Chapter 14 Omics-based applications for sustainable agriculture

Chapters in this book

1. Frontmatter I
2. Preface V
3. Acknowledgments VII
4. Foreword IX
5. Contents XI
6. List of contributor XV
7. Chapter 1 Nanobiotechnology combined approaches for sustainable agriculture 1
8. Chapter 2 Advanced and intelligent nanofertilizer base soil management for sustainable agriculture 17
9. Chapter 3 Nanotechnology in rice farming: Optimizing nutrient management with nanofertilizers 33
10. Chapter 4 Nanotechnology applications for enhanced crop growth and yield 53
11. Chapter 5 Nanoparticles for crop improvement and management 69
12. Chapter 6 Enhancing crop nutrition with zinc nanoparticles: a novel approach to cereal crop micronutrient management 85
13. Chapter 7 Unveiling the effects of metal and metal oxide nanoparticles on crop: an in-depth critical analysis 107
14. Chapter 8 Nano-osmics: a new approach to plant breeding 129
15. Chapter 9 Nanotechnological approaches for enhanced microbial activities, sustainable agriculture, and the environment 153
16. Chapter 10 Role of nanoparticles in climate change management for sustainable crop productivity 185
17. Chapter 11 Nanoparticles-based abiotic stresses management in the climate era for sustainable crop production 203
18. Chapter 12 Nanobiotechnological genome editing approaches for abiotic stress management 219
19. Chapter 13 Nano-omics response for mitigation of abiotic stresses 239
20. Chapter 14 Omics-based applications for sustainable agriculture 255
21. Chapter 15 Biotechnological approaches for crop improvement and production 271
22. Chapter 16 Plant genetic engineering: a key role in sustainable agriculture 289
23. Chapter 17 Precision farming for a sustainable future: genome editing as a key tool for vegetable crop improvement 315
24. Chapter 18 Biotechnological approaches for crop movement and production 335
25. Chapter 19 Nanobiotechnological base genome editing approaches for plant modification 355
26. Chapter 20 Next-generation sequencing-revolutionizing genomic research 379
27. Chapter 21 Molecular marker-based approaches for crop improvement 397
28. Chapter 22 Photosensory biology, photochemistry, and photobiology: a new approach toward plant breeding 417
29. Chapter 23 Understanding the ecological factors of Colletotrichum siamense for sustainable management of anthracnose in black pepper 437
30. Chapter 24 Pathogenesis of soil-borne nematode: an overview 449
31. About the editors 465
32. Index 469