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  • The oil flowed south, Scots went on the dole … no-one cared

    The oil flowed south, Scots went on the dole … no-one cared

    Iain Macwhirter
    Columnist
    Sunday 28 July 2013

    WHERE’S the anger?

    WHERE’S the anger?

    Custom byline text:
    Iain Macwhirter

    As the economy pulls out of recession into a largely jobless recovery, with wages nearly one-tenth down in real terms on their pre-2008 peak, the strange thing is how little response there has been on the streets. We have been through a longer recession than in the 1930s, and earnings have fallen faster than at any time since the 1870s. Or so economists tell us. Yet, there have been no marches, demos, barricades. Even the Occupy movement, which appeared in city centres two years ago, seems to have vacated the scene.

    The absence of war has posed problems for Scottish Nationalists trying to persuade Scots that they deserve a better deal over oil, welfare benefits, jobs. Scots must be aware that their living standards are being squeezed, and those on benefits are barely surviving. There are hundreds of thousands on housing waiting lists, and many families are living in one-bedroom flats because of the prohibitive cost of buying and renting. But they don’t seem to be drawing the conclusion that oil-rich independence would make them much better off.

    The Yes Campaign is having a desperate time. There is a case to be made that Scots would be better off as a small, independent country like Denmark or Finland, rather than being a provincial backwater of Londonshire. But it’s not getting across. The former SNP candidate, George Kerevan, has even penned an open letter in The Scotsman to Alex Salmond, lamenting his failure to offer a convincing vision. What he is really lamenting is the lack of grievance among Scots about their position in the UK.

    There is cause for Scotland to feel a sense of justified grievance at the loss of oil revenues, which as Professor Gavin McCrone explains in today’s Sunday Herald (following page), were running at up to an astonishing £28 billion a year in the 1980s. Even I had forgotten it was that high. Even tiny Shetland, with 22,000 souls, secured an oil fund of £1bn. The rest of Scotland got nothing – at least not directly.

    Today, much of the Scottish press presents this valuable asset as a burden. “Declining North Sea Oil and gas revenue forecasts could ruin SNP’s economic case for independence”, as the Daily Record put it last week. The oil may be running out, but there is still a lot of it around – £1.5 trillion, according to industry estimates. Denmark and Finland don’t have any oil at all, and they seem to do all right.

    The left in Scotland has it that Margaret Thatcher’s assault on the miners and industry was financed by Scottish oil, and there is something in that. The UK balance of payments depended crucially on the oil wealth as industry collapsed in the last quarter of the 20th century. Much oil revenue went to meet the social cost in unemployment and sickness benefits that came with mass joblessness in the 1980s. Without it, Britain might have been even more bankrupt and the pound would certainly have collapsed in value. Mind you, it collapsed by 25% after 2008 and that is now seen as a good thing.

    But the SNP’s attempt to ignite oil as a Nationalist issue (“It’s Scotland’s Oil”) 30 years ago was an almost complete failure. Throughout the era of peak oil revenues in the 1980s, as hundreds of billions were being sucked out of the North Sea, the Scottish National Party was politically becalmed; blamed somewhat unfairly for forcing the election that brought Mrs Thatcher to power in 1979 (it was surely Jim Callaghan’s fault for not going ahead with the October 1978 election). The crude appeal to self-interest did not appeal to Scottish voters, who like to think that they are motivated by a higher moral purpose.

    And so the oil flowed south and Scotland went on the dole. One-fifth of Scottish industry disappeared in the early 1980s alone, and though new jobs came with the foreign electronics plants of Silicon Glen, they were not like the old jobs. Scotland had been a centre of the industrial revolution in the 19th century, and had been the most advanced technological civilisation after England during the Victorian age. That may sound inflated, but it is a statement of historical fact.

    James Watt’s steam engine, James Young’s distillation of oil, Naysmith’s steam-hammer, Napier’s logarithms, MacAdam’s tarmac, Dunlop’s rubber tyres, Dickson’s motion picture camera, Bell’s telephone and Baird’s TV. Not all of these were developed in Scotland, and industrialists such as Andrew Carnegie and David Buick, the car manufacturer, had to go to America to make their fortunes. But many who remained here created extraordinary industries. Take James Lithgow, who turned a legacy of £1000 into the biggest shipbuilding company in the world in the 1950s.

