AUSTERICIDE



“A policeman tries to extinguish a fire on a man after he set himself ablaze outside a bank branch in Thessaloniki in northern Greece September 16, 2011. The 55-year old man had entered the bank and asked for a renegotiation of his overdue loan payments on his home and business, according to police, which he could not pay, but was refused by the bank.”

AUSTERITY KILLS
http://www.guardian.co.uk/society/2013/may/15/recessions-hurt-but-austerity-kills
by Jon Henley /  15 May 2013

The austerity programmes administered by western governments in the wake of the 2008 global financial crisis were, of course, intended as a remedy, a tough but necessary course of treatment to relieve the symptoms of debts and deficits and to cure recession. But if, David Stuckler says, austerity had been run like a clinical trial, “It would have been discontinued. The evidence of its deadly side-effects – of the profound effects of economic choices on health – is overwhelming.” Stuckler speaks softly, in the measured tones and carefully weighed terms of the academic, which is what he is: a leading expert on the economics of health, masters in public health degree from Yale, PhD from Cambridge, senior research leader at Oxford, 100-odd peer-reviewed papers to his name. But his message – especially here, as even the IMF starts to question chancellor George Osborne’s enthusiasm for ever-deeper budget cuts – is explosive, backed by a decade of research, and based on reams of publicly available data: “Recessions,” Stuckler says bluntly, “can hurt. But austerity kills.”

In a powerful new book, The Body Economic, Stuckler and his colleague Sanjay Basu, an assistant professor of medicine and epidemiologist at Stanford University, show that austerity is now having a “devastating effect” on public health in Europe and North America. The mass of data they have mined reveals that more than 10,000 additional suicides and up to a million extra cases of depression have been recorded across the two continents since governments started introducing austerity programmes in the aftermath of the crisis. In the United States, more than five million Americans have lost access to healthcare since the recession began, essentially because when they lost their jobs, they also lost their health insurance. And in the UK, the authors say, 10,000 families have been pushed into homelessness following housing benefit cuts. The most extreme case, says Stuckler, reeling off numbers he knows now by heart, is Greece. “There, austerity to meet targets set by the troika is leading to a public-health disaster,” he says. “Greece has cut its health system by more than 40%. As the health minister said: ‘These aren’t cuts with a scalpel, they’re cuts with a butcher’s knife.’” Worse, those cuts have been decided “not by doctors and healthcare professionals, but by economists and financial managers. The plan was simply to get health spending down to 6% of GDP. Where did that number come from? It’s less than the UK, less than Germany, way less than the US.”

The consequences have been dramatic. Cuts in HIV-prevention budgets have coincided with a 200% increase in the virus in Greece, driven by a sharp rise in intravenous drug use against the background of a youth unemployment rate now running at more than 50% and a spike in homelessness of around a quarter. The World Health Organisation, Stuckler says, recommends a supply of 200 clean needles a year for each intravenous drug user; groups that work with users in Athens estimate the current number available is about three. In terms of “economic” suicides, “Greece has gone from one extreme to the other. It used to have one of Europe’s lowest suicide rates; it has seen a more than 60% rise.” In general, each suicide corresponds to around 10 suicide attempts and – it varies from country to country – between 100 and 1,000 new cases of depression. In Greece, says Stuckler, “that’s reflected in surveys that show a doubling in cases of depression; in psychiatry services saying they’re overwhelmed; in charity helplines reporting huge increases in calls”. The country’s healthcare system itself has also “signally failed to manage or cope with the threats it’s facing”, Stuckler notes. “There have been heavy cuts to many hospital sectors. Places lack surgical gloves, the most basic equipment. More than 200 medicines have been destocked by pharmacies who can’t pay for them. When you cut with the butcher’s knife, you cut both fat and lean. Ultimately, it’s the patient who loses out.” Such phenomena, he says, “are just a few of many effects we’re seeing. And with all this accumulation of across-the-board, eye-watering statistics, there’s a cause-and-effect relationship with austerity measures. These issues became apparent not when the recession hit Greece, but with austerity.” But public health disasters such as Greece’s are not inevitable, even in the very worst economic downturns. Stuckler and Basu began to look at this before the crisis hit, studying how large personal economic shocks – unemployment, loss of your home, unpayable debt – “literally could get under people’s skin, and cause serious health problems”.

The pair examined data from major economic upsets in the past: the Great Depression in the US; post-communist Russia’s brutal transition to a market economy; Sweden’s banking crisis in the early 1990s; the East-Asian debacle later that decade; Germany’s painful labour market reforms early this century. “We were looking,” Stuckler says, “at how rises in unemployment, which is one indicator of recession, affected people’s health. We found that suicides tended to rise. We wanted to see if there was a way these suicides could be prevented.” It rapidly became clear “there was enormous variation across countries”, he says. “In some countries, politicians managed the consequences of recession well, preventing rising suicides and depression. In others, there was a very close relationship between ups and downs in the economy and peaks and valleys in suicides.” Investment in intensive programmes to help people return to work – so-called Active Labour Market Programmes, well developed in Sweden (where suicides actually fell during the banking crisis) but also effective in Germany – were a factor that seemed to make a big difference. Maintaining spending on broader social protection and welfare programmes helped, too: analysis of data from the 1930s Great Depression in the US showed that every extra $100 per capita of relief in states that adopted the American New Deal led to about 20 fewer deaths per 1,000 births, four fewer suicides per 100,000 people and 18 fewer pneumonia deaths per 100,000 people. ”When this recession started, we began to see history repeat itself,” says Stuckler. “In Spain, for example, where there was little investment in labour programmes, we saw a spike in suicides. In Finland, Iceland, countries that took steps to protect their people in hard times, there was no noticeable impact on suicide rates or other health problems. ”So I think we really noticed these harms aren’t inevitable back in 2008 or 2009, early in the recession. We realised that what ultimately happens in recessions depends, essentially, on how politicians respond to them.” Poorer public health, in other words, is not an inevitable consequence of economic downturns, it amounts to a political choice – by the government of the country concerned or, in the case of the southern part of the eurozone, by the EU, European Central Bank and IMF troika.

transcript (RT)

Stuckler seizes on Iceland as an example of “an alternative. It suffered the worst banking crisis in history; all three of its biggest banks failed, its total debt jumped to 800% of GDP – far worse than what any European country faces today, relative to the size of its economy. And under pressure from public protests, its president put how to deal with the crisis to a vote. Some 93% of the population voted against paying for the bankers’ recklessness with large cuts to their health and social-protection systems.” And what happened? Under Iceland’s universal healthcare system, “no one lost access to care. In fact more money went into the system. We saw no rise in suicides or depressive disorders – and we looked very hard. People consumed more locally sourced fish, so diets have improved. And by 2011, Iceland, which was previously ranked the happiest society in the world, was top of that list again.” What also bugs Stuckler – an economist as well as a public-health expert – is that neither Iceland nor any other country that “protected its people when they needed it most” did so at the cost of economic recovery. “It didn’t break them to invest in programmes to help people get back to work,” he says, “or to save people from homelessness. Iceland now is booming; unemployment fell back to below 5% and GDP growth is above 4% – far exceeding any of other European countries that suffered major recessions.” Countries such as those in Scandinavia that took what Stuckler terms “wise, cost-effective and affordable steps that can make a difference” have seen the impact reflected not just in improved health statistics, but also in their economies. Which is why, occasionally, the austerity argument angers him. ”If there actually was a fundamental trade-off between the health of the economy and public health, maybe there would be a real debate to be had,” he says. “But there isn’t. Investing in programmes that protect the nation’s health is not only the right thing to do, it can help spur economic recovery. We show that. The data shows that.” Drilling into the data shows the fiscal multiplier – the economic bang, if you like, per government buck spent, or cost per buck cut – for spending on healthcare, education and social protection is many times greater than that for money ploughed into, for example, bank bailouts or defence spending. ”That,” says Stuckler, “seems to me essential knowledge if you want to minimise the economic damage, to understand which cuts will be the least harmful to the economy. But if you look at the pattern of the cuts that have happened, it’s been the exact opposite.” So in this current economic crisis, there are countries – Iceland, Sweden, Finland – that are showing positive health trends, and there are countries that are not: Greece, Spain, now maybe Italy. Teetering between the two extremes, Stuckler reckons, is Britain. The UK, he says, is “one of the clearest expressions of how austerity kills”. Suicides were falling in this country before the recession, he notes. Then, coinciding with a surge in unemployment, they spiked in 2008 and 2009. As unemployment dipped again in 2009 and 2010, so too did suicides. But since the election and the coalition government’s introduction of austerity measures – and particularly cuts in public sector jobs across the country – suicides are back.

Ministers seem unwilling to address the increase in suicides, arguing it is too early to conclude anything from the data. Stuckler points out that this is because the Department of Health prefers to use three-year rolling averages that even out annual fluctuations. But based on the actual data, he is in no doubt. “We’ve seen a second wave – of austerity suicides,” he says. “And they’ve been concentrated in the north and north-east, places like Yorkshire and Humber, with large rises in unemployment. Whereas London … We’re now seeing polarisation across the UK in mental-health issues.” He cites, also, the dire impact on homelessness – falling in Britain until 2010 – of government cuts to social housing budgets, and the human tragedies triggered by the fitness-for-work evaluations, designed to weed out disability benefit fraud. ”What’s so particularly tragic about those,” he says, “is that the government’s own estimates of fraud by persons with disabilities is less than the sum of the contract awarded to the company carrying out the tests.” At least, though, no one in the UK has been denied access to healthcare – yet. Stuckler confesses to being “heartbroken” as what he sees happening to the NHS. “Britain stood out as the great protector of its people’s health in this recession,” he says. “By all measures – public satisfaction, quality, access – the UK was at or near the top, and at very low relative cost.” But that, he says, is now changing. “I don’t know if people quite realise how fundamental this government’s transformation of the NHS is,” he says. “And once it’s in place, it will be difficult, if not impossible, to reverse. We haven’t yet seen here what can happen when people are denied access to healthcare, but the US system gives us a pretty clear warning.” He finds this all in stark and depressing contrast to the post-second world war period, when Britain’s debt was more than 200% of GDP (far higher than any European country’s today, bar Iceland) and the country’s leaders responded not by cutting spending but by founding the welfare state – “paving the way, incidentally, for decades of prosperity. And within 10 years, debt had halved.”

The Body Economic should come as a broadside, morally armour-plated and data-reinforced. The austerity debate, Stuckler says, is “a public discussion that needs to be held. Politicians talk endlessly about debts and deficits, but without regard to the human cost of their decisions.” What its authors hope is that politicians will take the message they have uncovered in the data seriously, and start basing policy on evidence rather than ideology. (Some already do. When Stuckler and Basu presented some of their findings in the Swedish parliament, the MPs’ response was: “Why are you telling us this? We know it. It’s why we set up these programmes.” Others, notably in Greece, have sought to divert responsibility.) ”Our book,” says Stuckler, “shows that the cost of austerity can be calculated in human lives. It articulates how austerity kills. It shows austerity and health is always a false economy – no matter how positively some people view it, because for them it shrinks the role of the state, or reduces payments into a system they never use anyway.” When times are hard, governments need to invest more – or, at the very least, cut where it does least harm. It is dangerous and economically damaging to cut vital supports at a time when people need them most. ”So there is an opportunity here,” Stuckler concludes, “to make a lasting difference. To set our economies on track for a happier, healthier future, as we did in the postwar period. To get our priorities as a society right. It’s not yet too late. Almost, but not quite.”

‘NATURAL EXPERIMENT’
http://www.nytimes.com/2013/05/13/opinion/how-austerity-kills.html
by David Stuckler & Sanjay Basu / May 12, 2013

Early last month, a triple suicide was reported in the seaside town of Civitanova Marche, Italy. A married couple, Anna Maria Sopranzi, 68, and Romeo Dionisi, 62, had been struggling to live on her monthly pension of around 500 euros (about $650), and had fallen behind on rent. Because the Italian government’s austerity budget had raised the retirement age, Mr. Dionisi, a former construction worker, became one of Italy’s esodati (exiled ones) — older workers plunged into poverty without a safety net. On April 5, he and his wife left a note on a neighbor’s car asking for forgiveness, then hanged themselves in a storage closet at home. When Ms. Sopranzi’s brother, Giuseppe Sopranzi, 73, heard the news, he drowned himself in the Adriatic. The correlation between unemployment and suicide has been observed since the 19th century. People looking for work are about twice as likely to end their lives as those who have jobs. In the United States, the suicide rate, which had slowly risen since 2000, jumped during and after the 2007-9 recession. In a new book, we estimate that 4,750 “excess” suicides — that is, deaths above what pre-existing trends would predict — occurred from 2007 to 2010. Rates of such suicides were significantly greater in the states that experienced the greatest job losses. Deaths from suicide overtook deaths from car crashes in 2009. If suicides were an unavoidable consequence of economic downturns, this would just be another story about the human toll of the Great Recession. But it isn’t so. Countries that slashed health and social protection budgets, like Greece, Italy and Spain, have seen starkly worse health outcomes than nations like Germany, Iceland and Sweden, which maintained their social safety nets and opted for stimulus over austerity. (Germany preaches the virtues of austerity — for others.) As scholars of public health and political economy, we have watched aghast as politicians endlessly debate debts and deficits with little regard for the human costs of their decisions. Over the past decade, we mined huge data sets from across the globe to understand how economic shocks — from the Great Depression to the end of the Soviet Union to the Asian financial crisis to the Great Recession — affect our health. What we’ve found is that people do not inevitably get sick or die because the economy has faltered. Fiscal policy, it turns out, can be a matter of life or death. At one extreme is Greece, which is in the middle of a public health disaster. The national health budget has been cut by 40 percent since 2008, partly to meet deficit-reduction targets set by the so-called troika —  the International Monetary Fund, the European Commission and the European Central Bank — as part of a 2010 austerity package. Some 35,000 doctors, nurses and other health workers have lost their jobs. Hospital admissions have soared after Greeks avoided getting routine and preventive treatment because of long wait times and rising drug costs. Infant mortality rose by 40 percent. New H.I.V. infections more than doubled, a result of rising intravenous drug use — as the budget for needle-exchange programs was cut. After mosquito-spraying programs were slashed in southern Greece, malaria cases were reported in significant numbers for the first time since the early 1970s.

In contrast, Iceland avoided a public health disaster even though it experienced, in 2008, the largest banking crisis in history, relative to the size of its economy. After three main commercial banks failed, total debt soared, unemployment increased ninefold, and the value of its currency, the krona, collapsed. Iceland became the first European country to seek an I.M.F. bailout since 1976. But instead of bailing out the banks and slashing budgets, as the I.M.F. demanded, Iceland’s politicians took a radical step: they put austerity to a vote. In two referendums, in 2010 and 2011, Icelanders voted overwhelmingly to pay off foreign creditors gradually, rather than all at once through austerity. Iceland’s economy has largely recovered, while Greece’s teeters on collapse. No one lost health care coverage or access to medication, even as the price of imported drugs rose. There was no significant increase in suicide. Last year, the first U.N. World Happiness Report ranked Iceland as one of the world’s happiest nations. Skeptics will point to structural differences between Greece and Iceland. Greece’s membership in the euro zone made currency devaluation impossible, and it had less political room to reject I.M.F. calls for austerity. But the contrast supports our thesis that an economic crisis does not necessarily have to involve a public health crisis. Somewhere between these extremes is the United States. Initially, the 2009 stimulus package shored up the safety net. But there are warning signs — beyond the higher suicide rate — that health trends are worsening. Prescriptions for antidepressants have soared. Three-quarters of a million people (particularly out-of-work young men) have turned to binge drinking. Over five million Americans lost access to health care in the recession because they lost their jobs (and either could not afford to extend their insurance under the Cobra law or exhausted their eligibility). Preventive medical visits dropped as people delayed medical care and ended up in emergency rooms. (President Obama’s health care law expands coverage, but only gradually.) The $85 billion “sequester” that began on March 1 will cut nutrition subsidies for approximately 600,000 pregnant women, newborns and infants by year’s end. Public housing budgets will be cut by nearly $2 billion this year, even while 1.4 million homes are in foreclosure. Even the budget of the Centers for Disease Control and Prevention, the nation’s main defense against epidemics like last year’s fungal meningitis outbreak, is being cut, by at least $18 million. To test our hypothesis that austerity is deadly, we’ve analyzed data from other regions and eras. After the Soviet Union dissolved, in 1991, Russia’s economy collapsed. Poverty soared and life expectancy dropped, particularly among young, working-age men. But this did not occur everywhere in the former Soviet sphere. Russia, Kazakhstan and the Baltic States (Estonia, Latvia and Lithuania) — which adopted economic “shock therapy” programs advocated by economists like Jeffrey D. Sachs and Lawrence H. Summers — experienced the worst rises in suicides, heart attacks and alcohol-related deaths.


