As staple foods, maize and wheat provide vital nutrients and health benefits, making up close to two-thirds of the worldâs food energy intake, and contributing 55 to 70 percent of the total calories in the diets of people living in developing countries, according to the U.N. Food and Agriculture Organization. CIMMYT scientists tackle food insecurity through improved nutrient-rich, high-yielding varieties and sustainable agronomic practices, ensuring that those who most depend on agriculture have enough to make a living and feed their families. The U.N. projects that the global population will increase to more than 9 billion people by 2050, which means that the successes and failures of wheat and maize farmers will continue to have a crucial impact on food security. Findings by the Intergovernmental Panel on Climate Change, which show heat waves could occur more often and mean global surface temperatures could rise by up to 5 degrees Celsius throughout the century, indicate that increasing yield alone will be insufficient to meet future demand for food.
Achieving widespread food and nutritional security for the worldâs poorest people is more complex than simply boosting production. Biofortification of maize and wheat helps increase the vitamins and minerals in these key crops. CIMMYT helps families grow and eat provitamin A enriched maize, zinc-enhanced maize and wheat varieties, and quality protein maize. CIMMYT also works on improving food health and safety, by reducing mycotoxin levels in the global food chain. Mycotoxins are produced by fungi that colonize in food crops, and cause health problems or even death in humans or animals. Worldwide, CIMMYT helps train food processors to reduce fungal contamination in maize, and promotes affordable technologies and training to detect mycotoxins and reduce exposure.
Ravi P. Singh, distinguished scientist and head of Bread Wheat Improvement, was awarded the 2012 Crop Science Research Award by the Crop Science Society of America (CSSA). Singh is the first CIMMYT scientist to receive this award.
The award was presented at the CSSA annual meeting in Cincinnati, Ohio, on 24 October 2012, and recognized Singhâs achievements in fighting wheat diseases, rusts in particular. âWheat rusts are among the worldâs most important diseases,â said Singh. âA century of research and breeding has helped to reduce the losses caused by rusts, but new biotypes continue to emerge.â
A fellow of numerous scientific associations, Singh has contributed to the development of over 200 wheat cultivars; 20 of which are resistant to Ug99 and have been released and taken up by farmers in developing countries. His approaches for generating high-yielding and disease-resistant wheat lines have changed wheat breeding at CIMMYT and at breeding programs worldwide. Though an eminent scientist himself, Singh recognizes that science alone cannot solve the critical problems facing agriculture: âPolicies to ensure efficient use of water, nutrients, and prices will be important to enhance productivity and profitability.â
The community based seed production (CBSP) program is one of the most successful interventions of the Hill Maize Research Project (HMRP) Phase IV in Nepal. Through this program, the project has significantly contributed to the increase in maize seed replacement rate, maize productivity, and income of smallholder and resource-poor farmers in the hills of the country. To observe the successes achieved so far, teams from USAID-Nepal, CIMMYT-Mexico, and HMRP visited a community-managed seed company in the Thumpahkar Village of Sindupalchowk district, located about 100 km north-east of Kathmandu, on 12 October 2012. The USAID team comprised of John Stamm (General Development Office director, USAID-Nepal), Luis Guzman (Feed the Future team leader, USAID-Nepal), Shanker Khagi (South Asia Regional Initiative for Energy country coordinator), and Lindsey Moore (USAID-Bangladesh). CIMMYTâs Thomas Short (deputy director general for Corporate Services), Nellooli P. Rajasekharan (International Human Resources director), G. Ortiz Ferrara (HMRP team leader), Nirmal Gadal (HMRP agronomist), and Dilli KC (HMRP seed value chain and marketing expert) were also present, along with about 35 seed growers, including the management team of the company.
The meeting was chaired by Gunda Bahadur Dhami, chairperson of Sindhu-Tuki Seed Production Cooperative Ltd. During a brief presentation, the companyâs coordinator D.B. Bhandari summarized the institutional graduation of the farmersâ groups to a cooperative and later to a private seed company. Starting in 2005, the cooperative developed into a private seed company in 2010 with the technical support from HMRP. It currently works with 300Â members organized in 14 CBSP groups. Bhandari also discussed the companyâs current activities, future plan, operational model, membership policy, marketing activities, and approaches to gender and sustainability.
Stamm acknowledged the project team and congratulated farmers on the impact achieved so far. âUSAID-Nepal considers HMRP a very successful project, and your seed company is a model for economic development of rural areas,â he said. Rajasekharan then thanked the HMRP team for organizing the field visit and expressed CIMMYTâs commitment to support the project staff in their work aiming to improve food security among Nepalese maize farmers. Short added: âI echo Rajâs words in congratulating the members of this seed company, but I also take the opportunity to thank the two donors of HMRP, USAID and SDC, for their financial and technical support given to the project.â Ortiz Ferrara stressed that âsustainability is the prime concern of HMRP, and the entire project activities are built on the clearly defined roles and responsibilities of the multiple stakeholders.
