Cross posted form Border Jumpers, Danielle Nierenberg and Bernard Pollack.
In Accra, Ghana, most homes do not have indoor plumbing or sewage systems. Instead, households dispose of waste into the same ditches and streams that urban farmers use to irrigate the crops they sell at local markets. The use of wastewater on farms presents a significant health risk and has been banned by the government. But because many farmers don't have access to clean sources of water, they lack other options for irrigating their crops.
"Ideally we would start at the city level to address wastewater treatment through infrastructure," says Ben Keraita, an irrigation and water engineer and researcher with IWMI. "But there is no money or support for a big project like that, so we start with the farmers to find affordable, small, and simple ways to reduce the risk of contamination."
In this regular series, we profile advisors to the Nourishing the Planet project. This week, we feature Louise Buck, Senior Extension Associate at Cornell University. Cross posted from Worldwatch Institute's Nourishing the Planet
Name: Louise Buck
Affiliation: Cornell University and Ecoagriculture Partners
Location: Ithaca, New York, United States
Bio: Louise Buck is Senior Extension Associate at Cornell University. She joined the university's Department of Natural Resources in 1996 and has been associated with the Cornell International Institute for Food Agriculture and Development (CIIFAD) since 1993. Presently, Louise leads the Cornell Ecoagriculture Working Group. Her interests include community-based natural resource management, agroforestry, curriculum development for experiential learning, and participatory research.
Recent Work:
-L.E. Buck and S.J. Scherr, "Building innovation systems for managing complex landscapes," in K.M. Moore, ed., The Sciences and Art of Adaptive Management: Innovating for Sustainable Agriculture and Natural Resources Management (Ankeny, IA: Soil and Water Conservation Society, 2009).
-J. Sayer and L.E. Buck, eds., "Learning from Landscapes," IUCN Forest Conservation Program and Ecoagriculture Partners, Arborvitae Special Issue, September 2008.
-"Farming the Forest," Cornell Plantations Magazine, vol. 62, no. 2 (2007), pp. 6-13.
-L.E. Buck, T.A. Gavin, N.T. Uphoff, and D.F. Lee, "Scientific Assessment of Ecoagriculture Systems," in S.J. Scherr and J.A. McNeely, eds., Farming with Nature: The Art and Science of Ecoagriculture (Washington, DC: Island Press, 2007).
On Nourishing the Planet: The Nourishing the Planet project will stimulate much-needed innovation in the development of integrated land-use and market systems that can deliver food production, environmental conservation, and livelihood security outcomes. It will also support innovation in the collaborative management of agriculture and natural resources at a landscape scale.
The U.S. Agency for International Development's Production, Finance, and Technology (PROFIT) program in Lusaka, Zambia, is different from other development projects, according to Rob Munro, the program's senior market development advisor. This is because PROFIT has "real clients" in the private sector who maintain relationships with smallholder farmers.
By working with these partners, PROFIT isn't distorting the market "by throwing money at it" or giving farmers subsidies for inputs, such as fertilizer. Instead, it is working with farmers, the private sector, and donors to improve the competitiveness of rural businesses by linking large agribusiness firms to farmers. It's helping to improve linkages within industries that large numbers of small and medium-sized enterprises participate in, such as cotton, livestock, and non-timber forest products like honey.
Specifically, PROFIT helps communities select and train agricultural agents who work with agribusiness to provide inputs to farmers in rural areas-places where agribusiness firms had been reluctant to go because they didn't think there was a big enough market. The agents are essentially entrepreneurs who provide goods and services that the communities didn't have access to. In addition to selling things like hybrid maize or fertilizer, the agents can also provide ripping services to farmers practicing conservation farming methods, as well as herbicide spraying and veterinary services.
The "key" to the program's success, says Munro, is that the agent is a "community man" selected by the communities themselves, not by agribusiness firms. The farmers trust the agent not to run off with their money and to deliver the goods and services they've purchased.
Unlike traditional development projects that "inundate" communities with trainers, PROFIT minimizes the number of USAID staff involved locally, helping to ensure that the project isn't viewed as traditional "aid," which can create dependency. Unlike the AGRA-supported CNFA, which relies extensively on its own staff to train agro-dealers, 80 percent of the trainings for agents are not provided by PROFIT, but by firms that are training agents how to use their products.
