Making a difference at the FDA Biotech meeting

On Tuesday, I attended the FDA Biotech Education and Outreach public meeting in San Francisco, and here is my experience participating in this public event. I was happy to be able to make a comment on behalf of Biology Fortified, and the feedback I received was very helpful and gave us guidance on what the FDA wants to know more about. There were some new and fresh voices who provided useful information, as well as familiar faces from groups opposed to biotechnology who provided some comments worth paying attention to, as well as clearly false information worth responding to. And of course, there were a few characters who went beyond misunderstanding the purpose of the meeting and instead promoted their products, conspiracy theories, and the concerns people expressed showed the FDA representatives how deeply problematic this topic has become in the last couple decades.

Getting there

First, it is very difficult for anyone to be able to attend and participate in such meetings. Held on weekdays, and downtown in major cities, the room that could have fit a couple hundred people had closer to 30. People have work, there is the long commute through heavy traffic (especially to get to San Francisco), various costs involved, and also takes preparation. I was joined by Chad Niederhuth, who drove all the way from Sacramento that morning to give a comment, and Zen Honeycutt and Yvette d’Entremont had signed up but did not attend. Anyone who manages to make it to these meetings is a rare exception, and it skews the kinds of comments and perspectives that our government can get. Nevertheless, it is an important way for our government to hear from its citizenry, and I was happy to see many diverse voices in attendance, including those with which I may disagree.

Myself, it was quite a squeeze to be a part of this. I spent the weekend with family in Los Angeles, and drove home Monday, only to eat dinner and immediately continue to San Francisco. Parking in the east bay, I took BART into the city and stayed in the cheapest hotel I could find, a couple blocks away from the event location. I was only able to do this because of our sustaining members, because unlike some of the organizations on either side of the biotechnology debate, we do not have the deep pockets of industry and ideological organizations backing us. The more support we can get, the more you will see us being able to take the time to get involved!

Voices new and old

Agenda, speakers, and Karl’s name badge


The people who signed up to give oral comments were an interesting and diverse group, with some new voices who added some fresh perspectives. The first comment was made by Daniel Westcott, a graduate student at UC Berkeley, who talked about their science communication efforts in the CLEAR program, and spoke about false dichotomies between areas of agriculture like with biotech and organic. Lynn McBride, from the California Farmer’s Union recommended reaching out to farmers and talking about impacts on the farm. James Allison is a high school teacher who came all the way from Loveland, Ohio, and he shared his experiences developing curricula for students in high schools and suggested that the FDA consider that as one route for their communication efforts.

Chad Niederhuth spoke about science-based communication strategies. Credit: Mary Mangan

Stephan Herrera, from Evolva, Inc., recommended creating materials to complement food labeling laws so that the public does not perceive that biotech-derived foods have safety issues, create “Perception vs Reality” documents, and hold challenges for students to create their own videos about food facts. He also emphasized the need for the FDA to understand and employ Search Engine Optimization (SEO) so that their pages can be found by the public. Chad Niederhuth also added that the FDA should base their science communication efforts on science-based recommendations so that they know that they will have an impact.

There were some familiar organizations that campaign against biotechnology who were in attendance and delivered comments as well. Dana Perls from Friends of the Earth gave many critical comments about genetically engineered crops, and directly attacked the scientific consensus on the safety of consuming the genetically engineered crops that are on the market, calling it a “false generalization.” Lisa Ermo, representing Moms Across America, claimed that genetically engineered foods are lower in nutrients (they are not), but mainly spoke about glyphosate in the herbicide Roundup.

Peggy Lemaux, credit: Mary Mangan

There was one familiar voice who signed up to speak in-person who was a welcome addition to the public comments. Peggy Lemaux, a professor at UC Berkeley, was the last person to comment. She told the story of the ice-minus bacteria and how lack of public engagement contributed to poor perceptions, along with researchers wearing suits that “looked like a toxic waste cleanup.” She stressed the importance of university extension programs, and surveying the public’s questions and concerns to figure out what to communicate to them about the technology.

Lawyer Lawyer

The comments from the Center for Food Safety representative, Rebecca Spector, deserve much more attention. Read like they were drafted by lawyers, they also hint at the various ways that the anti-GMO law firm may work to attack and undermine any outreach program from the FDA. For instance, Spector suggested that the “FDA should not communicate anything that is contradicted by agency statements.” As an example, she cited an oft-repeated claim that the USDA said that DroughtGard, a Monsanto GE corn variety engineered for drought tolerance was found by the USDA to be “inferior to conventional breeding” and that it wasn’t any more drought tolerant than other varieties of corn. This is based on a USDA regulatory document (Finding of No Significant Impact, page 33) that said that there are other drought-tolerant corn varieties in different genetic backgrounds that have similar tolerance to drought. It is widely misinterpreted to mean that the drought tolerance doesn’t work, or in this case, claim that it is inferior, but the USDA did not conclude that at all. What is important to remember is that this is a single gene that can confer drought tolerance in almost any genetic background, and can be used in breeding to achieve that trait irrespective of the other traits in the variety. It is a useful advancement, and it protects some of the yield during moderate drought. The Center for Food Safety is misrepresenting the USDA’s comments.

To put it another way, let’s say you engineered a granny smith apple to have a red skin. There are other apples with other genetic backgrounds (other flavors, shapes, sizes, etc) that also have red skin. But this apple is now red with a previously non-red genetic background of the granny smith. The USDA deregulates this red-skinned granny smith and mentions “It is prudent to note that red apple skin is also present in other genetic backgrounds and this new variety does not exceed the redness found in these other varieties.” The Center for Food Safety then reports that genetic engineering is inferior to breeding, that the USDA says it doesn’t work, and the FDA should not be allowed to say that the genetically engineered red-skinned apple is in fact… red.

If the Center for Food Safety told the truth for one day, in a film starring Jim Carrey

Other statements by Spector were worse. She misrepresented the National Academy of Sciences report on GE crops that was published last year, saying that they found that GE crops did not increase yields. The report touched on yield in several places, and stated that they could not conclude that GE crops had increased the rate at which yields were going up, but did in fact state that they had contributed to yield gain. Even Doug Gurian-Sherman, who has worked for CFS, estimated that GE insect-resistant traits had increased yield. Furthermore, Spector said that the industry “failed to produce a commercialized GE crop with enhanced nutritional content.” The Center for Food Safety spends its time suing to stop the approval of every genetically engineered crop that it can, is now complaining that none have come to market? Apparently they missed the approval of high-oleic Plenish soybeans by DuPont Pioneer (see our interview with Susan Knowlton here) and omega-3 fatty acid producing soybeans by Monsanto. I’m sure they just forgot about them.

Rebecca Spector said that the public “should not be given information that is false and misleading” and I wholeheartedly agree.

Consumers Union sides with general safety, argues falsehoods

Elisa Odabashian, representing the Consumer’s Union spoke against “misleading” information about genetically engineered foods. She repeated the same claims about the NAS report and yields, and claimed that GE crops “vastly” increased herbicide use while decreasing insecticide use. She said that Roundup use “increased more than 15 times” but neglected to mention reductions of other herbicides that it replaced, a very common and intentionally misleading statement about pesticide use. Odabashian said that the FDA should only communicate “settled science.” The use of this term seemed very odd, as it has a very specific meaning in political contexts, widely used by opponents of climate change science to undermine its acceptance. She claimed that Golden Rice has stunted growth, citing a poorly-researched blog post that looked at the wrong transgenic event – one that was discontinued 3 years ago. The current Golden Rice variety has already begun the approval process in the Philippines.

Odabasian made some good comments that should be carefully understood by everyone. She said that there is no strong evidence that the GE crops on the market pose safety hazards, although the technology carries some risk. She distanced the Consumer’s Union from the many unsubstantiated claims that genetic engineering is responsible for, such as autism, gluten intolerance, etc. “These claims have been poorly documented, if at all.” These are statements that I agree with. However, the Consumer’s Union has become a source for many of these widespread, unsubstantiated claims. Michael Hansen, a chief scientist working for the organization, has claimed that GE apples might require more pesticides (they don’t), Golden Rice could cause birth defects (it wouldn’t), and a whole host of other claims. I applaud Elisa Odobashian for standing against widespread myths, and daresay that it would be advisable for her organization to take a deeper look into its own role in advancing claims that they are now trying to distance themselves from.