This small seed company is now operating on its own resources, and this is only one of the 195 CBSP groups coordinated by HMRP in 20 hill districts.â Responding to a question raised by Khagi regarding the competitiveness of improved maize seed, a female maize seed grower said: âThe new maize varieties are high yielding, disease and lodging tolerant, have good taste, and the grain can be stored for a longer time.â Dhami followed: âWe are just learning to walk and there is still a lot to do to help small farmers in our hill area to achieve food security and increase their income.â He thanked the guests for their valuable time and their continuing collaboration with the recently established seed company. At the end of the discussion, the team observed the seed processing plant, seed store house, and the community seed bank.
1. What kind of research do you specialize in?
My long-term research interest has been to enhance the genetic understanding of resistance to wheat rusts and to achieve durable resistance by developing high-yielding wheat germplasm that has adequate to near-immune levels of resistance based on diverse combinations of minor genes.
2. Why do you think it is important?
Wheat rusts are among the world’s most important diseases. A century of research and breeding effort has helped reduce the losses but new biotypes continue to emerge and cause significant losses. Use of minor gene combinations offers an unique opportunity to achieve long-term, or durable, resistance. This will protect wheat crops without the need of utilizing fungicides and thus enhance farmersâ income while protecting environment.
3. How did you get started in agriculture?
Although my grandparents were farmers and I enjoyed spending time in villages during vacations in my childhood days, my start in agriculture was accidental. When I was growing up in India most of my peers dreamt to become engineers, medical doctors, or civil servants. I was planning to become doctor and studied biology in school. To enter medical school, we had to go through competitive entrance tests. I missed the entrance test the first year as I was in bed for various months due to severe jaundice. So, I took the admission for agriculture, considering it to be relatively easy degree, to prepare for the medical entrance exam. However, when I realized that I was doing extremely well without putting much effort, I decided to stay with agriculture and give it my full effort. I started to set my own milestones during BS and MS programs and completed these degrees by establishing new records.
4. Your field has changed since you began your studies? What are some of the most important/exciting changes you’ve seen?
My PhD was in the area of genetics of rust resistance in wheat from the University of Sydney. This experience brought me to CIMMYT where I started as rust pathologist assigned to the bread wheat breeding program. Soon, I started to learn and contribute to wheat breeding while maintaining activities in wheat pathology and genetics. In other words, I was doing three jobs. This helped me integrate the three disciplines in a more effective manner. When biotechnology initiated at CIMMYT, I embraced it as a new tool and collaborated both with CIMMYT groups as well as outside partners to enhance my knowledge. Science is evolving continuously and, as breeders, we must be open to new science, and to using it where it can be applied more efficiently. Agriculture research and the CGIAR centers have had a roller-coaster ride during my career at CIMMYT. The need for good science, the need for solutions to enhance food production â especially considering climate change scenarios which project limited water availability and temperature stresses â will require serious efforts from scientists, policy makers, and farmers.
5. If you were a researcher just starting out, what would you pursue?
Any researcher starting must see what has worked and what can be done to make it better. Researchers can always contribute based on what they have learned or can learn. This is the way to move forward.
6. What are the most important/critical challenges facing food security/global hunger?
We have to recognize that science alone cannot solve all critical challenges facing agriculture. Implementation of policies to ensure efficient use of water, nutrients, and prices will be important to enhance productivity and profitability. I believe that sufficient food can be produced if there is a will and openness to adopt new technologies that are productive and sustainable.
7. What things/people inspire you to do your work?
Hard working people at all levels, who are ready to give what they have, inspires me a lot. At the end of the day the progress made in work is also inspiring to continue doing better and looking forward for the next day.
MEXICO CITY, MEXICO (26 October 2012)Â â CIMMYT (The International Maize and Wheat Improvement Center) announced today that the Crop Science Society of America (CSSA) has given CIMMYTâs Dr. Ravi P. Singh its 2012 Crop Science Research Award.The award was presented at the CSSA annual meeting in Cincinnati, OH and recognizes Dr. Singhâs work fighting wheat diseases. The award is given to one person annually. Dr. Singh is the first CIMMYT scientist to receive the honor.
Dr. Singh is recognized as one of the foremost authority on rust diseases of wheat. He has identified 20 genes for different traits in wheat and molecular markers for several major and minor rust resistance genes. Singhâs contributions to wheat genetics, pathology and breeding have resulted in the release of over 200 wheat cultivars, including 20 that are resistant to Ug99 stem rust, in numerous developing countries. His methodology for developing high yielding cultivars with durable rust resistance and the breeding lines derived from this work have changed not only wheat breeding at CIMMYT but also in numerous breeding programs both in developing and developed countries. His competence and the respect of fellow scientists are widely recognized, and Singh has helped train over 500 developing country scientists and served as advisor for 18 MS and PhD students.
