RFA Responds to New Studies

Filed under: RFA Announcement

Two new studies were published in the journal Science Thursday that claim biofuels are worse for global warming than fossil fuels.

“Using good cropland to expand biofuels will probably exacerbate global warming,” concludes one study.

Another study claims that converting rainforests, peatlands, savannas or grasslands in Southeast Asia and Latin America to produce biofuels will increase global warming pollution for decades, if not centuries.

RFA’s Bob Dinneen issued a statement about the studies which says in part,

“While it is important to analyze the climate change consequences of differing energy strategies, we must all remember where we are today, how world demand for liquid fuels is growing, and what the realistic alternatives are to meet those growing demands. Biofuels like ethanol are the only tool readily available that can begin to address the challenges of energy security and environmental protection.

Understanding the land use changes occurring around the globe is important to developing strategies to combat the advance of climate change. However, like previous studies, those published in Science today fail to put the issue in context. Assigning the blame for rainforest deforestation and grassland conversion to agriculture production solely to the renewable fuels industry ignores key factors that play a greater role. The continued growth of the global population, surging global demand for food from expanding middle classes in China and India, and continued expansion of development and urban sprawl are all factors contributing to the increased demand for arable acres.”

1 Comment »

  1. Phil Henshaw Said,

    February 10, 2008 @ 2:06 pm

    The real message to get from our belated discovery that agricultural biofuels displace food production is that we need to retarget sustainability as a whole. We’ve been looking at it the wrong way entirely, as a problem of sustaining growth not a problem of sustaining the earth.

    The right strategy starts by painting a truer picture, including the environmental fact that harsh footprint interactions multiply as growth systems hit their limits. It’s really obvious when you think it through. The hidden silver lining?? Using the growth of footprint interactions *as a measure* gives you a reliable long term forecasting too for otherwise ‘invisible’ limits and an ability to steer clear of them!

    I consult and write on the physics of open (uncontrolled) systems… It can help.

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