Author: Neville

  • Mother Nature and the Middle Class

    The New York Times
    Op-Ed Columnist

    Mother Nature and the Middle Class

    By
    Published: September 21, 2013 2 Comments

    IF you fell asleep 30 years ago, woke up last week and quickly scanned the headlines in Iran and Egypt you could be excused for saying, “I didn’t miss a thing.” The military and the Muslim Brotherhood are still slugging it out along the Nile, and Iranian pragmatists and ideologues are still locked in a duel for control of their Islamic Revolution.

    Josh Haner/The New York Times

    Thomas L. Friedman

    Readers’ Comments

    So go back to sleep? Not so fast. I can guarantee that the next 30 years will not be the same old, same old. Two huge new forces have muscled their way into the center of both Egyptian and Iranian politics, and they will bust open their old tired duopolies.

    The first newcomer is Mother Nature. Do not mess with Mother Nature. Iran’s population in 1979 when the Islamic Revolution occurred was 37 million; today it’s 75 million. Egypt’s was 40 million; today it’s 85 million. The stresses from more people, climate change and decades of environmental abuse in both countries can no longer be ignored or bought off.

    On July 9, Iran’s former agriculture minister, Issa Kalantari, an adviser to Iran’s new president, Hassan Rouhani, spoke to this reality in the Ghanoon newspaper: “Our main problem that threatens us, that is more dangerous than Israel, America or political fighting, is the issue of living in Iran,” said Kalantari. “It is that the Iranian plateau is becoming uninhabitable. … Groundwater has decreased and a negative water balance is widespread, and no one is thinking about this.”

    He continued: “I am deeply worried about the future generations. … If this situation is not reformed, in 30 years Iran will be a ghost town. Even if there is precipitation in the desert, there will be no yield, because the area for groundwater will be dried and water will remain at ground level and evaporate.” Kalantari added: “All the bodies of natural water in Iran are drying up: Lake Urumieh, Bakhtegan, Tashak, Parishan and others.” Kalantari concluded that the “deserts in Iran are spreading, and I am warning you that South Alborz and East Zagros will be uninhabitable and people will have to migrate. But where? Easily I can say that of the 75 million people in Iran, 45 million will have uncertain circumstances. … If we start this very day to address this, it will take 12 to 15 years to balance.”

    In Egypt, soil compaction and rising sea levels have already led to saltwater intrusion in the Nile Delta; overfishing and overdevelopment are threatening the Red Sea ecosystem, and unregulated and unsustainable agricultural practices in poorer districts, plus more extreme temperatures, are contributing to erosion and desertification. The World Bank estimates that environmental degradation is costing Egypt 5 percent of gross domestic product annually.

    But just as Mother Nature is demanding better governance from above in both countries, an emergent and empowered middle class, which first reared its head with the 2009 Green revolution in Iran and the 2011 Tahrir revolution in Egypt, is doing so from below. A government that just provides “order” alone in either country simply won’t cut it anymore. Order, drift and decay were tolerable when populations were smaller, the environment not so degraded, the climate less volatile, and citizens less technologically empowered and connected.

    Both countries today need “order-plus” — an order that enables dynamism and resilience, and that can be built only on the rule of law, innovation, political and religious pluralism, and greater freedoms. It requires political and economic institutions that are inclusive and “sustainable,” in both senses of that word. Neither country can afford the old line that Hosni Mubarak used for so many years when addressing American leaders: “After me comes the flood, so you’d better put up with my stale, plodding but stable leadership, otherwise you’ll get the Muslim Brotherhood.”

    That is so 1970s. As Karim Sadjadpour, an Iran expert at the Carnegie Endowment, puts it: In the Middle East today “it’s no longer ‘After me, the flood’ — Après moi, le déluge — but ‘After me, the drought.’ ” Syria’s revolution came on the heels of the worst drought in its modern history, to which the government failed to respond.

    Iran’s Islamic leadership seems to realize that it cannot keep asking its people to put up with crushing economic sanctions to preserve a nuclear weapons option. Mother Nature and Iran’s emergent middle classes require much better governance, integrated with the world. That’s why Iran is seeking a nuclear deal now with Washington.

