Last week, nearly 90 students from all around the world visited El BatĂĄn to learn about CIMMYTâs research and mission. They were all members of the International Association of Students in Agricultural and Related Sciences (IAAS) which is having its World Congress in Mexico. At CIMMYT, participants viewed the germplasm bank, learned about wide crosses and diversity analysis work at the Applied Biotechnology Center, and visited conservation agriculture experiments in the field.
IAAS provides a platform for students to share experiences, knowledge, and social responsibility. The students, who are from more than 20 countries, will spend three weeks visiting Mexico City, Queretaro, and Jalisco exploring  this year’s theme: âBiodiversity now, food tomorrow.”
About 17 people from the American Confederation of Associations in Sustainable Agriculture (CAAPAS, by its Portuguese acronym) visited El BatĂĄn on 23 July 2009. The group visited CIMMYT as part of their international meeting on direct seeding and sustainable agriculture.
Hans Braun, director of CIMMYTâs global wheat program, officially welcomed CAAPAS to the center. Ken Sayre, conservation agriculture (CA) specialist, then spoke to participants about CIMMYTâs CA program. He was followed by Petr Kosina, knowledge, information, and training manager, who informed them about the centerâs origins, mission, and research focus. As well, Bram Govaerts, cropping systems management specialist, showed the group CIMMYTâs long-term CA trials in the field.
âIt was a good opportunity to meet some new people interested in conservation agriculture,â said Sayre. âCIMMYT may work with a group like this in the future if there is money to support such collaboration.â After the morningâs presentations, there was a lively debate on the definition of CA and CA practices in different areas.
Ivo Mello, CAAPAS president, spoke about âquality zero-tillage.â âWe have to do what is necessary to respect the soil, conserve microorganisms and worms, etc., that aid crop production,â he said. âWe must eliminate the use of chemicals and strive for soils with biological equilibrium, which is not going again nature.â
The 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. âThanks to all for your great support over these many years,â he said. âI am honored to serve CIMMYT.â
CIMMYT 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, âNo-till with soil cover and crop rotation: A basis for policy support to conservation agriculture for sustainable production intensification,â 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, Kazakhstanâs 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.
âThere was a lot of discussion on the definition of CA, not only because of some confusion with conservation tillageâthe common tillage method for wheat in northern Kazakhstanâbut also because of the problem of expressing the term in other languages, including Russian,â said Pat Wall, director of CIMMYTâs 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.
The 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.
As part of the conservation agriculture (CA) hub initiative in the central Mexican highlands, 15 technicians who supervise CA demonstration modules met at CIMMYT-El BatĂĄn on 06 July 2009. CIMMYT has been partnering with ASGROW (a Monsanto seed company) to implement CA for highland maize cropping systems in this area for a little over a year. The module technicians, who are all also ASGROW representatives, each summarized their experiences with the recently planted CA demonstration areas.
âEach module is different,â said Bram Govaerts, cropping systems management specialist. âItâs a dynamic learning process for us and for the farmers as we work together to find out what works. This is the concept of the hub: to have our long-term trials as a training platform, to install modules with farmers in order to adapt CA to their systems, and to invite different partners to join us in disseminating CA.â
âI wanted to try something new to improve my products and yields,â said Alejandro GĂłmez Cornejo, a particularly motivated farmer who attended the event and has participated in previous tours of CIMMYTâs experimental station in Toluca. âI became interested when I saw the quality of the products they were getting and bit by bit I began implementing CA. The first year was difficult but weâve been getting better bit by bit.â
It is farmers like Cornejo that some of the technician participants want to help. âAs an agronomist, I want to improve rural areas that have low crop yields and subsistence problems,â said technician Arturo GonzĂĄlez CapistrĂĄn.
The day also included an information session on a Googleearth CA hub database. This tool will soon show all the farmer CA modules as well as information such as soil, altitude, latitude, previous cropping season results, socio-economic data, etc. âThe database enables a steady flow of information between our technicians, partners, and farmers and is another way to disseminate CA,â said Govaerts.
