Home » Biotechnology »Commentaries »Health » Currently Reading:

Millions Spent, No One Served: Who Is to Blame for the Failure of GMO Golden Rice?

August 10, 2016 Biotechnology, Commentaries, Health 10 Comments

by Angelika Hilbeck and Hans Herren

The recent Nobel laureates’ letter accusing Greenpeace of a “crime against humanity” for opposing genetically modified (GMO) golden rice reveals a deep division not only between civil societies and some science circles but also within the science community – a division in the visions for our common future and which path to take for our joint development. A division we see growing and escalating. A strong indication of this division is that among the Nobel laureate signatories, there seems to be hardly anybody with a solid scientific track record in agriculture, food production, development, or the socio-ecological and political causes of poverty and hunger. Others with notable competence – at least in the economic and social domains of development, poverty, and hunger – are not among the signatories. Signs of escalation also include the emotional, accusing language in the letter and the ample use of scientifically unsubstantiated claims. What is missing in the letter and among the supporters and developers of GMOs is the recognition and scientific analysis of some tough facts.

Fact no. 1: Still no functioning vitamin A rice despite unlimited resources

No functioning vitamin A rice has been produced in over 20 years of research. This is despite full support at every level: financial, institutional, political, and corporate. By ‘functioning’, we mean farmer’s rice varieties that reliably and stably express sufficient amounts of beta-carotene (pro-vitamin A, the precursor of Vitamin A) over many generations of seed saving. These seeds must continuously express beta-carotene at a level that has been documented to be efficiently convertible to Vitamin A in mammals and, most importantly, can (statistically) significantly relieve the symptoms of Vitamin A deficiency in hungry people. None of this is scientifically trivial but that’s what has been promised.

Rice Farming

Rice Farming

The first golden rice, GR1, was unsuccessful and is long gone. Golden rice 2 (GR2) is a patented pro-vitamin A GM rice developed from scratch by the multinational biotech firm Syngenta and still in the field trial stage at the International Rice Research Institute (IRRI) at least one decade after it’s creation.

The vast majority of scientists in the world will never see such comprehensively generous support for their research – yet they still deliver, and must deliver if they ever want to renew funding for their research. This is more than can be said for the golden rice project.

Fact no. 2: Lack of recognition of real reasons for failure to deliver

A quick evidence check is sufficient to reveal the simple reason why golden rice is not in farmer’s fields: it is still not ready because it is not performing agronomically. Furthermore, it is far from being medically documented to relieve symptoms of Vitamin A deficiency. Neither Greenpeace nor the destruction of a test plot in the Philippines by local activists can be held responsible for this lack of scientific achievement.

Fact no. 3: Questionable conceptual underpinning

Leaving aside its scientific aspects, the very concept of golden rice – and all other similar conceptual approaches as solutions to malnourishment – remain doomed from the start as similar approaches have failed repeatedly. The problem lies in the underlying reductionist (disembedded) approach. Combating hunger and malnutrition one vitamin and mineral at a time is a failed ideology, no matter which vitamin or mineral one starts with and which kind of delivery system one chooses. Malnourished people do not suffer from single-vitamin-deficiencies added up. They suffer from hunger, as in ‘lack of food’. This is compounded by poverty and a myriad of contributing factors working simultaneously together. That means they lack regular access to real foods containing the necessary variety of ALL essential nutrients, which, in conjunction, make up a healthy diet.

These contributing factors differ according to culture, place and time. There exists a huge amount of research and analyses to read for anybody who cares about the real causes of hunger and the real solutions (we list some old and new references at the end – or just check out the United Nations World Food Program website. For the golden rice project, we recommend for starters, the recent analysis by Stone and Glover who locate its failure in its ‘disembeddedness’ and ‘placelessness’.

Consequently, hunger and malnutrition with its complex, ‘place-based’ causes cannot be battled by a uniform, de-contextualized and placeless one-vitamin-at-a-time approach which is what GMO golden rice has to offer.

