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Howard G. Buffett and Patronato visit CENEB to discuss conservation agriculture in Sonora

2012-02-22-VISITA-CENEB-PIEAES-CIMMYT-26On 22 February 2012 we welcomed Howard G. Buffett and members of Sonora’s ‘Patronato’ (Patronato para la Investigación y Experimentación Agrícola del Estado de Sonora; PIEAES) to CIMMYT’s CENEB (Campo Experimental Norman E. Borlaug) station near Ciudad Obregón, Sonora, Mexico. The visit emphasized our joint concerns to improve food security and identified shared interests for improving opportunities for smallholder farmers and local entrepreneurs, and for widespread promotion of CA.

Patronato is a union of farmer organizations that has supported research by CIMMYT and partners such as INIFAP throughout the last four decades. This support has enabled greater advances in the state of Sonora, Mexico and throughout the world.

In addition to being a philanthropist, entrepreneur, and author, Howard G. Buffett is a farmer actively practicing no-till methods (a key component of CA) on his farm in Nebraska. He has strong links with Mexico; in 2000, he received the Aztec Eagle Award, the highest honor bestowed on a foreign citizen by the Government of Mexico. Currently, he acts as an Ambassador Against Hunger for the United Nations World Food Programme, and in 2011, the World Food Programme awarded him the George McGovern Leadership Award, alongside Bill Gates.

South Africa commits to building capacity

During 20-25 February 2012, 16 scientists from partners of the Sustainable Intensification of Maize- Legume Cropping Systems for Food Security in Eastern and Southern Africa (SIMLESA) project and national agricultural research systems from Kenya, Tanzania, Malawi, and Mozambique, met at the Agricultural Research Council (ARC) of South Africa headquarters in Pretoria, South Africa, for a capacity building workshop.

The workshop was the first of its kind conducted under the SIMLESA project, which is supported by the Australian Centre for International Agricultural Research (ACIAR) and coordinated by CIMMYT. The week-long training covered biometry, principles of conservation agriculture and soil science, and executing the concept of innovation platforms. Practical examples, working groups, and a visit to the Institute of Soils, Climate and Water made the training interactive and interesting. Participants also developed country action plans for implementing innovation platform activities.

The CEO and President of ARC, Shadrack Moephuli, addressed the participants and reaffirmed ARC’s commitment to contributing to improved food security through initiatives such as SIMLESA. He expressed his gratitude to both ACIAR and CIMMYT, and acknowledged the collaborative research activities being undertaken. Yolisa Pakela-Jezile, Senior Manager, ARC Training services, described the forthcoming country trainings and the opportunities for post-graduate studies in South African universities for scientists from SIMLESA and national agricultural research systems.
Finally, SIMLESA Program Coordinator, Mulugetta Mekuria acknowledged ARC’s support for the capacity building objective of SIMLESA. He also briefed the ARC CEO and the Executive Directors of Research, Development, and Technology Transfer on SIMLESA’s progress to date, and extended an invitation to the 2nd SIMLESA Annual Review and Planning meeting in March.

SIMLESAvisit-at-the-ISCW-ARC-trainingEQ

Drought tolerance, conservation agriculture, and double-cropping: A recipe for success in Mozambique

Copy-of-IMG_1029“Increasing Sustainable Agricultural Production in Mozambique through Drought Tolerant Maize and Conservation Agriculture” is a USAID-supported initiative bringing together two key components of CIMMYT’s work: Breeding for drought tolerance and sustainable land management to mitigate the effects of climate change.

Demonstrations in rural farming communities of Mozambique are currently exhibiting four varieties, which were selected for drought tolerance in Harare, Zimbabwe, and are currently being multiplied by two seed companies in Mozambique: Lozane Seed and Dengo Commercial. Farmers are also being shown several different cropping systems for these new varieties: conventional (burning residues and significant soil movement), conservation agriculture (CA) with seeding into previously dug planting basins, and CA seeded with a pointed stick or jab planter and retaining of crop residues. Farmers are showing significant interest in these new methods, favoring the jab planter and dibble stick as the fastest way of sowing.

During 16-24 February 2012, CIMMYT scientists, partners from the University of Tennessee, and USAID representatives travelled to project sites in the Manica and Sofala Provinces, to monitor project progress and evaluate the quality of implementation. The demonstrations also feature growing maize in full rotation with cowpeas, a technique previously unused. “We never thought of growing cowpeas as a sole crop in rotation with maize and are amazed about the good crop stand and the yield we will get. We will try this on our own fields in the coming season,” said Raimundo Luis, a farmer from Sussundenga, Manica Province.

Maize is the staple food crop for farmers in Mozambique, with most growing just one crop, during the rainy season from November to April. Average yields are generally low, often less than one ton/hectare. However, with the advent of new varieties, such as the CIMMYT-developed short season open pollinated variety (OPV), ZM309, farmers can harvest their early seeded maize crops in February, a time when many grain stores are diminished. CA systems with residue cover enable greater conservation of soil moisture, and therefore allow farmers to plant a second maize or legume crop, for harvesting in June or July.

Double cropping will assure food security for farmers in Mozambique, and by planting protein-rich legumes as the second crop, nutrition of farm families can also be increased. The use of these methods will also reduce the risk of crop failure and increase productivity of the land.

Social media workshop gets a “like” from GCP and CIMMYT

Peter-CasierAs part of the Generation Challenge Programme’s (GCP) plan to revamp their online space, they engaged the CGIAR Consortium’s social media expert, Peter Casier, to instruct an intensive workshop on social media and optimizing web presence, during 13-17 February 2012. Staff working on CIMMYT’s web and social media sites also participated.

Casier’s vast knowledge of social media was as contagious as his good humor, and before long, GCP had launched their own Facebook page and Twitter account, and were posting, liking, tweeting, and retweeting with confidence. Already initiated in the social media sphere, the CIMMYT team took the opportunity to gain further insights to increase their online presence.

Over five days the workshop outlined social media tools and provided handson training, reviewed CIMMYT’s current online material, investigated social media and website strategies, constructed specialized workplans, identified areas for improvement, and discussed traffic analysis, search engine optimization, and web usability.

Casier’s uniquely chaotic yet focused mind took the group on a whirlwind tour from social media jokes, through stories of humanitarian crises, and back to the issues at hand, such that the group finished the course inspired and raring to use their new tools. Maria Delgadillo from CIMMYT’s web team said “we all got on so well together and learnt so much in such a short space of time. It was especially useful for me from a web CIMMYT 4 Informa usability perspective.” Antonia Okono, GCP Communications Manager, echoed this sentiment: “We learnt some invaluable skills in a fun atmosphere,” she said.

The feedback from Casier was equally positive. In a congratulatory email he praised the work of the CIMMYT staff he encountered, with a special mention for the administrative and accommodation department, and for the drivers, technicians, and housekeeping personnel. He wrote that of all the CGIAR centers he has experienced, CIMMYT ranks among the top, not least because of the number of smiles he received from staff.

We invite you to “like” GCP and CIMMYT on Facebook, and follow us on twitter: @CIMMYT and @GCProgramme.

Cultivating CIMMYT’s links with Africa: A meeting with the African Development Bank

On 10 February 2012, CIMMYT’s Director General, Thomas Lumpkin, visited the headquarters of the African Development Bank (AfDB) in Tunis, Tunisia, accompanied by Wilfred Mwangi, Liaison Officer for Africa, and Karim Ammar, Head, Durum Wheat Program. In his meeting with the Bank’s President, Donald Kaberuka, Lumpkin presented CIMMYT’s major projects and activities on wheat and maize research and development in Africa, including breeding, biotechnology, agronomy, socioeconomics, seed systems, and human resources development. “The AfDB President was keenly interested in biotechnology, and we discussed examples of successful projects and the potential benefits for Africa,” said Lumpkin.

MG_4329The group also discussed the MAIZE CRP and CIMMYT’s strong partnership with the International Institute of Tropical Agriculture (IITA). Institutional linkages such as these can be very beneficial to African smallholder farmers, as demonstrated by the major projects accomplished by CIMMYT’s Africa offices, such as Drought Tolerant Maize for Africa (DTMA), Sustainable Intensification of Maize- Legume Cropping Systems for Food Security in Eastern and Southern Africa (SIMLESA), Water Efficient Maize for Africa (WEMA), Insect Resistant Maize for Africa (IRMA), and Improved Maize for African Soils (IMAS). “CIMMYT has had an enormous impact on wheat in Africa. Most cultivars are CIMMYT derived and many wheat scientists from African NARS have been trained at CIMMYT,” said Ammar.

It is hoped that these successes can continue, given the strength of the CIMMYT cadre of researchers currently based in Africa. Of the 38 African-based IRS, 29 are African scientists from seven different countries, and the directors of both the Socioeconomics Program and the Global Maize Program are based in Nairobi. “Africa has become the nucleus for maize research and development of CIMMYT,” stated B.M. Prasanna, Director of the Global Maize Program.

Throughout the meetings, CIMMYT’s desire to assist West African countries in maize and wheat production was expressed. CIMMYT is currently leading the WHEAT CRP in conjunction with the International Center for Agricultural Research in the Dry Areas (ICARDA), an initiative with a strong focus on Africa. Lumpkin emphasized the need for this CRP to also address wheat needs in African countries which are not traditionally wheat growers, but where wheat consumption may be rapidly increasing. According to FAO, Algeria’s bread and durum wheat imports rose 41.5 percent to a record 7.42 million tons in 2011, and the continent’s most populous nation, Nigeria, imports 4 million tons of wheat per year according to the USDA, with annual per capita wheat consumption currently about 25 kg.

Follow-up activities with the AfDB will be co-ordinated by Mwangi, who has already had further meetings with the Bank’s executive staff. “It was an excellent meeting and gave us the opportunity to highlight the major investments CIMMYT is making in Africa”, said Mwangi. The meeting formed part of a series of CIMMYT activities in Tunisia, Kenya, and Nigeria, designed to strengthen ties with local partners, donor organizations, and CGIAR institutions in the region.

Revolutionizing farming in Malawi through conservation agriculture

CIMMYT first introduced conservation agriculture (CA) to the Mwansambo and Zidyana communities of Nkotakhota District, Malawi, in 2005. Assisted by regional NGO Total Land Care (TLC), the project initially targeted just six farmers in each community. Currently, the project is focusing on “Understanding the Adoption and Application of Conservation Agriculture in Southern Africa”, and involves governmental extension agencies, field coordinators from TLC and researchers for Chitedze Research Station, and is funded by the International Fund for Agricultural Development (IFAD).

Copy-of-SAM_0415Since 2005, farmers, extension officers, and researchers have joined forces in starting a revolution from traditional farming systems in Malawi to locally adapted CA systems. The number of farmers practicing CA in the TLC communities of Central Malawi has grown from the initial 12 in 2005 to over 30,000 in 2012. This extension of CA was largely due to the development of an innovation network with different actors: Researchers assured training and quality implementation of the new technologies in target communities; the network facilitated participatory interaction and dialogue with farmers; and farmers raised social capital, subsequently boosting interest in the project within their own communities and the surrounding areas. These successful results enabled TLC and other partners to attract further funding and they linked farmers with input suppliers and a soft loan program for herbicides and improved seed. Farmers can currently access the input loan at seeding and pay back the amount for both inputs at harvest. Linking farmers to input markets was a major success, but more work needs to be done to also develop output markets for increased production from CA fields.

During 11-15 February 2012, scientists from the CIMMYT Southern Africa Regional Office visited target communities in Central Malawi, where farmers told them of the economical and environmental benefits of producing maize under CA. “Thanks to higher yields from CA and less labor, I have school fees and more spare time to bake doughnuts and sell them on the market,” said Nepiala Thope, a farmer from Chinguluwe. Other farmers are experimenting with growing maize under CA in rotation with other crops such as groundnuts, cowpeas, and cotton. This is a breakthrough for agriculture in Malawi, where maize is traditionally grown as a monocrop, attracting major pests and diseases such as striga, white grubs, cutworms, stalk and grain borers, and various blights. It is hoped that the reduction in pests and diseases, sustainable intensification of maize cropping systems, and increased income through CA will help farmers in the region to improve their food security and livelihoods, and overcome hunger and malnutrition.

Understanding local needs and looking to the future: A visit to the BISA sites

BISA-India-visit-Day-2-088During 21 January-05 February, a delegation consisting of Director General Thomas Lumpkin, Global Wheat Program Associate Director and Head of Pathology, Etienne Duveiller, Board member Andy Barr, and Development Officer Cheraé Robinson travelled from El Batán to visit the three sites of the newly established Borlaug Institute for South Asia (BISA). They were accompanied by Ajai Kumar and Raj Gupta, from CIMMYT’s New Delhi office.

Duveiller, who will be relocating from Mexico to India as the Head of Research for BISA stated “it is amazing what has been done in such a short span of time. But there is still a great deal of work to do and very exciting opportunities for research in a fast changing environment —not only economically in India, but also considering global change and climate change.”

The visit offered an opportunity not only for the delegation to gain an understanding of the new institute, but also to speak with local farmers about their concerns and specific challenges they are experiencing in their region. The group met with agricultural producers, students of the local agricultural universities, and state agricultural research institutes to develop ties with local stakeholders and understand the challenges and needs currently facing communities surrounding the BISA sites.

Towards the end of the visit, Lumpkin also participated in a gathering in Bihar, which brought together over 1,000 farmers from India’s poorest state to address current shortcomings and needs of agricultural producers in the region. The event gathered not only local producers, but also government officials and representatives including Nitish Kumar, Chief Minister of Bihar and Mangala Rai, Agriculture Advisor to the Chief Minister of Bihar.
BISA was officially launched on 05 October 2011. In less than four months, the three BISA sites have begun research activities, a process which has included demarcating the boundaries of the properties and preparing the land and seeding. The official groundbreaking ceremony for the sites will be held later this year.

BISA-Visit-Roll-5-040

Gates says agricultural investment is key, and backs this up with a grant for CIMMYT

Earlier today, Bill Gates, co-chair of the Bill & Melinda Gates Foundation, spoke at IFAD’s Governing Council Meeting in Rome on “Sustainable smallholder agriculture: Feeding the world, protecting the planet.” He called on the international scientific community to unite around a common global target for fighting hunger and reducing poverty, through sustainable productivity growth. “If you care about the poorest, you care about agriculture,” he said. “Investments in agriculture are the best weapons against hunger and poverty, and they have made life better for billions of people. The international agriculture community needs to be more innovative, coordinated and focused to really be effective in helping poor farmers grow more. If we can do that, we can dramatically reduce suffering, and build self-sufficiency.”

To further these sentiments, Gates announced a further USD 200 million in grants from the Foundation’s agriculture program, bringing their total investment in smallholder farmers to more than USD 2 billion, since the program began in 2006. One of the seven projects to receive grants is phase III of CIMMYT’s Drought Tolerant Maize for Africa (DTMA) initiative, which will receive USD 33 million over four years. CIMMYT is coordinating the project in collaboration with IITA and national partners from 13 African countries. The project has made great strides toward its ten-year goal of increasing average maize productivity under smallholder farmer conditions by 20-30% on adopting farms. The new funding should enable delivery of enough drought tolerant maize seed to benefit 30-40 million people in sub-Saharan Africa, adding grain worth an annual average of USD 160-200 million in drought-affected areas. “In this phase, our focus will be on developing varieties with  both heat and drought tolerance, and getting the seed of these varieties into farmers’ hands as widely, timely and affordably as possible,” said Wilfred  Mwangi, DTMA Project Leader.

Does science hold the answers? an Economist conference features CIMMYT’s views

DGEQEconomistOn 08 February 2012, CIMMYT’s Director General Thomas Lumpkin participated as a speaker in the Economist Conference “Feeding the World: The 9 Billion People Question” in Geneva, Switzerland. Attendees included a number of high level representatives and government officials, including Kanayo Nwanze, President of the International Fund for Agricultural Development (IFAD), Jikun Huang, Founder and Director of the Center for Agricultural Policy, Chinese Academy of Sciences (CAAS), and Bruno Le Maire, the French Minister of Agriculture, Food, and Fishing.

Alongside Nina Federoff of Pennsylvania State University and Howard Shapiro, Global Director of Plant Science and External Research at Mars, Lumpkin debated “Does Science Hold the Answers?”. He highlighted the advanced work of CIMMYT scientists on photosynthesis efficiency of wheat, zero tillage agronomic practices, precision fertilizer application and the use of sensors, and high resolution, site-specific cell phone decision support tools. Lumpkin also advocated technologies currently being made accessible and tailored for farmers.

In his speech, Lumpkin called for the international community to resist complacency and work towards yield increases of 200 to 300 percent, whilst striving for a reduction in the amount of arable land under cultivation, in order to address the world’s food security concerns. His presentation, “Higher Yields for Food Security with Less Water, Inputs, and Land: Does Science Hold the Answers?” will be featured on the Economist website, and is currently available on the CIMMYT intranet.

In addition to being well represented by our Director General, CIMMYT was mentioned several times in other panels, underscoring the value of public agricultural research in the toolbox of solutions for making our world food secure. With key policy makers and leaders from some of the premier corporations in the food and agribusiness industries in attendance, the conference provided an ideal occasion to present CIMMYT’s work and offered a platform for engaging future partners and donors.

Remote sensing shows the importance of keeping wheat cool

TheSunA recent study co-authored by CIMMYT agronomist Iván Ortiz- Monasterio has demonstrated how temperatures greater than 34°C can significantly cut wheat yields. Using nine years of satellite data for wheat grown in northern India, the team showed how previous models had underestimated the effects of high temperatures on senescence and yield. The onset of senescence seriously limits grain filling, and senescence is hastened by high temperatures. In South Asia, if wheat is not sown early enough, the crop reaches grainfilling stage during pre-Monsoon hot spells. Existing models may have underestimated grain losses by as much as 50%, for some sowing dates. “This study shows how innovative research tools like remote sensing can provide important information in the area of agriculture and climate change,” said Ortiz-Monasterio.

The study was led by Stanford University scientist David Lobell, who has recently published several important works on climate change and crop yields. The results are particularly significant because India and Mexico are among the countries expected to be most sorely affected by climate change. The Indo-Gangetic Plains are the bread basket of South Asia, providing food and incomes for hundreds of millions.

Since being published in Nature Climate Change on 29 January 2012, the study has received coverage in New Scientist, SciDev.Net, and Reuters, amongst others. CIMMYT breeders are already selecting for wheat lines with more extensive roots, allowing them to find and take up moisture and reduce the effects of heat on the plant. The center has also begun investigating varieties that can be sown earlier and harvested before spring heat.

Tackling Ug99 at the AAAS annual meeting

L1030812.EQresizeInnovative techniques in wheat breeding are necessary to meet the increasing population demand and overcome environmental challenges, said CIMMYT Wheat Breeder, Ravi Singh, at the annual meeting of the American Association for the Advancement of Science (AAAS) on 18 February 2012.

Wheat currently provides approximately 20% of the world’s calories, and 20% of the total protein intake in the developing world, but yields will need to increase by 1 ton per hectare by 2020 to keep pace with the growing global population, according to Singh. This is a great challenge, considering the anticipated negative effects of rising global temperatures and the risks posed by highly-virulent new pathogens such as Ug99.

A strain of the causal fungus of wheat stem rust disease that first appeared in Uganda in 1998, Ug99 has since been detected in several countries of eastern and southern Africa, overcoming previously resistant wheat varieties there, and researchers fear its spread to the major bread baskets of northern Africa, Asia, and Europe. In 2005, the world’s leading wheat researchers established the Durable Rust Resistance in Wheat (DRRW) project, administered by Cornell’s College of Agriculture and Life Science. Through this project, CIMMYT and a global cadre of researchers are developing new varieties of wheat that both resist Ug99 and also produce higher yields.

Through breeding sequentially at two diverse locations in Mexico and screening promising wheat lines at a Ug99 hot spot in Kenya, researchers have been able to develop more than 20 Ug99-resistant lines, now present in varieties released or in advanced trials in eight countries, including India and Pakistan. Singh’s symposium, entitled “Emerging Risks in the Global Food System,” focused on the progress and challenges to global food security presented by Ug99. “We have made great strides in identifying new varieties that will provide durable resistance to stem rusts and increase yields,” said Singh, “but there is still much work to be done because of the importance of wheat and the ever-changing pressures it faces globally.”

200,000 views for CIMMYT photos

flickrMany of us were celebrating love and friendship on 14 February 2012, and CIMMYT’s online image collection was no exception. Users around the world showed us how much they love CIMMYT’s photos, with the flickr site receiving its 200,000th view since the collection began. If you haven’t yet seen our fantastic photos, join in at: www.flickr.com/cimmyt.

As well as making our photos easier to find and use within CIMMYT, many other organizations are also picking up on our images and using them on their own websites and blogs, spreading recognition of CIMMYT. Some recent examples from 2012 alone include use on the popular blogging site African Seed Network, PreventionWeb (1, 2), which supplies information for the disaster risk reduction community, the Radio Netherlands Worldwide website, and the CCAFS page/blog.

In addition, the CIMMYT twitter feed now has over 2000 followers, illustrating how CIMMYT’s message can also be spread via long texts, photos, or 140 characters!

Crop rotations in conservation agriculture systems equal healthy profits and soils in Zambia’s Eastern Province

DSC06486During 06-10 February 2012, a team of CIMMYT scientists travelled to six communities in Zambia’s Eastern Province to monitor progress on activities implemented under the Sustainable Intensification of Maize-Legume systems for the Eastern Province of Zambia (SIMLEZA) project, funded by USAID as part of Barack Obama’s “Feed the Future” initiative. The team was joined by national partners from governmental extension services, field coordinators from Total Land Care, Zambian researchers from Msekera Research Station, IITA, and CIP, and a group of farmers from Monze, in Zambia’s Southern Province. Journalists from two radio stations, one daily newspaper, and Zambian television covered the visit.

The SIMLEZA project began in October 2011 and exhibits a large variety of validation trials using improved maize and legume varieties, in conjunction with conservation agriculture (CA), to sustainably increase productivity on farmers’ fields. The validation trials currently demonstrate maize grown either as a sole crop, intercropped, or planted in full rotation with legumes. Farmers in the Eastern Province are excited about these new ways of farming; they want to shift from traditional, monocropped systems to more profitable crop rotations. In field discussions, farmers commended the other benefits of CA: Reductions in labor, effectiveness of weed control through judicious use of herbicides, increased moisture conservation, and reduced surface run-off and soil erosion. The project also has a strong emphasis on involving women in the extension of new technologies to improve their livelihoods.

Identifying a suitable market for alternative crops such as cowpeas or soyabeans remains a challenge in the Eastern Province, though the SIMLEZA project is addressing this by targeting bottlenecks in the value chain. Through involvement of agro-dealers, the availability of improved seed and markets for produce will be facilitated and processing skills will be enhanced. CIMMYT also collaborates with IITA scientists in this project to make use of their expertise in legume production and processing.

Currently the SIMLEZA project operates in six target communities, but it aims to impact 20,000 households in the Eastern Province by 2014.

Capacity building for detecting plant pathogens using real time PCR

Mexico has a network of state and private laboratories with authorization from the Mexican Plant Health Authority (DGSC), an office of the National Service of Agri-Food Health, Safety, and Quality (SENASICA), to examine and identify plant diseases, in order to protect crops in Mexico. It is vital that the technicians at these facilities continue to receive and update their training, in order to ensure the highest levels of competence, and to help deliver the projects of MasAgro.

As part of its component to develop genetic resources and seed multiplication, deliver new technologies, and build capacity, MasAgro funded the second theoretical-practical course on detecting plant pathogens using PCR in real time, during 24-26 January 2012, at El Batán. The course was organized by Mónica Mezzalama, Head of CIMMYT’s Seed Health Laboratory, and lead by Paul Vincelli, Professor at Kentucky State University, USA. The 16 participants came from SENASICA-SAGARPA, Plant Health State Committees, universities, the private sector, and CIMMYT.

“The course was excellent and reached the objectives set,” said Kenia Rodriguez, Technician at the Molecular Biology Laboratory, Morelia. “I learnt a lot about things I do at the National Center of Phytosanitary Reference, particularly on techniques I didn’t know about.” Daisy Fuentes, Head of GeMBio, Science Research Center, Yucatán AC, said that the course will be helpful for her daily activities after being exposed to the PCR techniques in much greater detail.

The certification ceremony was presided over by Marco Antonio Caballero García, Director of Production Inputs, SAGARPA, with Kevin Pixley, Director of CIMMYT Genetic Resources, and Mezzalama. Congratulations to all the graduates!

List of LNT (low nitrogen tolerant) inbred donor lines

Inbred Line Pedigree CIMMYT HG Colour Endosperm
DTPWC9-F67-2-2-1-B A White Normal
DTPWC9-F18-1-3-1-1-B A White Normal
CZL068 B White Normal
LaPostaSeqC7-F103-2-2-2-1-B A White Normal
CML341 AB White Normal
[MBR-ET(W)C1F139-2-1-B-2-B-B-B-B-B-BxMBRC5BcF13-3-1-2-B-B-B-B-1-2-B-B-BxCML264Q]-1-1-B B White Normal
LaPostaSeqC7-F10-3-3-1-1-B A White Normal
LaPostaSeqC7-F71-1-2-1-1-B A White Normal
CLWQ253 A White QPM
VL05620 White Normal
LaPostaSeqC7-F180-3-1-1-1-B A White Normal
LaPostaSeqC7-F64-2-6-2-2-B A White Normal
CZL052 -stockid-C240-27 B White Normal
CML373 A White Normal
LaPostaSeqC7-F78-2-1-1-1-B A White Normal
(CML491xCML150)-B-11-2 A White QPM
LaPostaSeqC7-F96-1-5-1-1-B A White Normal
CML176 White QPM
LaPostaSeqC7-F153-1-2-1-2-B A White Normal
CML343 AB White Normal
DTPYC9-F74-1-1-1-1-B A White Normal
CML264 A White Normal
CLWN201 B White Normal
DTPYC9-F74-3-4-1-3-B A Yellow Normal