Dr. Singh is a Distinguished Scientist and the Head of Bread Wheat Improvement at CIMMYT. He received B.S. and M.S. degrees from Banaras Hindu University, India, and a Ph.D. degree from the University of Sydney. Singh has authored or co-authored 150 refereed journal articles, 24 book and book chapters and reviews, 77 symposia proceedings, and 182 abstracts. He is a fellow of numerous scientific organizations, including ASA, CSSA, APS and National Academy of Agricultural Science of India, and has received awards such as International Service in Crop Science Award from CSSA, Outstanding CGIAR Scientist, E.C. Stakman Award from the the University of Minnesota, and Jinding and Caiyun Medals from the Sichuan and Yunnan Province Governments of China.
The Crop Science Society of America (CSSA), founded in 1955, is an international scientific society comprised of 6,000+ members with its headquarters in Madison, WI. Members advance the discipline of crop science by acquiring and disseminating information about crop breeding and genetics; crop physiology; crop ecology, management, and quality; seed physiology, production, and technology; turfgrass science; forage and grazinglands; genomics, molecular genetics, and biotechnology; and biomedical and enhanced plants.
About CIMMYT
Headquartered in Mexico, the International Maize and Wheat Improvement Center (known by its Spanish acronym, CIMMYT) is a not-for-profit agriculture research and training organization. The center works to reduce poverty and hunger by sustainably increasing the productivity of maize and wheat in the developing world. CIMMYT maintains the worldâs largest maize and wheat seed bank and is best known for initiating the Green Revolution, which saved millions of lives across Asia and for which CIMMYTâs Dr. Norman Borlaug was awarded the Nobel Peace Prize. CIMMYT is a member of the CGIAR Consortium and receives support from national governments, foundations, development banks, and other public and private agencies.
For more information, please contact:
Chris Cutter, CIMMYT, c.cutter@cgiar.org, +52 (1) 595 104 9846
When food prices rise, people go hungry. Hunger leads to anger, social unrest, and protests such as those seen in 2008 and 2011 in Africa, the Middle East, Asia, and the Caribbean.
Locations of food riots 2008-2011.
The poor are most vulnerable to these price rises, as they spend a greater proportion of their earnings on food. However, contrary to popular belief, many of these people do not depend on maize, rice, or cassava â they grow and eat wheat.
Countries where more than 35% of peoplesâ protein requirements come from wheat.
In the developing world, wheat is the second most important food crop after rice. It is food for 2.5 billion people, and for more than 1 billion people living on less than $2 per day. In Egypt, for example, where more than 1 in 5 people live in poverty, wheat provides 35% of their daily calories, and almost 40% of their protein requirements.
Wheat also provides income for farmers in more than 80 developing countries, and CIMMYT believes that there is great potential for more countries to grow more, disease resistant and high yielding, wheat â without increasing the total land area under cultivation. CIMMYT strives to help developing countries to increase their wheat production at a rate that allows land to be freed for other crops. Through increased adoption of improved wheat varieties, better agronomic practices, and effective post-harvest storage, farmers and consumers in developing countries could develop sustainable food systems, become less dependent on imports, and more resilient against food price rises.
Ravi Singh, distinguished scientist and head of Bread Wheat Improvement and Rust Research, Global Wheat Program, received the 2012 China Tianshan Award for his contributions to the economic and social progress of the Xinjiang Uygur Autonomous Region of China. The highest award given to foreign experts by the Government of Xinjiang Province was presented by Huang Wei, Executive Vice- Governor of the Province, on 27 September 2012 during a ceremony at Urumqi attended by over 150 officials and guests.
Singh is the second CIMMYT scientist to have received the award. Sanjaya Rajaram, former CIMMYT wheat director, received the Tianshan Award in 2005. This is a reflection of the significant contributions to wheat production in the province achieved through the use of CIMMYT germplasm. More than 20 CIMMYT-derived spring wheat varieties have been released in the province directly after introduction or by being used as parents since the 1970s. The main breeding priorities for the new varieties are increased yield potential with early maturity, short stature, rust resistance, and good end-use quality. The wheat production area covers about one million hectares in the province, 40 % of which is used for spring wheat. Spring wheat is sown in March, which enables drip irrigation systems to be used widely to mitigate the negative effects of limited water resources, as water becomes available from the melting snow in the mountains. The most recent CIMMYT-derived variety is Kambara, known as âXinchun 23â in China (released in northwestern Mexico as âTacupeto F2001â). High yielding, early-maturing wheat lines developed in recent years in Mexico and shared with two academies in the province offer further possibilities of increasing yield as they fit into the crop rotation.
