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  • UN to advise on climate change funding.

     

    Ban said the composition of the panel would be announced shortly and revealed that he planned to ask Guyana’s President Bharrat Jagdeo and Norwegian Prime Minister Jens Stoltenberg to join.

    The secretary-general, who was linked by videoconference with Brown and Meles, said he expected the panel to deliver a preliminary report at the May-June meeting of the UN Framework Convention on Climate Change (UNFCCC), which provides a planetary arena for tackling climate change.

    “Finance for adaptation and mitigation and transfer of technology are of central significance for developing countries in general and the poor and vulnerable countries in particular,” the Ethiopian premier said from Addis Ababa.

    Meles said while the funding provisions of the Copenhagen accord fell below the expectations of many in the developing world, “they have nevertheless been welcomed by most of our leaders as exemplified by the endorsement of the accord by the recently concluded summit of the African Union.”

    “This time around the promises made have to be kept because the alternative is irresponsible management of the climate, followed by catastrophic changes,” he warned.

    He voiced optimism that the work of the panel would make it possible for poor nations to join the developed world in Mexico for a final and binding treaty on climate change “with the confidence that promises made on finance will be kept”.

    Mexico is to host the next UN-sponsored climate summit from November 29 to December 10 in the beach resort of Cancun.

    “We must put in place the transparency for measurement, reporting and verification and we must take forward the cooperation on technology and we must deepen international agreement through a detailed set of rules and government arrangements under the United Nations to be finalised in Cancun later this year,” Brown said.

    Meanwhile, Oxfam International warned that Ban’s high-level panel “cannot be another talking shop” and must make concrete recommendations on how the $US100 billion ($A112.3 billion) should be raised.

    “The $US100 billion has to start flowing soon. Poor countries desperately need this money to cope with a changing climate and reduce their emissions, and rich countries need to show that they can be trusted to deliver on their promises of climate action,” Oxfam adviser Robert Bailey, said in a statement. “Trust must be rebuilt if a global climate deal is to be achieved.”

    In December, a 194-nation UN-led summit in Copenhagen pledged to limit global warming to 2C, along with billions of dollars in financing. It gave countries until January 31 to sign on.

    A 2007 report by a UN panel of scientists said human-caused climate change was unequivocally a fact and it would threaten droughts, floods and other severe weather along with the survival of entire species if unchecked.

  • Crisis of climate change confidence

     

    Just months before, in September 2001, the IPCC under Watson had delivered its groundbreaking Third Assessment Report, which confirmed that the earth was warming and found there was, ”new and stronger evidence that most of the warming observed over the last 50 years is attributable to human activities”.

    The finding, supported by the US National Academy of Sciences, provoked a severe backlash from critics of climate change science and figures in the oil and coal industry. Watson, a former science adviser to President Bill Clinton, was viewed by science sceptics and some in industry with deep suspicion.

    A memo obtained under freedom of information by a US environment group revealed that Exxon’s lobbyist, Randy Randol, wrote to a key Bush official within weeks of the president’s inauguration in 2001 asking, ”Can Watson be replaced now at the request of the US?” By early 2002 the Bush administration was backing a new candidate for the IPCC chair, an Indian engineer, Dr Rajendra Pauchari.

    ”You may not have seen this latest piece of politicisation from the Bushies,” the former head of East Anglia’s Climate Research Unit, Tom Wigley, wrote in a email to his old colleagues Phil Jones and Mike Hulme in April that year.

    That year Jones would come under scrutiny by climate sceptics in the US over data he had used for some critical research to support his finding on rising temperatures in cities.

    Jones noted the concerns over the IPPC chairman. But his colleague, Hulme, in a prescient response, argued, ”Why should not an Indian scientist chair IPCC? One could argue the [climate change] issue is more important for the south than the north …

    ”If the issue is that Exxon have lobbied and pressured Bush, then OK, this is regrettable but to be honest is anyone really surprised? All these decision about IPCC chairs and co-chairs are deeply political … ”

    Pauchari was elected chairman by a majority of countries and Watson was defeated. In 2007, under Pauchari, the IPPC handed down its next series of reports, not only confirming the 2001 findings on global warming but strengthening them.