This reductionistic approach to hunger is matched by similar reductionism in the genetic engineering world where organisms are viewed as the sum of their genes and proteins. Genes are added one at a time as blueprint construction instructions for lego-like products and many more projects of this kind are underway, e.g. vitamin A banana and cassava, or iron-fortified cassava, or whatever lies within their technical reach. Stone and Glover describe this as “a preoccupation with the molecular scale” that “favors a form of reductionist thinking that conceives of traits of interest as being governed primarily by genetics rather than through interactions with the environment or management” (Stone and Glover 2016).

Supplying vitamin A or any other nutrient in isolation only works for a transitional period of time, curing a symptom at best, while work progresses on the underlying place-based causes of hunger – lack of access to food, money, education and secure living conditions. Under those circumstances, as in parts of the Philippines, cheap vitamin A pills do the job much better, in a more targeted, controlled, and effective way than any patented GM crop could ever do.

Fact no. 4: A missing roll-out plan

But even if the golden rice researchers do eventually manage to get some GM pro-Vitamin A rice varieties to perform agronomically, there seems to be no roll-out plan to ensure that it gets to those who need it. Those reasons have nothing to do with regulations and everything to do with logistics, institutions and finances.

Will the golden rice developers truck their harvest into the urban slums and remote rural areas of Asia or Africa, or at least the Philippines, every day? Will they bring with them also the fat that malnourished people need to eat along with the rice to ensure they absorb the beta-carotene and convert it to vitamin A? And if they can do that, why aren’t they bringing existing foods into those areas already? Why wait until a patented GM food is ready for delivery? There is no shortage of vitamin-rich foods on this planet and beta-carotene is one of the commonest molecules in nature.

Frequently, vitamin A-rich food exists in abundance and rots in storage or under trees not that far away from the places where people suffer from malnutrition. An alternative already in the field is, for example, a non-GMO orange sweet potato, a root crop compatible with improved crop rotations whose developers have been awarded the 2016 World Food Prize. Without a massive and expensive roll-out plan, golden rice will not even leave the field station of the International Rice Research Institute (IRRI), which is overseeing the golden rice project.

Epic endeavor

If their plan is to cross the pro-vitamin A trait into the rice varieties that farmers grow in hunger-stricken areas, they face an uphill logistic, financial, scientific and institutional battle. How will they get the transgenic trait reliably expressed in all of these varieties at the necessary concentrations over many generations of rice plantings and seed recycling? Who will pay for this epic endeavour?

If they decide instead to only put the pro-vitamin A trait into a handful of, say, IRRI rice varieties (which we believe is the most likely plan – if there is a plan in the first place), many will fail because they will not perform in different local conditions and they typically require fertilizers and pesticides. If the plan is to switch farmers to growing a handful of patented biofortified varieties all over Asia and Africa, how will this be implemented? Who will deliver the seeds and accompanying chemicals to farmers – year after year, everywhere where it’s needed, for free? And is this a sustainable solution?

And what will happen to the thousands of existing ecologically and culturally well adapted varieties? The genetic diversity of crops and animals is our life-support system.

Furthermore, have they asked the rice producers and consumers of Asia and Africa if they want many of their rice varieties to be yellow forever – even in times when the food shortages and nutrition deficiencies are over?

Unresolved patent and ownership issues

According to the website www.goldenrice.org., a resource-poor farmer will be allowed to grow golden rice without license fees as long as his/her income is less than $10,000 per year. But, in practice, who decides which farmers are eligible? Who decides which income limit is appropriate in what country or region, and who enforces it on what authority and criteria? What about those farmers whose incomes exceed $10,000 per year? Who will decide when to collect fees, from whom, and for how long? How will the finances be arranged between Syngenta, which owns GR2, the seed multipliers and distributors, and the government? And if all this can be settled with Syngenta – how about the next-in-line patented, biofortified GM crops? In case of dispute, will there be free access to lawyers for the resource-poor farmers?

In their weekly column Schaffer and Ray (2016) reported about a meeting with an employee of the US State Department and discussing the benefits of GM crops for farmers and consumers in the Global South and whether or not farmers would have to pay a technology fee and purchase, for example, the golden rice seed each year. The State Department representative stated that the companies that own the patents would be willing to make the golden rice (or virus-resistant cassava) available at no cost provided that the countries adopted US patent regimes to protect other GM crops. From a policy perspective, such a ‘humanitarian’ license agreement would thereby present a highly profitable transaction, a means to ‘encourage’ developing countries that often do not even have patent laws of their own to accept the US patent regime and so ensure the profits of US companies and patent holders in perpetuity. In corporate agriculture it seems, nothing is really for free.