If you work at or with CIMMYT, youâve probably seen a lot of photos of crops in fields⊠but weâre betting youâve never seen photos like these. Shared with us by CIMMYT wheat geneticist Marc Ellis, they were taken using a âLytroâ light field camera. Instead of capturing a single plane of light like a normal camera, this captures all the light traveling in every direction in every point in space within a scene. This is where it gets too technical for us, but what it means is that you can decide where to focus after you take your picture, creating an interactive image thatâs incredibly fun to play with. Try clicking on the photos below in different places to change the focus, and we guarantee youâll find it hard to stop!
âStorage technologies provided by the Effective Grain Storage for Sustainable Livelihoods of African Farmers Project offer effective grain protection against pest and moisture,â said Honorable Jermoth Ulemu Chilapondwa, the Deputy Minister for Agriculture and Food Security, Malawi, during the launch of the project on 26 September 2012 in Lilongwe, Malawi. âIt will go a long way in complimenting the governmentâs efforts in fighting post-harvest grain losses,â he added.
As a major crop in Malawi, maize provides food and income to over 300 million resource-poor smallholder farmers in Eastern and Southern Africa. However, safe grain storage has presented a big challenge to the farmers. High post-harvest losses (up to 30 %) have made food security difficult to achieve at the household level despite increased production following government initiatives such as the Farm Input Subsidy Program. Jones Govereh, CIMMYT policy economist, noted that the traditional granaries have failed to protect farmersâ maize harvests against the two most destructive post-harvest insect pests in the region, maize weevils and larger grain borers. The Effective Grain Storage for Sustainable Livelihoods of African Farmers Project (EGSP-II), building on the successes of the previous phase (2008-2012), aims to change the situation. The objective of EGSP-II (2012-2016) is to improve food security and reduce vulnerability through the fabrication, dissemination, and distribution of 4,000 metal silos and 24,000 super grain bags among smallholder farmers in Malawi.
The project is funded by the Swiss Agency for Development and Cooperation (SDC) and has three components: research, promotion, and policy advocacy for metal silos and super grain bag technologies. They are geared towards successful development of a well-functioning and sustainable input chain to provide small-scale maize producers with effective storage technologies in areas affected by high post-harvest losses. The project is fully supported by the government of Malawi. According to Honorable Chilapondwa, âThe Ministry of Agriculture and Food Security will endeavor to continuously assess the metal silos through the Department of Agricultural Research Services which has been tasked to do the research component, while the Department of Crop Development will be disseminating and promoting the technologies. I realize that policy consideration is key in successful implementation of the project. Bunda College has been mandated to address the issues and therefore take a leading role.â
The meeting allowed CIMMYT scientists, partners, and collaborators in Malawi to exchange ideas, information, and research outputs; raise awareness on promotion and dissemination of effective grain storage technologies; and consult stakeholders on policy environment and market issues for effective implementation of EGSP-II.
While cereal production in India has increased significantly since the mid-1960s as a result of the Green Revolution, securing the gains achieved is becoming more difficult in the context of soaring food and fuel prices, volatile markets, depleting water resources, soil degradation, and the effects of global climate change. To discuss strategies for improving efficiency and resilience of farming systems as a way to ensure sustainable food security, over 400 participants gathered for an in-field stakeholder meeting on âEmpowering Farmers for Climate Smart Agricultural Practices in Haryanaâ in Taraori, Karnal, India, on 28 September 2012. The event was organized by the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS), Haryana Farmersâ Commission (Government of Haryana), Haryana Department of Agriculture, Indian Council of Agricultural Research (ICAR), Directorate of Wheat Research (DWR), Central Soil Salinity Research Institute (CSSRI), CCS Haryana Agricultural University (HAU), CIMMYT, Cereal Systems Initiative for South Asia (CSISA), and Farmers Cooperative. Among the participants were Indian farmers, 50 officials from governmental and private sector organizations, and 25 scientists from national and international institutions. RS Paroda, Chairman of Haryana Farmers Commission, urged farmers to stay connected with scientists, extension agents, and government officials while modifying agricultural practices for adaptation and mitigation of climate change. He suggested that diversification from conventional rice-wheat rotation to new technologies, such as direct seeded rice, zero tillage, residue management, and raised bed planting, and alternative crops to rice is necessary for sustainable agriculture. By quoting Pandit Jawaharlal Nehru, late Prime Minister of India, who said âIn order to awaken the people, it is the women who have to be awakened. Once she is on move, the family moves, the village moves, and the nation moves,â he stressed the importance of empowering female farmers. Paroda further highlighted the importance of regional and global networks and partnerships for knowledge sharing and enhanced capacity development.