Police protect bank from graffiti artists

Countries like Belarus, Poland and Slovenia took a different, gradualist approach, advocated by economists like Joseph E. Stiglitz and the former Soviet leader Mikhail S. Gorbachev. These countries privatized their state-controlled economies in stages and saw much better health outcomes than nearby countries that opted for mass privatizations and layoffs, which caused severe economic and social disruptions. Like the fall of the Soviet Union, the 1997 Asian financial crisis offers case studies — in effect, a natural experiment — worth examining. Thailand and Indonesia, which submitted to harsh austerity plans imposed by the I.M.F., experienced mass hunger and sharp increases in deaths from infectious disease, while Malaysia, which resisted the I.M.F.’s advice, maintained the health of its citizens. In 2012, the I.M.F. formally apologized for its handling of the crisis, estimating that the damage from its recommendations may have been three times greater than previously assumed. America’s experience of the Depression is also instructive. During the Depression, mortality rates in the United States fell by about 10 percent. The suicide rate actually soared between 1929, when the stock market crashed, and 1932, when Franklin D. Roosevelt was elected president. But the increase in suicides was more than offset by the “epidemiological transition” — improvements in hygiene that reduced deaths from infectious diseases like tuberculosis, pneumonia and influenza — and by a sharp drop in fatal traffic accidents, as Americans could not afford to drive. Comparing historical data across states, we estimate that every $100 in New Deal spending per capita was associated with a decline in pneumonia deaths of 18 per 100,000 people; a reduction in infant deaths of 18 per 1,000 live births; and a drop in suicides of 4 per 100,000 people. Our research suggests that investing $1 in public health programs can yield as much as $3 in economic growth. Public health investment not only saves lives in a recession, but can help spur economic recovery. These findings suggest that three principles should guide responses to economic crises. First, do no harm: if austerity were tested like a medication in a clinical trial, it would have been stopped long ago, given its deadly side effects. Each nation should establish a nonpartisan, independent Office of Health Responsibility, staffed by epidemiologists and economists, to evaluate the health effects of fiscal and monetary policies. Second, treat joblessness like the pandemic it is. Unemployment is a leading cause of depression, anxiety, alcoholism and suicidal thinking. Politicians in Finland and Sweden helped prevent depression and suicides during recessions by investing in “active labor-market programs” that targeted the newly unemployed and helped them find jobs quickly, with net economic benefits. Finally, expand investments in public health when times are bad. The cliché that an ounce of prevention is worth a pound of cure happens to be true. It is far more expensive to control an epidemic than to prevent one. New York City spent $1 billion in the mid-1990s to control an outbreak of drug-resistant tuberculosis. The drug-resistant strain resulted from the city’s failure to ensure that low-income tuberculosis patients completed their regimen of inexpensive generic medications. One need not be an economic ideologue — we certainly aren’t — to recognize that the price of austerity can be calculated in human lives. We are not exonerating poor policy decisions of the past or calling for universal debt forgiveness. It’s up to policy makers in America and Europe to figure out the right mix of fiscal and monetary policy. What we have found is that austerity — severe, immediate, indiscriminate cuts to social and health spending — is not only self-defeating, but fatal.

The Excel coding error

BAD MATH
http://www.newyorker.com/online/blogs/comment/2012/12/austerity-economics-doesnt-work.html
http://www.nextnewdeal.net/rortybomb/researchers-finally-replicated-reinhart-rogoff-and-there-are-serious-problems
http://www.theatlantic.com/business/archive/2013/04/who-is-defending-austerity-now/275200/
Who Is Defending Austerity Now?
The Excel error heard ’round the world has deficit-cutters backpedaling
by Matthew O’Brien  /  2013-04-22

Austerians have had their worst week since the last time GDP numbers came out for a country that’s tried austerity. But this time is, well, different. It’s not “just” that southern Europe is stuck in a depression and Britain is stuck in a no-growth trap. It’s that the very intellectual foundations of austerity are unraveling. In other words, economists are finding out that austerity doesn’t work in practice or in theory. What a difference an Excel coding error makes. Austerity has been a policy in search of a justification ever since it began in 2010. Back then, policymakers decided it was time for policy to go back to “normal” even though the economy hadn’t, because deficits just felt too big. The only thing they needed was a theory telling them why what they were doing made sense. Of course, this wasn’t easy when unemployment was still high, and interest rates couldn’t go any lower. Alberto Alesina and Silvia Ardagna took the first stab at it, arguing that reducing deficits would increase confidence and growth in the short-run. But this had the defect of being demonstrably untrue (in addition to being based off a naïve reading of the data). Countries that tried to aggressively cut their deficits amidst their slumps didn’t recover; they fell into even deeper slumps.


Enter Carmen Reinhart and Ken Rogoff. They gave austerity a new raison d’être by shifting the debate from the short-to-the-long-run. Reinhart and Rogoff acknowledged austerity would hurt today, but said it would help tomorrow — if it keeps governments from racking up debt of 90 percent of GDP, at which point growth supposedly slows dramatically. Now, this result was never more than just a correlation — slow growth more likely causes high debt than the reverse — but that didn’t stop policymakers from imputing totemic significance to it. That is, it became a “fact” that everybody who mattered knew was true. Except it wasn’t. Reinhart and Rogoff goofed. They accidentally excluded some data in one case, and used some wrong data in another; the former because of an Excel snafu. If you correct for these very basic errors, their correlation gets even weaker, and the growth tipping point at 90 percent of GDP disappears. In other words, there’s no there there anymore. Austerity is back to being a policy without a justification. Not only that, but, as Paul Krugman points out, Reinhart and Rogoff’s spreadsheet misadventure has been a kind of the-austerians-have-no-clothes moment. It’s been enough that even some rather unusual suspects have turned against cutting deficits now. For one, Stanford professor John Taylor claims L’affaire Excel is why the G20, the birthplace of the global austerity movement in 2010, was more muted on fiscal targets recently.

The discovery of errors in the Reinhart-Rogoff paper on the growth-debt nexus is already impacting policy. A participant in last Friday’s G20 meetings told me that the error was a factor in the decision to omit specific deficit or debt-to-GDP targets in the G20 communique.

For another, Bill Gross, the manager of the world’s largest bond fund, and who, as Joseph Cotterill of FT Alphaville points out, used to be quite the fan of British austerity, made a big about-face in an interview with the Financial Times on Monday:

The UK and almost all of Europe have erred in terms of believing that austerity, fiscal austerity in the short term, is the way to produce real growth. It is not. You’ve got to spend money.Bond investors want growth much like equity investors, and to the extent that too much austerity leads to recession or stagnation then credit spreads widen out — even if a country can print its own currency and write its own checks. In the long term it is important to be fiscal and austere. It is important to have a relatively average or low rate of debt to GDP. The question in terms of the long term and the short term is how quickly to do it.

 



Growth vigilantes are the new bond vigilantes. Gross thinks the boom, not the slump, is the time for austerity — which sounds an awful lot like you-know-who. The austerity fever has even broken in Europe. At least a bit. Now, eurocrats can’t say that austerity has been anything other than the best of all economic policies, but they can loosen the fiscal noose. And that’s what they might be doing, by giving countries more time and latitude to hit their deficit targets. Here’s how European Commission president José Manuel Barroso framed the issue on Monday:

While [austerity] is fundamentally right, I think it has reached its limits in many aspects. A policy to be successful not only has to be properly designed. It has to have the minimum of political and social support.

That’s not much, but it’s still much better than the growth-through-austerity plan Eurogroup president Jeroen Dijsselbloem was peddling on … Saturday. Now, Reinhart and Rogoff’s Excel imbroglio hasn’t exactly set off a new Keynesian moment. Governments aren’t going to suddenly take advantage of zero interest rates to start spending more to put people back to work. Stimulus is still a four-letter word. Indeed, the euro zone, Britain, and, to a lesser extent, the United States, are still focussed on reducing deficits above all else. But there’s a greater recognition that trying to cut deficits isn’t enough to cut debt burdens. You need growth too. In other words, people are remembering that there’s a denominator in the debt-to-GDP ratio. But austerity doesn’t just have a math problem. It has an image problem too. Just a week ago, Reinhart and Rogoff’s work was the one commandment of austerity: Thou shall not run up debt in excess of 90 percent of GDP. Wisdom didn’t get more conventional. What did this matter? Well, as Keynes famously observed, it’s better for reputation to fail conventionally than to succeed unconventionally. In other words, elites were happy to pursue obviously failed policies as long as they were the right failed policies. But now austerity doesn’t look so conventional. It looks like the punchline of a bad joke about Excel destroying the global economy. Maybe, just maybe, that will be enough to free us from some defunct economics.

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DE-EXTINCTION

https://longnow.org/revive/
http://www.nationalgeographic.com/deextinction/

for BEGINNERS
http://sb.longnow.org/SB_homepage/
http://www.reddit.com/r/IAmA/comments/1aqyes/i_am_stewart_brand_revivor_of_extinct_species/
http://www.huffingtonpost.com/stewart-brand/de-extinction-conservation-_b_2948007.html
The Conservation Perspective on ‘De-extinction’
by Stewart Brand / 03/25/2013

Death is still forever, but extinction may not be. A dead body can’t be reanimated once it begins to rot, but the essence of a species — its genome — survives rot for centuries, even thousands of years. That DNA knows how to make living animals, once we figure out how to invite it to do so. At the leading edges of synthetic biology the invitation is now being crafted. For some extinct species, regenesis is becoming plausible. “De-extinction” is the new word signaling a new capability at the intersection of molecular biology and conservation biology. For several years scientists have had the ability to reconstitute the genomes of many extinct species from their DNA in well preserved museum specimens and some fossils. Now it is gradually becoming possible to take the pure data of a reconstituted genome and convert it into viable DNA, piggy-backing on the living DNA of the closest living relative of each extinct species. The passenger pigeon (extinct 1914) might return via its relative, the band-tailed pigeon. The penguin-like great auk (extinct 1852) may swim again in the north Atlantic thanks to the closely related razorbill. Even woolly mammoths (extinct about 2000 BCE) could use living Asian elephants as DNA proxies and surrogate parents. For molecular biologists the uncertainty at this point is not whether it is possible to edit living genomes — that has already been done for small sets of genes in micro-organisms. The question now is how soon it will become practical to edit whole arrays of vertebrate genes, and to know exactly which genes are the ones to edit. Since 2005 the tools and techniques of synthetic biology have been plummeting in cost and soaring in sophistication at a rate four times faster than Moore’s Law. Complete de-extinction techniques are not here yet, but at labs like George Church’s at Harvard and the Roslin Institute in Scotland, the technology is so close and accelerating so rapidly that major steps toward reversing extinction can be expected in this decade.


Accordingly, conservation biologists are beginning intense discussions about whether they really want extinct species back, and if so, which ones? A few days ago the subject went public at a forum called “TEDxDeExtinction,” featuring 25 scientists at National Geographic’s headquarters in Washington DC. That event grew out of a prior private meeting of 35 molecular biologists and conservationists, held last October, also at National Geographic. (I was a co-organizer of both events.) Next month in Cambridge, England, the New-York-based Wildlife Conservation Society is running a three-day meeting on “Synthetic Biology and Conservation,” with de-extinction as one topic for discussion. Debate at the meetings reflects changes going on deep within the conservation movement. Kent Redford, the organizer of next month’s Cambridge meeting and long a leading theorist for the Wildlife Conservation Society, said something pivotal at the forum in Washington: “My chosen field of conservation started off with a conviction that it is a crisis discipline, and you can only get people’s attention by pointing out what is wrong and the terrible things that we’re doing to the natural world. I think that after 30 years of that, people have stopped listening to us. I think that the lesson should be that hope is the answer, and that hope will get people’s attention. That’s why I’m less concerned about the details of de-extinction than I am about the lesson of hope that it can convey.”


While most conservationists I’ve heard so far indicate they are excited by the prospect of resurrecting extinct species, all of them are also voicing concerns. Will scarce resources for the all-important task of preventing extinctions and protecting wild lands be diverted to spectacular but extremely expensive de-extinction projects? Will the harsh warning “EXTINCTION IS FOREVER” become so diluted that it no longer conveys the urgency of protecting animals on the brink of extinction? Might the new capability even be an excuse for allowing some species to become extinct because “we can always bring them back later”? And suppose a long-absent animal does make it back to the wild. Could it become a problem — an all-too-skilled invasive that disrupts everything? Or might it restore ecological functions that we would welcome back? Some arguments favor reviving extinct “keystone species” — ones that had a disproportionately large effect on their environment relative to their abundance. When the wolf, an apex predator, was returned to Yellowstone National Park in 1995, a rejuvenating “trophic cascade” was set in motion. The wolves chased elk out of the river valleys; aspens grew back along the rivers; that allowed beavers to return and build dams; and beaver ponds became hotbeds of biological diversity. Might the return of extinct great auks, passenger pigeons, or mammoths have similar effects? Penguins abound in the Antarctic, but they never lived in the Arctic. Their ecological role was filled in the northern Atlantic ocean by a similar large, flightless bird, the great auk. (The word “penguin” itself is said to be derived from an old Celtic name for the great auk.) Vulnerable on the few islands where they bred in dense colonies, great auks were hunted to extinction for their meat, fat, and down. They were such prolific fishers along all the northern coasts from Canada to Greenland to Great Britain that their disappearance must have been ecologically consequential. What would be the impact of their return? (One attraction of the great auk as a de-extinction candidate is that if its reintroduction was eventually deemed harmful, the birds would be easy to remove from their island breeding grounds a second time.)

The keystone function of passenger pigeons was as “ecological engineers” — animals that create or modify habitats for other species either structurally, as beavers do, or by moving nutrients around, as salmon do. Passenger pigeons did both. The pioneer conservation biologist Aldo Leopold described them as a “biological storm.” They were once the most abundant bird in the world, ranging America’s eastern deciduous forest from the Mississippi to the Atlantic. The dense flocks opened up square miles of forest to regrowth when the weight of their numbers broke branches, and the deluge of their droppings added nutrients to the soil. Their demise came because commercial hunters slaughtered the birds most efficiently just when deforestation of the eastern woodlands was at its maximum in the late 1800s. Since then the forest has grown back dramatically, ready perhaps for the return of the ancient ecological dance between the trees and the birds.

Woolly mammoths were one of the most effective ecological engineers of all time. They dominated the largest biome in the world — the once species-rich grasslands of the far north. It has been called the “mammoth steppe” because they were the leading mega-herbivore, trampling the moss-suffocated tundra into grass, knocking down and browsing the species-poor boreal forest into grass, and recycling nutrients with their dung. In their absence, which was largely caused by early human hunters, the tundra and forest have taken over. The northlands of America and Eurasia are not only less biodiverse as a result, they may be exacerbating climate change. Whereas grasslands fix carbon, the tundra is thought to be releasing vast quantities of greenhouse gases as it thaws. The Russian geophysicist Sergey Zimov has made a strong argument for restoring the mammoth steppe as a climate mitigation strategy. Conservation biologists, intent in recent years on restoring the health of whole ecosystems, have been focusing ever less on individual species and ever more on ecological function. In studying the prospect of reviving certain extinct species they get to do both. I predict that the outcome of their deliberations will be, “Let’s do it — carefully, incrementally, hopefully.” I predict further that after all manner of fits and starts in the science, and no end of distractions in the public discourse, the dance of the passenger pigeons with their forest and ours will at last resume, and by the end of the century woolly mammoths will again tend their young in northern snows.


Muséum de Toulouse/Wikimedia Commons

FOR EXAMPLE
http://ngm.nationalgeographic.com/2013/04/125-species-revival/zimmer-text
http://www.wired.com/wiredscience/2013/03/passenger-pigeon-de-extinction/all/
The Plan to Bring the Iconic Passenger Pigeon Back From Extinction
by Kelly Servick  /  03.15.13

Twelve birds lie belly-up in a wooden drawer at the Berkeley Museum of Vertebrate Zoology. Bloated with stuffing, their ruddy brown chests resemble a row of sweet potatoes. Slate-blue heads and thin white tails protrude in perfect alignment, except for one bird that cranes its neck to face its neighbor. A pea-sized bulge of white cotton sits where its eye should be. A slip of paper tied to its foot reads, “Ectopistes migratorius. Manitoba. 1884.” This is the passenger pigeon, once the most abundant bird in North America. When Europeans first landed on the continent, they encountered billions of the birds. By 1914 they were extinct. That may be about to change. Today scientists are meeting in Washington, D.C. to discuss a plan to bring the passenger pigeon back from extinction. The technical challenges are immense, and the ethical questions are slippery. But as genetic technology races ahead, a scenario that’s hard to imagine is becoming harder to dismiss out of hand. About 1,500 passenger pigeons inhabit museum collections. They are all that’s left of a species once perceived as a limitless resource. The birds were shipped in boxcars by the tons, sold as meat for 31 cents per dozen, and plucked for mattress feathers. But in a mere 25 years, the population shrank from billions to thousands as commercial hunters decimated nesting flocks. Martha, the last living bird, took her place under museum glass in 1914. Ben Novak doesn’t believe the story should end there. The 26-year-old genetics student is convinced that new technology can bring the passenger pigeon back to life. “This whole idea that extinction is forever is just nonsense,” he says. Novak spent the last five years working to decipher the bird’s genes, and now he has put his graduate studies on hold to pursue a goal he’d once described in a junior high school fair presentation: de-extinction. Novak is not alone in his mission. An organization called Revive and Restore is enlisting the support of preeminent scientists—and even the National Geographic Society, which is hosting the TEDx meeting on the topic today, to investigate putting the passenger pigeon back in the sky. The group has chosen Novak to spearhead the project.


When the bird from the Berkeley drawer flew over Manitoba in 1884, it didn’t travel alone. Passenger pigeons were named for their passage up and down eastern North America in flocks several hundred million strong. To sustain long, strenuous flights, the birds devoured forests and left destruction in their wake. Ornithologist J.M. Wheaton described one flock as a rolling cylinder filled with leaves and grass. “The noise was deafening and the sight confusing to the mind,” he wrote in 1882. It was easy to tell where the pigeons had roosted: The trees were crippled, their branches cracked off and picked clean of nuts and acorns. For miles, the ground was coated with a layer of feces more than an inch thick. But the same flocking behavior also led to the bird’s demise. Their nesting sites in the northeastern U.S. were densely packed—as many as 100 nests per tree, each containing a single egg. Pigeon hatchlings were a smorgasbord for predators. Each helpless lump of fat, as heavy as its parents but lacking their aerial skill, would wallow in the nest for a day, then flutter to the ground. Even before Europeans arrived, hunters shot nests with arrows or knocked them down with poles. But in the mid 19th century, the railroad and the telegraph turned the pigeon into a national commodity. Professional trackers followed the flocks and descended on nest sites. Their tactics were brutal and effective: Firing into the trees brought down thousands of birds in one afternoon. Setting a match to the combustible birch bark forced terrified chicks to fling themselves from their nests. By the late 1850s, flocks were shrinking. By 1889, the population was in the thousands. Novak remembers learning about the pigeon in school. “I just fell in love with the story of it,” he said. “This absolutely bigger-than-life story of the most abundant bird on the planet going extinct so quickly.” But he wasn’t convinced that animals like the passenger pigeon were gone forever. “I thought that was too absolute.” As a student at Montana State University Novak studied ecology and evolution with the hope of bringing back extinct animals, but his focus soon shifted toward more modest population studies. “You’re kind of steered away from the science fiction when you go to school,” he says. When he started graduate school at the Ancient DNA Center of McMaster University in Ontario, Novak hoped to analyze genes from the bird that had captivated him as a kid. All he needed were samples from a museum specimen.