PROFIT's model means that the program doesn't work "with the poorest of the poor," but with farmers who have the ability to scale up, says PROFIT chief of party Mark Wood. If you start with the very poorest, Wood says, "it's like trying to start a car without an engine." But by working with the 200,000 farmers in Zambia who have the means to collaborate with businesses, PROFIT is helping to create opportunities for thousands of poorer farmers in the future.
Stay tuned this week for more about PROFIT and Mobile Technology's work to help small and medium-sized enterprises and farmers use mobile phone technology for e-banking services and to access market information.
It’s hard to believe, but an estimated 2.6 billion people in the developing world—nearly a third of the global population—still lack access to basic sanitation services. This presents a significant hygiene risk, especially in densely populated urban areas and slums where contaminated drinking water can spread disease rapidly. Every year, some 1.5 million children die from diarrhea caused by poor sanitation and hygiene.
It is in these crowded cities, too, that food security is weakened by the lack of clean, nutrient-rich soil as well as growing space available for local families.
But there is an inexpensive solution to both problems. A recent innovation, called the Peepoo, is a disposable bag that can be used once as a toilet and then buried in the ground. Urea crystals in the bag kill off disease-producing pathogens and break down the waste into fertilizer, simultaneously eliminating the sanitation risk and providing a benefit for urban gardens. After successful test runs in Kenya and India, the bags will be mass produced this summer and sold for U.S. 2–3 cents each, making them more accessible to those who will benefit from them the most.
In post-earthquake Haiti, where many poor and homeless residents are forced to live in garbage heaps and to relieve themselves wherever they can find privacy, SOIL/SOL, a non-profit working to improve soil and convert waste into a resource, is partnering with Oxfam GB to build indoor dry toilets for 25 families as well as four public dry toilets. The project will establish a waste composting site to convert dry waste into fertilizer and nutrient-rich soil that can then be used to grow vegetables in rooftop gardens and backyards.
In Malawi, Stacia and Kristof Nordin’s permaculture project (which Nourishing the Planet co-director Danielle Nierenberg visited during her tour of Africa) uses a composting toilet to fertilize the crops. Although these units can be expensive to purchase and install, one company, Rigel Technology, manufactures a toilet that costs just US$30 and separates solid from fluid waste, converting it into fertilizer. The Indian non-profit Sulabh International also promotes community units that convert methane from waste into biogas for cooking.
On a larger scale, wetlands outside of Calcutta, India, process some 600 million liters of raw sewage delivered from the city every day in 300 fish-producing ponds. These wetlands produce 13,000 tons of fish annually for consumption by the city’s 12 million inhabitants. They also serve as an environmentally sound waste treatment center, with hyacinths, algal blooms, and fish disposing of the waste, while also providing a home for migrating birds and an important source of local food for the population of Calcutta. (See also “Fish Production Reaches a Record.”)
Aside from cost and installation, the main obstacles to using human waste to fertilize crops are cultural and behavioral. UNICEF notes in an online case study that a government-run program in India provided 33 families in the village of Bahtarai with latrines near their houses. But the majority of villagers still preferred to use the fields as toilets, as they were accustomed to doing their whole lives. “It is not enough just to construct the toilets,” said Gaurav Dwivedi, Collector and Bilaspur District Magistrate. “We have to change the thinking of people so that they are amenable to using the toilets.”
Care International's work in Zambia has two main goals: increase the production of staple crops and improve farmers' access to agricultural inputs, such as seeds and fertilizers.
But instead of giving away bags of seed and fertilizers to farmers, Care is "creating input access through a business approach," not a subsidy approach, according to Steve Power, Assistant Country Director for Zambia.
One way they're doing this is by creating a network of agro-dealers who can sell inputs to their neighbors as well as educate them about how to use hybrid seeds, fertilizers, and other inputs. At the same time, "we are mindful" of the benefits of local varieties of seeds, says Harry Ngoma, Agriculture Advisor for the Consortium for Food Security, Agriculture and Nutrition, AIDS, Resiliency and Markets (C-FAARM). Care and C-FAARM are working with farmers to combine high- and low-technology practices.
Care thinks that this "business approach" will help farmers get the right inputs at the right time, unlike subsidy approaches that give farmers fertilizer for free, but often at the wrong time of year, making the nutrients unavailable to crops. And Care's focus on training agro-dealers and giving them start-up grants allows the organization to remain invisible to farmers. Power says that Care wants to be a "catalyst to the market" and help transfer resources, without distorting the basic pricing structure.