About 20 scientists from FENALCE learned how to use Fieldbookâsoftware for managing maize breeding activitiesâat CIMMYT-Colombia from 10-12 June 2009. FENALCE, Colombiaâs National Federation of Cereal and Legume Breeders, has been one of CIMMYTâs main partners for the past 20 years, and has supported the centerâs research, capacity-building, and technology transfer activities. The course was set up to support the Federationâs newly created maize improvement program.
Katherine GirĂłn, technical director of FENALCE, coordinated the training which also marked Henry Vanegasâ beginning as the federationâs general manager. Our best wishes to Henry in his new position!
CIMMYT staff at all levels increasingly need to describe and explain center objectives, activities, and accomplishments to a broad public that includes students, scientific colleagues, decision makers, donors, and the media, among others. It may seem simple, but such communication requires considerable knowledge of the center and its global and local contexts, as well as sensitivity about the audience and skill in crafting and presenting messages.
Raymundo LĂłpez, Agua FrĂa station superintendent, facilitated training for 13 farmers from the small communities of Hixtololoyax and Pantepec, in the state of Puebla on 25 June 2009. The farmers learned about developing, disseminating, and sowing quality protein maize (QPM). They also learned about intersynthetic and synthetic maize varieties that are tolerant to drought, low nitrogen, pests, and disease. Lastly, the course dealt with proper application of agro-chemicals.
The training was part of a longterm initiative organized by the state government to improve maize yields in the poorest part of Puebla. CIMMYT is interacting with farmers in these small mountain communities to teach them about the production of improved maize varieties. With the new skills learned from the course, farmers can experiment in their respective communities under local conditions.
Itâs that time of year again. Some CIMMYT staff are preparing their international wheat trials, which is the seed the center sends to its partners around the world. A 42-ton shipment of wheat seed arrived at El BatĂĄn on 29 June 2009 from a multiplication area in Baja California, northern Mexico. This seed will make up the winter nursery for 2009-10. This yearâs consignment also contained materials for the wheat germplasm bank, and was twice as big as last yearâs shipment.
Unloading the 261 boxes and 2,700 bags of seed from the truck was no small task. A huge thank you to all who participated from the following units: international wheat trials (11); bread wheat (4); durum wheat (3); germplasm bank (3); physiology (2); fusarium (2), and irrigated bread wheat (2).
CIMMYT hosted staff of the CGIAR Internal Audit Unit (IAU), as part of a professional development workshop organized by Gerardo Carstens and Yunuhe Reyes. The training began in Mexico City on 23 June 2009, 21 auditors and financial specialists from seven CGIAR centers attended workshop sessions at El BatĂĄn during 29 June-02 July. In a welcome address to the group, DG Tom Lumpkin discussed the crucial and evolving role of internal auditing in the business world and the importance of it for centers like CIMMYT: âWe count on you to give us the âbadâ news when we get off course, to oppose us when weâre wrong,â he said. John Fitzsimon, IAU director, noted that âthe workshop provided a rare opportunity for auditors and clients of their services, who are spread all over the globe, to get together in one place to exchange views and undertake training to make their work more relevant and useful to the CGIAR centers.â At the conclusion of the workshop he pronounced the event a great success, conveying to the group a challenge to âget ahead of the curve to spot problems centers may encounter and help them head these off.â
Is it possible for a software to act as a one-stop shop and help manage maize breeding? Indeed it is, and CIMMYTâs Fieldbook provides both.
This was the proof of the pudding for 15 visiting scientists in Harare, Zimbabwe. During 15â19 June 2009, CIMMYT-Zimbabwe hosted scientists from Botswana, Lesotho, Mozambique, Swaziland, Zambia, and Zimbabwe under the New Seed Initiative for Maize in Africa (NSIMA) / Drought Tolerant Maize for Africa (DTMA) project. The visiting scientists learned to use Fieldbook, CIMMYT software designed for managing maize breeding programs. The software helps in handling field experiments, data, stocks, and pedigree information. The participants practiced by analyzing their own data with the software.
