Newsletter no 38 – Editorial

Peasant seeds – the heart of the struggle for food sovereignty

In 2018 the United Nations (UN) adopted the Declaration on the Rights of Peasants, recognising at the highest level of international governance the strategic role played by the peasants of the world. The Declaration complements the measures and policies required for the UN Decade of Family Farming (2019-2028), and for the implementation of Article 9 of the ITPGRFA (International Treaty on Plant Genetic Resources for Food and Agriculture). It highlights the role of peasant seeds in achieving Food Sovereignty, and in developing agrarian policies which favour peasant farmers.

These policy instruments make it clear that it is vital to guarantee the right of peoples to “Maintain, control, protect and develop their own seeds and traditional knowledge”. One of the specific actions launched by La Via Campesina 20 years ago was the Global Campaign for “Peasant Seeds, a Heritage of Peoples in the Service of Humanity”, which seeks to move beyond the rural environment and involve and bring together other grassroots sectors in this affirmation of their way of life.

In this edition of the newsletter we are inviting you to return to the debate on Peasant seeds – the heart of the struggle for Food Sovereignty, which guarantee full Peasant Rights. We are sharing a series of articles which seek to raise awareness and improve organisation for Peasant Seeds in all territories, and providing information about how to join the “Adopt a Seed” action. You will also find testimonies of the actions of resistance people are engaged in to keep peasant seeds in the hands of those who feed populations in a fair and healthy way.
La Vía Campesina and GRAIN

Voices from the field

Voice from the field 1

Dematerialization of seeds

Alimata Traoré, President of the Convergence of Rural Women for Food Sovereignty (COFERSA), Mali

“What if there were a power cut after putting all our seeds into a computer, what then?” This is how the women of my organization, COFERSA, reacted when I explained to them what governments discussed at the seventh session of the Governing Body of the International Treaty on Plant Genetic Resources for Food and Agriculture (ITPGRFA) in Kigali in October 2017.

We, the peasant communities, work with living beings in our fields. This is how we preserve biodiversity. My community has selected a variety of sorghum that is drought resistant if grown using a farming technique called zaï [Zaï is a West African traditional farming technique whereby pits are dug into micro-basins using a pick-axe with a small handle (known as daba), and then the seeds are sown. This particular type of cultivating allows for the concentration of water and manure in arid and semi-arid zones.]. And now, a company would become its owner because it masters IT? Until recently, researchers or companies had to come to our villages to ask us for seeds, in order to further develop them and then sell them. Recent developments in biotechnology and genetic sequencing have changed this: breeders in the industry no longer need access to material seeds. They now analyze the digitized representation of genetic sequences on their computer screens.

When we talk about the “dematerialization” of genetic resources, we refer to the sequencing of the genome of living organisms, the massive gathering of peasant knowledge about the characteristics of these organisms, and then the digitizing and storing of this information in huge electronic databases. Companies then file patents on these genetic sequences, which allow them to force us to pay licensing fees if the same sequence is found in our seeds. “Dematerialization” is therefore the new way of capturing the wealth that has been created by peasant communities over the centuries, bypassing international texts that recognize our rights.

We the peasants of Africa are not backward, nor against technology. We use it when it serves to strengthen our struggles, but we demand that our rights be respected and protected. Those who can use all these computer technologies and databases are large multinational companies. It’s not for us. Because of this, we oppose patents on genetic information. And we fight for the protection of our peasant seed systems, which allow us to play our role as guardians and guarantors of the biodiversity and life. No machine or software can ever replace our peasant knowledge.

Voice from the field 2

I Campesino: Digital, rural, self-determined

FarmHack.org community reflections on digitization in the USA alternative agriculture movement

Even in this hyper connected world, we, young and youngish farmers in the US agroecology scene, spend most of our time outside, connected more of the time to the ecosystem than to the internet. It is a straddle, between subsistence and the marketplace, between the wild, feral and domesticated ecologies, sometimes farming or caring for children or running equipment while holding the smart phone in our teeth! Many farms in the USA rely on smartphones for record keeping, for marketing, for managing orders and customers, as web-shops and market portals – to stay in daily touch with our networks of collaborators and a customer base increasingly accustomed to direct relationships with their growers.

In the US, we have some convergent social movements, which have shaped the culture and practices of our open source agricultural tools ecosystem. These include a co-incidence with a boom in open internet infrastructure, including Wikipedia, Creative Commons, Craiglist, Napster, Tor-Drupal and more. As a generation brought up since grade school with computers, we are quite adept at finding information with keywords online, from videos on Google’s YouTube to historical documents protected in the commons at www.archive.org.

We are also quite adept at building our own infrastructure where there is none, of which FarmHack.org is a prime example. FarmHack.org was born in 2008 from a community of farmers that convened at the Massachusetts Institute of Technology (MIT) and worked together to build a platform to host a farm tool sharing service, through a very simple website, in-person meet-ups, and a diffuse international community of practitioners working together online. FarmHack.org has sought to become the open-source platform through which farmers can share their innovative approaches to addressing existing equipment gaps[[Small and medium scale vegetable growers in particular find that there are ‘equipment gaps’ as we work to re-build diversity in cropping systems and regions which had become concentrated and simplified.]] with their fellow smallholder farmers [See article on FarmHack and Atelier Paysan in Nyéléni Newsletter no 36, Agroecology: real innovation from and for the people]. Today, the young farmers’ movement, the open source software movement, and the “right to repair” movements [Farmers who buy tractors from the big agricultural machinery companies are often not allowed to repair them. A clause in the purchasing contract requires that only accredited mechanics … are allowed to repair the machines. The “right to repair” movement challenges that, and asserts farmers’ rights to repair their own machinery.] converge in FarmHack and Gathering for Open Ag Tech (GOAT) communities. This is not only happening in the US, in Quebecois Canada there are strong collaborations going on as well.

Agribusiness’ vision of agriculture without farmers is “precision agriculture.” Both the agro-input companies and the farm machinery corporations (e.g. John Deere) have been investing massively in big data and information and communication technology in recent years. “Precision agriculture” entails a model of extreme mechanization in agricultural production, enabled by the convergence of powerful new digital technologies and algorithmic processing of big data. In this “vision,” technology and data are used to further consolidate corporate control over the food system, and monopolies. Farm machinery companies – just as agricultural input companies – are nowadays big data companies. They equip their machines with sensors and chips that collect and analyze all kinds of data, all the time – weather records, soil moisture, pests, crop history etc. These are turned into big datasets that are run through machine-learning algorithms that then inform automated farming machineries.

In reply, we propose a strong community vision for “decision agriculture,” which puts forward our autonomy and rights. In addition to building our own tools/hardware, which we can control (e.g. bike-based farm equipment, do-it-yourself tractor mounted equipment “à la Atelier” etc.), we develop our own open source software and apps (e.g. an adaptive management software called “farmOS”). We have also started to use drones, sensors (e.g. for monitoring greenhouses, fencing, etc.), big data and tech-enabled observation to improve our farming systems and adapt them to local conditions and changing climate. Many of these practices share thinking and approaches with Citizen Science communities such as Publiclab.org, and work helping communities hold their elected officials accountable to environmental justice using low cost monitoring tools. Publiclab has emphasis areas in do-it-yourself soil testing (for contamination) and carbon monitoring (using spectrometry). Our strategies focus on communicating and sharing locally relevant agricultural knowledge across cultural, geographic and language boundaries.

