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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.

Nutritious and delicious

India1-300x215Tortillas made from quality protein maize (QPM) are now being sold on the streets in Patna, the capital city of Bihar, India. CIMMYT-India donated a QPM tortilla unit to Magadh Credit Cooperative Society (MCCS) and the society is now selling five tortillas with curry for about US$ 0.25 (10-12 rupees). The program is based on a “meals on wheels” scheme and the food will be sold at mobile shops and Sudha milk booths across Patna. The goal is to provide affordable, healthy food to the city’s urban poor. CIMMYT and Cereal System Initiative for South Asia (CSISA) are working to strengthen inbred production of hybrid QPM seed in eastern India to support this production chain.

CIMMYT staff accepts numerous awards

Award-PWall Pat Wall obtains ASA recognition

On 02 November 2009, the American Society of Agronomy (ASA) presented Pat Wall, director of CIMMYT’s global conservation agriculture program, with its “International Service in Agronomy Award” in recognition of two decades of work to adapt the principles of conservation agriculture for farmers in developing countries, especially resourcepoor smallholders. As a recipient of the award, Wall joins the ranks of giants such Norman E. Borlaug, Edwin J. Wellhausen, Sterling Wortman, Jack R. Harlan, Ernest W. Sprague, Gurdev S. Khush, Sanjaya Rajaram, Ronald P. Cantrell, and Rattan Lal. Congratulations, Pat

Zhonghu He selected for CSSA fellow

untitledZhonghu He, principal scientist of CIMMYT’s Global Wheat Program and country representative in China was selected for the 2009 Fellow of Crop Science Society of America (CSSA). The awarding ceremony was held on 3 November during the ASACSSA- SSSA International Annual Meeting in Pitt sburgh. Dr. He made signifi cant contributions in improving Chinese wheat quality, development and application of molecular markers, promotion of international and domestic collaboration, and training. He also received the most prestigious award from Chinese government in 2008 and CGIAR Regional Award in 2007.

Former-CIMMYT staff awarded

Former CIMMYT employee William Raun recently received the Eminent Faculty Award from Oklahoma State University (OSU) where he works as a regents professor in the department of plant and soil sciences. The award is given to university individuals for outstanding service to OSU. Raun, who continues to collaborate with CIMMYT, received the special recognition for his work with nitrogen use efficiency.

First annual review and planning of the CIMMYT-IRRI collaborative rice-maize project

AnnualReview1Partners of the “Sustainable intensification of rice-maize production systems in Bangladesh” met 25-29 October 2009 for the project’s first annual review—the program started in June 2008 and will run until 2013. Nearly 50 people attended the meeting held at the Bangladesh Rice Research Institute (BRRI) in Gazipur, Bangladesh. The Australian Center for International Agricultural Research (ACIAR) funds the project, which focuses on research and technology delivery for conservation agriculture (CA) and site-specific nutrient management (SSNM).

Several speakers opened the meeting, including Jagadish Timsina, senior CIMMYT-IRRI (International Rice Research Institute) cropping system agronomist. Timsina highlighted the teamwork between CIMMYT, IRRI, and multiple organizations in Bangladesh who together are working to develop, test, and disseminate sustainable CA-based management systems for highly intensive and productive rice-maize systems. CIMMYT and IRRI are jointly implementing the project. Representatives from the Bangladesh Agricultural Research Institute (BARI), BRRI, IRRI, and CIMMYT also delivered speeches, presented project results, and collaborated to form a revised work plan for the project’s next four years.

AnnualReview2The last three days of activities took place in the research stations of BARI, BRRI, and the Bangladesh Academy for Rural Development (BARD), as well as at on-farm sites in Rajshahi and Comilla. Scientists spoke with farmers about the benefits of CA technologies and received feedback from the farmers about the different technologies tested in their fields as well as overall project activities. First year CA activities for maize primarily focused on seeding on flat land with a power tiller operated seeder (PTOS) and seeding with a bed former/planter on raised beds under reduced tillage. For rice, emphasis has been on direct-seeded rice with the PTOS, direct-seeded rice using a bed former/planter, and transplanting seedlings on raised beds.