Passenger pigeon flock being hunted, 1875

The Manitoban pigeon lying in its drawer at Berkeley holds a vast library in its feet. Every cell in its fleshy toe pads contains the 1.5 billion base pairs of DNA that spell out the bird’s identity, from the color of its eggs to the sound of its voice. But this DNA has seen better days. It has been broken apart by enzymes and oxygen, zapped with ultraviolet radiation and contaminated by other organisms. “Whenever you touch it, your DNA gets in the sample,” said evolutionary biologist Beth Shapiro of the University of California, Santa Cruz. “If it sits next to other birds, their DNA gets in the sample.” But in the last decade, a set of techniques known as next-generation sequencing has offered a better way to work with less-than-perfect DNA. New machines can analyze hundreds of thousands of short fragments at the same time, speeding up the tedious sequencing process and bringing down its cost. “In the past 10 years, sequencing has gotten approximately 500,000 times more efficient,” said biostatistician Steven Salzberg of Johns Hopkins University. “Nothing in the history of civilization or technology has ever gotten that much more efficient that fast.”


Using next-generation sequencing, scientists identified the passenger pigeon’s closest living relative:Patagioenas fasciata, the ubiquitous band-tailed pigeon of the American west. This was an important step. The short, mangled DNA fragments from the museums’ passenger pigeons don’t overlap enough for a computer to reassemble them, but the modern band-tailed pigeon genome could serve as a scaffold. Mapping passenger pigeon fragments onto the band-tailed sequence would suggest their original order. Eager to crack the pigeon’s genome, Novak sent requests to 30 different museums for a toe fragment, and was rejected by all of them. He resigned himself to a thesis focusing on the mastodon, but he continued his pigeon research on the side. In 2011, Chicago’s Field Museum of Natural History offered him a sample. He sent the pigeon DNA to a Toronto lab for sequencing, using $2,500 he borrowed from a friend. Meanwhile, others were taking note of the revolution in biotechnology, including writer and activist Stewart Brand, best known for the Whole Earth Catalog, the late-1960s counter-culture guidebook. More recently Brand founded the Long Now Foundation, a nonprofit that aims to “provide a counterpoint to today’s accelerating culture and help make long-term thinking more common.” Brand saw reversing extinction as a conservation method of the future. He and his wife, Ryan Phelan, founder of the consumer genomics company DNA Direct, created a branch of the Long Now Foundation called Revive and Restore. They chose the iconic passenger pigeon as the first experiment. Revive and Restore hosted a meeting at Harvard University in February of 2012. Attendees included experts like Beth Shapiro, biologist David Blockstein with the National Council for Science and the Environment, and renowned Harvard molecular geneticist George Church. Shapiro was skeptical of the project’s goal from the start, but she decided to add her expertise—and her concerns—to the conversation. When Novak heard about the meeting, he contacted Church, Phelan and Brand to see if he could contribute. Recognizing his passion, Brand and Phelan invited Novak to help coordinate the project, and he abandoned his graduate program to begin formulating a step-by-step vision of de-extinction. His official title, according to the organization’s website, was “passenger pigeon reviver.” When Novak describes his revival scenario, his eyes shine with enthusiasm, but his tone is that of a matter-of-fact classroom lecture. With a wry smile, he presents de-extinction as if the futuristic science were already the stuff of textbooks.


museum specimens

Here is Novak’s plan in broad strokes: Sequence the band-tailed and passenger pigeon genomes and find the significant differences between them. Edit the DNA from a band-tailed pigeon germ cell – the type that develops into sperm or eggs – to match that of the passenger pigeon. Implant this cell into the egg of another pigeon, perhaps a rock pigeon, which is easy to work with in the lab. Hope that the germ cell will migrate into the gonads of the developing chick. Allow the chick to grow up, and breed two such birds to create a passenger pigeon. Sequencing the two genomes is within reach. In March 2013, Novak joined Shapiro in her lab at UC Santa Cruz; he hopes to finish both genomes in about a year. But after that, the going could get rough. Because the last common ancestor of the two species flew about 30 million years ago, their genomes will likely differ at millions of locations, Shapiro says. Scientists will have to figure out which variations correspond to meaningful physical differences. “It’s not impossible,” she said. “It’s just a long time’s worth of work.” Even in humans, mapping traits to genes is a murky discipline. According to Steven Salzberg, that’s not even the biggest barrier. Modifying the genome of one species to match another would be an unprecedented feat of engineering. The most promising method comes from Church’s lab, where scientists have developed a technology called Multiplex Automated Genome Engineering that can make fine-scale alterations to bacterial genomes. Novak hopes Church can make similar modifications at crucial points along the band-tailed pigeon chromosome. But Salzberg cautions that animal genomes are much more complicated than bacterial ones. At the same time, he’s not ready to write off this phase of the project just yet: “If I had to bet, I’d say someday we’ll figure it out.”


Getting from a strand of passenger pigeon DNA to a living bird is the last big step, Novak says. He will need specialized germ cells, which scientists know how to extract from chicken embryos, but not pigeons. He is investigating a work-around: extracting stem cells form band-tailed pigeons instead, and stimulating them to become germ cells. This feat has never been achieved in birds. However, Novak says, “Someone could make a major breakthrough in next two years.” Surmounting such technical challenges is only phase one of Revive and Restore’s plan. Novak hopes to set up a sanctuary of lab-generated pigeon chicks in the bird’s original breeding territory. He would then train homing pigeons to pass over the nest site, showing the chicks their ancestral migration route. Novak says passenger pigeons would restore balance to forest ecosystems, clearing brush and fertilizing soil. This strategy doesn’t make sense to Blockstein, who says “quote-unquote” before every mention of de-extinction. He doubts that any small population could survive long enough to reach its original numbers. If it did, he fears the bird would become a pest to farmers, consuming commercial berries and grain. Stanford University bioethicist Hank Greely shares this concern. “You’re re-introducing to the same geographic region,” he said. “But not to the same environment.” No governing body exists to make decisions about re-introducing an extinct species. Once the science is within reach, Novak says he will work with wildlife management authorities to set up a legal framework. Beyond the ecological risks, Revive and Restore has a bigger “why” question to answer. The argument that extinction is forever underlies important protections like the Endangered Species Act, Greely says. Why try to rewrite the passenger pigeon’s iconic cautionary tale?

One possible answer: to do it responsibly before someone does it recklessly. The genomic tools of de-extinction may soon be cheap enough for students and DIY types to try on their own, Brand told an audience at the 2012 Aspen Environmental Forum. “I would like to see some kind of framework of how we think about that, before it goes totally amateur.” If an organized effort like Revive and Restore tackles a high-profile and tightly controlled project, it might bring scientists and the public into an important conversation, he argued. Shapiro, who is no de-extinctionist, sees value in an ambitious goal that unifies scientific disciplines. As Novak strategizes decades into the future, Shapiro still plans to focus on the more down-to-earth population genetics work that has been the focus of her lab. Revive and Restore will pay Novak’s salary while he works with Shapiro, but the project is not supporting her research financially. “I’m thrilled to be along for the ride,” she said. “I will do what I can to bring some enthusiasm and hopefully also some sanity to the problem.” In Novak’s mind, reviving the pigeon is not just about turning back the clock, but also demonstrating the exhilarating pace of science. “It’s actually going to get people more interested in the idea of conservation, because of how cool it is,” Novak said. Greely doesn’t dismiss this argument. He believes “a sense of wonder” is one of the most compelling cases for de-extinction. If Novak can convince the public and potential funding sources of that value, the passenger pigeon might do more than ride a wave of new technology; it might propel science forward. Whether or not we ever see another living passenger pigeon, its genetic code remains alive. The birds in their dark museum drawers may be more powerful now than when they swarmed by the billions.



POPULARITY CONTEST
http://www.livingalongsidewildlife.com/2013/03/demystifying-de-extinction.html
Demystifying De-Extinction
by David Steen / March 24, 2013

So maybe genetically recreating the Woolly Mammoth (Mammuthus primigenius) is a bad idea.  Long extinct, the only chunks of DNA we are able to piece together to bring it back would have to be mixed into an Asian elephant. And over time, through a long process of trial and error, we could likely create a laboratory hybrid with the right combination of size, long hair, and cold tolerance genes expressed to at least visually recreate a Woolly Mammoth.  A geneticist’s rendition of what a Woolly Mammoth should be like that in the end is a Frankenstein animal, no more realistic than the cartoons that artists render for our imaginations.  And maybe the other figurehead of de-extinction, the Passenger Pigeon (Ectopistes migratorius), is the wrong way to go.  We have fresh specimens from the early 1900′s, and technology from the poultry industry, but would need thousands if not millions of expensively engineered individuals to ever recover the enormous flocks that once flew over the eastern seaboard.

Respected conservation biologists call de-extinction misguided, or at best a hobbyist branch of conservation biology.  They loudly cry that it will take money from existing conservation efforts, create invasive species and worst of all lead to the political and public disregard for extinction.  This last concern of disregarding extinction deserves more attention.  As a field that is based on conserving species from extinction, de-extinction potentially pulls the foundation out from under the entire conservation biology movement in one fell swoop.  If extinction is no longer forever, lobbyist and pro-development politicians should be licking their chops. Despite these objections, the consistent theme of the current National Geographic cover story and conference on de-extinction is one of hope.  Hope that will distract us from the more common and depressing story conservationists have been pedaling for over 20 years – that we are ruining the planet by causing a sixth major mass extinction event at an unprecedented pace.  Perhaps conservation biologists should look in the mirror and ask if what we are doing is working and if people are still listening.  Jurassic Park may be science fiction, but it was correct in one thing – there is public interest that can be generated by inspiring people’s imagination and curiosity.

If this is the first you have heard of de-extinction, know that this is happening.  Even if you have deep reservations about genetically recreating species, there are no longer questions regarding whether we can do it. The train is leaving the station and we as conservationists need to be in front of it or on it, not be left behind.  As you read this, Australian scientists are watching the cells divide in a future, genetically re-engineered Gastric-brooding Frog (Rheobatrachus silus and/or vitellinus), bringing the extinct species back to life.  Thylacines (aka Tasmanian TigerThylacinus cynocephalus) and mammoths will likely follow a few years later.  It is pointless to try to block this from happening, but what if we were to direct de-extinction so that it strategically focuses on the species we most carelessly let go.  We could direct the de-extinction train towards charismatic and ecologically important species we extirpated through simple overharvest like the giant oceanic island tortoises or Caribbean Monk Seals (Monachus tropicalus).  By bringing them back we would almost undoubtedly gain both species and ecosystem function.  It may not be the same ecosystem or even the exact same species, but it is a step forward in conserving biodiversity and a new, more popular, ecosystem. Yes I said popular, because in the end, with over seven billion people and counting, conservationists needs to accept that preserving species is a popularity contest.  The Polar Bear (Ursus maritimus) only wins against gas development if people like them and advocate for them.  For de-extinction, we could use the same branding that makes restoration ecology so attractive to the public (by selling hope that things can be restored) for conserving existing protected areas as well as neglected, novel ecosystems.  Look at the success of large herbivore and carnivore restoration in South Africa, or tourism demand to see wolves in Yellowstone.  There are certainly concerns to proceeding with de-extinction, but perhaps by embracing and defining the path of de-extinction, conservation biologists will not lose the foundation of their discipline, but gain support.

PREVIOUSLY on SPECTRE : to EAT THEM, SILLY
http://spectrevision.net/2008/05/18/pan-fried-t-rex-with-apricot-mint-chutney-glaze/
GUARDED by POLAR BEARS (FOR NOW)
http://spectrevision.net/2006/06/20/guarded-by-polar-bears-for-now/
PRICELESS MEANS WORTHLESS?
http://spectrevision.net/2010/08/11/priceless-or-worthless/
AND NEVER DIE
http://spectrevision.net/2010/02/12/and-never-die/

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ELITE PANIC


“Young girl watches military & police convoys patrol the locked-down streets of her town, as government agents performed house-to-house searches during a manhunt.”

http://www.schneier.com/blog/archives/2013/04/elite_panic.html
http://www.realclearpolitics.com/articles/2013/04/24/elite_panic_118103.html

“Prior to the bombing and manhunt in Boston last week, Bruce Schneier pointed to an interesting interview with Rebecca Solnit, author of the book: A Paradise Built in Hell: The Extraordinary Communities That Arise in Disaster. She talks of a concept called elite panic:

“The term “elite panic” was coined by Caron Chess and Lee Clarke of Rutgers. From the beginning of the field in the 1950s to the present, the major sociologists of disaster — Charles Fritz, Enrico Quarantelli, Kathleen Tierney, and Lee Clarke — proceeding in the most cautious, methodical, and clearly attempting-to-be-politically-neutral way of social scientists, arrived via their research at this enormous confidence in human nature and deep critique of institutional authority. It’s quite remarkable.

Elites tend to believe in a venal, selfish, and essentially monstrous version of human nature, which I sometimes think is their own human nature. I mean, people don’t become incredibly wealthy and powerful by being angelic, necessarily. They believe that only their power keeps the rest of us in line and that when it somehow shrinks away, our seething violence will rise to the surface — that was very clear in Katrina. Timothy Garton Ash and Maureen Dowd and all these other people immediately jumped on the bandwagon and started writing commentaries based on the assumption that the rumors of mass violence during Katrina were true. A lot of people have never understood that the rumors were dispelled and that those things didn’t actually happen; it’s tragic. But there’s also an elite fear — going back to the 19th century — that there will be urban insurrection. It’s a valid fear. I see these moments of crisis as moments of popular power and positive social change. The major example in my book is Mexico City, where the ’85 earthquake prompted public disaffection with the one-party system and, therefore, the rebirth of civil society.”

There’s no denying the importance and value of investigating and capturing the perpetrators of the bombing, and I do not do so here, but elite panic seems to have been at play in Boston. The lockdown—technically voluntary, but tell that to the guy in the tank (HT: Bovard)—treated the public variously as suspects, sources of interference, or targets for display of governmental authority.”


Christmas Eve arson attempt, Occupy Sandy Donation Center, 520 Clinton

vs MUTUAL AID
http://www.woodstockfire.net/mutualaid.htm
http://occupysandy.net/2012/12/statement-on-520-clinton-ave-fire/

“Last night, at approximately 4am, a fire erupted at the main entrance to the Church of St. Luke & St. Matthew causing serious damage to the building. The location has been an important and well-known hub for Hurricane relief in Brooklyn; fortunately no one was injured. Hopefully, a thorough FDNY investigation will determine the fire’s cause. This calamity comes at a terrible time, just two days before Christmas. Our hearts go out to the entire congregation as well as Father Chris Ballard and Father Michael Sniffen, and we stand ready to support the St. Luke and St. Matthew community in their time of need.”

GRINCHIAN, DICKENSIAN, CHOOSE your METAPHOR


Fire-bombed entrance to St. Luke-St. Matthew Church

FULL of DONATED WRAPPED CHRISTMAS PRESENTS
http://www.brooklyneagle.com/articles/fire-damaged-clinton-hill-church-holds-christmas-services
http://newyork.cbslocal.com/2012/12/23/2-alarm-fire-damages-brooklyn-church-just-ahead-of-christmas/

“The gas canisters were at the church ready to be donated to Sandy victims, Ballard told 1010 WINS’ Eileen Lehpamer. Ballard said the suspected arsonist “poured gas in front of the entryways and then lit the doors on fire.” Since superstorm Sandy hit, the church has been a hub for volunteers helping out in the relief effort. Occupy Sandy volunteers have used the church to store goods for residents in need. Three volunteers were sleeping inside the church at the time the fire broke out, Dardashtian reported. “Luckily, we had people here to catch it in time and got the call in real quick,” a volunteer named Sparky told CBS. “Since about a week after the storm, we’ve been using this location as a main distribution hub sending cleaning supplies, immediate aid, first aid supplies, non-perishable foods,” Sparky said. “Basically, any needs the communities have reported to us, we’ve put them through an Amazon and We Pay wedding registry and sent them out to the field.” Volunteers also collected Christmas gifts ready for kids affected by Sandy that were stored in the basement of the church. “Yesterday, we had a huge wrapping party and they’re all in garbage bags so hopefully they’re all ok. There was no fire down there,” Sparky said. Investigators are on the scene looking into the cause of the fire. “The fire in our hearts for love and peace and justice is far more powerful than any physical fire in the world,” Sniffen said.

AND YET
http://libcom.org/library/mutual-aid-peter-kropotkin
http://www.zcommunications.org/review-of-rebecca-solnit-a-paradise-built-in-hell-the-extraordinary-communities-that-arise-in-disaster-by-kevin-young
Review of Paradise Built in Hell: Extraordinary Communities That Arise in Disaster
by Kevin Young  /  January 04, 2010

Murder, rape, looting, cutthroat competition, and above all, “panic”: such are the responses typically attributed to the public in the aftermath of earthquakes, floods, fires, and other disasters. The assumption that an unrestrained public will erupt in an orgy of looting, violence, and selfish or irrational behavior is deeply-embedded in elite thinking and mainstream commentary. Rebecca Solnit’s magnificent new book thoroughly disproves this assumption through in-depth descriptions of five major disasters of the past century and supporting evidence from many others. In fact, Solnit shows that the reality is precisely the opposite: human beings overwhelmingly tend to display calmness, generosity, thoughtfulness, and a willingness to sacrifice for the greater good in times of disaster. In the process new social bonds and communities form, revealing the extraordinary human potential for solidarity and collective action that lies dormant in everyday life. “Disaster,” Solnit writes, “is when the shackles of conventional belief and role fall away and the possibilities open up” (p. 97). Conversely, the government elites and organizational bureaucracies in charge of safeguarding the public often tend to compound the “natural” aspects of disaster through their clumsy and disdainful responses. These conclusions are based largely on Solnit’s own interviews and archival research, but also draw support from the work of a long line of “disaster sociologists” who, despite their pathbreaking research and the fact that they represent a virtual consensus within the field of sociology, continue to be ignored by most government officials and bureaucrats as well as the corporate press [1].