Comments and feedback

I’ll now turn to my own comments delivered during the meeting. As I mentioned previously, Biology Fortified is submitting written comments to the FDA docket to contribute to the information that the FDA has at hand when they put this program together. We could have just submitted them electronically, but I had never participated in this kind of process before. I modified our comments to read them orally, signed up, and hardly slept the night before. I was nervous, but quickly I read our comments, addressing the gaps in public understanding, the need for addressing the issue of safety, farming contexts, and to better explain the FDA’s role in regulating the technology in what’s called the Coordinated Framework. I pointed out that the public needs an independent source for information about nutritionally altered foods and that some FAQ about common questions would be helpful, but advised against addressing every specific claim. I may have spurred many of the anti-consensus claims made by others, but even the Consumer’s Union agreed that evidence of any harm is weak if it even exists.

Karl Haro von Mogel, Credit: Mary Mangan

The FDA also wanted to know where people were getting their information, and how they should go about communicating to the public. Unfortunately, the most easily available information is factually inaccurate, but the upside is that the issue is not deeply polarized. I conveyed a lot of our ideas on how to carry out the outreach, following a “train the trainers” model and using existing networks to get out their message efficiently, rather than reinventing the wheel. I also talked about designing it for social media, and it was these comments that they were particularly interested in. I answered a couple questions about how to go about doing this, who to network with, and we shared a light-hearted moment about how unpredictable and yet so full of potential memes can be.

As a result of the feedback I received, and more ideas that came from the meeting, we’re adding more to our comments to submit them in written form before the deadline. I talked to several of the FDA representatives afterward and they were happy to have our contributions, along with everyone else’s. I’m very glad I went and it was a very valuable experience.

On characters and concerns

The meeting had a few outlandish characters, and its share of genuine concerns expressed about genetically engineered crops. One such character was Mark McAfee, the owner of Organic Pastures Dairy, who quite passionately talked about his personal integrity at length, mounted a defense of raw milk, and attacked the FDA for making his business more difficult. Organic Pastures has been linked to multiple food-borne illness outbreaks such as E. coli, Salmonella, and Campylobacter, some of which have been traced to their products. It got so bad that they started printing labels on their milk bottles talking about their customers’ immune systems as reasons why they could get sick. McAfee spent very little time talking about the issue of the day, but did cap his presentation with saying that the people at the FDA who had been “bought out” had to be rounded up and arrested!

Pamm Larry, from GMO Free California, gave a very disorganized rant that covered everything except her anti-vaccine views. “Why would any critical thinker trust the data?” she said. She complained about why it is considered unethical to demand human studies of GMOs (without any valid hypothesis to test). At the end, she argued that they should instead spend their funds on a scientific study and get Pamela Ronald, Kevin Folta, and Gilles-Eric Seralini in the same room to hammer it out. Her proposal sounded great until she said that the doors should be locked, and 24 hour cameras and bodyguards were necessary! (For whom?) Cooperation across the divide has been repeatedly proposed on our end, and rejected every time. Seralini withdrew from followups to his infamous rat tumor study, so maybe they should have locked the door? Our door is still open.

Alan Reynolds of the EPA, Ritu Nalubola of the FDA, and Doug McKalip from the USDA spoke about their own personal motivations and values.

There were many people who expressed general concerns about biotechnology, and the trustworthiness of the companies and the FDA. They didn’t come to speak to the questions the FDA was posing, but to instead show their opposition to the measure, and their desire for a more approachable FDA with a clearer website. Even Mark McAfee got back up and said he wanted a “mommy-friendly FDA.” They wanted to be able to talk to their regulators, and break down the wall of misunderstanding. They wanted the FDA to know they had concerns about their health, and those of their families. The FDA representatives took some time to talk about their own motivations and concerns about their children and their own health. It seemed at times that even those who were deeply suspicious of the FDA were really elated just to be able to meet them face-to-face and understand that everyone in the room is human and wants to be able to connect and understand each other. Perhaps some of the same people who came to the meeting afraid of biotechnology may someday be thankful of future efforts made possible by how they expressed their concerns that day?
Alan Reynolds, one of the three FDA representatives on the stage, said “the most important word today was TRUST.”

Chad and Karl got some much-needed lunch afterward. Credit: KJHvM

Last day to submit comments!

The FDA docket is about to close, at the end of the day on Friday the 17th – today. If you want to have an impact on this education and outreach initiative, I strongly urge you to answer the FDA’s questions and submit them right now. If you don’t then their only guidance will be what I have described here, their previous meeting in Charlotte NC, and what you see that has already been submitted. Add your voice now – you have until midnight Eastern Standard Time.

Biology Fortified completed comment:

You can read our comment as submitted to the FDA here.

March for Science with Biology Fortified!

The official Pin of the March for Science. Buy one here!

Tomorrow, thousands of people across the United States and even the world will March for Science. As both a celebration of knowledge and discovery and as a protest against political interference and rejection of scientific facts, the March for Science has gathered tremendous energy and enthusiasm, with over 600 cities hosting satellite marches. Biology Fortified is one of many partners of the march, and we encourage our readers and followers – if you haven’t already – to make plans to be a part of this historic march either in-person or online!
I’m going to inform you about local events where we are participating, and finally, explain what I think is important for us to march about, which I hope you will be compelled to agree with. Finally, if you want to help us out we have flyers that can be printed and distributed.

Biology Fortified and the March for Science

Join us at these local events!
Washington DC: 10 am Tent 7, Anastasia Bodnar will give a teach-in about GMOs called “Plants with Superpowers”. The talk is already “sold out” but there may be space so show up!
San Francisco, CA: 3:30-4 pm, “The Scientist is in” Table, Civic Center Plaza, Karl Haro von Mogel will give a demonstration of non-browning potatoes, answer questions about biotechnology, and Guido Núñez-Mujica from the Alliance for Science will show you how you can extract DNA from a strawberry! Karl will announce his demonstration on the Open Mic during a brief speech about non-partisanship in science.
Chicago, IL: 12-3 pm Science Expo in front of the Field Museum, David Sutherland will host an energetic table with information about science and activism.
Madison, WI: 2:30-2:45 pm UW Science Hall/Library Mall, Kavin Senapathy will talk about how “Science Unites”.

More March for Science events of interest!

San Francisco, CA: 11 am Justice Herman Plaza, Pam Ronald, UC Davis Professor and former BFI board member will give one of the main talks at the rally!
Atlanta, GA: Between 12-4 pm, Alison Bernstein will give one of their keynote speeches.
Honolulu, HI: Between 3-7 pm, Joni Kamiya will give a speech about the need for curiosity and problem-solving.
Kansas City, MS: Between 10 am-2 pm, SciBabe Yvette d’Entremont will give a speech at the local MfS rally.
Dallas, TX: Dallas Fair Park, 1:15 pm, FOOD EVOLUTION screening!
Any more to highlight? let us know in the comments!

Printable Flyers

At some of our events, where permitted, we will be passing out flyers. If you want to print and bring some of these to tell people about the work that Biology Fortified does, and our upcoming March Against Myths on May 20, feel free to print them out!
BFI Flyer (4 per page, color)
BFI/MAMyths flyer (4 per page, color, print front/back for two sided flyers)
BFI/MAMyths flyer (4 per page, B/W, print front/back for two sided flyers)

After the March

Biology Fortified will be hosting two webinars after the march, focused on getting started in science communication, and a primer on genetically engineered plants. As part of the “Science Communicates” and “Science Creates” days of action of the March for Science, these open webinars will also be available to re-view after the broadcast times. Check back on these pages for the link to the broadcast events!
Wednesday 4/26 12:30 pm Pacific (3:30 pm Eastern): Start Talking about Science Today, with Kevin Folta and Karl Haro von Mogel
Thursday 4/27 12:00 pm Pacific (3:00 Eastern): Plants with Superpowers, with Karl Haro von Mogel
Watch and listen with an open mind, and come with your questions!