    And that’s why two of the most interesting leaders to watch today are President Rouhani of Iran and Egypt’s new military strongman, Gen. Abdul Fattah el-Sisi. Both men rose up in the old order, but both men were brought into the top leadership by the will of their emergent middle classes and newly empowered citizens, and neither man will be able to maintain order without reforming the systems that produced them — making them more sustainable and inclusive. They have no choice: too many people, too little oil, too little soil.

    And pay attention: What Mother Nature and these newly empowered citizens have in common is that they can both set off a wave — a tsunami — that can overwhelm them and they will never see it coming.

     

  • Is global warming in a hiatus? Not if you measure global heat content

    climate code red


    Posted: 20 Sep 2013 05:11 PM PDT

    by Prof. Andy Pitman, via The Conversation

    Prof. Any Pitman, Univ. of NSW

    On September 27 2013 the 5th Assessment Report by the Intergovernmental Panel on Climate Change (IPCC) will be released.

    One part of this report will address the so-called “warming hiatus”. This is the argument that warming has stopped, with the further assertion in some quarters that we therefore have nothing to worry about in the future.

    It is a fact, based on observations of air temperature, that the rate of global warming measured as surface air temperature has slowed over the past 15 years. The last decade is still the warmest in the past 150 years.

    If you measure global heat content then global warming has not slowed. If you measure other indices including sea level rise or ocean temperatures or sea ice cover global warming has not slowed.

    However, the warming trend in air temperatures has slowed over the last 15 years. There is a great deal of interest in this “hiatus” in the sense of whether it points to some fundamental error in climate science.

    The 5th Assessment Report by the IPCC explains the slowing in the rate of global warming in roughly equal terms as the consequence of reduced radiative forcing (the difference between radiative energy that hits the earth and energy radiated back to space), increased heat uptake by the oceans and natural variability.

    The reduced radiative forcing (the amount of energy available to drive the climate system) is due to the recent solar minimum (a period of low solar activity), and volcanic and anthropogenic aerosols (these are particles such as sulphur and soot, which block some radiation from hitting the earth).

    The slowing in the rate of warming over the last 15 years is not in the least surprising. We have seen a combination of the solar minimum, anthropogenic aerosol emissions and back-to-back La Niñas.

    What is surprising – and what is deeply concerning to me and almost entirely missed in the media commentary – is that we have not cooled dramatically over the last 15 years.
    Below is the global surface temperature graph – this comes from a NASA site but any other reputable temperature reconstruction makes similar points. Note that there were periods through the 20th century where combinations of aerosols from volcanoes and human sources, solar variability and natural variability led to very significant cooling.

    Figure 1: Global surface temperature. NASA

    Between about 1880 and 1890, temperatures cooled by about 0.4C. Between 1900 and 1910 temperatures cooled close to 0.3C. Between 1945 and 1950 temperatures cooled about 0.35C. Between 1962 and 1965 temperatures cooled about 0.3C. There are other examples, but these were decade-scale cooling of 0.3C to 0.4C.

    The most recent period of similar relevance starts with the extremely hot year, 1998. Since 1998, through to 2012, the temperatures cooled by 0.03C. However you choose to view the figure you simply have to conclude that natural variability, aerosols and solar variability have caused global cooling in the past of a scale that dwarfs anything that has occurred in the last 15 years.

    So, here is what I think we should be genuinely concerned about.

    Given the double-dip La Niña, coupled with the solar minimum and coupled with the high aerosol output from some developing nations, the question in the minds of some climate scientists is not “why has it cooled?”, because it has not cooled in any significant sense and the climatologically significant trends (calculated over 30 years) remain upwards.
    Indeed, despite a suite of forcings that should have led to cooling, we still had the warmest decade in the observational record.

    So, the question is, given it did cool several times in the historical period under broadly parallel circumstances in terms of the forcing, why has it not cooled since 1998 by 0.3C or 0.4C, and how come we broke the records for the warmest decade?

    There has been time (its 15 years while previous cooling occurred in 10 years) for cooling of 0.3C or 0.4C to have occurred. There really is a case to argue that we should have cooled to close to the values measured in around 1990 and definitely not broken the record for the warmest decade on record.

    A plausible answer is that we have underestimated the climate sensitivity.

    We know, for certain, that aerosols, natural variability and solar variability have cooled the climate in the past. This time, they have not.