The evidence of human solidarity and cooperation in the aftermath of disasters is indeed quite remarkable. After the 1906 San Francisco earthquake and the devastating fire that ensued, San Franciscans set up public kitchens and food distribution centers, while some small business owners gave away food or lent cars and other equipment to improvised community organizations. The Mexico City earthquake of 1985 gave rise to powerful new grassroots organizations and trade unions that would fight for housing and workers’ rights in the years that followed, helping to undermine Mexico’s one-party dictatorship. The citizen response to 9/11 likewise refuted the common myths of mass panic and selfish behavior: not only was the Trade Center evacuation quite orderly, but many risked their lives to help evacuate their fellow employees. Boat-owners helped evacuate people from Manhattan, thousands in New York and around the country donated blood, supplies, or time to help relief and clean-up efforts, and even many from nearby Wall Street, the epicenter of capitalist individualism, rushed to help however they could. Racism and other social divisions can also break down in the aftermath of disasters, as Solnit demonstrates with her descriptions of white-Chinese interactions following the San Francisco earthquake and the moments of inter-ethnic and inter-class solidarity after the 1917 Halifax harbor ship explosion. These histories all stand in stark contrast to the conventional images of a crazed public reverting to savage individualism in the midst of disasters.

Not only do most people exhibit calmness, generosity, and even heroism in times of crisis, but their responses are typically more effective than those of the government bureaucracies which supposedly exist to protect the population. While large bureaucratic organizations are often incapable of improvising in response to crisis, emergent “communities” of citizens are better able to develop effective means of communication and coordinated action. Solnit points out that the only partially-effective response in the midst of the 9/11 attacks came from the passengers aboard United Flight 93, not from the military and government command structure that displayed extraordinary incompetence, negligence, and inefficiency before and on September 11th. Thousands of ordinary people working in the World Trade Center also evacuated the two towers after they were hit, in an extremely orderly and often-selfless manner. Similarly, in the aftermath of almost all the disasters described, groups of ordinary people set up improvised soup kitchens, shelters, and other mutual aid centers with no help from authorities. Those authorities, in contrast, almost always either operated inefficiently or showed ruthless disdain for the suffering of the victims.

In fact, disaster sociologists have inverted the conventional view in another way: the elites who supposedly watch over us all as benevolent protectors are the ones who panic in times of crisis. As Solnit notes, “It is often the few in power rather than the many without who behave viciously in disaster” (p. 90). This pattern is clear from the book’s case studies. In San Francisco in 1906, the US military was deployed with “shoot to kill” orders that probably resulted in between 50 and 500 extra deaths (p. 35). After Hurricane Katrina, in a long string of brutal crimes that are only beginning to come to light, the local police shot unarmed civilians and refused to treat wounded black residents of New Orleans; small gangs of white racists gunned down black men walking on the streets (later proudly comparing it to “pheasant season in South Dakota” on camera, knowing that local police supported them); and altruistic boat-owners who raced to the rescue were prevented from entering residential areas to help evacuate trapped residents (see the chapter on “Murderers”) [2]. Elite panic—and racist panic, in the case of New Orleans—is thus the primary cause of the “second wave of disaster” that often follows earthquakes, floods, or storms (p. 8).

There are several reasons behind elite panic. Many elites and bureaucrats (like racists) may sincerely believe that their or their organizations’ intervention is essential to safeguarding peace and order in the aftermath of a disaster. But their panic is also inseparable from their own self interest, reflecting their need to justify the ongoing concentration of power in their hands. If the public is permitted to take control, and it succeeds, the bureaucracy and hierarchy on which elite power is based will be exposed as illegitimate. This principle holds true for the everyday functioning of society, but is especially true in times of disaster, when bureaucratic organizations like FEMA or the military are expected to perform with competence and agility to protect the public. Solnit notes that in disaster, “They are being tested most harshly at what they do least well” (p. 152). These fears are justified: the past century featured many dictators and oligarchic regimes who met their downfall in large part as the result of their inability or unwillingness to address crises (e.g., Nicaragua’s Somoza following the 1972 earthquake, Mexico’s PRI dictatorship following the 1985 quake, Bush II following Katrina). Addressing, or appearing to address, the crisis in its aftermath while at the same time reining in citizens’ attempts at independent organization—both of which President Bush did successfully after 9/11—can preserve or strengthen the regime, but failing in one or both regards can precipitate regime downfall—as Bush learned after Katrina and his administration’s foreign policy “failure” in Iraq.

Solnit rightly emphasizes the central role of the corporate media in propagating disaster myths that justify intensified hierarchy, militarization, and repression. The best example is again Katrina, when respected press outlets like CNN reported “rampaging gangs” and widespread “looting” in New Orleans based on little or no evidence, often mischaracterizing the necessary requisitioning of emergency food and medicine from flooded stores as “theft” (especially when black men were photographed doing it). They uncritically reported the comments of the New Orleans mayor and police chief, who disingenuously told stories of “hooligans killing people” and “little babies getting raped” inside the Superdome sports complex in which thousands had taken shelter (pp. 236-37). In the media narratives that followed both Katrina and 9/11, the heroes were males, usually uniformed professionals, while the thousands of women and ordinary civilians who saved countless lives remained unsung. The corporate press’s coverage of Katrina, 9/11, and other disasters is thus a microcosm of its more general tendency to promote fear, individualism, chauvinism, and a host of other destructive hallmarks of “Hobbesian behavior” among the public (p. 93).

Solnit’s double contribution is in exposing this process of mythmaking while also recovering the stories of ordinary people and the extraordinary possibilities they represent. She is interested not just in the immediate aftermath of disasters, but also with “larger questions about how human beings behave in the absence of coercive authority and what kind of societies are possible” (p. 81). Her anarchist or socialist-libertarian leanings are clear: Solnit wants the kind of society where people have control over their labor and the products of that labor, where work is meaningful and allows for human creativity, where everyone’s basic needs are met, and where power is decentralized and vested in local groupings of socially-connected and community-minded people. She is ultimately concerned with disasters for what they suggest about the everyday, arguing that “to recognize and realize these desires and these possibilities in ordinary times…without crisis or pressure is the great contemporary task of being human” (pp. 307, 113). Obviously there is no magic recipe for doing so, though she does suggest that religious and activist groups can help foster the spirit of “beloved community” at the heart of strong grassroots movements and meaningful human existence in general.

Yet while Solnit’s writing is unabashedly political, her values never get in the way of a scrupulous fidelity to the historical facts: her use of firsthand accounts and her synthesis of disaster research prove that such scenarios are possible. In this regard her work follows in the tradition not only of the disaster sociologists but of labor and business historians who have demonstrated the viability of non-bureaucratic forms of industrial organization in England and the US prior to 1900; as these scholars have proven, less-hierarchical forms of industrial production were eliminated in the nineteenth century not due to any inherent inefficiency but because of the power of factory owners and ascendant corporations who promoted the factory model and specific forms of technology in large part as a way of better controlling the workforce and raising profits [3]. Proving that more desirable alternatives are indeed possible—that there is nothing in human nature that consigns humanity to the misery, hierarchy, and oppression that characterizes so much of our current world—is no small contribution in a time when many in this country and around the world are so disillusioned that, as Solnit notes, they “do not even hope for a better society” (p. 9). Convincing the excluded majority that alternatives are possible is also a key step in the process that scholars of social movements have called “cognitive liberation”: in order to participate in a movement for change, cynical people must first become convinced that the current order is not inevitable [4].

I have just one minor quibble with the book. While I strongly agree with Solnit’s premise that bureaucracy and hierarchy are not necessary for human welfare, and with her more specific criticisms of how state bureaucracies fail in times of disaster, I think that anarchist-minded critics in today’s world need to be more explicit in distinguishing between their objectives and those of corporate elites, most of whom would be very happy to see “less government” in many areas of society. For instance, Solnit quotes with apparent approval the Czechoslovakian leader Václav Havel as saying that the state realm should be “limited only to that which cannot be performed by anyone else, such as legislation, national defense and security, the enforcement of justice, etc.” (p. 146). Criticisms of bureaucratic or oppressive states have often been manipulated by corporate interests to justify the privatization of public goods and other neoliberal policies, with disastrous consequences—Havel’s Eastern Europe being a prime example. In similar fashion, elites around the world have co-opted indigenous discourses of autonomy to shirk their tax obligations to poorer regions. The Zapatistas whom Solnit discusses briefly have always insisted on the state’s continued material obligations to autonomous communities in Mexico (a point she fails to mention); as the Zapatistas and other indigenous movements around the world have understood, autonomy does not absolve the state of those obligations. I am sure Solnit would agree that for the time being the state must be held to certain responsibilities like providing social services to the general population and supplying material resources in times of disaster: she is very critical of the wave of privatization that followed Katrina, for example. Recognition of the need for a temporary state presence as a protection from concentrated and unaccountable private power is not inconsistent with Solnit’s argument in favor of decentralized decision-making or with the anarchist/Marxist belief in the desirability of states’ dissolution in the long run. But in a political culture like that of the United States where the right-wing, neo-libertarian vilification of “government” has become so widespread—while remaining almost silent with regard to the corporate interests that are far less democratic and do far more to undermine democracy—this caveat needs to be enunciated more explicitly.

This small reservation aside, A Paradise Built in Hell is an inspiring model of politically-engaged scholarship that blends moral passion, academic sophistication, and readability (arguably the three greatest virtues of all historical and political writing). Rarely does a book combine these traits so masterfully. Its usefulness is apparent on multiple levels: it is a must-read for all government officials, especially those in charge of disaster preparedness (even if most higher-level officials are unlikely to willingly delegate greater power to ordinary citizens); a powerful denunciation of elite crimes and media complicity; and an inspiring set of historical case studies for progressive-minded people who have become too cynical and dejected to bother with activism and organizing. The book “speaks truth to power,” but far more importantly it uncovers truth for use by the powerless—they who must labor to construct paradise while those in power steer us toward hell.

Notes:
[1] For a prominent recent example of this work see Lee Clarke and Caron Chess, “Elites and Panic: More to Fear than Fear Itself,” Social Forces 87, no. 2 (2008): 993-1014.
[2] See “Katrina’s Hidden Race War: In Aftermath of Storm, White Vigilante Groups Shot 11 African Americans in New Orleans,” Democracy Now! 19 December 2008.
[3] For example, see Dan Clawson’s Bureaucracy and the Labor Process: The Transformation of U.S. Industry, 1860-1920 (New York: Monthly Review Press, 1980); Charles Sable and Jonathan Zeitlin, “Historical Alternatives to Mass Production: Politics, Markets, and Technology in Nineteenth-Century Industrialization,”Past and Present 108 (August 1985): 133-76; and William G. Roy, Socializing Capital: The Rise of the Large Industrial Corporation in America (Princeton: Princeton UP, 1997).
[4] See Frances Fox Piven and Richard Cloward, Poor People’s Movements: How They Succeed, Why They Fail(New York: Pantheon, 1977), 3-4, and Doug McAdam, Political Process and the Development of Black Insurgency, 1930-1970 (Chicago: University of Chicago Press, 1982).

COMMUNITAS
http://www.dailykos.com/story/2012/06/20/1098931/-A-look-back-at-Solnit-s-Paradise-Built-In-Hell

“In this book, Solnit briefly quotes Victor Turner, an anthropologist whose theories of human social drama might have placed her research on disaster aftermath in further perspective.  This deserves further elucidation.  Victor Turner was a renegade structural-functionalist thinker who argued that, under certain conditions, social structures (such as hierarchies of dominance/ subordination) were abandoned by the general population and social states of “communitas,” spontaneous, immediate, and equal togetherness.  ”Communitas,” in turn, is a valuable element of “antistructure,” the abandonment, if perhaps temporary, of aspects of social structure.  Turner usually characterized “communitas” as being a byproduct of marginal events in social life: rites of passage from childhood to adulthood, or festivals, or sacred occasions.  Solnit broadens this category a bit — “communitas,” she implies, has been and is a byproduct of disaster relief. Now, the political aspect of “communitas” is not easily recognized as meaningful, which is no doubt why the marxists do not read Victor Turner often.  Communitas, as Turner points out, “is made evident or accessible…only through its juxtaposition to, or hybridization with, aspects of social structure” (from page 127 of The Ritual Process).  Both before and after disaster and disaster relief, human society is guided by social structure, and by the ideologies and disciplines that hold it in place.  The question Solnit prompts for the student of social change, then, is one of whether disasters can catalyze changes in the social structure through the process of coming-together that attends disaster relief.  This is the potential of communitas in action that Solnit highlights so well.”

‘HOBBESIAN BEHAVIOR’
http://rulingclass.wordpress.com/2011/12/07/essay-on-the-state-of-nature-part-i/
https://www.commondreams.org/views05/0909-30.htm
The Uses of Disaster: Notes on Bad Weather and Good Government
by Rebecca Solnit / September 9, 2005

At stake in stories of disaster is what version of human nature we will accept, and at stake in that choice is how will we govern, and how we will cope with future disasters. By now, more than a week after New Orleans has been destroyed, we have heard the stories of poor, mostly black people who were out of control. We were told of riots and babies being murdered, of instances of cannibalism. And we were provided an image of authority, of control –  of power as a necessary counter not to threats to human life but to unauthorized shopping, as though free TVs were the core of the crisis. This place is going to look like Little Somalia, Brigadier General Gary Jones, commander of the Louisiana National Guard’s Joint Task Force told the Army Times. We’re going to go out and take this city back. This will be a combat operation to get this city under control. New Orleans, of course, has long been a violent place. Its homicide rate is among the highest in the nation. The Associated Press reports that last year university researchers conducted an experiment in which police fired 700 blank rounds in a New Orleans neighborhood in a single afternoon. No one called to report the gunfire. That is a real disaster. As I write this, however, it is becoming clear that many of the stories of post-disaster Hobbesian carnage were little more than rumor. I live in the N.O. area and got back into my house on Saturday, one resident wrote to Harry Shearer’s website. We know that the looting was blown out of proportion and that much of it was just people getting food and water, or batteries and other emergency supplies. That is not to say that some actual looting did not go on. There was, indeed, some of that. But it was pretty isolated. As was the shooting and other violence in the streets.

As the water subsides and the truth filters out, we may be left with another version of human nature. I have heard innumerable stories of rescue, aid, and care by doctors, neighbors, strangers, and volunteers who arrived on their own boats, and in helicopters, buses, and trucks – stories substantiated by real names and real faces. So far, citizens across the country have offered at least 200,000 beds in their homes to refugees from Katrina’s chaos on hurricanehousing.org, and unprecedented amounts have been donated to the Red Cross and other charities for hurricane victims. The greatest looter in this crisis may be twenty-year-old Jabbar Gibson, who appropriated a school bus and evacuated about seventy of his New Orleans neighbors to Houston.

Disasters are almost by definition about the failure of authority, in part because the powers that be are supposed to protect us from them, in part also because the thousand dispersed needs of a disaster overwhelm even the best governments, and because the government version of governing often arrives at the point of a gun. But the authorities don’t usually fail so spectacularly. Failure at this level requires sustained effort. The deepening of the divide between the haves and have nots, the stripping away of social services, the defunding of the infrastructure, mean that this disaster – not of weather but of policy – has been more or less what was intended to happen, if not so starkly in plain sight. The most hellish image in New Orleans was not the battering waves of Lake Pontchartrain or even the homeless children wandering on raised highways. It was the forgotten thousands crammed into the fetid depths of the Superdome. And what most news outlets failed to report was that those infernos were not designed by the people within, nor did they represent the spontaneous eruption of nature red in tooth and claw. They were created by the authorities. The people within were not allowed to leave. The Convention Center and the Superdome became open prisons. They won’t let them walk out, reported Fox News anchor Shepard Smith, in a radical departure from the script. They got locked in there. And anyone who walks up out of that city now is turned around. You are not allowed to go to Gretna, Louisiana, from New Orleans, Louisiana. Over there, there’s hope. Over there, there’s electricity. Over there, there is food and water. But you cannot go from here to there. The government will not allow you to do it. It’s a fact. Jesse Jackson compared the Superdome to the hull of a slave ship. People were turned back at the Gretna bridge by armed authorities, men who fired warning shots over the growing crowd. Men in control. Lorrie Beth Slonsky and Larry Bradshaw, paramedics in New Orleans for a conference, wrote in an email report (now posted at CounterPunch) that they saw hundreds of stranded tourists thus turned back. All day long, we saw other families, individuals and groups make the same trip up the incline in an attempt to cross the bridge, only to be turned away. Some chased away with gunfire, others simply told no, others to be verbally berated and humiliated. Thousands of New Orleaners were prevented and prohibited from self-evacuating the city on foot. That was not anarchy, nor was it civil society.

This is the disaster our society has been working to realize for a quarter century, ever since Ronald Reagan rode into town on promises of massive tax cuts. Many of the stories we hear about sudden natural disasters are about the brutally selfish human nature of the survivors, predicated on the notion that survival is, like the marketplace, a matter of competition, not cooperation. Cooperation flourishes anyway. (Slonsky and Bradshaw were part of a large group that had set up a civilized, independent camp.) And when we look back at Katrina, we may see that the greatest savagery was that of our public officials, who not only failed to provide the infrastructure, social services, and opportunities that would have significantly decreased the vulnerability of pre-hurricane New Orleans but who also, when disaster did occur, put their ideology before their people.

MAD LOOT
http://www.thenation.com/article/katrinas-hidden-race-war
http://www.guernicamag.com/interviews/beholden/
David Graeber in conversation with Rebecca Solnit  /  May 1, 2012

DG: So we’re in this weird situation where the only really effective thing done in the last thirty years on a global level has been to convince us that no other economic system could ever be possible. Now suddenly the one we’ve got is completely falling apart and everybody is like “Oh no, what are we going to do now? Nothing else is possible, what are we going to do?” And so this is the quandary of our time. For a while, the utopian thing was out but it seems like we need to get back to it because the hopelessness can’t hold out forever when right before our eyes it’s falling apart.

