The food industry’s fight to stop Vermont from labeling genetically engineered foods is heading to the floor of the US Senate.
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And the spotlight on labeling is underscoring the need for our country to have a more honest conversation about GMOs.
Two recent videos illuminate the deep divide between the stories we hear from opponents and proponents of the controversial food technology.
In the first video, the Wall Street Journal’s Rebecca Blumenstein interviewed Bill Gates about his views on the topic. Gates explained:
“What are called GMOs are done by changing the genes of the plant, and it’s done in a way where there’s a very thorough safety procedure, and it’s pretty incredible because it reduces the amount of pesticide you need, raises productivity (and) can help with malnutrition by getting vitamin fortification.
“And so I think, for Africa, this is going to make a huge difference, particularly as they face climate change … “
Blumenstein asked, “Do you think there’s a certain naiveté that, without that, it could be done anyway? I mean you’ve seen the results on the ground of conventional (breeding).”
Gates responded: “Well, the Africans it’s up in the air, and Kenya just approved a Bt (genetically engineered) maize. The Europeans have decided they don’t want to use it, most of them, which is fine. They’re not facing malnutrition and starvation. If they want to pay a premium for food of a (certain) kind, it’s not a huge deal.
“The US, China, Brazil, are using these things and if you want farmers in Africa to improve nutrition and be competitive on the world market, you know, as long as the right safety things are done, that’s really beneficial. It’s kind of a second round of the green revolution. And so the Africans I think will choose to let their people have enough to eat.”
If Bill Gates is right, that’s great news. That would mean the key to solving world hunger is to lower the barriers for biotechnology companies to get their climate-adaptable, enhanced-nutrient genetically engineered crops to market.
The second video, a short film by the Center for Food Safety, tells a very different story. It describes how the state of Hawaii, which hosts more open-air fields of experimental GMO crops than any other state, has become contaminated with high volumes of toxic pesticides, in large part because Hawaii is the top testing ground for new genetically engineered crops.
The video and report explain that five multinational agrichemical companies run 97% of GE field tests on Hawaii, and the large majority of the crops are engineered to survive the spraying of herbicides. Many of these crops are also routinely treated with fungicides and insecticides.
According to the video: “With so many GE field tests in such a small state, many people in Hawaii live, work and go to school near intensively sprayed test sites. Pesticides often drift so it’s no wonder that children and school and entire communities are getting sick. To make matters even worse, in most cases, these companies are not even required to disclose what they’re spraying.”
If the Center for Food Safety is right, that’s a big problem. But both these stories can’t be right at the same time, can they?
Facts on the Ground
Following the thread of the Gates’ narrative, one would expect the agricultural fields of Hawaii — the leading testing grounds for biotechnology crops — to be bustling with low-pesticide, climate-resilient, vitamin-enhanced crops.
Instead, the large majority of GMO crops being grown on Hawaii and in the US are herbicide-tolerant crops designed to withstand spraying of the herbicide glyphosate, the active ingredient in Monsanto’s Roundup.
Last year, the World Health Organization’s cancer experts classified glyphosate as “probably carcinogenic to humans.” In the 20 years since Monsanto introduced ‘Roundup Ready’ GMO corn and soy, glyphosate use has increased 15-fold and it is now “the most heavily-used agricultural chemical in the history of the world,” reported Douglas Main in Newsweek.
The heavy herbicide use has accelerated weed resistance on millions of acres of farmland. To deal with this problem, Monsanto is rolling out new genetically engineered soybeans designed to survive a combination of weed-killing chemicals, glyphosate and dicamba. EPA has yet to approve the new herbicide mix.
But Dow Chemical just got the green light from a federal judge for its new weed-killer combo of 2,4D and glyphosate, called Enlist Duo, designed for Dow’s Enlist GMO seeds. EPA tossed aside its own safety data to approve Enlist Duo, reported Patricia Callahan in Chicago Tribune. The agency then reversed course and asked the court to vacate its own approval — a request the judge denied without giving reason.
All of this raises questions about the claims Bill Gates made in his Wall Street Journalinterview about thorough safety procedures and reduced use of pesticides.