In the Comilla project sites, locally managed by BARD, participants focused on SSNM trials. Three treatments for rice are currently being tested in these trials: farmers’ current fertilizer management practice, BRRI’s current recommendations, and the Nutrient Manager softwarebased recommendations. The goal of these comparison trials is to refine and evaluate Nutrient Manager and to optimize fertilizer recommendations to achieve the best benefits for farmers.

Representatives from the International Plant Nutritional Institute, Delhi and the Cereal Systems Initiative for South Asia (CSISA) also attended the meeting.

Conservation agriculture training continues in Bihar, India

Bihar1aThree years of sowing experience with conservation agriculture (CA) practices in a rice-wheat system at an agricultural outreach station (KVK) in the Jamui district of Bihar State in India have been successful. So far, results show that dry, direct-seeded rice or transplanted rice on permanent beds give higher yields than other crop establishment methods, said KVK agronomist P.K. Singh to visitors during a CA farmer’s field day.

Held on 19 October 2009, the event included 50 farmers, 10 service providers, and 9 representatives from the Bihar State Department of Agriculture. KVK’s program coordinator, R.N. Singh, opened the event with remarks on how increasing input costs and labor shortages are pushing up the cost of rice production in the predominantly rice-growing districts of Jamui and Lakheesarai. CA-based practices, he emphasized, are one way farmers can cut costs and improve yields, making farming more sustainable and economically viable. The district agricultural officer, Manoj Kumar, added that the introduction of winter maize will help diversify the current rice-wheat systems and will also improve productivity. He concluded with information about the government’s initiatives for and increased supply of quality seed and more mechanization.

Bihar2aLater in the day, farmers viewed various plots sown with different CA practices, during which they asked questions and saw CA machinery demonstrations. Dry, direct-seeded rice with anchored residues in a permanent no-till system caught the attention of many participants, along with the high-yielding, unpuddled transplanted rice on permanent beds. Farmers also discussed weed management practices for various crops with Ravi Gopal, agronomist for the Cereal Systems Initiative for South Asia (CSISA). The event was part of CSISA’s delivery objective for the central Bihar Hub.

First global meeting on Cereal Cyst Nematode Initiative

The first international Cereal Cyst Nematode Initiative Conference took place in Antalya, Turkey, during 21-23 October 2009. The cereal cyst nematode has been gaining recognition in global wheat production areas, particularly rainfed ones, where it has caused yield losses of 20-50% in many countries. The conference drew more than 60 participants from 20 countries and there were more than 45 presentations on the status of the pest and on integrated control methods, with emphasis on host plant resistance.

The conference was coordinated by CIMMYT nematologists Julie Nicol and Amer Dababat of CIMMYT-Turkey as part of the ICARDA-CIMMYT Wheat Improvement Program (ICWIP) and with funding from CIMMYT, the CGIAR Systemwide Program on Integrated Pest Management (Sp-IPM), the Australian Centre for International Agricultural Research (ACIAR), the ATSE Crawford Fund, Australia, and Syngenta. A 260 page proceedings was published and distributed. For further information, contact Julie Nicol (j.nicol@cgiar.org).

Machine mastery

Nearly 50 two-wheel tractor operators in Bangladesh examined, adjusted, and tested several planting machines during in a four-day practical training course at the Wheat Research Center (WRC), Dinajpur. The Bangladesh Agricultural Research Institute (BARI), the Bangladesh Rice Research Institute (BRRI), and CIMMYT organized the course, which ran during 12-15 October 2009 and focused not only on the operation, repair, and maintenance of farm machinery, but also on different crop establishment techniques.

Course leaders divided participants into groups of four and gave each a Sayre Smart Planter (SSP), a farming implement with built-in seed dispensers for multiple crops and a fertilizer application mechanism. The small group size allowed each person to practice converting the machine into its various modes: bed planter, strip tillage seeder, minimum tillage seeder, and zero tillage seeder. All participants then operated the machine in its numerous settings and learned seed calibration techniques for crops such as rice, wheat, jute, lentil, and chickpea. To ensure full understanding of SSP mechanics, each group dismantled the seeder, indentified its various parts, and then reassembled it.