    We tend to scorn those who celebrate Scotland’s industrial and scientific achievements – but they were real enough. And it wasn’t, of course, Margaret Thatcher alone who destroyed them. Scottish industry had been in decline long before she came to power. What she did was to take on and defeat organised Labour in Scotland – the miners, in particular. Some blame the trades unions for contributing to Scotland’s industrial decline in the 1950s and 1960s by obstructing new and efficient methods of production, and it is true that demarcation disputes were a constant problem in Clydeside.

    But the point is that you will hardly ever hear Scottish voters complaining about this loss of industrial leadership, just as they never complain about the loss of oil revenues. Many Scots, indeed, seem unaware that Scotland has ever been anything other than a threadbare region of the UK that happened to get lucky with oil. That may be as much the fault of the Scottish education system as voter amnesia. But the Scots are probably unique among the regions of Europe in being almost completely lacking a sense of economic grievance.

    I am never quite sure whether to praise or blame Scots for taking their historic defeats so well. There is something rather noble, certainly, in not restoring to the politics of self-interest. Yet there is also something rather sad about a country that does not take itself seriously enough to fight for a better deal.

    Perhaps the current economic “recovery” will alter perceptions. It is almost completely driven by the UK Government’s attempt to boost the housing market – using public money to subsidise the mortgages of people wealthy enough to buy £600,000 houses. Maybe that will ignite some anger. But Scots don’t seem to have much confidence that collective action, political action, is capable of improving things. The habit of dissent seems to have been lost – at least for the time being.

    And no – before you ask – I don’t think people should go out on the streets and cause riots. However, the tradition of protest is a very long and venerable one in Britain, and historians will find it remarkable that this period of economic turbulence has passed with so little trace of public passion. The 1980 recession – much shallower than this one – saw a succession of strikes, demonstrations, campaigns. We saw the growth of alternative comedy, political pop songs from the likes of Billy Bragg and the Proclaimers, radical theatre groups such as 7:84 and Wildcat. Not this time. It’s all quiet on the constitutional front.

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    The absence of war has posed problems for Scottish Nationalists trying to persuade Scots that they deserve a better deal over oil, welfare benefits, jobs. Scots must be aware that their living standards are being squeezed, and those on benefits are barely surviving. There are hundreds of thousands on housing waiting lists, and many families are living in one-bedroom flats because of the prohibitive cost of buying and renting. But they don’t seem to be drawing the conclusion that oil-rich independence would make them much better off.

    The Yes Campaign is having a desperate time. There is a case to be made that Scots would be better off as a small, independent country like Denmark or Finland, rather than being a provincial backwater of Londonshire. But it’s not getting across. The former SNP candidate, George Kerevan, has even penned an open letter in The Scotsman to Alex Salmond, lamenting his failure to offer a convincing vision. What he is really lamenting is the lack of grievance among Scots about their position in the UK.

    There is cause for Scotland to feel a sense of justified grievance at the loss of oil revenues, which as Professor Gavin McCrone explains in today’s Sunday Herald (following page), were running at up to an astonishing £28 billion a year in the 1980s. Even I had forgotten it was that high. Even tiny Shetland, with 22,000 souls, secured an oil fund of £1bn. The rest of Scotland got nothing – at least not directly.

    Today, much of the Scottish press presents this valuable asset as a burden. “Declining North Sea Oil and gas revenue forecasts could ruin SNP’s economic case for independence”, as the Daily Record put it last week. The oil may be running out, but there is still a lot of it around – £1.5 trillion, according to industry estimates. Denmark and Finland don’t have any oil at all, and they seem to do all right.

    The left in Scotland has it that Margaret Thatcher’s assault on the miners and industry was financed by Scottish oil, and there is something in that. The UK balance of payments depended crucially on the oil wealth as industry collapsed in the last quarter of the 20th century. Much oil revenue went to meet the social cost in unemployment and sickness benefits that came with mass joblessness in the 1980s. Without it, Britain might have been even more bankrupt and the pound would certainly have collapsed in value. Mind you, it collapsed by 25% after 2008 and that is now seen as a good thing.

