continues to rise. Although renewable energy sources like solar and wind are growing rapidly, they are doing so from a very small base and many energy analysts argue that it will be decades before they can supplant fossil fuels. The time and expense of building nuclear power plants — and public opposition — has also hampered that low-carbon technology’s ability to replace coal burning. And biofuels or electric cars remain a long way from supplanting oil for transportation.

The Obama administration hopes to encourage the development of CO2 capture and use or storage. New rules from the Environmental Protection Agency requiring a 30 percent cut in power plant emissions by 2030 may spur development of CCS technologies. Already, NRG Energy has partnered with a Japanese firm to add CO2 capture to a coal-fired power plant near Houston and use a pipeline to send the captured pollution to nearby oilfields. Dubbed Petra Nova, the $1 billion CCS project is the latest in a series of 19 CO2 capture projects underway or proposed in the U.S. 

The bulk of such CO2 capture and storage experiments may soon shift to China, the world’s largest emitter of CO2. The Chinese and U.S. governments have a cooperative agreement to develop the technology, including partnerships between Chinese power companies like Huaneng and American corporations such as Summit Power, which is developing a CCS power plant in west Texas. In China, the long-awaited GreenGen power plant in Tianjin is still under construction and will capture CO2 for China’s own efforts at enhanced oil recovery. But going forward, the expense of CCS may make the technology even more unpalatable in a developing country like China, which also has plans to turn coal into liquid fuels — a process that, from a climate perspective, is even worse than burning the dirty rock directly.

The technology to capture CO2 is relatively simple, and has been in use since the 1930s. For example, CO2 can be captured from the smokestacks of coal plants, natural gas plants, and even factories by routing the flue gases through an amine chemical bath, which binds the CO2. The chemical is then heated to release the CO2. The CO2 is pressurized to convert it to a liquid, and the liquid is then pumped via pipeline to an appropriate storage site. Those include underground geological formations, such as sandstones or saline aquifers, but also old oil fields, where the CO2 replaces the oil in small pores in the rock left behind by conventional methods and forces it up to the surface. Six percent of U.S. oil already comes from usingenhanced oil recovery, a number that will increase, according to the U.S. Energy Information Administration.

Still, the economic and technological challenges facing CCS are daunting. Much-heralded projects like the CO2 capture and storage demonstration at the Mountaineer Power Plant in West Virginia were abandoned because no one wanted to pay for it. The hardware sits unused next to the hulking power plant’s smokestacks and cooling towers. 

The ultimate challenge is that capturing CO2 from a smokestack costs more than simply dumping it into the atmosphere. Analysts say the simplest way to encourage less pollution and more CO2 capture would be to charge for the privilege of emitting CO2 by imposing a tax on carbon emissions. A price on CO2, if high enough, might make capturing the greenhouse gas look cheap.

Even if that policy change happens, the problem of storing all that CO2 remains, including concerns that the CO2 could escape back into the atmosphere or cause earthquakes. In Algeria, a test to store nearly 4 million metric tons of injected CO2 underground was halted after the gas raised the overlying rock and fractured it. Concerns over such induced seismicity or accidental releases of CO2 have blocked CCS plans in Europe, as have concerns over how to ensure the stored CO2 stays put for millennia.

But storing CO2 underground can work, as Norway’s Sleipner project in the North Sea has demonstrated. At Sleipner, which started capturing and storing CO2 in 1996, more than 16 million metric tons of CO2 have been put in an undersea sandstone formation; the project is funded by Norway’s carbon tax. And around the world, the potential storage resource is gargantuan. The U.S. alone has an estimated 4 trillion metric tons of CO2 storage capacity in the form of porous sandstones or saltwater aquifers, according to the U.S. Department of Energy.

Scientists at Columbia’s Lamont-Doherty Earth Observatory and elsewhere are investigating just how vast the storage potential under the ocean could be. David Goldberg, a marine geophysicist at Lamont, proposes that liquid CO2 could be pumped offshore and injected into the ubiquitous basalt formations found off many of the world’s coastlines. When mixed with water, the CO2 leaches metals out of the basalt and forms a carbonate chalk, Goldberg explains. 

