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One quarter of US grain crops fed to cars – not people

One quarter of US grain crops fed to cars – not people


A grain elevator in Illinois, US. In 2009, 107m tonnes of grain was grown by US farmers to be blended with petrol. Photograph: AP

London Guardian
January 22, 2010

One-quarter of all the maize and other grain crops grown in the US now ends up as biofuel in cars rather than being used to feed people, according to new analysis which suggests that the biofuel revolution launched by former President George Bush in 2007 is impacting on world food supplies.

The 2009 figures from the US Department of Agriculture shows ethanol production rising to record levels driven by farm subsidies and laws which require vehicles to use increasing amounts of biofuels.

“The grain grown to produce fuel in the US [in 2009] was enough to feed 330 million people for one year at average world consumption levels,” said Lester Brown, the director of the Earth Policy Institute, a Washington thinktank ithat conducted the analysis.

Last year 107m tonnes of grain, mostly corn, was grown by US farmers to be blended with petrol. This was nearly twice as much as in 2007, when Bush challenged farmers to increase production by 500% by 2017 to save cut oil imports and reduce carbon emissions.

More than 80 new ethanol plants have been built since then, with more expected by 2015, by which time the US will need to produce a further 5bn gallons of ethanol if it is to meet its renewable fuel standard.

According to Brown, the growing demand for US ethanol derived from grains helped to push world grain prices to record highs between late 2006 and 2008. In 2008, the Guardian revealed a secret World Bank report that concluded that the drive for biofuels by American and European governments had pushed up food prices by 75%, in stark contrast to US claims that prices had risen only 2-3% as a result.

Since then, the number of hungry people in the world has increased to over 1 billion people, according to the UN’s World Food programme.

“Continuing to divert more food to fuel, as is now mandated by the US federal government in its renewable fuel standard, will likely only reinforce the disturbing rise in world hunger. By subsidising the production of ethanol to the tune of some $6bn each year, US taxpayers are in effect subsidising rising food bills at home and around the world,” said Brown.

“The worst economic crisis since the great depression has recently brought food prices down from their peak, but they still remain well above their long-term average levels.”

The US is by far the world’s leading grain exporter, exporting more than Argentina, Australia, Canada, and Russia combined. In 2008, the UN called for a comprehensive review of biofuel production from food crops.

“There is a direct link between biofuels and food prices. The needs of the hungry must come before the needs of cars,” said Meredith Alexander, biofuels campaigner at ActionAid in London. As well as the effect on food, campaigners also argue that many scientists question whether biofuels made from food crops actually save any greenhouse gas emissions.

But ethanol producers deny that their record production means less food. “Continued innovation in ethanol production and agricultural technology means that we don’t have to make a false choice between food and fuel. We can more than meet the demand for food and livestock feed while reducing our dependence on foreign oil through the production of homegrown renewable ethanol,” said Tom Buis, the chief executive of industry group Growth Energy.

Kissinger’s Plan For Food Control Genocide

Food Shortages in 2010

Biofuel Industry Destroying Amazon Rainforest

 



Forest Trees Growing Like Crazy From CO2 Increase

Forest Trees Growing Like Crazy From CO2 Level Increase

Mike Adams
Natural News
December 21, 2009

Scientists from the University of Wisconsin-Madison and the University of Minnesota at Morris have found that increased levels of atmospheric carbon dioxide have led to the rapid growth of certain tree species. The quaking aspen, a popular North America deciduous tree, has seen a 50 percent acceleration in growth over the past 50 years due to increased CO2 levels.

Trees are necessary climate regulators since they process carbon dioxide and give off oxygen. Humans process oxygen and give off carbon dioxide, working harmoniously with natural plant life to maintain proper atmospheric composition. Since natural forests represent about 30 percent of the earth’s surface, they are highly effective at segregating greenhouse gases.

The quaking aspen is a vibrant, dominant tree found in both Canada and the United States. It is considered to be a “foundation species”, meaning that it helps dictate the dynamics of the plant and animal communities that surround it. Roughly 42 million acres in Canada and 6.5 million acres in Wisconsin and Minnesota are composed of aspen trees.

Elevated levels of CO2 will naturally lead to increased plant growth since CO2 is a precursor to plant food. Tree-ring analyses verified that aspen trees have been growing at an increasingly accelerated pace over the years because of this phenomenon.

Because accelerated growth was not seen in other tree species like oak and pine, scientists admit they will have to further investigate the issue. Similarly, drier regions where the trees were found did not experience the same rapid growth rates as those found in the wetter regions.

Comments by Mike Adams, the Health Ranger

An interesting side effect of increased carbon emissions by human activity is that plants will grow more quickly. CO2 is to plants as oxygen is to humans, so the more CO2 is in the atmosphere, the more quickly many plants can grow.

Of course, plants produce oxygen as the “waste” product of their respiration, and that’s a poison to other plants, so there’s a natural balancing effect that keeps oxygen and CO2 levels in balance over the long haul.

This is why greenhouse gases are called “greenhouse gases”, by the way — because they turn the planet into a really effective greenhouse where plants grow like crazy. Of course, the clear-cutting of rainforest in the Amazon (and elsewhere) kills any chance of those regions taking part in that accelerated plant growth. Even in a high-CO2 environment, human beings can destroy plant life with bulldozers.

It’s interesting that plants and humans breathe the same air but extract very different chemical elements from it: Humans need oxygen while plants need carbon dioxide. For both species to survive, the air needs to contain both chemicals in balance. Currently, the oxygen content of the air is roughly around 20% (and falling).

 

Carbon Dioxide: The Breath of Life

http://www.youtube.com/watch?v=M2uKNQJjLn0

 

Dutch aubergine grower yields big after piping CO2 into greenhouses

Telegraph
December 14, 2009

Jan van Duijn, however, walks proudly through his greenhouse, a vast glass and metal structure spread out over five hectares (12.3 acres) where millions of aubergines are doing very nicely thank you.

He’s happy because thanks to a deal with a supplier, he’s getting hot water piped in from the factory, which produces ammonia, to maintain the temperature at a constant 68 degrees F (20C).

The chemical site, five kilometres (three miles away), also supplies carbon dioxide which helps his aubergines grow more abundantly.

“We’re pioneers in a way,” van Duijn said, while admitting that what drove him to try this business model was cost.

The water from the Yara factory, where it is used as a coolant, flows along underground pipes and into his greenhouse at a temperature of 90 degrees C.

There it is circulated in pipes between the rows of aubergines, sharing its heat among the beds of rockwool they grow in, before being pumped back to the factory as coolant again.

Similarly, CO2 released during the manufacture of ammonia is injected into the greenhouse to stimulate growth.

“It’s the basic principle of photosynthesis,” van Duijn said. Combined with water and light, the plants convert the carbon dioxide into organic compounds, releasing oxygen as a side product.

The level of CO2 inside is three times higher than outside, giving a crop yield that according to van Duijn is two to three times greater.

He reckons the project will produce 2.5 million kilogrammes (5.5 million pounds) of aubergines a year, adding to the millions he already cultivates under glass on his land in the southern Netherlands.

Read Full Article Here

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Destroying the Amazon Rainforest to Fight Global Warming