Another component of Care's work is improving the production of sorghum and cassava. "Zambia is as addicted to maize as we are to Starbucks coffee," says Power. But by encouraging the growth of other crops, including sorghum, which is indigenous to Africa, Care can help farms diversify local diets as well as build resilience to price fluctuations and drought.
Care is promoting conservation farming in Zambia as well. The organization has been working in six districts since 2007, reaching 24,000 households. In addition to promoting minimum tillage practices and the use of manure and compost, Care is helping to train government extension officers about conservation farming so that eventually they'll be responsible-instead of Care-for training farmers.
According to Power, the key to Care's work is promoting business-like approaches to agriculture alongside more traditional ones, so farmers don't become dependent on the organization for gifts of fertilizer or seed. These sorts of programs, according to Care, will be more effective at feeding people and increasing incomes than traditional food-aid projects that rely on long-term donor support. This is a big challenge in a country-and a region-facing the impacts of both climate change and the global economic crisis.
Stay tuned for more blogs about how farmers are linking to the private sector.
Richard Haigh runs Enaleni Farm outside Durban, South Africa, raising endangered Zulu sheep, Nguni cattle (a breed indigenous to South Africa that is very resistant to pests), and a variety of fruits and vegetables. Check out this video from my conversation with Richard about his sheep, his garden, and the meaning behind the name of his farm:
This is the first in a series of blogs where we'll be asking policy makers, politicians, non-profit and organizational leaders, journalists, celebrities, chefs, musicians, and farmers to share their thoughts-and hopes-for agricultural development in Africa. Cross posted from Nourishing the Planet.
Last week, I had the privilege of meeting with the new U.S. ambassador to Zimbabwe, Charles Ray. Ambassador Ray was gracious enough to take the time to answer my questions about agricultural development in a country facing political turmoil, high unemployment, and high food prices.
What do you think is needed in Zimbabwe to both improve food security and farmers incomes?
Over the past decade, Zimbabwean small holder farmers have endured a litany of economic, political, and social shocks as well as several droughts and floods resulting in the loss of their livelihoods and food security. Poverty for small holder farmers has greatly increased throughout the country.
In order to restore farmers' livelihoods they need to be supported in a process of sustainable private sector-driven agricultural recovery to achieve tangible household-level impact in food security and generate more household income, as well to promote more rural employment.
The U.S. government through USAID is doing this by supporting programs that provide effective rural extension, trainings and demonstration farms in order to improve farm management by small holder producers. The programs also include support for inputs and market linkages between the farmers and agro-processers, exporters and buyers. These programs are broad-based and cover all communal small holder farmers throughout the country.
The result of this work is increased production, and productivity, lowered crop production costs and losses, improved product quality, and production mix and increasing on-farm value-adding. Together these programs are increasing food security and farmer's incomes as well as generating more farmer income and rural employment of agro-business.
At present, the U.S. is the largest provider of direct food aid in Zimbabwe. We are working with our partners to move from food aid to food security assistance which will use more market oriented approaches and combine livelihoods programs as noted above, which will reduce the need for food distribution.
Do you think Zimbabwe needs more private sector investment? If so, what are ways the U.S. government and other donors can help encourage both domestic and foreign investment?
Zimbabwe certainly needs more foreign direct investment. There is little chance that the country can internally generate the investments required to promote the economic growth it needs without it. But it is the government of Zimbabwe that is responsible for creating the business enabling environment to attract investment including both foreign and national.
At present, much more needs to be done in policy and the legal and regulatory framework and in the rhetoric and actions by the government in order to create the environment conducive to attract investment. Without the clear will of the government to be FDI-friendly there is not much that the donors can do.
"Meet the Nourishing the Planet Advisory Group" is a new regular series where we profile advisors of the Nourishing the Planet project. This week, we're featuring Dr. Samuel Myers, who is an Instructor of Medicine at the Harvard Medical School and a member of the Worldwatch Institute Board of Directors.
Bio: Samuel Myers is an Instructor of Medicine at the Harvard Medical School. His research interests include human health impacts of large-scale, anthropogenic environmental change including climate change, land use change, and deterioration of ecosystem services. Dr. Myers also studies the consequences of large-scale environmental change to human nutrition and impact of food production systems on the environment. He is Board Certified in internal medicine and is a Staff Physician at the Mount Auburn Hospital where he continues to see patients. Dr. Myers is also a member of the Worldwatch Institute Board of Directors.