We are at an interesting crossroads where the cost and accessibility of digital tools is being turned on its head. The next generation of open source micro-controllers and internet connected devices and associated batteries and motors is far lower cost and more accessible and scalable for small-scale producers, and may even already have economic advantages over large-scale proprietary systems. Low cost climate control, simple automation, animal monitoring, and on-farm value added processes are but some sample use cases with interesting potential for small-scale farmers.

Low cost communications tools are also crucial for sharing and improving practical knowledge related to the complexities of regenerative agriculture, and form the foundation for valuing ecosystem functions. Even simple hardware designs and on-farm and local manufacturing of hardware are made more effective with peer to peer communications tools to exchange and adapt designs for local conditions. We are even exploring peer to peer networks that can create functional farmer communications networks external to the internet.

Boxes

Box 1

The Internet of cows

It sounds like a joke, but it is one more aspect of the invasion of digital technologies into agriculture and food, whose ultimate aim is an agriculture without farmers – industrialized from seed to plate or glass of milk, and controlled by large agribusiness companies, machinery and computing.

Companies like IBM, Microsoft and Huawei offer technology packages for what they call the “Internet of cows.” These are digital devices (collars and / or chips) that are placed in each cow to measure their pulse, temperature, peak fertility and other health conditions related to the digestive system. The data is transmitted over the internet to a cloud owned by the companies themselves, which stores them in Big Data systems, analyzes them with artificial intelligence and sends the information that the program deems pertinent to the computer or telephone of the agricultural company, farm owner. There are also interactive chips that can direct the cattle for milking when it is time, connected to an automated milking system previously installed to suit the cow in question. Each device is associated with a particular cow.

For a decade there have been satellite systems for monitoring livestock in certain areas. The difference now is that the data collection is much broader, the data is about each animal, and all the information goes into a cloud owned by those companies, or according to the contracts shared clouds with Bayer-Monsanto or agricultural machinery companies such as John Deere.

There is also the internet of pigs and sheep, which are similarly structured. The idea is not that the process ends at each farm, but that the monitoring follows each animal, including on the hoof livestock transactions, through the use of blockchain and crypto currencies, to the slaughterhouse, certification chains that include processing, sale tracking retail and even as far as the refrigerator.

Both IBM and Microsoft have advanced digital systems that cover all the agricultural production of a farm. The package offered by Microsoft, called “Farmbeats”, offers a system of permanent monitoring of the condition of soils, humidity and water, condition of the crops (if they need irrigation, if there are diseases, pests, etc.), climatic data, up to date weather data (wind direction, rains, etc.), to provide indications when and where to sow, apply irrigation, fertilizers or pesticides, when to harvest etc – all from the Microsoft cloud.

To solve the issue of rural connectivity, a key element of the system, but which is lacking in rural areas, Microsoft uses the “white spaces of TV”, which are disused television bands. This allows a router to be installed in each farm, connecting sensors, drones, chips, phones and computers to the Internet within a radius of a few kilometers and sending the information to the company’s cloud.

The largest agribusiness companies such as Bayer, Syngenta, Corteva and BASF have digital divisions with projects of this kind and since 2012 they have collaboration agreements or joint ventures with the largest machinery companies (John Deere, AGCO, CNH, Kubota) for big systems data, clouds for storage and computing, and drone companies. For example, PrecisionHawk, Raven, Sentera and Agribotix are new companies created in collaboration between multinationals manufacturers of agrotoxic seeds and machinery.

Again, as with transgenics, companies claim that this is necessary to feed a growing world population, to increase production, save water and be “sustainable.” In reality, it is about agriculture without farmers, aimed at replacing small farms with large companies, where from the seed to the plate, the control is carried out by a chain of transnationals that leave no decision to the farmers.

Each farm also provides a large amount of data that companies appropriate, building maps over entire regions, which allows them to visualize and negotiate projects far beyond each farm, passing over farmers and peasants.
They are projects that move forward, but it does not mean that they work. The true knowledge about fields and animals, which is what gives food and sustenance to most of the planet, come from the peasant way of life itself. These technology packages are new forms of attack against her.

* ETC Group’s contribution, more information on this in the ETC Group report, Blocking the Chain. Industrial food chain concentration, Big Data platforms and food sovereignty solutions, 2018.

Box 2

Digital green grabbing in Brazil

The Cerrado region in Brazil, one of the most biodiverse in the planet, has been witnessing the rampant expansion of agribusiness, especially in the region called MATOPIBA [MATOPIBA is the acronym for a land area of 73,173,485 hectares across the States of Maranhão, Tocantins, Piauí, and Bahia.], which has been called “ideal” for soy plantations by agribusiness due to its terrain comprised of plateaus and lowlands.

Since some areas of the MATOPIBA region (especially the lowlands) still have a cover of native Cerrado vegetation, industrial farmers and agribusiness companies are now staking a claim to those lands, in order to comply with Brazilian legislation. The Brazilian Forest Code (Law 12651/2012) requires landowners to keep at least 20% of their land in the Cerrado biome –the so-called “legal reserves”. Because the plateaus have been almost completely deforested for the establishment of soy plantations, agribusiness companies are expanding their farms to the lowlands, where the local villages are situated.

Land grabbers use the Rural Environmental Registry (Cadastro Ambiental Rural, CAR) as an instrument to formalize their land claims. The CAR is an online system, in which anybody can register environmental and land use information; no proof of property is required. Although according to the legislation CAR does not have any value as a property title, agribusiness companies are attempting to utilize it as proof of their land occupation and use. This is the case of the “legal reserves areas'” – most of them covered with native vegetation; that are registered as part of their property, although those lands are traditionally used by the local communities.

Communities who try to register their lands in the CAR often find out that they have already been registered by plantation owners. Despite the flaws of the CAR, unfortunately several initiatives have promoted this system, such as a project coordinated by the UNDP and Conservation International with the objective of encouraging “sustainable” soy production in the Cerrado.

Box 3

Digitalization of fisheries

In the last few decades, the collection of ocean data has developed hugely and for a range of reasons. These include tracking cargo shipments, creating digital seafloor maps, and monitoring fish stocks, resulting in the development of quota allocations and the Total Allowable Catch (TAC) system. However, the concern is around what kinds of political-economic agenda the collection of big data will mobilise and what the consequences for small-scale fishing communities around the world may be. The widespread increase in the use of data and the digitalization of the ocean space needs to be considered in light of historical political-economic shifts concerning use and control of ocean-space and in particular within the narrative of the “Blue Economy”.

Data and fisheries

The use of data in fisheries emerged simultaneously with discussions around the optimal use of national fish stocks based on a discourse of environmental sustainability and economic efficiency. The production of this data resulted in the development of the TAC system which is determined by fisheries scientists through annual surveys which collect data on the population sizes of commercial fish species. The collection of these data has been increasingly digitalized through on-board GPS devices and the automatic storage of information on computers. The ability to record catches in real-time means that the TAC and remaining quotas or catches that exceed the quota can be detected immediately. Although this knowledge adds to the global understanding of species populations and distributions in the ocean, the quantitative and scientific nature of this data undermines the traditional knowledge of local fishers which allow them to protect the sustainability of ocean ecosystems.

Quota-based management systems and catch share models such as Individual Transferrable Quotas (ITQs) were made possible through the digitalization of fish stock data. These types of management systems are supported by environmental organisations that advocate for the implementation of these models for the advancement of conservation efforts in the oceans. However, they are often contentious as they are a result of privatization of public resources and are associated with inequitable allocation of fisheries resources.

