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ExxonMobil continuing to fund climate sceptic groups

In Climate Change, Oil, ToMl on November 29, 2009 at 2:14 am

The world’s largest oil company is continuing to fund lobby groups that question the reality of global warming, despite a public pledge to cut support for such climate change denial, a new analysis shows.

Company records show that ExxonMobil handed over hundreds of thousands of pounds to such lobby groups in 2008. These include the National Center for Policy Analysis (NCPA) in Dallas, Texas, which received $75,000 (£45,500), and the Heritage Foundation in Washington DC, which received $50,000.

According to Bob Ward, policy and communications director at the Grantham Research Institute on Climate Change and the Environment, at the London School of Economics, both the NCPA and the Heritage Foundation have published “misleading and inaccurate information about climate change.”

On its website, the NCPA says: “NCPA scholars believe that while the causes and consequences of the earth’s current warming trend is [sic] still unknown, the cost of actions to substantially reduce CO2 emissions would be quite high and result in economic decline, accelerated environmental destruction, and do little or nothing to prevent global warming regardless of its cause.”

The Heritage Foundation published a “web memo” in December that said: “Growing scientific evidence casts doubt on whether global warming constitutes a threat, including the fact that 2008 is about to go into the books as a cooler year than 2007″. Scientists, including those at the UK Met Office say that the apparent cooling is down to natural changes and does not alter the long-term warming trend.

In its 2008 corporate citizenship report, published last year, ExxonMobil said it would cut funds to several groups that “divert attention” from the need to find new sources of clean energy.

The NCPA and Heritage Foundation are included among groups funded by ExxonMobil, according to details of its “2008 Worldwide Contributions and Community Investments” published recently.

Ward said: “ExxonMobil has been briefing journalists for three years that they were going to stop funding these groups. The reality is that they are still doing it. If the world’s largest oil company wants to fund climate change denial then it should be upfront about it, and not tell people it has stopped.”

In 2006, Ward, then at the Royal Society, wrote to ExxonMobil to challenge the company’s funding of such lobby groups. The move, revealed in the Guardian, prompted accusations of censorship and debate about whether experts should “police” the distribution of scientific information.

In an article on the Guardian website, Ward writes: “I have now written again to ExxonMobil to point out that these organisations publish misleading information about climate change on their websites, and to seek guidance on how to reconcile this fact with the pledge made by the company. I believe that the company should keep its promise by ending its financial support for lobby groups that mislead the public about climate change.”

ExxonMobil said it annually reviews and adjusts its contributions to policy research groups. A spokesman said: “Only ExxonMobil speaks for ExxonMobil and our position on climate change is clear. We have the same concerns as people everywhere, and that is how to provide the world with the energy it needs while reducing greenhouse gas emissions. We take the issue of climate change seriously and the risks warrant action.”

- from guardian

Stop food waste

In Food, ToMl on November 28, 2009 at 2:29 am

Every year, UK supermarkets throw out at least 100,000 tonnes of food which is still safe to eat. It’s a shocking figure when considered against a backdrop of global poverty and environmental degradation. Tony Lowe is the chief executive of FareShare, an organisation which aims to be part of the solution to this profligacy.

FareShare takes waste food from manufacturers and retailers, that is still within its sell by date, and feeds 26,000 people daily. It keeps to the same hygiene standards of any mainstream distributor and ensures that the food remains appropriately frozen, chilled or at ambient temperature. FareShare then redistributes the produce to organisations who look after people with no or low income: Homeless hostels, substance misuse projects, breakfast clubs for children, centres for refugees or the elderly. Eager not to create dependence on free food, FareShare’s wares are only available to people who are willing to accept other services to help them out of the poverty trap.

- from howtomakeadifference

First appreciate FareShare’s effort to save food.
But think about why the rich countries can waste 100,000 tonnes of food? The simple reason is that they are rich. That’s why they can do that.
What is final solution?
Don’t make these countries rich. How can we do that? Don’t buy anything manufactured by companies of the rich country. Buy locally manufactured goods and services. People from rich countries also invest money in their local economies. Dont buy from big company. Don’t by from supermarkets.

Ocean acidification

In Ocean, Pollution on November 27, 2009 at 2:17 am

Man-made pollution is raising ocean acidity at least 10 times faster than previously thought, a study says. Researchers say carbon dioxide levels are having a marked effect on the health of shellfish such as mussels.

They sampled coastal waters off the north-west Pacific coast of the US every half-hour for eight years.

The results, published in the journal PNAS, suggest that earlier climate change models may have underestimated the rate of ocean acidification.

Professor Timothy Wootton from the department of ecology and evolution, University of Chicago, in Illinois, says such dramatic results were unexpected as it was thought that the huge ocean systems had the ability to absorb large quantities of CO2.

The findings showed that CO2 had lowered the water pH over time, demonstrating a year-on-year increase in acidity.

The research involved taking daily measurements of water pH levels, salinity and temperature, off the coast of Tatoosh island, a small outcrop lying in the Pacific Ocean, just off the north-western tip of Washington state, US.

As well as measuring physical factors, the health of marine life present in the coastal ecosystem was also tracked.

Professor Wootton says biological factors were missing from previous models of ocean climate systems – and that life in the ocean, or in this case on the ocean edge, can also affect seawater pH.

Every summer, Professor Wootton returned to the same sites on Tatoosh island’s windswept coasts, to look at the abundance and distribution of life at the water’s edge. He was especially interested in barnacles, algae and the dominant species, the Californian mussel.

The mussel has a calcium carbonate -based shell, which can be weakened or even dissolved by exposure to acid. Professor Wootton says the increase in acidity may be responsible for the decline in mussels noted in the study.

Other species quickly move into the space previously occupied by the mussels – though one of these species, the barnacle, also has calcified shells.

To explain this apparent anomaly, Professor Wootton says the decline of the dominant species allows a window where another species may thrive – though he expects this to be temporary as the interloper too will eventually be affected by the increasing acidity.

The researchers say they were surprised that the plants and animals in their study are so sensitive to CO2 changes. These organisms live in the harsh inter-tidal zones, they may be submerged under water, exposed to the sun, then lashed by waves and storms.

Professor Wootton says the most troubling finding is the speed of acidification, with the pH level dropping at a much greater rate than was previously thought.

“It’s going down 10 to 20 times faster than the previous models predicted,” he says.

The research team are now working together with chemical oceanographers to see how their coastal observations can be matched with large scale observations, to try to explain why the decline in pH levels seems to be happening so quickly.

“We actually know surprisingly little about how ocean acidity is changing over time, we need a broader network of measurements,” said Professor Wootton.

- from bbc