Why I March for Science

I have long been an advocate for science, since my early days in college at UC Davis, when I convinced the school paper, The California Aggie, to let me write a science column – something they never did before. I was spurred into action because of my desire to write and communicate science, and because of unscientific nonsense communicated by a political columnist about global warming. Since then I have spent thousands of volunteer hours writing, hosting a radio show, creating videos, attending conferences, giving talks, conducting interviews, generating public resources, and two years ago I co-founded a movement to take science to the streets to fight myths about biotechnology and more.
One of the main problems I see with the intersection of politics and science is that people from different political parties and walks of life tend to selectively accept and support areas of science that they already agree with, or that have implications that are in line with their personal philosophies. They then reject and sometimes even deny the science when it runs contrary to those values. Conservatives tend to reject climate change, the use of embryonic stem cells, and the theory of evolution. Liberals tend to reject vaccine safety, the safety and use of genetic engineering in agriculture, and medical science – preferring “alternative medicine” instead.
I reject all of these rejections. I live in a real Universe, with observable and testable natural laws, and we have invented a wonderful method called The Scientific Method, that compels us to accept conclusions that are built up from accumulated evidence, experimentation, and logic. To accept science in one field but reject it when convenient in another means that you reject part of reality, and that can be dangerous. The key is recognizing that our shared reality is the same no matter who we are, but it is our values that differ and we should not confuse these values with science.
The March for Science started as a push-back to the actions of a member of one political party, but they have made great efforts to promote a plurality of science and this is something that I can get behind. Join me – join us – near or far, in marching for science – all of it!

How Norway Became an Anti-GMO Powerhouse

Editor’s note: Story previously published at Food and Farm Discussion Lab.
Eight years, $3.6 million a year, 40 employees, zero knowledge back. This is the story of GenØk and the politicization of science in Norway.
Guest Authors: Øystein Heggdal and Liv Langberg
norway-flag-400-400Norway has one of the world’s most restrictive set of regulations for genetically modified organisms (GMOs). Farmers are forbidden from cultivating biotech crops, biotech feed is prohibited for farm animals. Attitudes towards biotech are such that even though the salmon industry is allowed to use GMO soy as feed for production, they don’t do it because fear of public perception.
In that light, the lack of response in the wake of an popular Norwegian science program called “Folkeopplysningen (People’s Enlightenment) was quite surprising. Previously, they have made headlines debunking misconceptions around homeopathy, clairvoyance and super foods. In September they aired a show debunking the most common myths about GMOs, and there no public outcry afterwards. With one exception.
A small research team located 360 km north of the Arctic Circle, in the small city of Tromsø opined in a small note their dissent. They complained about the lack of nuance and balance in the program. The researchers work for GenØk – National Centre for Biosafety, and they think they should have been allowed to tell viewers that there is no scientific consensus regarding the health and environmental risks associated with GMOs.
I would like to believe that most people who escape ending up on the critical gaze of penetrating show like “Folkeopplysningen” would breathe a sigh of relief, but not GenØk. GenØk wanted to get in the ring. The producer of Folkeopplysningen, Lasse Nederhoed in Teddy TV, said to me; “If we were going to tackle GenØk, we would have to devote a whole program to them. Because there is something very strange going on there. ”
Strange indeed, because the scientific consensus regarding the biotech breeding techniques and biotech crops is broad and durable. The vast majority of scientists working in the relevant fields hold that biotech breeding produces no different set of risks than breeding by conventional means. Nor are there credible hypothesis as to why biotech breeding would produce a greater set of risks than conventional breeding techniques.

Who is GenØk, and what are they doing?

screen-shot-2016-10-14-at-2-27-47-pmThe Norwegian Institute of Gene Ecology (GenØk) was founded in 1998 as an independent foundation and is located adjacent to the University of Tromsø. In 2006, they expanded their mandate when Kristin Halvorsen and the  Red-Green coalition government promoted them into a national center for biosafety. Their purported vision is the safe use of biotechnology.
GenØk has largely limited themselves to biotechnology in agriculture, and from the beginning they have engaged fiercely in both in Norway and internationally in opposition to the use of genetically modified plants, warning that they could have unintended consequences for our health. As early as 1998 Terje Traavik, who eventually became Director of Research at GenØk, said the following to a local newspaper:

” We have no means to long-term test the consequences that could result from genetically modified foods. Some examples from abroad are very frightening. “

In the early years, GenØk mainly worked on two things; they organized big conferences on biosafety, and they traveled around the world promoting perceived risks associated with genetic engineering. In 2003 they organized a course with the bouncy title:
“Regulating a privatized genetic industry which has the potential to destroy the future.”
When they weren’t hosting conferences at home, they traveled the world in search of opportunities to spread their message. In 2002 Traavik & Co. traveled to Zambia, which was in the midst of a famine of biblical proportions. But hunger was not Traavik’s concern. He was concerned that aid coming from the United States contained genetically modified maize. He alerted Zambian researchers about “a long list of theoretical risks” linked to the American corn. This led to Zambian government to refuse the aid from the US. Meanwhile, Norwegian aid money was spent on Traavik and his team checking corn on the border to see if it contained GMOs.
Then GenØk traveled to the Philippines on a study expedition. Monsanto had been planting corn there that had been bred to be resistant to pest insects. The corn had a gene inserted encoding a Cry1Ab protein, otherwise referred to as Bt maize. The Cry1Ab protein comes from the soil bacterium bacillus thuringiensis or Bt. Bt has been used safely as an organic insecticide for decades and Cry1Ab protein can be considered the “active ingredient”. Cry proteins work as an insecticide by binding with a receptor in the gut of corn borers and similar pest and disrupting their digestive system. The protein is activated by the alkaline environment of the digestive system of these pests. In humans have an acidic digestive system and they are digested as any other protein would be. Nor do we have the specific receptors for the protein to bind to. This is why Bt is such a safe insecticide – it has a very specific and narrow “mode of action”.
Traavik was in the Philippines to collect samples of Bt corn so GenØk could do research on it. In this context, he discovered that a small village near where they grew Bt corn had suffered an outbreak of a  mysterious disease. People had come down with fever, breathing problems, diarrhea, nausea and skin irritations.
Thirty nine blood samples were taken from villagers, and sent to GenØk’s lab in Tromsø to be analyzed for antibodies against the Bt toxin. They found antibodies in their blood that may or may not have been traceable back to pollen the villagers inhaled from Bt corn plants. They could also have got there in a whole host of other ways. But that did not stop Traavik from venturing forth with the unpublished results to a biotechnology conference in Malaysia and creating hysteria in the Philippines. Criticism of Traavik and GenØk may never have been sharper than this, delivered by a group of American scientists:

“There are guidelines for the responsible conduct of science. Your turn has come to follow them yourself. Note that failure to release your data and methodology immediately will prevent any and all legitimate scientists and health authorities from taking your claims seriously. “

That was was in 2004. In 2006, the GenØk gang obtained status from the coalition government as the National Center for Biosecurity. One wonders what conclusions the government expected from them.
This is when GenØk really got rolling. Until then, they had not published any basic research which could indicate that genetically modified plants constituted an elevated risk to the environment or human and animal health. 2006 marks the point at which Thomas Bøhn, Marek Cuhra and quite a few water fleas entered the picture.

In troubled waters with water fleas

ddg
Water flea (Daphnia pulex)

Water fleas are used as a model organism to test whether a drug can be toxic or harmful to aquatic organisms. They have short lifespans, so that multiple generations can be quickly observed, they are genetically very similar to one another, and they are easy to handle and maintain. The first of GenØk’s water flea studies was published in 2008. I expect champagne corks hit the roof up in Tromsø right around that time.
After ten years of having warned us that we didn’t have good enough studies on the long-term effects of feeding animals genetically modified crops, GenØk had now produced research that showed that water fleas receiving Bt maize died earlier than water fleas fed conventional corn. Or had they?
Bøhn and company had produced a science experiment that was more a textbook case of “How Not To Do Science” than a demonstration of health risks presented by the Bt corn. Bøhn and his team had failed to control for multiple variables rendering their feeding trial useless. They had fed the water fleas corn that had been grown at Elizabeth Cruzara a village near Iloilo City in the Philippines in 2003. The problem is that they had not analyzed the two maize types for nutritional content, or noted other external conditions such as soil, weed spraying or crop quantity; all of which would affect the results. We can see that there are even visible differences between the two maize types. So there is a plethora of variables that could have affected the result, but GenØk concludes that the genetic modification must be the reason why those water fleas did not live as long.
Thomas Bøhn
Thomas Bøhn