On the Nourishing the Planet project: At the same time that billions of people are suffering from protein-calorie malnutrition and micronutrient deficiencies, we are encountering numerous environmental headwinds in nourishing the global population. These include land degradation, soil nutrient depletion, biodiversity loss and a host of factors associated with climate change including temperature rise, altered access to water, more natural disasters, increased ground level ozone concentrations, and altered exposure to pests and pathogens. These challenges will manifest differently in different locations, and overcoming them will require solutions that have been developed in a way that is sensitive to local context. I see this as the great value of the Nourishing the Planet project. We need to identify a suite of agricultural innovations appropriate for different locations and contexts that we can employ to improve nutritional security around the globe. Nourishing the Planet is a very valuable effort towards this goal.
In your report 'Global Environmental Change: The Threat to Human Health' you describe the health impacts of climate change as an opportunity as well as a challenge. Can you describe those challenges and the alternate opportunities they present? Why should countries like the United States, who are the primary source of climate change, care about the health impacts of climate change on people in developing countries? Let me just say that there is a clear moral imperative for people in the wealthy world to address the suffering of people in the poor world given that our consumption patterns have put them in harm's way. Addressing the health impacts of climate change is an opportunity as well as a challenge, because if we recognize this moral imperative, and rise to the challenge of helping to address these health threats, we will be addressing some of the most entrenched scourges of human wellbeing: malnutrition, poverty, infectious disease, inadequate water and sanitation, etc. I believe that Nourishing the Planet can play an important role in helping to identify and highlight approaches to meeting nutritional needs that increase resilience to climate change-as well as other types of ongoing environmental change. This need for the wealthy world to help the poor world increase its resilience to environmental threats is central to all the health-related challenges of climate change and an area where Nourishing the Planet has a lot to offer.
1. Myers SS, Patz J. 2009. Emerging threats to human health from global environmental change. Annual Review of Environment & Resources 34: 223-52
Check out the most recent issue of the journal Science which takes a look at ways to improve food security as the world's population is expected to top 9 billion by 2050. To best nourish both people and the planet, the journal suggests a rounded approach to a worldwide agricultural revolution by encouraging diets and policies that emphasize local and sustainable food production, along with the implementation of agricultural techniques that utilize biotechnology and ecologically friendly farming solutions.
Jessica Milgroom isn't your typical graduate student. Rather than spending her days in the library of Wageningen University in the Netherlands, her research is done in the field-literally. Since 2006, Jessica has been working with farming communities living inside Limpopo National Park, in southern Mozambique.
When the park was established in 2001, it was essentially "parked on top of 27,000 people," says Jessica. Some 7,000 of the residents needed to be resettled to other areas, including within the park, which affected their access to food and farmland. Jessica's job is to see what can be done to improve resettlement food security.
But rather than simply recommending intensified agriculture in the park to make better use of less land, Jessica worked with the local community to collect and identify local seed varieties. One of the major problems in Mozambique, as well as other countries in sub-Saharan Africa, is the lack of seed. As a result, farmers are forced to buy low-quality seed because nothing else is available.
In addition to identifying and collecting seeds, Jessica is working with a farmer's association on seed trials, testing varieties to see what people like best. In addition, farmers are learning how to purify and store seeds (see Innovation of the Week: Investing in Better Food Storage in Africa).
Weevils, the farmers tell Jessica, are worse than ever, destroying both the seed and crops they store in traditional open-air, granaries. But the farmers are now building newer granaries that are more tightly sealed and help prevent not only weevils but also mold and aflatoxins from damaging crops.
Today, farmers and breeders alike have a greater respect for Mozambique's indigenous seed varieties. According to Jessica, one of the biggest accomplishments of the project has been getting breeders and farmers to talk to each other. "It's been interesting for both groups," says Jessica, "and it needs to be a regular discussion" between them.
This is the second in a two-part series of my visit to Africa Harvest in Johannesburg, South Africa.
Daniel Kamanga, the Director of Communications of Africa Harvest, and former journalist, says that journalism in Africa has to overcome many challenges, including a general lack of coverage on agriculture issues-let alone a deeper understanding about who is funding agricultural development in Africa. "No one knows who Bill [Gates] is in Africa," lamented Kamanga. The Bill & Melinda Gates Foundation is one of the biggest and most influential funders of agricultural development in sub-Saharan Africa. (See Filling a Need for African-Based Reporting on Agriculture).