CIMMYT senior agronomist ML Jat emphasized the importance of the principles of conservation agriculture, as they could considerably contribute to arresting the natural resource degradation and to increased farm profitability. PK Aggarwal, CCAFS South Asia coordinator, discussed how current farming practices are partially responsible for climate change and what needs to be done. For example, conventional puddled rice cultivation utilizes standing water which is a major source of methane gas emissions. Therefore, new rice production technologies are necessary. Other participants, including Indu Sharma (Director, DWR Karnal), DK Sharma (Director, CSSRIKarnal ), BS Duggal (Additional Director Agriculture, Government of Haryana), and Sain Dass (President, Indian Maize Development Association) discussed the use of groundwater recharge, gypsum, salt tolerant varieties, the provision of subsidized and/ or free seeds by the Government of Haryana to promote diversification in intensive systems, introduction of maize to replace rice in certain areas, and conservation agriculture practices. Kaushik Majumdar (Director, International Plant Nutrition Institute â South Asia) also mentioned that Nutrient Expert, an excellent tool for site-specific nutrient management for crop yield optimizations and environmental footprint reduction, has been developed and validated in Haryana in collaboration with CIMMYT.
As so often happens at the end of conferences, I have to dash for a plane, so Iâll make it brief. You may have seen on our live twitter feed (#W4A) that today was a day for proposals and promises at the Wheat for Food Security in Africa conference. Participants from each country gathered together to discuss and present how they intended to move forward from these meetings.
Almost all the countries agreed that there is a need to initiate some form of âwheat task forceâ. This would act to liaise with governments, conduct research, and establish capacity building in the key areas of extension and technology adoption. Organizations such as these could also address the issues which have been raised so many times this week: smallholder farmers’ access to credit, inputs such as fertilizer, the correct agronomic practices for their region and efficiency within the value chain between researchers, extension workers, farmers, markets, millers, and consumers.
Participants also raised the issue of germplasm exchange. This needs to be made easier between countries, while making sure that IP rights are protected and the spread of diseases such as Ug99 prevented, which cannot be done without international collaboration. All participants indicated that they would be very willing to work together in the future and to convince others in their countries to work with their international partners. Linked to this, some argued that the involvement of the private sector is key if we are to promote the development of a profitable African wheat industry. For this too we need to develop sound and consistent IP practices.
Another major issue discussed was the current situation with wheat imports. Many African countries subsidize wheat imports so much that it is cheaper to buy wheat abroad than to grow it nationally. This, argued participants, is not a healthy or sustainable practice. Governments need to reduce subsidies to make wheat farming more attractive for producers and/or introduce a levy of e.g. $2/ton on wheat imports, and invest this money in wheat research to develop varieties and agronomic practices suitable for the region.
The conference concluded with the signing of a declaration which will be presented by the Minister of Ethiopia at the African Union Joint Conference of African Ministers of Agriculture and Ministers of Trade, 29 October – 2 November 2012, with the full support of conference participants and the Ministers of Sudan, Zimbabwe, and Burundi. The declaration âurgently recommends to include wheat as one of Africaâs strategic productsâ and stresses that policy options are proposed to âpromote and develop domestic wheat production⊠and to scale-up investment to the national and international wheat value chain.â
In closing the conference, Thomas Lumpkin, CIMMYT Director General, concluded: âI am committed, CIMMYT is committed, ICARDA is committed, to improving wheat in Africa⊠African farmers want to change. They donât want to be museums of ancient practices. They want to evolve, become more productive.â And this is the message that will be taken forward and presented to Africa as a continent.
âWe have arrived at the tipping point and are not taking Africaâs Green Revolution to scale,â said Kofi Annan during the opening session of the 2012 African Green Revolution Forum which took place in Arusha, Tanzania, from 26-28 September. The forum gathered 1,000 participants from ministries of agriculture, industry, and the international donor community. CIMMYT was represented by Wilfred Mwangi. Melinda Gates of the Bill & Melinda Gates Foundation (BMGF), Kanayo Nwanze, president of the International Fund for Agricultural Development, and Jakaya Mrisho Kikwete, President of Tanzania, also attended the event.