    One way that this makes sense is if climate scientists have underestimated how dominant CO2 and other greenhouse gases are in warming the climate. In other words, CO2 and other greenhouse gases are countering the cooling effects of natural variability by much more than we anticipated.

    If correct, this means that the capacity of CO2 and other greenhouse gases to accelerate warming – once natural variability, solar variability and aerosols decline in influence – has been underestimated.

    A second possible explanation is that the warming by CO2 has led to a sufficiently different climate system that natural variability now functions differently. This seems extremely unlikely but is certainly anything but comforting.

    If you see the slowing of warming over the last 15 years as a hint that climate scientists might have been wrong and that global warming is less of a problem than predicted, you are very likely being lulled into a false sense of security.

    The lack of cooling of 0.3C or 0.4C since 1998 is most easily explained by the effect of increasing CO2 and other greenhouse gases masking the cooling that would otherwise have occurred.

    It follows that when we next see an El Niño, and the solar cycle is more average, or if developing countries clean up their aerosol emissions, we will see an acceleration of warming rates observed prior to 1998.

    In short, the slowing of warming rates since 1998 is not a good news story. It is very likely a hint that climate scientists have underestimated the sensitivity of climate to increasing CO2 and the slowing of warming is lulling us into a very false sense of security.

  • Cindy Preszler, Mike Roberts explain climate change impact on local weather

    Cindy Preszler, Mike Roberts explain climate change impact on local weather

    10:15 PM, Sep 20, 2013   |   12  comments

     

    ST. LOUIS (KSDK) – A new voice is being heard in the discussion on climate change, as new evidence connecting it to extreme weather events begins to pile up.

    When the current Chief of the U.S. Navy’s Pacific Fleet, Admiral Samuel Locklear III, was asked what his biggest security concern is, he did not name North Korea or China. He did not mention a nation or military threat at all. He said; “climate change.”

    In NewsChannel 5’s half-hour special, “To the Extreme: Forecasting St. Louis’ Future,” the man the U.S. Navy assigned to be its first director of the Task Force on Climate Change, retired Rear Admiral David Titley talks about change. In 2009, he was asked to make a projection on how climate change would impact the Navy and its ability to keep the nation secure.

    Among Titley’s conclusions: seas will rise an average of 3′ to 3.5′; by 2025 to 2030 there will be places in the arctic with no sea ice; and decreased ice in the Bering Strait will open the arctic in many different and hard to predict ways.

    The military is moving forward on the assumption that climate change will cause a variety of problems.

    “There are more than 30 U.S. military installations in the world which project severe disruptions due to rising sea levels,” said retired U.S. Army Brigadier General John Adams. “There’s a real high sense of awareness in the Department of Defense about the risks of climate change and especially on coming up with plans to mitigate the risks.”

    Our special presents evidence released just this month by the American Meteorological Society, which concludes half of the extreme weather events examined from 2012 were impacted by human-induced climate change.

    In fact, the past few months have been something of a traffic jam for revelations in climate change understanding. Information came out in May showing that the earth’s atmosphere has now reached 400 parts per million (ppm) of carbon dioxide for the first time in three million years, based on observations taken at Mauna Loa Observatory in Hawaii. NewsChannel 5 meteorologist Chester Lampkin will have that story for us.

    In July the World Meteorological Society said “extreme weather events are the new face of climate change” and in August a report by a panel of international scientists connected “with near certainty” human activity to most of the increases in temperatures seen in recent decades. All of these findings factored into our report.

    There’s also a story of how a local community, faced with a daunting challenge to its water supply, met that challenge. Farrah Fazal introduced us to those folks.

    We have information based on a study by the E.P.A. on how the climate may change in the Midwest and finish with a panel discussion with Dr. Charles Graves from the Department of Earth and Atmospheric Sciences at St. Louis University; Anu Hittle, Director of Hawaiian Projects at Washington University and financial analyst Juli Niemann from Smith-Moore.

    There’s a lot more and we hope you can be with us to watch this evening at 7 p.m. for our special on climate change; “To the Extreme: Forecasting St. Louis’ Future.”

    You can watch the entire broadcast by clicking on the video players above and to the left of this story.