RS: I feel like it’s back in a lot of different ways. When I started working on disasters, one of the things that I ran into immediately was the assumption that the real disaster is the absence of the authoritarianism of the state. The assumption that in the absence of the system that has collapsed in Katrina or 9/11 or the bombing of Britain or what have you, we’ll fall apart somehow. We’ll fall apart morally, we’ll become rabid wolves, ripping each other up and raping and pillaging or, in the favorite word for Katrina, “looting.” Or we’ll fall apart in another way if we’re not wolves—we’re sheep, we’re going to stampede and panic and fall apart. There was an assumption that aerial bombing of civilians in World War II would cause fragile, working-class people to basically have nervous breakdowns and it would paralyze the state. That was the logic of aerial bombing. In fact, it doesn’t happen at all, but the logic behind aerial bombing has never stopped, even though it never demoralizes, terrorizes, or paralyzes a population. But the assumption in disaster is essentially the rationale of an authoritarian state about why we need an authoritarian state—because we’re basically savage, competitive, hostile, chaotic creatures. And why we are and they aren’t and that they should run everything is an assumption I don’t quite understand. But at the same time, it was always really interesting looking at disasters. In fact, the opposite is true: everyday life is a disaster, and disaster can liberate us. In response to what you were saying about the greater concern with controlling us than Iraq during the Iraq War, I felt like in a way all the post-9/11 stuff the Bush administration did was about shutting down that incredible moment when right next to Wall Street… One of the amazing things about Occupy when I finally went there is that everyone talked about Wall Street—it’s closer to Ground Zero than it is to Wall Street. And it felt like it was ten years and six days after the event, it picked up where we had left off. Because when then Twin Towers collapsed, nobody trampled each other, nobody panicked, all that savage social Darwinism you were promised didn’t happen. People aided each other in kind of extraordinary ways: a quadriplegic accountant was carried down sixty-nine stories by his coworkers who didn’t do any accounting for what he owed them on the way. And then you have these amazing things: people established this kind of free circulation of goods, the commissaries that were supplying Ground Zero, and the displaced people, and things like that. You suddenly had this—you know, we had the Oakland Commune last year, we had the Paris Commune… it was like the New York Commune, there was this moment in which relations were completely different, both at a practical level but also at an emotional level. Everybody says everybody made eye contact, they cared about how you were, boundaries came down. And that was terrifying to the Bush administration and to Wall Street, which was essentially Al Qaeda’s target. And they had to get us back to business—remember that campaign, America Open For Business and all that other stuff? This is a long way around saying that what actually happens in disasters is that they demonstrate that people are actually very good at being communists in the sense that they instantly abandon capitalism, that they love these relationships of mutual aid, because the astonishing thing about disasters is that people are often weirdly joyous in them, because they’ve recovered a sense of agency, a sense of power, etc.


“Rough structures were built around the outdoor gutter kitchens using whatever was available: cloth, shutters, roofing, or corrugated metal. Photos of the city from April and May of 1906 show innumerable pop ups, ramshackle eateries with ironic names like “The Palace Hotel” and “The Appetite Killery.” Communities emerged around these kitchens with mottos such as “Make the best of it. Forget the rest of it.”

SPONTANEOUS STREET KITCHENS
http://bombsite.com/issues/109/articles/3327
interview by Astra Taylor / Fall 2009

AT: One of the most interesting ideas in the book is the concept of “elite panic”—the way that elites, during disasters and their aftermath, imagine that the public is not only in danger but also a source of danger. You show in case after case how elites respond in destructive ways, from withholding essential information, to blocking citizen relief efforts, to protecting property instead of people. As you write in the book, “there are grounds for fear of a coherent insurgent public, not just an overwrought, savage one.”

RS: The term “elite panic” was coined by Caron Chess and Lee Clarke of Rutgers. From the beginning of the field in the 1950s to the present, the major sociologists of disaster—Charles Fritz, Enrico Quarantelli, Kathleen Tierney, and Lee Clarke—proceeding in the most cautious, methodical, and clearly attempting-to-be-politically-neutral way of social scientists, arrived via their research at this enormous confidence in human nature and deep critique of institutional authority. It’s quite remarkable. Elites tend to believe in a venal, selfish, and essentially monstrous version of human nature, which I sometimes think is their own human nature. I mean, people don’t become incredibly wealthy and powerful by being angelic, necessarily. They believe that only their power keeps the rest of us in line and that when it somehow shrinks away, our seething violence will rise to the surface—that was very clear in Katrina. Timothy Garton Ash and Maureen Dowd and all these other people immediately jumped on the bandwagon and started writing commentaries based on the assumption that the rumors of mass violence during Katrina were true. A lot of people have never understood that the rumors were dispelled and that those things didn’t actually happen; it’s tragic. But there’s also an elite fear—going back to the 19th century—that there will be urban insurrection. It’s a valid fear. I see these moments of crisis as moments of popular power and positive social change. The major example in my book is Mexico City, where the ’85 earthquake prompted public disaffection with the one-party system and, therefore, the rebirth of civil society.

AT: So on the one hand there are people responding in these moments of crisis and organizing themselves, helping each other, and, on the other, there are power elites, who sometimes, though not always, sabotage grassroots efforts because, as you say at one point, the very existence of such efforts is taken to represent the failure of authorities to rise to the occasion—it’s better to quash such efforts than to appear incompetent. The way you explore the various motivations of the official power structure for sabotaging people’s attempts to self-organize was a very interesting element of the book.

RS: Not all authorities respond the same way. But you can see what you’re talking about happening right after the 1906 earthquake. San Franciscans formed these community street kitchens. You weren’t allowed to have a fire indoors because the risk of setting your house, and thereby your neighborhood, on fire was too great—if you had a house, that is. People responded with enormous humor and resourcefulness by creating these kitchens to feed the neighborhood. Butchers, dairymen, bakers, etcetera were giving away food for free. It was like a Paris Commune dream of a mutual-aid society. At a certain point, authorities decided that these kitchens would encourage freeloading and became obsessed with the fear that people would double dip. So they set up this kind of ration system and turned a horizontal model of mutual aid—where I’m helping you but you’re helping me—into a vertical model of charity where I have and you lack and I am giving to you. Common Ground, the radical organization for community rebuilding, 100 years later in New Orleans chooses as its motto: “Solidarity not charity.”


“Resident of Watertown, MA, photographs a man in combat fatigues pointing a rifle at him from the turret of his military Humvee. Everyone in the town was a potential threat that day, as police & military performed house-to-house searches for terrorists.”

‘SHOOT to KILL’
http://therumpus.net/2009/08/a-paradise-built-in-hell-the-rumpus-interview-with-rebecca-solnit/
by Padma Viswanathan / August 7th, 2009

RS: The panicked military of 1906 essentially burned down a lot of San Francisco and shot an unknown number of people as looters – one estimate says as many as 500. Who shoots people for minor property crimes, who thinks property is that sacred a basis of civilization? Who fucking cares when people are dying? The answer is the people in power, often, because the 1906 earthquake and Katrina 99 years later have a lot in common. . ‘Elite panic’ is a term coined by disaster sociologists Caron Chess and Lee Clarke to describe the way that elites freak out in crises (while the general public generally does not). Because they have so much power, their fears are magnified into policy, institutional violence, response or its lack–all the things you see in 1906 (when the mayor of San Francisco issued a shoot-to-kill proclamation for property crimes and some of the wealthy feared, as they often do and maybe should do in crisis, that disaster would unfold as revolution, with the roles of the powerful delegitimized and civil society recharged). For me the insurrectionary possibilities of disaster are what make them really interesting and sometimes positive–Mexico City’s big 1985 earthquake brought a lot of positive, populist, anti-institutional social change.

PV: Built in to your essay is the fact that a state of disaster is temporary, as are the societal changes that come with it. You talk a little, in the sections on the Mexico City earthquake and the Nicaraguan revolution, about conditions that can help to make change permanent, and also talk, in the section on 9/11, on what happens when a government seizes hold of elite panic and uses it to advance a pre-existing agenda. Where do you see the possibilities for structural change in the USA, a country so large and so diverse? Is there anything to be done to counter that negative perception of the mob, particularly given that those worst affected by any natural disaster are the poor, who are vulnerable, and the non-white, in part because they are disproportionately poor?

RS: Well, I’m a big fan of the vigor of civil society, political engagement, and public life in many parts of Latin America and really interested to watch the Latinoization of parts of this country. Many places  have become more lively and engaged or are becoming so. In his study of the Chicago heat wave, Eric Klinenberg points out that the vitality or lack of your neighborhood had a lot to do with whether you lived or died. You also see in the US a lot of localities taking more sane and inclusive approaches to disaster preparedness and planning (if not in some of the pandemic plans the Bush Administration put forward). And a lot of enthusiasm for public space, farmer’s markets, the idea of community–but we still build car-based sprawl and what I think of as the northern Protestant tradition of privatization of the social is still a major force. I think that fear of the mob, the expectation that people, particularly poor and nonwhite people become mobs almost automatically in the absence of coercive authority, is inculcated by the media, the movies, and politicians. I hope that my book will do something to make it clear they’re spreading destructive distortions about how most people actually behave and make visible some of the remarkably brave, altruistic, and resourceful ways people often act in crisis and disaster. We are entering a new era of populism and, finally, a turning away–not enough, but some–from adulation and deference to the rich and to the corporations. Nothing may come of it–but much could if people whose work it is to offer new ideas and tools seize the moment. And the poor have often been subversive just because they don’t always believe their own depiction as brutes and loafers and leeches, and this new economy is making lots more poor or recognize their fellowship with the insecurity of the poor, the portion of the population for whom the system does not work. Maybe even the era of identifying with the rich is over.


A volunteer sorts through donations at The Church of St. Luke and St. Matthew in Brooklyn. (Photo provided by the church.)

DISASTER SCIENCE
http://www.slate.com/articles/health_and_science/science/2012/11/looting_after_hurricane_sandy_disaster_myths_and_disaster_utopias_explained.html
The Civilizing Power of Disaster
Where was all the chaos, looting, and mass-panic during Hurricane Sandy?
by Katy Waldman  /  Nov. 6, 2012

The roll call of small mitzvahs and impromptu cooperation surrounding Sandy keeps expanding. Asked about conditions in post-hurricane New York, a Quora contributor mentioned the restaurants handing out free bread and coffee; the taxi drivers accepting whatever passengers have in the way of cash; the motorists waving walkers across the roads. In addition to rainwater, cities struck hard by Monday’s gale seem to be awash in the milk of human kindness.

Which prompted us cynical souls to ask: What’s going on? Conventional wisdom, supported by media narratives and Hollywood disaster flicks, says that emergencies bring out the worst in us. The 1977 New York City blackout still haunts our collective memory: Anarchy reigned, fires blazed, and looters and vandals ran amok. So where were the riots last week? Where was the mass panic? Why did so many people seem to rise to the occasion, instead of descending to some modern version of the Heart of Darkness? Researchers in disaster science have again and again debunked the idea that catastrophe causes social breakdown and releases the ugliest parts of human nature. Research from the past several decades demonstrates, as one report (pdf) put it, “that panic is not a problem in disasters; that rather than helplessly awaiting outside aid, members of the public behave proactively and prosocially to assist one another; that community residents themselves perform many critical disaster tasks, such as searching for and rescuing victims; and that both social cohesiveness and informal mechanisms of social control increase during disasters, resulting in a lower incidence of deviant behavior.” People become their best selves when crisis strikes.

The history of modern disasters entails a parallel history of people suddenly exhibiting communal, altruistic impulses. There were not enough lifeboats to save all 2,207 on board the Titanic. And yet, as a 2001 study confirmed, women and children, despite being physically weaker than men, were more likely to survive—suggesting that, in a nightmare scenario of scarce resources, many people chose sacrifice over self-interest. Likewise, a NIST report on theevacuation patterns of office workers in the World Trade Center during the Sept. 11 attacks told a story of order, cooperation, and selflessness, not mayhem or panic.

A growing body of research suggests that large-scale emergencies loosen social mores just enough to open up new spaces for human resilience, imagination, and compassion. Rebecca Solnit, author of A Paradise Built in Hell: The Extraordinary Communities that Arise in Disaster, coined the term “disaster utopia” to describe how people band together after a crisis, suspending conflicts or differences to help one another. She cites the provisional, fleeting society that cropped up in the wake of the 1906 San Francisco earthquake and firestorm, which destroyed more than 28,000 homes, businesses, and municipal buildings. Gathered in Golden Gate Park, the newly homeless started soup kitchens and stitched together sheets to build refugee tents. They sang for each other and got married at far higher rates than usual. A strange, almost joyous liberation animated the city, one that survivors would remember with nostalgia, just as the Polish émigrés Solnit interviewed half-longed for the bad old days under a vicious Communist regime, because the harsh conditions forged such close communities of resistance. “Imagine a society,” Solnit writes, “where the fate that faces [people], no matter how grim, is far less so for being shared, where much once considered impossible, both good and bad, is now possible or present, and where the moment is so pressing that old complaints and worries fall away, where people feel important, purposeful, at the center of the world.”

Why do we behave so well when our normal social structures vanish? Maybe we’re grateful that the crisis left us alive. Maybe doing good works gives us a sense of control or agency. Or maybe being kind just makes us happy. One of the oddest and trickiest parts of Solnit’s thesis holds that people are not only more generous to one another in the wake of disaster, but that they are happier, too. Or, to be more precise, they experience “an emotion graver than happiness but deeply positive,” a kind of fulfillment that comes with recapturing what Solnit describes as humankind’s natural state. She argues that Westerners have internalized certain value systems—capitalism, individualism—that in some ways contradict our social wiring. Disruptive events recalibrate us to a “default setting,” which is “altruistic, communitarian [and] resourceful.” Solnit does not seek to minimize the grief and suffering crises can cause. Yet she believes that dealing with extreme situations helps us access a satisfying depth of feeling. Perhaps that’s one reason why people farther from a disaster often are more terrified by it. (Another explanation may be that onlookers can spare the emotional bandwidth for fear, while those at the epicenter simply do what they must.)

But meanwhile, the disaster myths persist. We expect anarchy when an emergency hits and get confused when civilization doesn’t come apart at the seams. Part of the blame lies with the media. Sociologists Kathleen Tierney, Christine Bevc, and Erica Kuligowski have outlined “reporting conventions that lead media organizations … to focus on dramatic, unusual, and exceptional behavior, which can lead audiences to believe such behavior is common and typical.”* Anomaly or not, a theft caught on tape makes for more compelling viewing than endless footage of rain. What’s more, they argue, news outlets narrate disasters through a “looting frame.” They intersperse relevant details with boilerplate commentary like “the National Guard has been brought into [name of community] to keep the peace”—implying that, without the National Guard, scofflaws would be running rampant. Such bias became especially evident in the days and weeks following Hurricane Katrina. And it took an even uglier turn when it merged with the media’s penchant for criminalizing minorities. In August 2005, newspapers published images of African-Americans “looting goods,” while white people doing the exact same thing were seen as “finding supplies.” According to the researchers, reporters poured all their energy into uncovering “the putative lawless behavior of certain categories and types of people—specifically young black males—to the exclusion of other behaviors in which these disaster victims may have engaged,” thereby “producing a profile of looters … that overlooked whatever prosocial, altruistic behaviors such groups may have undertaken.”

In one sense, then, emergencies do bring out the worst in some of us. They spook the people who have the most to lose if society changes shape. Disaster scientists have christened this phenomenon elite panic: “fear of social disorder; fear of poor, minorities and immigrants; obsession with looting and property crime; willingness to resort to deadly force; and actions taken on the basis of rumor.” While public, disaster-zone panic is mostly an illusion, elite panic manifests in the “command-and-control” measures a government often takes after a natural disaster, including shoot-to-kill orders and the deployment of heavily-armed “relief” forces. President Bush dispatched hundreds of troops in camouflaged battle gear to supervise post-Katrina New Orleans. Rather than convey food and water to victims, these assault rifle-bearing soldiers stood guard at street intersections and prevented the sick and needy from leaving. The storm had devastated Louisiana physically, but elite panic turned it into a cauldron of suspicion, wasted human resources and reactionary violence. It laid bare the costs of our disaster myths. Luckily, though, the New York and New Jersey communities hit hardest by Sandy are hewing closer to Rebecca Solnit’s vision. As power slowly returns to the East Coast and people rebuild their damaged homes, we’ll celebrate our lives going back to normal. It would be nice if we could hold onto a bit of utopia, too.


Ocean Bay Community Center in Arverne, Queens {photo: Michael Kirby Smith}

AND YET
http://www.dnainfo.com/new-york/20130423/new-dorp-beach/sandy-relief-camp-forced-close-so-beachgoers-can-get-si-shore
http://www.nytimes.com/2012/12/31/nyregion/storm-relief-operation-in-queens-says-it-has-been-told-to-cease.html
Community Center Says It Has Been Told to Cease Its Storm Relief Program
by Colin Moynihan  /  December 30, 2012

People began showing up at the Ocean Bay Community Center in Arverne, Queens, on Sunday morning, braving the harsh cold to collect numbered tickets from a tall, dreadlocked man named Jamal Skrine. As he handed the tickets out, Mr. Skrine told the recipients to return later to pick up food and supplies. The center was told by the New York City Housing Authority, which owns the building, to close for cleaning and transition “back to a community center space.” In the center’s gymnasium, volunteers were preparing for what had become a daily routine in the days after Hurricane Sandy, stacking tables with donated items, including cranberry juice, peanut butter and cleaning products. In the afternoon, those with tickets lined up outside and waited for the doors to open. “A lot of people are still suffering,” Karen Joe, 43, said as she waited, adding that she had just been scrubbing mold off her walls. More than two months after the hurricane, hundreds of people still rely on the relief program at the center, said Aria Doe, the executive director of a group that runs after-school programs there.

It was Ms. Doe who started the relief program after the storm. So far, she said, about half a million dollars’ worth of food, diapers and other items donated by people and organizations from as far away as Japan and Norway have been distributed, while doctors and other health care workers have provided free medical care. But just before Christmas, Ms. Doe said, officials from the New York City Housing Authority, which owns the building, told her to stop the relief efforts before the end of the year so that the center could be cleaned, and turn over supplies to city-run relief operations. In an e-mailed statement housing authority officials said that their agency and the Department of Youth and Community Development, which contracted with Ms. Doe’s group to run the after-school programs, wanted academic and community services to resume. “We need to inspect the center in order to begin necessary cleanup and remediation work so that we can transition the facility back to a community center space,” the officials wrote, adding that on Monday they planned to meet with people from the center “to discuss the cleaning process and next steps in restoring services.”

The hurricane caused extensive damage in Far Rockaway. On Sunday, heaps of debris could still be seen on corners, and some businesses remained shut down. The boarded-up windows of a McDonald’s on Beach Channel Drive had messages telling potential thieves that the place had already been ransacked. Ms. Doe said many of the people who showed up at the center had lost jobs because of the storm or had troubles even before that. The closest city-run relief centers, she said, were more than a dozen blocks away, near areas frequented by gangs. “We have so many elderly or infirm people,” Ms. Doe said. “They need a place that is close.” Ms. Doe said that volunteers would scrub the center over the next few days. Afterward, she said, she would get an official from the Environmental Protection Agency to certify that the premises were clean, a measure she hoped would satisfy the housing authority.