    ”Warming of the climate system is unequivocal, as is now evident from observations of increases in global average air and ocean temperatures, widespread melting of snow and ice and rising global average sea level,” the first of the 2007 reports stated bluntly.

    More significantly, the new report found that most of the increase in warming since the mid 20th century is, ”very likely” due to a human-caused increase in greenhouse gas concentrations. After Pauchari accepted the Nobel Prize on behalf of the IPPC, the Indian engineer once favoured by the Bush White House became the object of attack by global warming sceptics.

    IN recent weeks, with climate science and scientists again under siege in the media, on sceptic blogs and from critics within their own ranks, the hacked East Anglia emails are a timely reminder that the so-called science ”war” over global warming is nothing new.

    The credibility of the IPPC and some of the high-profile individuals who contribute to it have come under attack after every report. The attacks often escalate just before the crucial UN meetings of government ministers, which follow the reports that are supposed to debate how to cut global greenhouse gases. From Kyoto in 1997 to Copenhagen in 2009, climate sceptics and industry critics have targeted the science’s credibility and challenged the need to cut greenhouse gases.

    The hacked East Anglia emails were posted on sceptic websites just weeks before December’s Copenhagen climate conference. The arguments against the climate science, even though supercharged by the emails, had little immediate effect on the UN conference. But the emails’ content is affecting public opinion in Britain and most likely the US and Australia.

    They revealed the private efforts by the IPPC author and the former director of the East Anglia Climate Research Unit, Jones, to blunt the sceptics’ scrutiny of some of his early temperature research and argue against FOI requests for this data. The unvarnished comments in some of the emails from Jones have damaged the reputation of the world’s leading climate research units.

    The IPPC was drawn into the crisis when a British science reporter picked up a howling error in one of the critical 2007 reports handed down under Pauchari. The error was not contained in the scientific findings of observed climate change or its advice to government, but in a 938-page report on the impacts of warming.

    That report included a reference to a claim that the Himalayan glaciers could melt by 2035. The IPPC and Pauchari compounded the error, many believe, by their slowness to issue a correction.

    But despite the crisis engulfing climate science in recent weeks, no serious scientific academy, university or government research agency around the world is disputing the IPPC’s core findings: that global average temperatures have been increasing and that human activity is very likely responsible because of the burning fossil fuels and deforestation, which is increasing greenhouse gas concentrations in the atmosphere.

    ”The hacking of the emails will have zero impact on the scientific case for climate change,” says Will Steffen, the head of the Australian National University’s Climate Change Institute.

    While he acknowledges that some of Jones’s temperature data was questioned in the hacked emails, Steffen points to thousands of studies across all the scientific disciplines over recent years that have supported the IPPC’s findings on global warming.

    ”There is an enormous amount of evidence from the recent warming of the planet beyond the instrumental atmospheric temperature record,” says Steffen, who authored a report on the issue last year for the Department of Climate Change.

    ”This evidence includes rising ocean temperatures, reductions in Arctic sea-ice thickness and extent, the melting of permafrost, the satellite measurements of rising atmospheric temperature, the loss of ice mass in Greenland, and more recently Antarctica, and thousands of ecological case studies on land and in the ocean showing changing times for ecological events like the flowering of plants and mating of organisms, the migration of fish, plants, birds and many others in response to the warming environment.”

    Few non-scientists realise that the IPPC does not produce its own original scientific research on global warming but draws on the work of scientists from all over the world. Critical parts of the core scientific evidence have been researched by Australian scientists and Steffen, like his colleagues, is concerned that the battering of the IPCC, and climate science in general, could undermine the key scientific institutions in Australia doing this work.

    ”An attack on the trust and credentials of Australian and global climate science is an attack on the fundamental scientific institutions. In an Australian context, what we are are talking about are the major research and observations institutions – CSIRO, the Bureau of Meteorology and the leading Australian universities. There has to be a high level of trust in these institutions on the part of the public,” he says.

