Plant Pangenomes and Pangenomics summarizes the current state of plant pangenomes and pangenomics as applied in a wide range of plant biology involving the subtopics of genome evolution, phenotypic evolution, population genetics, and evolutionary developmental biology. Explaining the resources and technologies of pangenomics with plant functional genomics, the book also presents precision molecular breeding of crops to produce improved stress-tolerance and climate-smart capacities in an attempt to improve growth, development, enhanced production, and quality. It covers key critical stressors, including temperature, salt, drought, pollutants, pests, fungi, bacteria, and viruses.
This book is an complete guide for students, researchers, experts, and professors with its discussions on all aspects of pangenomes and pangenomics, from fundamental and advanced tools and current applications in the plant sciences to plant functional genomics, plant stress physiology, plant biotechnology, plant pathology, and plant breeding.
1. Cover image - p. c 2. Titlepage - p. iii 3. Copyright - p. iv 4. Contents - p. v 5. Contributors - p. xiii 6. About the Editor - p. xxi 7. Chapter 1 Technological development for analyzing and constructing plant pangenomes - p. 1 8. Chapter 2 Bioinformatics tools for plant pangenomics: Analysis, assembly, and visualization - p. 25 9. Chapter 3 Pangenomics-assisted breeding for better yield and quality in food crops - p. 49 10. Chapter 4 Pangenomics for accelerating crop breeding - p. 75 11. Chapter 5 Super-pangenomes in plants: Progress and future perspectives - p. 95 12. Chapter 6 The impact of whole genome duplication on plant pangenomes - p. 117 13. Chapter 7 Pangenomics for combating plant abiotic stress - p. 137 14. Chapter 8 Plant pangenomics: Tools, methodologies and applications - p. 151 15. Chapter 9 Pangenomics for developing heat stress-tolerant plants - p. 169 16. Chapter 10 Pangenomics for developing cold stress-tolerant plants - p. 193 17. Chapter 11 Pangenomics for developing drought stress-tolerant plants and advancing crop breeding innovations - p. 215 18. Chapter 12 Pangenomics for developing salinity stress-tolerant plants - p. 237 19. Chapter 13 Pangenomics for developing heavy metal stress-tolerant plants - p. 255 20. Chapter 14 Pangenomics for combating plant diseases - p. 287 21. Chapter 15 Pangenomics for developing viral disease-resistant plants: Harnessing synergenetic pangenomics for advanced viral disease resistance in crops - p. 301 22. Chapter 16 Pangenomics for developing fungal disease-resistant plants - p. 329 23. Chapter 17 Pangenomics for studying plant-microbe interactions - p. 347 24. Chapter 18 Pangenomes empower the investigation of biological adaptations - p. 361 25. Chapter 19 Pangenomics for studying plant population genetics - p. 385 26. Chapter 20 Utilization of pangenomics for the molecular dissection of crop traits - p. 407 27. Chapter 21 Pangenomics-assisted breeding of biotic stress-resilient crops - p. 427 28. Chapter 22 Pangenomics for studying plant secondary metabolism - p. 451 29. Chapter 23 Structural variants in plant pangenomes: Current findings and applications - p. 471 30. Chapter 24 Molecular insights into plant-pest interactions based on pangenomics and functional genomics - p. 487 31. Chapter 25 Pangenomics of plant growth-promoting microorganisms for gene variations and environmental response - p. 525 32. Chapter 26 Breeding strategies involving pangenomics and functional genomics for developing disease-resistant cereal crops - p. 543 33. Chapter 27 Advances in telomere-to-telomere plant genomes - p. 571 34. Index - p. 593
Plant Pangenomes and Pangenomics summarizes the current state of plant pangenomes and pangenomics as applied in a wide range of plant biology involving the subtopics of genome evolution, phenotypic evolution, population genetics, and evolutionary developmental biology. Explaining the resources and technologies of pangenomics with plant functional genomics, the book also presents precision molecular breeding of crops to produce improved stress-tolerance and climate-smart capacities in an attempt to improve growth, development, enhanced production, and quality. It covers key critical stressors, including temperature, salt, drought, pollutants, pests, fungi, bacteria, and viruses.
This book is an complete guide for students, researchers, experts, and professors with its discussions on all aspects of pangenomes and pangenomics, from fundamental and advanced tools and current applications in the plant sciences to plant functional genomics, plant stress physiology, plant biotechnology, plant pathology, and plant breeding.
1. Cover image - p. c 2. Titlepage - p. iii 3. Copyright - p. iv 4. Contents - p. v 5. Contributors - p. xiii 6. About the Editor - p. xxi 7. Chapter 1 Technological development for analyzing and constructing plant pangenomes - p. 1 8. Chapter 2 Bioinformatics tools for plant pangenomics: Analysis, assembly, and visualization - p. 25 9. Chapter 3 Pangenomics-assisted breeding for better yield and quality in food crops - p. 49 10. Chapter 4 Pangenomics for accelerating crop breeding - p. 75 11. Chapter 5 Super-pangenomes in plants: Progress and future perspectives - p. 95 12. Chapter 6 The impact of whole genome duplication on plant pangenomes - p. 117 13. Chapter 7 Pangenomics for combating plant abiotic stress - p. 137 14. Chapter 8 Plant pangenomics: Tools, methodologies and applications - p. 151 15. Chapter 9 Pangenomics for developing heat stress-tolerant plants - p. 169 16. Chapter 10 Pangenomics for developing cold stress-tolerant plants - p. 193 17. Chapter 11 Pangenomics for developing drought stress-tolerant plants and advancing crop breeding innovations - p. 215 18. Chapter 12 Pangenomics for developing salinity stress-tolerant plants - p. 237 19. Chapter 13 Pangenomics for developing heavy metal stress-tolerant plants - p. 255 20. Chapter 14 Pangenomics for combating plant diseases - p. 287 21. Chapter 15 Pangenomics for developing viral disease-resistant plants: Harnessing synergenetic pangenomics for advanced viral disease resistance in crops - p. 301 22. Chapter 16 Pangenomics for developing fungal disease-resistant plants - p. 329 23. Chapter 17 Pangenomics for studying plant-microbe interactions - p. 347 24. Chapter 18 Pangenomes empower the investigation of biological adaptations - p. 361 25. Chapter 19 Pangenomics for studying plant population genetics - p. 385 26. Chapter 20 Utilization of pangenomics for the molecular dissection of crop traits - p. 407 27. Chapter 21 Pangenomics-assisted breeding of biotic stress-resilient crops - p. 427 28. Chapter 22 Pangenomics for studying plant secondary metabolism - p. 451 29. Chapter 23 Structural variants in plant pangenomes: Current findings and applications - p. 471 30. Chapter 24 Molecular insights into plant-pest interactions based on pangenomics and functional genomics - p. 487 31. Chapter 25 Pangenomics of plant growth-promoting microorganisms for gene variations and environmental response - p. 525 32. Chapter 26 Breeding strategies involving pangenomics and functional genomics for developing disease-resistant cereal crops - p. 543 33. Chapter 27 Advances in telomere-to-telomere plant genomes - p. 571 34. Index - p. 593
