GMOs and Presidential Politics: What Hillary Clinton Told the Biotech Industry in 2014, and What the Evidence Shows

In June 2014, former Secretary of State Hillary Clinton sat on stage at the Biotechnology Industry Organization’s annual convention in San Diego for a wide-ranging conversation with BIO’s chief executive. A short clip from that appearance, in which she spoke favorably about genetically modified seeds and suggested the industry could win public acceptance with better language, circulated widely among organic food advocates. It was shared with headlines warning that anyone who cared about organic food should be alarmed.

More than a decade later, the clip still resurfaces online, usually stripped of context. This article sets out what Clinton actually said, according to contemporaneous reporting; how supporters and critics responded; how her comments fit into the broader politics of agricultural biotechnology, which has had support from administrations of both parties; and what the evidence says about the questions her remarks raised. The goal is not to argue for or against any candidate, but to explain a recurring flashpoint in food politics accurately.

What did Hillary Clinton say about GMOs? At a 2014 biotech industry conference, Clinton defended genetically engineered crops and urged the industry to communicate their benefits better, even suggesting rebranding to overcome public fear. Her stance reflected a bipartisan pro-biotech consensus among U.S. political leaders, though it drew criticism from food activists and highlighted the persistent gap between scientific and public views on GMOs.

What Did Hillary Clinton Say About GMOs in 2014?

Speaking to a biotechnology industry audience in 2014, Clinton defended GM crops as safe and beneficial and urged the industry to communicate better, even suggesting a rebrand to ease public fears. Clinton’s appearance was a paid, moderated conversation with Jim Greenwood, BIO’s president and CEO and a former Republican congressman. It lasted about an hour and covered biotech policy, health care innovation, foreign affairs, and climate change. The part about genetically modified crops was brief.

According to DTN/The Progressive Farmer, Clinton expressed enthusiasm for biotech seeds but advised the industry to promote the characteristics of genetically modified crops rather than lead with the term itself. The most quoted line was that “genetically modified” sounds “Frankensteinish,” while “drought resistant sounds like something you’d want.” She told the audience that seed companies should avoid raising “that red flag immediately.”

Times of San Diego reported that she said she stood in favor of using seeds and products with a proven track record and described a big gap between the facts and public perceptions. NBC 7 San Diego quoted her saying that she had promoted drought-resistant seeds while working on food insecurity in Africa, and that such seeds had, by definition, been engineered to resist drought.

The Hagstrom Report, an agriculture policy newsletter, added important context that the viral clips left out. Clinton said she had promoted drought-resistant seeds as part of an effort to shift U.S. food aid from shipping commodities toward helping farmers in Africa and other food-insecure regions grow more of their own food. She acknowledged that gaining acceptance for biotechnology was painstaking work that had to happen both at the level of presidents and prime ministers and with smallholder farmers. And she said she believed proposals to tie foreign aid to countries adopting pro-biotech laws would backfire.

Much of the rest of the conversation had nothing to do with agriculture. Clinton discussed tax policy and biotech companies moving overseas, the high-risk nature of drug development, and possible federal mechanisms to share that risk, as well as foreign policy topics including Iran and Iraq.

The Food Security Context: Feed the Future

Clinton’s reference to promoting seeds in Africa connects to a specific policy shift. After the 2007–2008 global food price crisis, which pushed millions of people into hunger, the G8 countries meeting in L’Aquila, Italy, in 2009 pledged about $22 billion for agricultural development and food security. The United States launched its contribution as Feed the Future in 2010, with the State Department and USAID playing central roles.

The initiative marked a shift in emphasis from shipping surplus U.S. commodities as food aid toward investing in agricultural productivity in poorer countries: better seeds, fertilizer access, irrigation, storage, market access, and nutrition programs. Improved crop varieties, including drought- and disease-tolerant varieties developed through both conventional breeding and biotechnology, were one component among many.