"You can't have a revolution in Africa if people aren't briefed," says Kamanga, referring to the call for a Green Revolution in Africa by the Alliance for a Green Revolution in Africa (AGRA). Although agriculture makes up about 98 percent of the economy in Kenya, it's barely covered in the country's newspapers. And there are not any agricultural editors at any of the newspapers on the entire continent.
But it's not just a question of reporters having more knowledge, according to Kamanga. It's also a matter of compensation. African journalists are typically paid very little compared to journalists in other countries. In Burkina Faso, reporters receive just 160 dollars per month. As a result, many journalists see bribes as a way to supplement their income.
Yet with newspaper and media consolidation, fierce competition for advertisers, and lackluster economic conditions in Africa and all over the world, it's a trend that might only get worse.
For the past few months, we've been collecting information about agricultural innovations from all over the world (survey in English and French). We shared the initial responses in September and even more responses in November, but continue to receive interesting information and recommendations from farmers, NGOs, research groups, and policymakers in a multitude of countries. Below are a few tidbits we'd like to share.
The following projects, already featured on the Nourishing the Planet blog, have recently provided information for our survey, further describing their agricultural innovations and helping us as we seek to define innovations that best nourish people as well as the world in our upcoming report, State of the World 2011.
From Never Ending Food in Lilongwe, Malawi: The Nordins are educating others about permaculture and growing indigenous crops to increase income and improve food security. You can read about Danielle's visit to their home and farm here: Malawi's Real "Miracle" and Sweeping Change.
Please continue to share your agriculture innovations with us. We look forward to featuring your success stories on our blog and in Nourishing the Planet. Stay tuned for more updates from the survey-maybe next time it will be your innovation we highlight!
Cow peas are an important staple in Western Africa, providing protein to millions of people. Unlike maize, cow peas are indigenous to the region and have adapted to local growing conditions, making them an ideal source of food.
Making sure that the crops make it from the field to farmers' bowls (or bols), however, is a real challenge in Niger and other countries (see Innovation of the Week: Reducing Food Waste). Cow peas only grow a few months a year and storing large amounts of the crop can be difficult because of pests. But that's changing, thanks to a storage bag developed by Purdue University. The bags, called Purdue Improved Cowpea Storage, or PICS, are hermetically sealed, preventing oxygen and pests from contaminating the cowpeas. According to Purdue President Martin C. Jischke, "The method is simple, safe, inexpensive and very effective, which means that getting the right information to these people will reap tremendous benefits."
With support from the Bill & Melinda Gates Foundation, the PICS project hopes to reach 28,000 villages in not only Niger, but Benin, Burkina Faso, Cameroon, Ghana, Mali, Nigeria, Senegal, Chad, and Togo by 2011. And while many farmers are at first skeptical the large storage bags will protect cow peas throughout the year, seeing is believing- in each village bags are filled with cowpeas and then 4 to 6 months later PICS has an Open-the-Bag event, allowing the farmers to see that the cowpeas are undamaged and ready-to-eat. In addition to protecting the cowpea from pests, the PICS bags also save farmers money on expensive pesticides.
Stay tuned for more on PICS bags when we head to Western Africa in a few months.
Mokolodi Wildlife Reserve used to be known more for raising livestock than protecting wildlife. But after years of ranching degraded the land, the owner decided to devote the area to protecting elephants, giraffes, impala, kudu, crocodiles, hippos, ostrich, warthogs, and various other animals and birds. But the reserve hasn’t stopped raising food.
In addition to teaching students and the community about conserving and protecting wildlife and the environment, they’re also educating students about permaculture. By growing indigenous vegetables, recycling water for irrigation, and using organic fertilizers—including elephant dung—the Reserve’s Education Center is demonstrating how to grow nutritious food with very little water or chemical inputs. (See Malawi’s Real “Miracle” and Emphasizing Malawi’s Indigenous Vegetables as Crops.)
I met with Tuelo Lekgowe and his wife, Moho Sehtomo, who are managing the permaculture garden at Mokolodi. Tuelo explained that the organically grown spinach, tomatoes, onions, lettuce, green peppers, garlic, basil, parsley, coriander and other crops raised at the garden are used to feed the school groups who come regularly to learn about not only animals, but also sustainable agriculture. Tuelo and Moho use the garden as a classroom, teaching students about composting, intercropping, water harvesting, and organic agriculture practices. The garden also supplies food for the Education Center and Mokolodi’s restaurant, feeding the hundreds of students and tourists who visit the non-profit reserve each week.
