06 January 2009

Venezuela's Chávez shuts off free oil program for US poor

A sharp drop in oil prices is forcing the country to reduce government spending.

By Tyler Bridges | McClatchy Newspapers in Christian Science Monitor, January 7, 2009

CARACAS, VENEZUELA - Venezuela's state oil company is suspending a much-promoted program that provided free heating oil to hundreds of thousands of poor people throughout the United States, the company announced Monday.

The program has been a public relations bonanza for Venezuelan President Hugo Chávez, a socialist who frequently attacks capitalism and the US. President Chávez repeatedly has tweaked the noses of US policymakers by saying the program shows that he's a good friend of America's poor.

Venezuela is halting the program at least temporarily because the sharp drop in oil prices is forcing the country to reduce government spending, the firm said in a statement from Citizens Energy Corp., a Boston-based nonprofit that's managed the program in the US.

Monday's announcement was among the first of many measures that are expected in the coming months as Chávez's oil-dependent government tries to eliminate programs that don't benefit Venezuela's poor, following a global price drop from $147 a barrel in July to nearly $50 now.

"Venezuelan government officials would rather cut social programs abroad – such as in the United States, Ecuador, and Nicaragua – than affect social programs in Venezuela," said Pietro Pitts, a Caracas-based oil analyst who publishes Latin Petroleum magazine.

Citgo Petroleum, the Houston-based subsidiary of Venezuela's state oil company, provided $100 million of free heating oil in the 2007-08 winter to residents in 23 states, including 65 Indian tribes, said Brian O'Connor, a spokesman for Citizens Energy.

"I was depending on that oil to help our clients," said Letha Whitewolf, who manages the heating assistance program for the Northern Cheyenne in Montana. "It will be hard on them."

Ms. Whitewolf said that most households in 2008 got 100 gallons of propane, worth about $260. That covered about a month's heating bill, she said.

"We'll have to refer people now to churches and other organizations," she said.

Richard Moffi, who administers the fuel assistance program for Vermont, said his state's residents would be without the Venezuelan-provided oil just as demand for government help is rising.

"This was a safety net we could always rely on," Mr. Moffi said. "For those who didn't qualify for other programs, we knew we could always point them to Joe 4 Oil," which served as the program's toll-free phone number.

Chávez instituted the low-income heating oil assistance program in 2005 through the help of Joseph P. Kennedy II, a former congressman and a son of the late Sen. Robert F. Kennedy. Mr. Kennedy heads Citizens Energy.

Chávez won cheers when he announced during a 2006 visit to a Harlem church that he planned to expand the program.

Critics have lambasted Kennedy for taking Chávez's oil. However, he's always been unrepentant.

"Some people say it's bad politics to do this," Kennedy says in a video on Citizens Energy's Web page. "I say it's a crime against humanity not to. Because no one, no one should be left out in the cold."

Kennedy remained hopeful on Monday that the Chávez government would reinstitute the program.

He called on people to write Chávez "to tell him the stories you have told me of the difference the generous donation of heating oil has made to so many of our fellow Americans."

Mark Wolfe, the executive director of the National Energy Assistance Directors Association, a Washington-based group, said Congress doubled the money available under the low-income heating oil program for 2008-09, but many people still will be cold.

"Citgo has been the only major oil company that has been willing to provide supplemental energy assistance," Mr. Wolfe said. "We're sorry they won't be able to do it this year."

www.csmonitor.com | Copyright © 2008 The Christian Science Monitor. All rights reserved

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$5 billion in World Bank loans in the works for South Africa’s power utility

Bank Information Center, 19 December 2008

African Development Bank also contributing record loans to address power shortage.

After initial rumors in mid-August that South Africa’s power company, Eskom, would turn to the World Bank Group for substantial financing, officials of the country’s Treasury department announced on December 3 that after a round of talks with Bank officials in South Africa, the Bank had offered $5 billion in loans to finance new power stations.

The news was confirmed the next day by the International Finance Corporation (IFC), the World Bank Group’s private sector division. Reuters quoted Saleem Karimjee, the IFC Manager for Southern Africa, “numbers to the extent of $5 billion over five years have been discussed, so that has been agreed in principle.”

The loan would complement a $500 million loan from the African Development Bank, secured in 2007. That loan to Eskom, a utility parastatal with a virtual monopoly on national power provision, was the largest ever made by the AfDB’s private sector window, and indeed constituted well over half of the increase (“a near-quadrupling”) the AfDB trumpeted for its private sector lending last year. Several recent reports have suggested that the AfDB may be willing to lend Eskom up to an additional $1 billion.

Karimjee cited the mining industry’s need for power as a crucial motivation for the IFC deal. Power shortages caused rolling blackouts across South Africa in early 2008, and Eskom says it needs to spend about $33 billion over the next five years to increase power production and avert further shortages.

It is not clear yet whether the entire loan would be through the IFC or partly through the public sector arm of the Bank. Indeed, Karimjee said, the deal is far from final, as the Bank Group may require government guarantees, and Treasury officials cautioned that approval from the institution’s board could take as long as 18 months.

It is also not clear what conditions would be placed on the loan – whether it would be a “blank check” for anything that Eskom needs as it wrestles with critical shortages, or come with clear guidelines for investment in renewable and clean energy. Karimjee said, “the details of to what use will the funds be put, how will they be structured, this is only beginning now. We can’t really say the World Bank will help Eskom build this power station or that power station.”

An article in the Financial Mail cites “industry sources” concerned about an extra $1 billion in costs Eskom will incur with IFI financing, owing to the institutions’ requirements for reduced emissions. The report does not explain how that figure was calculated.

Eskom’s current plans for power generation include a wind-farm, but at least 90% of its power is slated to come from coal. However, Eskom recently shelved plans to build a second nuclear plant, citing prohibitive costs. The World Bank says it does not fund or otherwise support nuclear energy.

The loan would almost certainly be the largest single IFI loan made in sub-Saharan Africa, by any gauge.

In Poznan, Poland, activists gathered for the conference of the UN Framework Convention on Climate Change at the time of the announcement, citing reports that the loan could support development of six coal-fired power plants, pointed out that it would also likely be the “most carbon intensive project ever undertaken.” Activists will undoubtedly be closely monitoring the climate impacts of the deal, especially as the World Bank promotes itself as part of the solution to the climate crisis.

The deal will also be a rallying point for public-interest advocates in South Africa who have been fighting for greater public accountability at Eskom. In a statement last week, the Public Service Accountability Monitor demanded that the World Bank “make any loan to Eskom conditional on guarantees of meaningful public participation in the formulation of South Africa’s future energy policy.”

RESOURCES

© 2009 Bank Information Center

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Tehran looks to the skies for cheap power from the sun

Iran is introducing the latest solar technologies to cut its oil consumption and bring cheaper electricity to its civilians

By Alok Jha, Environment Blog, guardian.co.uk, 6 January 2009

Alok Jha

A solar power plant in Spain

A concentrating solar power (CSP) plant in Spain that uses panels to reflect light on to a central tower to produce electricity. A pilot scheme using CSP has been started in Iran. Photograph: AP

Mention energy and Iran in the same sentence and you're duty-bound to express some concern about the country's ambitions for nuclear power and, as a result, raise dangerous questions about weapons. But while that are-they-aren't-they game has been going on between the country's leaders and the wider international community, renewable energy experts in Iran have been quietly working on capturing sunlight to power their country.