That context explains why Clinton talked about seeds in terms of smallholder farmers being able to bring in a harvest and have something left to sell. It also explains why critics saw her remarks as part of a larger pattern of U.S. government promotion of agricultural biotechnology abroad, a pattern they argued favored large seed companies over farmer-saved seed and local agricultural systems. Both readings draw on real features of U.S. policy.

How the Remarks Were Received

Reactions divided along familiar lines. Biotech industry audiences welcomed the endorsement from a likely presidential candidate. Organic and sustainable food advocates reacted sharply.

A widely shared op-ed published by Common Dreams argued that Clinton had gotten the facts wrong. It pointed out that the vast majority of genetically engineered crop acreage consisted of corn, soybeans, cotton, canola, alfalfa, and sugar beets engineered for herbicide tolerance or insect resistance, not drought tolerance, and cited the Union of Concerned Scientists’ assessment that the only drought-tolerant GE corn then approved in the United States offered modest benefits and only under moderate drought. Critics also objected to the idea that public skepticism was mainly a vocabulary problem rather than a reflection of legitimate concerns about herbicide use, corporate control of seeds, and the right to know what is in food.

Other commentators focused on her financial ties to industry audiences. The BIO appearance was one of a series of paid speeches Clinton gave in 2014. Online claims that she had served on Monsanto’s board were false; Snopes found no evidence she ever held such a position, noting only that the Arkansas law firm where she worked decades earlier had reportedly handled some business for Monsanto, with no indication she was involved in that work.

Supporters of agricultural biotechnology pointed out that Clinton’s basic claim, that there is a large gap between scientific assessments and public perceptions of GM food safety, is well documented. The question of whether that gap reflects a failure of communication, legitimate concerns that science assessments do not capture, or both, is at the heart of the broader debate.

Why Do Scientists and the Public Disagree on GMOs?

Surveys show a large gap: most scientists consider approved GM foods safe, while much of the public does not, a divide driven by trust, values, and concerns about corporations rather than the food-safety evidence alone. Clinton’s remark about a gap between facts and perceptions echoed a finding published by the Pew Research Center just months later. In a January 2015 survey comparing members of the American Association for the Advancement of Science with the general public, Pew found that 88 percent of the scientists said it is generally safe to eat genetically modified foods, compared with 37 percent of U.S. adults. The 51-point difference was the largest of any of the 13 science-related issues Pew compared.

Major scientific bodies have generally concluded that the GM foods on the market are as safe to eat as their conventional counterparts. The National Academies of Sciences, Engineering, and Medicine’s 2016 report found no substantiated evidence that foods from GE crops were less safe than foods from conventionally bred crops. The World Health Organization states that GM foods currently available on the international market have passed safety assessments and are not likely to present risks to human health, while stressing that each product should be assessed case by case.

But the public’s concerns are not only about food safety in the narrow sense. Surveys and qualitative research find that skepticism is also rooted in distrust of large agribusiness companies, concerns about herbicide use and environmental effects, a preference for “natural” foods, and a sense that consumers have not been given a choice. Science communication research suggests that simply providing more facts rarely changes attitudes rooted in values and trust. That is one reason Clinton’s advice to change the vocabulary struck critics as dismissive; they heard it as a strategy for persuading the public without addressing its underlying concerns.

Do Drought-Tolerant GM Seeds Live Up to the Hype?

Drought-tolerant GM crops have delivered modest, situational benefits rather than the dramatic gains once promised, and conventional breeding and farming practices have contributed as much or more to drought resilience. Clinton’s main example, drought-resistant seeds for African farmers, is a real area of development, though a more complicated one than a single sentence could convey.

Drought tolerance is a complex trait influenced by many genes, which makes it harder to engineer than traits such as herbicide tolerance or insect resistance that depend on one or two genes. The first genetically engineered drought-tolerant corn approved in the United States, marketed as DroughtGard, was found by the Union of Concerned Scientists to deliver only modest yield benefits under moderate drought conditions. Much of the progress in drought tolerance has come from conventional breeding, including marker-assisted selection, rather than genetic engineering.

