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Location: Asia

As a fast growing region with increasing challenges for smallholder farmers, Asia is a key target region for CIMMYT. CIMMYT’s work stretches from Central Asia to southern China and incorporates system-wide approaches to improve wheat and maize productivity and deliver quality seed to areas with high rates of child malnutrition. Activities involve national and regional local organizations to facilitate greater adoption of new technologies by farmers and benefit from close partnerships with farmer associations and agricultural extension agents.

Training to beat Karnal bunt in Afghanistan

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Karnal bunt is a wheat disease that can make grain too unpalatable for use in flour. It is quarantined by many countries, and can therefore seriously constrain global wheat seed exchange—and even movement of wheat within countries. During 17-18 September 2011 a training course for seed professionals on the management of Karnal bunt was held in Afghanistan at the National Seed Secretariat facility, Badam Bagh, Kabul, with the aim of ensuring that no infected seed lots pass through the certification process so avoiding the spread of the disease within the country. It was jointly organized between CIMMYT, the International Center for Agricultural Research in the Dry Areas (ICARDA), Afghanistan’s Plant Protection and Quarantine Department (PPQD) of the Ministry of Agriculture, Irrigation and Livestock (MAIL), and the Food and Agriculture Organization of the United Nations (FAO).

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Thirty-three participants attended from the Agricultural Research Institute of Afghanistan (ARIA), PPQD, FAO, and other organizations involved in seed production and certification. Their enthusiasm was reflected in their many questions as they learned about the disease’s history, epidemiology, visual identification, laboratory identification, and management through lectures and practical sessions. Mir Amanulldin Haidari, PPQD Director, who opened the event, said that he found it very useful for his department’s work. The training sessions were led by Ramesh Chand, Professor of Plant Pathology at Banaras Hindu University, India. Arun Joshi, CIMMYT wheat breeder, Rajiv Sharma, CIMMYT liaison officer for Afghanistan, and Javed Rizvi, Afghanistan country manager for ICARDA, also took part.

Karnal bunt has long been present in Afghanistan, with favorable climatic conditions promoting occasional outbreaks, and a recent survey by ARIA indicated that several popular wheat varieties are susceptible to the disease. It is particularly prevalent in the eastern region bordering Pakistan, which has emerged in recent years as an important seed-producing area within Afghanistan. This has raised the concern that a disease outbreak in this region could easily spread to other parts of the country. Thanks to this collaborative training event, the national seed system is now ready to tackle the issue of Karnal bunt and ensure a healthy future for Afghanistan’s wheat seed.

Travelling seminar promotes conservation agriculture in eastern India

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DSC00380During 19-22 September 2011, Birsa Agricultural University (BAU), Jharkhand, India, hosted the Sub-Regional Multi-Stakeholder Travelling Seminar entitled “Conservation Agriculture Based Crop Management Technologies in Smallholder Maize Systems.” Organized jointly by BAU and CIMMYT-India, under the aegis of the IFAD “Sustainable Intensification of Smallholder Maize-Livestock Farming Systems in Hill Areas of South Asia” project, the seminar was attended by 37 scientists, extension agents and NGO representatives, students from Krishi Vigyan Kendra’s (KVKs) and BAU, and farmers from the three districts of Jharkhand.

MP Pandey, Vice Chancellor, BAU Ranchi, opened the seminar and said that the “development and deployment of conservation agriculture (CA) in rainfed smallholder farming systems is critical to addressing the challenges of food and livelihood security.” CA is being widely adopted in India and CIMMYT is collaborating with national agricultural research systems to further deploy the techniques in the region. Pandey highlighted CIMMYT’s current IFAD project, which is being initiated with BAU, KVKs, the Indian Council of Agricultural Research, and other NGOs, to develop and deploy CA in rainfed systems of Jharkhand. To accelerate the adoption of CA in Jharkhand, cross-learning and capacity building through events such as the travelling seminar are vital, he added. The inauguration was also attended by BAU Ranchi’s BN Singh (Director of Research) and RPS Ratan (Director of Extension Education), and members of the CIMMYT team in Jharkhand.

