gmos

A friend just recommended this op-ed published in the Boston Globe on Sunday.  The title and subtitle say it all: “Green Thumbs: Genetically engineered crops are more environmentally friendly than organic ones.”  The author, Elliot Entis, argues that:

There is a green revolution going on, “doubly green’’ according to ecologist Gordon Conway, but it’s one the organic movement does not want to join. This revolution relies on modern biotechnology to create crop hybrids that can better utilize our scarce resources, and there’s the rub: the science is not trusted by organic farmers, and it plays against their economic interests.

and

The organic movement is largely a romantic ideal, far removed in many ways from science. It believes it is environmentally friendly, but it largely avoids science. True environmentalists look at the facts, and those facts do not support the growth of organic farming as a way to feed the world. However, with few exceptions, environmental organizations do not admit to this publicly. Why? Because they share a constituency: citizens who oppose certain elements of mass production farming, who yearn for a simpler time, when things were more natural. But this constituency is built on a shared belief system about the past, not the future.

At some point the contradiction between what organic farming leads to — more land devoted to farming, higher food prices, less biodiversity — and the goals of environmentalists — sustainability, more biodiversity – will fracture this alliance.

Skeptics, including many in the article’s comment thread, argue that a guy like Elliot Entis can’t be trusted, since he has a financial interest in the success of biotechnology and genetically engineered foods.  But those in the biotech industry aren’t the only ones saying these things.

As I wrote last October here on Open Market, environmental guru Stewart Brand has been saying the same thing for years.  And the UK’s Royal Society, one of the most highly respected scientific bodies in the world issued a report last fall calling for broader use of biotech crops and other technologies to bring about a “sustainable intensification” in global agriculture.

And just today, the US National Academy of Sciences’s National Research Council issued an in-depth study on The Impact of Genetically Engineered Crops on Farm Sustainability in the United States.  The NRC study concluded that “when best management practices are implemented, GE crops have been effective at reducing pest problems with economic and environmental benefits”.  Among the reports more specific findings:

  • “Adoption of herbicide-resistant crops could help improve soil and water quality.”
  • “Targeting specific insect pests with Bt toxins in corn and cotton has been successful, and insecticide use has decreased with the adoption of insect-resistant crops.”
  • “Many adopters of GE crops have experienced either lower costs of production or higher yields, and sometimes both.”
  • “Farmers who previously faced high levels of insect pests that were difficult to treat before insect-resistant crops have particularly benefited from applying lower amounts of or less expensive insecticides.”
  • “More effective management of weeds and insects also means that farmers may not have to apply insecticides or till for weeds as often.”

An overwhelming amount of scientific evidence amassed during the past two decades suggests overwhelmingly that genetically engineered foods have been a huge boon for American farmers, consumers, and the environment.

The UK Royal Society’s long-awaited study on improving agricultural productivity and increasing food security was released this morning.  Although I’ve only had a chance to skim the report, it seems to have lived up to its promise of eschewing politically correct pop-environmentalism and instead embracing the use of science and technology for producing more food on less land.  The report acknowledges that farming is an inherently un-natural and ecologically disruptive endeavor.  But, it suggests that a healthy concern for protecting the environment necessitates the greater adoption of sophisticated agricultural technologies, including fertilizers, pesticides, and bioengineered (or GM) crops.  Why?  Because protecting the environment will require growing vastly more food without bringing new land into agriculture–what the report calls “sustainable intensification.”

“Past debates about the use of new technologies for agriculture have tended to adopt an either/or approach, emphasising the merits of particular agricultural systems or technological approaches and the downsides of others. This has been seen most obviously with respect to genetically modifi ed (GM) crops, the use of pesticides and the arguments for and against organic modes of production. These debates have failed to acknowledge that there is no technological panacea for the global challenge of sustainable and secure global food production. There will always be trade-offs and local complexities. This report considers both new crop varieties and appropriate agroecological crop and soil management practices and adopts an inclusive approach.”

Read the whole report here.

Last week, Bill Gates announced at the World Food Summit in Des Moines that the Bill and Melinda Gates Foundation would be redoubling its efforts to improve agricultural productivity among poor farmers in less developed countries.  He announced that the foundation would be making $120 million worth of new grants for agriculture research and development.  Importantly, Gates eschewed the politically correct approach urged by major environmental organizations and explained, as Reuters put it, that:

“The fight to end hunger is being hurt by environmentalists who insist that genetically modified crops cannot be used in Africa, Bill Gates, the billionaire founder of software giant Microsoft, said on Thursday. Gates said GMO crops, fertilizer and chemicals are important tools — although not the only tools — to help small farms in Africa boost production.”

That’s great news, of course, but not the only good news on the food biotech front.  Today, the UK’s Telegraph reports that a year long investigation into food biotechnology by the Royal Society is expected to conclude in a report issued next week that:

“GM crops should be used in the future to alleviate food shortages. This study is going to move the debate forward. The Government will have to take notice of this. The world is undergoing dramatic change and it won’t be long before people are thinking ‘where is my next meal coming from?’ Where GM has been proved effective at either increasing yields or else resistant to diseases it should be used in the UK. GM crops need to be looked at one by one. They are not the only solution to world hunger but they are part of it.”

And Reuters reports that, even European Union Agriculture Commissioner Mariann Fischer Boel has given a modicum of support to food biotech, suggesting that “EU countries should look at scientific evidence rather than emotions, as is now the case, when deciding on authorisations for new biotech products.”  Boel said last Thursday that “For the [EU] farm sector, the imbalance in GMO approval between the European Union and the rest of the world is a clear and present financial threat.”

All in all, I’d count that as a good week.

Congratulations to Pamela Ronald, a UC Davis plant pathology professor, on winning one of this year’s Science in Society Journalism Awards, sponsored by the National Association of Science Writers.  The award is for a column Ronald wrote for the Boston Globe last year, and which was based in part on her wonderful book, Tomorrow’s Table: Organic Farming, Genetic and the Future of Food, co-authored with her husband Raoul Adamchak.

Ronald and Adamchak, who is an organic farmer, reject the dogma that only a narrow-minded organic approach to agriculture can be sustainable.  Instead, they suggest that “a judicious blend” of the best “organic” attitudes regarding soil health and respect for biodiversity on one hand and the best of new technologies and methods such as biotechnology and integrated pest management on the other, is the “key to helping feed the world’s growing population in an ecologically balanced manner.”

Read the Boston Globe column for a quick summary.  But, I very highly recommend the book as well.