Data and the Blue Economy

The increasing role of data in ocean management is being emphasised as part of the growing pressure on the ocean and ocean resources to act as a new economic frontier to solve a myriad of crises in our food, energy, and climate systems. The expansion of big data turns the ocean into a financial asset to be exploited for economic profitability rather than a point of access for variable and nutritious food and ecosystem to be respected and nurtured. The market-based agenda of the blue economy focuses on private sector involvement in ocean-based extractive developments. According to the blue economy discourse, emerging ocean-based industries have high growth, innovation, and job creation potential, and can contribute to energy security, climate change management, and food security. However, these discourses are also associated with dispossession and the appropriation of ocean resources and spaces.

A variety of developments have been facilitating the increased gathering of data for ocean management in growing the blue economy. Satellite data has been growing exponentially and is set to double by 2020. With increased spatial and spectral resolution, more data per instrument will be recorded with fewer limitations to observation. Drones and unmanned airborne vehicles are allowing for cheaper and easier data collection. In order for big data to contribute to growing a rich information ecosystem, advanced application programming interfaces are being developed to allow for quick and cheap processing of the huge amounts of data that are being collected.

Impacts

Fishers have a deep-seated knowledge of fish species populations, breeding cycles, migration patterns, and fishing techniques which they use to protect fish stocks. The quantitative and scientific nature of the calculation of the TAC overlooks this knowledge, reducing information to scientific data rather than holistically combining this with existing traditional knowledge. The vision of nutrition has become technical in nature and food is increasingly viewed as a commodity rather than part of the commons. This reductionist, fragmented and individualist view of food lacks a human rights perspective.

Digitalization widens the gap between producers and consumers; it results in an increasingly automated and delocalized process of food production, and dispossesses fishers of their knowledge and access to ocean resources. This shifts the power from physical food production systems and fishing activities in favour of often-unknown financial actors with access to and control over these technologies. It concentrates political and economic power in the hands of remote actors who engage in the immaterial realm of information and financial means, reaffirming class struggles and oppressive inequality. Additionally, all of this big data feeds into policy decisions such as determining the use of ocean space with technical tools such as Marine Spatial Planning. These data are being mobilised to support a certain type of political-economic agenda and, if this includes the increasingly dominant discourse of Blue Economy, the consequences for small-scale fishers with marginal political power across the world may be devastating.

In the spotlight

The digitalization of food

Digital land registries; gene sequencing and editing; sensors in robotized agricultural machines; fruit picking robots; blockchains [For the definition of blockchains and other key terms check the GLOSSARY at page 6 and 7 of the ETC group report , Blocking the Chain, 2018] ensuring traceability in global value chains; 24-hour health control of livestock; intellectual property rights (IPR) protection through digital platforms; AI in plant breeding; satellite-supported location of fish resources and allocation of fishing rights; automated trade and distribution; e-commerce of food products; personalized nutrition and fitness with smartphone apps – the brave new world of digital technology is transforming all aspects of our food systems for better and worse. This incomplete list is a small sample of the range of application of digital technologies. Over the past decade, digitalization has become increasingly visible and influential in food production, processing, storage, packaging, retailing and trading.

Actors, initiatives and narratives

Governments, corporations and policy institutions present digitalization in food and agriculture as a solution to the main problems the world is facing. Corporations and financiers see it as an enormous opportunity to generate profits.

Over the past ten months, the Food and Agriculture Organisation (FAO) organized two international events on digitalization and technology [International Symposium on Innovation for Family Farming in November 2018, International Seminar on Digital Agriculture Transformation in May 2019.]. In 2018 “e-agriculture” was on the official agenda of the regional FAO conferences for Europe and Central Asia. The World Bank dedicated special panels on digitalization and blockchain technology for land administration in its annual Land and Poverty Conferences [Pilot experiences are being carried out in Brazil, Georgia, Ukraine, Sweden, India, Australia, Dubai, Honduras, USA and Ghana. See: Graglia,J.M., Mellon, C. “Blockchain and Property in 2018: at the end of the beginning”. Paper presented at the Annual World Bank Conference on Land and Poverty, 2018.]. Megamergers between the world’s largest seed and agrochemical companies (especially the Bayer-Monsanto merger) have raised public awareness about the high level of corporate concentration in the industrial food chain, and the massive investments by agrochemical, farm machinery and food retail companies in big data, and ICT. In several countries, e-commerce giants such as Amazon, Uber, Walmart, Alibaba and GRAB have expanded into online food retail. Corporate competition over food retailing in India [The Changing Face of Food Retail in India in When Food Becomes Immaterial: Confronting the Digital Age.] and the battle for control over 5G technology between China and the USA are indicative of the large amounts of money at stake in digital technologies and infrastructure.

The recent push for digitalization comes from the business-driven Fourth Industrial Revolution (4IR) aggressively promoted by corporations in the World Economic Forum (WEF), who describe it as a “fusion of technologies that is blurring the lines between the physical, digital, and biological spheres.” While 4IR goes beyond food, it has replaced the paradigm of the ‘Green Revolution,’ which was legitimized by the need to increase agricultural production. Digital technologies and big data are key aspects of the new paradigm, and enable the consolidation of corporate control over the global food system.

Digitalization of food-agriculture ranges from relatively simple applications such as drones for land mapping and direct online marketing to more complex digital agriculture. Digital agriculture refers to the integration of advanced technologies (AI, sensors, robotics, drones, etc.), devices and communications networks into one system, and applying them to production, management, processing and marketing. The narrative of the new paradigm promises greater efficiency in food production and resource and energy use, sustainability, transparency, accuracy and the creation of new markets and economic opportunities. Developing countries, especially in Africa, are lured by promises from donors, international agencies and corporate foundations that digitalization will enable them to “leapfrog” their way to progress with climate friendly pathways. However, the technology and infrastructure for this rosy scenario will come from corporations, who are in it for profits, not public benefit.

Implications for people and the environment

Proponents of digitalization emphasize the supposed benefits for marginalized people and small-scale food producers: digitalized land administration will increase tenure security; satellite-supported allocation of fishing rights will ensure transparency and security for small-scale fishers; blockchains will link producers to consumers directly, eliminating exploitation by intermediaries; digital agriculture will reduce input costs and increase the efficiency of irrigation and production. E-commerce is widely touted as the gateway for creating new markets and ways of marketing agricultural products.

Certainly, small-scale food producers and marginalized groups can benefit tremendously from digital technologies. But we must remember that these technologies are deployed in a context of high national-global inequalities of access to essential goods and services, as well as to information and digital technologies (the digital divide). The World Bank acknowledges that there is a triple divide: rural, gender and digital.]. Unless these inequalities are effectively addressed, new technologies will reproduce and deepen existing patterns of discrimination. Also, the manufacture and use of ICT/AI hardware (e.g, micro-chips, semiconductors, liquid crystal displays, mobile phones, computers, batteries, etc.) have large environmental impacts. These include impacts from mining, emissions of volatile compounds, acid fumes, solvents and metals into the air and water, high energy consumption, waste generation/disposal and greenhouse gas emissions from transportation and storage.

Local communities are also experimenting with new technologies to assert and strengthen their rights. In Brazil, indigenous women are using drones as part of their strategies to map and protect their territories. Other communities are using satellite images to monitor and draw public attention to deforestation by agribusiness companies[When Land become a global financial asset in When Food Becomes Immaterial: Confronting the Digital Age.]. In the USA, small-scale farmers see potential in using sensors, chips (which have become substantially less expensive in the last years) and open-source software to eliminate the scale advantages that industrial agriculture has had over small-scale producers. In some Southeast Asian countries, small-scale producers are selling agroecological produce to consumers through online retail.