These are just a few of the tough questions that have never been addressed or even acknowledged by promoters of golden rice or any other such projects. Shooting genes into nuclei and getting a few varieties to express a transgene is the easy part – although even that has proved elusive so far for GR2.

Fact 5: Colonial mindset

Blaming Greenpeace for the failure of not only golden rice but other patented products of genetic engineering has been an irrational (or maybe calculated) obsession of some proponents and developers since the discussion began decades ago. Yet, it also reveals more subtle issues. Farmers and indigenous people are outraged when gene technology proponents accuse them of being instructed or manipulated by big Western NGOs like Greenpeace. They say that promoters of golden rice and other techno-solutions offered by developed countries rarely ask for or listen to their views and, thereby, reveal their lack of respect and comprehension.

This attitude towards peasant farmers and indigenous peoples is typical of the still prevailing colonial, Western mindset – hidden or open. It assumes that the peasant farmers are ignorant people without the relevant knowledge entitling them to make informed decisions based on their own values and visions for their future. Sadly, the letter signed by Nobel laureates appears to be a continuation of this way of thinking. It reveals an attitude of supremacy over, and disrespect for, traditional and indigenous knowledge and peoples who want to have a say in their lives and communities and which path to take to ‘development’.

Take-home message: Hungry (and poor) people deserve better. And Nobel laureates can do better!

Further information:

Bohle, Hans G., Thomas E. Downing and Michael J. Watts (1994). Climate change and social vulnerability – Toward a sociology and geography of food insecurity. Global Environmental Change 1994 4 (1) 37-48.

This reference on the complexities of causes of hunger is as old as the idea of golden rice. Yet promoters of golden rice have never addressed any of the issues raised by it.

Moore Lappé, F. and J. Collins. 2015. World Hunger: 10 Myths– October 6, 2015

Kimura, Aya Hirata (2013). Hidden Hunger – Gender and the Politics of Smarter Foods. Cornell University Press. http://www.cornellpress.cornell.edu/book/?GCOI=80140100834350

Schaffer, Harwood D. and Daryll E. Ray (2016). More unresolved GMO issues.

Sen, Amartya (1982). Poverty and Famines: An Essay on Entitlement and Deprivation. Oxford New York: Clarendon Press Oxford University Press.

Sen, Amartya (1998). Development as Freedom. Anchor.

 Stone, G.D. and D. Glover (2016). Disembedding grain: Golden Rice, the Green Revolution, and heirloom seeds in the Philippines. Agriculture and Human Values. Online first: 1-16.

The Authors:

Dr Angelika Hilbeck is Chair, European Network of Scientists for Social and Environmental Responsibility (ENSSER). She is a researcher and lecturer on biosafety and agroecology at Swiss Federal Institute of Technology Zurich (ETHZ) who has worked closely with farmers and civil societies in many developing countries for more than two decades, including the Philippines, the country targeted for the rollout of GM golden rice. She is a member of the Board of Directors of ‘Bread for All’. She was a lead author of the International Assessment of Agricultural Sciences, Knowledge and Technology for Development (IAASTD)

Dr. Hans R Herren, Agronomist/Entomologist (ETHZ) who worked in agricultural research and development for 27 years in Africa. Member of the International Panel of Experts on Sustainable Food Systems, President and Founder Biovision Foundation for Ecological Development www.biovision.ch, president and CEO www.Millennium-Institute.org.

Laureate: Sustainability Prize, Germany 2016, Right Livelihood Award (Alternative Nobel Prize 2013; One World Award 2010; World Food Prize 1995; Kilby Award 1995; Brandenberger  Prize 2002; Tyler Prize 2003.