In January, she said, she would resume the after-school programs. Though she expected the need for relief supplies to diminish, she said, there was still a demand and she wanted to continue providing them while running the other programs. Just after 2 p.m. Mr. Skrine opened the doors and began ushering in those who had been waiting. Inside the gymnasium they filed past tables and accepted plastic bags containing, among other items, vitamins, soap, canned soup, fiber bars and wool blankets. Down the hall, in the clinic, an emergency medical technician offered flu shots. Nearby, in a kitchen, several men prepared rice and beans, salad and beef stew. And in the hall outside her office, Ms. Doe spoke with volunteers as she planned the scrubbing operation. “Get the mops out,” she said. “We’re going to be cleaning tonight.”

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OPTIMISM BIAS [YES YOU TOO]

http://optimism.behaviouralfinance.net/
https://rpseawright.wordpress.com/2012/07/16/investors-10-most-common-behavioral-biases/

“…a well-established bias in which someone’s subjective confidence in their judgments is reliably greater than their objective accuracy. Indeed, we live in an overconfident, Lake Wobegon world (“where all the women are strong, all the men are good-looking, and all the children are above average”).  We are only correct about 80% of the time when we are “99% sure.” Fully 94% of college professors believe they have above-average teaching skills. 80% of drivers say that their driving skills are above average. While 70% of high school students claim to have above-average leadership skills, only 2% say they are below average, no doubt taught by above average math teachers. In a survey, 92% students said they were of good character and 79% said that their character was better than most people even though 27% of those same students admitted stealing from a store within the prior year and 60% said they had cheated on an exam. Venture capitalists are wildly overconfident in their estimations of how likely their potential ventures are either to succeed or fail. In a finding that pretty well sums things up, 85-90% of people think that the future will be more pleasant and less painful for them than for the average person.”

i-4dc90862f9a04bd0a1e5c6c8f3b78b79-mckinsey2-thumb-499x288-47119.png

INFLATED EARNINGS ESTIMATES
http://scienceblogs.com/cortex/2010/04/15/optimism-bias/
by Jonah Lehrer  /  April 15, 2010

“I’m pretty fascinated by this chart from the McKinsey Quarterly, which is a great demonstration of the optimism bias. The chart captures the earnings estimates of equity analysts for S&P 500 companies. The downward slope of these yellow lines is what happens when our hopeful projections meet dismal reality. Needless to say, these estimates come from highly paid professionals, with access to vast amounts of data. (They’re also making projections about the relatively near future.) Unfortunately, all that data is no match for a deep-seated bias, which leads us to accentuate the positive and downplay the prospect of potential losses. (This helps explain why earnings projections are even less accurate during economic downturns.) Interestingly, the only segment of the population that isn’t vulnerable to the optimism bias are people with major depressive disorder. Maybe Wall Street should think about hiring them.”

vs DEPRESSIVE REALISM
http://www.psychologytoday.com/articles/200802/magical-thinking

“We use ritual acts most often when there is little cost to them, when an outcome is uncertain or beyond our control, and when the stakes are high. People who truly trust in their rituals exhibit a phenomenon known as “illusion of control,” the belief that they have more influence over the world than they actually do. And it’s not a bad delusion to have—a sense of control encourages people to work harder than they might otherwise. In fact, a fully accurate assessment of your powers, a state known as “depressive realism,” haunts people with clinical depression, who in general show less magical thinking.”


Tali Sharot, a faculty member of the Department of Cognitive, Perceptual and Brain Sciences at University College London, is the author of “The Optimism Bias: A Tour of the Irrationally Positive Brain.”

MANAGING EXPECTATIONS
http://www.cnn.com/2012/06/24/opinion/sharot-optimism-bias/index.html
Why we fool ourselves into optimism
by Tali Sharot   /  Jun 24, 2012

“Close your eyes for a moment and imagine your life five years from now. What sort of scenarios pop into your mind? How do you see yourself standing professionally? What is the quality of your personal life and relationships? Though each of us may define “happiness” in different ways, it remains the case that we are inclined to see ourselves motoring happily toward professional success, fulfilling relationships, financial security and stable health. Unemployment, debt, Alzheimer’s, any number of other regrettably common misfortunes are rarely factored into our projections. According to most estimates, 80% of the population hold unrealistic, optimistic beliefs about their own future. However, ask people whether the economy is going in the right direction or how they feel about the future of their country, and you will hear: “absolutely not” and “going down the drain.” Collectively we are quite pessimistic about the direction of our nation or the ability of our leaders to improve education and reduce crime. But private optimism, about our personal future, remains incredibly resilient.

Surveys show that most people overestimate their prospects for personal achievement, expect their children to be extraordinarily gifted and hugely underestimate their likelihood of divorce and cancer. What always puzzled me was how we manage to maintain optimism in the face of reality. We experience failure and heartache, we read the newspaper — we know the economy is unstable, but still we remain optimistic about our own odds. As a neuroscientist I found this especially surprising, because according to all classic theories of learning when expectations are not met, we alter them. This should eventually lead to realism, not optimism.

By scanning the brains of people while they learned from positive and negative information about the future we uncovered a possible answer to this puzzle. Surprisingly, when people learn of what the future may hold, their brains faithfully encode desirable information that can enhance optimism, but fail at incorporating unexpectedly bad information. When we learn of Oprah Winfrey’s success story, our brain takes note and concludes that maybe, we too may become immensely rich one day. But when told the odds of divorce are almost 1 in 2 we take no notice. This means that warning signs such as those on cigarette packets may only have limited impact. “Yes, smoking kills — but mostly it kills the other guy.” But at the same when we hear the housing market is going up we think — “ohhhh the value of my house is going to double.”

In fact, economists have suggested that optimism was a root cause of the financial downfall of 2008. The optimism bias was not only blurring the vision of the private sector, but also of government officials, rating agencies and financial analysts who constantly expected the market to go up and up. The belief that we are relatively immune to future harms can also put us at physical risk. Take for example an e-mail I received from a California firefighter who read my book about the optimism bias. He says fatality investigations involving firefighters often include statements to the effect of “We didn’t think the fire was going to do that” even when all of the available information about risks was there to enable safe decisions.

The British government for one has decided to try to address these problems. As a first step, it has acknowledged that the optimism bias causes individuals to underestimate the cost and duration of projects. Specific guidelines of how to correct for the optimism bias in appraisals were published in the British government’s Green Book, which provides an overall methodology for economic assessment. Adjustments for the optimism bias have since been factored into the budget of many UK government projects, including most recently the 2012 London Olympics. Despite all these potential pitfalls, the science of optimism clearly indicates that, on balance, viewing the world through rose-tinted glasses is a good thing. We now know that underestimating the pain and difficulties the future undoubtedly holds lowers stress and anxiety, consequently enhancing physical and mental health.

Believing that a goal is within reach motivates us to act in a way that will help us attain it. This may, for instance, explain why optimists work longer hours and tend to earn more. Yes, the 2012 London Olympics budget had to be adjusted to account for over-optimistic prediction, but if the human spirit were not optimistic, would there be anyone around to participate in the actual Games? My guess is that the number of athletes who expect to win a medal at the Olympics significantly outnumbers the number of contestants who will mount the podium to be garlanded in due course. Most athletes subject themselves to years of intensive training because they can clearly envisage the end goal. At the end of the day, to make any kind of real progress we need to be able to imagine alternative realities — better ones, and believe them to be possible.”

BIAS REMOVAL
http://theoptimismbias.blogspot.com/p/scientific-papers.html
http://www.time.com/time/health/article/0,8599,2074067,00.html
http://www.brainpickings.org/index.php/2012/12/12/science-of-optimism-sharot/
http://www.the-scientist.com/?articles.view/articleNo/32642/title/Removing-the-Optimism-Bias-/
http://www.scientificamerican.com/article.cfm?id=unflagging-optimism

“Most of us hold unrealistically optimistic views of the future, research shows, downplaying the likelihood that we will have bad experiences. Now a study inNature Neuroscience last October has found clues to the brain’s predilection for the positive, identifying regions that may fuel this “optimism bias” by preferentially responding to rosier information. Tali Sharot, a University College London neurology researcher, and her colleagues asked 19 individuals between the ages of 19 and 27 to estimate their odds of experiencing 80 unfavorable events, such as contracting various diseases or being the victim of a crime. Participants were then told the actual average probability of each before repeating the exercise.

The participants revised most of their estimates the second time around, but 79 percent of those tested paid much more attention when their actual risk was lower than what they had initially guessed. After getting the good news, these subjects rated their risk for these events as significantly lower than they did earlier. In contrast, when they had underestimated their odds of meeting with a particular misfortune, they made less drastic revisions to their guess or none at all—clinging to their earlier belief that they would probably avoid the bad luck. Using functional MRI, the resear­chers found areas in the prefrontal cortex, where conscious reasoning takes place, that were active when participants received infor­mation that was better than anticipated. The greater the difference between the subjects’ initial guess of their risk and the true probability, the more activity appeared in these regions, hinting that they contribute to positive error correction.

Activity in another part of the brain, the right inferior frontal gyrus, changed in response to discouraging information. There, however, activity did not correspond as closely with the magnitude of error in the participants’ initial risk estimates, matching the poorer correction later. That incon­sistent neural response was ob­served most clearly or most often in individuals who scored higher on standard tests for optimism as a personality trait. This finding jibes with past studies that observed an optimism bias in about 80 percent of the population. Its absence can signal anxiety or depression. Yet being overly optimistic has consequences, too, Sharot says, preventing us from taking some precautions to avoid harm or misfortune. Realizing the brain’s partiality may be half the battle. “If you are aware of the optimism bias, you can commit to actions or rules that will help protect you,” Sharot notes.” 

LEARNING CURVE
http://blogs.wsj.com/totalreturn/2011/10/28/this-is-your-brain-on-gains/
by Jason Zweig  /  October 28, 2011

“Why is it so hard for investors to learn from their mistakes? One reason, according to new research by a team of neuroscientists in London and Berlin: We learn more when results are better than expected than when they are worse than expected. In effect, your brain perceives the world through rose-colored glasses. In a recent experiment, people were asked to estimate the odds of suffering 80 different bad outcomes—being robbed, getting cancer, developing Alzheimer’s disease and so forth. Then they were shown the actual probability of those events. Finally, in a later session, they were asked to recall the probabilities of each of the 80 events. It turned out that people’s final estimates of probabilities were much more accurate when their first round of guesses had been too pessimistic. Whenever reality had turned out to be better than they had anticipated, people’s future forecasts became significantly more accurate.

In short, humans don’t learn equally well from upside and downside mistakes. Because we have what researcher Tali Sharot calls an “optimism bias,” we pay more attention when the future turns out to be better than we expected. If you bought Apple at $60 a share thinking maybe it would double, you’ve probably spent a fair amount of time wondering why you underestimated its potential and trying to apply those lessons to find other great stocks. On the other hand, if you bought Netflix at $200 a share, never dreaming it would go down by more than half, you’re probably not doing much self-reflection at all; you’re looking for somebody to blame.

At a recent meeting of more than 100 financial advisers and wealthy investors, I asked how many thought they added value to their portfolios with their selling decisions. Almost all the hands went up. I then asked how many tracked the returns of the stocks they sold after they sold them. Two-thirds of the hands went down. But, of course, there’s no way to know whether it was a good idea to sell one stock and replace it with another unless you systematically track how both of them did after the trade. The lesson: Investors must force themselves to study their mistakes, or they will never learn from them.  Otherwise your automatically optimistic brain will keep you from confronting the truth.”

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ILLEGAL INTERNET CENSUS

http://internetcensus2012.bitbucket.org/paper.html
http://census2012.sourceforge.net/images.html

Research Botnet Uses Default Passwords to Conduct “Internet Census”
http://threatpost.com/en_us/blogs/50-million-potentially-vulnerable-upnp-flaws-012913
http://www.infosecurity-magazine.com/view/31343/carna-botnet-an-interesting-amoral-and-illegal-internet-census/
Carna botnet – an interesting, amoral and illegal internet census  /  20 March 2013

It started from a joke – we should try root:root to log on to random IP addresses. But it evolved from that into a botnet of port scanners able to port scan the entire IPv4 internet in very short order: a complete IPv4 internet census. The hacker/researcher concerned says he had no malicious intent, just a positive purpose. In reality, his motivation was pure old-school hacker: “I saw the chance to really work on an Internet scale, command hundred thousands of devices with a click of my mouse, portscan and map the whole Internet in a way nobody had done before, basically have fun with computers and the internet in a way very few people ever will. I decided it would be worth my time.” In other words, his ultimate drive was his own curiosity and because he could. The binaries he developed and deployed – it’s difficult to call them malware since they had no mal-intent; but it’s difficult not to call them malware since they were installed without invitation – were designed to do no harm, to run at the lowest possible priority, and included a watchdog to self-destruct if anything went wrong. He also included a readme file with “a contact email address to provide feedback for security researchers, ISPs and law enforcement who may notice the project.”

The results from the project are worrying but perhaps not surprising to other security researchers: “insecure devices are located basically everywhere on the Internet.” He does note, however, that his unofficial census shows that people are cavalier in what they attach to the internet. “If you believe that ‘nobody would connect that to the internet, really nobody’, there are at least 1000 people who did. Whenever you think ‘that shouldn’t be on the Internet but will probably be found a few times’ it’s there a few hundred thousand times. Like half a million printers, or a Million Webcams, or devices that have root as a root password.” He concludes that “while everybody is talking about high class exploits and cyberwar, four simple stupid default telnet passwords can give you access to hundreds of thousands of consumer as well as tens of thousands of industrial devices all over the world.” Whether the results he has made available to other researchers is of any real value, however, is a different matter. “The actual research itself is noteworthy in that it is the most comprehensive Internet-wide scan,” comments Mark Schloesser, a security researcher at Rapid7. “I’m still reviewing the findings, but so far nothing ‘mind-blowing’ has leapt out at me.” Nevertheless, he adds, “Generally this kind of research raises awareness of the real security and configuration issues affecting people, and hopefully helps them identify areas for action.”

http://www.zdnet.com/illegal-botnet-census-finds-1-2m-devices-with-default-passwords-7000012871/
Illegal botnet census finds 1.2m devices with default passwords
by Michael Lee  /  March 20, 2013

A common “script kiddie” technique to find vulnerable online computer systems is to attempt to scan a range of IP addresses for responsive known services, such as Telnet or SSH, and then attempt to log in using the default username and password. A crude physical analogy would be a burglar who walks from house to house in a neighbourhood, checking to see whether anyone has forgotten to put a lock on their door. With an opportunistic attack, given enough “neighbourhoods” and enough time, one could potentially gain an insight into how poorly protected people are. However, with the burglar being a single person, doing so would take them a prohibitively long time — unless, theoretically, they were able to recruit vulnerable households and send them to different neighbourhoods to do the same. That was the idea behind the Internet Census 2012 and the Carna botnet, an illegal project that, in addition to answering the big question of how many IPv4 addresses are in use, highlighted just how many people left their metaphorical front doors unlocked by using default passwords and user logins. In an author-less paper published on Bit Bucket, the Carna botnet outsourced the task of port scanning millions of IP addresses to vulnerable machines, beginning with a scan of about 100,000 IP addresses. ”With 100,000 devices scanning at 10 probes per second, we would have a distributed port scanner to port scan the entire IPv4 internet within 1 hour,” the paper said.

The botnet itself did not spread using any sophisticated techniques, instead trying the username/password combinations of admin/admin, root/root, and both usernames with blank passwords. Between March and December 2012, the Carna botnet consisted of 420,000 clients. Despite having control of such a large network, the botnet remained relatively benign, as its intent was to collect data for research. The paper states that the author had “no interest to interfere with default device operation” and made no permanent changes to machines it infected. Removal of any uploaded files was a simple matter of rebooting the device, and a number of precautions were made to ensure that they would not interfere with normal device usage. ”Our binaries were running with the lowest possible priority, and included a watchdog that would stop the executable in case anything went wrong. Our scanner was limited to 128 simultaneous connections, and had a connection timeout of 12 seconds,” the paper said. ”We also uploaded a readme file containing a short explanation of the project, as well as a contact email address to provide feedback for security researchers, ISPs, and law enforcement who may notice the project.”

While the census found that the majority of vulnerable devices were consumer routers, the paper notes that a few vulnerable devices included industrial control systems and border gateway protocol routers responsible for assisting in finding country-wide routes for the wider internet. In simplistic terms, the latter routers help ISPs to find optimal routes through which to direct, at times, country-wide traffic, making it possible to cut entire nations off from the rest of the world. This protocol has been subject to attack in the past, such as when Syria was knocked off the internet last year, or when 15 percent of the world’s traffic was routed through China in 2010.

Hilbert map of the 420 Million IP addresses that responded to ICMP ping requests at least two times between June and October 2012. The IP space is mapped to a 2-dimensional Hilbert Curveas inspired by xkcd. For a zoomable, clickable version of this image as well as other data projected in a Hilbert curve take a look the Hilbert Browser.

Although Carna spread to 420,000 devices, it does not represent the total number of vulnerable ones; technical limitations, such as insufficient space for Carna’s binaries, meant that it could not run on certain devices. From the unique hardware addresses (MAC addresses) the botnet collected from vulnerable devices, the paper suggests that there were about 1.2 million unprotected devices in its census, and many more devices that were simply unable to report their hardware address. ”A lot of devices and services we have seen during our research should never be connected to the public internet at all. As a rule of thumb, if you believe that ‘nobody would connect that to the internet, really nobody’, there are at least 1,000 people who did. Whenever you think, ‘that shouldn’t be on the internet, but will probably be found a few times’, it’s there a few hundred thousand times. Like half a million printers, or a million webcams, or devices that have root as a root password.” As insecure as these systems were, and the significant consequences that their exploitation may have brought, the paper chose to ignore all traffic going through them that was not relevant to its study in order to respect users’ privacy.