The Mokolodi Reserve is another example of how agriculture and wildlife conservation can go hand-in hand.
This is the first in a two-part series about my visit to the home of Kristof and Stacia Nordin in Lilongwe, Malawi. Cross posted from Nourishing the Planet.
Stacia and Kristof Nordin have an unusual backyard. Rather than the typical bare dirt patch of land that most Malawians sweep “clean” every day, the Nordins have over 200 varieties of mostly indigenous vegetables growing organically around their house. They came to Malawi in the 1990s as Peace Corps Volunteers, but now call Malawi home. Stacia works for the Malawi Health Ministry, educating both policy-makers and citizens about the importance of indigenous vegetables and permaculture for improving livelihoods and nutrition.
Malawi may be best known for the so-called “Malawi Miracle.” Five years ago the government decided to do something controversial—provide fertilizer subsidies to farmers to grow maize. Since then maize production has tripled and Malawi has been touted as an agricultural success story. But the way they are refining that corn, says Kristof, makes it “kind of like Wonderbread,” leaving it with just two or three nutrients. Traditional varieties of corn, however, which aren’t usually so highly processed, are more nutritious and don’t require as much artificial fertilizer compared to hybrid varieties. According to Kristof, “48 percent of the country is still stunted with the miracle.”
Stacia and Kristof use their home as a way to educate their neighbors about both permaculture and indigenous vegetables. Most Malawians think of traditional foods, such as amaranth and African eggplant, as poor people foods grown by “bad” farmers. But these crops may hold the key for solving hunger, malnutrition and poverty in Malawi.
Rather than focusing on just planting maize—a crop that is not native to Africa—the Kristofs advise the farmers they work with that there is “no miracle plant, just plant them all.” Maize, ironically, is least suited to this region because it’s very susceptible to pests and disease. Unfortunately, the “fixation on just one crop,” says Kristof, means that traditional varieties of foods are going extinct—crops that are already adapted to drought and heat, traits that become especially important as agriculture copes with climate change.
And indigenous crops can be an important source of income for farmers. Rather than importing things like amaranth, sorghum, spices, tamarinds and other products from India, South Africa, and other countries, the Nordins are helping farmers find ways to market seeds, as well as value added products, from local resources. These efforts not only provide income and nutrition, but fight the “stigma that anything Malawian isn’t good enough,” says Kristof. “A lot of solutions,” he says, “are literally staring us in the face.” And as I walked around seeing—and tasting— the various crops at the Nordins’ home, it’s obvious that maize is not Malawi’s only miracle. Stay tuned for more about my trip to the Nordins.
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Name: Louise Buck
The U.S. Agency for International Development's 
It’s hard to believe, but an estimated 2.6 billion people in the developing world—nearly a third of the global population—still lack access to basic sanitation services. This presents a significant hygiene risk, especially in densely populated urban areas and slums where contaminated drinking water can spread disease rapidly. Every year, some 1.5 million children die from diarrhea caused by poor sanitation and hygiene.
Last week, I had the privilege of meeting with the new U.S. ambassador to Zimbabwe, Charles Ray. Ambassador Ray was gracious enough to take the time to answer my questions about agricultural development in a country facing political turmoil, high unemployment, and high food prices.
Jessica Milgroom isn't your typical graduate student. Rather than spending her days in the library of Wageningen University in the Netherlands, her research is done in the field-literally. Since 2006, Jessica has been working with farming communities living inside Limpopo National Park, in southern Mozambique.
This is the second in a two-part series of my visit to Africa Harvest in Johannesburg, South Africa.
The following projects, already featured on the Nourishing the Planet blog, have recently provided information for our survey, further describing their agricultural innovations and helping us as we seek to define innovations that best nourish people as well as the world in our upcoming report, State of the World 2011.
Stacia and Kristof Nordin have an unusual backyard. Rather than the typical bare dirt patch of land that most Malawians sweep “clean” every day, the Nordins have over 200 varieties of mostly indigenous vegetables growing organically around their house. They came to Malawi in the 1990s as Peace Corps Volunteers, but now call Malawi home. Stacia works for the Malawi Health Ministry, educating both policy-makers and citizens about the importance of indigenous vegetables and permaculture for improving livelihoods and nutrition.