The seminar gave participants the opportunity to see the CA procedures occurring in maize systems in the IFAD project in Jharkhand, and the work of CIMMYT and CSISA in Bihar. Demonstrations included farmerparticipatory innovations, intercropping systems, seed production of maize inbreds and hybrids, and component technologies such as spray techniques, water and nutrient management, and small-scale CA machinery. Participants were exposed to strategic, adaptive research CA modules, with the key message being that CA-based crop management technologies promote greater resilience of farming systems for resource-poor farmers and risk-prone rainfed ecologies of eastern India.

New Borlaug Institute for South Asia fosters improved farming for food security

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Philip-Ngolania2The Borlaug Institute for South Asia (BISA) was officially launched on Wednesday, 5 October 2011, at the A.P. Shinde Symposium Hall, NASC Complex in New Delhi, India.

The event commenced with a welcome by the Secretary, Department of Agricultural Research and Education (DARE) and Director General of the Indian Council of Agricultural Research (ICAR), Dr. S. Ayyappan. The Agriculture Minister of Madhya Pradesh, Ramkrishna Kusmaria; Punjab Agriculture Minister, S. Sucha Singh Langah; and the Union Minister for Agriculture and Food Processing Industry, Sharad Pawar, accompanied by Pratibha Pawar, delivered speeches at the event. Also in attendance was Mr. Rajiv Mehrishi, Secretary of ICAR.

The three agricultural ministers of the states that will be hosting BISA facilities delivered speeches in recognition of the important role which BISA will play in improving food security not only in their own states, but throughout the whole of South Asia. Mr. Pawar highlighted the concerns of population growth both globally and especially in South Asia, in addition to rising food prices and unrest caused by food insecurity. He stated that “it would not be an overstatement to say that Norman Borlaug is a household name in India.” On a personal level, he also recalled his interaction with Dr. Borlaug in India in the 1960s.

BISA will have centers in Ludhiana in Punjab, Pusa in Bihar, and Jabalpur in Madhya Pradesh. Each of the states contains varied agro-ecological zones allowing for testing a variety of maize and wheat cultivars suited to the equally varied environments of South Asia.

Dr. Thomas Lumpkin, CIMMYT Director General, delivered the closing remarks, reminding the audience of the challenges of global food security as well as the humanitarian crisis in the Horn of Africa. He also highlighted the support of the Mexican government and CIMMYT’s role in facilitating and promoting cooperation through its centers in India, Mexico, and Africa. Dr. Lumpkin concluded his speech stating that “CIMMYT has been in India for 50 years. It’s time we laid down some roots.”

880349537310The official opening ceremony was marked by a cultural event featuring classical Indian dancing including choreographical styles from all three states. In addition to CIMMYT-India staff and speakers, also present at the launching ceremony were the management committee of CIMMYT and its Board of Trustees. The launching ceremony was attended by representatives from CIMMYT’s sister institutions ILRI, IRRI, ICARDA, and Bioversity, as well as by the Allan Mustard Institute of the US Dept. of Agriculture and the private sector. The event was closed by a dinner and a speech by the Board of Trustees Chair, Sara Boettiger.

BISA was officially approved by India’s Union Cabinet, based on a proposal by the Ministry of Agriculture, Department of Agricultural Research and Education on 30 September. In a press release issued by the government of India, the approval of BISA is described as follows: “The establishment of BISA in India will enable India to harness the best of international science, in meeting food security challenges. India would be able to rapidly and effectively absorb the research output of BISA thus benefiting farmers of the country.”

The Borlaug Institute of South Asia was conferred international status as detailed in clause 3 of the United Nations (Privileges and Immunities) Act of 1947. The Department of Agricultural Research and Education (DARE), on behalf of the government of India, will be authorized in all matters regarding the establishment of the institute.

Conservation agriculture course in rainfed farming, Karnataka, India

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From 18-22 August, the University of Agricultural Science (UAS) Raichur, Karnataka, hosted the first course on ‘Conservation agriculture (CA) in rainfed farming’ in India, in collaboration with CIMMYT, under the aegis of the Cereal Systems Initiative for South Asia (CSISA). The 31 participants included young scientists and extension agents from NGOs and various research centers of UAS, in addition to machinery manufacturers and service providers from across Karnataka state. Also in attendance were BV Patil (Vice Chancellor, UAS, Raichur), Pat Wall (Director GCAP, CIMMYT), Raj Gupta (Head, CIMMYT-India), and Bruno Gerard (new Director GCAP, CIMMYT). ML Jat (Senior Cropping Systems Agronomist, CIMMYT) coordinated the course, with assistance from SG Patil (Director of Education, UAS), T Satanarayana (IPNI), RK Malik, and HS Sidhu.