According to officials, Iran has started 2009 by inaugurating a pilot solar plant in Shiraz, Fars province. It is a concentrating solar power (CSP) system, using parabolic mirrors to focus sunlight onto a tube of water that is super-heated to make steam that is then used to turn electricity-generating turbines.

According to the Mehr Iran news agency, Iranian energy minister Parviz Fattah said: "The country backs the use of alternative and renewable energy sources. In future alternative energy sources will be greatly developed in the country. The growth of investments in this sphere is expected."

The solar radiation hitting the Earth contains around 10,000 times the energy needs of the world's population. CSP is seen by many as a simpler, cheaper and more efficient way to harness the sun's energy than other methods such as photovoltaic panels. But it only works in places with clear skies and strong sunshine. As such, large CSP plants of up to 20mw each are already in construction in the sunnier parts of the world.

Spanish firms, in particular, are moving quickly with CSP: more than 50 solar projects around Spain have been approved for construction by the government and, by 2015, the country will generate more than 2GW of power from CSP, comfortably exceeding current national targets. The companies there are also exporting their technology to Morocco, Algeria and the US.

At present the Iranian plant is small (just 250KW, probably enough for just over 200 family homes while the sun is shining) but the locally-
built mirrors join thousands of smaller-scale solar-thermal installationsalready in place around the country.

Whether Iran has plans to build bigger solar plants or add photovoltaic panels to those plans is unclear, but an ambitious move in this direction would be a good idea. Not only because the region has a huge resource of sunlight falling onto it, so tapping even a small proportion of that would be a cheap and clean way to provide energy for the country. But, just perhaps, solar plants could also placate those international observers that are suspicious of President Mahmoud Ahmadinejad's nuclear plans.

guardian.co.uk © Guardian News and Media Limited 2009

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Disaster looms for rich Wallacea

By Tifa Asrianti (Makassar, South Sulawesi), The Jakarta Post, January 06, 2009

Long before climate change had become the hot issue it is today, British biogeographer Alfred Russel Wallace had foreseen the correlation between deforestation and environmental disaster.

In his book Island Life, published in 1881, he said deforestation in Sri Lanka and India "would adversely affect climate in those countries and lead to their eventual impoverishment due to soil erosion".

Scientists attending the International Conference on Alfred Russel Wallace and Wallacea in the South Sulawesi capital city, Makassar, agreed that the same applied to Wallacea -- a transitional region that sits between the Asian and Australian continental shelves.

The Wallacea region encompasses the islands of Nusa Tenggara (Lombok, Komodo, Flores and Sumba), Timor, Sulawesi, Halmahera and most of Maluku province.

The figures show that Wallace's prediction was on target. A comprehensive conservation assessment of Sulawesi by The Nature Conservancy revealed that as of 2004, only about 20 percent of the lowland forests were in good condition, and less than 3 percent were in excellent old growth condition.

The assessment showed that for specialized habitat types such as alluvial forests, mangroves and wetlands, generally less than 5 percent remained in good condition.

According to Conservation International, Wallacea is home to more than 10,000 plant species, of which approximately 1,500 or 15 percent are endemic.

Not only does the terrestrial area have rich biodiversity of flora and fauna, but its marine area is famous for its coral reef and wide range of fish species.

Originally, most of Wallacea was forested; today, 45 percent retains some sort of forest cover, and only 15 percent can be described as being in a pristine state, or close to it.

Of Wallacea's total area of 347,000 square kilometers, only about 20,000 square kilometers is protected. Wallacea is home to 82 threatened and six critically endangered species of terrestrial vertebrates.

Daniel Murdiyarso, senior scientist at the Center for International Forestry Research (CIFOR) based in Bogor, West Java, said that in addition to deforestation, Sulawesi had experienced changes in its land use with parts of the forest turned into oil palm plantations.

In 1998, there were 2.24 million hectares of oil palm plantations in Sulawesi -- compared with 12,000 hectares recorded in 1985, he said.

Daniel said that the change in land use would affect the region faster than climate change would.

"Not only will change in land use create the gas emissions that increase climate change, but the change in land use will also change the ecosystem's structure and function, and later change the habitat," he said.

Daniel said the regional climate change model forecast showed that in the next 100 years, the temperature of the Wallacea region would increase by between 2 and 3 degrees Celsius and the area would become 25 percent drier.

"The temperature increase will have a significant effect on food and industrial plant productivity because the heat and drought will disrupt the growth process," he said.

A similar view came from David Smith, director of the coral reef research unit at the University of Essex, in the United Kingdom, who said his research had recorded a decrease in the growth of coral in the past few years.

"The coral decrease affected the abundance of fishes as we found that nearly 80 percent of medium-size fish caught are young ones," he said.

His research also showed there were several types of coral reef that managed to survive El Nino in 1998.

But if no immediate action is taken, he warned, the biodiversity of the region's coral reef might be damaged.

"The protection of reefs within the region could help maintain reefs globally through the conservation of genetic diversity," he said.

Scientists agreed that Wallacea was important to the world and therefore immediate conservation actions should be taken to ensure its sustainability.

Pieter Baas from Leiden University, the Netherlands, said the conservation steps should include forest conservation, sustainable logging, creation of ecotourism and the involvement of local people.

Daniel said the government should inform and improve the capacity of local people to help them deal with the impacts of climate change.

"Local people should learn safe ways to work the land. They should also learn to make added-value products and not only sell raw materials," he said.

Jatna Supriatna, executive director of Conservation International Indonesia, said the local administrations in the Wallacea regions should be able to develop ecotourism attractions.

Meanwhile, Baas said the Indonesian government should prioritize the Wallacea region for research and conservation by fast-tracking the research permit procedure.

"In other countries, the permit for research only takes about one or two weeks," he said.

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Tackling Climate Change With New Permits To Pollute

ScienceDaily, Jan. 5, 2009

A new way to reduce carbon dioxide emissions and tackle climate change had been unveiled by leading economists.

Under the proposals, companies would buy what are in effect permits to pollute, but the price of those permits would be controlled because the government would retain enough, at a fixed price, to stop the cost increasing above that level.

The economists, whose work is published 6 January along with two other research papers, say it could appeal to supporters of a carbon tax and also to those who favour the alternative, so-called cap-and-trade.

"It may well to turn out to be the kind of proposal that the new White House and the new Congress wind up converging on,'' says Professor Robert N. Stavins, Albert Pratt Professor of Business & Government, at the John F. Kennedy School of Government, Harvard University, and Editor of the Review of Environmental Economics and Policy (REEP) which is publishing the papers.

He added, 'These papers on domestic US climate policy could not be coming at a more important time. The eyes of the world are turned towards Washington. People worldwide are not just asking how the new administration will participate in the global measures going forward, but more importantly, asking what the US is going to do domestically.''

The three papers looking at different ways of tackling carbon emissions are published in the online edition of the Oxford University Press journal.