    But the SNP’s attempt to ignite oil as a Nationalist issue (“It’s Scotland’s Oil”) 30 years ago was an almost complete failure. Throughout the era of peak oil revenues in the 1980s, as hundreds of billions were being sucked out of the North Sea, the Scottish National Party was politically becalmed; blamed somewhat unfairly for forcing the election that brought Mrs Thatcher to power in 1979 (it was surely Jim Callaghan’s fault for not going ahead with the October 1978 election). The crude appeal to self-interest did not appeal to Scottish voters, who like to think that they are motivated by a higher moral purpose.

    And so the oil flowed south and Scotland went on the dole. One-fifth of Scottish industry disappeared in the early 1980s alone, and though new jobs came with the foreign electronics plants of Silicon Glen, they were not like the old jobs. Scotland had been a centre of the industrial revolution in the 19th century, and had been the most advanced technological civilisation after England during the Victorian age. That may sound inflated, but it is a statement of historical fact.

    James Watt’s steam engine, James Young’s distillation of oil, Naysmith’s steam-hammer, Napier’s logarithms, MacAdam’s tarmac, Dunlop’s rubber tyres, Dickson’s motion picture camera, Bell’s telephone and Baird’s TV. Not all of these were developed in Scotland, and industrialists such as Andrew Carnegie and David Buick, the car manufacturer, had to go to America to make their fortunes. But many who remained here created extraordinary industries. Take James Lithgow, who turned a legacy of £1000 into the biggest shipbuilding company in the world in the 1950s.

    We tend to scorn those who celebrate Scotland’s industrial and scientific achievements – but they were real enough. And it wasn’t, of course, Margaret Thatcher alone who destroyed them. Scottish industry had been in decline long before she came to power. What she did was to take on and defeat organised Labour in Scotland – the miners, in particular. Some blame the trades unions for contributing to Scotland’s industrial decline in the 1950s and 1960s by obstructing new and efficient methods of production, and it is true that demarcation disputes were a constant problem in Clydeside.

    But the point is that you will hardly ever hear Scottish voters complaining about this loss of industrial leadership, just as they never complain about the loss of oil revenues. Many Scots, indeed, seem unaware that Scotland has ever been anything other than a threadbare region of the UK that happened to get lucky with oil. That may be as much the fault of the Scottish education system as voter amnesia. But the Scots are probably unique among the regions of Europe in being almost completely lacking a sense of economic grievance.

    I am never quite sure whether to praise or blame Scots for taking their historic defeats so well. There is something rather noble, certainly, in not restoring to the politics of self-interest. Yet there is also something rather sad about a country that does not take itself seriously enough to fight for a better deal.

    Perhaps the current economic “recovery” will alter perceptions. It is almost completely driven by the UK Government’s attempt to boost the housing market – using public money to subsidise the mortgages of people wealthy enough to buy £600,000 houses. Maybe that will ignite some anger. But Scots don’t seem to have much confidence that collective action, political action, is capable of improving things. The habit of dissent seems to have been lost – at least for the time being.

    And no – before you ask – I don’t think people should go out on the streets and cause riots. However, the tradition of protest is a very long and venerable one in Britain, and historians will find it remarkable that this period of economic turbulence has passed with so little trace of public passion. The 1980 recession – much shallower than this one – saw a succession of strikes, demonstrations, campaigns. We saw the growth of alternative comedy, political pop songs from the likes of Billy Bragg and the Proclaimers, radical theatre groups such as 7:84 and Wildcat. Not this time. It’s all quiet on the constitutional front.

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  • Shortage of Hospital Beds and Prevalence of Lifestyle Diseases Propelling Growth of Hospital Market

    Shortage of Hospital Beds and Prevalence of Lifestyle Diseases Propelling Growth of Hospital Market
    Netscribes, Inc. launches a report on the Hospital Market in India 2013, covering a market with strong growth potential. It is a part of Netscribes’ Healthcare Series.

    New York, NY, July 27, 2013 –(PR.com)– Global market intelligence firm Netscribes Inc. has released its latest report on the ‘Hospital Market in India 2013’, which describes the Indian hospital market as one with the strongest growth potential in the healthcare sector.