    Sources:
    U.S. Naval Task Force on Climate Change
    American Meteorological Society: Retired U.S. Navy Rear Admiral David Titley on climate change and national security
    Scientific American
    : U.S. Military forges ahead with plans to combat climate change
    New Security Beat
    U.S. Deputy Assistant Secretary of Defense for Strategy Daniel Chiu on energy concerns
    The Hill
    : Climate change causing Pentagon planning shift, says DOD strategist
    American Meteorological Society: Half of Extreme Weather Events in 2012 Tied to Climate Change
    NASA: Scientists react to 400 ppm carbon milestone
    United Nations: World Meteorological Organization
    IPCC 5th Assessment
    Centers for Disease Control: Climate change and state readiness
    EPA: Regional implications of climate change in the Midwest

    KSDK

  • “Al Gore, Climate Reality”

    John James
    12:02 PM (1 hour ago)

    to me

    —— Forwarded Message
    From: “Al Gore, Climate Reality” <info@climatereality.com>
    Reply-To: <info@climatereality.com>
    Date: Fri, 20 Sep 2013 16:46:13 -0400
    To: John James <jrhj99@gmail.com>
    Subject: EPA Announcement

    <http://forms.climaterealityproject.org/page/m/396e80fc/6fd7b4ab/1cd75bc5/19bc9daf/237696828/VEsH/>

    Dear John,Today’s announcement by EPA Administrator Gina McCarthy is an important step forward for our nation and our planet. From now on, future coal- and gas-fired power plants must take responsibility for their global warming pollution by reducing or capturing their overall emissions.This is a critical achievement for President Barack Obama and his administration. In the face of an intransigent and inactive Congress, the President has made halting the climate crisis a priority. The policies announced today, combined with the rest of the President’s Climate Action Plan, will put us on the path toward solving the climate crisis, but Congress must also soon face the reality of the situation.Three years ago, Congress failed to put a price on carbon and, in doing so, allowed global warming pollution to continue unabated. We have seen the disturbing consequences that the climate crisis has to offer — from a drought that covered 60% of our nation to Superstorm Sandy which wreaked havoc and cost the taxpayers billions, from wildfires spreading across large areas of the American West to severe flooding in cities all across our country — we have seen what happens when we fail to act. We need a price on carbon. We need it now.Thanks for all that you do,

    Al Gore
    Chairman, The Climate Reality ProjectP.S. This is a historic step in the right direction. Head to the EPA’s website for more information on the announcement <http://forms.climaterealityproject.org/page/m/396e80fc/6fd7b4ab/1cd75bc5/19bc9dae/237696828/VEsE/> .

    <http://forms.climaterealityproject.org/page/m/396e80fc/6fd7b4ab/1cd75bc5/19bc9dad/237696828/VEsF/>  <http://forms.climaterealityproject.org/page/m/396e80fc/6fd7b4ab/1cd75bc5/19bc9dac/237696828/VEsC/>

    Click here <http://forms.climaterealityproject.org/page/m/396e80fc/6fd7b4ab/1cd75bc5/19bc9dab/237696828/VEsD/p/eyJKU1ZGVFVGSlRDVWwiOiJqcmhqOTlAZ21haWwuY29tIn0=/>  to unsubscribe.
    ©2012 The Climate Reality Project.  All Rights Reserved.

    —— End of Forwarded Message

    Click here to Reply or Forward
  • The Problems with a Growing Population

    The Problems with a Growing Population

    By Kurt Cobb | Thu, 19 September 2013 22:28 | 0

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    Albert Bartlett might have been another obscure physics professor had he not put together a now famous lecture entitled “Arithmetic, Population and Energy” in 1969. The lecture, available broadly on the internet, begins with the line: “The greatest shortcoming of the human race is our inability to understand the exponential function.”

    The logic is surprisingly simple and irrefutable. Exponential growth, which is simply consistent growth at some percentage rate each year (or other time period), cannot proceed indefinitely within a finite system, for example, planet Earth. The fact that human populations continue to grow or that the extraction of energy and other natural resources continues to climb does not in any way refute this statement. It simply means that the absolute limits have not yet been reached.

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    Bartlett, who died this month at age 90, gave his lecture all over the world 1,742 times or on average once every 8.5 days for 36 years to audiences ranging from junior high students to seasoned professionals in many fields. His ability to stay on message for so long about something so important should make him the envy of every modern communications professional.