In 2010, they performed a similar study on the same corn, again without controlling for any of the obvious variables that could affect the outcome; again they came to the same conclusion: Bt corn is dangerous to water fleas. Criticism of their work from the scientific community was massive. (Editor’s note: See this study’s GENERA page.)
In 2014, GenØk took on a new task. They analyzed the nutritional content of soybeans and glyphosate residues taken from thirty one farms in Iowa USA. Eleven of them organic, ten conventional and ten genetically engineered soy varieties.
The trial was designed to show residues on soybeans of glyphosate.  Glyphosate is the herbicide sold under the trade name RoundUp which the biotech soybeans had been bred to be paired with. The soybeans are able to survive an application of RoundUp while the weeds are around them are destroyed, allowing for easier weed management.  Unsurprisingly, Bøhn’s team found glyphosate residues on soybeans that had been grown in fields sprayed with glyphosate, while glyphosate residues were significantly lower in the non-GMO and organic fields. What was notable was that they failed to test for the residue of other herbicides. The non-GMO fields were almost certainly treated with herbicides other than glyphosate – most of which are considered somewhat greater in environmental impact and health risks (but have the advantage of being all but ignored by anti-GMO activists because, while their environmental impact may be greater they aren’t tied to a biotech crop, so their use has not been politicized), but we have no way of knowing because they only tested for glyphosate. Nor did they test for other pesticides – insecticides, fungicides, etc. Of course the organic fields had lower glyphosate residues, but were they lower in total pesticide residue?  Maybe / Maybe not. We don’t know because they only tested for glyphosate. So was this about measuring environmental impacts, or coming to a predetermined finding that could be used to generate headlines? GenØk wanted to find RoundUp, and they certainly did that.
Bøhn’s team also looked at the nutritional composition of the soybeans and found that the organic soybeans came out the best. The problem is once again that factors such as the variety of soybean, soil, fertilization scheme, any organic spraying, crop yield and harvest date are not included in the report.
Researchers at The Norwegian Institute of Bioeconomy Research (NIBIO) criticized them for concluding that the organic soybeans had the best composition of nutrients, when it simply does not match the figures in the survey:

“ It is thus very surprising to us that a product with the highest concentrations of sugar, Zn and Ba, and lowest concentrations of Se and fibre is described as having the healthiest nutritional profile. Experts on human nutrition rarely consider enhanced sugar levels in food to be beneficial, and both Zn and Ba may be highly toxic to humans.”

After this experiment, which really shows nothing other than that different soybean varieties grown under different conditions will have different compositions of nutrients, the GenØk team pressed on with three feeding trials on water fleas.
In all water flea experiments in 2014, 2015 and 2016, the fleas were fed with the soy from 2014. Once again, the experiments show that water fleas react differently to different soy varieties and varying nutritional composition, but that obviously didn’t prevent GenØk researchers from concluding that RoundUp was the reason why water fleas died more quickly rather than any of the variables they had failed to control for.
In 2016,  their last attempt to date, the water fleas are fed with purified Cry1Ab and Cry2Aa proteins in addition to the RoundUp. The trial was meant to show that the water fleas fed the most toxins die first. This time one would think that several environmental factors had been cleared away, but as EFSA writes in its response, GenØk have used doses of these toxins that one would never find in water near fields where genetically modified crops are cultivated. So, they can kill water fleas with doses that are not field realistic. Congratulations. In addition, the test ran for 78 days as opposed to the 21 days the OECD recommend for water flea tests. Thus, they introduce sufficient statistical noise to draw whichever conclusions they want.

Flawed research dead in the water

In the EU, it is the European Food Safety Authority (EFSA) that considers whether genetically engineered plants are approved as being as safe as conventional plants. Because of the chronically poor design of GenØk’s trials, it is impossible to draw any conclusions from their research. Thus, the EFSA has not included any of their studies as basis of the approval process.
Read that sentence again. None of the trials are viewed as good enough. Seven studies, eight years, $3.6 million per year, 40 employees – and we’ve gotten zero knowledge back.
Worse, it is actually not zero knowledge, it’s “anti knowledge”. GenØk has, ever since they were founded 18 years ago, written page after page about how we don’t have enough knowledge of the long term effects of releasing genetically modified organisms into the environment. The problem is that GenØk does not help to close these gaps. They just contribute to further confusion. And there are many who listen to them.
In Norway we have what is called Bioteknologirådet (Biotechnology council) which was first established in 1992 and has since then been a consultative body for the government and parliament on both ethical and environmental concerns related to genetically engineered crops for import. Bioteknologirådet has yet to recommend importing even a single genetically engineered food crop (Oddly, they made an exception for one variety of carnation flower, of all things). That is unsurprising when one looks at how tight the bonds are between the Council and GenØk.

GenØk in the murky waters of activism

Former Director of Bioteknologirådet, Sissel Rogne, sat simultaneously on the Board of GenØk. The current leader of Bioteknologirådet is Kristin Halvorsen. Back in 2003, she suggested making GenØk the National Center for Biosafety, and she carried it through when she entered the coalition government in 2006. Terje Traavik has been both the research director at GenØk and a member of Bioteknologirådet. The densest coupling, however, is Aina Bartmann. She was a member of Bioteknologirådet from 2000 to 2008 while chair of GenØk in the years 2005 to 2011. She is currently the coordinator of the organization Network for GMO-Free Food and Feed (No GMO Norway). One can imagine the outcry if it had been if a former chairman of Norway’s Center for International Climate and Environmental institute had been transferred to a job in the Climate Skeptics. When it comes to opposition to biotech, these guys do not even have to hide their activism.
For not only do they perform badly designed water flea studies – they also bring conflicts of interest to the table; in two papers, one in 2014 and one in 2016, John Fagan is listed as co-author. Fagan is a known anti-GMO activist. In addition to his activism, in 1996 founded the company Genetic ID which provides technology to analyze foods to detect whether the DNA has been altered by genetic engineering. Under “Conflicts of interests”, where normal (ethical) scientists would have mentioned that one of the authors has a financial interest in a company that makes money from the controversy surrounding biotechnology, they declared no conflicts.

Gilles-Éric Séralini
Gilles-Éric Séralini

GenØk has also supported other activist scientists and dubious science from other organizations as well. They were supportive of Gilles-Éric Séralini at the University of Caen in France. In 2013 he published his infamous rat study. Séralini used a special kind of rats often used in researching carcogenicity because they easily develop cancer so impacts of carcinogens are more easily detected. He conducted a feeding study on genetically engineered corn – “NK603”, bred to withstand being treated with the herbicide RoundUp. The rats fed NK603 developed tumors, pictures of which were featured in that episode of “Enlightenment”. However, the rats in the control group also developed tumors – they just weren’t featured in photos in the paper Séralini published – a major ethical lapse. The paper was also widely criticized for the small number of rats in the control group, as well as a litany of other design flaws.  As one of the only research centers in the world, GenØk came out and declared publicly that this miserably designed study somehow showed that there are unknown dangers with the use of GMOs. The study has been withdrawn from the scientific journal where it was first published. Meanwhile, Gilles-Éric Séralini sells homeopathic medicine to detox the body from “GMO poisons”.
Up there in Tromsø, they like to watch movies, and when the documentary OMG GMO came out in 2013, GenØk researcher Anne Ingeborg Myhr said in an article on Forskning.no (Research.no):

“A new film attracts attention and debate.” GMO OMG “sets a startlingly critical eye on genetically modified organisms (GMOs). Hopefully the film will lead to raised awareness in all who today have no understanding of how modern genetic engineering challenge nature. “

“GMO OMG” provides insights and razor-sharp analysis of genetic modification along the lines of “Loose Change”, the conspiracy laden documentary the 9/11 terrorist attacks. It is a pure and simple activist film that has nothing scientific to offer. Reading critics tear it to shreds in pages of The New Yorker and Scientific American is better entertainment than watching the film.
It’s not just GenØk who thinks Hollywood might help us understand the complex connections in gene technology. When Sissel Rogne was the leader of Bioteknologinemda and on the board of GenØk, she traveled around the country and to high schools lecturing for teachers and students. Included in these seminars were two hours set aside to watch the 1997 film Gattaca. The film is a dystopian fable featuring Ethan Hawke and Uma Thurman living in a society where everything is determined by genetics, and only those with the best genes have the opportunity to live a worthy life. Now, if they absolutely wanted to show propaganda films to scare young people, why couldn’t they have shown Jurassic Park instead? It is a better film. And it has dinosaurs.
Not only youth were to be indoctrinated in how murky gene technology supposedly is, kids should also experience it. In 2008, kids who visited GenØk’s stand in the Research park in Tromso would meet the mad professor Kazoo, and his five legged chicken. Instead of using genetic engineering to do something useful, Kazoo bred a monstrous five legged chicken to create an artificial cautionary tale to scare school children visiting GenØk. Marek Cuhra would tell UiT:

“Unfortunately, we have seen that when laboratory adjust some genes, it may result in unforeseen consequences.”