During the course, participants learnt the basics of CA, including practical field training on CA machinery, techniques for intercropping systems under rainfed conditions, use of GreenSeeker optical sensors, spray techniques, and weed, nutrient, and water management practices in relation to CA. Raj Gupta described the CA priorities for the different ecologies of Karnataka, whilst Pat Wall shared his global experiences of CA and Bruno Gerard detailed his experiences with crop-livestock interactions in reference to CA.

In concluding the course, BV Patil thanked CIMMYT for previously initiating the CA program in Karnataka as part of the Rice-Wheat Consortium for the Indo-Gangetic Plains (RWC). Now, with the assistance of CSISA, it is hoped that the adoption of CA can be accelerated. The UAS has recently recruited new scientists in order to take CA to a larger scale in Karnataka, and has pledged to purchase CA planters to assist in these efforts, said Patil. Given that weed management is a key issue in rainfed areas, the university also hopes to collaborate with CSISA and CIMMYT scientists, in order to produce a publication of the subject of the synthesis of weeds on different production systems under rainfed ecologies.

Precision nutrient management for improved efficiency, healthier and more productive soils under maize and wheat systems in India

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Precision or site-specific nutrient management (SSNM) is a science-based approach by which crops receive nutrients as and when needed, according to specific field conditions in a given cropping season. To apply it, farmers and their technical support need to know local crop yields, tillage systems, residue management, fertilizer use, external inputs, and the nutrient supplying capacity of the soil.

Adoption of such complex, knowledge-intensive approaches is slow, so the International Plant Nutrition Institute (IPNI), a not-for-profit, science-based organization headquartered at Norcross, Georgia, USA, has developed simple delivery systems entitled “Nutrient Expert” both for wheat and for hybrid maize, in consultation with scientists from the Indian Council of Agricultural Research (ICAR), several state agricultural universities, and CIMMYT. The Nutrient Expert systems are suited to diverse soils and management scenarios in India.

On 10 August, 55 agricultural experts from India’s public and private sectors gathered in New Delhi for a one day workshop on “Nutrient decision support systems for cereals and their dissemination strategies using ICTs” to discuss these systems and how to share them more widely by way of information and communication technologies such as cell phone services and CIMMYT-Agriplex.

Participants highlighted the need for more information on nutrient requirements under varied growing  conditions in complex agroecologies and for Nutrient Expert to encompass those scenarios, as well as to adopt a “situation-specific” (rather than site-specific) approach and consider nutrient addition or mining effects from previous crops. A version of Nutrient Expert is also required for rice and for rice-wheat, rice-maize and maize-wheat cropping systems.

Like all models, Nutrient Expert requires validation for specific circumstances. The workshop discussed ways to do this, including comparison with Soil Test Crop Response (STCR), State Recommendation (SR) and Farmers Fertilizer Practice (FFP) based recommendations.

Nutrient Expert recommendations focus on the major nutrients―nitrogen, phosphorus, and potassium―but also needs to give specific rates for secondary and micronutrients (currently the systems include only a “Yes/No” decision for those nutrients). The All India Crops Research Program (AICRP) on micronutrients should be able to provide the required data.

The group appointed a multiorganization/stakeholder team to help plan the addition of Nutrient Expert to policy guidelines for making fertilizer recommendations. DCM Shriram Consolidated Limited (DSCL) requested a partnership with private industry and offered to validate Nutrient Expert in their Hariyali Kisan Bazar (HKB) farmer service centers.