Concerns Grow in Hawaii, Argentina, Iowa
Instead of bustling with promising new types of resilient adaptive GMO crops, Hawaii is bustling with grassroots efforts to protect communities from pesticide drift, require chemical companies to disclose the pesticides they are using, and restrict GMO crop-growing in areas near schools and nursing homes.
Schools near farms in Kauai have been evacuated due to pesticide drift, and doctors in Hawaii say they are observing increases in birth defects and other illnesses they suspect may be related to pesticides, reported Christopher Pala in the Guardian and The Ecologist.
According to the American Academy of Pediatrics, prenatal and early-life pesticide exposures are linked to childhood cancers, decreased cognitive function, behavioral problems and adverse birth outcomes, including physical defects.
In Argentina — the world’s third largest producer of GMO crops — doctors are also raising concerns about higher than average rates of cancer and birth defects they suspect are related to pesticides, reported Michael Warren in The Associated Press. Warren’s story from 2013 cited evidence of “uncontrolled pesticide applications”:
“The Associated Press documented dozens of cases around the country where poisons are applied in ways unanticipated by regulatory science or specifically banned by existing law. The spray drifts into schools and homes and settles over water sources; farmworkers mix poisons with no protective gear; villagers store water in pesticide containers that should have been destroyed.”
In response to the story, Monsanto defended glyphosate as safe and called for more controls to stop the misuse of agricultural chemicals. In the follow-up story, Warren reported:
“Argentine doctors interviewed by the AP said their caseloads — not laboratory experiments — show an apparent correlation between the arrival of intensive industrial agriculture and rising rates of cancer and birth defects in rural communities, and they’re calling for broader, longer-term studies to rule out agrochemical exposure as a cause of these and other illnesses.”
Asked for Monsanto’s position on this, company spokesman Thomas Helscher told the AP in an email of 22nd October 2013 that “the absence of reliable data makes it very difficult to establish trends in disease incidence and even more difficult to establish causal relationships. To our knowledge there are no established causal relationships.”
The absence of reliable data is compounded by the fact that most chemicals are assessed for safety on an individual basis, yet exposures typically involve chemical combinations.
“We Are Breathing, Eating and Drinking Agrochemicals”
A recent UCLA study found that California regulators are failing to assess the health risks of pesticide mixtures, even though farm communities — including areas near schools, day care centers and parks — are exposed to multiple pesticides, which can have larger-than-anticipated health impacts.
Exposures can also occur by multiple routes. Reporting on health problems and community concerns in Avia Teria, a rural town in Argentina surrounded by soybean fields, Elizabeth Grossman wrote last month in National Geographic:
Because so many pesticides are used in Argentina’s farm towns, the challenges of understanding what may be causing the health problems are considerable, says Nicolas Loyacono, a University of Buenos Aires environmental health scientist and physician.
In these communities, Loyacono says, “we are breathing, eating, and drinking agrochemicals.”
In Iowa, which grows more genetically engineered corn than any other state in the US, water supplies have been polluted by chemical run off from corn and animal farms, reported Richard Manning in the February issue of Harper’s Magazine:
Scientists from the state’s agricultural department and Iowa State University have penciled out and tested a program of such low-tech solutions. If 40% of the cropland claimed by corn were planted with other crops and permanent pasture, the whole litany of problems caused by industrial agriculture — certainly the nitrate pollution of drinking water — would begin to evaporate.
These experiences in three areas that lead the world in GMO crop production are obviously relevant to the question of whether Africa should embrace GMOs as the solution for future food security. So why are they often missing from the conversation?
GMO proponents like to focus on possible future uses of genetic engineering technology, while downplaying, ignoring or denying the risks, as Gates did in his Wall Street Journalinterview.
Proponents of the technology often try to marginalize critics who raise concerns as uninformed or anti-science; or, as Gates did, they suggest a false choice that countries must accept GMOs if they want “to let their people have enough to eat.”
This logic leaps over the fact that, after decades of development, most GMO crops are still engineered to withstand herbicides or produce insecticides (or both) while more complicated (and much hyped) traits, such as vitamin-enhancement, have failed to get off the ground.
“Like the hover boards of the Back to the Future franchise, golden rice is an old idea that looms just beyond the grasp of reality,” Tom Philpott reported in Mother Jones.