So this is what we get for around $3.6 million a year.

Norway’s parallel GMO science

So, what they’re doing up there in Tromsø? Because it is not science. The French science communicator Marcel Kuntz calls it “parallel science”. Political parties and NGOs are very fond of science that confirms what they promote. Greenpeace wag their finger and tell us that there is scientific consensus that climate change is man-made. When it comes to the consensus that genetic engineering is as safe as traditional breeding, it is as strong, if not stronger, than the consensus on climate change. But then Greenpeace and political groups cherry pick marginalized research and individual researchers who believe things radically different from consensus. In 2006, when the political platform of Norway’s coalition government stated that GMOs were dangerous, they started shopping for researchers who could corroborate what they had already decided.
They were unable to find those researchers among the heaviest and oldest plant research center in Norway, based at the Norwegian University of Life Sciences (NMBU). At NMBU, they don’t sway with alternating ideologies or fashions among politicians in Oslo. So the coalition government instead found a marginalized foundation up at the ice edge. This is how Norway has become an anti scientific superpower in the field of biotech and GMOs.
It is now time that our current government ends this charade in Tromsø. It has lasted long enough. Dr. Kazoo et. al should hang up their lab coats, and we should move everything related to biosecurity and GMO research down to the grown-ups at NMBU at Ås.
________

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Øystein Heggdal

Øystein Heggdal is a Norwegian agronomist. He holds a bachelor’s degree in environmental science and natural resources. He is currently working as an journalist for a Norwegian farming magazine.
Liv Landberg is a social worker and cognitive therapist. She has studied biology and has a diploma in agronomy. Back in the day, she tried her hand at organic agriculture, so she knows a thing or two about cow dung (BS).
A version of this story previously appeared in Dagbladet. Translation by Øystein Heggdal and Marc Brazeau, previously published at Food and Farm Discussion Lab.

Give Silenced Crops your Voice!

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The impact of the papaya ringspot virus in Hawaii

For decades, the people who depend upon papayas have been in trouble. One of their greatest challenges has been the devastating papaya ringspot virus, which has defied conventional approaches to management and eradication. In the 1980s and 90s, plant scientists turned to using biotechnology to create papaya plants that would resist the disease. In 1998, the first seeds of a genetically engineered Hawaiian papaya were planted by farmers, which quickly became a success story that rescued farmers from the destruction caused by the virus.
Other scientists around the world were working on similar approaches for the different papaya varieties that farmers grew in their countries. The viral strains they faced in each country were also different. Scientists in Thailand, Venezuela, and elsewhere worked on duplicating the Hawaiian success story. But these projects have not succeeded because of strong pressure from activists, including vandalism and destruction of research, threats, and silencing the voices of the scientists who were trying to help their own people – who depended on this tropical fruit. In the year 2000 the papayas in Venezuela were burnt to the ground.
Now we have a chance to hear the voices that have been silenced. A group of science communicators led by Guido Núñez launched a Kickstarter to support their documentary, Silenced Crops, which recently passed their minimum funding goal. With just 24 hours left to their fundraiser, you can still be a part of their effort to tell this story, and also get some benefits for yourself. We interviewed Guido so we could all learn more about his project. Read on, below!

1. Please tell us a little about yourself and your team.

We are a team composed by me, a computational biologist, Raúl Vegas, an entomologist and Sebastián Gamboa, a filmmaker. We are all from the Andean region of Venezuela, Raúl and I went to college together in Mérida and Sebastián is a mutual friend. II have been thinking about this documentary for many years, and I asked Raúl if he knew of a great film director, and he recruited Sebastián for the project. I am living between Santiago, Chile and Denver, Colorado, and Raúl and Sebastián live in Mérida. Our full team is:
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  • Executive producer: Guido Núñez;
  • Field Producer: Raúl Vegas;
  • Director and editor: Sebastián Gamboa;
  • Direction of photography: Marleny Salas y Sebastián Gamboa;
  • Sound Direction: Gherman Gil;
  • Graphic Design: Betzabeth Millano;
  • 2D Animation: Arturo Marquina;
  • Production in Caracas: Mariah Sosa;
  • Consultant: Kaori Flores;
  • Pictures: Katie Briceño;
  • Social media: Alena Luces and Raúl Vegas

2. What inspired you to investigate the Venezuela GM papaya story for a documentary?

I was at my first semester in the university when this incident happened. I saw first-hand the campaign of lies and rumors against the papayas and the scientists, I remember the terror of people in Mérida. I decided on that moment to fight against it, and even if I could not do a lot, I started writing scientific articles, giving talks, and I founded the first skeptical association of Venezuela when I was 18 years old. There are some obsessions that you cannot get out of your head, and this documentary is one of those, it is extremely unfair that the scientists never got to express their views in public. I have been thinking about it for years, but now I decided to make it happen, as the food crisis in Venezuela is a direct result of the same attitude to science (and economy) and experts that destroyed the papayas. I also was selected recently as a Fellow of the Cornell Alliance for Science, an initiative to change the public perception of science and educate the public about the benefits of biotechnology, and this project would complement my fellowship there.

3. Who does this issue affect the most?

This affects consumers the most, who get fruits of lower quality and farmer who get poor yields. Researchers were affected and persecuted, even for just writing favorably about biotechnology.

4. Who are you going to interview for the documentary? Do you have any plans to reach out to local groups who opposed the transgenic papaya?

A large part of the documentary is interviewing groups who still, in the middle of the crisis in Venezuela, insist that GM agriculture is not necessary. We will interview local farmers, one of the security guards of the project and of course the researchers who developed the papaya.

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Papayas infected with the ringspot virus, Thailand.

5. Did the papaya research in Venezuela stop altogether or is it still being worked on?

The genetic material of the papaya is frozen and locked, waiting for better times. The research, not only in papaya, but in GM plants, stopped in Venezuela. I actually ended up as a computational biologist because the research in GM plants was not pursued by the labs in my university.

6. What are some questions that you have about the Venezuelan GM papaya story that you hope to answer in your documentary?

I am curious to find out if the main promoters of the papaya incident are still in Venezuela and helping the farmers, or if they left the country and are not living the results of their actions. I want to know if the lives of the farmers are any better as a result of this, and we are going to do some social science research with the funds too to figure this out.

7. Who is your main audience for this documentary – who do you hope to reach with this story, and who needs to hear it the most?

We primarily hope to reach layman audiences who do not understand the consequences of science rejection and policy making based on ideology. We also want to reach anyone interested in the disaster happening in Venezuela these days, to tell the story of one of the first obvious mistakes of the Chavista government. To the anti GMO activists, I hope to reach them and show them that their actions have profound effects.

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Papaya Amigurumi, one of the rewards you can get by donating to their Kickstarter. Also available are DVDs, credits, and satisfaction.

8. Congratulations on passing your minimum funding goal of US $3,000! If you are able to raise more funds for this project, what more do you think you will be able to do with the project?

I intend to pay better salaries to our team. 3,000 USD is not a lot, even if it goes a very long way in Venezuela, but we are all working on this because we care deeply about the issue, because we want people to learn from our tragedy in Venezuela, so we’ll pay the team a bit more. A minimum wage in Venezuela these days is 12 USD a month, so every extra dollar will be able to help people there.

9. Finally, after the fundraiser is over, are there other ways that people can help you achieve your goals?

We are going to sell T shirts and mugs and we will keep accepting donations on PayPal.

