Since the National Nanotechnology Initiative began in 2000, it has coordinated research financed by more than $20 billion, divided among 26 U.S. federal agencies, to develop products that incorporate atomic to molecular-sized materials, such as silver, titanium dioxide and starch. Back then and even now, nanotechnology has been hyped as a new economic sector and the technological platform of the 21st Century Industrial Revolution.
Like so many bold claims about new technologies, widespread commercialization of the latest big thing has been much more difficult than forecast. At an National Nanotechnology Initiative (NNI) workshop on September 11 and 12 in Washington, D.C. about the manufacture and commercialization of nano-sensors, an investment banker told federal officials, nanotechnology product developers and a couple of NGOs, including IATP, that nanotechnology is not the exciting economic sector where investors are underwriting research for every product prefaced by “nano.” (Sensors are devices that detect and analyze a broad array of phenomena, including air contaminants, toxins, pathogenic bacteria and nutrients.) Furthermore, he said, it was hard to find patient and knowledgeable investors to finance sensor research and development, and “very hard” to finance the development of nano-sensors. The NNI workshop could have been subtitled “Nanotechnology without the Hype.”
IATP, as a member of the U.S. Food Sovereignty Alliance, is excited to join our partners and allies in congratulating the Union of Agricultural Work Committees (UAWC) of Palestine and Community to Community/Comunidad a Comunidad, as co-winners of the 2014 Food Sovereignty Prize. Food sovereignty, which demands that the shape of food and agricultural systems must be designed by and responsive to the needs of those who produce, distribute and consume food, rather than by the demands of markets and corporations, is very much part of the values and objectives of IATP. It calls for a democratization and decentralization of food systems—two vital principles that UAWC and C2C are both striving for in their own work.
As the USFSA states in their press release announcing the winners:
Their stories of continuous struggle to defend the rights of their communities – farmers and fishers in the occupied Palestinian territories and migrant Mexican farm workers in Washington State, both seeking to produce their own food, on their own land, in their home communities – stand in stark contrast to the storylines coming from agribusiness: that technological changes to crops can meet human needs and resolve hunger.
How much would you pay for a pork chop that was two percent leaner? Would you eat such a pork chop if nanoscale minerals were mixed into the hog feed to achieve that two percent reduction? Such questions are before the Food and Drug Administration (FDA) as it considers what to advise the animal feed and mineral supplement industry about their efforts to incorporate atomic- to molecular-sized materials into feed.
This summer, the FDA requested comment on what to advise the animal feed industry about nanomaterials. IATP and others have repeatedly called for the FDA to require pre-market and post-market safety assessment of nanomaterials prior to their commercialization. To the latest FDA request, IATP responded that if FDA continues to not require adequate pre- and post-market safety assessments, it should at least strongly urge the industry to report to FDA in great detail about its nano-feed products. We also said that industry reported data affecting public health, the environment and worker safety should be not classified as Confidential Business Information (CBI) not available to the public.
Nearly 70 scientists and scholars of sustainable agriculture and food systems sent an open letter to the Food and Agriculture Organization of the United Nations (FAO) today, praising the organization for convening an International Symposium on Agroecology for Food and Nutrition Security. Given the multiple, overlapping challenges posed by continued food insecurity, rural poverty, climate change, drought and water scarcity, the letter calls for a solid commitment to agroecology from the international community.
The headline of last week’s Science Insider blog was eye-catching: “China pulls plug on genetically modified rice and corn.” (The RT version was even better: “End of the line: GMO production in China halted.”) What actually happened was far less dramatic or definitive. On August 17, biosafety permits for research on two strains of GM corn and one of GM rice expired and were not renewed by the Chinese Ministry of Agriculture. But exactly why this happened and what it means for the future of genetic engineering of food in China is uncertain. (This is being debated in the Chinese press.)
The apparent tightening of enforcement is not limited to GMO experiments. Since last fall, several large shipments of corn from the U.S. have been turned back on the grounds that they contained a Syngenta GE variety that has not been approved for sale in China.
In a new paper led by collaborators at Leuphana University Lueneburg (Germany) and just released in print in the scientific journal Frontiers in Ecology & the Environment, my colleagues and I question one of the buzzwords in international conversations about hunger and conserving the environment: sustainable intensification (SI). Explained briefly, sustainable intensification seeks to produce the most food, on the least land, with the lowest environmental impact.
