Wild Germplasm for Genetic Improvement in Crop Plants
portes grátis
Wild Germplasm for Genetic Improvement in Crop Plants
Azhar, Muhammad Tehseen; Wani, Shabir Hussain
Elsevier Science Publishing Co Inc
03/2021
406
Mole
Inglês
9780128221372
15 a 20 dias
750
Descrição não disponível.
1. Introduction: Potential of Wild Species in Plant Breeding 2. Wild Cotton Genepool: An unopened treasure 3. Wild Wheat Germplasm: An unopened treasure 4. Emerging Avenues for the Exploitation of Wild Relatives of Rice in Plant Breeding 5. Genetic Resources and Pre-breeding of Maize 6. Utilization of wild ancestors for biotic and abiotic tolerance in barley 7. Effect of natural variation on biofortification 8. Untapped soybeans; A genetic reservoir for its improvement 9. Wild Sunflowers: The primary genetic resource for sunflower breeding 10. Brassicas: A Complete Guide to the potential of their wild relatives 11. Wild Germplasm: Shaping future tomato breeding 12. Potato wild relatives, a reservoir of genetic diversity for the sustainability of world's 3rdmost important food crop 13. Wild relatives of sweet potato; Distribution and prospectus for crop improvement 14. Tapping the genetic diversity in sugarcane wild germplasm using next generation genotyping and phenotyping tools 15. Generation of new landraces?of forage species; Red Fescue and clover 16. Chickpea wild relatives: potential source of ancient genes for stress tolerance breeding 17. Mungbean Wild genetic resource; a potential source of genetic improvement for abiotic and biotic stress tolerance 18. Lentil Wild genetic resource; a potential source of genetic improvement for abiotic and biotic stress tolerance 19. Wild Relative Species and new plant breeding technologies
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abiotic stresses; accession; adaptability; adaptive genes; Arabidopsis; biodiversity; biofortification; biotic and abiotic stresses; biotic stress; Brassicaceae; breeding; breeding informatics; breeding potential; Cicer arietinum; climate change; clover; conservation; Convolvulacea; crop; crop wild relatives; desirable traits; domestication; food security; forage; G. raimondii; gene banks; gene cloning; gene editing; gene introgression; gene pool; Genebank; genetic diversity; genetic resources; genetic variation; genetics stocks; genomic tools; germplasm; Glycine; GWAS; Helianthus; I. trifida; inter-specific hybridization; interspecific crosses; introgression; landraces; Lens culinaris; modern plant breeding technologies; mungbean; mutant tomato; MYMD; Nagaharu U triangle; natural variation; next-generation sequencing; Oryza; plant breeding; potato breeding; pre-breeding; QTL; quality traits; red fescue; regional centers; rice wild germplasm; Solanum sect. Petota; Solanum tuberosum; somatic hybridization; stress tolerance; sunflower breeding; tetraploid sweetpotato; tolerant sources; wheat; wide hybridization; wild Cicer species; wild germplasm; wild relatives; wild species; yield; Zea mays
1. Introduction: Potential of Wild Species in Plant Breeding 2. Wild Cotton Genepool: An unopened treasure 3. Wild Wheat Germplasm: An unopened treasure 4. Emerging Avenues for the Exploitation of Wild Relatives of Rice in Plant Breeding 5. Genetic Resources and Pre-breeding of Maize 6. Utilization of wild ancestors for biotic and abiotic tolerance in barley 7. Effect of natural variation on biofortification 8. Untapped soybeans; A genetic reservoir for its improvement 9. Wild Sunflowers: The primary genetic resource for sunflower breeding 10. Brassicas: A Complete Guide to the potential of their wild relatives 11. Wild Germplasm: Shaping future tomato breeding 12. Potato wild relatives, a reservoir of genetic diversity for the sustainability of world's 3rdmost important food crop 13. Wild relatives of sweet potato; Distribution and prospectus for crop improvement 14. Tapping the genetic diversity in sugarcane wild germplasm using next generation genotyping and phenotyping tools 15. Generation of new landraces?of forage species; Red Fescue and clover 16. Chickpea wild relatives: potential source of ancient genes for stress tolerance breeding 17. Mungbean Wild genetic resource; a potential source of genetic improvement for abiotic and biotic stress tolerance 18. Lentil Wild genetic resource; a potential source of genetic improvement for abiotic and biotic stress tolerance 19. Wild Relative Species and new plant breeding technologies
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
abiotic stresses; accession; adaptability; adaptive genes; Arabidopsis; biodiversity; biofortification; biotic and abiotic stresses; biotic stress; Brassicaceae; breeding; breeding informatics; breeding potential; Cicer arietinum; climate change; clover; conservation; Convolvulacea; crop; crop wild relatives; desirable traits; domestication; food security; forage; G. raimondii; gene banks; gene cloning; gene editing; gene introgression; gene pool; Genebank; genetic diversity; genetic resources; genetic variation; genetics stocks; genomic tools; germplasm; Glycine; GWAS; Helianthus; I. trifida; inter-specific hybridization; interspecific crosses; introgression; landraces; Lens culinaris; modern plant breeding technologies; mungbean; mutant tomato; MYMD; Nagaharu U triangle; natural variation; next-generation sequencing; Oryza; plant breeding; potato breeding; pre-breeding; QTL; quality traits; red fescue; regional centers; rice wild germplasm; Solanum sect. Petota; Solanum tuberosum; somatic hybridization; stress tolerance; sunflower breeding; tetraploid sweetpotato; tolerant sources; wheat; wide hybridization; wild Cicer species; wild germplasm; wild relatives; wild species; yield; Zea mays