    His favorite shortcut is the doubling time, the time it takes to get to twice the original number at a constant rate of growth. The formula is 70 divided by the percentage rate of growth per year (or other period). Just a 2 percent growth rate doubles the rate of use of a resource or the size of world population in 35 years. Actual world population growth is about 1.2 percent per year today, which seems benign; but, it implies the next doubling within 58 years to 14 billion. (U.N. forecasts project world population will reach 10 billion by 2070–57 years from now–and continue to grow through 2100.)

    In his lecture Bartlett relates that in his hometown of Boulder, Colorado, city council members once stated publicly their preferences for population growth rates ranging from 1 percent to 5 percent per year. In the course of 70 years, roughly one lifetime, the 5 percent rate would make Boulder’s population (about 100,000) some 32 times larger or about 3.2 million, which would make it the third largest city in the country behind Los Angeles and in front of Chicago. A city that size could not possibly fit in the valley now home to Boulder, Bartlett explains. Attempting to do so would inevitably eliminate all open space, something highly prized by Boulder residents.

    Related article: Syria: As the World Backs Off, the Jihadists Attack

    Has Bartlett made a dent in our habitual ways of thinking about growth? Maybe. There were others back when Bartlett started giving his lecture who asked the same questions in a different form. One manifestation of that questioning was the groundbreaking study The Limits to Growth which, despite what its detractors have said, made no predictions. Rather the study models resource use over time given a large range of conditions including an endowment of resources that was twice what anyone imaged they might be at the time. The troubling conclusion of the study was that nearly all scenarios led to the crash of industrial civilization at some point.

    The key observation in that study aligns with Bartlett’s, namely that exponential growth in the consumption of finite resources is unsustainable. At some point growth in the rate of extraction will cease. And, given the dependence of the economy on continuous growth of resource inputs including energy, this leads to instability and finally decline.

    Let me help you envision what exponential growth means. If you receive 10 percent interest on $100, after one year, your $100 will turn into $110. In the second year, at the same interest rate, your money will turn into $121. At the end of year 50, the amount will be $11,739, a considerable sum. At the end of year 100, the amount will be $1,378,061. By year 200 your heirs will have almost $19 billion.

    If we dial down the rate to, say, just 2 percent, the corresponding figures are $269 for year 50, $724 for year 100 and $5,248 for year 200. Clearly, rate matters a lot! But, even so, if these numbers represented the rise in the rate of resource consumption, even at two percent after 50 years, we’d be consuming resources at 2.7 times the original rate. At 100 years it would be 7.2 times, and at 200 years, 52 times.

    Now money is a social invention which can be created by electronic keystrokes these days in any amount. Eons of geologic transformation and concentration are not required. But finite natural resources by definition have a limit. We cannot say with precision what that limit is, but we know it is there.

    The rejoinder to Bartlett and others like him is that technology will overcome any limits, and that we’ll use substitutes for resources that run low. It’s hard to imagine what might be a good substitute for uncontaminated, potable water; but, in the cornucopian’s mind anything is possible. It’s also hard to imagine a modern technical society without metals. But, we’ll think of something, right? However, please don’t say that that something is made out of materials derived from oil, natural gas or coal which are also finite.

    The problems posed by exponential growth mean we’ll have to think of “something” at increasingly short intervals given the ever rising rates of consumption and the broad range of finite materials we depend on–especially fossil fuels (oil, natural gas, coal) and much of the periodic table of elements including the usual suspects such as iron, copper, aluminum, zinc, silver, platinum, and uranium and the more exotic ones such as lithium, titanium, the so-called rare earth elements, and helium.

    Related article: $750 Billion in Food Wasted Every Year

    It’s not just one substitute we’ll have to find. And, we may be faced with having to find many all at once. The idea that technological innovation will always and everywhere stay ahead of an ever increasing rate of depletion may be true or not true. But we cannot know this ahead of time.

    In fact, if it were true, why hasn’t technological innovation brought oil prices down to where they were in the 1990s before the run-up of the last decade? There’s no commodity more central to the functioning of our economy; and, there’s been huge spending by the oil industry and deployment of revolutionary new techniques. Yet, the price remains stubbornly high. The glut that was promised year after year has failed to materialize. The problem is not that technological innovation has ceased; it’s that it may not be enough.