    The Indian hospital market faces a critical crunch in the number of hospital beds in comparison to the demand. Persistent growth in population necessitates the growth in both public and private hospital facilities to cater to population of varied economic standards residing in the country.

    The country has witnessed a growing demand for quality healthcare service. This is not only because of changing nature of Indian patient population but also due to the booming medical tourism that India is currently witnessing. As a result, the sector is attracting a good amount of foreign investments in the hospital market in India. The Indian government is also undertaking numerous initiatives including tax incentives and budget allocations that would aid in investment inflow and betterment of the market.

    Indian entrepreneurs are bringing in innovation in the hospital business by revolutionizing the approach towards healthcare delivery. Initiatives are being taken to penetrate smaller cities and towns where the private sector was hesitant to penetrate even a few years back. Primary and secondary care is being offered through specialty clinics or smaller hospitals specializing in few key areas to reduce their cost of operation while still looking to increase revenue by carrying out a number of selected procedures. On the other hand, mobile hospitals and telemedicine is being popularized so that they can reach the patient population in rural and urban slum areas and deliver immediate healthcare services.

    The competitive landscape of the Indian hospital market is primarily segmented into two spheres: public and private. The public hospitals operating in the country provide service at a subsidized rate that enables the under-privileged to have access to reliable treatment. However, in the private segment hospital business in India is dominated by 11 key players that operate on a chain basis, either regionally or nationally. On the other hand, the leading hospitals in the country operate in the standalone format. With the penetration level of private players in the market increasing, healthcare delivery is becoming intensively competitive among the private players, which in turn is resulting in constant development in terms of service offered by them.

    Contact Information
    Netscribes.Inc
    Gaurav Kumar
    +91 33 4027 6214
    Contact
    www.netscribes.com
    Click here to view the list of recent Press Releases from Netscribes, Inc.
  • It’s scary to think that oceans are rising

    Deborah McDermott

    dmcdermott@seacoastonline.com
    July 28, 2013 2:00 AM

    Editor’s note: This is the first in a series of stories on sea level rise in the Seacoast. In future weeks, adaptation measures by individual municipalities will be highlighted.

    Superstorm Sandy was a bellwether for coastal New England, say regional and state coastal environmentalists and scientists. The devastation it wreaked is proof of the need for communities to be proactive in looking at their own vulnerabilities — whether or not people see climate change as the cause.

    “Sea level rise is happening, whether you want to believe it or not,” said Ted Diers of the N.H. Department of Environmental Services, and he ticks off the reasons:

    — The Greenland ice cap is melting

    — Geologically, the land in New England has stopped shifting

    — The ocean is warming, which expands ocean water that “has to go somewhere.”

    “Whether you think climate change is the cause doesn’t really matter, in my mind,” said Diers, administrator of the DES Watershed Management Bureau. “The fact is, these crazy storms are going to be increasing and this is something we should be thinking about now.”

    JT Lockman of the consulting firm Catalysis Adaptation Partners in Portland, Maine, draws an analogy.

    “If you’re robbed, you would immediately spend money to fix the damage, and get better locks,” he said. “You could take the position that until someone can explain to you why you were robbed you aren’t going to spend any money. But I think most people would agree it’s important to do something now.”

    From Seabrook, inland up the coastal river systems and into York County, Maine, the effects of the rising oceans will over time have economic, social, infrastructure and geological impacts.

    In the past five or so years, precise modeling maps have become possible due to the introduction of the Light Detection and Ranging, or LIDAR, laser measuring system. Projections based on this modeling indicate that in the Seacoast, the ocean will rise between 3 and 6 feet by 2100.

    Derek Sowers, project manager of the Piscataqua Region Estuaries Partnership, said storms are going to become more frequent and more powerful in the near future and long term.

    Based on modeling by the University of New Hampshire, he said, a 150-year storm will become a 25-year storm in coastal New Hampshire by the mid-21st century if current carbon emission levels remain constant.

    The economic costs are significant. According to a 2013 study by risk modeling consultants AIR Worldwide, the insured value of properties in the coastal counties of New Hampshire is $64 billion.

    In 2006, Maine state economist Charles Colgan and University of Southern Maine environmental financial expert Sam Merrill conducted a study on the economic impact of increasingly severe storms on seven communities in York County. At the time, they pegged the costs of wages at at-risk businesses at more than $40 million.

