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Rod Harbinson, head of the Environment Programme at Panos London, looks at some of the controversy regarding genetically-engineered biofuels, and their suggested role in fighting climate change.
Governments, oil companies and agribusinesses all support biofuels as a way to combat climate change. Genetic engineering plays an increasing role in biofuel production. Can replacing fossil fuels with biofuels reduce carbon emissions?
Biofuels are renewable fuels produced from crops or biomass, including crops grown specifically for converting into fuel. Political leaders and businesses increasingly suggest biofuels as an alternative to declining fossil fuel reserves. One attraction is that they can reduce a country’s dependence on imported fuel supplies, an increasingly important political issue.
Several countries invest in biofuels:
Ambitious targets in rich countries have placed demands on developing countries to provide crops for biofuel, especially maize. It is not clear whether developing countries can benefit from large-scale biofuel production because growing crops for biofuel can take up water and land currently used for domestic food production. Reduced exports of crops from rich countries can also hit poor people; in 2007, there were demonstrations in Mexico about the rising price of maize from biofuel demand.
Some governments support biofuels to meet targets to reduce carbon emissions. However, biofuels have limitations as a source of ‘clean’ energy. Many have low or negative carbon savings, because growing crops and the process of converting them into fuel is energy-intensive, often relying on fossil fuels. Clearing land for biofuel crops also affects natural ecosystems, particularly tropical rainforests. In the Amazon, clearing forest for biofuel crops releases more carbon into the atmosphere than the biofuels save.
Research into biofuels based on cellulose from trees or crop wastes uses genetically modified (GM) bacteria and enzymes to break down plant waste and convert it to biofuels. Other GM research seeks biofuel crops which grow faster. High-yield GM biofuels crops also require large land areas, putting pressure on natural vegetation or displacing food crops. Shared concerns, as with food crops, include the impact of GM organisms on human health and the environment, such as the risk of genetic pollution.
Biofuels are attracting increasing attention and investment as an alternative to fossil- based fuels. Before trying to meet global fuel demands and increase trade in developing countries, governments in each country must answer some important questions:
Rod Harbinson
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Further Information
Environment
Programme
Panos London
9 White Lion Street
London, N1 9PD
UK
Panos London, UK
Email: environment@panos.org.uk
See
also
Fuelling
controversy – can biofuels slow the speed of climate change? Panos Media Toolkit on Climate Change – No. 1, by Rod Harbinson, 2006
Useful
links
id21 viewpoint: Tree
plantations and climate change - avoiding responsibility in Ecuador
id21 viewpoint: Litigating for climate justice
id21 insights 53: Securing development in the face of climate change
id21 insights 52: Debating GM crops
April 2007
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