    But a number of Australian scientists who spoke to the Herald are worried the crisis will undermine public confidence in climate science.

    These concerns are compounded by what many viewed as the failure of world leaders to reach agreement in Copenhagen to cut global greenhouse gases. Add to this the exceptionally cold winter in parts of Britain and North America and the net result is that the public’s clamouring for early action on climate change has been muted.

    But while Republican sceptics in Washington are Twittering that, ”It’s going to keep snowing in DC until Al Gore cries uncle”, climate scientists are again reminding the public not to confuse the local weather with the global climate.

    The winter in Washington might be brutal this season but the latest figures from NASA’s Goddard Institute for Space Studies show last year, globally, was the second warmest year since modern records began in 1880 and the decade beginning January 2000 was the warmest decade.

    There is much speculation in Canberra that the science crisis will favour the Opposition Leader, Tony Abbott and sceptics in his party. But in the US key figures in the Obama administration are more sanguine about its long-term impact.

    This week the UN Climate Envoy, Todd Stern, at his first big public appearance since Copenhagen, was asked about the impact of ”Climategate”. Stern, who first represented the Clinton administration at Kyoto in 1997, was unfazed.

    ”The fundamental science on this issue is quite clear and mounting evidence on the ground of what is actually happening and growing sophistication of the modelling goes way beyond any particular set of data or any particular problems that occurred with respect to East Anglia or the IPCC mistakes,” Stern said.

    Marian Wilkinson is the Herald’s environment editor

  • Financial crisis Paves the Way for Chinese Solar Giants

     

    Better cost advantages played a key role. Up until mid-2008 Chinese manufacturers had to buy extremely high priced polysilicon, a major part of solar modules production cost, while their international competitors had access to long-term supply agreements at significantly lower prices. However, following the financial crisis, the global polysilicon price slumped by 87.5 percent, giving the Chinese a way in. 

    In addition, the Chinese processing cost is 30 percent lower than that of their European counterparts, which is a “remarkable cost advantage,” said Shawn Kravetz, founder of Esplanade Capital LLC, an investment firm in Boston that focuses on solar companies.

    Due to this product cost gap, Chinese manufacturers are able to attract large-scale solar project developers, while their European and U.S. counterparts suffer losses in the price competition, according to Trina’s Tzou.  

    China’s Suntech Power Holdings, the world’s second largest solar modules supplier, also attributes its growth in shipments last year to improved cost competitiveness, said Rory Macpherson, the company’s investor relations’ director. Suntech sales in 2009 are estimated to have increased by around 32 percent over 2008.

    This advantage is expected to continue, despite the fact that increasing western manufacturers, such as SunPower Corp. and SolarWorld AG are opening new factories in Malaysia, South Korea and other Asian countries, in the pursuit of lower processing cost.

    But cost competitiveness isn’t China’s only advantage, said analyst Jiang Qian with Shenzhen Zhongzhe Investment Consulting Co. “China’s well-developed supply chain, cheap electricity, supportive policies and even low environmental standards, all contribute. While, currently, solar manufacturing conditions in Malaysia still lag behind.”

    Another major advantage for Chinese solar companies is their ready access to finance amid the global economic downturn. Backed by China’s preferential policies towards renewable energy, domestic solar modules makers have benefited from supportive local banks.

    “This is something that European companies do not enjoy,” said Frank Haugwitz, former European Union Renewable Energy manager within the EU-China Energy & Environment Program. “Chinese companies have easier access to local finance institutions who could help them in their endeavor in developing new markets.”

    Such new markets include North America. In its latest second quarter statement, Suntech reported that “major investment in the U.S. market has resulted in rapidly growing dealer network.” The company now has more than 200 authorized dealers throughout the United States, Canada and Mexico. 

    Like Suntech, other Chinese solar manufacturers are gearing up further expansion. As China’s solar demand was awakened by government incentives last spring, Yingli Green Energy, a top Chinese solar manufacturer, opened a factory in South China’s Hainan province in July, aimed at the domestic and Southeast Asia markets.  And this year, Canadian Solar, another solar leader in China, will develop solar projects in South Korea together with LG Group. 

    Furthermore, China’s state-owned investment companies that are involved in overseas solar projects may drive up the country’s solar modules sales around the world. For instance, China Energy Conservation Investment Corp., which previously partnered with several local solar module makers in China, is talking to European developers about financing solar projects in Germany, Spain and Italy, according to a December report from Wall Street Journal

    While for now things look good, Chinese solar manufacturers may face challenges in the future, due to rising trade frictions with Europe and the U.S., where about 90 percent of their solar modules go to. In addition, the Chinese have to fight the concerns about quality that come from the “made-in-China” image, even though they have achieved equal or better quality ranks as Western manufacturers, said Esplanade Capital’s Kravetz.

    It seems Chinese solar manufacturers are winning the battle, but have not yet won the war.

    “Well now, we [the Chinese] have good timing, advantage of financing, we get the market share, and then that will be our market share forever?” asked Haugwitz. “No, no, no. That would be a little bit too easy. The competition will go on…I look at a company, how good its quality, reputation and price.”

    Coco Liu is a professional writer, based in Shanghai, covering renewable energy and business news. Contact Coco at cliu.info@gmail.com.

  • Chinese farms cause more pollution than factories, says official survey

     

    Despite the sharp upward revision of figures on rural contamination, the government suggested the country’s pollution problem may be close to – or even past – a peak. That claim is likely to prompt scepticism among environmental groups.

     

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    The release of the groundbreaking report was reportedly delayed by resistance from the agriculture ministry, which had previously insisted that farms contributed only a tiny fraction of pollution in China.

    The census disproves these claims completely. According to the study, agriculture is responsible for 43.7% of the nation’s chemical oxygen demand (the main measure of organic compounds in water), 67% of phosphorus and 57% of nitrogen discharges.

    At the launch of the paper, Wang Yangliang of the ministry of agriculture recognised the fall-out from intensive farming methods.

    “Fertilisers and pesticides have played an important role in enhancing productivity but in certain areas improper use has had a grave impact on the environment,” he said. “The fast development of livestock breeding and aquaculture has produced a lot of food but they are also major sources of pollution in our lives.”

    He said the ministry would introduce measures to improve the efficiency of pesticide and fertiliser use, to expand biogas generation from animal waste, and to change agricultural lifestyles to protect the environment.

    While the high figure for rural pollution is partly explained by the immense size of China’s agricultural sector, it also reflects the country’s massive dependency on artificial farm inputs such as fertilisers.

    The government says this is necessary because China uses only 7% of the world’s land to feed 22% of the global population. An industrial lobby is pushing for even greater use of chemicals. It includes the huge power company CNOOC, which runs the country’s largest nitrogen fertiliser factory in Hainan’s Dongfang City.

    But the returns on this chemical investment are poor. According to a recent Greenpeace report, the country consumes 35% of the world’s nitrogen fertiliser, which wastes energy and other resources, while adding to water pollution and greenhouse gas emissions.

    “Agricultural pollution has become one of China’s gravest environmental crises,” said Greenpeace campaign director Sze Pangcheung. “China needs to step up the fight against the overuse of fertilisers and pesticides and promote ecological agriculture which has obvious advantages for human heath, the environment, and sustainable development of agriculture.”

    Wen Tiejun, dean of the school of agriculture and rural development at Renmin university, said the survey should be used as a turning point. His research suggested that Chinese farmers used almost twice as much fertiliser as they needed.

    “For almost all of China’s 5,000-year history, agriculture had given our country a carbon-absorbing economy but in the past 40 years, agriculture has become one of the top pollution sources,” he said. “Experience shows that we don’t have to rely on chemical farming to resolve the food security issue. The government needs to foster low-pollution agriculture.”

    But in what appears to be a statistical sleight of hand, the government said the new agricultural data and other figures from the census would not be used to evaluate the success of its five-year plan to reduce pollution by 10%.