On-hand to provide assistance were Enamul Haque, CIMMYT cropping systems agronomist; Israil Hossain of BARI; and Abdur Rahman, AKM Saiful Islam, and Bidhan Chandra Nath of BRRI. The Australian Center for International Agricultural Research (ACIAR), the German Federal Ministry for Economic Development Cooperation (BMZ), and USAID Famine Fund Projects funded the course.

Traveling workshop in Bangladesh brings together researchers and farmers

The ACIAR-funded project “Sustainable intensification of rice-maize (R-M) systems in Bangladesh” organized a traveling workshop from 04 to 08 October in Rajshahi and Rangpur districts of Bangladesh for project-employed researchers and their supervisors in four collaborating organizations (Bangladesh Agricultural Research Institute-BARI; Bangladesh Rice Research Institute-BRRI; Bangladesh Rural Advancement Committee-BRAC; and Rangpur Dinajpur Rural Services-RDRS). Two researchers from IRRI and CIMMYT offices in Bangladesh also participated in the workshop led by Jagadish Timsina, IRRI-CIMMYT senior scientist and project  leader/coordinator.

Participants visited trials on direct-seeded rice (DSR) using conservation agriculture (CA) technologies and nutrient management (NM) in farmers’ fields and research stations in five Upazillas (subdistricts) in Rangpur and Rajshahi districts. At each location, they were joined by local farmers already using the technologies who cited their advantages (e.g., higher yields, shorter crop cycles, and not having to wait for rain to begin planting).

During the workshop, participants viewed different machines that are used with CA technologies, such as the power-tiller operated seeder (PTOS), the zero-till drill, and the Sayre Smart Planter, as well as trials comparing farmers’ practices with different CA technologies (e.g., DSR sown on raised beds, on beds with the PTOS, or on strips using the PTOS). At BRRI Station, they observed a largescale, long term experiment sponsored by the Australian Center for International Agricultural Research (ACIAR) on the R-M system focusing on DSR and transplanted rice (TPR) under different tillage practices (zero, conventional), weed control methods, and productivity and nutrient balances.

The highlight of the workshop was a visit to the ACIAR rice-maize on-farm trials in Alipur village in Durgapur Upazilla. Alipur farmers have been growing wheat and other crops on beds using CA technologies with assistance from the Bangladesh Regional Wheat Research Center (WRC) and CIMMYT, as well as TPR on manually-made beds using their own innovations. During discussions farmers mentioned some advantages of growing unpuddled TPR on beds: ease of management; less irrigation needed; fewer insects and rats; greater grainfilling; and higher grain yield. Another topic of discussion was the use of short-duration rice varieties (e.g., BRRI dhan 33, BRRI dhan 39, BINA dhan 7, and BU-1) to intensify cropping systems.

Finally, the workshop provided ample opportunity for project researchers and their supervisors to interact and share experiences, which will help cement their relationship and allow them to work together more effectively in the future.

CIMMYT continues with long-term, in-service training

During the years 2005-08 there were several two and three-month comprehensive wheat improvement/pathology training programs at El BatĂĄn, Toluca, and the Ciudad ObregĂłn research stations, with more than 40 participants from Asia and Africa. And this year CIMMYT’s headquarters hosted another long-term, in-service training course. Seventeen participants from 10 countries, including two women, attended the course “Wheat Improvement Course 2009,” which ran from 03 August to 02 October.

“I’m very happy to see you all here and that the training program at CIMMYT has been restarted,” said DG Tom Lumpkin at the course’s closing ceremony. “I hope we can continue to strengthen this type of training, make it longer and more intensive, and involve more participants in the coming years.”

