CGIAR Research Program on Grain Legumes and Dryland Cereals - GLDC

Overview: FP5-3 - Enabling technologies

FP5-2 - FP5-0


Leader Pooja Bhatnagar - Mathur, International Crops Research Institute for the Semi-Arid Tropics - ICRISAT
Coleader: Aladdin Hamwieh, International Center for Agricultural Research in the Dry Areas - ICARDA

Team members: 38
Partner organizations: 4

Budget 2025
USD : 0

Activities/Products:  23


  Key Documents
    
  Atlas
    
   Key Results
    
  Activities/Products
    
Code Activity/Product Name Leader Co-leader Total Outputs Output types View
FP5-3.1 Plant protection phenotyping platforms for developing novel technologies to understand pest and pathogen dynamism under changing climate scenario to enhance capacity to deal with climate extremes Sharma Mamta Raju Ghosh 1
FP5-3.2 Initialtion of Genomic Selection in Sorghum Hima bindu Kudapa Santosh P Deshpande 1
FP5-3.3 Standardize greenhouse screening techniques for different phases of finger millet blast Rajan Sharma Santosh P Deshpande 1
FP5-3.4 Development of RGT platform for soghum to achieve shorter time lag for infusing diversified genetic material across all sorghum breeding programs Santosh P Deshpande Rajeev Gupta 1
FP5-3.5 Develop and optimize QuickCrop protocols for sorghum and pearl millet Pooja Bhatnagar - Mathur Kiran Sharma 1
FP5-3.6 Develop gene editing tools and platforms in sorghum and chickpea Pooja Bhatnagar - Mathur Kiran Sharma 1
FP5-3.7 Explore tools and technologies (genome editing and reverse genetic approahes) for inducing Doubled haploidy in sorghum Pooja Bhatnagar - Mathur 1
FP5-3.8 Gain or loss of functional genomics/Validation platforms based on Transformation technologies Pooja Bhatnagar - Mathur Kiran Sharma 1
FP5-3.9 Development of TILLING populations for induced genetic diversity and gene function analysis in pearl millet Rakesh Srivastava Rajeev Gupta 1
FP5-3.10 Delivery of a suite of breeding tools that jointly analyze high-density genomic and phenotypic data to accelerate sorghum improvement Hima bindu Kudapa Santosh P Deshpande 1
FP5-3.11 Refinement of genome assembly of chickpea, pigeonpea and groundnut Rajeev Varshney 1
FP5-3.12 Development and deployment of high density genomics platform and decision support tools to accelerate genetic analysis and deploy genomic selection for accelerating genetic gains Rajeev Varshney Manish Roorkiwal 1
FP5-3.13 Routine use of high-density genomics tools and breeding schemes in sorghum breeding programs Hima bindu Kudapa Santosh P Deshpande 1
FP5-3.14 Migrate all cowpea breeding phenotyping data into IBP/ BMS. Ousmane Boukar Sivakumar Chamarthi 1
FP5-3.15 Migrate IITA soybean breeding phenotyping data into IBP/ BMS. Godfree Chigeza Christabell Nachilima 1
FP5-3.16 Phenotypic (BMS) & Genotypic (GOBii) Data Curation, Migration and Integration Support Abhishek Rathore Anilkumar Vemula 1
FP5-3.17 Deployment of Genomic selection in chickpea breeding program Aladdin Hamwieh Moez Amri 1
FP5-3.18 Optimizing molecular breeding technologies (MABC and genomic selection) for key agronomic, disease resistance and quality traits in groundnut Manish K Pandey Pasupuleti Janila 1
FP5-3.19 Deployment of Genomic selection in chickpea breeding program Manish Roorkiwal 1
FP5-3.20 2 novel genotypes developed with advanced breeding technologies for pre-germination resistance Pooja Bhatnagar - Mathur 0
FP5-3.21 Develop sorghum genotypes that efficiently trigger synthetic apomixis components for heterosis Pooja Bhatnagar - Mathur M. GOVINDARAJ 0
FP5-3.22 Rapid cycle breeding methods developed for lentil for shortening the breeding cycles Aladdin Hamwieh Pooja Bhatnagar - Mathur 0
FP5-3.23 Rapid cycle breeding methods developed for cowpea to significantly shorten breeding cycles Ousmane Boukar Pooja Bhatnagar - Mathur 0
  Projects
    
Acronym Project Title Year Section Leader Center Budget Start Date End Date View
  Outcomes and Impact
    
Code Outcomes and Impact Type Indicators View
5.3.a National researchers able to apply the acquired skills in other pre-breeding programs. Development of enabling technologies platforms to be used for rapid trait discovery, trait validation, trait development, and trait introgression development outcome 0
  Personnel Involved
    
  Partners