A twist in the study came in the form of another botnet that Carna discovered during its first initial scan of a few thousand devices. It discovered another bot called Aidra that the paper’s author said was “clearly made for malicious actions”. After examining what targets Aidra was looking at, Carna’s author decided to close the telnet service that it was using to spread on machines that it infected. In this manner, if Carna infected a machine it knew was being targeted by Aidra, it would gather its research data, then “auto-immunise” itself against the impending Aidra attack, therefore protecting the victim from being abused. ”We figured that the collateral damage as a result of this action would be far less than Aidra exploiting these devices.” However, Carna’s policy of ensuring that no changes were ever made permanent meant that restarting the device would remove Carna as well as any protection it offered against Aidra.

The big question of the census, however, was how many 3.6 billion or so non-reserved IPv4 addresses are actually in use? “That depends on how you count. 420 million pingable IPs plus 36 million more that had one or more ports open, making 450 million that were definitely in use and reachable from the rest of the internet. 141 million IPs were firewalled, so they could count as ‘in use’. Together, this would be 591 million used IPs. 729 million more IPs just had reverse DNS records. If you added those, it would make for a total of 1.3 billion used IP addresses. The other 2.3 billion addresses showed no sign of usage.” As for the rest of the data, the author has made it available for anyone who’s willing to download the 568GB compressed package. Uncompressed, the total data represents 9TB of raw logfiles, covering results from ping, reverse DNS, port scan, traceroute, and TCP IP fingerprint tests. “We hope other researchers will find the data we have collected useful, and that this publication will help raise some awareness that while everybody is talking about high-class exploits and cyberwar, four simple stupid default telnet passwords can give you access to hundreds of thousands of consumer as well as tens of thousands of industrial devices all over the world.”

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TORNADO POWER

SOLAR VORTEX
http://www.newscientist.com/article/mg21729075.400-reap-the-whirlwind-for-cheap-renewable-power.html
Reap the Whirwind
by Hal Hodson / 07 March 2013

Whirlwinds are associated with destruction, not sustainable energy. Now it seems we can harness their power to generate renewable electricity. The Solar Vortex system is the brainchild of Mark Simpson and Ari Glezer at Georgia Institute of Technology in Atlanta. It relies on the temperature difference between hot air close to the ground and cooler air just a metre or so above it. As the hot air rises and cool air falls, convection currents form between these layers, leading to small whirlwinds or dust devils.

Solar Vortex channels these currents with an array of fixed blades or vanes. They funnel the airflow into a vortex, which turns a turbine at the device’s centre. No power is needed to kick the process off as the position of the vanes helps the vortex to start spontaneously. As the warm air rises, more air rushes in, fuelling the artificial whirlwind. Maintenance and installation costs are much lower than for a conventional wind farm because there is no need to put turbines on high towers to catch the wind. Since ground temperature varies slowly through the day, the system’s energy output is more constant too, and stays steady for a few hours after sunset, when consumer demand is often highest.

Glezer had the idea after living in Arizona. “He had experienced naturally occurring dust devils and the kinetic energy they contain, and wanted to create a method for extracting that power,” Simpson says. Simpson has tested a small, 1-metre version of the vortex that drives a turbine to create a few watts of power using nothing more than a hot, sun-baked metal sheet. However, the power output scales up rapidly as you increase the turbine’s diameter. Simpson calculates that a 10-metre turbine will produce 50 kilowatts of power using the same method. The team says that an array of these vortex turbines could produce 16 megawatts for every square kilometre they cover. This is not bad considering conventional wind turbines yield just 3 and 6 megawatts per square kilometre. In fact, the team estimates that the electricity produced by a Solar Vortex will be 20 per cent cheaper than energy from wind turbines and 65 per cent cheaper than solar power.

The US government’s clean energy start-up shop is convinced: the Advanced Research Projects Agency Energy (ARPA-E) announced its decision to fund some large-scale trials last week. Simpson is due to present a paper in July detailing the trials at the ASME International Conference on Energy Sustainability in Minneapolis, Minnesota. Working with ARPA-E, Simpson and Glezer plan to have their 50 kW model running within two years, with tests on intermediate models scheduled for July. ”The science is solid,” says Nilton Renno who researches thermodynamics at the University of Michigan. “Once you induce circulation nearby, the vortex can be self-sustaining.” Steven Chu, the outgoing energy secretary, is interested; he visited the team briefly at the ARPA-E conference in Washington DC last week. “We would like to start with building a small-scale farm of these things,” Simpson says. “At that point we start to produce real energy, and can begin to sell some of that energy and convince people of our system.”

MICRO-TORNADOES
https://smartech.gatech.edu/jspui/handle/1853/44268
http://www.fmrl.gatech.edu/drupal/projects/solarvortex
http://news.discovery.com/tech/alternative-power-sources/dust-devils-power-energy-machine-130228.htm
Dust Devils Power Energy Machine
by Eric Niiler  /  Feb 28, 2013

Dust devils are swirling micro-tornadoes that pop up regularly in dry, warm climates or during the summertime. Researchers say they have figured out how to tame the tiny twisters and extract their energy using a rotating turbine blade. A team at Georgia Tech has built a small demonstration prototype about three feet wide. It looks like the inside of an aircraft engine rotor turned on its side. Warm air flows in through a series of vanes that force the buoyant ground-heated air to rotate as it rises. This spinning creates a powerful vortex, or “dust devil,” according to Ari Glezer, the principal investigator and professor of mechanical engineering at Georgia Tech. As the column of air rises, it draws in more hot air to keep going. Here’s a video of a laboratory-created dust devil. And the real thing at a baseball field in Indiana. “We trigger a vortex artificially,” Glezer said. “The idea is to ultimately hook it up to the electric grid.”

Glezer’s project recently was awarded $3.7 million from the Department of Energy’s Advanced Research Projects Agency — Energy (ARPA-E). The Solar Vortex fits with the goals of ARPA-E to find high-risk, high-reward projects, according to program director Bryan Willson. “It’s part of our mission to look for disruptive energy technologies that are typically earlier stage and higher risk than other agencies or commercial entities would take on,” Willson said. “They also have to be based on sound science.” Glezer said if the Solar Vortex is successful, it would cost 25 percent less than traditional wind power generation and 60 percent less than solar panels. That’s because the vortex is generated with or without prevailing winds higher up in the atmosphere. The other nice thing is the turbines are low to the ground and don’t block neighbors views, something that has stymied wind projects in several parts of the country. Glezer says he envisions an one-kilometer square array of turbines that are six feet tall and 30 feet wide. He believes they could especially be helpful during the summertime, when demand for electricity spikes. He also sees them sitting atop rooftops on office buildings and factories where there is plenty of waste heat escaping to the air. Nobody has harnessed dust devils before, and Willson said some of his fellow DOE managers needed some convincing before the agency agreed to spend taxpayers’ money on it. “It’s definitely an unconventional technology,” Willson said. “Which means we put it through a lot of internal debate at ARPA-E to make sure it was a rational technology, as well as just being cool and innovative.”

ARPA-E
http://www.forbes.com/sites/davidferris/2013/02/26/exciting-ideas-in-solar-energy-from-arpa-e/
by David Ferris  /  2/26/2013

Now in its fourth year, the summit of the Advanced Research Projects Agency-Energy  (ARPA-E) never fails to bring out the most cutting-edge ideas in renewable energy. This week’s conference inWashington D.C. is no exception. I walked the exhibition floor today and ran across some sexy new concepts in solar power. The Solar Vortex borrows its inspiration from dust devils, those miniature twisters of excited dirt that sometimes arise in the dusty and dry stretches of the U.S. Southwest. What gets a dust devil going is the difference in temperature between the scorching-hot ground and the somewhat cooler air above. The hot air rises, twists and gives rise to a momentary dust tornado. Georgia Tech is the leader of a consortium that aims to capture this dust-devil energy inside a stubby cylinder. The concept is simple: The cylinder sits upon a dark surface that absorbs lots of heat. The “walls,” so to speak, are angled vanes that take the hot air rising off that hot surface and twist it into a vortex. At the top, a set of fan blades sit in the path of the rising air. The fan blades turn, activating a generator that creates electricity. The video below is a miniature model of the Solar Vortex on the exhibition floor. The cylinder sits on a plate that is, like hot pavement, almost too hot to touch, about 47 degrees Celsius (116 degrees Fahrenheit). The movement you see in the blade is solely from the force of moving air.

Georgia Tech has already gotten rights to use a site in Mesa, Arizona — plenty of heat there — and is working toward building a 50-kilowatt commercial-scale model. Final negotiations with ARPA-E are underway for an intermediate step: a 10-kilowatt  version by 2015 . Arne Pearlstein, a professor of mechanical engineering who is a collaborator, told me that the commercial-scale version might be 10 meters wide but only two or three meters tall, and that the units would sit about 55 meters apart. These squat machines could bring renewable energy to regions that are bombarded by heat but don’t have much wind. (Though gusts of wind would only serve to make the turbine spin faster, Pearlstein said.) Pearlstein estimated that the Solar Vortex could spin out electricity 20 percent cheaper than wind turbines and 65 percent cheaper than solar photovoltaic panels. One form of saving comes from its potentially straightforward maintenance. “You’re talking about somebody getting up on a stepladder instead of going hundreds of meters up into a wind turbine to deal with a gearbox,” Pearlstein said.

VORTEX ENGINES
https://www.breakoutlabs.org/news-events/news-event-item/article/power-a-city-with-tornados-latest-grants-announced-by-thiel-foundations-breakout-labs-includes-an.html
http://phys.org/news/2012-12-entrepreneur-funding-tornado-power.html
Entrepreneur receives funding for ‘tornado’ power generator
December 18, 2012 /  by Bob Yirka

Electrical engineer and entrepreneur Louis Michaud’s AVEtec company has received funding from PayPal cofounder Peter Thiel’s Breakout Labs program to build an experimental Atmosphere Vortex Engine (AVE). The $300,000 in startup funds is to go towards building a working engine to dispel or prove the viability of using such technology to produce electricity with virtually no carbon footprint. Michaud’s idea is to use a fan to blow some of the excess heat produced by conventional power plants, into a cylindrical hollow tower, at an angle. Doing so should create a circular air current, which he says will grow stronger as it moves higher. The higher it goes the more energy it draws due to differences in temperature. The result would be a controlled man-made tornado. To put it to good user, turbines would be installed at the base of the vortex to create electricity. The original test will be conducted at Lambton College in Ontario – the tower will be 131 feet tall with a 26 foot diameter. That should be enough to create a vortex about a foot in diameter – enough to power a small turbine. It’s just a proof of concept, Michaud notes on his  site, a real-world tower would be about 25 meters in diameter, and would be capable of producing up to 200 megawatts of power using only the excess heat generated by a conventional 500 megawatt plant. Power goes up geometrically, he says, as the size of tower grows. He adds that the cost of producing electricity this way would be about 3 cents per kilowatt hour, well below the typical 4 or 5 cents for coal plants. Michaud has been investigating the idea of harnessing the power of tornado’s to provide electricity for several decades but until now has had problems being taken seriously by venture capitalists. He adds that his company built and successfully tested an AVE prototype in 2009, hinting that he has no doubts that the new tower and turbines will work as advertised. For those worried that a man-made tornado might get out of hand, escape its enclosure and wreak havoc on the nearby community, Michaud says that can’t happen because all it would take to stop the whole process would be to turn off the fan that feeds the vortex the warm air.


Inventor Louis Michaud watches as a tornado-like vortex rises from a small “vortex engine” in the garage of his Sarnia home in May. Michaud believes a full-scale vortex engine could be used to produce clean energy for 200,000 homes.

TORNADO POWER
http://www.thestar.com/article/238291
Taming tornadoes to power cities
‘Vortex engines’ fed by hot water from a nearby power plant could spin turbines, engineer says Tyler Hamilton  /  Jul 21, 2007

A curious-looking wood cylinder with a round opening at the top and a small heating element at the bottom sits in Louis Michaud’s garage, bicycles hanging overhead and a workbench pressed against the wall. The retired refinery engineer picks up a propane torch, lowers it into the opening, and lights a tiny piece of saltpetre. A loud fizzling is heard and a thick smoke begins to rise from the centre. At first the smoke has no form, but it soon swirls upward into a well-defined vortex – what, on a larger scale, you might call a tornado. “The air is being drawn in on its own. There’s no fan or anything involved,” says Michaud, explaining the physics of convection and how rising air behaves like a spinning top. “This is what’s going on in the atmosphere. The air is heated in the bottom by the sun and then it rises, cools and comes back down again.” It may seem like a hobby – a home science experiment meant to occupy time during retirement – but this 66-year-old isn’t just tinkering. Michaud has spent the past 40 years studying tornados and hurricanes, and is convinced it’s possible to engineer and control powerful, full-scale whirlwinds and harness their energy to produce emission-free electricity. Forget wind farms and their intermittent operation: the future of electricity generation could be tornado power on demand. Michaud has adapted this process to create what he calls a vortex engine, and has patented the invention in both Canada and the United States. Recently, he formed a company called AVEtec Energy Corp. with an aim to turning this unconventional – and to many, unthinkable – approach to electricity generation into a commercial reality.

His challenge now is to persuade venture capitalists, energy executives and at least one community to back the construction of a full-scale vortex engine, capable of producing a power-packed funnel cloud that stretches kilometres into the atmosphere and runs on waste heat, ideally from a power plant. “I’m talking about a 200-megawatt device, which would be 200 metres in diameter,” says Michaud. That’s enough electricity for 200,000 homes. “The vortex would be one to 20 kilometres high, and have 10 turbines (at the bottom) each producing 20 megawatts.” It’s a scary thought, and a great basis for a movie script, bringing together the don’t-mess-with-nature themes of the films Twister and Jurassic Park. One can imagine the back of this DVD case: “A monster man-made tornado loses control and jumps out of its pen, terrorizing a community and ripping a path through dozens of harmless wind and solar farms. Rated R.” Michaud concedes that ideas related to weather modification and “cloud seeding” are typically shunned by the scientific community and feared by the public. “People say it’s impossible initially. And then they say, well, if you can do it, it’s too scary – how are you going to control it?” he says. “But once you demonstrate you can operate it safely in a remote location, then you might be willing to have one located in a city.” He’s critical of the vast majority of climatologists who focus exclusively on weather prediction, arguing that it’s a waste of their skills and research efforts. “I tend to think that prediction is not the way of understanding things.” It’s not likely we’ll be seeing tornado generating stations operating in Toronto anytime soon, but Michaud’s vortex engine is drawing attention, and has already attracted some research funding from the Ontario Centres of Excellence.

The University of Western Ontario’s wind-tunnel laboratory, through a seed investment from OCE’s Centre for Energy, is studying the dynamics of a one-metre version of Michaud’s vortex engine – like the one in his garage. The lab is also conducting computer simulations to look at the impact of cross winds on a 20-metre model. “When the idea was first brought forward we were like, `tethered tornados,’ hmmm … But we looked at the patent and thought it merited further study,” says Nicole Geneau, manager of business development at OCE’s Centre for Energy. “We have a strong history of picking things up that seem like crazy ideas, and at least giving them a shot. We should not stand in the way because of preconceived bias.” Rick Whittaker, vice-president of investments at Sustainable Development Technology Canada, which funds clean-technology demonstration projects, also keeps an open mind. “They’re not violating the laws of physics. The question isn’t whether this strange idea will work or not, it’s a matter of the degree to which it would be more economically attractive than the alternative. “That’s the type of idea we actually seek out.” The next step is to build and study the performance of a four-metre model, requiring a further injection of OCE funds of about $300,000. The plan would be to scale up from there, moving on to 10-metre, 20-metre, and 50-metre pilot plants, likely requiring millions of dollars in both public and private funding. On a commercial scale, the plant would require a heat host, such as a power plant, that could provide the vortex engine with a constant supply of hot water “fuel.”

Here’s how it works: Waste heat, a byproduct of any fossil fuel or nuclear plant operation that is typically vented into the air through cooling towers, is carried by water pipe to a vortex engine facility nearby. The hot water enters a number of cooling cells stationed around the facility where fans push dry air across hot pipes. The air picks up the heat and enters the vortex through 10 or more angled ducts, causing the air to swirl inside. The heated air begins to rise in a spinning motion, gathering energy the higher it gets and creating a vortex. As the vortex gathers momentum it begins to suck air through the cooling cells, at which point the fans that initially pushed in the air now function as turbines that generate electricity. As long as the heat is available, the vortex will keep spinning. Michaud figures that a commercial plant of between 200 metres and 400 metres in diameter could generate 200 megawatts of baseload power and be built for $60 million. But $20 million of that, he points out, would be offset because the power plant would no longer need a separate cooling tower. Compared to nuclear, even coal, it’s a bargain. Michaud estimates that one of his vortex engines would cost less than one quarter the cost of a coal plant, and that’s excluding the cooling tower benefits and the fact that no ongoing fuel expenses are needed to keep it going. Nilton Renno, a professor at the department of atmospheric, ocean and spaces sciences at the University of Michigan, has spent his career studying tornados and water spouts. He says there’s no reason why Michaud’s vortex engine wouldn’t work. “The concept is solid,” says Renno. Top atmospheric scientists from the University of Oxford, the University of Cambridge and the Massachusetts Institute of Technology have joined AVEtec’s advisory board. The group includes respected MIT meteorology professor Kerry Emanuel, perhaps best known for establishing a strong link between hurricane intensity and global warming. Still, Renno isn’t without reservations. He’s particularly concerned about the ability to control such a powerful monster. “The amount of energy involved is huge. Once it gets going, it may be too hard to stop,” he says. Michaud argues that the power of the vortex engine could be turned down, or shut off completely, by limiting the amount of air flow into the base of the funnel. He also dismisses any idea that his vortex engine would be loud and menacing, pointing out that tornados make noise and become more destructive as they draw debris into their funnels.

The vortex engine, by contrast, would be kept stationary in its arena and only draw in debris-free air, making it far less visible than a typical tornado. Renno isn’t convinced. He points out that as the vortex grows it would likely be able to pull in warm ambient air from many kilometres away, creating the possibility for debris accumulation and making it more difficult to manage. Asked whether he’d accept a vortex engine in his own community, Renno replied: “No, not close to my house” – at least not until the concept is proven. Whittaker of Sustainable Development Technology Canada says public demonstrations will be key to gaining acceptance. “Perceptions are created because of lack of information.” Michaud realizes he will need to break down a lot of mental barriers before pushing his idea beyond the stage of intellectual curiosity. He doesn’t rule out starting small, possibly promoting the creation of less powerful vortex engines as tourist attractions that the public can visit, see and learn about. “I was thinking if we got one of these to produce a tornado 200 metres high, the first people to buy one would be Disneyland.” If people accept it, the potential is unlimited. He says down the road, hundreds of vortex engines could be located in the ocean along the equator, where the warm tropical water would provide an endless source of energy. Why would anyone do such a thing? To cool the planet, Michaud says. Greenhouse gases in the atmosphere are what prevent the sun’s heat from radiating back into space, he explains. A series of controlled tornados along the equator would carry that heat to the outer edges of the atmosphere, where it could more easily escape. In other words, Michaud believes man-made tornados could function as exhaust systems for the planet, a massive air conditioner that could help manage global warming. There’s simply too much at stake to ignore this potential, he says. “I could work as a consultant and get more money for the effort, but this is something I like doing. If you realize there’s a potential there and nobody is doing anything about it, I don’t think it would be right for me to say, okay, nobody is listening – too bad.” Whatever the outcome, Michaud’s four grandchildren, aged 4 to 8, are loyal backers of his work. Whenever they visit, the first words out of their mouths, says Michaud, are: “Grandpa, can you show us the vortex again?” And his wife? “She’s been quite patient.”

CONTACT
Louis Michaud
lmichaud [at] vortexengine [dot] ca

http://vortexengine.ca/Author_Biography.shtml
http://vortexengine.ca/History/Interface.ppt
http://vortexengine.ca/History/Interface.doc
http://vortexengine.ca/Links.shtml
http://vortexengine.ca/index.shtml

Overview
Mechanical energy is produced when heat is carried upward by convection in the atmosphere. A process for producing a tornado-like vortex and concentrating mechanical energy where it can be captured is proposed. The existence of tornadoes proves that low intensity solar radiation can produce concentrated mechanical energy. It should be possible to control a naturally occurring process. Controlling where mechanical energy is produced in the atmosphere offers the possibility of harnessing solar energy without having to use solar collectors. The Atmospheric Vortex Engine (AVE) is a process for capturing the energy produced when heat is carried upward by convection in the atmosphere. The process is protected by patent applications and could become a major source of electrical energy. The unit cost of electrical energy produced with an AVE could be half the cost of the next most economical alternative.

A vortex engine consists of a cylindrical wall open at the top and with tangential air entries around the base. Heating the air within the wall using a temporary heat source such as steam starts the vortex. The heat required to sustain the vortex once established can be the natural heat content of warm humid air or can be provided in cooling towers located outside of the cylindrical wall and upstream of the deflectors. The continuous heat source for the peripheral heat exchanger can be waste industrial heat or warm seawater. Restricting the flow of air upstream of the deflectors regulates the intensity of the vortex. The vortex can be stopped by restricting the airflow to deflectors with direct orientation and by opening the airflow to deflectors with reverse orientation. The electrical energy is produced in turbo-expanders located upstream of the tangential air inlets. The pressure at the base of the vortex is less than ambient pressure because of the density of the rising air is less than the density of ambient air at the same level. The outlet pressure of the turbo-expanders is sub-atmospheric because they exhaust into the vortex.

The Atmospheric Vortex Engine has the same thermodynamic basis as the solar chimney.  The physical tube of the solar chimney is replaced by centrifugal force in the vortex and the atmospheric boundary layer acts as the solar collector.  The AVE needs neither the collector nor the high chimney. The efficiency of the solar chimney is proportional to its height which is limited by practical considerations, but a vortex can extend much higher than a physical chimney. The cylindrical wall could have a diameter of 200 m and a height of 100 m; the vortex could be 50 m in diameter at its base and extend up to the tropopause. Each AVE could generate 50 to 500 MW of electrical power. The average upward convective heat flux at the bottom atmosphere is 150 W/m2, one sixth of this heat could be converted to work while it is carried upward by convection. The heat to work conversion efficiency of the process is approximately 15% because the heat is received at an average temperature of 15 C and given up at an average temperature of -15 C. The average work that could be produced in the atmosphere is therefore 25 W/m2. The total mechanical energy produced in the atmosphere is 12000 TW (25 W/m2 x 510 x 1012 m2) whereas the total work produced by humans is 2 TW.  The quantity of mechanical energy which could be produced in the atmosphere is 6000 times greater than the mechanical energy produced by humans. The thermodynamic basis of the AVE is consistent with currently accepted understanding of how energy is produced in the atmosphere. Atmospheric scientists call the mechanical energy that would be produced if a unit mass of air were raised reversibly from the bottom to the top of the troposphere Convective Available Potential Energy (CAPE). CAPE during periods of insolation or active convection is typically 1500 J/kg which is equal to the mechanical energy produced by lowering a kilogram of water 150 m. The vortex would transfer the mechanical energy down to the Earth’s surface where it would be captured.

Producing and capturing the work requires that the expansion process be carried out at mechanical equilibrium. Without a mechanism such as a turbo-expander, mechanical energy reverts to heat and is lost. Work is produced when a gas is expanded in a turbine; however, no work is produced when a gas is expanded through a restriction. There must be an expander with a shaft to get the work out of the system. The design of the AVE station compels the expansion to take place at mechanical equilibrium and at a specific location. The quantity of energy which could be produced by the AVE process is far greater compared to the kinetic energy of horizontal winds captured by conventional horizontal axis wind turbines. The AVE process can provide large quantities of renewable energy, alleviate global warming, and could contribute to meeting the requirements of the Kyoto protocol. The AVE also has the potential of providing precipitation as well as energy. There is reluctance to attempt to reproduce a phenomenon as destructive as a tornado, but controlled tornadoes could reduce hazards by relieving instability rather than create hazards. A small tornado firmly anchored over a strongly built station would not be a hazard. The AVE could increase the power output of a thermal power plant by 30% by converting 20% of its waste heat to work. It is estimated that it would be possible to establish a self-sustaining vortex to demonstrate the feasibility of the process with a station 30 m in diameter under ideal conditions. Learning to control large vortices under less than ideal conditions would be a major engineering challenge. Developing the process will require determination, engineering resources; and cooperation between engineers and atmospheric scientists. There will be difficulties to overcome, but they should be no greater than in other large technical enterprises.

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PLAY IT BACKWARDS

‘NONLINEAR TIME REVERSAL’
http://arxiv.org/abs/1207.1667
http://www.nanowerk.com/news2/newsid=27920.php
http://umdrightnow.umd.edu/news/umd-”time-reversal”-research-may-open-doors-future-tech

Imagine a cell phone charger that recharges your phone remotely without even knowing where it is; a device that targets and destroys tumors, wherever they are in the body; or a security field that can disable electronics, even a listening device hiding in a prosthetic toe, without knowing where it is.

While these applications remain only dreams, researchers at the University of Maryland have come up with a sci-fi seeming technology that one day could make them real. Using a “time-reversal” technique, the team has discovered how to transmit power, sound or images to a “nonlinear object” without knowing the object’s exact location or affecting objects around it. “That’s the magic of time reversal,” says Steven Anlage, a university physics professor involved in the project. “When you reverse the waveform’s direction in space and time, it follows the same path it took coming out and finds its way exactly back to the source.”

The time-reversal process is less like living the last five minutes over and more like playing a record backwards, explains Matthew Frazier, a postdoctoral research fellow in the university’s physics department. When a signal travels through the air, its waveforms scatter before an antenna picks it up. Recording the received signal and transmitting it backwards reverses the scatter and sends it back as a focused beam in space and time. “If you go toward a secure building, they won’t let you take cell phones,” Frazier says, so instead of checking everyone, they could detect the cell phone and send a lot of energy to it to jam it.”

What differentiates this research from other time-reversal projects, such as underwater communication, is that it focuses on nonlinear objects such as a cellphone, diode or even a rusty piece of metal – when a waveform bounces off them, the frequency changes. Most components electrical engineers work with are linear—capacitors, wire, antennas—because they do not change the frequency. With nonlinear objects, however, when the altered, nonlinear frequency is recorded, time-reversed and retransmitted, it creates a private communication channel because other objects cannot “understand” the signal. “Time reversal has been around for 10 to 20 years but it requires some pretty sophisticated technology to make it work,” Anlage says. “Technology is now catching up to where we are able to use it in some new and interesting ways.”

Not only could this nonlinear characteristic secure a wireless communication line, it could prevent transmitted energy from affecting any object but its target. For example, Frazier says, if scientists find a way to tag tumors with chemicals or nanoparticles that react to microwaves in a nonlinear way, doctors could use the technology to direct destructive heat to the errant cells—much like ultrasound is used to break down kidney stones. But unlike an ultrasound, that is directed to a specific location, doctors would not need to know where the tumors were and the heat treatment would not affect surrounding cells.

To study the phenomenon, the researchers sent a microwave pulse into an enclosed area where waveforms scattered and bounced around inside, as well as off a nonlinear and a linear port. A transceiver then recorded and time-reversed the frequencies the nonlinear port had altered and broadcast them back into the space. The nonlinear port picked up the time-reversed signal but the linear port did not. “Everything we have done has been in very controlled conditions in labs,” Frazier says.  “It will take more research to figure out how to develop treatments,” Frazier says. “I’m sure there are other uses we haven’t thought of.”

ALICE & BOB GO NONLINEAR
http://physics.aps.org/synopsis-for/10.1103/PhysRevLett.110.063902
by David Voss

Nonlinear devices added to linear systems often yield new, useful phenomena, an example being frequency-doubling crystals that combine two laser photons to create a photon of twice the energy. In a paper in Physical Review Letters, Matthew Frazier and colleagues at the University of Maryland, College Park, report experiments in which they put a nonlinear frequency-multiplying device into a chaotic bath of electromagnetic waves and find signal propagation effects that might launch a new kind of secure communication.

The equations that describe electromagnetic waves are linear and time invariant, which means that signals propagating forward in time can be recorded, played backwards (i.e., time reversed), and sent back along the incoming path, returning exactly to their source. Frazier et al. built a metal box with ports to couple microwave radiation in and out. Two of the ports are equipped with conventional linear antennas, but the third is an antenna incorporating a nonlinear element (in this case a diode). A scattering device in the box creates a chaotic electromagnetic environment to mask the signals and ensure complex signal paths.

A signal sent into one linear port of the chamber will bounce around and eventually hit the nonlinear antenna, which responds by producing signals at new frequencies. These new frequencies are then recorded at the other linear port, and then played backwards into the box, whereupon they reverse their propagation and return precisely focused onto the nonlinear element, regardless of how complex the path is. Among the applications envisaged by the authors is a communications network in which messages broadcast by Alice in a wide area are picked up by Bob with a nonlinear receiver at a secret location (not even known to Alice). Only that location will receive the reversed playback; Eve the eavesdropper will only detect garbled signals from the chaotic wave environment.

‘HISTORY EDITOR’
http://arxiv.org/abs/1107.2062
http://www.guardian.co.uk/science/blog/2011/jul/13/harry-potter-invisibility-cloak
Rather than hiding objects from view, it hides events
by Ian Sample / 13 July 2011

The latest device, which has been shown to work for the first time by Moti Fridman and Alexander Gaeta at Cornell University, goes beyond the more familiar invisibility cloak, which aims to hide objects from view, by making entire events invisible.

Fridman declined to discuss the cloak, details of which were posted on the arxiv database on Tuesday, because the paper has been submitted to Nature, which has strict rules about what can and cannot be said before an article is published. There is enough in the paper to draw out the basic principle though. The first generation of invisibility cloaks remain a work in progress. They fool the eye by bending light around an object, much as water flows around a pebble in a stream. So far as an observer is concerned, the object simply isn’t there. That, at least, is the idea. So far, few invisibility cloaks work with visible light, and those that do hide only small objects, such as paperclips, in polarised light.

The next generation of cloaks demonstrated by Fridman’s group work in a different way. Instead of bending light around an object, they create a blindspot in time, during which an event can happen without being noticed. The theoretical prospect of a “space-time” cloak – or “history editor” – was raised by Martin McCall and Paul Kinsler at Imperial College in a paper published earlier this year. The physicists explained that when light passes through a material, such as a lens, the light waves slow down. But it is possible to make a lens that splits the light in two, so that half – say the shorter wavelengths – speed up, while the other half, the longer wavelengths, slow down. This opens a gap in the light in which an event can be hidden, because half the light arrives before it has happened, and the other half arrives after the event.

Writing in July in a special issue of Physics World devoted to invisibility, McCall and Kinsler describe the ultimate bank heist, where a robbery takes place under the watchful gaze of CCTV cameras that completely miss the crime because it is hidden by a space-time cloak. Switch the cloak on, and half the light scattering off the bank vault into the CCTV camera arrives before the break-in begins, while the second half arrives after the robber has tidied up and fled. The camera sees nothing but an unchanging scene. Fridman’s demonstration is not quite so dramatic. He used one set of lenses to prise open a gap in a beam of light, by slowing down long wavelengths, such as red, and speeding up short wavelengths, such as blue. With a second set of lenses, he then closed the gap, so at the end of the experiment, the light beam looked exactly as it did at the start.

Fridman’s cloak is not about to aid the perfect crime. The longest event it could hide would last only around 1.25 microseconds. A test described in the paper hid an event – some interference caused by another light beam – that was even faster. It is worth remembering these are early days for invisibility cloaks. The first rudimentary device came out of Duke University only five years ago.

SPACE-TIME CLOAK
http://today.duke.edu/2006/10/cloakdemo.html

A team led by scientists at Duke University’s Pratt School of Engineering has demonstrated the first working “invisibility cloak.” The cloak deflects microwave beams so they flow around a “hidden” object inside with little distortion, making it appear almost as if nothing were there at all. Cloaks that render objects essentially invisible to microwaves could have a variety of wireless communications or radar applications, according to the researchers. The team reported its findings on Thursday, Oct. 19, in Science Express, the advance online publication of the journal Science. The research was funded by the Intelligence Community Postdoctoral Fellowship Program.

The researchers manufactured the cloak using “metamaterials” precisely arranged in a series of concentric circles that confer specific electromagnetic properties. Metamaterials are artificial composites that can be made to interact with electromagnetic waves in ways that natural materials cannot reproduce. The cloak represents “one of the most elaborate metamaterial structures yet designed and produced,” the scientists said. It also represents the most comprehensive approach to invisibility yet realized, with the potential to hide objects of any size or material property, they added.

Earlier scientific approaches to achieving “invisibility” often relied on limiting the reflection of electromagnetic waves. In other schemes, scientists attempted to create cloaks with electromagnetic properties that, in effect, cancel those of the object meant to be hidden. In the latter case, a given cloak would be suitable for hiding only objects with very specific properties. ”By incorporating complex material properties, our cloak allows a concealed volume, plus the cloak, to appear to have properties similar to free space when viewed externally,” said David R. Smith, Augustine Scholar and professor of electrical and computer engineering at Duke. “The cloak reduces both an object’s reflection and its shadow, either of which would enable its detection.”

The team produced the cloak according to electromagnetic specifications determined by a new design theory proposed by Sir John Pendry of Imperial College London, in collaboration with the Duke scientists. The scientists reported that theoretical work in Science earlier this year. The principles behind the cloaking design, though mathematically rigorous, can be applied in a relatively straightforward way using metamaterials, said cloak designer David Schurig, a research associate in Duke’s electrical and computer engineering department. ”One first imagines a distortion in space similar to what would occur when pushing a pointed object through a piece of cloth, distorting, but not breaking, any threads,” Schurig said. “In such a space, light or other electromagnetic waves would be confined to the warped ‘threads’ and therefore could not interact with, or ‘see,’ objects placed inside the resulting hole.”

The researchers used a mathematical description of that concept to develop a blueprint for a cloak that mimics the properties of the imagined, warped space, he said. ”You cannot easily warp space, but you can achieve the same effect on electromagnetic fields using materials with the right response,” Schurig continued. “The required materials are quite complex, but can be implemented using metamaterial technology.” While the properties of natural materials are determined by their chemistry, the properties of metamaterials depend instead on their physical structure. In the case of the new cloak, that structure consists of copper rings and wires patterned onto sheets of fiberglass composite that are traditionally used in computer circuit boards. To simplify design and fabrication in the current study, the team set out to develop a small cloak, less than five inches across, that would provide invisibility in two dimensions, rather than three. In essence, the cloak includes strips of metamaterial fashioned into concentric two-dimensional rings, a design that allows its use with a narrow beam of microwave radiation. The precise variations in the shape of copper elements patterned onto their surfaces determine their electromagnetic properties.

The cloak design is unique among metamaterials in its circular geometry and internal structural variation, the researchers said. All other metamaterials have been based on a cubic, or gridlike, design, and most of them have electromagnetic properties that are uniform throughout. ”Unlike other metamaterials, the cloak requires a gradual change in its properties as a function of position,” Smith said. “Rather than its material properties being the same everywhere, the cloak’s material properties vary from point to point and vary in a very specific way. Achieving that gradient in material properties was a fairly significant design effort.” To assess the cloak’s performance, the researchers aimed a microwave beam at a cloak situated between two metal plates inside a test chamber, and used a specialized detecting apparatus to measure the electromagnetic fields that developed both inside and outside the cloak. By examining an animated representation of the data, they found that the wave fronts of the beam separate and flow around the center of the cloak. ”The waves’ movement is similar to river water flowing around a smooth rock,” Schurig said. Moreover, the observed physical behavior of the cloak proved to be in “remarkable agreement” with that expected based on a simulated cloak, the researchers said.

Although the new cloak demonstrates the feasibility of the researchers’ design, the findings nevertheless represent a “baby step” on the road to actual applications for invisibility, said team member Steven Cummer, a professor of electrical and computer engineering at Duke. The researchers said they plan to work toward developing a three-dimensional cloak and further perfecting the cloaking effect. Although the same principles applied to the new microwave cloak might ultimately lead to the production of cloaks that confer invisibility within the visible frequency range, that eventuality remains uncertain, the researchers said. To make an object literally vanish before a person’s eyes, a cloak would have to simultaneously interact with all of the wavelengths, or colors, that make up light, he said. That technology would require much more intricate and tiny metamaterial structures, which scientists have yet to devise.

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