In Africa, public-private partnerships have worked on both conventionally bred and genetically engineered drought-tolerant maize, with some engineered varieties also carrying insect-resistance traits. Adoption has been slowed by regulatory, political, and legal debates in individual countries. Kenya, for example, lifted a decade-long ban on GM crops in 2022, a decision that was then challenged in court. Several countries have approved engineered maize varieties in recent years, while others remain cautious.

So Clinton was right that drought-tolerant seeds have been promoted as part of food security programs, and that such seeds can matter enormously to farmers in drought-prone regions. Critics were right that drought tolerance represented a tiny share of the GE crops actually grown commercially at the time, and that many drought-tolerant varieties were not genetically engineered at all. Both points belong in an accurate account.

What the Research Shows About the Crops Actually Grown

Much of the disagreement over Clinton’s remarks came down to a question of emphasis: should GE crops be judged by their most promising future applications, such as drought tolerance, or by the traits that dominate fields today? The research on the dominant traits is extensive.

A 2014 meta-analysis by Wilhelm Klümper and Matin Qaim in PLOS ONE pooled 147 studies of GM crop impacts and found that, on average, adoption increased crop yields by 22 percent, reduced chemical pesticide use by 37 percent, and raised farmer profits by 68 percent. The yield and profit gains were larger in developing countries than in developed ones. Importantly, the pesticide reductions were driven mainly by insect-resistant crops, which reduce the need for insecticide sprays; herbicide-tolerant crops did not show the same reduction.

That distinction matters because herbicide-tolerant crops are the largest category by area. A 2016 analysis by Charles Benbrook in Environmental Sciences Europe documented the steep rise in glyphosate use after herbicide-tolerant crops were introduced, making it the most heavily used herbicide in history, and estimated that such crops account for a majority of global glyphosate use. Heavy reliance on a single herbicide contributed to the spread of glyphosate-resistant weeds, which in turn led farmers to add other herbicides.

These findings are not contradictory. They describe different traits with different effects. They also illustrate why broad statements about “GMOs” as a single category, whether for or against, tend to obscure more than they reveal. Clinton’s example of drought-tolerant seeds highlighted one kind of potential benefit; her critics pointed to the traits and environmental effects that actually dominated the landscape. A complete picture needs both.

The Labeling Fights of 2012–2016

Clinton’s remarks landed in the middle of the most intense period of GMO politics in the United States: the campaign for mandatory labeling. Between 2012 and 2014, voters in four states rejected ballot measures that would have required labels on foods containing genetically engineered ingredients, several by very narrow margins, after heavily funded opposition campaigns.

KQED reported that California’s Proposition 37 failed 51 to 49 percent in 2012 after opponents, including seed companies and major food manufacturers, spent about $46 million. In 2014, Colorado voters rejected Proposition 105 by roughly two to one, while Oregon’s Measure 92 went to an automatic recount. Consumers Union reported that the Oregon measure trailed by about 809 votes out of more than 1.5 million cast, and that opponents outspent supporters $20.5 million to $8 million.

Vermont took a different path. Its legislature passed a mandatory labeling law in 2014, set to take effect in July 2016. Faced with the prospect of a patchwork of state labeling rules, food companies pushed Congress for a national standard. In July 2016, Congress passed a law creating the National Bioengineered Food Disclosure Standard, preempting state laws. President Obama signed it later that month. The law required disclosure but allowed companies to use text, a symbol, or a QR code, and left many details to USDA rulemaking. Labeling advocates criticized it as weaker than Vermont’s law; industry groups praised it for creating a single national rule.

Is GMO Policy a Partisan Issue?

No. Support for agricultural biotechnology has crossed party lines, with both Democratic and Republican administrations backing GM crops, even as GMO skepticism also appears across the political spectrum. Viral posts about Clinton’s BIO remarks often implied that support for agricultural biotechnology was a quirk of one politician or one party. The historical record shows something different: every administration since the 1980s, Republican and Democratic, has broadly supported the U.S. biotech industry while adjusting how it is regulated.