    “This isn’t just a little environmental issue we can ignore,” Sowers said. “There’s a true economic and public safety cost. Can we ignore that at our own peril, or recognize scientific realities and plan for the future?”

    Regional cooperation

    The New Hampshire Seacoast has long had a sea level rise champion in the Coastal Adaptation Workgroup, or CAW, a consortium of local, state, federal and nonprofit agencies based in this area. CAW has been meeting monthly since 2009 to share information on the work each has been doing and to coordinate forums and workshops for area municipalities.

    “We want to convey what we’re doing to our communities in a consistent way so we’re not sending out mixed messages about the importance of this issue,” said Sowers, a member of CAW.

    Cameron Wake, associate professor of climatology at UNH and on the staff of the UNH Institute for the Study of Earth, Oceans and Space, is another member. Wake has been working with LIDAR mapping programs to provide detailed modeling of storm surge and sea level rise on most communities in the New Hampshire Seacoast. This information is in turn disseminated to local municipalities to help them in their adaptation planning.

    “They have become a central tool as part of a much broader discussion on the regional level,” he said. “The maps get officials to understand the scope of the challenge and to begin planning.”

    Meanwhile, said Diers at NHDES, the New England states are also planning regionally. “We coordinate well across the states and with the federal government, too, especially NOAA (the National Oceanic and Atmospheric Administration), which is keenly interested in this issue,” he said.

    LIDAR data is driving this effort, as well, he said. “It’s really revolutionized the way that we look at sea level rise and storm surges. We can be very precise. We don’t want communities to over protect,” he said, “but we also want them to be realistic.”

    Public policy challenges

    The governments of New Hampshire and Maine have up until now played largely an advisory role in sea level rise issues. People like Diers or employees at the Maine Coastal Program provide planning help to a variety of stakeholders from environmental organizations to municipalities.

    It’s a role, said Diers, that’s not likely to change much in the future. Grant funding comes almost entirely from the federal government and, in these economic times, he thinks it’s unlikely that state government will step up funding in a significant way.

    “We give money to emergencies. Unfortunately, there’s no such thing as a planning emergency,” he said. “That said, there’s a lot to do and we will do everything with what we have to help.”

    The New Hampshire Legislature recently passed a bill that would form a sea level rise commission to study the issue and make policy recommendations to the Legislature.

    State Sen. David Watters, D-Dover, sponsored the legislation, which was co-sponsored by state Sens. Nancy Stiles, R-Hampton, and Martha Fuller Clark, D-Portsmouth.

    “The fact is, there may be dire financial consequences” from storm surge and sea level rise,” Watters said. “Shouldn’t we plan wisely now?”

    Federal funding is available for planning, particularly through NOAA, but it’s not sufficient to meet the fiscal challenge facing most coastal communities, said USM’s Sam Merrill.

    “There are federal funds available for some things, and I think we’ll see them continue to take a role,” he said. But the grants tend to be small and are likely over time to become smaller, he said.

    When it comes to federal disaster relief, funding is not expected to continue at current levels.

    “It’s impossible for the federal government to come in and pay for everyone,” said Sowers.

    Federal flood insurance is going to become insolvent at some point, he said, as more powerful storms damage buildings and infrastructure.

    “Federal flood insurance programs aren’t supposed to lose money,” Lockman said. “Just like any insurance, the premiums are supposed to be greater than the outlay. But that’s changing. The usual way of doing things isn’t sustainable.”

    That leaves it up to municipalities to bear the brunt of the cost of adaptation measures.

    “The fact is, federal and state coffers are broke,” Merrill said. “Municipal government has to say, ‘We have to take this into our own hands.’”

    Sowers agrees.

    “The message I take away is that if communities understand the challenges they face, the ball is in their court to look after themselves,” he said.

    But Diers is quick to say the world is not ending tomorrow.

    “You plan now, and you set aside a little every year,” he said. “When we’re talking about a 100-year time frame, the whole idea is to talk about it now. If you’re planning to put in the same culvert you put in 30 years ago, you might want to rethink that. It’s that kind of thing.”