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Some of their T-shirt designs

We thank Guido for taking the time to tell us more about his project! Now is your chance to lend your voice to the plight of papaya farmers, consumers, and scientists in Venezuela. I, for one, am donating $25 to get one of their cute Papaya Amigurumi knit plushies. As someone who has dabbled in plant plushies, I can appreciate the artwork!
It will be a challenge to get all the voices needed to make a good documentary that is true to the scientific facts, while also allowing for inclusiveness of the diverse people who are part of this story – many of who are not necessarily motivated by science but by conflicting values. I think, though, that sticking to the most universal values – such as the hardships borne by the people of Venezuela from the consumers and farmers to the scientists, and their hope for a better world will have the most impact. I already can’t wait to hear the voices of Venezuela that we will hear when we watch Silenced Crops.

Senate passes GMO labeling compromise bill

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Debbie Stabenow discusses the different labeling options under S. 764 while introducing the bill

On Thursday, July 7th, the US Senate passed a bill that would set a national labeling standard for foods containing genetically engineered (GMO) ingredients. Introduced by Senator Debbie Stabenow (D-MI) the previous day, S. 764 is a compromise bill that resulted from negotiations between Stabenow and Senate Agriculture Chairman Pat Roberts (R-KY), which had already drawn heated debate between partisans of this issue. At the end of the first day, the Senate voted 65-32 for cloture on the GMO labeling bill, thereby limiting debate and discussion of amendments. On Thursday, the bill passed with 63 votes in favor, and 30 votes against. If a similar bill is passed in the House of Representatives, this standard could become law in the United States.
Since the introduction of genetically engineered crops, the question of labeling them in stores has been a contentious political issue, but one that did not often rise to national consciousness. Several waves of ballot measures had been attempted by proponents of labeling such as California Proposition 37 – but every one of them rejected by voters. Some of the smaller, northeastern states of Vermont, Connecticut, and Maine passed mandatory labeling laws through their legislatures, as part of a multi-state approach taken by advocates (map). All but one of these states had a conditional clause stating that a certain number of nearby states with large populations must also have GMO labeling laws for theirs to take effect. Vermont is the only state that has a labeling law without such provisions, and it went into effect on July 1 this year. Some companies have already added labels to their packages. (Read our story about some of the initial effects of this law on food availability in Vermont here.)
Some lawmakers, looking to avoid some of the costly and problematic effects of a single state mandating special labels on foods sold within the state or a potential state-by-state patchwork sought to propose laws that would pre-empt state labeling mandates and replace them with a single federal standard. One such bill, proposed by Senator Roberts, would have put the USDA in charge of creating a voluntary labeling standard, (which is discussed in detail here) but failed to pass. Other senators, such as Jeff Merkley (D-OR) proposed a mandatory GMO labeling scheme that was more stringent, which also failed to gain support. Senators Stabenow and Roberts together negotiated a compromise bill that became the one introduced Wednesday, and passed Thursday.
The bill institutes a national mandatory labeling standard for foods that contain genetically engineered crops, with several options for how food manufacturers can label their products. They can use plain language on the package, a website url, phone number, or QR code that leads to disclosure about GMO content, or a symbol that would be created by the USDA after a 2-year process. The bill also grants authority to the USDA to determine the accessibility of the QR code based approach as well as some of the bills exemptions. “Very small” companies do not have to disclose this information, and ingredients that do not contain genetic material from the crops they were derived from are also exempt. Even with these exemptions, compared to the Vermont law it replaces this results in thousands of additional products that would be covered.
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Bernie Sanders opposed S. 764 and advocated for making the Vermont law the national standard

Upon introduction into the Senate, Senator Stabenow emphasized that there was no scientific controversy over the safety of growing and eating genetically modified foods. The Vermont label law H.112 actually contains language stating that “There is a lack of consensus regarding the validity of the research and science surrounding the safety of genetically engineered foods” as justification for enacting the law. While Stabenow was still giving her presentation introducing the new bill, A small group of senators including Bernie Sanders (I-VT) held a concurrent press conference voicing their opposition to the bill and re-emphasizing issues such as safety and their concerns about corporate power. The debate continued through the following day, and viewers reported that Senator Sanders chastised the Senate for not inviting “all voices” to testify in the Senate about GMO safety, and that Senator Stabenow dismissed popular conspiracy theories about GMOs, citing the recent National Academy of Sciences report on the subject.
In the final vote tally, among the 63 yea votes were 41 Republicans and 22 Democrats, indicating strong bipartisan support. Since this bill differs too much from HR 1599, the Safe And Accurate Food Labeling Act of 2015 which spelled out a voluntary GMO labeling program, there will need to be a new bill passed in the House of Representatives before this bill can be brought before the President to become law. In the meantime, the contentious debate about whether and what kind of labeling there may be for genetically engineered foods in the United States is sure to continue.
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The final vote tally for S. 764

Videos

C-SPAN2 Day 1 Part 1: Introduction of S. 764 to Senate
C-SPAN2 Day 1 Part 2: Advancement of S. 764
Youtube Live: Press conference of senators opposed to S. 764
C-SPAN2 Day 2: Debate and final voting on S. 764

Six real consequences of GMO labeling – you may be shocked by #5!

Labeling of genetically modified organisms in food has been debated for decades now. Whether the labels should be mandatory, voluntary, or third-party based like Kosher has been widely disputed. For a long time we’ve all discussed what would happen if/when GMO labels hit the stores. Some groups claimed that there was no cost at all to just label food. Other groups predicted serious impacts on the budgets of consumers. Due to the looming Vermont legislation which will take effect on July 1st, we are beginning to see the reactions by food producers and distributors. We don’t have any data yet on how consumers respond, but we can examine what the companies are doing at this point.

Every tidbit so far has been an example of “told you so”. Some companies are embracing their GMO supply chain and doing the charm offensive. Some are swapping out ingredients. Some are raising prices. Some are eating their price differences (which, of course, will hurt small business the most). Some may simply opt-out of selling in the Vermont market.

Things may shift was we get closer to the deadline, or change completely if the court battles resolve. But here’s what we know about the current state of play. Here are six real consequences of GMO labeling:

1. Labeling is “expensive”.

Campbell’s was the first company to go public with their plans, in this piece from the NYT. They will now label all their products across the US, because labeling for 1 state was not workable for them–and would be “incredibly costly”. The Chief Executive of Campbell said about their own program, “Ms. Morrison said that complying with Vermont’s law was expensive….” No, it’s not just some text on the can. It’s reviewing the supply chain, checking all the recipes, evaluating the logistics, exploring sourcing options, etc. Anyone who tells you it’s just a bit of text has no grasp of this, nor of the $1000/day penalty for getting it wrong. Small producers are acutely aware of how much the changes will cost them (in the example here that’s $10,000). Their budgets are far less flexible than those of Big Food, and it will be hard to know if some of them just choose to stop selling into that market.

A small producer explains how the Vermont GMO label will cost them $10,000.

2. Labeling is confusing.

In the same NYT piece, we find that plain SpaghettiOs must carry a GMO label. But meatball SpaghettiOs do not need to. Since they are regulated by different agencies, meat-containing products are exempt. How this adequately informs consumers has yet to be adequately explained to me. I’m sure someone will try in the comments. We also know that the state of Vermont can’t handle the incoming questions at this time, and according to a Wall Street Journal piece:  “The office of Vermont Attorney General William Sorrell, which is responsible for enforcing the state law, has been deluged with questions. Its website now warns that the office won’t reply to email inquiries about GMO labeling and asks companies to stop calling.” That’s informative.

3. Companies will swap out ingredients.

The same WSJ piece above included reports of a small pasta business that had to make changes to their recipes to avoid the labeling hassles and possible penalties. They had been using canola oil–which may be herbicide tolerant GMO, or herbicide tolerant non-GMO. Surely even if they were using the non-GMO version but people saw it on a label, the tractor-chasing legal teams would light up with glee. In any case, they have now switched to olive oil. This raised their costs by 10%, without a similar increase in sales. Other small companies are retiring some products (how’s that for choice?). Maybe Big Food can eat those kinds of costs, but this hurts a small business.


And that said, if you actually think Big Food doesn’t pass the costs along in some way, I’d like to sell you this charming Vermont GMO-free covered bridge….

Morgan Bridge, by Steven Bergeron.

4. Swapping out ingredients raises prices.

We know this from Ben & Jerry, in fact. Interestingly, in early comments on this, B&J said: “Ben & Jerry’s has no plans to raise prices as a result of the transition….” Later we learn, also from the WSJ article: “It took about three years just to remove GMOs from ingredients like cookie dough and caramel, and the new products averaged 11% higher in price.” About that bridge, my prices just went up.