Foreign Associate of the US Academy of Sciences 1999; Member of the Academy of Sciences for the Developing World (TWAS) 2005

Co-Chair International Assessment of Agricultural Science and Technology for Development (IAASTD), Member CGIAR Science Council (2005-2010)

[1] “On 13 August 2013, after farmers had got nowhere in their arguments with the Philippine government, they uprooted an experimental field of Golden Rice in Pili, Camarines Sur, where trials were taking place. By taking this action, they sent a clear signal that they would not tolerate the advance of GMOs. However, the Filipino farmers were outraged when the media, accusing them of ‘vandalism’, made it appear that the uprooting had been orchestrated by international NGOs which had supposedly made use of the farmers to uproot the rice. Farmers explained that it was their decision to turn to civil disobedience to defend rice, a crop that is central to their diet, their livelihood and their culture. While the funders and supporters of Golden Rice carry on with their goal of commercialising the crop in the Philippines, Indonesia and Bangladesh in the near future, Filipino farmers continue to mobilise and protest, vowing that they will go on opposing the advance of GMOs.”

Currently there are "10 comments" on this Article:

  1. Madeleine Love says:

    Add the scientifc question of beta-carotene stability in golden rice. Beta-carotene degrades rapidly in leaf vegetables such as spinach, even if held in the fridge, but it has a long life in carrots. The engineering of beta-carotene into golden rice 2 (Paine 2005) did not include any specific engineering for an in-plant storage structure, and a few clues from various studies suggest beta-carotene does not have a long life in golden rice. Would farmers have to eat their entire golden rice crop the moment its harvested to get their beta-carotene value? Or store their harvest in a massive freezer at -80degrees, assuming there was a freezer, electricity infrastructure, and the money to pay for it? Golden Rice is a ridiculous premise but a terrific trojan horse idea.

    • Kenneth Gallaher says:

      GLC is a big-GMO shill site.
      Nothing there is fact.

    • Robert Bright says:

      I’m not sure how citing an industry-funded astroturf site is going to help anyone. GLP is funded by the agrochemical industry. Its sole purpose is promote and defend the industry. It serves no other purpose (and most certainly does not promote or defend actual, independent science.)

    • Madeleine Love says:

      Adrian, thanks for your reply. I see from the graphs “Total Carotenoids-Ambient Temperature” that there is a significant loss in beta-carotene over a few weeks. Do you have a study that reports this data? I take the point that some beta-carotene remains, and that something is better is nothing (assuming Golden Rice is eventually determined to be safe for human consumption and agronomically useful). However this does impact the relative efficacy numbers suggested by Tang (though the study retracted now, I think, due to unethical practice?), where the children eating 30g of spinach had higher vitamin A serum response than those eating 60g of golden rice (cooked and frozen at -70degC within a few days of harvest), calculated on an “area under the curve” basis (Figure 3), and notwithstanding the reference dose being given only a few hours before the test dose.
      As I recall, Alexander Stein’s calculation of the economic efficiency of spending $100m on Golden Rice came to break-even if it was ready in 2014. Now we’re two years on. For the sake of actually helping people the money could have been better spent on vitamin A capsules. I don’t mind masses of money being spent on a great human endeavour, and I don’t think any honest research is ever wasted – it’s just that we all know that this is a trojan horse project for the huge money interests, using the plight of the globally poor, and abusing the goodwill of the globally well-off.

  2. Philip Litrel says:

    We are having record crops in the US which is driving prices down and has farmers lamenting and begging the USDA to PLEASE buy the millions of pounds of cheese we have (overproduced and have in storage).

    The world does not have a shortage of food, it has a lack of access to distribution of the existing excess food to those in need.

    Instead of feeding the pood and hungray we spend millions on research to develop PATENTABLE food sources.

    How sad.

    • Madeleine Love says:

      Likewise, 40% of our high producing dairy farmers in Australia are on the edge of going out of business. If there are hungry people, it seems they lack the money to pay for the milk. 🙁

  3. Kenneth Gallaher says:

    Golden Rice has been a Big-GMO Trojan Horse since day one.
    It is a SCAM.

  4. Joe Shmoe says:

    No disrespect meant toward Nobel laureates because they have forgotten infinitely more than I know but if they support GMO trash, they are idiots.Golden Rice has already been covered and it is a joke. Tomatoes are good to add moisture to my compost, corn was hatched in a lab and besides being tasteless it looks great, soy in all forms is complete trash and doesn’t enter this house and I could go on and on but I think you get my drift. To Mr. Litrel’s point about research, I totally agree. Aside from creating jobs, a large part of research is certainly not needed. It seems that if a discovery is made that doesn’t bring in truckloads of profit, it gets swept under the rug.If only half the money pissed down the drain was spent on the needy, there wouldn’t be a needy person on the planet.I have friends that are researchers and they say the hardest part of their job is looking busy. My dad had a strawberry patch that didn’t need pesticides and he barely finished high school. Maybe it is time to turn back the clock.