During the forum, Annan called on governments to invest more in agricultural development, as did Gates who urged for a much more ambitious investment in agricultural research and development for the next 10 years. âThis was a great event for networking especially with key partners and policymakers in countries where CIMMYT works in Africa,â said Mwangi, who participated in a number of plenary sessions and side events including one on âEmbarking on a Journey to Enable Private Sector Investmentâ. Among the panelists of the session were the Minister of Agriculture, Food Security, and Cooperatives of Tanzania and Isaka Mashauri, managing director and chief executive officer of TANSEED International Ltd. Mashauri attended an intensive maize breeding and variety release course organized by CIMMYT in 2005 and during the event he praised CIMMYT for helping him to build his seed company by providing maize germplasm and technical backstopping. The drought tolerant maize germplasm provided by CIMMYT allowed him to release four drought tolerant maize varieties to local farmers in Tanzania, the first to be released by a local seed company. According to Mashauri, his partnership with CIMMYT is a very good model for helping to build the local private sector that should be emulated by others (for more information on CIMMYTâs work with TANSEED International Ltd, visit the BMGF website and the CIMMYT website).
It was another exhausting, but productive day at the Wheat for Food Security in Africa conference at Addis Ababa, culminating in a wonderful evening of traditional dancing and the Injera cuisine so typical of Ethiopia. In case you missed any of our live tweeting during the day (#W4A), here is a brief roundup of the main events. It would be impossible to describe everything that happened in one short post, but this was a day likely to produce impacts in the months to come.
After an official welcome by Tekaligne Mamo, State Minister of Agriculture and Advisor to the Federal Minister of Agriculture, Ethiopia, Bekele Shiferaw started proceedings by describing the main findings from a recently released paper entitled “The Potential for Wheat Production in Sub-Saharan Africa: Analysis of Biophysical Suitability and Economic Profitability”. Co-authored by CIMMYT and IFPRI, this report concludes that there is significant potential for profitable, competitive wheat production in Rwanda, Burundi, Ethiopia, Kenya, Madagascar, Tanzania, and Uganda. This is something the minister agrees with: âCurrently African countries import more than half of their wheat demand from abroad. At the same time, African countries have the proper environment and potential to produce wheat not only for their consumption but for export as well.” This potential increases even more if wheat prices continue to rise, added Shiferaw. However, as Norman Borlaug once said: “You can’t eat potential.”
For this reason, Day Four of the conference brought together not only breeders, socio-economists, union leaders, and center directors, but also Ministers from Ethiopia, Zimbabwe, Sudan, and Burundi. The conference had so far discussed the potential for growing wheat in Africa and the current constraints for doing so. Today gave the opportunity to look in depth at the needs of individual countries, and discuss how we can address these needs and make Africa more self-sufficient in wheat production, and thus more food secure.
David Nyameino, CEO of the Cereal Growers Association of Kenya, took to the floor with an impassioned speech outlining the key strategies we need to adopt if we are to make wheat a viable option for smallholder farmers. According to Nyameino, we need to develop wheat value chains into distinct geographic areas/hubs with the greatest profitability. In those areas, governments must provide farmers with affordable credit and inputs, information, know-how, mechanization, organization, and marketing, all in a comprehensive manner. Hubs must also be willing to include any smallholders who want to enter into profitable wheat production. According to Thomas Lumpkin, CIMMYT Director General, if we are to increase wheat production in Africa, we will have to involve a new type of farmer: a farmer that until now knew nothing about growing wheat.
Value chains and partnerships formed a key part of today’s discussions. “If you want to go far, go together,” quoted Nyameino. Ibrahim Adam Ahmed El-Dukheri, Sudan’s Minister of Agriculture, agreed: “We need regional cooperation and mainstreaming of food security strategies.” A participant from Tanzania added: “We need to improve the value chain to tap the genetic and environmental potential we have seen and to get money into the farmersâ pockets.” This issue was raised again in the final session by Joseph M. Made, Minister of Agriculture, Mechanization, and Irrigation Development, Zimbabwe. âWe have great strengths in enhanced value chains, including storage and processing,” he said. “We need policies that enhance the value chain, to push the development of wheat. Without this value chain, or policies that support it, there is no wheat industry to talk about other than localized, home production,â added Made.
In the afternoon, panelists from Zambia, Nigeria, Sudan, South Africa, Kenya, Ethiopia, Tunisia, and a representative from the Association for Strengthening Agricultural Research in Eastern and Central Africa (ASARECA) all agreed that the research priorities for wheat in Africa should focus on developing heat and drought tolerant, disease and pest resistant varieties. They also talked of the need to build capacity, especially in extension, in order to link farmers to markets, both domestically and abroad. In countries such as Sudan, the development of infrastructure is also a vital element, and El-Dukheri highlighted the five-year Agriculture Revival Program currently being implemented in Sudan to address such issues. Mechanization, land consolidation, and public-private partnerships also need to be put on the wheat agenda, according to participants.
It was clear from the discussions that food aid is not the answer. Odette Kayitesi, Minister of Agriculture for Burundi, explained that now her country asks donors to help them produce food themselves, rather than providing it in the form of aid supplies. The representatives from Ethiopia even expressed ambitious hopes that one day soon, they will become an exporter, rather than a nation dependent on imports and food aid.