The course focused on wheat breeding and taught participants how to run a wheat breeding program, apply new forms of wheat technology, and confidently participate in joint interdisciplinary¡ research. “The fields are the classroom
and are where we illustrate the application of theory,” said Reynaldo Villareal, coordinator of the course and adjunct professor of plant breeding and international agriculture at Cornell University. Nearly 55% of the course involved fieldwork at the El Batán and Toluca research stations. As a former CIMMYT wheat breeder, Villareal was able to arrange a diverse and demanding course schedule that, in addition to breeding, included pathology, physiology, molecular biology, industrial quality, bioinformatics, statistics, conservation agriculture, and geographic information systems.

“I’m very grateful to CIMMYT and everyone who helped with this course,” said Vinod Kumar Mishra, course participant and professor of genetics and wheat breeding at Banaras Hindu University, India (pictured second from right). “Wheat is the second largest crop in India, and India is the second largest wheat producer after China, so training for wheat breeders is extremely important for our country,” he said. Other countries represented included Pakistan, Yemen, Egypt, Bangladesh, Kenya, Mexico, Nepal, China, and Sudan.

“Wheat improvement is an interdisciplinary collaboration,” Villareal said. “I hope CIMMYT can sustain similar training.”

Traveling seminar on conservation agriculture in Central Bihar, India

The Central Bihar Hub for Conservation Agriculture (CA), the Cereal System Initiative for South Asia (CSISA), and Rajendra Agriculture University (RAU) organized a traveling seminar for farmers on 2-3 October 2009 in Bihar, India. The seminar, whose theme was the application of CA technologies to rice/wheat and rice/maize systems, began at the Regional Maize Research and Seed Production Center in Begusarai, continued in farmers’ fields at Bachwara (Samastipur) and Krishnawara (Vaishali), and ended at RAU in Pusa, Samastipur. Scientific and technical guidance was provided by Dr. S. Chowdhury, CIMMYT-India; Dr. M. Kumar, RAU agronomist; Dr. M.L. Chaudhari, Vice-Chancellor, RAU; Dr. I.S. Solanki, Head, IARIRS, Pusa; and Mr. Ravi Gopal, Hub Manager, CSISA.

Participating farmers from 10 districts of central Bihar viewed trials in farmers’ fields and listened to local farmers talk about their experiences with new technologies, such as zero-till for rice-wheat, that have increased their yields and reduced their production costs. A technology that particularly caught their eye was the double no-till rice-wheat and rice-maize system with residue retention, outstanding due to its intense biological activity, good crop growth, and fertile soil conditions. Farmers asked questions about specific subjects such as weed management in rice, the effect of residues for conserving moisture (of particular interest in this dry year), and nutrient management strategies.

On the second day, participants gathered for a technical meeting at RAU Pusa to discuss issues related to the adoption of CA technologies. Among other subjects, results of long-term rice-wheat and rice-maize trials and of farmer participatory research were presented, and strategies for reducing production costs and increasing farm productivity were discussed. Vice-Chancellor Chaudhari explained that RAU is strengthening its seed production and technology transfer capabilities for the benefit of farmers. Of particular use to farmers was the opportunity to present their views, success stories, and experiences with CA technologies, aswell as to voice problems relating to crop production, productivity, and marketing. Potential solutions (growing pulses to diversify the cropping systems; green manuring to help restore soil fertility and micronutrient availability) were suggested by attending scientists and technical staff.

Three farmer field days in Bangladesh

Efforts to further disseminate and train farmers on conservation agriculture (CA) practices, specifically for rice, are underway in Bangladesh. Three farmer field days were held on 30 September and 01 October by the project “Sustainable Intensification of Rice-Maize Systems in Bangladesh,” which is jointly run by CIMMYT and the International Rice Research Institute (IRRI) and funded by the Australian Center for International Agricultural Research (ACIAR).