    And so, we are assuming huge risks by taking it on faith that all hurdles to the continuance of our technical civilization as it stands can be overcome in time and forever by technological advances. We are taking it on faith, essentially, that we will never screw up so badly that our highly-efficient, just-in-time economy will cease to grow and finally decline until it reaches a level that can be sustained by a much simpler and less technically advanced set of practices, probably for a much smaller population.

    It stands to reason that even the RATE of technological advancement must have a limit. Humans are not infinite in their powers of reason. Even with computers, we cannot innovate at infinite speeds.

    It is the rate issue that Albert Bartlett spent the last half of his life trying to bring to the fore in the minds of the public and policymakers. While many in the scientific community have now come to understand his message, the broader public and policymakers still seem largely in the dark. Rates, and particularly exponential growth, are clearly not easy to grasp; otherwise, so many more human beings would have grasped these concepts.

    But we have Albert Bartlett to thank for relentlessly reminding us that we should pay attention to the simple math that refutes our notions of endless growth. He asks in his lecture the following question:

    Can you think of any problem on any scale, from microscopic to global, whose long-term solution is in any demonstrable way aided, assisted or advanced by having larger populations at the local level, the state level, the national level, or globally?

    So far, I can’t think of any.

    By. Kurt Cobb

  • After the Storms, a Different Opinion On Climate Change

    After the Storms, a Different Opinion On Climate Change

    Sep. 19, 2013 — Extreme weather may lead people to think more seriously about climate change, according to new research. In the wake of Hurricanes Irene and Sandy, New Jersey residents were more likely to show support for a politician running on a “green” platform, and expressed a greater belief that climate change is caused by human activity.


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    This research, published in Psychological Science, a journal of the Association for Psychological Science, suggests that traumatic weather events may have the power to shift people’s automatic attitudes — their first instincts — in favor of environmentally sustainable policies.

    Though scientists are in near-unilateral agreement that human activity contributes to climate change, the relationship isn’t as clear to many politicians and citizens. This translates into lackluster support for environmental policies, especially when the short-term consequences amount to higher taxes.

    “Americans tend to vote more from a self-interested perspective rather than demand that their government affect change,” says lead researcher Laurie Rudman of Rutgers University.

    In 2010, Rudman and her colleagues Meghan McLean and Martin Bunzl surveyed over 250 Rutgers undergraduate students, measuring their attitudes toward two politicians, one who favored and another who opposed environmental policies that involve tax increases. The researchers asked the students whether they believed that humans are causing climate change, and they also had the students complete a test intended to reveal their automatic, instinctual preferences toward the politicians.

    Though most students said they preferred the green politician, their automatic preferences suggested otherwise. The automatic-attitudes test indicated that the students tended to prefer the politician who did not want to raise taxes to fund environment-friendly policy initiatives.

    After Hurricanes Irene and Sandy devastated many areas on the Eastern Seaboard in 2012, Rudman and colleagues wondered whether they would see any differences in students’ attitudes toward environmental policies.

    “It seemed likely that what was needed was a change of ‘heart,’” Rudman explains. “Direct, emotional experiences are effective for that.”

    In contrast with the first group, students tested in 2012 showed a clear preference for the green politician, even on the automatic attitudes test. And those students who were particularly affected by Hurricane Sandy — experiencing power outages, school disruptions, even damaged or destroyed homes — showed the strongest preference for the green politician.

    “Not only was extreme weather persuasive at the automatic level, people were more likely to base their decisions on their gut-feelings in the aftermath of Sandy, compared to before the storm,” Rudman explains.

    While they don’t know whether the first group of students would have shown a shift in attitudes after the storms, the researchers believe their findings provide evidence that personal experience is one factor that can influence instinctive attitudes toward environmental policy. If storms do become more prevalent and violent as the climate changes, they argue, more people may demand substantive policy changes.

    Waiting for severe storms to shift the public’s opinions on policy changes might be a sobering reality, but Rudman and her colleagues are more optimistic.

    “Our hope is that researchers will design persuasion strategies that effectively change people’s implicit attitudes without them having to suffer through a disaster,” Rudman concludes.

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