Concluding the afternoon, Carlos Lopes, Head of the UN Economic Commission of Africa, pointed out that wheat is not currently on the agenda at a continental level. But this could be about to change. With assistance from key researchers from the conference, Ethiopia will present a proposal for developing wheat in Africa, with the full support of Sudan, Burundi, and Zimbabwe, at the African Union Joint Conference of African Ministers of Agriculture and Ministers of Trade during 29 October to 2 November 2012. It’s time to think of Africa as a wheat-grower.
(From left): Dr. Solomon Aseffa (EIAR); Dr. Joseph M. Made (Zimbabwe); Ms. Odette Kayitesi (Burundi); Dr. Thomas A. Lumpkin (CIMMYT); Prof. Tekaligne Mamo (Ethiopia); and Dr. Ibrahim Adam Ahmed El-Dukheri (Sudan)
After two days in UNECA, a trip to farmers’ fields, seed production sites, and wheat research platforms provided participants with some welcome fresh air and the chance to see the reality of wheat production in Ethiopia. The majority of participants went to observe and ask questions at bread wheat sites in Kulumsa, about 160 km south-west of Addis Ababa, while one busload went to see the durum wheat fields at Debre Zeit.
I went with the Kulumsa group, and our first stop was with farmer Negash Dino. He is currently working with the Ethiopian Institute of Agriculture at Kulumsa, to grow two new, high-yielding bread wheat varieties (Kakaba and Atila). Dino plans to sell the seed he produces to his neighbors in order to help replace the old, poorly-performing varieties with these new lines. This year, Dino estimates that he will harvest 2 t of grain from 1.25 ha. These high yields are partly down to Dino’s improved agronomic pratices; working with the Kulumsa station has taught him the importance of good crop management, and Dino now plants his rainfed crop in rows and uses herbicide to control grass weeds, which are a big problem for the area.
Our next stop was at the Gonde Iteya Basic Seed Farm of the Ethiopian Seed Enterprise (ESE). Here they multiply seed for an incredible 27 crops, with a total of 79 varieties. They grow 13 varieties of bread wheat with the objective that farmers in the area have a constant and ready supply of quality, affordable seed. In addition, ESE is actively working to promote public-private partnerships and also provides training, consultancy, and technical advice in seed production, processing, and marketing. Currently, of the 4.7 million households farming in Ethiopia, just 600,000 use certified seed. Organizations such as ESE are hoping to increase this figure and therefore ensure dissemination of high-yielding varieties to more farmers in the country.
Finally, we visited the Kulumsa research station itself. Here we were welcomed by the Center Director, Solomon, who was delighted to show off his work to such a large group. We visited the Kulumsa wheat seed multiplication scheme, the international nurseries and irrigation ponds, and had presentations on breeding, pathology, and crop management. The interest of the participants was obvious from their large number of questions and attentiveness to all the presenters. They concluded that despite an early start, the trip had been well worth it.
After a long day in the heat of the Ethiopian sun, participants were rewarded with a traditional Ethiopian coffee ceremony, a beautiful event showcasing the hospitable nature of our hosts here. Tomorrow things will hot up at UNECA as we welcome ministers, ambassadors, donors, and the delegates from earlier in the week to address the policy issues currently constraining wheat production in Africa.
An exhausting, productive day on Day Two of Wheat for Food Security in Africa. Participants arrived bright and early for expert presentations and round-table discussions on abiotic/biotic stresses, market and seed systems, wheat systems and quality, and country outlooks.
After lunch things got really interesting as participants gathered to discuss the key constraints  for having profitable, productive wheat systems in Africa, and how we can overcome these. One rapporteur from each group presented the findings and these will be consolidated tomorrow before we present the findings to key policy makers, ministers, and donors on Thursday. Here are some things I learnt today…
We can do more if we act together
And this applies on so many levels. Farmers in Africa generally produce crops from very small parcels of land. This discourages large investments on their behalf, because they will never be able to get large returns from just a small area. Some scientists suggested that farmers should join together and farm larger plots. The same applies for inputs such as fertilizer and seed. One of the reasons these things are so expensive in Africa is due to the high transaction costs; if farmer cooperatives bulk-bought these inputs, they would be able to pass on the savings to the farmers themselves. At a national level, participants called for a strengthening of seed systems, and this includes encouraging the involvement of the private sector. Finally, as Hans Braun, Director of CIMMYT’s Global Wheat Program, pointed out, whilst we have many regional agricultural organizations in Africa, such as ASARECA, CORAF, and CCARDESA, “they do not know each other”. If international trade, regulations, and wheat policies are to be improved, it is key that all these players work together.