Jointly organized by IPNI and CIMMYT, the workshop was attended by Dr PS Minhas, ADG (Soil and Water Management), ICAR directors and officers, vice chancellors and other officers from state agricultural universities, the State Department of Agriculture, the private sector, and nongovernment organizations, as well as scientists from IPNI (Adrian Johnston, Kaushik Majumdar, T Satyanarayana, Mira), CIMMYT (Pat Wall, Raj Gupta, ML Jat, Ajai Kumar), the International Rice Research Institute (IRRI; YS Saharawat), and hubs of the Cropping Systems Initiative for South Asia (CSISA; HS Sidhu, BR Kamboj, Kanwar Singh).

Conservation agriculture capacity building in Tamilnadu, India

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The promotion of conservation agriculture (CA) in different agricultural systems of Tamilnadu, India, was the focus of a consultation organized with the Agriculture Commissioner, Sandeep Saxena, and officers of the State Department of Agriculture on 12 August at the Commisionerate of Agriculture, Chepauk, Chennai, Tamilnadu. Over 50 people attended, including Agricultural Officers from all 32 districts of Tamilnadu.

The issues facing the farmers of Tamilnadu – water, labor and energy shortages, soil health, climate change, farm profitability and food and livelihood security – were addressed in a presentation by ML Jat, Senior Cropping Systems Agronomist, CIMMYT. He highlighted how the Cereal Systems Initiative for South Asia (CSISA), managed by CIMMYT and the International Rice Research Institute (IRRI), in conjunction with national agricultural research and extension systems, is evaluating and disseminating CA-based crop management technologies, such as laser leveling, direct dry seeded rice, zero till mechanical transplanted rice, zero till maize, intercropping with raised bed technology and multi-crop planters, in the region. He also said that Tom Lumpkin, Director General, CIMMYT, and Robert Ziegler, Director General, IRRI, have both visited Tamilnadu to gain feedback from the farmers on the use of CA technologies, and found that they were being well received.

ML recommended that the Government of Tamilnadu prioritize investments on the CA technologies. Currently a significant investment is being made in 2-Wheel Tractors (2WT), but they are not fitted with the seeder attachments associated with CA methods. It was suggested that in order to maximize the government investments, the 2WTs and seeder attachments should be promoted together. The officers of the Department of Agriculture were particularly interested in the 2WT-based machinery, and Saxena pledged to include CA in future government investments and priorities, with proven and location-specific technologies being outlined for dissemination by the Department of Agriculture.

In order to increase understanding, capacity building and awareness among the officers and field staff of the state department of agriculture, it was suggested that the field trials of CA-based crop management technologies and machinery should be demonstrated in a block approach, to communicate the knowledge to a larger number of farmers. Innovative SMS technology (CIMMYT Agriplex) will also help in transmitting real time, location specific and needs-based information to the farmers. It is hoped that within one month, the Department of Agriculture  will formulate an action plan for these developments, before reporting back to the CIMMYT/CSISA team for further discussion and implementation of the proposed plans.

NARC and CIMMYT survey off-season wheat in Nepal

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A team from CIMMYT and the Nepal Agricultural Research Council (NARC) recently conducted the first extensive monitoring of off-season wheat crops, in the Mude and Nigale (Sindhupalchok district) and Ziri region (Dolakha district) of Nepal. The survey was suggested in light of the risk posed by a major inoculum load of yellow rust spreading from the hills of Nepal to the north-western Gangetic plains of India and the Terai of Nepal. By studying the presence of off-season wheat crops and barberry plants (an alternate host of wheat rusts), the team hoped to gain a better understanding of the magnitude of their role in yellow rust epidemics in the main season.

During the trip of 23-24 August, the group (made up of Sarala Sharma, plant pathology division, NARC; Madan Raj Bhutta, NARC; and Arun Joshi, CIMMYT wheat breeder) found that off-season wheat was grown on around 5,000ha, with farmers taking two wheat crops per year. Whereas previously the popular ‘red wheat’, Sonalika, was grown, most farmers now grow an unknown variety of white wheat. Farmer Kaila Shrestha said that most producers prefer a variation with a shorter duration (120 days) for the off season, as opposed to the main, winter season, when they grow varieties with a longer duration (135-140 days). Many of the farmers surveyed expressed interest in trying new varieties and learning the skills of seed production, and NARC and CIMMYT hope to disseminate new varieties to these areas next growing season.