The rapid development and application of digital technologies have significant implications for living conditions, work, production, societal interaction, commerce, the environment, public policies and governance. In order to formulate strategies to deal with digitalization, we need to increase our own understanding and engage in critical reflections and debates.

We hope the questions below will boost these processes.
1. Who are the actors developing develop digital technologies and for what purposes?
2. Who has access to and control over digital technologies and for what purposes?
3. Who owns the huge amount of data that is created everyday by all of us, and who has the right to use and draw economic benefit from it?
4. How should the applications and impacts of digital technologies be monitored and assessed? How should these technologies be governed and regulated for the public good?
5. How should the risks deriving from digital technologies be assessed, and their application be monitored?
6. How can we challenge the dominant narrative that equates innovation with technology, to underline and promote peasant and indigenous innovations, practices and knowledge[See Nyéléni Newsletter no 36, Agroecology: real innovation from and for the people]?
7. What are the relationships between peasant and indigenous innovations, practices and knowledge, and digital technologies?
8. How can we use digital technologies to advance food sovereignty and agroecology? What kinds of technologies, under what conditions and how should they be governed?

These are complex questions, and finding answers will require time, energy, critical reflection and creative thinking. However, the time has come to take up this challenge.

Newsletter no 37 – Editorial

The digitalization of the food system

Illustration: Marc Rosenthal – www.marc-rosenthal.com

Today, more than 820 million people suffer from hunger while obesity also continues to increase across the world[1]. Biodiversity in food and agriculture is being eroded at an alarming rate by the destruction of eco-systems[2]. Climate change is accelerating: temperatures this July were the highest ever recorded; glaciers are melting much faster than predicted; and millions of young people are demanding urgent action to address the climate crisis[3].

Meanwhile governments are showing little initiative to change the industrial, fossil-fuel driven food and agricultural system. Instead, a new “silver bullet” is being presented by corporations, governments and international institutions to tackle hunger, malnutrition and climate change: digitalization, which refers to the adoption of information-communication technologies (ICT) and artificial intelligence (AI) into everyday life and across societal activities.

Digital technologies have the potential to be beneficial or harmful depending on the context. Small-scale food producers have their own technologies, innovations and knowledge [See Nyéléni Newsletter no 36, Agroecology: real innovation from and for the people]. However, so do corporations, who seek monopoly controls on technology. Also, digitalization is happening in an era of increasing inequalities, authoritarianism and oppression.

This newsletter presents a synopsis of the digitalization of food, and contains examples of how digitalization affects and is used by communities in different parts of the world. We hope that these articles help social movements to engage in a collective discussion about digital technologies – and particularly how to benefit from them and prevent them doing harm.

FIAN International and Focus on the Global South

Agroecology in practice

Agroecology in practice 1

Peasant to peasant: a model for the effective construction of counterhegemonic alternatives

The most significant examples available for scaling up Agroecology are tied to organizational processes – in particular those in which peasants play the role of the protagonist. For us, scaling up does not mean linearly reproducing preconceived models nor taking something small and making it big, but rather strengthening and multiplying many small processes. In order to integrate more people and territories into the agroecological movement it is essential to consolidate peasant organizations in the development of their own social, territorial, and political processes.

Peasant to peasant is a flexible dispositive or mechanism, a set of concepts/actions/possibilities united to assemble agroecologies, aid in the (re)construction and articulation of territories and facilitate the emergence of the peasant as a political subject. The three dimensions are interrelated and integrated permanently with each other, so much so that it is hard to determine where one ends and the other begins.

It is a process in which the subjects are co-producers of knowledge through the exchange of ideas, experiences and innovations in agroecological production and where successful innovations and experiments are collectively systematized and used as examples to motivate others and strengthen and expand agroecological production. These processes are typically linked to other areas of training or formation such as Peasant Schools, spaces of local, national and international political organization and articulation, “South-South cooperation”, and “peasant organization to peasant organization” processes.

The Campesino a Campesino movement for sustainable agriculture started in Central America in the early 1970s and is now widely recognized as one of the best ways to develop and promote Agroecology. Farmers not only share information and techniques, but they also share abstract agroecological concepts, knowledge and wisdom, using models, demonstrations, games, songs, poems, and stories.

One emblematic case is the Campesino a Campesino Agroecology movement (MACAC) adopted by the National Association of Small Farmers, ANAP, in Cuba, which played a key role in helping Cuba survive the crisis caused by the collapse of the socialist bloc in Europe and the tightening of the US trade embargo. Agroecology significantly contributed to boosting peasants’ food production without scarce and expensive imported agricultural chemicals by first substituting more ecological inputs for the no longer available imports, and then by making a transition to more agroecologically integrated and diverse farming systems. These practices resulted in additional benefits including resilience to climate change. The MACAC is based on the emulation of peasants by other peasants; it is a “pedagogy of experience” and a “pedagogy of the example”.

Read more in here.

Agroecology in practice 2

Women and Earth in Tajikistan

Zan va Zamin (Women and Earth) is a grassroots organization founded in 1999 by a small group of women activists in Tajikistan, whose goal is to secure tenure and access to land, the conservation of biodiversity and the preservation of traditional knowledge, and the creation of farmer associations and cooperatives.

To date, it has helped more than 1,200 women obtain title to their land. It has community nurseries and encourages women and the elderly in their role as custodians and transmitters of agricultural heritage. It has helped to create more than 30 seed banks to give access to seed varieties to farmers. Its twelve field schools produce at least 1,000 tons of vegetables a year, while their gardens and community nurseries provide trees and maintain more than 10,000 fruit trees.

It has also provided local communities with solar dryers, greenhouses that work with solar energy and low-energy kilns. Through the great work it does, it contributes to creating more resilient ecosystems, less food shortages, greater Food Sovereignty and better local incomes.

Read more here.

Agroecology in practice 3

Mobilization for institutional innovation

“This product of many years work for Agroecology and Food Sovereignty now has a legal framework in Uruguay that will allow us to continue advancing.”
Silvana Machado, National Network of Criollo Seeds

In December 2018, the Uruguayan parliament transformed the National Agroecology Plan – an initiative of agroecological family producers and producers and social organizations that promote Food Sovereignty in Uruguay – into an Act of law.

This triumph is the result of an extensive process of discussion, which began in the 5th National Festival of the Creole Seed in April 2014 and included the organisation of various seminars and workshops within the framework of successive national and regional festivals and meetings of the National Network of Native and Criollo Seeds and the Agroecology Network.

In the parliamentary debate it was stressed that the subjects to whom this new norm points are family farmers and producers of food and their role in the defense of biodiversity, territories and watersheds. Also, the historical accumulation of more than three decades of action bringing together collectives which promote Agroecology from the land was highlighted. Obtaining approval of this norm also grants formality to a critical view of the agri-food system in Uruguay and the region, starting with the defense of the Right to Food and Food Sovereignty.

Read more here, (only in Spanish).

Agroecology in practice 4

From Atelier Paysan to Farm Hack*

“At my place, it’s very hard to get something between a tractor and a trowel. There just isn’t much in between. It’s nice to come to places like this [Farm Hack event] and get energised and inspired. Cross-pollinate, swap-ideas, whinge about the weather. Lots of things. It’s very fruitful.”
Kate Collins. Market Gardner, UK

Atelier Paysan, in France, and Farm Hack, in the UK, are part of a community-led approach to the development, modification, and sharing of designs for farm tools, machinery, and other innovations. These initiatives emphasize a peasant to peasant / farmer-to-farmer approach to learning and create platforms for them to come together to ‘hack’ and apply their collective ingenuity in the development of technologies adapted to their agroecological practices.