“The goal of the whole CCS exercise is to take CO2, which is volatile, and put it in solid form where it will stay locked away forever,” he adds. Goldberg has calculated that just one such ridge site that runs the north-south length of the Atlantic Ocean could theoretically store all of humanity’s excess CO2 emissions to date. “The magic of being offshore is that you are away from people and away from property.”

There is also basalt on land. In an experiment in Iceland, more than 80 percent of the injected CO2 interacted with the surrounding basalt and converted to rock in less than a year. A similar experiment in Washington State achieved similar results.

In the end, getting off fossil fuels entirely is the only way to control CO2 pollution. But until that happens, CCS could be vital to stave off catastrophic climate change. “Ultimately, we need a thermostat on this planet,” says Klaus Lackner, a Columbia University physicist who is working on pulling the greenhouse gas directly out of the air rather than capturing it from smokestacks. “And we need to control the CO2.”

Correction, September 9, 2014: Previous versions of this article misstated the amount of CO2 storage capacity in porous sandstones or saltwater aquifers in the U.S.; it is 4 trillion metric tons.

World on track to be 4C warmer by 2100 because of missed carbon targets (The Guardian)

Concerns about the short term costs and impacts of investment to address risks is paralysing action on climate changeJonathan Grant

Guardian Professional, Monday 8 September 2014 13.28 BSTHeavy rains in Albuquerque, New Mexico

Heavy rains in Albuquerque, New Mexico. The top 10 destinations for the UK’s foreign direct investment experienced almost $100bn worth of extreme weather losses in 2013. Photograph: Roberto Rosales/AP

Global ambitions to reduce emissions are becoming a bit like the resolutions we make to give something up at new year: the intention is sincere, but we don’t always deliver.For the sixth successive year of the PwC Low Carbon Economy Index, the global carbon target has been missed. And inadequate action today means that even steeper reductions are needed in the future. The target is based on projections of economic growth and the global carbon budget set out by the Intergovernmental Panel on Climate Change (IPCC) which gives a reasonable probability of limiting warming to 2C.

Globally, annual reductions need to be five times current levels, averaging 6.2% a year, every year from now to 2100, compared with 1.2% today. At the national level, Australia is at the top of our decarbonisation league of G20 nations, followed by the UK. Both countries had a strong increase in renewable generation, albeit from a low base, combined with slight a reduction in coal use. The US was nearer the bottom as coal use bounced back, retaking a share of the electricity mix from shale gas.

The world is currently on track to burn this century’s IPCC carbon budget within 20 years, and a pathway to 4C of global warming by 2100. For many of us, 2034 is within our working lifetime. It’s within the timeframe of decisions being made today, on long-term investments, on the location of factories and their supply chains. So businesses are making those decisions faced with uncertainty about climate policy and potential impacts of climate change.

It is clear that the gap between what governments are saying about climate change and what they are doing about it continues to widen. While they talk about two degrees at the climate negotiations, the current trend is for a 4C world.

There is little mention of these two degrees of separation in the negotiations, in policy documents, in business strategies or in board rooms. Operating in a changing climate is becoming a very real challenge for UK plc. Some of the biggest names in business are mapping the risks posed by a changing climate to their supply chain, stores, offices and people.

But while the findings question the reality of the 2C target in negotiations, consider two situations in the analysis that demonstrates the strong case for the negotiations’ role in focusing everyone on co-ordinated action on climate change.

First, our analysis shows that the top 10 destinations for the UK’s foreign direct investment in 2011 were exposed to almost $100bn worth of extreme weather losses in 2013. Multi-billion pound UK investments are wrapped up in transport, technology, retail, food and energy sectors, making this an issue on everyone’s doorstep.

Second, co-ordinated, ambitious action to tackle emissions growth should protect business in the long term. It could even be a boost to growth. It would avoid inevitable short-term decisions that may look attractive, such as shutting down a steel operation in a country with a high cost of carbon to move it to another with a lower cost, but merely relocate emissions. And take jobs with them.

The concern about short-term costs and impacts on investment is paralysing our ability to address the long-term climate risks. Perhaps competitiveness is the new climate scepticism. Businesses call for a level playing field on carbon pricing, when it should be seen in the wider context of labour and energy prices, the skills market and wider legislative environment.

There’s a danger when we talk in small numbers – whether they are one or two degrees, or the 6% now required in annual decarbonisation (every year for the next 66 years, by the way), that they sound manageable. The 6% figure is double the rate the UK achieved when we dashed for gas in the 1990s. A shale gas revolution might help, but would need to be accompanied by a revolution in carbon capture and storage and revolutions in renewables, in electric transport, in industrial processes and in our buildings.

The UK’s results are encouraging, even if they fall short of the overall target necessary. Leadership in low carbon for the UK is down in part to policies and investment, partly the structure of our economy, and partly traditional factors such as skills and education. But it’s notable that while the Low Carbon Economy Index shows that the UK’s carbon intensity is lower than many, it is still higher than in France, Argentina or Brazil. It’s a neat encapsulation of a view of the world through a low carbon economy lens, not just a GDP one. The UK’s competitiveness or attractiveness today needs investment to hold on to it for tomorrow.

Jonathan Grant is director, sustainability and climate change, PwC

World falls behind in efforts to tackle climate change: PwC (Reuters)

LONDON Sun Sep 7, 2014 6:24pm EDT

(Reuters) – The world’s major economies are falling further behind every year in terms of meeting the rate of carbon emission reductions needed to stop global temperatures from rising more than 2 degrees this century, a report published on Monday showed.

The sixth annual Low Carbon Economy Index report from professional services firm PwC looked at the progress of major developed and emerging economies toward reducing their carbon intensity, or emissions per unit of gross domestic product.

“The gap between what we are achieving and what we need to do is growing wider every year,” PwC’s Jonathan Grant said. He said governments were increasingly detached from reality in addressing the 2 degree goal.

“Current pledges really put us on track for 3 degrees. This is a long way from what governments are talking about.”

Almost 200 countries agreed at United Nations climate talks to limit the rise in global temperatures to less than 2 degrees Celsius (3.6 Fahrenheit) above pre-industrial times to limit heat waves, floods, storms and rising seas from climate change. Temperatures have already risen by about 0.85 degrees Celsius.

Carbon intensity will have to be cut by 6.2 percent a year to achieve that goal, the study said. That compares with an annual rate of 1.2 percent from 2012 to 2013.

Grant said that to achieve the 6.2 percent annual cut would ‎require changes of an even greater magnitude than those achieved by recent major shifts in energy production in some countries.

France’s shift to nuclear power in the 1980s delivered a 4 percent cut, Britain’s “dash for gas” in the 1990s resulted in a 3 percent cut and the United States shale gas boom in 2012 led to a 3.5 percent cut.

GLIMMER OF HOPE

PwC said one glimmer of hope was that for the first time in six years emerging economies such as China, India and Mexico had cut their carbon intensity at a faster rate than industrialized countries such as the United States, Japan and the European Union.

As the manufacturing hubs of the world, the seven biggest emerging nations have emissions 1.5-times larger than those of the seven biggest developed economies and the decoupling of economic growth from carbon emissions in those nations is seen as vital.

Australia had the highest rate of decarbonization for the second year in a row, cutting its carbon intensity by 7.2 percent over 2013.

Coal producer Australia has one of the world’s highest rates of emissions per person but its efforts to rein in the heat-trapping discharges have shown signs of stalling since the government in July repealed a tax on emissions.

Britain, Italy and China each achieved a decarbonization rate of 4-5 percent, while five countries increased their carbon intensity: France, the United States, India, Germany and Brazil.

United Nations Secretary General Ban Ki-moon hopes to gather more than 100 world leaders in New York on September 23 to reinvigorate efforts to forge a global climate deal.

(Reporting by Ben Garside. Editing by Jane Merrman)

 

New York summit is last chance to get consensus on climate before 2015 talks (The Guardian)

UN is trying to convince countries to make new pledges before they meet in Paris to finalise a new deal on cutting emissions, reports

Paul Brown for Climate News Network, part of the Guardian Enviornment Network

theguardian.com, Thursday 4 September 2014 14.48 BST

Ban Ki-moonUN secretary general Ban Ki-moon has invited world leaders to New York on 23 September for a climate summit. Photograph: David Rowland/AFP/Getty Images

It is widely acknowledged that the planet’s political leaders and its people are currently failing to take enough action to prevent catastrophic climate change.

Next year, at the United Nations climate change conference in Paris, representatives of all the world’s countries will be hoping to reach a new deal to cut greenhouse gases and prevent the planet overheating dangerously. So far, there are no signs that their leaders have the political will to do so.

To try to speed up the process, the UN secretary general, Ban Ki-moon, has invited world leaders to UN headquarters in New York on 23 September for a grandly-named Climate Summit 2014.

He said at the last climate conference, in Warsaw last year, that he is deeply concerned about the lack of progress in signing up to new legally-binding targets to cut emissions.

If the summit is a success, then it means a new international deal to replace the Kyoto protocol will be probable in late 2015 in Paris. But if world leaders will not accept new targets for cutting emissions, and timetables to achieve them, then many believe that political progress is impossible.

Ban Ki-moon’s frustration about lack of progress is because politicians know the danger we are in, yet do nothing. World leaders have already agreed that there is no longer any serious scientific argument about the fact that the Earth is heating up and if no action is taken will exceed the 2C danger threshold.

It is also clear, Ban Ki-moon says, that the technologies already exist for the world to turn its back on fossil fuels and cut emissions of greenhouse gases to a safe level.

What the major countries cannot agree on is how the burden of taking action should be shared among the world’s 196 nations.

Ban Ki-moon already has the backing of more than half the countries in the world for his plan. These are the most vulnerable to climate change, and most are already being seriously affected.

More than 100 countries meeting in Apia, Samoa, at the third UN conference on small island developing states, in their draft final statement, note with “grave concern” that world leaders’ pledges on the mitigation of greenhouse gases will not save them from catastrophic sea level rise, droughts, and forced migration. “We express profound alarm that emissions of greenhouse gases continue to rise globally.”

Many of them have long advocated a maximum temperature rise of 1.5C to prevent disaster for the most vulnerable nations, such as the Marshall Islands and the Maldives.

The draft ministerial statement says: “Climate change is one of the greatest challenges of our time, and we express profound alarm that emissions of greenhouse gases continue to rise globally.

“We are deeply concerned that all countries, particularly developing countries, are vulnerable to the adverse impacts of climate change and are already experiencing an increase in such impacts, including persistent drought and extreme weather events, sea level rise, coastal erosion and ocean acidification, further threatening food security and efforts to eradicate poverty and achieve sustainable development.”

Speaking from Apia, Shirley Laban, the convenor of the Pacific Islands Climate Action Network, an NGO, said: “Unless we cut emissions now, and limit global warming to less than 1.5C, Pacific communities will reap devastating consequences for generations to come. Because of pollution we are not responsible for, we are facing catastrophic threats to our way of life.”

She called on all leaders attending the UN climate summit in New York to “use this historic opportunity to inject momentum into the global climate negotiations, and work to secure an ambitious global agreement in 2015”.

This is a tall order for a one-day summit, but Ban Ki-moon is expecting a whole series of announcements by major nations of new targets to cut greenhouse gases, and timetables to reach them.

There are encouraging signs in that the two largest emitters – China and the US – have been in talks, and both agree that action is a must. Even the previously reluctant Republicans in America now accept that climate change is a danger.

It is not yet known how many heads of state will attend the summit in person, or how many will be prepared to make real pledges.

At the end of the summit, the secretary general has said, he will sum up the proceedings. It will be a moment when many small island states and millions of people around the world will be hoping for better news.