Jagesh Kumar Tiwari has been associated with potato research for about 14 years on potato biotechnology including germplasm characterization, tissue culture, pre-breeding via somatic hybridization, breeding, molecular markers, gene/QTL mapping, functional genomics for late blight resistance, tuberization and nitrogen use efficiency, and genome sequencing of potato. He has received National/International awards viz., ICAR-Lal Bahadur Shastri Outstanding Young Scientist Award and the Endeavour Post-Doctoral Fellowship (Australia), and published >150 research publications and authored/edited 4 books.

• 1. Potato: A Global Scenario and Omics Research 2. Potato Genome Sequencing and Resequencing of Wild/Cultivated Species 3. Genomics in Potato Germplasm Management and Utilization 4. Molecular Markers, Mapping and Genome-Wide Characterization 5. Conventional to Genomics-assisted Breeding 6. Omics-Approaches in Potato 7. Phenomics in Potato 8. Genome Editing (CRISPR/Cas) Technology in Potato 9. Conventional True Potato Seed (TPS) to Diploid Hybrid Potato Technologies 10. Pre-breeding Genomics in Somatic Hybridization 11. Potato Transgenics

Jagesh Kumar Tiwari has been associated with potato research for about 14 years on potato biotechnology including germplasm characterization, tissue culture, pre-breeding via somatic hybridization, breeding, molecular markers, gene/QTL mapping, functional genomics for late blight resistance, tuberization and nitrogen use efficiency, and genome sequencing of potato. He has received National/International awards viz., ICAR-Lal Bahadur Shastri Outstanding Young Scientist Award and the Endeavour Post-Doctoral Fellowship (Australia), and published >150 research publications and authored/edited 4 books.

• 1. Potato: A Global Scenario and Omics Research 2. Potato Genome Sequencing and Resequencing of Wild/Cultivated Species 3. Genomics in Potato Germplasm Management and Utilization 4. Molecular Markers, Mapping and Genome-Wide Characterization 5. Conventional to Genomics-assisted Breeding 6. Omics-Approaches in Potato 7. Phenomics in Potato 8. Genome Editing (CRISPR/Cas) Technology in Potato 9. Conventional True Potato Seed (TPS) to Diploid Hybrid Potato Technologies 10. Pre-breeding Genomics in Somatic Hybridization 11. Potato Transgenics

Jagesh Kumar Tiwari has been associated with potato research for about 14 years on potato biotechnology including germplasm characterization, tissue culture, pre-breeding via somatic hybridization, breeding, molecular markers, gene/QTL mapping, functional genomics for late blight resistance, tuberization and nitrogen use efficiency, and genome sequencing of potato. He has received National/International awards viz., ICAR-Lal Bahadur Shastri Outstanding Young Scientist Award and the Endeavour Post-Doctoral Fellowship (Australia), and published >150 research publications and authored/edited 4 books.

• 1. Potato: A Global Scenario and Omics Research 2. Potato Genome Sequencing and Resequencing of Wild/Cultivated Species 3. Genomics in Potato Germplasm Management and Utilization 4. Molecular Markers, Mapping and Genome-Wide Characterization 5. Conventional to Genomics-assisted Breeding 6. Omics-Approaches in Potato 7. Phenomics in Potato 8. Genome Editing (CRISPR/Cas) Technology in Potato 9. Conventional True Potato Seed (TPS) to Diploid Hybrid Potato Technologies 10. Pre-breeding Genomics in Somatic Hybridization 11. Potato Transgenics