Approximately 80% of wheat in the surveyed area was in the tillering stage, with sporadic presence of selfgrown adult plants. Yellow rust was found in some fields, and in some barberry plants, which numbered thousands in the 200km route between Kathmandu and Ziri. Substantial rainfall during the survey meant that most rust appeared washed out, but samples were successfully collected from more than a dozen sites, and will be analyzed at the Khumaltar station of the NARC. It is hoped that a more comprehensive study can be conducted in October (in collaboration with the Indian Council of Agricultural Research), when the crops will be at a more suitable stage for analysis (in term of plant development and inoculums load).

Deadly wheat disease hits primetime Australian TV

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CIMMYT-led international efforts to identify and deploy sources of resistance to the virulent Ug99 strain of stem rust have received coverage on ABC1, the primary television channel of the Australian Broadcasting Corporation.

Stem rust spores, carried large distances by the wind, are no respecters of borders. The battle against the disease is one which requires global collaboration—and is attracting global media interest. “Wheat is our most important crop and [stem rust] is arguably the most damaging of all the pathogens of wheat, it destroys crops,” explained Professor Robert Park of the University of Sydney’s Plant Breeding Institute in an episode of Catalyst, ABC’s flagship science series, aired on 04 August 2011.

Ug99 is able to overcome the resistance of popular wheat varieties, making this new stem rust a major threat to world food security. In East Africa, where Ug99 first emerged, it has devastated smallholder wheat crops. ABC’s reporter Paul Willis visited the Njoro research station in Kenya, where the Kenya Agricultural Research Institute (KARI) hosts a large-scale program now screening around 30,000 wheat lines from all over the world each year—including those brought from Australia by Park.

“What we’ve got here is materials that we receive from several developing countries. As you can see there’s Australia, there’s China, Nepal, Bangladesh. So everyone wants to test their material and see if it is actually resistant to Ug99,” said CIMMYT molecular breeder Sridhar Bhavani, pointing out plots of wheat in the field at Njoro.

Working together, scientists have made substantial process in understanding Ug99 resistance and developing new wheats. “So far we’ve characterised close to about fifty genes for stem rust resistance,” said Bhavani. Producing suitable varieties and getting them to farmers is an ongoing challenge, but Willis strikes an optimistic note: “This looks like the hope for the future. It’s a strain of wheat called “King Bird” that was developed by CIMMYT and is now deployed all around the world. And it looks like it’s got very high levels of resistance against Ug99.”

The complete video clip, with transcript, is available here.

DuPont Pioneer visit CIMMYT-Hyderabad

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On 03 August 2011, the research leadership team of DuPont Pioneer visited CIMMYT at Hyderabad, India, for an overview of the CIMMYT-Asia maize program. Lead by John Sopper, Senior Vice-President for Crop Genetics & Development, the DuPont delegation also included Hans Bhardwaj (Senior Research Director), Peter Coaldrake (Director of Operations), Scott Naig (Director of Finance), Jennifer Gribble (Senior HR Manager), Jane Bachmann (Communications Manager–Research), and R.S. Mahala (Research Coordinator at Pioneer India).

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P.H. Zaidi, senior maize physiologist/breeder at CIMMYT-Hyderabad, welcomed the group to Hyperabad and outlined the ongoing research priorities of the maize program. He spoke of the existing collaborations with public and private institutions, and CIMMYT initiatives towards purposeful partnerships, offering big opportunities for pro-poor agricultural investment and innovations. The group discussed the newly-launched International Maize Improvement Consortium (IMIC-Asia), MAIZE, the global alliance for food security and the livelihoods of the resource-poor in the developing world, and the collaboration in the highland maize program between Pioneer and CIMMYT-Mexico, as well as the opportunities for further future partnerships with the CIMMYT-Asia maize program.

Managing yellow rust disease in Nepal

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From 2008-11 a Nepal Agricultural Research and Development Fund (NARDF)-funded project was conducted to try to minimize wheat losses caused by yellow rust in ten highly affected districts of Nepal, in partnership with the Department of Agriculture, CIMMYT (Nepal) and the Seed Quality Control Centre, Nepal. Following this project, a one-day interaction program organized by the Plant Pathology Division, CIMMYT (Nepal) and NARDF was held at the Nepal Agricultural Research Council (NARC), Khumaltar, Lalitpur on 14 July 2011. There were 52 participants, including members of NARDF, CIMMYT, Regional Agricultural Research Centers (Lumle), Agriculture Research Station (Dolaka and Pakhribas), National Wheat Research Program (NWRP) of NARC, and District Agricultural Development Officers of the ten affected districts.