    The fact is, said Diers and others, municipalities don’t have much of a choice. But UNH’s Wake said he understands there’s a psychological barrier to deal with, as well.

    “It’s a big shift, there’s no doubt about it,” he said. “If you really accept this is happening, it’s scary. Because if you accept it, you have to start thinking about what you’re going to do — to protect yourself, your family and the community.”

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  • Speaker: Rising sea levels unstoppable

    Speaker: Rising sea levels unstoppable

    Dramatic changes coming as sea rises and shoreline moves inland, oceanographer says

    •  2

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    Speaker: Rising sea levels unstoppable photo
    It is time to think about the large-scale financial and societal impacts of climate change, John Englander, an oceanographer, global ocean explorer and author, told an audience on Friday.

    By William Kelly

    Daily News Staff Writer

    Humanity has arrived at a geological intersection, and residents who live along the low-lying, densely populated coast of southeast Florida have a front row seat.

    Dramatic changes will unfold in the next few decades as the sea continues to rise and the shoreline moves inland. It is time to think about the large-scale financial and societal impacts, John Englander, an oceanographer, global ocean explorer and author, told an audience on Friday.

    “The world is changing,” he said. “It is stunning, how quickly it is changing.”

    Englander, who penned the book High Tide on Main Street: Rising Sea Level and the Coming Coastal Crisis, was the keynote speaker at a symposium on rising sea levels. More than 200 people attended the event at Oxbridge Academy.

    Englander’s remarks were followed by discussions among panelists who also took questions from the audience. The panelists including educators, government leaders, Realtors, water and natural resource managers, and others. Based on the discussions, the most pressing issues confronting South Florida include flooding; the threat to coastal development, beaches and tourism; property values; and the saltwater contamination of the fresh-water supply.

    Jim Sackett, retired anchor from WPTV NewsChannel 5, moderated.

    Fluctuations in ocean levels are not a new phenomenon for the earth. During the last peak ice age 20,000 years ago — the blink of an eye in geological time — the sea level was 390 feet below where it is today, Englander said. For the last 6,000 years, it has remained essentially constant. But now it is rising (about 8 inches over the last century) and will continue to do so for at least 1,000 years, Englander said.

    This marks the first time that human civilization has collided with climate change and rising seas, he said.

    The arctic has been frozen for three million years. Now the ice there is disappearing by as much as 7 percent a year, he said. As recently as 1970, scientists would not have thought that to be possible.

    “Some September in the next 20 years, the arctic will be completely devoid of ice, and the period of time when it is ice-free will gradually expand each year for decades,” he said.

    The arctic ice is important to the climate because it reflects 90 percent of the sun’s light, rather than absorbing it. Once that region turns to dark ocean, it will reflect only 6 percent of the light, he said. “The planet will absorb more heat. There’s nothing we can do to stop it right now.”

    Most people don’t understand the science, he said. Most of Englander’s audiences believe that the melting polar ice cap contributes to sea level rise, Englander said. The melting of the arctic ice is significant because it is proof that the planet is warming. But it doesn’t add to sea level rise.

    Unlike the ice sheets on Greenland and Antarctica, the arctic ice is not on land. It is frozen ocean, with 10 percent above the surface. The ice displaces the water, so when it melts away it won’t change the level of the seas.

    If all the ice on Greenland were to melt, that would raise the sea level by 24 feet, he said. That could happen in about 3,000 years, he said (Antarctica has seven times more ice than Greenland).

    Ninety percent of the world’s glaciers are receding, and all will eventually disappear. The collective impact of that is 2 to 3 feet of sea level rise.

    Humans can’t reverse the changes in climate and sea level, though it may eventually be slowed. Meanwhile, there is no point in getting depressed about it, he said.

    “We are an amazingly adaptive species,” he said. “It is probably our greatest strength. It may be emotionally challenging, but we’re resilient. We find ways to do that.”

    *

    See Thursday’s edition for a report on the panel discussion at the symposium.

    – See more at: http://www.palmbeachdailynews.com/news/news/speakerrisingsea-levelsunstoppable/nY53n/#sthash.kvY16W04.dpuf

     

  • Siberia Heat: Did The Arctic Region Break A Heat Record?

    green

    Edition: U.S.

