17865
Open
B.Muralidhar
Crop improvement, Abiotic Stresses, Biotic Stresses, Genetic Resources
Grain legumes, Chickpea
Farming Systems, Livelihood Systems
Asia, Eastern and Southern Africa, West and Central Africa
08/May/2019
Chickpea genome clues to more robust crops
Chickpea Genome, Fertile Crescent, Genetics, Drought tolerant chickpea, Heat tolerant chickpea, Food Security, Genome Diversity, Domestication, Agronomic traits, Nature Genetics
English
647 kB
Dr Rajeev K Varshney
https://cosmosmagazine.com/biology/chickpea-genome-clues-to-more-robust-crops
Global
ICRISAT
Science
https://cosmosmagazine.com/biology/chickpea-genome-clues-to-more-robust-crops
An international research team has identified genes responsible for heat and drought tolerance in chickpeas. This finding may be useful for developing more robust, high-yielding varieties of the important food crop. In a paper published in Nature Genetics, the team reports to have detected other genes that provided key insights into the crop’s genetic diversity, domestication, post-domestication divergence and agronomic traits such as yield and disease resistance. They have also traced back the crop’s origins to the Fertile Crescent, and its subsequent spread across the Asia and Africa.
Genetic Gains Program
08/May/2019