5. Changing recipes alters products – in unpleasant ways.

Besides some products simply disappearing due to the hassle of finding new sources, other products may get modifications to avoid GMOs with surprising results. We’ve watched multiple examples of products losing vitamins as they got their Non-GMO Project status. In the case of not-Heath-Bar-Crunch, customers were dismayed by the new flavor

I have to say, though, the most surprising thing to me was adding new allergen labels as a result of their switch. One company switching away from cottonseed oil has opted for peanut oil: “that switch introduced a new allergen the company had to warn consumers about.” Swell. If you have an allergy as I do, you’ll have to be aware of ingredient changes to products you’ve bought all along. Let’s hope that parents of kids with allergies don’t miss these changes because their kids could get hurt.

6. Some companies will opt out of shipping to Vermont.

An article by the Associated Press covered another aspect of the challenges: shipping. One company was facing serious logistical issues, which are also costly.

Herr Foods Inc., a midsize snack food company based in Philadelphia, is considering pulling its products from Vermont if the law takes effect, said Daryl Thomas, senior vice president for sales and marketing. “Just the logistics, the expense are horrendous,” he said.

And this doesn’t include the costs of getting it wrong, with the very steep penalty and ensuing the legal nightmares. Yeah, labelers want choices. The choice to remove other people’s favorites. In addition, small shop owners are losing sleep over the downstream consequences of opting-out:

“As a retailer, there’s all sorts of ways that this could backfire on us as a state, and a small independent guy like myself if I’ve got nothing on my shelves or I’ve got limited (supply) and my competitors have no problem with the staying power, we’re done,” said Ray Bouffard, owner of Georgia Market in Georgia, Vermont.

Again, we see that small business stands to be harmed by the whole scenario. And Big Food and Big Chain probably continue to swim in the shark-infested waters. Is that what labelers wanted? Really? A win for the Bigs? Well done.

These are the known issues. Other unknowns at this point include the impacts on sales, legal penalties, enforcement costs, and other financial effects. Another possibility is harassment of companies. “Some of the feedback that these companies are getting is boycotts from groups against the use of GMOs…”. We’ll have to assess this on the real roll-out, but I’ve known this was the goal all along. If you think that labels are going to stop the shouting, see me about that bridge again.

Removal of non-compliant baby formula at Price Chopper.

A look at GMO policies in different nations

In the debate surrounding GMOs, a statement that is often made is that many countries have banned transgenic crops, which suggests that they are not safe. Here’s an example from the Non-GMO Project’s website:

Most developed nations do not consider GMOs to be safe. In more than 60 countries around the world, including Australia, Japan, and all of the countries in the European Union, there are significant restrictions or outright bans on the production and sale of GMOs.”

All countries have laws and regulations surrounding biotech crops, including the United States, which is why you can’t develop a transgenic crop and have it sold in stores the following season. Very few countries have an outright ban, where GMOs can neither be grown nor imported. According to GMOAnswers.com, only Kenya falls in this category, but I also found that Peru has a 10-year ban on the use and import of GMO seeds.
Continue reading “A look at GMO policies in different nations”

Pope Francis issues cautious statements about GMOs

(Editor’s note: Introduction by Karl Haro von Mogel) On Thursday the 18th of June, the Vatican published an encyclical written by Pope Francis – an open letter addressed to “every living person on this planet.” The bulk of this encyclical focused on addressing climate change and other detrimental impacts that humans are having on the environment. Subtitled On Care for Our Common Home, it called for a revolution in how we think and act about climate change, which to this day remains a politically divided issue despite the overwhelming scientific consensus.

Pope Francis blesses a sample of Golden Rice at the Vatican, 2013
Pope Francis blesses a sample of Golden Rice at the Vatican, 2013

There was a passage that discussed genetically engineered crops, which caught the attention when a draft version of the encyclical was apparently leaked on Monday. Two years ago, the creator of Golden Rice, Ingo Potrykus, had asked Pope Francis to bless a small sample of the genetically engineered and pro-vitamin A-producing staple crop, which he hopes will help cure blindness in developing countries. Francis, who himself has a scientific background, obliged.
But if you had read statements on sites that regularly campaign against GMOs, you may have thought that the Pontiff “Slammed” GMOs as harmful in the upcoming encyclical. When it was first published, Andrew Revkin quickly pointed out that the Pope did not seem to opine so negatively about biotechnology. (Revkin is writing a series of posts about the environmental and political aspects of the enclyclical which are worth checking out.)
Drew Kershen, the Earl Sneed Centennial Professor of Law (Emeritus) at the University of Oklahoma College of Law perused the 184-page and 246 paragraph encyclical to see just what the open letter actually says about biotechnology and how this fits into the context of both what we know about the technology and how the Vatican approaches such topics. He sent Biology Fortified his comments, which are reproduced in full below.

Comments by Drew Kershen:

kershenThe encyclical praises human creativity as expressed through science and technology.  Yet that praise is immediately followed with expressions of concern about abuse of humans and the earth through economic power or a “technological paradigm” which fails to distinguish properly between what can be done and what should be done.  The encyclical calls for a human centered view of ecology and warns of valuing plants and animals above human beings.  But at the same time, the encyclical warns constantly about the abuse of power and human hubris that is destroying the earth and its resources in a quest for wealth and consumerism.  The encyclical uses the word “sustainable” (or its variations) numerous times and promotes a sustainable view of ecology as developed through international consensus, such as the Convention on Biodiversity (Rio de Janeiro 1992), because international consensus promotes the common good rather than individual interests.
With specific reference to biotechnology and genetic modification, I think paragraphs 133-134 give an accurate sense for the encyclical in this specific topic and in general. (Editor’s note: Quotation is paragraphs 131-136)
New biological technologies

  1. Here I would recall the balanced position of Saint John Paul II, who stressed the benefits of scientific and technological progress as evidence of “the nobility of the human vocation to participate responsibly in God’s creative action”, while also noting that “we cannot interfere in one area of the ecosystem without paying due attention to the consequences of such interference in other areas”. He made it clear that the Church values the benefits which result “from the study and applications of molecular biology, supplemented by other disciplines such as genetics, and its technological application in agriculture and industry”. But he also pointed out that this should not lead to “indiscriminate genetic manipulation” which ignores the negative effects of such interventions. Human creativity cannot be suppressed. If an artist cannot be stopped from using his or her creativity, neither should those who possess particular gifts for the advancement of science and technology be prevented from using their God-given talents for the service of others. We need constantly to rethink the goals, effects, overall context and ethical limits of this human activity, which is a form of power involving considerable risks.
  2. This, then, is the correct framework for any reflection concerning human intervention on plants and animals, which at present includes genetic manipulation by biotechnology for the sake of exploiting the potential present in material reality. The respect owed by faith to reason calls for close attention to what the biological sciences, through research uninfluenced by economic interests, can teach us about biological structures, their possibilities and their mutations. Any legitimate intervention will act on nature only in order “to favour its development in its own line, that of creation, as intended by God”.
  3. It is difficult to make a general judgement about genetic modification (GM), whether vegetable or animal, medical or agricultural, since these vary greatly among themselves and call for specific considerations. The risks involved are not always due to the techniques used, but rather to their improper or excessive application. Genetic mutations, in fact, have often been, and continue to be, caused by nature itself. Nor are mutations caused by human intervention a modern phenomenon. The domestication of animals, the crossbreeding of species and other older and universally accepted practices can be mentioned as examples. We need but recall that scientific developments in GM cereals began with the observation of natural bacteria which spontaneously modified plant genomes. In nature, however, this process is slow and cannot be compared to the fast pace induced by contemporary technological advances, even when the latter build upon several centuries of scientific progress.
  4. Although no conclusive proof exists that GM cereals may be harmful to human beings, and in some regions their use has brought about economic growth which has helped to resolve problems, there remain a number of significant difficulties which should not be underestimated. In many places, following the introduction of these crops, productive land is concentrated in the hands of a few owners due to “the progressive disappearance of small producers, who, as a consequence of the loss of the exploited lands, are obliged to withdraw from direct production”. The most vulnerable of these become temporary labourers, and many rural workers end up moving to poverty-stricken urban areas. The expansion of these crops has the effect of destroying the complex network of ecosystems, diminishing the diversity of production and affecting regional economies, now and in the future. In various countries, we see an expansion of oligopolies for the production of cereals and other products needed for their cultivation. This dependency would be aggravated were the production of infertile seeds to be considered; the effect would be to force farmers to purchase them from larger producers.
  5. Certainly, these issues require constant attention and a concern for their ethical implications. A broad, responsible scientific and social debate needs to take place, one capable of considering all the available information and of calling things by their name. It sometimes happens that complete information is not put on the table; a selection is made on the basis of particular interests, be they politico-economic or ideological. This makes it difficult to reach a balanced and prudent judgement on different questions, one which takes into account all the pertinent variables. Discussions are needed in which all those directly or indirectly affected (farmers, consumers, civil authorities, scientists, seed producers, people living near fumigated fields, and others) can make known their problems and concerns, and have access to adequate and reliable information in order to make decisions for the common good, present and future. This is a complex environmental issue; it calls for a comprehensive approach which would require, at the very least, greater efforts to finance various lines of independent, interdisciplinary research capable of shedding new light on the problem.
  6. On the other hand, it is troubling that, when some ecological movements defend the integrity of the environment, rightly demanding that certain limits be imposed on scientific research, they sometimes fail to apply those same principles to human life. There is a tendency to justify transgressing all boundaries when experimentation is carried out on living human embryos. We forget that the inalienable worth of a human being transcends his or her degree of development. In the same way, when technology disregards the great ethical principles, it ends up considering any practice whatsoever as licit. As we have seen in this chapter, a technology severed from ethics will not easily be able to limit its own power.