Fieldbook is freely available. It is designed as a collection of macros in Visual Basic, and works with Microsoft Excel. Fieldbook gurus Cosmos Mogorokosho and Simbarashe Chisoro handled the introductory session. Peter Setimela, CIMMYT maize breeder, covered variety testing and release, showing participants how to summarize and prepare formats for variety release and registration. John MacRobert, CIMMYT maize seed systems specialist, coordinated an afternoon to explore various aspects of seed production. To familiarize themselves with the CIMMYT breeding program and other opportunities in the country, the scientists visited Mzarabani, a flood-prone rural area in northern Zimbabwe.
At the end of the course, the participants felt their experience had been worthwhile, as expressed by P.G. Rupende from SeedCo, âI have used other software for managing breeding materials and analyses, but this is the best thing I have gone through. Fieldbook is a userfriendly program.â The proof of the pudding is truly in the eatingâespecially where oneâs pudding is made of maize seed.
PhD 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.
Jagadish Timsina, IRRI-CIMMYT senior scientist and project leader, and Enamul Haque, CIMMYT cropping system agronomist, organized two training sessions on 21-23 April and 14-15 June 2009 for the joint CIMMYT-International Rice Research Institute (IRRI) project âSustainable intensification of rice-maize systems in Bangladesh.â
Agronomists and engineers from Bangladesh who focus on the conservation agriculture (CA) aspects of the project also assisted in sessions. More than 30 researchers, field assistants, and machinery service providers learned about the operation of two machines; the power tiller operated seeder (PTOS), and the bed former and planter.
âWe want to build their machinery-operating skills for sowing and establishing rice, wheat, and maize,â said Timsina. Participants gained information about the establishment and basic agronomy of dry-seeded rice and unpuddled transplanted rice, both of which eliminate the need for puddling the soilâa process that destroys its structural and physical propertiesâaccording to Timsina. âBy not puddling we can reduce water requirements, input costs, and greenhouse gas emissions,â he said. In both sessions, participants put together and took apart machines and learned the functions of individual parts. In June, farmers were introduced to the Sayre Smart Planter, which can be used for diverse, resource-conserving forms of tillage.
The CIMMYT-IRRI project promotes CA and nutrient management and has been running in three districts since November 2008, thanks to funding by the Australian Centre for International Agricultural Research (ACIAR). National project partners include the Bangladesh Agricultural Research Institute (BARI);the Bangladesh Rice Research Institute (BRRI); the Bangladesh Academy for Rural Development (BARD); the Bangladesh Rural Advancement Committee (BRAC); and the Rangpur Dinajpur Rural Service (RDRS).
The International Winter Wheat Improvement Program (Turkey- CIMMYT-ICARDA) conducted a traveling seminar in Ukraine during 08-13 June 2009 to learn about wheat research and breeding in the country and strengthen international and regional cooperation on winter wheat. The seminar attracted 62 participants from 19 countries, even with scientists covering their own travel costs to Ukraine. The group assembled in Kiev for visits to the Ukrainian Academy of Agricultural Sciences, the Institute of Genetics and Physiology, and the Mironovka Wheat Institute.
Then the group traveled by bus to Odessa (500 km) to see the Breeding and Genetics Institute. âAll participants were impressed by the level of research and breeding they saw,â says Alexey Morgounov, Global Wheat Program breeder based in Turkey, who led the seminar. âExperimental and production fields were well maintained and the crop diversity was very interesting.â Ukraine produces almost twice as much wheat as it consumes and plays an important role in the regionâs food security. New, locally-bred varieties characterized by high yield potential, good grain quality, and good disease resistance contribute to this success. At the concluding session the group developed proposals to enhance regional cooperation in breeding for drought, rust resistance, and grain quality, and in networking. âWe especially appreciated our hostsâ hospitality and good logistics,â says Morgounov.