These initiatives strive to develop technical and technological sovereignty for peasants thanks to open source resource platforms, promoting farmers’ autonomy and re-appropriation of knowledge and skills.

At Atelier Paysan, the peasant to peasant, farmer to farmer, and engineer-trainer to farmer is one horizontally but also through a referent person: an engineer from the cooperative. At the end of the training, each participant can go back to its farm with a tool he knows how to build, repair and potentially adapt to his own needs. More than 80 training dates are available each year. The auto building trainings last from 2 to 5 days. The participative processes for technology building can last for several months. Read more here.

Farm Hack typically involves two main complementary components: web platform and events. A web platform is used to where designs can be shared using an open source or creative commons approach. Farmer-derived innovations are made available and editable by other members of the community. Farm hack events bring together farmers, growers, fabricators, engineers and IT programmers to demonstrate and share tools, skills, and ideas through field demonstrations, practical workshops, seminars, entertainment, and cultural exchanges. These two components come together when tools that are demonstrated at events are posted on-line.
Read more here.

These initiatives while allowing peasants to acquire several skills (e.g. adequate technologies for peasant Agroecology, technological sovereignty, user innovation, socio-technical network animation, open source documents) play an important role in building networks between people and thus in strengthening social movements.

*From the European Agroecology Knowledge Exchange Network website.

Boxes

Box 1

The innovation we don’t want

The narrative of “innovative” solutions is being imposed in different political, social and economic spheres. In the debate over Agroecology, big farmers’ organizations, some academics, large NGOs, philanthropists and institutions intimately linked to the interests of transnational agribusinesses promote “apolitical” narratives, presented as “triple win” options to achieve economic benefits, food security and adaptation and mitigation of climate change. They seek to incorporate certain agroecological practices into the dominant agro-industrial model while maintaining the structural characteristics and dependencies that have led to the current global crisis.

According to the Organisation for Economic Co-operation and Development (OECD) and the International Agri-Food Network, “agro-ecology is the study of the relation of agricultural crops and the environment”. Indeed, Business at OECD narrowly defines Agroecology as a scientific discipline which emerged in the 1960’s while criticising those who frame it as an agricultural production system based on specific practices, or as a political or social movement. Their argument: “this variety may cause confusion and distract from discussions on how to meet the SDGs (UN’s Sustainable Development Goals)”. Finally, they advocate for “a mix of practices, tools, and technologies tailored to each situation”, including precision agriculture and other “innovative approaches”.

Meeting the SDGs is not our definitive goal as a society. We have to aim for deeper structural changes if we really want to build a fair world for present and future generations. It has also become clear, for example, that by sticking to business as usual the world will fall far short of achieving the SDG target of eradicating hunger by 2030 [1].

We must beware of the multiple reinterpretations of the concept by different actors and interest groups. Agroecology and industrial agriculture are not interchangeable concepts or practices and cannot coexist. They represent two fundamentally different visions of development, well-being and the relationship between human beings and their environment.

Box 2

Proposals we reject

Digitalization of agriculture: Next edition of this newsletter is dedicated to this worrisome agribusiness strategy. Make sure you read it!

Climate-Smart Agriculture: reinforce business-as-usual: The FAO began talking about ‘climate-smart agriculture’ (CSA) in 2009 as a way to bring agriculture — and its role in mitigation, adaptation and food security — into the climate negotiations [See FAO news release, “Promoting Climate-Smart Agriculture”, on the launch of its report, Food Security and Agricultural Mitigation in Developing Countries: Options for Capturing Synergies (2009). Two FAO conferences dedicated to Climate-Smart agriculture, organized with the World Bank and a small group of governments, followed in 2010 and 2012]. The Global Alliance for Climate-Smart Agriculture (GACSA)[List of members here], launched in 2014, includes national governments, agribusiness lobby groups (the majority representing the fertilizer industry)[60% of the private sector members of the Alliance represent the fertilizer industry (GRAIN, 2015; CIDSE, 2015). “The Big Six (BASF, Bayer, Dow, DuPont, Monsanto, Syngenta) are the engines of industrial agriculture. With collective revenues of over $65 billion in agrochemicals, seeds and biotech traits, these companies already control three-quarters of the global agrochemical market and 63% of the commercial seed market” (ETC Group, 2016)], the world’s largest network of public agricultural scientists — the Consultative Group on International Agricultural Research (CGIAR) — universities and NGOs. The 2017 report Too big to feed by the International Panel of Experts on Sustainable Food Systems (IPES-FOOD) shows that agrichemical corporations and their lobby groups are strongly represented in the major alliances and initiatives promoting CSA today. CSA is a classic technological fix that seeks to address a problem created by biotech’s failed technology (herbicide tolerant crops), and a new way of commodifying and appropriating nature. Furthermore, while claiming to use agroecological approaches (e.g. agroforestry), CSA does not exclude practices and technologies that can undermine, or are incompatible with them.
Read more here.

Sustainable intensification: While the term ‘sustainable intensification’ has been in existence for two decades, its use has only recently become mainstream and has also been incorporated into Climate-Smart Agriculture. It was originally conceived as an approach based on three fundamental assumptions about food security and agricultural production in the 21st century: 1) the world needs to produce significantly more food in the coming decades to feed a growing population; 2) the arable land base cannot be expanded significantly; and 3) agricultural production must become more sustainable and resource efficient in order to preserve the natural capital on which agriculture relies. Considered together, these three assumptions imply that agricultural production on existing arable land must intensify in order to meet higher demand, but in a manner which does not damage the environment. Nevertheless, the first assumption ignores the evidence, already stressed by the FAO and many others, of the importance of measures to redistribute food and reduce waste rather than increase production, and the latter is linked to the strongly criticized ‘Green Economy’ approach.
Read more here.

Gene drives: Gene drives are new tools that force genetically engineered traits through entire populations of insects, plants, animals and other organisms. This invasive technology represents a deliberate attempt to create a new form of genetic pollution. Gene Drives may drive species to extinction and undermine sustainable and equitable food and agriculture.
Read a letter signed by food movement leaders around the world and read the ETC Group report Forcing the farm.

CropLife International: This global network, “the voice and leading advocates for the plant science industry”, with BASF, Bayer and Syngenta among its members, identifies the six main elements of Agroecology based on a vision that mention farmers only as mere receptors of technical support and users of technology, such as biotech products, both offered by these companies.

Mega-mergers: The sudden increase of mega-mergers in the agri-food sectors and consolidation of corporate concentration throughout the entire industrial food chain (seeds, agrochemichals, fertilizers, livestock genetics, animal pharmaceuticals and farm machinery) is celebrated by some actors for creating a dynamic innovation climate. Nevertheless, while R&D spending in the sector is high ($7 billion in 2013), the scope remains narrow. Industry focuses on crops and technologies with the highest commercial returns; for instance, 40% of private breeding research goes to one crop, maize. Furthermore, a common trend is for large firms to buy emerging ‘healthy’ or ‘sustainable’ brands to fill their innovation gaps in this sector, while at the same time stifling innovation and compromising the commitment to sustainability of these smaller firms.
Read more here.

Box 3

FAO process on Agroecology

The FAO process on Agroecology, which began in September 2014 and included two international symposia (2014 and 2018), several regional seminars and meetings (2015 and 2016) and a meeting between FAO and the International Planning Committee for Food Sovereignty (IPC) and allies (2017), has allowed the organizations and social movements that promote Food Sovereignty to take our proposals and demands for Agroecology to spaces of dialogue with governments, international institutions, academia and other social organizations.