My evaluation:

There is much in the encyclical with which probably everyone can agree.  I certainly read the encyclical with “an open heart”, as Pope Francis requested yesterday in discussing the pending release of the encyclical.  I believe that my work does indeed abide by the spirit and the goals of this encyclical.  Hence, I am encouraged, not discouraged by the encyclical.
The encyclical can be read favorably to agricultural biotechnology primarily because it does not condemn or attack science and technology.  But at the same time, the encyclical clearly adopts a cautious approach to agricultural biotechnology.  The encyclical is not against science or technology but worries about socio-economic concerns that I think are factually incorrect or overemphasized as “significant difficulties.”  In other words, although the encyclical would appear to favor agbiotech such as Golden Rice, the encyclical also has the tenor of a predisposition to favor “agroecology” as opposed to “sustainable intensification” as the way forward for agriculture.  Note that I have said the encyclical has a “predisposition” but not a “commitment” (a belief) about the way forward for agriculture.  The encyclical also has a firm commitment to international organizations and governmental planning as seeking the “common good.”  I do not share that belief because it ignores, in my opinion, the power politics that drives international organizations and governments.  I do not share the belief that international organizations and governments are often, generally, (or even) ever seeking the common good.
PopeFrancis
Relevant terms and in what paragraphs they may be found:
Biotechnology:  102, 104, 132.
Genet(ic,ics,ally): 131, 132, 133, 138.
GM: 133-134.

The inconvenient truth about GMO labeling

GMO-label-shutterstock

Over the past few months, there have been several big stories on the labeling of GMOs: Chipotle, a chain of restaurants popular in the United States declared that they were going to eliminate GMOs from their menu. A perhaps more interesting story is that the USDA stated that they would  start providing a verification program for companies whose products are non-GMO.

In writing and researching GMO labeling bills proposed in different states and nations as well as looking into companies that have decided to take the non-GMO plunge, the one factor that stands out more than any other is what each of these entities choose to define as “GMO”. I use the word “choose”, because that’s what it boils down to. There’s no single definition on what is or is not a GMO, so companies and legislators get to decide how to define it. From a molecular biology perspective, a transgenic animal or crop is one where a gene from an unrelated species is added to another. But the term “GMO” as used in the current debate doesn’t have a clear definition.

For example, is milk derived from a cow that is fed GM-grain a GMO? According to the Non-GMO Project, an organization that certifies ingredients as non-GMO, milk from a cow fed GM-grain cannot be certified as non-GMO. GMO Inside, one of the organizations leading efforts to label, also abides by this definition. The USDA’s Organic label also adheres to these standards. The Food Babe used the same criteria in her campaign against “Monsanto Milk” in Starbucks beverages. However, Ben & Jerry’s, an ice cream company and one of the first large organizations to declare that it was going GMO-free and supports labelingsources its milk from cows fed GM-grain. Ben & Jerry’s website explains their criteria for GMOs by stating “if you eat a corn chip containing GMO corn, it doesn’t make you a genetically modified human.”

Saccharose2.svg
Sucrose from any source tastes just as sweet

What about sugar that is derived from a GM-beet? As Dr Kevin Folta outlines in this graphic, sugar is sugar. There’s no protein and no DNA in what we buy at the store. As such, it cannot be distinguished from sugar derived from non-GM beet. To obtain Non-GMO Project certification, this is resolved by looking at the supply chain (see bullet 2.6.1.1.4). But Australia and New Zealand labeling standards define a GM-ingredient as one that contains novel DNA or protein, so sugar from GM-beet would be exempt from labeling.

The definition even changes from one state to the next. In Vermont, the labeling bill states that you don’t need to label if the amount of GM material makes up less than 0.9% of the total weight of processed food, but in California‘s proposed (and failed) bill the cutoff was set at 0.5%. Perhaps GMOs have more GMOiness in California so the state can’t handle as much of it. Colorado’s proposed (and failed) bill stated that chewing gum was exempt from labeling. In Colorado, Vermont, and California, alcoholic beverages were exempt, but I could find no such exemption in the bill from Connecticut.

Some may argue that it’s better that we just start somewhere. Anywhere. They will argue that any form of labeling is better than none. But the immediate consequence of a labeling bill that does not meet everyone’s requirements is the fact that the number of labels and verification-criteria will explode. Certifiers will try to sell consumers on the purity of their criteria and benefits of their definition of a GMO. Here’s an example: as you may know, the USDA’s organic label excludes GMOs and is often used by those who wish to avoid GMOs in their diet. However, according to GMO-awareness.com, the USDA’s organic label isn’t stringent enough because there are a handful of exemptions, so the organization embraces the Non-GMO Verified seal.

Personally, I like Australia and New Zealand’s criteria. The difference between a GMO and a non-GMO crop is the DNA for the gene that has been added and the protein(s) that it produces. So if the very thing that make a crop a GMO cannot be detected in a food product, then it shouldn’t be labeled. Australia and New Zealand extend their labeling criteria to foods that are designed to be different from their non-GMO counterparts, such as high oleic soy or the Innate potato: these must be labeled as genetically engineered.

But that’s my personal opinion, and it probably would not meet the demands of most GMO-labeling proponents. Since there’s no hard rule each person can have their own criteria, which will probably lead to a bureaucratic nightmare where lobbying groups for different foods and ingredients will argue as to why their product should or should not qualify as a GMO. And who’s to say they’re wrong?Here’s a list of common ingredients whose classification as “GMO” is debatable:

Here’s a list of common ingredients whose classification as “GMO” is debatable:

  • Vitamin and nutritional additives produced through genetic engineering, commonly used in fortified foods. Vitamin C, for example, can be made through fermentation of corn (which could be a GMO). Riboflavin can be synthesized by a GM-bacteria.
  • Oils, sugars, and starches, which have no trace of protein or DNA
  • Animal products from animals fed GMO grain (i.e. eggs, milk, meat, etc).
  • Animal products from animals who have received GE vaccines
  • Cheese, yogurt, and other dairy products whose production may use GE bacteria
110 car trains combine grain from many farms. The commodity food system for grains makes 0.0% admixture unachievable.

There’s also the all important topic of “cut-off”. How much GMO is acceptable in a product? Some would argue that it should be 0.0%, but that’s not realistic considering the fact that equipment is often shared in the supply chain. How do we decide whether it is 0.5% (California’s criteria) or 0.9% (Vermont’s criteria) that makes a food item a GMO? There’s no scientific answer, so again, it will have to be decided via politics and lobbying.

I don’t have an answer here, and I write this only to highlight the many nuances that are perhaps ignored, and the bureaucratic disaster that a poorly designed federal, or worse yet state-level, labeling bill could turn into. Feel free to comment on what ingredients you think should be labeled in a federal voluntary or mandatory labeling law.