Nanotechnology in Plant Pathology
authored by: N.G. RavichandraLength: 152 mm | Breadth: 45.65 mm | Height: 229 mm | Imprint: NIPA | Weight: 1150 GMS
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Nanotechnology applications in Plant Pathology, Nano-scale delivery systems for plant disease management, Nanomaterials for plant pathogen detection, Nanoparticles for plant disease control, Nanotechnology-enhanced plant immunity, Nano-agrochemicals for disease resistance, Nanosensors for monitoring plant health, Nanoparticle-based plant protection strategies, Nanotechnology in precision agriculture for pathogen control, Plant disease diagnostics with nanomaterials, Nano-enabled sustainable agriculture, Nanoparticle-mediated plant defense mechanisms, Nanomaterials for targeted plant disease treatment, Nano-biosensors for early detection of plant pathogens, Nanotechnology for crop protection, Nano-formulations for effective plant disease management, Nanoparticle-based fungicides and bactericides, Applications of nanotechnology in plant disease research, Nanoparticle delivery systems for plant vaccines, Nanomaterials in plant pathology research, Nanotechnology-driven strategies against plant viruses, Nanoparticle-assisted gene editing for plant disease resistance, Nano-based strategies for controlling soil-borne pathogens, Nanomaterials for enhancing plant stress toleranceThe book "Nanotechnology in Plant Pathology" provides readers with up-to-date and comprehensive information on the various applications of nanomaterials, nanomolecules, and nanosensors in the field of plant diseases. This book fulfills the need for a comprehensive resource on the significance of nanotechnology in plant pathology, offering the latest information on this rapidly developing topic.
The book is conveniently divided into nine chapters, covering the latest information and developments in nanotechnology with respect to plant diseases. These chapters include an introduction to nanotechnology, categories and characterization of nanoparticles, nanotechnology in plant disease diagnosis, nanoparticles in plant disease management, nanotechnology and pesticides, nanotechnology in pesticide delivery, regulations and risks in nanotechnology, nanotoxicity and nanosafety. The book also includes quality diagrams, convincing tables, and suitable graphs/illustrations for enhanced readability. Each chapter also includes a bibliography providing a list of references cited for further reading.
The contents of this book, which reflect an extensive literature search, will be particularly useful for teachers, researchers, and students in plant pathology, state departments of horticulture and agriculture, commercial protection centers, administrators, policy planners, and all those who are interested and concerned with the use and application of nanoparticles in plant pathology.
1. Introduction, 2. Categories and Characterization of Nanoparticles, 3. Nanotechnology in Plant Disease Diagnosis, 4. Nanoparticles in Plant Disease Management, 5. Nanotechnology and Pesticides, 6 Nanotechnology in Pesticides Delivery, 7. Regulations and Risks in Nanotechnology, 8. Nanotoxicity, 9. Nanosafety