But the FAO is a monster of a thousand heads and there are attempts to permanently halt the advance of Agroecology. An example of this was the intention to mimic the Agroecology process with Agricultural biotechnologies in 2016 and 2017. The pressure of social movements and organizations, united in the IPC managed to stop this process, but the same actors within the FAO managed to open another front by promoting a discourse on necessary innovations in agriculture as a way out of the global food, environmental and climate crisis.

In this context, the issue was placed on the agenda of the meeting of the FAO Committee on Agriculture (COAG), held from 1 to 5 October 2018 and an international symposium on Agricultural Innovation for Family Farmers was held in Rome in late November 2018.

There has been a very strong emphasis on fostering innovation (mostly understood as technological innovation) to achieve sustainable agriculture and food systems and to adapt to climate change. Innovation will be a very relevant framework in the coming years. In this framework, most governments stressed the central role of private sector investment completely ignoring the fact that small-scale food producers are the first and major investors in agriculture and that they are key actors who have been innovating for centuries. However, under pressure from social movements, the COAG acknowledged in 2018 that “innovation is not a goal per se [and] some forms of innovation may contribute to environmental degradation, be disruptive of livelihoods or exacerbate inequalities. It is important to understand which kinds of innovation need to be encouraged, where and for whom”.
FAO is currently developing an analytical framework for the multi-dimensional assessment of Agroecology and guidelines for its application in order to support evidence-based decision-making on Agroecology, in dialogue with Civil Society Organizations and academia.

For organizations and social movements which are part of the IPC platform, filling major gaps in scientific and evidence-based data on Agroecology, as well as scaling Agroecology outward and upward, should be done through participatory action research, in close dialogue with committed academia. It should foster the capacity of food producers and their communities to experiment, evaluate and disseminate innovations and facilitate the bridging of different knowledge systems, leading to systemic solutions toward truly healthy, sustainable agriculture and food systems.

Box 4

The Peasant School Multimedia

In November 2015, the National Association of Small Farmers of Cuba (ANAP), La Via Campesina International (LVC) and the Komanilel Collective, launched a video course called “Multimedia Peasant School; an audiovisual tool to scale up Agroecology”. The objective of the course is to help the diffusion of Agroecology around the world. It was developed together with the network of peasant agroecological schools that La Via Campesina has created in almost every country where it has members. The training is technical, political and methodological. The virtual material explains the concepts and practices of the “Campesino a Campesino” (peasant-to-peasant, or farmer-to-farmer) methodology for spreading Agroecology. It is based on the successful Cuban experience in disseminating Agroecology. Each of the short videos in this collection pictures an aspect of the processes, actors, and experiences that together configure the Peasant to Peasant Methodology, as well some specific features of the methodology in Cuba. The video series is also complemented with a bibliographical collection on Agroecology, peasant to peasant methodology, technical manuals, and political documents from La Via Campesina.
The Peasant School Multimedia is available online in English, Spanish, French and Portuguese.

In the spotlight

In the spotlight 1

What innovation is required

Given how hegemonic discourse on innovation includes from Agroecology to biotechnology among its “focus points for sustainable agriculture”, it is vital to recognize that there are radically divergent perspectives on how to deal with global crises, how to define and implement innovative processes and products, and who should be the central actors and beneficiaries.

The technologies, innovations and practices chosen today will determine the future of agri-food systems [We refer to the various elements that make up agri-food systems (the environment, people, inputs, processes, infrastructure, institutions, etc.) and the full spectrum from pre-production and production to processing, packaging, transportation, distribution, marketing, preparation, consumption and waste management. This framework also incorporates the inputs and outputs associated with each of these activities, including socio-economic and environmental outcomes. Based on GANESAN (2014).] and the livelihoods of people throughout the world. Therefore, it is crucial that decision-makers, food producers and other stakeholders raise the right questions to guide their decisions.

In this sense, innovation should not consist only of offering a technology or a toolbox from which a few elements are selected, or focus solely on productivity. Innovation should focus specifically on social, economic, cultural, ecological, environmental, institutional, organizational and public policy processes.

For an innovation to reconfigure agri-food systems and contribute to their sustainability, it must be developed on the basis of an integral and multidisciplinary approach for systemic change that positively impacts the lives of people. In addition, innovating to transform these systems is not just about introducing new revolutionary or disruptive innovations, as well as new needs, markets and application spaces: it also involves adaptation or evolution, and the improvement and / or substantial expansion of techniques and practices which already exist.

Evaluating innovations in agrifood systems is a challenge, and requires the development of a framework and a set of indicators, and/or analysis of scenarios to measure the characteristics of an innovation and its impacts on the sustainability of these systems in order to help inform strategic options and actions. To contribute to the development of this framework, here we propose a non-exhaustive set of 13 interconnected criteria. New innovations should be evaluated according to these criteria:

i. Social, economic and institutional dimensions:
– promote popular participation in decision-making, the management of natural assets and in monitoring and evaluation processes, assign a prominent role to the most vulnerable and marginalized.
– build social and economic justice, strengthening economic inclusion and social cohesion to improve livelihoods and actively reduce inequalities, fostering and consolidating relationships and solidarity between rural and urban areas and between generations, and supporting models social and public ownership and management.
– contribute to eradicating hunger, ensuring equitable access and a sufficient food supply that in turn contributes to strengthening food self-sufficiency.
– encourage the consumption of diverse, nutritious and safe foods for healthy, diversified, culturally appropriate and sustainable diets.
– benefit small food producers and workers, creating dignified living conditions, implementing effective participation in decision making and recognizing and preserving their knowledge.
– build gender justice and respect diversity, recognize and value women’s productive and reproductive work, promote equal rights and access to resources, as well as effective participation in decision-making and help to eradicate all forms of violence and oppression against women.

ii. Environmental aspects:
– are effective, minimizing the loss of food, the waste and transport involved in the production and distribution of food, as well as the associated environmental effects through localized or re-localized food systems.
– contribute to energy justice by considering the systems and types of production, distribution and consumption of energy required to create, deploy and operate innovation, minimizing the social and environmental impacts of energy and ensuring fair and sufficient access to it.
– contribute to environmental justice, considering: the short and long term environmental impacts derived from its use, beyond its useful life; its ability to preserve biodiversity and water; and include the labor aspects of innovation in food production and the problems of migrant farm workers.
– contribute to climate justice, addressing the structural causes of climate change due to agri-food systems, to strengthen the resilience of the people facing future crises.

iii. Aspects of the implementation process:
– they will be available and affordable, for all people and institutions at all levels and in all territories.
– they are useful, usable and sustainable over time, being effective in the short and long term in fulfilling the task for which they are intended.
– they have a multiplier effect, to achieve their widespread adoption at all levels and in all territories, with a positive impact.

For an innovation to be considered social, cultural, environmental, political and economically acceptable, it should take into account and meet at least the majority, if not all, of these criteria.

Read more here.

In the spotlight 2

Why Agroecology is the path to support

Agroecology is a multidimensional approach, founded on knowledge, know-how and peasants’ and indigenous peoples’ ways of life, grounded in their respective natural, social and cultural environment[[For more on Agroecology read the Nyéléni newsletter num.20 http://www.nyeleni.org/ccount/click.php?id=62]]. It is a living concept that continues to evolve as it is adapted to diverse and unique realities. It provides a coherent framework that conceptualizes these practices and their effects (and their mutual reinforcement), and a holistic understanding of our place in natural cycles and how food systems must adapt to and restore the biocultural systems on which they depend.