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In his opening address, chief of the Plant Pathology Division, Hirakaji Manandhar, thanked NARDF for funding the yellow rust project and CIMMYT (Nepal) for providing valuable support in terms of supplying new germplasm and organizing training, farmer’s field days, and this interaction program. Project coordinator Sarala Sharma went on to describe the achievements of the project, including the excellent performance of the CIMMYT varieties in the field. Farmers have been able to select seven rust-resistant wheat genotypes (BL2879, BL3235, BL3503, WK1182, WK1481, NL1064, and NL1073) within different domains and cropping systems of Nepal. The high-yielding genotypes NL1064 (Danphe) and NL1073 (Frankolin) also conveyed good resistance to the stem rust race Ug99, and high demand for the Danphe variety could lead to larger seed multiplication in the coming cycle.

Participants felt that the project enabled an increase in genetic diversity and wheat production through the introduction of improved varieties and effective control of yellow rust disease. Publications were distributed to farmers in order to increase awareness of the new varieties and 580 farmers received training in yellow and stem rust management and quality seed production. Subsequently, the farmers found that they obtained good prices for their seeds and farmer-farmer seed dissemination increased the coverage of resistant varieties.

The next step is to ensure promotion and uptake of the improved wheat varieties. Participants emphasized that because yellow rust is not only a regional problem, but a global one too, the new CIMMYT varieties should be integrated into the official release process by NWRP. Dhurba Bahadur Thapa, Sr. Wheat Breeder (NARC) promised to take action to assist this progression and Arun Kumar Joshi, Regional Wheat Breeder (CIMMYT) assured that CIMMYT will also continue varietal testing and seed multiplication with farmers in the ten districts, to aid sustainability of the project once NARDF funding ceases. Janaki Prasad Khanal, Member Secretary of NARDF said that he hoped projects such as this will help to make Nepal a food-secure country in the future.

Improving food security in Nepal

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Food security cannot be achieved until food grains or seeds reach consumers or farmers. This issue was addressed during a training course on post-harvest management of wheat seeds, which was held at the National Wheat Research Program (NWRP), Nepal Agricultural Research Council (NARC) in Bhairahwa during 4-6 July 2011, in collaboration with CIMMYT.

Participants included scientists and technical officers from various NARC research stations and resource personnel from NWRP, seed companies and other institutions – all of whom are actively involved in collaborative wheat seed production programs at their research stations. The course aimed to enhance the knowledge and skills of collaborators participating in wheat seed production and postharvest management in Nepal, especially those engaged in dissemination of newly developed Ug99 resistant varieties.

Arun Joshi, Regional Wheat Breeder, CIMMYT South Asia, launched the course by congratulating the organizers on behalf of CIMMYT for organizing a training program on this important aspect. This sentiment was reiterated by the chair of the inaugural session, National Wheat Coordinator Janmejai Tripathi, who emphasized the fact that seed supply and distribution play a major role in food security in Nepal, where 80% of the population are engaged in agriculture.

Theory and practical sessions addressed the most current issues concerning aspects of post-harvest management. Participants learnt how to achieve safe harvest and storage of seed including proper cleaning-grading, bagging, labelling and testing for minimum seed standards; they were also taken to four public and private sector seed storage and processing plants in Bhairahwa to practice seed sampling and testing. The fundamentals of an efficient marketing strategy for complete use of the seed produced by farmers were also an important part of this program.

Participants responded positively to the course, saying that it improved their ability to achieve safe storage of wheat seeds without sacrificing its minimum seed standards. They were also able to update their knowledge on the most current NARS-CIMMYT wheat seed production programs and seed laws in Nepal.