    Zhang Lijun, the environmental protection vice-minister, claimed China was cleaning up its pollution problem far faster than other countries during their dirty stage of development.

    “Because China follows a different pattern of development, it is very likely that pollution will peak when per capita income reaches US$3,000,” he said, comparing this with the $8,000 he said was the norm in other nations.

    If true, it would suggest the worst of China’s pollution problems may already be over. According to the World Bank and International Monetary Fund, per capita incomes in China have already passed this point. If exchange rates and a low cost of living are factored in, Chinese incomes may be equivalent to more than $6,000.

    But Zhang’s claim is contestable. As countless pollution scandals have revealed, many industries and local governments routinely under-report emissions and waste.

    Many harmful or controversial forms of pollution are either not measured – as is the case for carbon dioxide and small particle emissions – or the data is not made public, as is the case for ozone.

    Zheng said the government would expand its monitoring system in the next five-year plan.

    Extracts from China’s first pollution report (for 2007):

    • Sulphur dioxide emissions 23.2 million tonnes (91.3% from industry)

    • Nitrogen oxide emissions: 18 million tonnes (30% from vehicles)

    • Chemical oxygen demand discharges: 30.3 billion tonnes (44% from agriculture)

    • Soot: 11.7 million tonnes.

    • Solid waste: 3.8 billion tonnes (of which 45.7m tonnes is hazardous)

    • Heavy metal discharges: 900 tonnes

    • Livestock faeces: 243 million tonnes.

    • Livestock urine: 163 million tonnes

    • Plastic film on cropfields: 121,000 tonnes (80.3% recycled

  • Scientists shed light on hydrogen fuel project

    Scientists shed light on hydrogen fuel project

    ABC February 12, 2010, 9:00 am

     

    Researchers from the University of Wollongong, on the New South Wales south coast, are part of a group to have developed new technology with the potential to make hydrogen fuel from water.

    The process would occur using sunlight from solar panels on suburban homes and schools.

    The research group has obtained patent status in Australia for the technology and has applied for a patent to protect intellectual property rights in the United States.

    Dr Gerhard Swiegers from the Intelligent Polymer Research Institute says researches have been able to mimic the process of photosynthesis that occurs in plants.

    “Hydrogen is of course a fuel. You can burn hydrogen in your car like you can burn petrol or diesel. In fact, there are a number of hydrogen-powered cars already out there,” he said.

    “What we are effectively doing is converting sunlight, the energy in sunlight, into a transportation fuel, namely hydrogen.”

    While the technology is still some years away from commercial production, it has attracted strong interest in the United States where hydrogen power cars are in development.

    Dr Swiegers says the technology has great commercial potential.

    “Potentially we will be able to build a solar cell which you can put on your roof, the roof of your home, and then it will split water for you and make hydrogen for you at home which you could fill your car up with,” he said.

    The University of Wollongong is collaborating with teams from Princeton University in the United States, Monash University and the CSIRO.

  • Peak oil: the summit that dominates the horizon

     

    These “peak oil” believers say the high point of oil output could even have passed already. They argue it will take 10 years to develop the likes of Tiber while a string of similar discoveries would have to be made at very regular intervals to move the peak point back towards 2030 the projection used in some scenarios put forward by the International Energy Agency.

    The debate has intensified in recent weeks after whistleblowers claimed the IEA figures were unreliable and subject to political manipulation – something the agency categorically denies. But the subject of oil reserves touches not just energy and climate change policy but the wider economic scene, because hydrocarbons still oil the wheels of international trade.

    Even the Paris-based IEA admits that the world still needs to find the equivalent of four new Saudi Arabias to feed increasing demand at a time when the depletion rate in old fields of the North Sea and other major producing areas is running at 7% year on year.

    “The fields which are producing today are going to significantly decline. We are very worried about these trends,” says Fatih Birol, the chief economist at the IEA, who has gradually ramped that depletion figure upwards and has expressed deep concerns at a huge fall-off in the current levels of investment in the sector.

    Birol and the wider industry are certainly well aware that the days of “easy” oil are over. The big international companies such as BP and ExxonMobil are struggling to find enough new oil to replace their exploited reserves year-on-year and Shell found itself on the end of a major fine for exaggerating its reserves report to the Securities & Exchange Commission in the US.

    The energy groups used to rely on the easily exploited shallow waters in the Gulf of Mexico, politically friendly areas of the Middle East and geologically simple reservoirs off Britain to feed their refineries and petrol stations. But as these wells begin to run dry, Big Oil is being forced into ever more physically or politically demanding areas to bring home the crude – at much greater financial cost.

    The Tiber find is just one example. There may be as many as 4bn barrels of oil in place – as much as the North Sea’s Forties field – but the hydrocarbons are located in 4,100 feet of water, which makes them very expensive to extract. And BP admits there can be no guarantee exactly how much can be recovered from the lower tertiary sands of the Gulf.

    The same is true of BG’s find in the Santos Basin off Brazil. The company says at least 2bn “recoverable” barrels are in place, part of an estimated 150bn in what are, again, very deep waters – and in a part of the world that has bittersweet memories for the foreign oil producers.

    Peter Odell, professor emeritus of international energy studies at Erasmus University in Rotterdam but with close links to Opec, says the new finds really are highly significant. “It shows the industry is capable of finding more oil than it uses and shows we have not come to any peak.”

    But that is not accounting for politics and the rise of the “resource nationalism” that has made the multinationals persona non grata in some of the great oil-bearing regions. BP was among the companies that saw its assets seized in a $30bn grab by president Hugo Chavez in Venezuela during 2007, while Exxon resorted to London’s high court to try to wrestle back its interests there.

    Developing countries such as Venezuela, Nigeria and Russia have increasingly been moving down the road to self-reliance, developing their own state-owned firms at the expense of the international players. But this can mean that western know-how and finance is sacrificed, slowing down the rate of oil development if not losing new reserves completely.

    BP, Shell and Exxon have all had tussles with the Kremlin over their oil holdings in Russia, while Shell has found the government in Nigeria increasingly truculent over attempts to re-open the Niger Delta oil wells shut down due to guerrilla action.

    The western firms see part of their salvation coming from being able to enter markets from which they have previously been barred, such as Iraq. But, leaving aside continuing questions about physical safety, both BP and Exxon have signed deals there in recent weeks on terms so tight they would have been inconceivable only a few years ago.

    Exxon repeatedly threatened to walk away from any new involvement in Iraq – still one of the biggest reserve holders in the world – but in the end accepted a paltry deal, under which it would be paid $1.90 per barrel produced. It had been arguing for $4 but originally wanted control of the reserves, not just what amounts to a service fee for production.

    Increasingly, Big Oil is also moving into environmentally sensitive areas that put it in collision with environmentalists, such as the Barents Sea off Norway, the waters around Alaska and – if it can get its hands on it – the Arctic itself.

    In the meantime, the oil companies have moved into all sorts of “unconventional” projects such as “gas-to-liquids” (converting natural gas into petrol and diesel) and, most controversially, the tar sands of western Canada. These reserves offer enormous new quantities of oil but can only be extracted by mining or other methods which themselves require large amounts of energy and water.

    The Athabasca sands being developed by Shell and others in Alberta are a number one hate target for Greenpeace and the new breed of socially responsible investment funds run by the Co-op and others. They could hold reserves of 170bn barrels, making Canada number two behind Saudi Arabia, but are only considered commercially viable if the crude price remains above at least $50 a barrel. In the first three months of the year, Shell alone lost $42m on its oil sands operations as the price of world oil slumped from its 2008 high.

    The oil companies cut back their exploration and development spending in the face of lower crude prices and reduced demand from a recession-hit world. But as central banks continue to pump money into their economies, stock markets recover and China’s industrialisation kicks back into gear, demand for oil has been growing.

    And this is expected to continue. The IEA predicted in the just-published 2009 World Energy Outlook that oil demand would grow from 85m barrels a day today to 88m in 2015 and reach 105m in 2030. The organisation presumes that the challenge of meeting that demand can equally be met with a mixture of higher Opec production and considerably more output from unconventional sources.

    These assumptions became the centre of an explosive debate three weeks ago after the Guardian spoke to IEA insiders who expressed deep concerns about the methodology and “politicisation” of the figures. Some senior figures are unhappy about what they see as over-optimistic forecasts coming out of the agency which represents the interests of 28 consumer countries, particularly the US.

    One whistleblower said: “Many inside the organisation believe that maintaining oil supplies at even 90m to 95m barrels a day would be impossible, but there are fears that panic could spread on the financial markets if the figures were brought down further. And the Americans fear the end of oil supremacy because it would threaten their power over access to oil resources.”

    These expressions of concern have stoked the fires of the “peak oil” community, which has been warning for some years that global politicians are failing to move fast enough to conserve oil and move to a low-carbon economy. The dissidents include experienced oil investors such as Matt Simmons of Simmons & Co, committed green entrepreneurs such as Jeremy Leggett of Solarcentury, as well as many more impartial MPs such as John Hemming and apparently independent academics.

    Kjell Aleklett, professor of physics at Uppsala University in Sweden, is one of the latter. His new report, “The Peak of the Oil Age”, claims crude production is more likely to be 75m barrels a day by 2030 than the “unrealistic” 105m projected by the IEA. This would clearly lead to massive price escalation in a world that expects to see demand grow to feed the expanding economies of China and India even while politicians try to grow wind, solar and other low-carbon energy sources.

    Aleklett, who runs the Global Energy Systems Group at Uppsala university, describes the IEA’s report as a “political document” developed for consuming countries with a vested interest in low prices and says he too has talked to sceptics inside the Paris organisation.

    The IEA has dismissed suggestions of internal ructions over the figures and has dismissed as “groundless” suggestions that the US was influencing the outcome of its forecast deliberations.

    Meanwhile it has defended its overall projections and pointed out that 200 “independent” experts are given sight of its findings, satisfying its demands for peer assessment. Birol says: “We are very proud of our analysis and independence. We have a lot of critics. It’s not possible to make everyone happy.”

    But the row rumbles on. John Hemming has just written to the IEA challenging a range of its figures while urging the UK government to take “peak oil” more seriously. The UK Industry Task Force on Peak Oil, which includes a variety of companies such as Virgin, Scottish & Southern Energy and Stagecoach, has also written to ministers calling for action.

    These critics are united in their fear that “economic dislocation” is likely once the world wakes up to the potential for shortages and the price of oil races back up, not only to last summer’s $147 a barrel, but more likely to $200. They point out that the world’s big recessions tend to have been generated at least in part by sudden escalations in energy costs.

    “The risks to UK society from peak oil are far greater than those that tend to occupy the government’s risk thinking, including terrorism,” says Will Whitehorn, a senior Virgin executive. “We fear this is because of over-estimation of reserves by the global oil industry, underinvestment in exploration and production, or a combination of the two.”

    The Department of Energy and Climate Change denies it is complacent, saying it accepts there is a “significant challenge” to attract the kinds of investment needed to keep the oil flowing.

    It points out how it has been working with governments individually and collectively to speed up crude production levels while joining the other G20 members in calling for more transparency from producing countries over key aspects of energy output and depletion.

    “We are training ministry officials in Nigeria and Iraq, for instance, to help them with licensing and other aspects of oil which will help them speed up the rate of production,” explains a DECC spokeswoman.

    She declines to comment directly on the IEA figures that caused the recent row but points out that Britain relied on a wide source of information and not just the agency’s figures.

    The UK Industry Task Force, which will produce a new report in January, is still upset that the Wicks review on energy security published this summer concluded “there is no crisis” – a position accepted by the government. Leggett, a member of the task force, argues that it was a similar lack of urgency that led to the implosion in the financial markets.