دانلود کتاب نانوفناوری میکروبیوم گیاهی

The rapidly emerging plant–microbiome nanotechnology is a new frontier in sustainable agriculture and crop protection. The recent decades have witnessed nanoscience progress offer unprecedented opportunities for research and manipulation of highly complex interactions between plants, their in-dwelling microbiomes, and the environment. This book, Plant-Microbiome Nanotechnology: Gateway to Sustainable Crop Health, provides a comprehensive coverage of how nanoscale technologies can be applied to improve plant resistance, soil fertility, and abiotic and biotic stress mitigation. The chapters as a whole address both the possibilities and challenges of applying nanotechnology in the context of plant–microbe associations. The book begins by addressing plant health in the context of nanotechnology and microbiome equilibrium, before going on to address both the desired and the unwanted impacts of metal nanoparticles on valuable soil microbes, fungi, and biocontrol agents. Special emphasis is placed on the toxicological properties of metal-based nanoparticles, stressing the challenge of how to reconcile innovation and environmental protection. Novel strategies are deliberated, including application of nanoparticles to strengthen plant–microbe symbiosis, their use in heavy-metal bioremediation, and crop biofertilization potential through synergistic interaction with beneficial microorganisms. A few of the chapters discuss twin roles of nanoscale solutions in disease control and stress management, ranging from nano fungicides and nano particle supported epiphytic microbes to synergistic action of plant growth-promoting rhizobacteria (PGPR) with nanoparticles under salinity stress, drought stress, and heavy metal stress conditions. The book also presents possibilities and challenges of nano-agrochemicals, emphasizing an equitable review to avoid unwanted impacts on plant microbiomes and ecosystems. With applications ranging from stress management with nanoparticles to microbial nanoscale innovations for crop health management, the book provides a comprehensive handbook for researchers, practitioners, and policymakers who are interested in integrating nanotechnology with values of sustainability, food security, and environmental stewardship. We would also like to express our gratitude to Springer’s team, and specifically thank Sanchi Bhimrajka, our committed Publishing Editor. We are eternally thankful to the Series Editor, Prof. Olubukola O. Babalola, Vice-President of The World Academy of Sciences (TWAS) and an esteemed Research Director at North-West University, South Africa. Your unmatched expertise and insight contribution has immensely enriched the Agroecosystem Dynamics and Sustainable Practices series, such that it is an excellent reference in the academe. We also acknowledge Prof. Adel Abdel Azeem, President of Agricultural Research Center, Giza, Egypt, and editorial board members of the series for their persistent effort toward knowledge and development progress in agroecosystem dynamics and sustainable management. Your persistent effort has been critical in facilitating the possibility of the achievement of this monumental task.