Year	Administration	Action
1986	Reagan	Coordinated Framework for Regulation of Biotechnology divides oversight among USDA, EPA, and FDA under existing laws
1992	George H. W. Bush	FDA policy statement treats most foods from new plant varieties, including GE plants, like conventional foods
1990s–2000s	Clinton, George W. Bush	First commercial GE crops approved and rapidly adopted; U.S. challenges EU restrictions at the WTO
2016–2017	Obama	Signs national bioengineered food disclosure law; updates the Coordinated Framework
2019	Trump	Executive order to streamline regulation of agricultural biotechnology products
2022	Biden	Executive order on advancing biotechnology and biomanufacturing, including agriculture

Clinton’s promotion of drought-tolerant seeds as Secretary of State reflected long-standing U.S. foreign policy. U.S. agencies have promoted agricultural biotechnology abroad through trade negotiations, development programs, and diplomacy under administrations of both parties. Critics, including food and farming advocacy groups, have argued that this amounts to government promotion of private companies’ products. Supporters argue that it reflects confidence in scientific safety assessments and the potential of improved seeds to help farmers.

Skepticism of genetically modified foods has also never belonged to one side of politics. In the 2010s, it was most associated with organic and environmental advocates, often on the political left. In the mid-2020s, concerns about pesticides and some food technologies gained new prominence through the “Make America Healthy Again” movement associated with HHS Secretary Robert F. Kennedy Jr., which drew support from across the political spectrum. The coalitions around food technology shift over time and do not map neatly onto partisan lines.

What Do Both Sides of the GMO Debate Get Right?

Supporters are right that approved GM foods are safe to eat and can offer benefits, while critics are right to raise concerns about herbicide use, corporate control of seeds, and the need for transparency. Disputes over GMO politics often become all-or-nothing. A fairer reading of the 2014 episode recognizes valid points on both sides.

Supporters of Clinton’s position are right that major scientific assessments have found currently marketed GM foods safe to eat; that there is a large, documented gap between scientists’ and the public’s views on that question; that drought and pests threaten the livelihoods of smallholder farmers; and that improved seeds, whether bred conventionally or engineered, can help.

Critics are right that the GE crops actually dominating global acreage in 2014 were engineered mainly for herbicide tolerance and insect resistance, not drought tolerance; that herbicide-tolerant crops contributed to large increases in herbicide use and to herbicide-resistant weeds; that public concerns involve more than food safety, including corporate control of seeds and the right to know; and that framing skepticism as a vocabulary problem can come across as dismissive.

Both sides sometimes overreach. Some GMO critics make health claims that major reviews have not supported. Some supporters dismiss environmental and economic concerns that have real evidence behind them. The most useful discussions keep those questions separate.

How Biotech Messaging Changed After 2014

Whether or not Clinton’s advice influenced it, the industry’s communication did shift in the years that followed. Industry-funded outreach efforts that had begun around 2013 expanded, inviting the public to submit questions about GMOs and publishing answers from scientists and industry experts. Companies increasingly marketed specific traits, such as non-browning apples and potatoes or crops with healthier oil profiles, that offered visible consumer benefits rather than only farmer benefits.

The terminology itself changed in law. Congress chose “bioengineered” rather than “genetically modified” or “GMO” for the national disclosure standard, a choice labeling advocates criticized as unfamiliar to shoppers. With the arrival of gene editing, developers began describing their products with terms such as “precision breeding,” which England adopted in law through the Genetic Technology (Precision Breeding) Act 2023. Supporters say these terms more accurately describe techniques that make targeted changes without adding foreign DNA; critics see them as the kind of rebranding Clinton’s remarks seemed to recommend.

How Other Democracies Handle the Politics

The United States is unusual in how little GMO questions have figured in national elections, despite the intensity of state ballot fights. Other democracies have made different choices.

