Search Results

In mid-February, a dedicated gathering of biometricians and quantitative genetics experts from CGIAR’s Centers convened in Nairobi for a week-long hackathon. Their mission? To refine CGIAR’s Breeding Analytics Pipeline, a cutting-edge tool designed to guide decision-making processes in global crop breeding.  With a plethora of algorithms and software available for analyzing crop breeding data, harmonization and automation across CGIAR-NARES breeding

Also published in Farmers Review Africa, Smart Farmer Kenya, and included in Peoples’ Daily, “Challenging gender stereotypes to promote inclusion at workplace.” In agricultural research, a notable gender gap persists, particularly within the crop breeding sector. While women have often been well-represented in breeding labs and offices, they’ve been less present in field research work. In Kenya, the disparity in

Roots, tubers, and bananas (RTB) are vital food sources for over 3 billion people in Africa, offering high calorie yields per hectare and essential nutrients. More resilient to drought than other crops, RTB are crucial for poverty alleviation. Often cultivated by women, they have diverse applications, spanning from food processing and industrial use to animal feed.  But the vegetative propagation of RTB

The low utilization of mechanization within CGIAR-NARES breeding programs in Africa is limiting their effectiveness and potential genetic gains. Manual management restricts the number of crosses and progeny assessments that can be performed, also affecting the uniformity and quality of nurseries and trials.  Facility Upgrade and Mechanization Improvement, a fifteen-million-dollar project part of Crops to End Hunger, a multi-funder broad

The development of Bioflow, CGIAR’s open-source breeding analytics pipeline, funded by GIZ through Crops to End Hunger, has never slowed down since its launch last year. Following several hackathons in February 2024 and November 2024, staff from all CGIAR Centers contributed their expertise to the ongoing development of the tool, highlighting the collaborative DNA that underpins its development.  Here are

Scientists at CGIAR are releasing several high quality reference genomes representing African crops targeted by the agricultural research network. Eight banana, one cowpea and two common bean reference genomes were sequenced and released earlier in 2023. And now a new release contains both high quality reference genomes (three yam, two cassava) and high quality data (one potato, one sweet potato,

In Mexico, a Crops to End Hunger project has been completed to develop new elite parental lines of wheat with increased resistance to diseases. These lines can be used in breeding programs to quickly introduce specific, targeted traits, like ready-made ingredients in a larger recipe. “Deep scoping rapid-cycle recurrent genomic selection to accelerate the breeding pipeline for quantitative disease resistance

CGIAR is the world’s largest global agricultural innovation network. We provide evidence to policy makers, innovation to partners, and new tools to harness the economic, environmental and nutritional power of agriculture.