Around 150 farmers attended the three events held at three different project sites. The first field day was hosted by Rangpur Dinajpur Rural Services (RDRS), a non governmental organization in northern Bangladesh, and organized by M.G. Neogi, coordinator of RDRS’s agriculture program. The event attracted 60 farmers as well as media personnel and representatives from the Bangladesh Agricultural Research Institute (BARI), the Bangladesh Rice Research Institute (BRRI), and the Cereal Systems Initiative for South Asia (CSISA) project. The other field days were held in the Rajshahi district; one in Durgapure and the other in Paba. Israil Hossain of BARI organized the event in Durgapure, which was attended by nearly 55 farmers, while N.R. Sharma of BRRI was in charge of activities at Paba, attended by approximately 50 farmers.

At each location farmers gathered in front of rice fields to share their experiences and discuss benefits and constraints of farming with CA practices. “At all project sites there are farmer-participatory adaptive CA trials and researcher-managed trials for nutrient management, and there are also trials planted with traditional farmer practices for comparison,” said Jagadish Timsina, IRRI-CIMMYT senior scientist and project leader, who oversaw and coordinated the three field days.

There was a consensus among participating farmers that the CA practice of direct-seeded rice matured 10-12 days sooner than the traditional practice of transplanted rice and required less tillage and no puddling, resulting in reduced costs. Because of this, farmers in Paba said direct-seed rice was the best sowing option, while farmers from Durgapure and Rangpur thought non-puddled transplanted rice on raised beds—a resource-conserving practice—was the best.

“Data on yield and production costs are being collected from the trials and will allow us to compare the production and profitability of various CA technological options against farmers’ current practice of growing rice,” said Timsina. However, he adds that there are still barriers to overcome. “Unavailability of machinery and skilled machine operators, combined with increased weeds and a lack of proper herbicideapplication knowledge, are major constraints we need to and will address.”

The “Sustainable Intensification of Rice-Maize Systems in Bangladesh” project has been in operation since November 2008 in four districts of Bangladesh: Rangpur, Rajshahi, Comilla, and Gazipur. The project aims to increase dissemination of improved CA and nutrient management technologies using training and capacity building with farmers, researchers, extension workers, machinery manufacturers, and service providers.

Hybrid maize breeding course in Hyberabad

Forty-five maize scientists gathered at CIMMYT’s office in Hyderabad, India, from 31 August until 5 September for a course on maize hybrid breeding for rainfed areas in Asia. Germany’s Federal Ministry for Economic Cooperation and Development (BMZ), the Cereal Systems Initiative for South Asia (CSISA), and the Generation Challenge Program (GCP) organized the course, which received nearly 90 applications from interested scientists.

Various aspects related to hybrid maize breeding were covered by competent and qualified scientists from CIMMYT, the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT), Indian maize programs, and the private sector. “This course was very successful,” said Harun-or Rahsid, a participant from Bangladesh. “We were introduced to several new ideas that we can use to develop stable maize hybrids in a more effective and resource-efficient manner.” The majority of participants came from India (23), but others came from Afghanistan, Bangladesh, China, Indonesia, Nepal, Pakistan, the Philippines, Thailand, and Vietnam. The private sector was well represented; 12 participants came from the following companies: Monsanto, Syngenta, BIOSEED, Krishidhan Seeds, Ajeet Seeds, ABS Seeds, Safal Seeds, JK Seeds, VNR Seeds, and Vibha Agri-tech.

“I’m glad the CIMMYT-Asia program took the initiative to organized this much anticipated course,” said CIMMYT scientist S.K. Vasal. “It will strengthen partnerships and collaboration in the region and help us to achieve our goal of doubling maize production by the year 2020.”

Farewell to Norman Borlaug: World loses its leading hunger fighter

NEBorlaugCIMMYT joins with members of the international development community to mourn the passing of Nobel Peace Laureate and renowned wheat scientist, Dr. Norman E. Borlaug, who died Saturday night at the age of 95 from complications from cancer, after an exemplary life dedicated to fighting hunger in developing countries.

Dr. Borlaug worked as a CIMMYT wheat breeder and research director for nearly four decades and was a CIMMYT scientist at the time he received the Nobel Peace Prize.