Until now there have been two options for reducing emissions – carbon tax and cap-and-trade. A carbon tax is a tax on the carbon content of fossil fuels. The result is that the more CO2 a company emits, the greater the cost, with most or all of the money raised from the tax possibly redistributed to the public, because the aim is to discourage emissions rather than raise revenue. The problem with this approach is that it leaves uncertain the quantity of emissions reduction that will be achieved.

In the second approach, cap-and-trade, the government would set a limit for the annual emissions, and companies would buy permits or allowances for set amounts. Again, the money raised would be redistributed. While that would directly tackle the amounts of gas produced, the downside is that there is no control on the price of the permits and hence the cost of emissions reductions, resulting in significant cost uncertainty.

The neat solution proposed in one the papers[1] is a hybrid cap-and-trade, where allowances are issued and bought, but a ceiling price enforced by the Government holding back a=2 0proportion of them. They would have a predetermined set price which would ensure that the market price of those already issued would never rise about that price.

"The government would hold allowances for the purpose of selling them at a predetermined price,'' says Professor Stavins. ``As a result they will keep the price of allowances in the market from ever going above that that level, thereby eliminating the upside cost uncertainty that has been of great concern to private industry.''

A second paper[2], suggests a carbon tax with a modification to protect poorer households who may suffer disproportionately. The more tax that energy providers pay, the greater the price rise to consumers. This paper proposes a novel system for distributing the money raised, with the lowest income group getting a credit worth 2.7 per cent of income and the highest income group, a credit worth 0.8 per cent of income.

The third paper[3] argues that a cap-and-trade approach has a number of important advantages, and that a system of tradable permits offers a great deal of flexibility in allocating the value of emissions: "Trading promotes cost-effectiveness, broad participation, and equity in the international context, without the high-level coordination that a tax would require,'' it says.

Journal references:

  1. Brian C. Murray et al. Balancing Cost and Emissions Certainty: An Allowance Reserve for Cap-and-Trade.Oxford University Press Journal, Jan 6, 2009
  2. Gilbert E. Metcalf et al. Designing a Carbon Tax to Reduce US Greenhouse Gas Emissions. Oxford University Press Journal, Jan 6, 2009
  3. Nathaniel O. Keohane. Cap-and-Trade, Rehabilitated: Using Tradable Permits to Control U.S. Greenhouse Gases. Oxford University Press Journal, Jan 6, 2009
Adapted from materials provided by Oxford University Press, via EurekAlert!, a service of AAAS.
Copyright © 1995-2009 ScienceDaily LLC  —  All rights reserved

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Think Again: Climate Change

By Bill McKibben, Foreign Policy, January/February 2009

Act now, we’re told, if we want to save the planet from a climate catastrophe. Trouble is, it might be too late. The science is settled, and the damage has already begun. The only question now is whether we will stop playing political games and embrace the few imperfect options we have left.

Tall Order: It may already be too late to save the planet from a human-made catastrophe. STAN HONDA/AFP/Getty Images

Scientists Are Divided

No, they’re not. In the early years of the global warming debate, there was great controversy over whether the planet was warming, whether humans were the cause, and whether it would be a significant problem. That debate is long since over. Although the details of future forecasts remain unclear, there’s no serious question about the general shape of what’s to come.

Every national academy of science, long lists of Nobel laureates, and in recent years even the science advisors of President George W. Bush have agreed that we are heating the planet. Indeed, there is a more thorough scientific process here than on almost any other issue: Two decades ago, the United Nations formed the Intergovernmental Panel on Climate Change (IPCC) and charged its scientists with synthesizing the peer-reviewed science and developing broad-based conclusions. The reports have found since 1995 that warming is dangerous and caused by humans. The panel’s most recent report, in November 2007, found it is “very likely” (defined as more than 90 percent certain, or about as certain as science gets) that heat-trapping emissions from human activities have caused “most of the observed increase in global average temperatures since the mid-20th century.”

If anything, many scientists now think that the IPCC has been too conservative—both because member countries must sign off on the conclusions and because there’s a time lag. Its last report synthesized data from the early part of the decade, not the latest scary results, such as what we’re now seeing in the Arctic.

In the summer of 2007, ice in the Arctic Ocean melted. It melts a little every summer, of course, but this time was different—by late September, there was 25 percent less ice than ever measured before. And it wasn’t a one-time accident. By the end of the summer season in 2008, so much ice had melted that both the Northwest and Northeast passages were open. In other words, you could circumnavigate the Arctic on open water. The computer models, which are just a few years old, said this shouldn’t have happened until sometime late in the 21st century. Even skeptics can’t dispute such alarming events.

We Have Time

Wrong. Time might be the toughest part of the equation. That melting Arctic ice is unsettling not only because it proves the planet is warming rapidly, but also because it will help speed up the warming. That old white ice reflected 80 percent of incoming solar radiation back to space; the new blue water left behind absorbs 80 percent of that sunshine. The process amps up. And there are many other such feedback loops. Another occurs as northern permafrost thaws. Huge amounts of methane long trapped below the ice begin to escape into the atmosphere; methane is an even more potent greenhouse gas than carbon dioxide.

Such examples are the biggest reason why many experts are now fast-forwarding their estimates of how quickly we must shift away from fossil fuel. Indian economist Rajendra Pachauri, who accepted the 2007 Nobel Peace Prize alongside Al Gore on behalf of the IPCC, said recently that we must begin to make fundamental reforms by 2012 or watch the climate system spin out of control; NASA scientist James Hansen, who was the first to blow the whistle on climate change in the late 1980s, has said that we must stop burning coal by 2030. Period.

All of which makes the Copenhagen climate change talks that are set to take place in December 2009 more urgent than they appeared a few years ago. At issue is a seemingly small number: the level of carbon dioxide in the air. Hansen argues that 350 parts per million is the highest level we can maintain “if humanity wishes to preserve a planet similar to that on which civilization developed and to which life on Earth is adapted.” But because we’re already past that mark—the air outside is currently about 387 parts per million and growing by about 2 parts annually—global warming suddenly feels less like a huge problem, and more like an Oh-My-God Emergency.

Climate Change Will Help as Many Places as It Hurts

Wishful thinking. For a long time, the winners-and-losers calculus was pretty standard: Though climate change will cause some parts of the planet to flood or shrivel up, other frigid, rainy regions would at least get some warmer days every year. Or so the thinking went. But more recently, models have begun to show that after a certain point almost everyone on the planet will suffer. Crops might be easier to grow in some places for a few decades as the danger of frost recedes, but over time the threat of heat stress and drought will almost certainly be stronger.

A 2003 report commissioned by the Pentagon forecasts the possibility of violent storms across Europe, megadroughts across the Southwest United States and Mexico, and unpredictable monsoons causing food shortages in China. “Envision Pakistan, India, and China—all armed with nuclear weapons—skirmishing at their borders over refugees, access to shared rivers, and arable land,” the report warned. Or Spain and Portugal “fighting over fishing rights—leading to conflicts at sea.”

Of course, there are a few places we used to think of as possible winners—mostly the far north, where Canada and Russia could theoretically produce more grain with longer growing seasons, or perhaps explore for oil beneath the newly melted Arctic ice cap. But even those places will have to deal with expensive consequences—a real military race across the high Arctic, for instance.