Meanwhile, the multinational agrichemical companies that also own a large portion of the seed business are profiting from herbicide-resistant seeds and the herbicides they are designed to resist, and many new GMO applications in the pipeline follow this same vein.
These corporations are also spending tens of million dollars a year on public relations efforts to promote industrial-scale, chemical-intensive, GMO agriculture — using similar points Gates made in his Wall Street Journal interview, and that Gates-funded groups also echo.
For a recent article in The Ecologist, I analyzed the messaging of the Cornell Alliance for Science, a pro-GMO communications program launched in 2014 with a $5.6 million grant from the Gates Foundation.
My analysis found that the group provides little information about possible risks or downsides of GMOs, and instead amplifies the agrichemical industry’s false talking points that the science is settled on the safety and necessity of GMOs. For example, the group’s FAQ states,
“You are more likely to be hit by an asteroid than be hurt by GE food — and that’s not an exaggeration.”
This contradicts the World Health Organization, which states, “it is not possible to make general statements on the safety of all GM foods.” Over 300 scientists, MDs and academics have said there is “no scientific consensus on GMO safety.”
The concerns scientists are raising about the glyphosate-based herbicides that go with GMOs are also obviously relevant to the safety discussion. Yet the Cornell Alliance for Science engages in propaganda on these issues, aligning with associates who downplay concerns about pesticides in Hawaii and attack journalists who report on these concerns.
It’s difficult to understand how these sorts of shenanigans are helping to solve hunger in Africa.
Public Science for Sale
The Cornell program is the latest example of a larger troubling pattern of universities and academics serving corporate interests over science.
Recent scandals relating to this trend include Coca-Cola funded professors who downplayed the link between diet and obesity, a climate-skeptic professor who described his scientific papers as “deliverables” for corporate funders, and documents obtained by my group US Right to Know that reveal professors working closely with Monsanto to promote GMOs without revealing their ties to Monsanto.
In an interview with the Chronicle of Higher Education, Marc Edwards, the Virginia Tech professor who helped expose the Flint water crisis, warned that public science is broken.
“I am very concerned about the culture of academia in this country and the perverse incentives that are given to young faculty. The pressures to get funding are just extraordinary. We’re all on this hedonistic treadmill — pursuing funding, pursuing fame, pursuing h-index — and the idea of science as a public good is being lost … “
People don’t want to hear this. But we have to get this fixed, and fixed fast, or else we are going to lose this symbiotic relationship with the public. They will stop supporting us.
As the world’s wealthiest foundation and as major funders of academic research, especially in the realm of agriculture, the Bill & Melinda Gates Foundation is in a position to support science in the public interest.
Gates Foundation strategies, however, often align with corporate interests. In a recent report, the UK advocacy group Global Justice Now argues that Gates Foundation spending, especially on agricultural projects, is exacerbating inequality and entrenching corporate power globally.
“Perhaps what is most striking about the Bill and Melinda Gates Foundation is that despite its aggressive corporate strategy and extraordinary influence across governments, academics and the media, there is an absence of critical voices,” the group said.
But corporate voices are close at hand. Rob Horsch, who spent decades of his career at Monsanto, heads up the Gates Foundation agricultural research and development team.
The Case for an Honest Conversation
Rather than making the propaganda case for GMOs, Bill Gates and Gates-funded groups could play an important role in elevating the integrity of the GMO debate, and ensuring that new food technologies truly benefit communities.
Technology isn’t inherently good or bad; it all depends on the context. As Gates put it, “as long as the right safety things are done.” But those safety things aren’t being done.
Protecting children from toxic pesticide exposures in Hawaii and Argentina and cleaning up water supplies in Iowa doesn’t have to prevent genetic engineering from moving forward. But those issues certainly highlight the need to take a precautionary approach with GMOs and pesticides.
That would require robust and independent assessments of health and environmental impacts, and protections for farmworkers and communities.
That would require transparency, including labeling GMO foods as well as open access to scientific data, public notification of pesticide spraying, and full disclosure of industry influence over academic and science organizations.
It would require having a more honest conversation about GMOs and pesticides so that all nations can use the full breadth of scientific knowledge as they consider whether or not to adopt agrichemical industry technologies for their food supply.