When Corporate PR Masquerades as Science Education

The Council for Biotechnology Information (CBI), a nonprofit funded by corporations including BASF, Bayer CropScience, Dow AgroSciences, DuPont, Monsanto, and Syngenta, distributed an activity book titled “Look Closer at Biotechnology” designed for use in school science classrooms. Marketed as educational material for agricultural and science teachers, the colorful workbook featured cartoon characters, puzzles, and teaching tips alongside claims about genetically engineered crops that contradicted independent scientific research.

CBI was organized as a 501(c)(6) business league, a classification the IRS describes as devoted to improving business conditions for specific industries. Its stated mission was communicating “science-based information about the benefits and safety of agricultural biotechnology,” but its structural purpose was advancing the commercial interests of its biotech industry funders.

The same organization contributed $375,000 to the Coalition Against the Costly Labeling Law, an industry group working to defeat California’s Right to Know Genetically Engineered Food Act of 2012, which would have required labeling of genetically engineered food ingredients and banned the practice of marketing such products as “natural.”

The Yield Question: Do GMO Crops Actually Produce More Food?

The activity book told children that “biotechnology is one method being used to help farmers grow more food.” Independent research painted a different picture.

The Union of Concerned Scientists published “Failure to Yield” in 2009, the first comprehensive evaluation of genetically engineered crop yields after more than twenty years of research and thirteen years of commercial cultivation in the United States. Their analysis of USDA statistics concluded that “GE has done little to increase overall crop yields.” Studies indicated that GE soybeans actually produced lower yields than conventional varieties.

Research by the Indian organization Navdanya found similar results. Despite Monsanto’s claims of Bt cotton yielding 1,500 kilograms per acre, field surveys documented actual yields averaging 400 to 500 kilograms per acre. A separate survey by the Research Foundation for Science, Technology and Ecology found that trial plot yields consistently fell below the company’s advertised figures.

The Union of Concerned Scientists also noted that genetic engineering techniques were predominantly applied to crops important to industrialized nations, not the staple crops on which the world’s hungry depend. The vast majority of genetically engineered soy and corn went to animal feed and processed food manufacturing rather than to impoverished regions facing food scarcity.

The Superbug Problem

The activity book claimed biotechnology created seeds allowing farmers to grow plants “more resistant to pests.” However, widespread commercialization of herbicide-resistant and Bt-spliced crops generated precisely the opposite outcome over time — an expanding population of herbicide-resistant superweeds and insecticide-resistant superpests.

In 2012, twenty-two leading entomologists issued an urgent warning to the Environmental Protection Agency, advising that Monsanto’s Bt corn — genetically engineered with bacterial DNA to produce insecticide in every cell — was failing against corn rootworm. A new generation of insect larvae had evolved resistance and was consuming the roots of the engineered crop. Scientists warned of massive yield losses and rising corn prices without immediate action to reduce Bt crop acreage.

This outcome aligned with what evolutionary biologists had long predicted: any attempt to increase pest resistance through single-gene engineering would eventually fail as target organisms adapted. Organic agricultural methods — crop rotation, biodiversity, natural fertilizers, and beneficial insects — addressed pest pressure without creating resistance cycles.

Environmental Consequences

Contrary to the activity book’s claim that “biotechnology can help farmers and the environment in many ways,” even the pro-biotech USDA acknowledged that GE crops used more pesticides than conventional varieties.

U.S. Geological Survey studies showed that glyphosate, the active ingredient in Monsanto’s Roundup herbicide, was commonly found in rain and rivers throughout the Mississippi River watershed where it was applied for weed control on GE corn, soybeans, and cotton.

Research published in the journal Current Microbiology documented that glyphosate was altering and destroying soil microorganisms essential to soil health and the broader food chain. Reports from the German Beekeepers Association linked Bt corn to Colony Collapse Disorder, the widespread disappearance of honeybee populations critical to pollination of food crops.

Glyphosate was also documented to kill monarch butterflies, fish, and frogs, degrade soil fertility, and contaminate waterways and drinking water supplies.

The Impact on Small Farmers Worldwide

The global expansion of patented seed systems devastated small farming communities that traditionally relied on selecting, saving, and sharing seeds across growing seasons. When multinational corporations entered these markets, farmers were pressured to purchase patented seeds and proprietary fertilizers with promises of higher yields and incomes.

When those promises went unfulfilled, farmers found themselves trapped in debt cycles. When patented seeds contaminated neighboring non-GMO crops through natural drift, companies sued the affected farmers for patent infringement — even though the contamination was unwanted.

In India, after World Trade Organization policies forced the country to open its seed sector to corporations like Cargill, Monsanto, and Syngenta in 1998, the resulting debt burden contributed to a wave of farmer suicides that became one of the most documented agricultural tragedies of the era.

In the Philippines, a Greenpeace investigation found that Monsanto’s Bt corn, marketed as “a practical and ecologically sustainable solution for poor corn farmers everywhere to increase their yields,” failed to control pests and proved unsustainable in practice.

Health Concerns and the Safety Evidence Gap

The activity book’s claim that “scientists are using biotechnology to grow foods that could help make people healthier” contradicted a growing body of research raising serious health concerns about GE foods.

Studies linked consumption of genetically engineered crops to organ damage, allergic reactions, and disruption of gut bacteria. Research on Bt toxins found they were not biologically inert on human cells, potentially causing kidney damage and allergies observed in farmworkers handling Bt crops. Animal feeding studies showed signs of liver and kidney damage in rats fed Monsanto’s GE corn strains after just ninety days.

A review of nineteen safety studies concluded that both herbicide-resistant and insecticide-producing GMO crops showed “damaging impacts on the health of mammals who consume them, particularly in the liver and kidneys,” with indicators suggesting increased toxicity from long-term consumption and probable multi-generational effects.

No long-term human safety studies had been completed, yet the USDA and FDA continued approving new GE crops and even agreed to expedite their approval process.

The Alternative: Ecological Farming

A United Nations study documented what the biotech industry’s promotional materials omitted: ecological farming methods could dramatically increase food production without the environmental and health costs of genetic engineering.

Key findings from the UN research included:

• Eco-farming projects across fifty-seven nations showed average crop yield gains of eighty percent using natural methods for soil enhancement and pest management
• Projects in twenty African countries resulted in doubled crop yields within three to ten years
• Sustainable ecological farming could significantly outperform conventional agriculture over the long term

A report to the United Nations Human Rights Council by Special Rapporteur Olivier De Schutter reinforced these findings, noting that existing industrial food systems had “failed to address hunger, and at the same time encourage diets that are a source of overweight and obesity that cause even more deaths worldwide than does underweight.”

Don Huber, emeritus soil scientist at Purdue University, framed the fundamental issue in ecological terms: plant growth depends on an interconnected web of sunlight, water, temperature, genetics, and soil nutrients. “Any change in any of these factors impacts all the factors,” he explained. “No one element acts alone, but all are part of a system.” Genetic engineering’s reductionist approach to agriculture — altering single traits in isolation — ran counter to this basic principle of ecological interdependence.

The question of how to feed a growing global population while protecting environmental and human health remained one of the most consequential challenges of the era. The evidence suggested that the answer lay not in corporate-controlled genetic modification but in the proven methods of sustainable agriculture that worked with natural systems rather than against them.