A value chain is only as strong as its weakest link
Breeders work hard to develop new, disease resistant, high-yielding varieties, yet many farmers do not know about them, and the yield difference between experimental stations and farmers’ fields can be huge. This is not to say that farmers are at fault, or in fact that any one part of the value chain is. It comes back to the above point of working together. We need extension workers to inform farmers about new varieties and to disseminate the improved technologies for agronomy and farm mechanization. We need government support to fund these extension workers. We need policymakers to inform government of the needs of the agricultural sector. But as pointed out by Victor Kommerell, Program Manager for the WHEAT CRP, the research heads of national systems are policymakers, too. And it’s not just the politicians we want to influence and get their attention, it’s the millers, the seed companies, the grain traders, in fact, anyone with a vested interest in wheat should be listening to African researchers and learning about the huge market that exists on this continent.
There is a solution for wheat in Africa
It’s simple maths. Increased revenues and decreased production costs equal increased profits and greater incentives for growing wheat in Africa. Aside from the points mentioned above, it’s clear we need more research and knowledge, and for this knowledge to be shared between researchers, governments, extension workers, community leaders, farmers. Timely access to fertilizer is a major problem for Africa, but we could overcome this by increasing capacity in fertilizer production, assisting farmers with credit access, and ensuring that everyone who needs to use fertilizer knows exactly how much to use and when to apply it. Human capacity is also key and countries must invest in their own agricultural researchers and extension workers. And none of these things will be truly successful without effective communication at all levels.
With a whole day of discussions, it’s hard to do little more than scratch the surface in a 600-word blog. Hopefully you have a little insight into our progress in Addis Ababa,
and we’re looking forward to bringing you more updates from the conference on Thursday. Tomorrow you can still follow us as we go to the field – look for our twitter hashtag #W4A and join us as we visit research stations and farmers at Kulumsa and Debre Zeit. You can also read what other people have been saying about the conference; so far, we have had stories published on La Presse, Bloomberg, Reuters, Scientific American, Phys.org, Voice of America, Deutsche Welle, and Times Live.
It’s day one at Wheat for Food Security in Africa, and Cobus Le Roux has just finished outlining the production, constraints, market, and future of wheat in Southern Africa. This morning participants enjoyed keynote speeches from Kwadwo Asenso-Okyere (IFPRI), Nicole Mason (Michigan State University), and Bekele Shiferaw (CIMMYT).
One of the key issues raised was just how much of their precious little foreign expenditure African countries must spend on imports. In 2010, over 12.5 US$ billion was spent to import 32 million tons of wheat to Africa. Many of this morning’s speakers posed the question: “What if that money was spent on wheat research instead? How much money would it take to improve wheat and agronomy so that that import bill is reduced or even eliminated?”
Food security was a buzzword on everyone’s lips this morning. Food aid does not imply food security, merely that people have enough to eat at that moment. But what about next year? What happens then? And what if the countries who supplied food aid this year are unable to do so next year? According to Kwadwo, food security is a right, not a priviledge. And the economics makes sense too; a woman who does not get enough, nutritious food during pregnancy is likely to give birth to an underweight, undernourished baby. If this baby does not get healthy food on a regular basis, particularly in the first two years of childhood, it is more likely to grow up to be an underweight, undernourished adult. This underweight, undernourished adult will not be as strong, not as able to work, more likely to get ill. We need healthy, strong adults if we are to create productive, prosperous countries. Whilst the high food prices in 2007/08 and 2010/11 caused shockwaves around the world, they produced some small benefit in propelling food security to the forefront of the global agenda.
Producing more wheat could help African countries achieve food security. Everyone at the conference is in agreement that demand for wheat in Africa is increasing. Traditionally in Africa, wheat has been the food of the rich; but now that incomes are on the rise, wheat is being eaten also by the traditionally lower- and middle-classes. An increasingly urban population is demanding more processed food, requiring less preparation time; this food is generally wheat-based, such as bread. And whilst the price of wheat is on the rise, the increase has not been as dramatic as for some other staple crops, meaning that it is becoming an ever more attractive option for consumers.
“So,” asked Bekele, “There is obviously a big demand for wheat in Africa – what can we do about the supply?”
And that is the question we are here to answer, starting this afternoon with presentations on the current wheat situation in different parts of Africa and round-table discussions addressing many aspects of wheat production, constraints, and the value chain in Africa. This is not an opportunity for a jolly to Addis Ababa – the participants are here to do a job. We are here to influence and improve the future of wheat in Africa, and that is no small task.
Tomorrow there will be more specific discussions on the things currently constraining African wheat production: abiotic and biotic factors, wheat markets and seed systems, and wheat quality. You can follow all the action on twitter using #W4A, or check back here tomorrow for a full summary.
Participants from Sudan set up their posters before Day One at Wheat for Food Security in Africa