Want more bad news? Here’s how that Pentagon report’s scenario played out: As the planet’s carrying capacity shrinks, an ancient pattern of desperate, all-out wars over food, water, and energy supplies would reemerge. The report refers to the work of Harvard archaeologist Steven LeBlanc, who notes that wars over resources were the norm until about three centuries ago. When such conflicts broke out, 25 percent of a population’s adult males usually died. As abrupt climate change hits home, warfare may again come to define human life. Set against that bleak backdrop, the potential upside of a few longer growing seasons in Vladivostok doesn’t seem like an even trade.

It’s China’s Fault

Not so much. China is an easy target to blame for the climate crisis. In the midst of its industrial revolution, China has overtaken the United States as the world’s biggest carbon dioxide producer. And everyone has read about the one-a-week pace of power plant construction there. But those numbers are misleading, and not just because a lot of that carbon dioxide was emitted to build products for the West to consume. Rather, it’s because China has four times the population of the United States, and per capita is really the only way to think about these emissions. And by that standard, each Chinese person now emits just over a quarter of the carbon dioxide that each American does. Not only that, but carbon dioxide lives in the atmosphere for more than a century. China has been at it in a big way less than 20 years, so it will be many, many years before the Chinese are as responsible for global warming as Americans.

What’s more, unlike many of their counterparts in the United States, Chinese officials have begun a concerted effort to reduce emissions in the midst of their country’s staggering growth. China now leads the world in the deployment of renewable energy, and there’s barely a car made in the United States that can meet China’s much tougher fuel-economy standards.

For its part, the United States must develop a plan to cut emissions—something that has eluded Americans for the entire two-decade history of the problem. Although the U.S. Senate voted down the last such attempt, Barack Obama has promised that it will be a priority in his administration. He favors some variation of a “cap and trade” plan that would limit the total amount of carbon dioxide the United States could release, thus putting a price on what has until now been free.

Despite the rapid industrialization of countries such as China and India, and the careless neglect of rich ones such as the United States, climate change is neither any one country’s fault, nor any one country’s responsibility. It will require sacrifice from everyone. Just as the Chinese might have to use somewhat more expensive power to protect the global environment, Americans will have to pay some of the difference in price, even if just in technology. Call it a Marshall Plan for the environment. Such a plan makes eminent moral and practical sense and could probably be structured so as to bolster emerging green energy industries in the West. But asking Americans to pay to put up windmills in China will be a hard political sell in a country that already thinks China is prospering at its expense. It could be the biggest test of the country’s political maturity in many years.

Climate Change Is an Environmental Problem

Not really. Environmentalists were the first to sound the alarm. But carbon dioxide is not like traditional pollution. There’s no Clean Air Act that can solve it. We must make a fundamental transformation in the most important part of our economies, shifting away from fossil fuels and on to something else. That means, for the United States, it’s at least as much a problem for the Commerce and Treasury departments as it is for the Environmental Protection Agency.

And because every country on Earth will have to coordinate, it’s far and away the biggest foreign-policy issue we face. (You were thinking terrorism? It’s hard to figure out a scenario in which Osama bin Laden destroys Western civilization. It’s easy to figure out how it happens with a rising sea level and a wrecked hydrological cycle.)

Expecting the environmental movement to lead this fight is like asking the USDA to wage the war in Iraq. It’s not equipped for this kind of battle. It may be ready to save Alaska’s Arctic National Wildlife Refuge, which is a noble undertaking but on a far smaller scale. Unless climate change is quickly de-ghettoized, the chances of making a real difference are small.

Solving It Will Be Painful

It depends. What’s your definition of painful? On the one hand, you’re talking about transforming the backbone of the world’s industrial and consumer system. That’s certainly expensive. On the other hand, say you manage to convert a lot of it to solar or wind power—think of the money you’d save on fuel.

And then there’s the growing realization that we don’t have many other possible sources for the economic growth we’ll need to pull ourselves out of our current economic crisis. Luckily, green energy should be bigger than IT and biotech combined.

Almost from the moment scientists began studying the problem of climate change, people have been trying to estimate the costs of solving it. The real answer, though, is that it’s such a huge transformation that no one really knows for sure. The bottom line is, the growth rate in energy use worldwide could be cut in half during the next 15 years and the steps would, net, save more money than they cost. The IPCC included a cost estimate in its latest five-year update on climate change and looked a little further into the future. It found that an attempt to keep carbon levels below about 500 parts per million would shave a little bit off the world’s economic growth—but only a little. As in, the world would have to wait until Thanksgiving 2030 to be as rich as it would have been on January 1 of that year. And in return, it would have a much-transformed energy system.

Unfortunately though, those estimates are probably too optimistic. For one thing, in the years since they were published, the science has grown darker. Deeper and quicker cuts now seem mandatory.

But so far we’ve just been counting the costs of fixing the system. What about the cost of doing nothing? Nicholas Stern, a renowned economist commissioned by the British government to study the question, concluded that the costs of climate change could eventually reach the combined costs of both world wars and the Great Depression. In 2003, Swiss Re, the world’s biggest reinsurance company, and Harvard Medical School explained why global warming would be so expensive. It’s not just the infrastructure, such as sea walls against rising oceans, for example. It’s also that the increased costs of natural disasters begin to compound. The diminishing time between monster storms in places such as the U.S. Gulf Coast could eventually mean that parts of “developed countries would experience developing nation conditions for prolonged periods.” Quite simply, we’ve already done too much damage and waited too long to have any easy options left.

We Can Reverse Climate Change

If only. Solving this crisis is no longer an option. Human beings have already raised the temperature of the planet about a degree Fahrenheit. When people first began to focus on global warming (which is, remember, only 20 years ago), the general consensus was that at this point we’d just be standing on the threshold of realizing its consequences—that the big changes would be a degree or two and hence several decades down the road. But scientists seem to have systematically underestimated just how delicate the balance of the planet’s physical systems really is.

The warming is happening faster than we expected, and the results are more widespread and more disturbing. Even that rise of 1 degree has seriously perturbed hydrological cycles: Because warm air holds more water vapor than cold air does, both droughts and floods are increasing dramatically. Just look at the record levels of insurance payouts, for instance. Mosquitoes, able to survive in new places, are spreading more malaria and dengue. Coral reefs are dying, and so are vast stretches of forest.

None of that is going to stop, even if we do everything right from here on out. Given the time lag between when we emit carbon and when the air heats up, we’re already guaranteed at least another degree of warming.

The only question now is whether we’re going to hold off catastrophe. It won’t be easy, because the scientific consensus calls for roughly 5 degrees more warming this century unless we do just about everything right. And if our behavior up until now is any indication, we won’t.

Bill McKibben is scholar in residence at Middlebury College and author of Deep Economy: The Wealth of Communities and the Durable Future (New York: Times Books, 2007).
All contents ©2009 Washingtonpost.Newsweek Interactive, LLC. All rights reserved

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Warning over 'clean' power plans

BBC News, 6 January 2009

Peterhead coal-fired power station

Capturing carbon dioxide could reduce emissions from power stations

New gas and coal-fired power stations should not be approved without guarantees carbon capture technology will work, UK government advisers said.