  5. TF says:

    30 grams of fresh parsley

    – 108 % RDA of vitamin A (as beta-carotene)
    as well as
    – 53 % vitamin C
    – 547 % vitamin K
    – 11 % folate
    – 10% iron

    also a source of lutein+zeaxanthin, apigenin and other phytonutrients

Comment on this Article:







Science News on the Web

Why Independent Science News?

Scientific inventions and ideas shape the future. As science becomes ever more beset by commercial and ideological pressures, there is urgent need for scientific reporting and analysis from an independent, expert, public interest perspective. With this standard, Independent Science News works to shape a future that is biodiverse, just, and healthy for everyone.
More about us...

Sign up to our mailing list

E-mail address:
Name (optional):

Translations

EnglishFrenchGermanItalianPortugueseRussianSpanish

Related News Articles

107 Nobel Laureate Attack on Greenpeace Traced Back to Biotech PR Operators

Financial Conflicts at National Academy Advisory Panel on the Future of GMO Regulation

Many European Pesticide Approvals Are “unlawful” Says EU Ombudsman

GE Soybeans Give Altered Milk and Stunted Offspring, Researchers Find

New Research Links Neonicotinoid Pesticides to Monarch Butterfly Declines

EU Safety Institutions Caught Plotting an Industry “escape route” Around Looming Pesticide Ban

How “Extreme Levels” of Roundup in Food Became the Industry Norm

Can the Scientific Reputation of Pamela Ronald, Public Face of GMOs, Be Salvaged?

Commentaries

The Meaning of Life (Part I)

DNA double helix

by Jonathan Latham, PhD Many people date the DNA revolution to the discovery of its structure by James Watson and Francis Crick in 1953. But really it began thirty years before, conceived by the mind of John D Rockefeller, Sr. Thus it is fitting that DNA is named after him. …

The War Over Mangoes

Mangoes from Mexico

by Meredith Rector (Committee on U.S.-Latin American Relations (CUSLAR)) Growing mangoes in the southern Mexican state of Oaxaca has racked up an enormous socio-political expense for the region far greater than the price tag on the fruit in the supermarket. For a Mexican drug cartel desperate to move product, hiding …

Gene Drives: A Scientific Case for a Complete and Perpetual Ban

Mosquito and DNA

by Jonathan Latham, PhD One of the central issues of our day is how to safely manage the outputs of industrial innovation. Novel products incorporating nanotechnology, biotechnology, rare metals, microwaves, novel chemicals, and more, enter the market on a daily basis. Yet none of these products come with an adequate …

Genetics Is Giving Way to a New Science of Life

Phytoplankton

by Jonathan Latham, PhD Test your understanding of the living world with this simple question. What kind of biomolecule is found in all living organisms? If your answer is “DNA”, you are incorrect. The mistake is very forgiveable though. The standard English-language biology education casts DNA (DeoxyriboNucleic Acid) as the …

More Commentaries...

Reviews

Poison Spring: The Secret History of Pollution and the EPA

Poison Spring Evaggelos Valllianatos

Book Author: Evaggelos Vallianatos with McKay Jenkins Reviewed by: Carol Van Strum “Science is the belief in the ignorance of experts,” Richard Feynman famously declared in 1966. Ever quick to challenge accepted wisdom, he distinguished the laudable ignorance of science, forever seeking unattainable certainties, from the dangerous ignorance of experts …

The Real Cost of Fracking: How America’s Shale Gas Boom Is Threatening Our Families, Pets, and Food

The Real Cost of Fracking book cover

Book Authors: Michelle Bamberger and Robert Oswald Reviewed by Allison Wilson (The Bioscience Resource Project) The first researchers to systematically document ill health in livestock, pets, and people living near fracking drill sites were Michelle Bamberger and Robert Oswald. Bamberger, a veterinarian, and Oswald, a professor of molecular medicine at …

More Reviews...