Farmers are no different from any buyer – they want to know what they’re buying, how much it costs and its expected performance. But in the brave new world of agricultural seeds, where multiple traits and technology are stacked like Microsoft’s operating system, it’s becoming more and more difficult for farmers to separate out what is really needed and discover how much each piece is costing them. In the case of neonicotinoid (neonic) seed coatings used as a pesticide, both the effectiveness and costs are somewhat of a mystery, according to a new paper published by IATP today.
The opening session of the Regional Seminar in Latin America and the Caribbean quickly built to a roar, at the same time raising questions that would have fit in at the last sessions of the day: how do we get to a system that supports food sovereignty and agroecology as the alternative paradigm for food and agriculture from our current system when many governments and corporate interests seek technical fixes that don't actually fix the real problems?
The first session of the day started with comments from several of the key coordinating organizations: the Community of Latin American and Caribbean States (CELAC), the Reunión Especializada sobre Agricultura Familiar en el MERCOSUR (REAF), the Alianza por la Soberanía Alimentaria de los Pueblos de América Latina y el Caribe, FAO Brazil and the Ministry of Agrarian Development of Brazil. The Latin American Scientific Society of Agroecology [SOCLA], who also helped organize these meetings, wasn’t in the first session, but SOCLA’s President, Dr. Clara Nicholls, did present in the second session. The relatively new Minister of Agrarian Development, Patrus Ananias de Souza, who served as the Minister of Social Development under former President Lula and was key to implementing Brazil’s Zero Hunger programs, built to an incredible crescendo, promising that the Dilma Administration was soon to launch a new plan for agrarian reform, one that would secure land for all of the landless people located in camps and settlements throughout Brazil. His passionate pledge brought appreciative applause from the audience of farmers, FAO and government officials, academics and NGO staff members. It was an agreed high note that will be revolutionary if the Brazilian government is able to pull it off. (The details of the plan will not be announced until next month.)
IATP’s Dr. Jahi Chappell is blogging from Brasilia as the UN Food and Agriculture Organization (FAO) hosts the first of three public symposiums on national and regional strategies focused on agroecology.
As the civil society pre-meeting draws to a close the day before the opening of the FAO’s first Regional Seminar on Agroecology, the agroecological challenges facing farmers, academics, governments and the FAO remain clear. Issues of insufficient funding; a world-wide lack of familiarity with the term “agroecology;” threats of cooptation, and the use of agroecology as a mere “tool” to prop up the current system, separation of agroecology’s vital elements of justice from the elements of science and practice; and the perception of insufficient evidence have all been raised. The pre-meeting day consisted of conversations between civil society organizations, academics and government and FAO representatives.
I started the day with the civil society groups. We were welcomed and started off with a “mistica,” a ceremony that is often practiced by the international small farmers’ movement La Via Campesina and seeks to open a meeting with a recognition of the gifts we have been given by the earth, by our cultural inheritance and through the struggles and knowledge of the ancestors, particularly the ancestors of indigenous peoples.
On June 24, more than 40 scholars and scientists of agriculture and food systems sent the Director-General (DG) of the Food and Agriculture Organization (FAO) a second open letter, calling for the FAO to acknowledge and build on the historic, civil-society led Declaration of the International Forum for Agroecology. This follows up on last year’s letter on the same subject, sent on the occasion of the FAO’s first International Symposium on Agroecology for Food and Nutrition Security. As IATP wrote earlier this year, the Nyéléni Agroecology Declaration was the culmination of a landmark meeting of “international movements of small‐scale food producers and consumers, including peasants, indigenous peoples and communities (together with hunter and gatherers), family farmers, rural workers, herders and pastoralists, fisherfolk and urban people from around the world,” coming together at the Nyéléni Center in Sélingué, Mali this past February. The participants sought to reach a common understanding of agroecology as a key element of Food Sovereignty, and to develop joint strategies to promote agroecology and defend it from cooptation.
The hazy term “Climate Smart Agriculture” (CSA) came into sharper focus this month after a series of high-level intergovernmental meetings that prioritized corporate-led solutions. While actual climate negotiators were immersed in talks in Bonn during the first two weeks in June (as part of the lead up to the annual UN climate meeting later this year in Paris), other groupings circled around the term at other key international summits. The most powerful western governments, known as G7 (Canada, France, Germany, Italy, United Kingdom and the United States), had their annual gathering on June 7 and 8 in Schloss Elmau, in Bavaria, Germany. CSA was on the agenda in both places, and it was also an important focus of the 39th session of the FAO held in Rome from June 6 to June 12, 2015.
CSA advocates define food security in the context of water and climate challenges, often equating it with increasing agricultural productivity and resource use efficiency. While increasing productivity of the resources is indeed desirable, unfortunately it is often conflated with increasing private sector investments in land, water and agricultural infrastructure in developing countries, and in the African continent in particular.