It includes a long-term vision and goes beyond agricultural production to encompass and transform the whole food system. It is a tool of struggle and resistance to build peoples’ Food Sovereignty (MST)[1, only in Portuguese]. It calls for paradigm shifts on multiple fronts, including in research, consumption, and policy-making in order to achieve Food Sovereignty for rural and urban communities. Across the world, Agroecology guarantees the diversity of food and food cultures adapted to their social and natural environments.

Additionally, there is convincing data that Agroecology can raise yields significantly among those that need it most, i.e. marginalised and subsistence food producers in rainfed areas, without needing expensive and resource intensive infrastructures like irrigation and corporate seeds.

Small-scale food providers, especially peasants and family farmers, are the primary innovators in agriculture and have been for thousands of years. They are the main designers of agroecological farming systems, including agroforestry and integration of livestock with crops and trees, as well as the main plant breeders in the world. What research institutions and the private sector contribute is minuscule in comparison. This is especially true when we consider agroecological systems and locally-adapted crop varieties and livestock breeds. It is these farmer-led and farmer-conducted innovation processes that need to be supported, as well as Campesino a Campesino (farmer-to-farmer) processes to stimulate farmer innovation and sharing of results.

There are a myriad of ecologically based farming methods developed by at least 75% of the 2 billion small scale producers, mostly women on 500 million small farms that feed 70 – 80% of the world. Most of the food consumed today is derived from 2.1 million peasant-bred plant varieties.

In conclusion, Agroecology is the innovative approach to be supported; an Agroecology practiced by and according to the principles of those who maintained it for millennia: small-scale food producers.

Read more:
Innovating for sustainable agriculture and food systems.
Agroecology at a crossroads, Nyéléni newsletter num. 28

Newsletter no 36 – Editorial

Agroecology: real innovation from and for the people

Illustration: “Tierra del maíz” -Latin American Institute of Agroecoly.

The crisis in the industrial food system is impossible to ignore. For over a decade, study after study has validated the assertion of the Food Sovereignty movement in 2007 – that the corporate food system destroys life. Now Governments are anxious to find ‘innovations’ in agriculture that can overcome this. They are hoping to be saved by a new Green Revolution – innovations in science and technology that can increase production without depleting resources or polluting our world. Of course, this type of innovation will keep control of economic, genetic and natural resources firmly in the hands of agribusinesses. It will also keep the discourse firmly in line with the status quo without acknowledging that hunger is not caused by a shortage in food production but rather by poverty, a lack of democracy, the exclusion of vulnerable groups, and unequal or physical obstacles which inhibit (e.g. in situations of conflict or displaced populations) access to food, natural resources, and infrastructure.

On the other hand Agroecology within the framework of Food Sovereignty is also gaining widespread recognition and is increasingly being promoted as an approach to transform agriculture and food systems and address the challenges we face. The Food Sovereignty movement is exposing how the discourse on innovation is actually a way to depoliticise the debate on what a new food system should look like – by not setting any criteria on what innovation must deliver on. In this way Agroecology is put together with GMOs, new gene breeding technologies, ‘climate-smart agriculture’ and ‘sustainable intensification’. These models seize certain agroecological practices and combine them with patented seeds, transgenic plants, and animals, monoculture for international trade and, most importantly, the same vision of private accumulation of the fruits of our planet and of workers. In this edition, we look at the elements of Agroecology as defined by small scale food producers that make it the only real innovation to transform our food and farming.

Friends of the Earth International
[This edition was completed with the collaboration of IPC and LVC.]

Voices from the field

Voices from the field 1

Notes from a New, Peri-urban Farmer in US

Caitlin Hachmyer, Red H Farm, California, USA

I look out over my crops and beyond to the fields. I don’t own this land. I farm the land, I steward the soil. But my care for the land constantly conflicts with the knowledge that I put money and more money into an investment whose return I might never see.

New and young farmers typically rent. Success depends on developing a market niche. This favors educated, networked individuals from privileged socio-economic circles. The prohibitive nature of purchasing, and the nuanced renting mechanisms disadvantage a large segment of the agricultural workforce. The millions of farmworkers from Mexico, for instance, have stronger agricultural backgrounds and knowledge sets than most young, aspiring farmers, bur lack the social and financial capital necessary for land access. Race and class create barriers to entry.

Our products are perishable and our market niche is local. We must farm close to our urban and peri-urban markets. We need to farm in precisely the places where land prices are highest. So we rent, which has many challenges. These include conflicts resulting from land-owners misunderstanding the realities of farming; handshake agreements that fail because of differing expectations; short term leases that undermine our investment in land and soil; sale of the land or death of the landowner; loss of land to “highest and best use” development; inability to invest in perennial crops; personality conflicts…

Farming in peri-urban areas means our farm is in the public or landowners’ view. And, growing diversified, specialty crops on land that may be someone’s backyard typically involves high investment to build soil ecology and ensure healthy crops.
Farmers across the world are seen as an integral part of the solution to climate change. Highly ecological methods that sequester carbon in the soil will be key strategies. No-till farms operating at intensive, commercial levels earn more revenue per acre than most conventional farms, but the high financial investment doesn’t make sense for farmers who don’t have solid land security. Ecological farming methods are a farmer’s investment portfolio: there’s an immediate return as the nutrient value of inputs quickly improves crop health and yield, but the real return is long-term: deep, complex soil systems, established habitat and insectaries, healthy waterways, and beautiful and biodiverse landscapes.

We need farmers to invest in their land for the long term. However, even small-scale farms are still businesses, and our agricultural practices cannot always meet our ecological ideals when we can’t realize the long-term benefits of those practices on leased land.

Young peri-urban farmers in the local food movement live in tents, converted garages, little houses, and studio apartments. They wonder if they can afford to have families. Their simple lifestyles that are out of step with their broader communities. How will this create and sustain deep social transformation and a commitment to food sovereignty? For example, over 400 million acres of US farmland will change hands soon. It’s time for deep reforms.

We are all part of a complex, interwoven agricultural system whether or not we farm. When that is more broadly understood, the value of those directly tending our land and water systems, and the need for actual community-level investments, will become clearer.

We need structural change that will put farmers—the caretakers of the land—at the center of community land ownership. Change that takes portions of farmable land off of the open market and redistributes it to those who build our food systems, the foundation of our lives.

I dream of a day when I can look across the land and know that I can be there forever.

Voices from the field 2

The potential of the rural – urban interface

Blain Snipstal, Black Dirt Farm Collective Maryland, USA

The struggle for Food Sovereignty is based upon our ability to re-valorize our relationship to mother earth and people, and to shift the fundamental material and economic relations of power within the food system and society at large. This means more land in the hands of people of color, native folks, and working poor.
Recently, the rural-urban relationship, which has long been a space of conflict in our society, became the battle line that the far-right and current U.S. administration used to galvanize its base. As a result, the organizers that work for social and ecological liberation must move with extreme care and strategic thinking as to how best to push back against those antagonistic forces on the right, that only want to use violence, fear and coercion to achieve their goals.

Today, where we have a society that is approaching 80% urbanization, we must find a way to envision a future where urban life doesn’t come at the cost of rural life, or where Rural living is seen as inherently dignified and valued, while Urban living can thrive in harmony with the planet.

The future of the food sovereignty movement in this society must be able to confront this history of our rural-urban interface and the biases and behaviors laden within it. The key to our success may very well be held within this space, and the variety of actors that are working to break it wide open.