The Sustainable Development Commission has submitted a paper to the Scottish Parliament's climate change committee.

It warns carbon capture is not proven to work effectively or efficiently.

In their National Planning Framework, Scottish ministers claim carbon capture had the capacity to reduce carbon emissions by up to 90%.

They are placing great store on new "clean" gas and coal technology.

Ministers argue that the process of collecting carbon from power stations and burying it in rocks under the sea bed has the capacity to reduce carbon emissions by up to 90%.

With the power stations at Longannet in Fife, Cockenzie in East Lothian and Peterhead in Aberdeenshire contributing more than a third of Scotland's CO2 (carbon dioxide) emissions, carbon capture is being seen as the way forward.

But the Sustainable Development Commission will tell MSPs that it is unproven and uncosted and that no new coal or gas-fired power stations should be approved without guaranteed emission standards.

BBC © MMIX

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Don warns of dangers of neglecting climate change

By Tunde Odesola, The Punch, 6 Jan 2009

The Co-Director, Centre for Applied Environmental Research, and Chair, Department of Geosciences, University of Missouri, Kansas City, Missouri in the United States of America, Prof. Jimmy Adegoke, has warned of the dangers posed by the neglect of climate change, noting that the third world may face serious challenges due to serious global depletion of water level.

click to expand image

Adegoke (File)

In a lecture on, “Global Climate and Environmental Change: Impacts on water resources and sensitive ecosystem in Nigeria,” at the Osun State University, Okuku campus, Adegoke said, “Lake Chad was once the 6th largest lake in the world. It has now declined to 1/10th of its size. The lake is an important life-sustaining system for over 20 million people spread over four countries. Water is next to air in importance in the ecosystem because it is a major component for life sustainability.”

Adegoke explained that every sector of the economy was vulnerable to climate change, stressing that the phenomenon could have grave consequences for humanity and the ecosystem if not urgently addressed.

He noted that the degradation of mangrove forest in the Niger Delta region of the country through gas flaring and other oil exploration activities was responsible for emission of greenhouse gases, rising temperature and loss of the forest in the south-west, south-east and north-west regions of the country.

The scholar also said that lowering the sea level as a result of loss of rain globally and the rising temperature had serious negative impact on agric, forest, water, ecosystem, health, communities, energy and commerce. “Political will is needed to develop policy instruments and the local technical capacity required to address the issues. We need to develop analytical and modeling systems for studying the impacts of regional climate change and local vulnerability,” he said.

Tracing the mean annual rainfall in the Sahel between 1897 and 1990, Adegoke posited that 1960 was the last year when rainfall was above average in the region.

He observed that universities and climate centres in Nigeria lacked modern instruments to measure climatic changes, saying his personal laboratory in the US had modern facilities for measuring changes in the climate.

He blamed the inadequate climate measuring equipment in the country on government, adding that Nigeria possessed competent human personnel that ranked among the best anywhere in the world.

He said, “Nigerian professionals beat their foreign counterparts whenever and wherever they are given the tools to work with. The inertia exhibited by our professionals back at home is not as a result of their colour, it’s because of lack of infrastructure. Government should develop human capacities by investing in people. It’s shameful that Nigeria is not measuring up to its potentials.”

Reminiscing on the quality of education available in the country in the 1960s and 1970s, Adegoke said he got the best of education at Ahmadu Bello University, Zaria and the University of Ibadan, Ibadan.

He, however, said the eras of military despots signaled a decline in the education sector, revealing that this prompted him to seek greener pastures in the US.

Earlier, the Commissioner for Environment, Osun State, Mr. Kazeem Adio, had told the audience that the state government was keen on curbing environmental degradation.

Adio said government had begun to check erosion across the state’s three senatorial districts, adding that the ministry had forwarded a bill to the House of Assembly seeking to check environmental degradation.

“The government is conversant with the challenges posed by the changes in the ecosystem. The state government will not disappoint the citizenry in advancing practical solutions to environmental challenges.

We have initiated a tree planting programme in which we advocate that five trees must be planted where one is felled,’’ he said.

The Vice-Chancellor, UNIOSUN, Prof. Sola Akinrinade, said the institution established a centre for environmental studies in order to tackle the challenges posed by changes in climate.

He said, “We, at UNIOSUN, realise the enormity of the problems posed by environmental degradation. We are doing some research into the effects of climate change.

UNIOSUN is blazing the trail in this regard as the first university to engage in this kind of extensive academic endeavour.”

© Copyright 2006 The Punch

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Landslide kills at least 22 in Guatemala

Xinhua in Brazil Sun, Monday 5th January, 2009

Mexico City, Jan 5 (Xinhua) At least 22 people were killed and 10 others were missing in a massive landslide in northern Guatemala, emergency officials said.

The landslide occurred in Alta Verapaz district, some 200 km north of Guatemala City, Sunday night. Falling stones and mud hit several people walking along a nearby road, an official said.

According to a local radio, around 10 people were missing after the landslide. Rescue workers were continuing their search for the missing people, the report said.

Last July, at least 21 people were killed in a major landslide in the La Union area, 220 km northeast of Guatemala City.

Landslides regularly occur in Guatemala during the rainy season between May and October. However, the latest landslide was caused by a geological fault, a disaster relief official said.

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An Unlikely Solution For Climate Change

Building forests offsets emissions without hurting industry.

Alan Oxley, Forbes.Com, 12.22.08

pic

Tucked away in a voluminous assessment released last year by the United Nation's Intergovernmental Panel on Climate Change (IPCC), there's an incredibly cost-effective way to reduce greenhouse gas emissions.

It's in the chapter on forestry.

Given the global economic crisis, the cost of "going green" is--not surprisingly--becoming an increasingly prominent factor as international regulators consider drafting environmental policies. This shift in priorities was evident in the latest round of U.N. climate talks, which ended last Friday in Poland.

After two weeks of negotiation, it looked as if participants were no closer to consensus on the terms of the treaty that will replace the expiring Kyoto Protocol, the 1992 agreement that requires most developed nations to reduce their carbon emissions. Issues of cost are one of the main reasons for this stalemate on emissions caps. One solution? Build new forests.

The IPCC report notes that if governments worked to exploit the natural capacity of forests to absorb carbon dioxide--and deliberately aimed to increase that sink--as much as 40 to 50% of human carbon emissions could be offset. That's remarkable. But even more astounding is the fact that this extraordinary possibility has been largely ignored.

Instead, the Worldwide Fund for Nature (WWF), Greenpeace and the European Commission have sought to join their long-standing campaign to halt commercial forestry worldwide with any new global contract to halt emissions. These organizations argue that, if developing countries in tropical regions cease harvesting natural forests for lumber and other resources, emissions will be reduced by around 20%.

But this result is less than ideal. As the IPCC report shows, the alternative--to actively build forests worldwide--would more than double that rate of absorption and do so at lower cost.

The counter-argument is that there's a human cost to the forestry strategy; namely, it will impoverish people living in tropical developing countries.