The European Union requires authorization of each GM food and feed product, mandatory labeling of foods containing more than 0.9 percent authorized GM material per ingredient, and traceability through the supply chain. Since 2015, EU rules have allowed individual member states to restrict or prohibit cultivation of approved GM crops on their own territory, and many have done so. As a result, very little GM crop cultivation takes place in the EU, although the bloc imports large quantities of GM soy and corn for animal feed.

Other countries sit between the U.S. and EU approaches. Several require labeling at thresholds between 1 and 5 percent. Some have banned cultivation but allowed imports, as Mexico has for GE corn. Others have moved from restriction toward approval in recent years, citing food security and climate pressures. In many of these places, GMO policy has been a subject of public debate and elections in a way it rarely has been at the U.S. federal level.

Why the Clip Keeps Coming Back

Short video clips of politicians saying something about food spread easily because they connect a familiar face to a topic people care about. The BIO clip contains three elements that make it especially shareable: a prominent figure, a vivid word (“Frankensteinish”), and an apparent admission that the industry was trying to manage public perception.

What such clips usually leave out is the context that shapes meaning: the question being answered, the speaker’s broader argument, and the parts of the same conversation that complicate the headline. In this case, the fuller record shows Clinton arguing that biotech acceptance required painstaking work with farmers and governments, warning against tying foreign aid to biotech laws, and framing her support in terms of food security for smallholder farmers. It also shows her suggesting a communications strategy that critics reasonably read as dismissive of public concerns. Readers can weigh those elements differently; what they cannot do accurately is judge them from a 40-second excerpt.

How to Evaluate Politicians’ Statements on Food and Agriculture

For anyone trying to make sense of political statements about GMOs, pesticides, or food policy, a few habits help:

Find the full source. Look for transcripts, full video, or contemporaneous reporting from multiple outlets, especially trade publications that cover agriculture closely and tend to report context that general-interest outlets omit.

Separate the claim from the speaker. Whether drought-tolerant seeds help African farmers, or whether GM foods are safe to eat, are empirical questions with evidence behind them. The answer does not depend on who said it.

Distinguish safety from other concerns. Many GMO debates mix questions of food safety, environmental effects, herbicide use, corporate power, and the right to know. Scientific consensus on one of these does not settle the others.

Look at actions, not only words. Policies, votes, regulatory decisions, and budgets often reveal more about a politician’s approach than remarks at a single event.

Check claims about personal ties. Claims such as “served on the board of” or “received money from” are verifiable. Fact-checking organizations and public records often resolve them quickly.

Where Things Stand in 2026

A decade after the labeling fights, the politics have changed in several ways. The national bioengineered disclosure standard took full effect in 2022, and consumers now encounter “bioengineered” disclosures, symbols, or QR codes on some packaged foods. Third-party non-GMO verification and organic certification remain the main tools for shoppers who want to avoid GE ingredients. New gene-editing techniques, which can alter a plant’s own genes without inserting foreign DNA, have raised fresh questions about definitions and labeling, and U.S. regulators have generally treated many gene-edited crops more lightly than earlier transgenic crops.

Drought-tolerant and climate-resilient crops, the example Clinton used, have become more prominent as climate change increases the frequency of droughts and heat waves. Both conventional breeding and biotechnology are part of that work. The debate over who controls those seeds, how they are regulated, and how their benefits are shared remains as live as it was in 2014.

A Short Glossary

GMO (genetically modified organism): A popular term for organisms whose genetic material has been altered using genetic engineering. Scientists often prefer more specific terms.

Genetically engineered (GE) / transgenic: Crops altered by inserting genes, often from other species, using recombinant DNA techniques. Most GE crops grown since the 1990s are transgenic.

Bioengineered (BE): The legal term used in the U.S. national disclosure standard for foods that contain detectable genetic material modified through certain lab techniques that could not be obtained through conventional breeding or found in nature.

Gene editing: Techniques such as CRISPR that make targeted changes to an organism’s existing DNA, sometimes without adding foreign genes.

Herbicide-tolerant: Crops engineered or bred to survive specific herbicides, allowing those herbicides to be sprayed over the growing crop.