     

    Siberia Heat: Did The Arctic Region Break A Heat Record?

    Posted: 07/26/2013 3:36 pm EDT  |  Updated: 07/26/2013 3:40 pm EDT

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    Did the Arctic region break a heat record?

    According to English-language outlet The Siberian Times, temperatures of 32 degrees Celsius, or 89.6 degrees Fahrenheit, were recorded in the Siberian city of Norilsk on July 21. The average temperature in July in the region is 13.6 C, or 56.48 F.

    Weather historian Christopher C. Burt explains on the website Weather Underground that the entire Russian Arctic region has seen warm weather as of late. Burt adds that Norilsk has seen its warmest nights in recent days — some 20.2 C, or 68.26 F — and that wildfires have erupted in the region.

    However Burt and The Siberian Times disagree as to whether the warm weather spell is a record. According to the Siberian Times, the recent spike broke the 31.9 C (89.42 F) record set three decades ago, while Burt believes the current record stands at 32.2 C (89.96 F).

    The blog Weather In Siberia notes that the month of July has shown extremely fluctuating temperatures. While the website describes the record temperatures of recent days, it also says that July 1 this year was the coldest measured in many years.

    Norilsk, where the extreme temperatures were measured, is the northernmost city in the world. The Siberian town houses 175,000 residents and is built on the permafrost.

    The Weather Channel reports that temperatures of -60 F (-51 C) are no exception in winter in Siberia, making it one of the coldest inhabited places on earth.

    From the Weather Channel:

    On Feb. 6, 1933, an observer, there, measured a temperature of -89.8 degrees Fahrenheit! This is a full 10 degrees colder than the U.S. cold record of -79.8 degrees F at Prospect Creek, Alaska on Jan. 23, 1971. (Incidentally, the record coldest temperature measured on Earth was at the Russian South Pole research station of Vostok, Antarctica (-128.6 deg. F) on July 21, 1983.)

    The heat is bad news for firefighters in the region. NASA explains that once the snow melts, the remote region is very susceptible to wildfires. According to Russia Beyond The Headlines, 900 specialists are currently fighting several fires that are already raging in the area. Dozens of Russians were killed by fires during a heatwave in the summer of 2010, when fire gripped over millions of hectares.

    (h/t The Atlantic Wire)

  • R583 trillion Arctic time bomb

    R583 trillion Arctic time bomb

    July 27 2013 at 12:19pm
    By STEVE CONNOR

    Comment on this story


    iol scitech 27 july ns $60TRN ARCTIC METHANE TIME BOMB pic2.

    The average thickness of sea ice has fallen by a half, and further melting risks the release of methane gas.

    Related Stories

    The sudden release from the melting Arctic of vast quantities of methane – a greenhouse gas at least 20 times more potent than carbon dioxide – is an “economic time bomb” that could explode at a cost of $60 trillion (R583 trillion) to the global economy, a study has concluded.

    A scientific assessment of the costs associated with the release of Arctic methane into the atmosphere has found that the financial consequences to the world would almost equal the entire global economic output for a single year.

    Scientists and economists said that the release of the methane, trapped for thousands of years beneath the frozen permafrost of the Arctic, is one of the most dangerous possible “feedback” consequences of global warming, a process which has seen sea ice diminish by more than a third since the 1970s.

    Using the same computer models employed by the 2006 Stern Review on the Economics of Climate Change, the researchers found that the effects on the global climate of a relatively sudden methane release over a decade or so could be catastrophic in terms of rising sea levels, coastal flooding, extreme weather and drought effects on crops.

    “This is an economic time bomb that at this stage has not been recognised,” said Professor Gail Whiteman of Erasmus University in Rotterdam, who said researchers worked from “an incredibly compelling set of data”.

    “Global leaders and the World Economic Forum and International Monetary Fund need to pay much more attention to this. The mean impacts of just this one effect approaches the $70 trillion value of the world economy in 2012,” said Whiteman, lead author of the study published in Nature.

    The study used an economic model of the effects of climate change to evaluate the costs of the extra greenhouse gas emissions on sea level, temperature, flood risk, health and extreme weather. The researchers ran the model 10 000 times and came to the average cost of $60 trillion, mostly borne over this century but also the next.