Institutions purchasing and serving regionally produced food has gained momentum in recent years, largely driven by the exponentially successful farm to school movement. But this practice has reached a critical transition point in the growth process: how to move from a good idea that is supported by end users to an economically sustainable one with wide appeal for those at the beginning of the supply chain—particularly the farmer that provide the fruits, vegetables and other products for the cafeteria tray.
In the newly released report “Building Minnesota’s Farm to Institution Markets: A Producer Survey,” the Institute for Agriculture and Trade Policy— along with project partners the Sustainable Farming Association and Renewing the Countryside—summarize the findings of a recently completed survey that identifies some of the key “next steps” that farmers feel are needed to ensure the state’s emerging farm to institution markets work for them. With over 75 percent of survey respondents interested in selling to these markets in the future, it make sense to develop a deeper understanding of how to make them as accessible and successful as possible.
The devastating drought in California, home to much of the country’s fruit and vegetable production, is spurring discussions about the future of food production in a new age of climate change. When broaching the topic of solving the future food dilemma – feeding a growing population while using the same amount of land and facing more volatile weather events – the arguments typically fall into one of two camps: 1.) produce more food on less land through the use of technology, chemicals, and genetically modified seeds, or 2.) turn to decentralized and diversified farming practices that naturally boost soil health and farm resilience, such as diverse crop rotations, cover crops, reducing tillage where it makes sense, and building local food systems.
Feedstuffs, a weekly newspaper for agribusiness, recently ran an article on the topic of solving the future food dilemma that included results from an Oklahoma State University study called FooDS (Food Demand Survey). FooDS is a national online survey which includes at least 1,000 individuals each month, measuring consumers’ priorities, expectations, and awareness and concern about various food and agriculture issues, among other topics.
When such studies appear in an agribusiness publication, one might expect them to highlight the benefits of technological fixes to farming problems. However, the FooDS results found that “more than three-quarters of the consumers polled said adopting a more ‘natural’ agricultural production system – that includes additional local, organic and unprocessed foods – would be most effective at addressing the future food challenges rather than adopting a more ‘technological’ agricultural system.”
High tunnels—also known as hoop houses or passive solar greenhouses—are an increasingly common feature on farms through the Upper Midwest, where their use provides valuable extension to the region’s short growing season. Local food markets—including farm to school—stand to benefit from the increased availability of fruits and vegetables throughout the year produced by the increased use of high tunnels. IATP’s new report, Extending the Growing Season: High Tunnels Use and Farm to School in the Upper Midwest, explores this relationship further. By looking at best practices in high tunnel use and Farm to School activities, the report identifies innovative approaches with the potential for linking the two practices more effectively. Such innovative ideas drive recommendations for more comprehensive support for increased on-farm implementation of high tunnels and for farm to school activities throughout the Upper Midwest.
We finally know what the Environmental Protection Agency (EPA) will and will not do about regulating the use of nanomaterials in pesticides. It has taken seven years and a lawsuit to force the EPA to act. And unfortunately, its action leaves much to be desired: there are still no requirements to protect nano-pesticide manufacturer workers, farmer workers and those living downwind from nano-pesticide drift. (A 2014 General Accountability Office report stated that the EPA’s oversight of pesticide residue testing laboratories was inadequate. Nano-pesticide residue testing standards have yet to be developed.)
Atomic to molecular sized particles of silver (nano-silver) are a biocide, which is incorporated into pesticide products to increase toxicity while reducing the volume of pesticide applied. The exponentially greater surface to mass ratio of nano-silver (and nanomaterials in general) enables the toxins to attack more effectively the nanoscale pores of plant pests. The EPA relies on the toxicity and biosafety data supplied by the commercialization applicant in deciding whether to approve a pesticide for commercial use.
A massive global increase in factory-farmed meat production by 2030 will increase antibiotic use by 67 percent, posing a “public health threat,” predicts a newly released study published in the Proceedings of the National Academy of Scientists (PNAS). Rampant antibiotic use in factory farms, required by global meat corporations, is already resulting in an antibiotic-resistance crisis in the U.S. (over two million illnesses and 23,000 deaths a year due to resistant bacteria) and in the European Union (25,000 deaths annually). For the first time, scientists have mapped out the rise of antibiotic-resistant bacteria due to global antibiotic use in the feed of animals packed tightly in confined conditions.
Antibiotic use is projected to double in Brazil, Russia, India, China and South Africa (BRICS countries) given their shift towards “vertically integrated intensive livestock production systems” to meet rising demand for animal protein. Two-thirds of the global increase in antibiotics is predicted to come from a net increase in the number of animals used in factory farms and the remaining third will come from a shift in agricultural practices leading to new factory farms.
According to the study, 46 percent of Asia’s shift will come from switching traditional animal agricultural practices to factory farming. By 2030, antibiotic use in Asia will be close to 52,000 tons, roughly representing 82 percent of the total global use of antibiotics in meat production in 2010. China, US, Brazil, Germany and India ranked as the top five users of antibiotics in 2010.
IATP’s research on industrial livestock production in China found that: