Originally published by Asian Seed Magazine. Written by Adam Hunt, EiB Communications lead.
CGIAR Excellence in Breeding is catalyzing a transformation of public crop breeding programs across Asia, Africa and the developing world.
When parts of Asia looked to be on the brink of famine in the 1960s, scientists transformed agriculture through the Green Revolution. Catalyzed by the research-for-development network CGIAR, new wheat and rice varieties changed the destiny of food production.
But approaches that delivered those life-saving seeds are now surpassed by more advanced methodologies and technologies. And adoption of these has moved too slowly in public sector breeding. This has deprived farmers in lower-income countries, and the seed providers that serve them. And with the escalating climate change and ecological degradation crises, the right crop varieties are more sorely needed than ever before.
CGIAR Excellence in Breeding (EiB) is tackling this head-on by working across CGIAR and national agricultural research services (NARS) to accelerate the modernization of breeding programs across the developing world.
Lab activities to improve crop health. Source: IRRI
EiB aims to increase the rate of genetic gain in productivity on-farm by 1.5% annually, at least doubling current levels. Innovative practices have been developed by advanced public- and private-sector breeding organizations. Now, EiB is ensuring these are implemented in programs serving farmers in lower-income countries. Partners are supported to adopt effective methods for designing market- and farmer-preferred cultivars, and then deliver genetic gains for both quantitative traits like yield and qualitative traits like certain types of disease resistance.
The process began through in-depth breeding program assessments, and EiB now works closely with partners to implement individualized improvement plans. Alongside, EiB helps partners combine resources and leverage expertise. This benefits more crops, rather than having resources dedicated to a single crop at one location.
Supported by a range of global donors, including the Crops to End Hunger funder consortium, EiB works through interlinked modules focused on improving programs’ Product Design, Breeding Scheme Optimization, Genotyping, Phenotyping and Operations, and Bioinformatics and Data. These holistic partnerships include provision of expert guidance, resources, shared service platforms, and cutting-edge technologies.
In addition to Africa and Latin America, the Platform also partners across South and Southeast Asia. For example, EiB supports the Manila-based International Rice Research Institute (IRRI) to optimize their breeding pipelines, drive out inefficiencies and ensure pipelines meet market and farmer needs. To reach these goals, IRRI deploys product profile development, Continuous Improvement methodologies, genotyping services, accurate operations costing tools, and other centralized strategies.
EiB host institute, the International Maize and Wheat Improvement Center (CIMMYT) has breeding pipelines serving countries across Asia, and are adopting similar improvements. This includes a new hub serving South Asia -- a double haploid facility for maize breeding, near Bangalore, India.
IRRI and CIMMYT are both early adopters of a new unified breeding data management system, the Enterprise Breeding System (EBS). Funded through the Bill and Melinda Gates Foundation, EBS will serve as a centralized, multi-crop solution linking data across CGIAR breeding data workflows. Breeders can then better undertake tasks like integrating genotypic data into complex statistical analyses. This drastically increases data accuracy and ensures more integration than more traditional methods. Data-driven decisions mean faster delivery of better seed products.
EiB also works at national levels. Working hands-on with NARS, EiB helps them adopt the same best practices and technologies as global CGIAR institutes. For example, EiB is helping breeders at The Indian Council of Agricultural Research (ICAR) develop product profiles, optimize their breeding schemes, and digitize their operations.
As an R&D network, CGIAR provides germplasm indirectly to farmers through partnerships. EiB has developed a CGIAR-NARS breeding network model for germplasm handover from breeding programs to seed sector partners. This model is built on joint decision-making for final stage promotion of germplasm, and provision of high-quality performance data supporting investment confidence for taking new varieties to market.
“Breeding teams must support the seed sector to be successful,” says EiB Director Michael Quinn. “This means delivering high quality and pure seed, along with quality performance data supporting investment.”
See Asian Seed Magazine for the orginal article. This blog reflects the information and views of the authors only. EiB and partners are supported by CGIAR Trust Fund Contributors and the Crops to End Hunger initiative, via the Bill and Melinda Gates Foundation, GIZ, BMZ, USAID, UK Aid, ACIAR and other partners.