Linking breeding, plant genetic resources, and biotechnology in Kazakhstan

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During 6-14 June 2011, a group of 24 national specialists from different institutions and regions traversed 1,400 kilometers of southeast, south, and southwest Kazakhstan in a travelling seminar organized by CIMMYT on breeding, plant genetic resources (PGR), and biotechnology. The aim was to evaluate the status of those research pursuits in the region, as well as prospects for their development, and to promote innovative technologies. The group visited farms and the region’s leading agricultural research organizations: the Institute of Plant Biology and Biotechnology, the Kazakh Advanced Research Institute for Farming and Crop Production, the Krasnovodopad Agricultural Experimental Station, the Southwest Agricultural Research Center for Livestock and Crop Production, and the Kazakh Advanced Research Institute for Rice Production.

Seminar participants agreed that one of the most important tasks today is to increase crop yields by developing new varieties, mobilizing plant genetic resources, and using advanced biotechnologies—work now hindered by the weak link between biotechnology, breeding, and use of plant genetic resources in the country. Kazakhstan has stronger biotechnology capacity and more extensive plant collections than other Central Asian countries, but studies in those areas are conducted in parallel, without close interaction between breeders and biotechnologists. In most cases, biotechnology and molecular biology methods and developments stay locked away in the lab, with rare use by breeders and only rudimentary application to study, characterize, or use plant genetic resources for breeding.

Use of modern biological methods could significantly speed breeding, raise crop yields, and improve agronomic and economically-valuable traits. With Kazakhstan agriculture being categorized as ”risk farming,” biotechnology could help in breeding high-yielding, stress tolerant crop varieties.

Spreading the word on CA from Mexico

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AC21“It is very difficult to find conservation agriculture machinery. You have to go to China or India to get it,” said Mahesh Kumar Gathala, new CIMMYTBangladesh-based cropping systems agronomist for South Asia. Gathala, a native of India, was just one of the 15 participants invited to attend a five-week conservation agriculture course at CIMMYT-El Batán, Mexico, where improving machinery and professional capacity were hot topics.

Begun in late May 2011, the course combined research advances in multidisciplinary approaches to sustainable crop management with the vast experience of countries in Asia, Africa, and Latin America. The main aim was to enhance participants’ understanding of the use and application of conservation agriculture sowing technologies and relevant agricultural implements in irrigated and rainfed wheat and maize production systems.

The participants came from Bangladesh, Pakistan, Afghanistan, Morocco, Tunisia, India, and Turkey. For many, it was their first time in Mexico. They spent most of their time at CIMMYT-El Batán, but also visited the Toluca station and farmers’ fields in Hidalgo to see CA practices in action and share experiences from their own countries.

Gathala noted the major differences in CA farming in Mexico and South Asia. “Fields are much smaller in Bangladesh, and crop residues are in much higher demand as animal feed,” he said. “These conditions make CA more difficult to push.” A CA practitioner for a decade, Gathala nonetheless felt the course was useful: “There is always something new to learn and share.”

Participant Raju Teggelli of India agreed. “I enjoyed the coursework, especially the practical experience. I found the instrument calibration and the hands-on training most useful,” said the Entomologist from the University of Agricultural Sciences, Raichur, in Karnataka, India.

Sincere thanks to all who made the course possible, and especially to the participants for their valuable and engaging contributions.

Calling on the G8 to meet the food security challenge

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Guest post by Farming First

Ahead of the G8 summit this week in France, Farming First has launched a new online infographic that demonstrates how agriculture can help build a green economy.

Green growth is one of the top items on the meeting agenda and, with the inclusion of African leaders at this year’s summit, the G8 leaders should foster policy coherence on food security and price volatility to achieve agriculture’s potential.

As a critical sector for achieving the G8’s goals of food security and a green economy, we have collected existing data from leading research organisations and assembled it into graphs and visuals to put agriculture forward in the wider political agenda.

The infographic clearly highlights the value and return to investment in agriculture, both in terms of poverty reduction but also in improving food security through increased productivity. The data also draws attention to the impact of agriculture on women’s livelihoods; 41 percent of total farmers worldwide are women, and this goes up to 64 percent in sub-Saharan Africa and South Asia.

Despite this, the G8 leaders’s commitment to provide $22 billion to food security by 2012 has yet to be met. Agricultural productivity needs be addressed through investment in agricultural research and extension services, in order to feed a global population of 9 billion in 2050.