SI has been the subject of a recent European Union report, proposals by prominent scholars, and is a major theme area of the Food and Agriculture Organization of the United Nations. SI is often seen by some experts as “key” to agriculture’s future, particularly in Africa, and has been the subject of a number of high-profile publications in some of the world’s top scientific journals. It is, in short, an idea on the rise.
Earlier this summer, the U.S. Food and Drug Administration (FDA) advised the food industry what a manufacturer should do if it puts nanomaterials in food: Please call us. The human health effects of ingesting nanomaterials are not well understood, but a few food manufacturers claim to include nanomaterials in their products. The FDA’s advice could have been worse: Don’t call us. But it could have been a lot better by requiring pre-market and post-market safety assessments and testing of any “food substance” containing nanomaterials.
Nanotechnology, the synthesis, visualization, configuration and manipulation of atomic to molecular size particles, has been practicable since the Nobel-prize winning invention in 1981 of a kind of microscope that made nano-visualization and manipulation possible. (See the superb “Timeline: Nanotechnology” published in April by the University of Ottawa.) The application of nanotechnology to industrial processes, such as coating semi-conductors and other electronic parts with infinitesimally thin layers of metal oxides, has enabled the production of computer server farms and cell-phones, to name just two of the most famous applications.
Food democracy must start from the bottom-up, at the level of villages, regions, cities, and municipalities. – UN Special Rapporteur on the right to food Olivier De Schutter in March 2014
Olivier De Schutter recently finished his widely acclaimed term as the UN Special Rapporteur on the right to food. During his 6-year tenure, he called for a "radically and democratically-redesigned" food system. In his closing address, he highlighted the significant changes he has witnessed: the small-scale food producers having a more visible voice in decision-making; the growing number of local initiatives that create a ‘transition from below’ for a more sustainable food system; and ‘agroecology’ becoming a part of mainstream discussions about solutions to current modes of food production and consumption. De Schutter stated, “Much work remains to be done, of course. But there are promising signs that things are moving in the right direction.”
Innovation is the key to solving so many of the problems facing us: widespread malnutrition, environmental damage, and a warming and increasingly unpredictable climate. Our need for innovation is an uncontroversial statement; something we’ve heard a million times over, from politicians, agronomists, environmentalists, and agricultural corporations alike.
They keep using this word, but we do not think innovation means what they think it means. Or at least, it shouldn’t.
Teaching children about food and where it comes from is an important part of many childcare programs, but many childcare facilities want to go a step further and build a Farm to Childcare program that connects local farmers with young children by providing fresh, healthy foods in childcare meals.
In response, IATP has just published a ready-to-use Farm to Childcare Curriculum developed in partnership with childcare provider company New Horizon Academy (NHA); and a complementary Farm to Childcare: Highlights and Lessons Learned Report that tells the story of using that curriculum to start a comprehensive Farm to Childcare program currently operating at 62 NHA childcare centers throughout Minnesota.
The Farm to Childcare Curriculum Package contains information on designing a Farm to Childcare menu and implementation schedule, recommendations on how to highlight local farmers to make the connection real for children, detailed examples of family engagement strategies and extensive experiential learning activity suggestions to incorporate Farm to Childcare themes into Circle Time, Math and Science, Sensory and Dramatic Play, Arts and conversations at mealtime. It also includes resource recommendations for further ideas.
Synthetic biology is “Still in [the] Uncharted Waters of Public Opinion,” according to a recent focus group study by the Woodrow Wilson Center for International Scholars. That’s not surprising since the technology involved sounds like something out of science fiction. It includes a range of techniques to modify organisms using artificially constructed sequences of genetic information (DNA) not found in nature. The Center’s Synthetic Biology Project gives an introduction to this discipline, sometimes referred to as “synbio.”
The advancement of synbio has taken place largely under the radar, with little public debate, but that’s changing. A June 17 criticism of an NGO synbio letter by an industry lobbyist, published on the investor website The Motley Fool, served to put more of a spotlight on the issue. The Motley Fool blog was almost immediately rebutted by Synbio Watch.