High-yielding wheat varieties and improved farming practices, first developed by Borlaug and his team in Mexico during the 1950s, were introduced into South Asia in the 1960s and may well be responsible for saving hundreds of millions of people from starvation. Known as the Green Revolution, Borlaug’s work gave rise to science-based agriculture in developing countries. Today, high-yielding, disease-resistant wheat varieties based on Dr. Borlaug’s pioneering work are grown on 80 million hectares (200 million acres) throughout the world.

Borlaug received the 1970 Nobel Prize for those achievements, and his success led to the establishment of a network of 15 international agricultural research centers, including CIMMYT.

Borlaug’s full-time employment at CIMMYT ended in 1979, although he remained a resident part-time consultant until his death. In 1984, he began a new career as a university professor, teaching one semester a year at Texas A&M University, which continued for 23 years. In 1986, he joined forces with former U.S. President Jimmy Carter and the Nippon Foundation of Japan, under the chairmanship of Ryoichi Sasakawa, to develop an African agricultural initiative. Over a 20-year period, the Sasakawa-Global 2000 agricultural program, as it is known, has been working in 15 African countries to transfer improved agricultural technology to several million small-scale farmers.

Borlaug was especially proud of his role in establishing the World Food Prize in 1986. This prize has grown in stature and is now considered the “Nobel Prize” for food and agriculture. Some 25 men and women have been recognized for their outstanding contributions to increasing the quantity, quality and availability of world food supplies. Based in Des Moines, Iowa, the World Food Prize Foundation has also developed outstanding educational programs to engage young people in world food issues.

Dr. Borlaug always considered himself to be a teacher, as well as a scientist. Today, several thousand men and women agricultural scientists from more than 50 countries are proud to say they were Norman Borlaug’s “students.”

Borlaug used his fame and influence to champion the cause of smallholder agricultural development around the globe. Over a 63-year career, he traveled tirelessly to more than 100 nations, visiting farmers and agricultural scientists in their fields. It is estimated that over his lifetime he personally spoke to more than 500,000 students and ordinary citizens, explaining the challenges and complexities of world food production.

Borlaug was voted a member of the academies of agricultural science of 11 nations, received 60 honorary doctorate degrees from those countries, and was honored by farmer and civic associations in 28 countries.

Of all the places that he visited, his beloved home was Mexico, and in particular, the irrigated Yaqui Valley in the state of Sonora, in northwest Mexico. “This is where I truly feel at home, and where I am at peace,” he would often say. The feeling was reciprocal. In Ciudad Obregón, in the heart of the Yaqui Valley, one of main streets is named after Borlaug, and hundreds have known him since they were born.

Although probably better known outside the United States—in Mexico, India, Pakistan, China and Latin America, Borlaug’s work has also been widely recognized in the USA. At the federal level, he received the Presidential Medal of Freedom, the National Medal of Science and the Congressional Gold Medal, the nation’s highest civilian award.

CIMMYT was also home to Dr. Borlaug, who was known as a simple and charismatic figure, who spoke Spanish fluently and truly cared about people, greeting and chatting with researchers and field workers alike. His dedicated pragmatism and vision of applying science to benefit the poor live on as core values of CIMMYT and several other institutions with which he was closely associated.

Norm, as he liked be called, lived his life as a dedicated hunger-fighter, but one who was forever vigilant. As he said in his acceptance speech of the 1970 Nobel Prize: “
It is true that the tide of the battle against hunger has changed for the better
but ebb tide could soon set in, if we become complacent
”

We can think of no greater tribute to Norm than to carry on the work to which he dedicated his life: applying agricultural science for humanitarian benefits. Thus, he lives on in our hearts and, through our efforts, the work he began will also live on.

“Today we stand bereft of Borlaug’s physical presence, but not of his spirit or ideals,” says Thomas A. Lumpkin, CIMMYT Director General. “Norm once said: ‘I personally cannot live comfortably in the midst of abject hunger and poverty and human misery.’ Millions of small-scale farmers in developing countries today still practice low-input, subsistence agriculture, condemning them and their families to lives of poverty. They typically spend at least 70% of their income on food, and most are at risk of being malnourished. The world cannot be at peace until these people are helped to feed themselves and escape poverty.”