Food production must increase to ensure food security now and for future generations and it is increases in yield that will provide over 70 percent of that growth. The World Bank estimates that 1 hectare of land will need to feed five people in 2025, whereas in 1960, 1 hectare was required to feed only 2 people.

However, if we look at investment in agriculture today, the sector has been a victim of underinvestment for a long time, both in terms of government spending and foreign aid. Public spending allocated to agriculture declined to under 7 percent in 2000, and the share of ODA to agriculture fell to 5 percent in 2004.

The implications of a lack of investment are reflected in the present reality of crop yield growth. Grain yield growth in developing countries has fallen from 3% per year from 1961 to 2007, to a 1 percent increase per year today.

As an example of the huge potential that lies in investing in agricultural research, the impact of the Chinese government’s increased investment in agricultural research has helped China achieve year-on-year yield growth, making the country the largest agricultural producer in the world.

Through our infographic, we hope that G8 leaders will recognise the true contribution that farmers can provide to continued global prosperity, while helping to create sustainable livelihoods, reduce poverty and safeguard the environment. If we invest in farmers today, we can seize the challenge of growing a green economy.

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Farming First is a global coalition representing the world’s scientists, engineers and industry as well as more than 100 farmers’ associations and agricultural development organisations. Farming First calls for a broad- based, knowledge-centred approach to increase agricultural output in a sustainable and socially responsible manner.  To view Farming First’s position on the green economy, visit:  www.farmingfirst.org/green-economy

QPM roti wins vote of confidence in Bihar, India

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The government of Bihar, a state in eastern India, celebrated its 99th anniversary of independence last month, March 2011. To celebrate, the Bihar government invited CIMMYT, Rajendra Agricultural University (RAU), Bihar and the Directorate of Maize Research, New Delhi to perform a live demonstration of a tortilla-making machine that uses quality protein maize (QPM) grains. The demonstration took place during a 3-day exhibition during 22-24 March in Patna, Bihar, with the goal of popularizing QPM roti among the masses. Roti, common to South Asia, is a regional bread made from stone-ground wholemeal flour.

Raj Kumar, cropping system agronomist, and Raj Gupta, South Asia Coordinator, represented CIMMYT at the Bihar Day celebrations while Head of RAU’s Maize Program Mrityunjya Kumar coordinated the efforts on QPM roti making. Agriculture production commissioner AK Sinha provided space for the installation of the tortilla machine at Gandhi Grounds in Patna, Bihar, and also arranged the logistics for making maize breads and serving them to visitors during the Bihar Day celebrations. Sale of the QPM makka roti by women self-help group volunteers at Bihar Day.

The tortilla machine, which was imported from Mexico and given to RAU for roti making, was used to prepare QPM tortillas from nearly two tons of QPM. The tortillas were then packaged and sold for INR 10. More than 20,000 packages of QPM tortillas were sold to the public. In addition to general sales, refreshments were provided to visiting Members of Parliament, the Bihar Legislative Assembly, and Senior Officials for Home Consumption. A self-help group of women entrepreneurs, led by Rajkumari, supplied the pickles and helped to package and market the QPM breads.

‘QPM maize rotis with pickle’ received much attention and the demonstration and sales counter attracted a constant, large crowd throughout the day. In fact, the crowd was so large that having only one tortilla machine proved insufficient for meeting the large makka roti demand. Public interest in QPM breads (makka rotis) surprised most consumers, as they said they didn’t expect QPM makka roti to be so tasty. The three-day Bihar celebration allowed CIMMYT and partners to reach close to one million people at the Agriculture Pavilion, raising awareness about the accessibility and benefits of QPM. Narendra Singh, Bihar’s Minister of Agriculture, expressed much interest in the tortilla machine by interacting with scientists, technicians, and the general public to elicit their responses as to determine QPM’s potential in Bihar. As several media outlets covered the event, Mrityunjya Kumar, Usha Singh, and Raj Kumar were interviewed on subjects ranging from QPM makka roti production to consumption, the dietary importance of QPM, QPM hybrid seed production, seed availability, economics of QPM roti, shelf-life of QPM makka roti, and the possibilities of introducing QPM roti into schools.