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IITA will continue to achieve genetic gain, measured as year-on-year improvements in key attributes, for new crop varieties meeting the needs of farmers and consumers and reaching markets through increasingly effective and efficient seed systems. This will be powered by genomics, precision genetics, new approaches to phenotyping (including nutrition and product quality) and strong integration between breeding, seed systems and scaling by P4D related programs. To expedite the selection of desirable traits, high throughput phenotyping platforms equipped with sensors and imaging technologies will be established. Leveraging new technologies such as remote sensing, sensor-based tools, 4D imaging and machine learning and artificial intelligence shall be used to analyze large datasets generated by high-throughput phenotyping platforms, breeders can more efficiently select plants with desirable traits more quickly and accurately than traditional methods. Related to the Genebanks, we will focus on clonal crop conservation by cryobanking, mining the diversity of our collections to facilitate breeding for climate change adaptation, enabling more effective use of germplasm inside and outside the CGIAR and partnering to develop the role of under-utilized legumes for improved nutrition and climate resilience.
Director, West Africa Hub