Insect-resistant (Bt): Crops engineered to produce proteins from the bacterium Bacillus thuringiensis that are toxic to certain insect pests.

Drought-tolerant: Crops bred or engineered to maintain yields better under water stress; can be developed through conventional breeding, marker-assisted selection, or genetic engineering.

Frequently Asked Questions

What did Hillary Clinton say about GMOs?

At a 2014 biotechnology industry conference, Hillary Clinton defended genetically engineered crops as safe and beneficial and urged the industry to do a better job explaining them to the public, even suggesting rebranding to overcome fear of the term “GMO.” Her remarks reflected a broadly pro-biotech stance shared by many U.S. political leaders.

Are politicians generally for or against GMOs?

Support for agricultural biotechnology has largely crossed party lines in the United States, with both Democratic and Republican administrations backing GM crops and the agencies that regulate them. GMO skepticism also appears across the political spectrum, so the issue does not split neatly along partisan lines the way many others do.

Are genetically modified foods safe to eat?

Yes, according to major scientific bodies. The National Academies of Sciences, the World Health Organization, and others have concluded that approved GM foods are as safe to eat as conventional foods. Public concern tends to focus more on herbicide use, corporate control of seeds, and labeling than on direct food-safety risks.

Do drought-tolerant GM crops actually work?

Drought-tolerant genetically engineered crops have provided modest, situation-specific benefits rather than the sweeping gains once promised. Conventional breeding and better farming practices have contributed as much or more to drought resilience. The gap between early promises and real-world results is one reason some observers are cautious about biotech marketing claims.

Why is there such a gap between scientists and the public on GMOs?

Surveys consistently find most scientists view approved GM foods as safe while much of the public does not. The divide is driven by trust, values, and concerns about powerful corporations rather than the food-safety evidence itself. This is why simply presenting facts rarely changes minds, and why transparency and addressing broader concerns matter.

References

1. DTN/The Progressive Farmer. Clinton Backs Biotechnology. June 26, 2014. dtnpf.com
2. The Hagstrom Report. Clinton sounds enthusiastic about biotech seeds, but has advice for industry at BIO convention. June 25, 2014. hagstromreport.com
3. Times of San Diego. Hillary Clinton cheers biotechers, backs GMOs and federal help. June 25, 2014. timesofsandiego.com
4. NBC 7 San Diego. Hillary Clinton speaks at BIO conference. June 2014. nbcsandiego.com
5. Common Dreams. Hillary Clinton is Just Plain Wrong on GMOs. August 29, 2014. commondreams.org
6. Snopes. Did Hillary Clinton Sit on Monsanto’s Board? snopes.com
7. Pew Research Center. Public and Scientists’ Views on Science and Society. January 29, 2015. pewresearch.org
8. National Academies of Sciences, Engineering, and Medicine. Genetically Engineered Crops: Experiences and Prospects. 2016. nap.nationalacademies.org
9. World Health Organization. Food, genetically modified (Q&A). who.int
10. KQED. On GMO Labeling, Oregon and Colorado Learn from California Ballot Defeat. 2014. kqed.org
11. FoodNavigator. Colorado says NO to GMO labeling; Oregon heads to nail-biting finish. November 5, 2014. foodnavigator.com
12. Consumers Union. Consumers Union Hails Recount on GMO Labeling Law in Oregon. November 25, 2014. consumerreports.org
13. Klümper W, Qaim M. A meta-analysis of the impacts of genetically modified crops. PLOS ONE. 2014;9(11):e111629. PMID 25365303
14. Benbrook CM. Trends in glyphosate herbicide use in the United States and globally. Environmental Sciences Europe. 2016;28(1):3. PMID 27752438
15. Executive Order 13874, Modernizing the Regulatory Framework for Agricultural Biotechnology Products. Federal Register. June 14, 2019. federalregister.gov
16. Executive Order 14081, Advancing Biotechnology and Biomanufacturing Innovation. Federal Register. September 15, 2022. federalregister.gov

Last updated: September 26, 2026