The CIMMYT family extends its condolences to the Borlaug family, who live in Texas, California and Iowa. He is survived by his son Bill, his daughter Norma Jean, five grandchildren, and several great grandchildren.

CSSA fellowship for He Zhonghu

ZhonghuHeThe Crop Science Society of America has selected He Zhonghu, CIMMYT principal scientist and country representative for the CIMMYT-China office, as a fellow in 2009 for his achievements in cultivar development, training, and especially in wheat quality testing methods and molecular markers. Zhonghu expressed his gratitude to CIMMYT distinguished scientist Ravi Singh for initiating the nomination, and to supporters Sanjaya Rajaram and Tony Fischer (former directors of the Wheat Program), senior scientist Peng Shaobing (International Rice Research Institute, IRRI), and to the CIMMYT community at large. “Thanks to all for your great support over these many years,” he said. “I am honored to serve CIMMYT.”

Conservation agriculture conference for Central Asia

Kazhakstan1CIMMYT staff in Kazakhstan organized an international conference on conservation agriculture (CA) 08-10 July 2009 in northern Kazakhstan at the Institute for Grain Farming. The conference, “No-till with soil cover and crop rotation: A basis for policy support to conservation agriculture for sustainable production intensification,” was financed by the Food and Agriculture Organization of the United Nations (FAO), CIMMYT, and the International Collaboration for Agricultural Research in Central Asia and the Caucuses (ICAR) project, which is managed by Washington State University. There were 150 participants including scientists from Azerbaijan, Kazakhstan, Kyrgyzstan, Russia, Tajikistan, Turkey, and Uzbekistan along with 70 farmers from Kazakhstan and Russia. Dr. Akylbek Kurishbayev, Kazakhstan’s minister of agriculture and an old friend of CIMMYT, opened the conference and stressed that the government of Kazakhstan is firmly committed to supporting the spread of CA; it already gives a higher subsidy to small farmers who use CA than it does to those who use conventional tillage.

“There was a lot of discussion on the definition of CA, not only because of some confusion with conservation tillage—the common tillage method for wheat in northern Kazakhstan—but also because of the problem of expressing the term in other languages, including Russian,” said Pat Wall, director of CIMMYT’s CA program. The papers presented at the conference, however, showed that CA is gaining in acceptance and application in Central Asia, both in dryland and irrigated situations, he said.

Kazhak2The conference highlighted the many problems still to be overcome for CA dissemination including the need for reorganization of many of the research and extension systems. Necessary diversification of cropping systems is often hampered by governmental policies and/or undeveloped markets. Weeds continue to be a problem and there is a lack of information on the adaptation of different crop varieties to CA, according to Wall.

Special thanks to CIMMYT staff in Kazakhstan who worked strenuously to make the conference a success: congratulations to Murat Karabayev, Arman Baitassov, Sagat Ishmuhanbetov, Mekhlis Suleimenov, Larissa Geronina, Zhumagali Ospanbayev, Tansara Murzatayeva, and Zina Telgarayeva.

Three cheers for CIMMYT-China

xuecai-zhang1PhD student Xuecai Zhang from CIMMYT-China was recently awarded a 2009 fellowship from the International Fund for Agricultural Research (IFAR). Zhang was given USD 11,000 to work on the integration of marker-assisted recurrent selection (MARS) in conventional maize breeding at CIMMYT.

Headquartered in the USA, IFAR is a public nonprofit that recognizes and promotes scientific excellence involving the work of centers in the Consultative Group on International Agricultural Research (CGIAR) and their partners. It gives priority to professional development of scientists from Africa and South Asia.

This is the third year in a row that a scientist from CIMMYT-China has been granted an IFAR fellowship; in 2008, IFAR supported Changbin Yin to study the use of chromosome segment substitution lines in genetic study and plant breeding, and in 2007 Huihui Li was granted a fellowship for the genetic study of quantitative traits in breeding.