    Estimates of how much methane could be released from the North Pole were based on joint Russian-American expeditions to the East Siberian Sea, where scientists have measured vast plumes of methane bubbling to the sea surface from underground deposits trapped beneath permafrost which extends under the sea because the continental shelf here is relatively shallow.

    Russian scientists have calculated that there may be as much as 50 billion tons of methane locked away beneath the permafrost of the East Siberian Sea.

    The scientists say methane is about 23 times more potent than carbon dioxide over a 100-year period, and its sudden release could change the global climate significantly faster than current predictions.

    For instance, a massive pulse of methane could bring forward, by between 15 and 35 years, the date by which average temperatures exceed the “safe” limit of 2ºC above pre-industrial levels. This limit would be reached by 2035 if nothing is done to curb greenhouse gas or 2040 if emissions are lowered, the study found.

    “We calculate that the costs of a melting Arctic will be huge, because the region is pivotal to the functioning of Earth systems such as oceans and the climate,” the researchers said.

    “Much of the cost will be borne by developing countries, which will face extreme weather, poorer health and lower agricultural production as Arctic warming affects climate. All nations will be affected, not just those in the far north, and all should be concerned about changes.”

    The Independent revealed in 2008 that millions of tons of methane are being emitted each summer in the East Siberian Sea where the ice has receded. As the sea ice retreats, the water beneath begins to warm and the seabed permafrost melts, said Professor Peter Wadhams, an Arctic ice specialist at Cambridge University who was part of the study. “We are looking at a big effect, possibly a catastrophic effect on global climate that has been a consequence of the extremely fast sea ice retreat we’ve seen in recent years,” Wadhams said.

    “We have an area of the world that used to be covered with sea ice all the year round but which is now, in the summer months, becoming ice free,” he said.

    “As long as sea ice was around in the summer the ocean underneath was kept to a temperature of 0ºC or less… but as soon as the ice is removed it exposes the ocean to intense radiation and the water warms up.”

    METHANE MELTDOWN

    THE CAUSES…

    Sea ice

    Satellites have recorded a dramatic decline in the extent of the floating sea ice in the Arctic, where the loss has accelerated rapidly in recent years. Submarine measurements suggest that the average thickness of sea ice has fallen by a half. A rapid break up of sea ice in the summer months could occur within the next decade.

    Permafrost

    The permanently frozen tundra of the Arctic is melting rapidly. During summer months, vast areas of the Siberian permafrost become open pools of bog and water. As permafrost melts, methane is released from deeper layers, especially from the sub-seabed permafrost of the East Siberian Sea.

    Greenland ice sheet

    The ice sheet covering Greenland is 3km thick in places and it will take many centuries before it disappears. But last year Nasa recorded temporary summer melting over about 97 percent of the ice sheet’s surface; and melting ice is less reflective, leading to more heat absorption and therefore more melting.

    …AND THE CONSEQUENCES

    Extreme weather

    Superstorm Sandy, the recent floods in Germany and the extreme heat-waves in France in 2003 and in Moscow in 2010 are all examples of the sort of weather extremes that are predicted to increase in frequency in a warmer world. The economic and health costs of extreme weather are incalculable. Costs from superstorm Sandy are estimated to be in the range of $25bn (R243bn), second only to the estimated costs of Hurricane Katrina, which produced the most expensive storm damage in recent history.

    Sea levels

    The rate of average sea-level rise has increased in recent years, mostly as a result of thermal expansion caused by warmer oceans, but also because of melting mountain glaciers and polar ice sheets.

    About 10 million people a year are affected by coastal flooding, and that figure is likely to triple, even without further rises in sea level, as more people migrate to coastal megacities, such as Dhaka in Bangladesh.

    Sea-level rise is one of the most important economic issues of the modern era given that in Europe alone some 70 million people live near the coastline, where assets are worth between £500bn and £1 000bn.

    Desertification

    Many areas of the developing world, especially those in sub-Saharan Africa such as the semi-arid Sahel, are already under extreme water stress, making crop cultivation extremely precarious.

    In a warmer world, scientists expect these dry areas to become drier, making farming impossible and causing the mass migration of people who cannot grow their own food or raise their own livestock. – The Independent