As a member of the Black Dirt Farm Collective, we have had many years of experiences of creating critical spaces of dialogue, popular education and hands-on dignified work to break open this interface and re-center a radical agrarian politic. What’s important to note here is that this radical agrarian politic, or Afroecology as we call it, must be based in both creating material changes in the lives of people and the earth through collective work (i.e. mutual aid), as well as transforming the ways we have come to think and act individually and collectively. From these experiences, we have found that the rural-urban interface has the potential to create a multi-faceted and self-valorizing dynamic in which progressive urban actors can begin to imagine themselves in more natural or rural spaces, and rural actors – namely farmers, can build community (social and economic) and open their lands as communal spaces for mutual aid.

Voices from the field 3

New opportunities and spaces for collectivism

Joel Orchard, Northern Rivers young Farmers Alliance, Australia

I believe we are in the midst of a significant cultural shift within the small scale farming sector especially in the young farmer’s movement. There are many opportunities to explore new spaces for collectivism and connection between the new ‘neo-peasantry’ and the emergence of more educated, food-literate consumers within growing urban populations. These relationships are forging new approaches to food sovereignty. The rural-urban fringe is under siege as cities expand into traditional farming lands, paving over fertile soil; peri-urban farmland is a valued commodity undergoing rapid gentrification. How peri-urban land is managed and made available for food production needs to be a key planning feature for successful local food economies.

Conventional family farm succession is gradually being replaced by increased activity in local food economies by first generation farmers from urban and professional backgrounds. They typically come with strong commitments to environmental and social ethics and seek peri-urban farmland with proximity to services and direct market access. They bring a new political discourse to small-scale farming, framed by ideas and values for food justice, anti-establishment sentiments, solidarity economies, and desire to embed themselves deeply within landscapes and social ecologies. Here lies my hope in building a more solid base for the development of the food sovereignty movement.

Farmers Markets have provided the basic building blocks for direct distribution and short value chains. However, they are also plagued with cultures of protectionism, individualism, and elitism. The CSA (Community Supported Agriculture) movement builds even closer relationships between farmer and consumer at the rural-urban, community food interface. But if local food economies remain consumerist and individualist, there is little hope for broader systemic change.

These shifts towards smaller scale production, agroecologies and diversity are facing new challenges. Localised food models are limited by land access and affordability, and a wide range of bureaucratic regulatory constraints on production, housing, and land use. The industrial food system has renewed their efforts at competition and co-optation.

I recently spent a week in Thessaloniki for Urgenci’s 7th International Symposium on Community Supported Agriculture and met with young farmers committed to these common values and facing all of these issues. The obstacles we must overcome and the bridges we build are not regionally unique. The international movement food sovereignty gives us the strong common language we need to embed in the transformative actions and activities to forge new food economies across the globe.

Voices from the field 4

Political education is key

George Naylor, president of the National Family Farm Coalition, USA

I grew up through eighth grade on the Iowa farm that my wife and I farm today. My parents and I moved to the big city of Long Beach, California, way back in 1962, the result of my parents getting too old to farm and almost 10 years of farm depression. That farm depression came from the destruction of the Roosevelt-Wallace parity price guarantees that had become the foundation of family farm agriculture in the U.S. Many of my new classmates also came from “back east” though we soon tried to not be associated with that culture. Our family bought groceries at the Japanese market run by folks that had been herded into internment camps during World War II. Besides the beautiful strawberries and vegetables, their store offered huge piles of processed food like oleo margarine and breakfast cereal—along with meat and hot dogs that came all the way from my home state of Iowa.

(Can you believe, my school friends said they preferred the taste of oleo to butter?!) Thanks to my new surroundings, I soon became very detached from the farm life and community I left behind. Like so many urban people I’ve met since, even my sense of when crops were planted and harvested became pretty fuzzy. When I was a kid on the farm my mom canned over 400 quarts of fruits and vegetables to go along with the carrots and potatoes we stored for a balanced diet in the winter months. We ate beef from our stock cows sometimes three times a day, and I “washed eggs” from our hens. We brought eggs to market in our town or they were picked up at the farm several times a week, that is, until eggs became so cheap and Campbell’s Soup refused to pay more than 3 cents per pound for the old hens.
Nevertheless, “home grown” and “made from scratch” really meant something. It all demanded hard work and perseverance, but that was the norm among the families of my farm friends and neighbors. What a contrast to what I became accustomed to through the years in California where everything came from one supermarket or another (the Japanese market faded into oblivion, replaced by Lucky and Krogers). If it were not for my earlier life on the farm and my relatives still farming in Iowa, I too would have been clueless as to where food truly came from.

Fast forward to 2018—look at the accelerating urbanization, the industrialization of food production and food processing. No wonder there’s a new fascination with good food and how it’s produced. The question is, is good food just like the latest IPhone or electrical car, or is good food the gateway to understanding how food became a commodity while we all are forced to live in big cities taking whatever jobs we can for survival? If we can see where this has led, can we see where this will all lead? Can we gain the POLITICAL understanding to create a different society where we make rules to respect each other’s economic contributions and value natural resources that can ecologically sustain future generations?

In the early 2000’s I protested the WTO and free trade agreements in Via Campesina delegations, and learned how national food policies were to be changed by international neoliberal trade agreements that would further eliminate food reserves and commodity price supports to mimic the U.S. policy that had destroyed family farm agriculture. I learned how food import dependency would be created in so many nations around the world, thus strangling the chance of national democratic farm and food policy or any political sovereignty—making food as a weapon. I visited various metropolises like Sao Paolo and Mexico City to see how free trade had already destroyed rural communities and turned proud farmers and peasants into urban refugees in these metropolises, much like my family had been in 1962.

From my point of view, we must never lose sight of the global implications of the term Food Sovereignty. While we can create new awareness and encourage a new culture that values farmers and rural communities by buying local, etc., these must go hand in hand with political education to develop political power to create a world that values all people and Mother Nature whom we all depend upon.

Voices from the field 5

Rural-Urban Linkages in Ouagadougou

Georges F. Félix, Boricuá de Agricultura Ecológica,(Puerto Rico)

Burkina Faso is largely self-sufficient in food. Over 80 % of Burkinabè population practice subsistence agriculture with staple crops like sorghum, millet and maize. Peri-urban markets around Ouagadougou result from urban expansion in which much of the produce is channeled through local and regional markets. Produce is often sold door to door by farer-vendors. Crops include green leafy vegetables, root crops, and fruit. Peri-urban farming in Ouagadougou is a livelihood option that is prone to water-level changes of nearby lakes and vulnerable land tenure, yet it survives as a source of the diverse, traditional foods found in local markets.

Ouagadougou’s peri-urban farming allows women to earn money selling in local markets. Aminta Sinaré is a math teacher who also tends an organic subsistence/market garden with forty other women. Mrs. Sinaré says: “We grow salad [vegetables] during the cold season. During the rainy season [when it’s hot], we grow okra, cabbages and other vegetables. We produce what is suited to the season.”

Burkina Faso is a landlocked country located in the heart of the Sahel, which is severely vulnerable to climate and global changes. The last couple of decades, farmers have witnessed the huge variability in rainfall patterns, from droughts to flooding, leading to lost harvests, increased erosion of pastures, and more importantly, food crises [West CT, Roncoli C, Ouattara F (2008) Local perceptions and regional climate trends on the Central Plateau of Burkina Faso. Land Degradation & Development 19 (3):289-304. doi:10.1002/ldr]. But water access and the high use of chemicals in agricultural production plague peri-urban production.

The challenge of food sovereignty in the urban-rural interfaces in Burkina Faso may provide important political linkages between rural and urban farmers. Both have to address the need for increased food production and detoxifying the food production process. Securing land tenure and providing much-needed support at watershed scales, including farming system re-design are also shared demands.