According to the Food and Agricultural Organization (FAO), most forest land in these countries is cleared to free up land for agricultural production, create living space or to obtain wood for fuel. By imposing blanket restrictions on deforestation, Western groups like WWF and Greenpeace are sentencing developing nations to a drop in their food supplies as well as stunted economic development.

This kind of collateral damage exposes one of the subtle downsides of the Kyoto Protocol. As the WWF noted in a recent report, green activists don't embrace strategies like forestry regrowth, which expand carbon offsets. Even though this kind of initiative often offers the best benefits for both the environment and the economy, environmental groups are often reluctant to consider them because they ease the pressure on business and industry to reduce emissions by other means--like switching away from fossil fuels as a source of energy.

In other words, green activists aren't motivated purely to reduce emissions; they're also angling to close down traditional energy industries. And if the poor get hurt in the process, it would seem the end justifies the means.

But the economic crisis changed all that and rendered these ulterior political motives unrealistic. Now it's not just the economic well-being of people in developing nations that's at risk from anti-industry climate policies.

Apprehension is also growing among Italians and Germans. Their leaders worry that local companies will not be able to bear the heavy costs of the low emission targets the European Union plans to set in a new agreement. Pressure from German business and unions has forced German Chancellor Angela Merkel, one of the architects of the Kyoto Protocol, to put her country's economic interest ahead of green ideals.

With businesses and families alike facing a shortage of cash, it's time to consider expanding carbon offsets. That means seriously considering the significant role sustainable forestry stands to play in the fight against climate change.

In the words of President-elect Barack Obama, "The time for change has come." And when it comes to global negotiations on climate change, that change will mean measuring the effectiveness of green initiatives by their benefit to both the environment and the economy.

Alan Oxley is chairman of World Growth International, a U.S.-based free market non-governmental organization, and the author of a new report on how forestry can combat climate change while bolstering the economy.
2008 Forbes.com LLC™   All Rights Reserved

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Shell’s Game

Why good people do bad things

By George Monbiot. Published in the Guardian, 6th January 2009. Posted in Monbiot.Com in January 6, 2009

For a while it seemed that Shell had stopped pretending. The advertisements which filled the newspapers in 2006, featuring technicians with perfect teeth and open-necked shirts explaining how they were saving the world(1,2,3), vanished. After being slated by environmentalists for greenwash, after two adverse rulings by the Advertising Standards Authority(4,5), Shell appeared to have accepted the inescapable truth that it was an oil company with a minor sideline in alternative energy, and that there was no point in trying to persuade people otherwise.

The interview I conducted with its chief executive, Jeroen van der Veer, broadcast on the Guardian’s website today(6), contains what appears to be an interesting admission. I asked him whether Shell had now stopped producing ads extolling its investments in renewable energy. Mr van der Veer does not express himself clearly at this point, but he seems to admit that his company’s previous advertising was not honest. “If we are very big in oil and gas and we are so far relatively small in alternative energies, if you then every day only make adverts about your alternative energies and not about 90% of your other activities I don’t think that - then I say transparency, honesty to the market, that’s nonsense.” So, I asked, Shell did not intend to return to that kind of advertising? “Probably not,” he told me. “I’m very much keep your feet on the ground, tell them who you are and explain why you are who you are.”

But since the interview was filmed, Shell’s messianic tendencies appear to have resurfaced. In December the company ran a series of ads in the Guardian suggesting again that it had come to save the world. “Tackling climate change and providing fuel for a growing population seems like an impossible problem, but at Shell we try to think creatively”, one of these advertisements boasts(7). It features a diagram of a human brain, divided into sections labelled “fuel from algae”, “fuel from straw”, “fuel from woodchips”, “hydrogen fuels”, “windfarm”, “gas to liquids” and “coal gasification”. This suggests progress of a kind, in that the company is acknowledging that it sometimes dabbles in fossil fuels, but its core business - oil - and its massive investments in tar sands are missing from the corporate mind. Could Shell be having a senior moment?

The confusion deepens when you watch its latest publicity film. It’s called “Clearing the Air”, and it does just the opposite(8). It is supposed to tell an inspirational tale of discovery, but the script and the acting are so gobsmackingly bad that it inspires you only to rip your clothes off and run screaming down the street. The lasting impression it leaves is that Shell’s staff are chaotic and incompetent. Perhaps the clean-cut corporate clones featured in the ads of 2006 put people off.

Mr van der Veer is neither an incompetent nor an automaton. He is charming, friendly and smart. But he refused to answer some of the questions I had prepared.

Reading Shell’s reports and publicity material, I kept stumbling on an absence. In 2000, the company boasted that it would be investing $1 billion dollars in renewable energy between 2001 and 2005. But since then it appears to have produced no figures for its renewables budget. The company now claims that “we’re investing significantly in wind energy”(9), but it doesn’t say what significantly means. Of the ten wind farms listed on its website, only one appears to be in the planning or development stage: the others are already in operation(10). Where is the evidence of new money? When Shell pulled out of Britain’s biggest windfarm, the London Array, last year, did this represent the end of its major investments?

I asked Mr van der Veer a simple question - fifteen times. (Only a few of these attempts feature in the edited film). “What is the value of your annual investments in renewable energy?”. He waffled, changed the subject, admitted that he knew the figure, then flatly refused to reveal it. Nor could he give me a convincing explanation of why he wouldn’t tell me, claiming only that “those figures are misused and people say it is too small” and it “is not the right message to give to the people”. It strikes me that there is only one likely reason for these evasions: that Shell’s spending on renewables has fallen sharply from the figure it announced in 2000. It’s a fair guess that the current investment would look microscopic by comparison to its spending on the Canadian tar sands, and would make a mockery of its new round of advertising. I challenge Shell - for the 16th time - to prove me wrong.

Nor would Mr van der Veer give me a straight answer to another straight question: “is there any investment you would not make on ethical grounds?”. I asked this six times. He was unable to furnish me with an example. It’s not hard to see why. As well as exploiting the tar sands, which means destroying forest and wetlands, polluting great quantities of water and producing more CO2 than conventional petroleum, Shell is still flaring gas in Nigeria, at great cost to both local people and the global climate. It has been fiercely criticised for its secret negotiations with the Iraqi government, which led last year to the first major access for a western company to Iraq’s gas reserves(11). It is prospecting for oil in some of the Arctic’s most sensitive habitats. All this makes my question difficult to answer. Aside from the greenwash, it is not easy to spot the practical difference between this civilised, progressive company and the Neanderthals at Exxon.

Like all oil companies, Shell simply follows the opportunities. Shut out of the richest fields by state companies, struggling to extract the dregs from its declining reserves, it has been turning to ever more difficult oil, some of which lies beneath rare and fragile ecosystems. When the price of oil was high, it announced massive investments in the tar sands. Now that the price has dropped again, it has cancelled further spending(12). It has even less of an incentive to invest in renewables. Shell does what the market demands.

I don’t blame Shell or van der Veer for this: they are discharging their duty to their shareholders. I do blame them for creating the impression that the company has a different agenda, and I blame governments for allowing them to drift into whatever fields they find profitable, regardless of the consequences for people or the environment.

On this issue Jeroen van der Veer and I agree. Oil companies, he says, should not seek to determine a country’s energy mix: that is for the government to decide. Saving the biosphere, in other words, cannot be left to goodwill and greenwash: the humanity of pleasant men like van der Veer will always be swept aside by the imperative to maximise returns. Good people in these circumstances do terrible things. Companies like Shell will pour big money into alternative energy only when more lucrative or immediate opportunities are blocked. Where is the government that is brave enough to block them?

www.monbiot.com

References:

1. The three examples I have in my files are:

Shell, 30th May 2006. The world wants more energy, the planet wants less pollution. Page 10, Financial Times.

2. Shell, 29th April 2006. One energy company is going further to make hydrogen a reality. New Scientist.

3. Shell, 22nd May 2006. How can we produce more energy but lower carbon emissions? Page 23, New Statesman.

4. ASA, 7th November 2007. Adjudication: Shell Europe Oil Products Ltd.
http://www.asa.org.uk/asa/adjudications/non_broadcast/Adjudication+Details.htm?Adjudication_id=43476

5. ASA, 13th August 2008. Adjudication: Shell International Ltd. http://www.asa.org.uk/asa/adjudications/Public/TF_ADJ_44828.htm

6. http://www.guardian.co.uk/environment/video/2009/jan/06/george-monbiot-jeroen-van-de-veer

7. Shell, 20th December 2008. In the New Energy Future, if it doesn’t exist we’ll need to invent it. Page 21, The Guardian.

8. http://realenergy.shell.com/?lang=en&page=homeFlash&access=false&site_version=flash&promo=shellbanner#ClearingTheAir

9. http://www.shell.com/home/content/innovation/alternative_energy/wind/wind.html

10. http://www.shell.com/home/content/shellgasandpower-en/products_and_services/wind/project_case_studies/dir_case_0605.html

11. eg Terry Macalister, 24th September 2008. Shell’s $4bn Iraq breakthrough could boost Britain’s natural gas supplies. The Guardian.

12. Kristen Hays, 13th December 2008. Petroleum companies delay expansion, new projects

Copyright © 2006 Monbiot.com

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WHO: Zimbabwe cholera death toll tops 1 700

Mail & Guardian Online, Jan 06 2009

Zimbabwe's cholera epidemic is picking up speed, with a total of 1 732 deaths out of 34 306 cases, the World Health Organisation (WHO) said on Tuesday.

A cholera update dated January 5 showed a further 59 deaths and 731 new cases, up from 32 deaths and 379 fresh cases reported the previous day, it said.

The waterborne disease, which causes severe diarrhoea and dehydration, has spread to all of Zimbabwe's 10 provinces because of the collapse of health and sanitation systems.

On Monday Health Minister David Parirenyatwa said the epidemic could get worse as the rainy season develops.

The rainy season peaks in January or February and ends in late March, and floods, which can affect Zimbabwe's low-lying areas, may increase the spreading of the disease.

"Social service delivery is collapsing, notably education, health and water supply infrastructure," said the United Nations Office for the Coordination of Humanitarian Affairs (OCHA).

It said the UN's World Food Programme (WFP) planned to help feed 4,5-million people a month until March when the main cereal harvest is due to start, while the Consortium for Southern Africa Food Security Emergency (C-SAFE) would handle another 1,8-million over the same period.

"WFP and C-SAFE pipelines combined will assist more than 50% of the population of Zimbabwe with food," OCHA said.

The epidemic is adding to the humanitarian crisis in the country, where Zanu-PF leader Robert Mugabe and the Movement for Democratic Change are deadlocked over a power-sharing deal, and the veteran leader is resisting Western calls to step down.

Media fees

Meanwhile, the Zimbabwean government has hiked fees for foreign journalists and media organisations who must apply for permits to operate in the country, the state-run Heraldreported on Tuesday.

Under the new schedule, a foreign media organisation will pay $30 000 per year to be allowed to operate, up from $20 000, it said.

"The application fee for a local journalist working for a foreign media organisation has been pegged at $1 000, with the accreditation fee set at $3 000," the Herald said, citing theGovernment Gazette.

Last year, the accreditation fee for local journalists working for foreign media organisations was $2 000.

Local journalists would pay Z$1-million and Z$3-million respectively for application and accreditation fees, which is less than $1 on the parallel market.

President Robert Mugabe's government passed a media law on the eve of the last presidential elections in 2002, which has been invoked to expel foreign correspondents and shut down at least four independent newspapers, very critical of his regime.

The Access to Information and Protection of Privacy Act compels journalists and media organisations to register with a government-appointed media commission.

BBC correspondent Joseph Winter fled Zimbabwe in 2001 after authorities revoked his work permit.

Andrew Meldrum, a reporter with Britain's Guardian and Observer newspapers was expelled from the country in 2003.

Several foreign journalists were either detained or expelled after the March 2008 presidential poll.

New York Times correspondent Barry Bearak, who won a Pulitzer prize in 2002 for his reporting from Afghanistan, and a British national were on April 3 last year arrested in Harare, detained for several days and charged with operating without accreditation.

A Zimbabwean court on April 16 acquitted them of the charge and released them on bail. -- Reuters, AFP

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10 killed in heavy rains in Mozambique

Mail & Guardian Online, Jan 06 2009

At least 10 people have been killed in the heavy rains battering several regions of Mozambique since December, the daily paper Noticiasreported on Tuesday.

Nine people died in central Manica province and one in Inhambane in the south where large areas were also inundated. The rains destroyed properties across the country.

Three children were swept away by waters in the river Nhamatsane in Manica while another was electrocuted by a fallen electricity wire in the area on New Year's Eve.

Two civil servants were found dead after their car swerved and fell into the river Nhamuari in the Mossurize district, also in Manica.

A boat capsized in the province's Lucite river, killing a boy, and an infant died after falling into a ditch in a settlement in Tambara.

Various roads in some districts have been cut off from the rest of the country, with foodstuff, medicine and even proper shelter scarce.

In Tete province 250 people living in flood-prone areas in and around the Zambezi and Shire river basins have been evacuated to safer places as a precaution amid heavy rain upstream in Malawi, Zambia and Zimbabwe.

Mozambique's central region water board (ARA-Centro) warned that water levels in most rivers would continue to rise. Water management teams were on the ground monitoring the situation, though it is not yet possible to assess the full impact of the flooding.

National Disaster Management Institute (INGC) delegate in Tete, Augusto Firmino, said authorities were forced to move people from their homes to safer resettlement centres because of the intensity of the rains.

"INGC has started to provide foodstuff, tents and medicine to affected families in many areas, but the humanitarian work is being hindered by the roads that are impassable. Even the monitoring of the situation is difficult as we cannot move around," he said.

The Cahora Bassa dam began its discharge before the peak of the rainy season in February and March, easing the situation significantly, Firmino said. Since last week, the dam has been releasing 3 500 cubic metres of water into the Zambezi Valley. - Sapa-dpa

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From rice field to fishpond: Reclaiming damaged land

By Megan Rowling (British Red Cross in Indonesia), International Red Cross and Red Crescent Societies, 5 January 2009

Before the tsunami, Ben Khari’s home village of Alue Riyeung, on the north Acehnese island of Pulo Nasi, looked out over rice fields, separated from the beach by a swamp filled with coconut palms and mangroves.

But the huge waves that smashed into the island’s coastal villages flooded the area with seawater and ripped out the trees. The semi-circle of land is now abandoned, dotted with large pools of stagnant water and tree stumps.

“It’s no good for paddy anymore, because without trees, the wind will blow in and damage the rice,” explains Ben.

Resourceful

He and a group of five other resourceful villagers put their heads together and came up with a fresh way to make use of the ruined fields. With the aid of a group grant of 3,164 Swiss francs from the British Red Cross, they have constructed a large fishpond at one edge.

First, they fenced off a 30 square metre section of stagnant water using debris from coconut trees destroyed by the tsunami (this, Ben boasts, took them just a week). Then, in April, they stocked the pond with around 3,000 bandeng (milk) fish, which they bought in the provincial capital Banda Aceh.

Because they’ve opted for a non-intensive method, the fish won’t be ready to sell until late August. Every morning, Ben or one of his partners heads down to the pond to give the fish their daily ration of three kilos of semi-organic food.

Ecological

Ben is keen to stress the ecological benefits of their approach, as well as pointing out that it’s cheaper. High-nutrient food is expensive, and because they used a flooded patch of land and recycled timber, they didn’t have to hire a digger or purchase fencing materials.

The group members don’t have to rely on the fish project for their main source of income, so they are treating it as an experiment for rehabilitating the wide expanse of land damaged by the tsunami.

“We are aware that this activity takes a long time to produce benefits, but we see it as a good way of exploiting the potential of the natural resources here. It’s an investment,” explains Ben.

“We also come here and relax with the family, so we’re all doing this project merrily,” he smiles.

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It will take more than goodwill and greenwash to save the biosphere

Shell may boast about tackling climate change, but companies tend always to sacrifice good intentions for hard cash

George Monbiot

By George Monbiot, The Guardian, 6 January 2009

George Monbiot interviews Jeroen van der Veer, chief executive of oil giant Shell Link to this video

For a while it seemed that Shell had stopped pretending. The advertisements that filled the newspapers in 2006, featuring technicians with perfect teeth and open-necked shirts explaining how they were saving the world, vanished. After being slated by environmentalists for greenwash, after two adverse rulings by the Advertising Standards Authority, Shell appeared to have accepted the inescapable truth that it was an oil company with a minor sideline in alternative energy, and that there was no point in trying to persuade people otherwise.

The interview I conducted with its chief executive, Jeroen van der Veer, broadcast on the Guardian's website today, contains what appears to be an interesting admission. I asked him whether Shell had stopped producing ads extolling its investments in renewable energy. Van der Veer does not express himself clearly at this point, but he seems to admit that his company's previous advertising was not honest.

"If we are very big in oil and gas and we are so far relatively small in alternative energies, if you then every day only make adverts about your alternative energies and not about 90% of your other activities I don't think that - then I say transparency, honesty to the market, that's nonsense." So, I asked, Shell did not intend to return to that kind of advertising? "Probably not," he told me. "I'm very much: keep your feet on the ground, tell them who you are and explain why you are who you are."

But since the interview was filmed, Shell's messianic tendencies appear to have resurfaced. In December the company ran a series of ads in the Guardian suggesting again that it had come to save the world. "Tacklingclimate change and providing fuel for a growing population seems like an impossible problem, but at Shell we try to think creatively," one boasted. It features a diagram of a human brain, divided into sections labelled "fuel from algae", "fuel from straw", "fuel from woodchips", "hydrogen fuels", "windfarm", "gas to liquids" and "coal gasification". This suggests progress of a kind, in that the company is acknowledging that it sometimes dabbles in fossil fuels, but its core business - oil - and its massive investments in tar sands extraction are missing from the corporate mind. Could Shell be having a senior moment?

The confusion deepens when you watch its latest publicity film. It's called Clearing the Air, and it does just the opposite. It is supposed to tell an inspirational tale of discovery, but the script and the acting are so gobsmackingly bad that it inspires you only to rip your clothes off and run screaming down the street. The lasting impression it leaves is that Shell's staff are chaotic and incompetent. Perhaps the clean-cut corporate clones featured in the ads of 2006 put people off.

Jeroen van der Veer is neither an incompetent nor an automaton. He is charming, friendly and smart. But he refused to answer some of the questions I had prepared.

Reading Shell's reports and publicity material, I kept stumbling on an absence. In 2000, the company boasted that it would be investing $1bn in renewable energy between 2001 and 2005. But since then it appears to have produced no figures for its renewables budget. The company now claims that it is "investing significantly in wind energy", but it doesn't say what "significantly" means. Of the 10 windfarms listed on its website, only one appears to be in the planning or development stage: the others are already in operation. Where is the evidence of new money? When Shell pulled out of Britain's biggest windfarm, the London Array, last year, did this represent the end of its major investments?

I asked Van der Veer a simple question - 15 times. (Only a few of these attempts feature in the edited film.) "What is the value of your annual investments in renewable energy?" He waffled, changed the subject, admitted that he knew the figure, then flatly refused to reveal it. Nor could he give me a convincing explanation of why he wouldn't tell me, claiming only that "those figures are misused and people say it is too small", and it "is not the right message to give to the people". It strikes me that there is only one likely reason for these evasions: that Shell's spending on renewables has fallen sharply from the figure it announced in 2000. It's a fair guess that the current investment would look microscopic by comparison to its spending on the Canadian tar sands, and would make a mockery of its new round of advertising. I challenge Shell - for the 16th time - to prove me wrong.

Nor would Van der Veer give me a straight answer to another straight question: "Is there any investment you would not make on ethical grounds?" I asked this six times. He was unable to furnish me with an example. It's not hard to see why. As well as exploiting the tar sands, which means destroying forest and wetlands, polluting great quantities of water and producing more CO2 than conventional petroleum production, Shell is still flaring gas in Nigeria, at great cost to both local people and the global climate. It has been fiercely criticised for its secret negotiations with the Iraqi government, which led last year to the first major access for a western company to Iraq's gas reserves. It is prospecting for oil in some of the Arctic's most sensitive habitats.

All this makes my question difficult to answer. Aside from the greenwash, it is not easy to spot the practical difference between this civilised, progressive company and the Neanderthals at Exxon.

Like all oil companies, Shell simply follows the opportunities. Shut out of the richest fields by state companies, struggling to extract the dregs from its declining reserves, it has been turning to ever more difficult oil extraction, some of which lies beneath rare and fragile ecosystems. When the price of oil was high, it announced massive investments in the tar sands. Now the price has dropped again, it has cancelled further spending. It has even less of an incentive to invest in renewables. Shell does what the market demands.

I don't blame Shell or Van der Veer for this: they are discharging their duty to their shareholders. I do blame them for creating the impression that the company has a different agenda, and I blame governments for allowing them to drift into whatever fields they find profitable, regardless of the consequences for people or the environment.

On this issue Jeroen van der Veer and I agree. Oil companies, he says, should not seek to determine a country's energy mix: that is for the government to decide.