Biogenic Nanoparticles: Interplay with Climate Change and Implications for Human Health provides an exhaustive exploration on the genesis, characteristics, and dynamic transformations of biogenic nanoparticles, unravelling the intricate mechanisms underpinning their far-reaching influence on the ever-evolving panorama of climate dynamics and complex ecosystems. The book will explore the myriad applications of biogenic nanoparticles across domains such as environmental sustainability, agriculture and renewable energy, highlighting their transformative potential to combat pressing global challenges.
The multifaceted implications of biogenic nanoparticles for human health are included, meticulously dissecting their potential as groundbreaking agents in the realms of medicine and diagnostics and simultaneously addressing the critical issues surrounding their exposure and potential toxicity.
1. Chapter 1. A comprehensive introduction on biogenic nanoparticles: fabrication, implementation, and environmental concern - p. 3 2. Chapter 2. Realistic application of biogenic nanoparticles: future perspectives and myth - p. 25 3. Chapter 3. Beyond science: ethical and societal considerations in the era of biogenic nanoparticles - p. 55 4. Section II: Interaction of biogenic nanomaterials and the environment - p. 70 5. Chapter 4. Nanotechnology for improved crop resilience in challenging environments - p. 79 6. Chapter 5. Nanomaterial interactions with plant systems: uptake, transport, and accumulation - p. 103 7. Chapter 6. Nanoparticle-induced stress in crops: impact on growth, yield, and human nutrition - p. 133 8. Chapter 7. Metal resilience: biogenic nanomaterials and interaction with heavy metal stress - p. 165 9. Chapter 8. Mitigating drought stress: biogenic nanoparticles in agriculture and their interaction with the environmental components - p. 185 10. Chapter 9. Foliar and soil application dynamics: investigating the transport and mechanism of biogenic nanoparticles in the plant tissues - p. 209 11. Chapter 10. Adaptation and resilience: plants and microorganism responding to biogenic nanomaterial - p. 227 12. Chapter 11. Role of fungi in biopesticides and biogenic synthesis of nanofertilizers and nanopesticides - p. 257 13. Section III: Human health effects of biogenic nanomaterials - p. 270 14. Chapter 12. Exploring the combined role of nanoparticles and soil microorganisms in plant growth promotion and bioremediation - p. 283 15. Chapter 13. Nanoshields: harnessing biogenic nanomaterials to combat the adverse effects of heavy metal stress - p. 323 16. Chapter 14. Navigating the nanofields: risks and sustainable solutions of nanoparticle accumulation in cereal crops - p. 345 17. Section IV: Safety regulations policies and future concerns of biogenic nanomaterials - p. 362 18. Chapter 15. Nano-omics base plant genetic engineering: a key role in sustainable agriculture - p. 377 19. Chapter 16. Status for multiomics for crop improvement in world - p. 395 20. Index - p. 417
Biogenic Nanoparticles: Interplay with Climate Change and Implications for Human Health provides an exhaustive exploration on the genesis, characteristics, and dynamic transformations of biogenic nanoparticles, unravelling the intricate mechanisms underpinning their far-reaching influence on the ever-evolving panorama of climate dynamics and complex ecosystems. The book will explore the myriad applications of biogenic nanoparticles across domains such as environmental sustainability, agriculture and renewable energy, highlighting their transformative potential to combat pressing global challenges.
The multifaceted implications of biogenic nanoparticles for human health are included, meticulously dissecting their potential as groundbreaking agents in the realms of medicine and diagnostics and simultaneously addressing the critical issues surrounding their exposure and potential toxicity.
1. Chapter 1. A comprehensive introduction on biogenic nanoparticles: fabrication, implementation, and environmental concern - p. 3 2. Chapter 2. Realistic application of biogenic nanoparticles: future perspectives and myth - p. 25 3. Chapter 3. Beyond science: ethical and societal considerations in the era of biogenic nanoparticles - p. 55 4. Section II: Interaction of biogenic nanomaterials and the environment - p. 70 5. Chapter 4. Nanotechnology for improved crop resilience in challenging environments - p. 79 6. Chapter 5. Nanomaterial interactions with plant systems: uptake, transport, and accumulation - p. 103 7. Chapter 6. Nanoparticle-induced stress in crops: impact on growth, yield, and human nutrition - p. 133 8. Chapter 7. Metal resilience: biogenic nanomaterials and interaction with heavy metal stress - p. 165 9. Chapter 8. Mitigating drought stress: biogenic nanoparticles in agriculture and their interaction with the environmental components - p. 185 10. Chapter 9. Foliar and soil application dynamics: investigating the transport and mechanism of biogenic nanoparticles in the plant tissues - p. 209 11. Chapter 10. Adaptation and resilience: plants and microorganism responding to biogenic nanomaterial - p. 227 12. Chapter 11. Role of fungi in biopesticides and biogenic synthesis of nanofertilizers and nanopesticides - p. 257 13. Section III: Human health effects of biogenic nanomaterials - p. 270 14. Chapter 12. Exploring the combined role of nanoparticles and soil microorganisms in plant growth promotion and bioremediation - p. 283 15. Chapter 13. Nanoshields: harnessing biogenic nanomaterials to combat the adverse effects of heavy metal stress - p. 323 16. Chapter 14. Navigating the nanofields: risks and sustainable solutions of nanoparticle accumulation in cereal crops - p. 345 17. Section IV: Safety regulations policies and future concerns of biogenic nanomaterials - p. 362 18. Chapter 15. Nano-omics base plant genetic engineering: a key role in sustainable agriculture - p. 377 19. Chapter 16. Status for multiomics for crop improvement in world - p. 395 20. Index - p. 417
