Vegetable Crops and Viral Pathogens Volume I
Description
This is Volume 1 of a two-volume set that explores the growing challenge of viral diseases in horticultural crops. While this volume focuses on vegetable crops, Volume 2 complements it by addressing viral threats in fruit crops, together offering a comprehensive understanding of plant virus epidemiology and management in the context of a changing climate.
This volume delves into how viruses emerge, spread, and affect the quality and yield of vegetables. It explains the interactions between viruses and their hosts, emphasizing modes of transmission-especially via seeds and insect vectors-and the influence of climate change on viral outbreaks. Readers are introduced to cutting-edge diagnostic and management tools including CRISPR, portable testing kits, virome analysis, and omics-based technologies (genomics, transcriptomics, proteomics, and metabolomics). The book also explores sustainable management strategies such as gene editing, RNA-based sprays, and the use of endophytes and phytohormones.
A valuable resource for students, researchers, plant pathologists, horticulturists, and agricultural professionals, this volume provides science-backed insights and practical solutions for managing virus-related challenges in vegetable cultivation.
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Persons
Dr. Ravinder Kumar is a Senior Scientist in Plant Pathology at ICAR-Indian Agricultural Research Institute, New Delhi. He earned his M.Sc. and Ph.D. in Plant Pathology from Sardar Vallabhbhai Patel University of Agriculture & Technology, Meerut and previously served at the ICAR-Central Potato Research Institute, Shimla. His research focuses on host-pathogen interactions, plant virus epidemiology, and disease management, with major contributions in molecular characterization, genome sequencing, and diagnostics of plant viruses. He has developed advanced diagnostic tools, including multiplex RT-PCR, real-time PCR, LAMP, and RPA. Dr. Kumar has published over 150 research articles, edited 20 books with leading publishers, and serves on the editorial boards of several international journals.
Dr Rahul Kumar Tiwari is currently working on melatonin-mediated mitigation of soil and tuber-borne diseases and physiological disorders in crop plants. He has also worked on the signalling mechanism of pathogens, pathogenomics and the management of hemibiotrophic fungi. He has explored the genetic diversity of pathogenic microbes in field and horticultural crops. Additionally, his area of interest is on multiple aspects of pathophysiological alterations in food crops under the influence of diverse biotic and abiotic stresses. He has published more than 130 publications in reputed journals.
Dr. Milan Kumar Lal is a plant physiologist specializing in abiotic stress and nutritional aspects of potato and other starchy crops. His research focuses on heat, drought, salinity, and heavy metal stress, as well as plant physiological, biochemical, and molecular responses to biotic stresses caused by fungi, viruses, and bacteria. He also has expertise in nutrition and quality traits of starchy crops, including resistant starch, glycemic index, phytonutrients, bioactive compounds, functional fermented foods and beverages, and processing techniques to enhance nutritional value. His work has resulted in over 180 publications in international peer-reviewed journals.
Dr. Virendra Kumar Baranwal is a distinguished plant virologist. He earned his M.Sc. and Ph.D. in Botany (Virology) from Lucknow University and joined the Agricultural Research Service in 1985, and served at CPCRI and NCIPM before joining the Advanced Centre for Plant Virology, IARI, in 1999. He served as Professor (2016-2022) and ICAR-National Professor (2022-2025). He has guided 4 M.Sc. and 20 Ph.D. students and published over 200 peer-reviewed articles. A recipient of the IARI Best Teacher Award, he is a Fellow of NAAS and NASI. His international exposure includes IPM training in Indonesia, DBT-Overseas Associate tenure at The State University of New Jersey, USA, and academic visits to the University of Florida and the University of Queensland. Dr. Baranwal's major contributions include development of a microarray chip for the detection of over 1,100 plant viruses, infectious clones of banana-infecting badnaviruses, studies on virus resistance in banana, HTS-based virus and viroid genomics, and rapid field-based diagnostics of plant viruses.
Dr. Brajesh Singh is a Doctor in Botany and currently serves as Director, ICAR-Central Potato Research Institute, Shimla, and Principal Scientist in the Crop Physiology, Biochemistry and Post-Harvest Technology Division. His research interests focus on horticultural crop storage technologies, post-harvest processing, and nutritional quality assessment, with particular emphasis on improving the value and shelf life of potato crops. He is coordinating programmes on genome editing of potato, post-harvest management, and nutritional enhancement, contributing to sustainable productivity and quality improvement. Dr. Singh has an extensive publication record with over 220 peer-reviewed research articles and is the author of four patents, reflecting his strong commitment to innovation, translational research, and the advancement of potato science in India.
Content
1. Contemporary Status of the Distribution of Emerging Viruses on a Global Scale.- 2. Impact of Climate Change on the Emergence of Viral Pathogens in Vegetables.- 3. Molecular Evolution of Vegetable-Infecting Viruses and Implications for Durable Resistance.- 4. Role of Vector Ecology and Climate Adaptation in Virus Spread in Vegetable Crops.- 5. Understanding Virus Infection Biology and Pathogenesis Mechanisms in Vegetable Crops.- 6. Viral Suppressors of RNA Silencing in Vegetable Viruses: Mechanisms and Diversity.- 7. Viral Infection and Altered Nutrient Dynamics in Vegetable Crops.- 8. Seed-Borne Viruses in Vegetable Crops: Challenges and Solutions.- 9. Role of Planting Material and Legislative Regulations in Virus Disease Management.- 10. Revolutionizing Vegetable Virus Detection: A Systematic Review of Cas9, Cas12, and Cas13 Diagnostic Platforms.- 11. Exploitation of CRISPR-Based Tools for Rapid Detection of Vegetable Viruses.- 12. The Modern Era of On-Site Diagnostic Kits for Virus Detection in Vegetable Crops.- 13. Nanotechnology-Enabled Diagnostics and Therapeutics in Virus Management.- 14. AI and Machine Learning Applications for Virus Detection and Disease Forecasting in Vegetable Crops.- 15. Participatory Plant Health Surveillance for Early Detection of Viral Outbreaks in Vegetables.- 16. Proteomic Insights into Host-Virus Interactions in Vegetable Crops.- 17. Metabolomic Approaches to Identify Biomarkers in Managing Vegetable Viruses.- 18. Metabolomics-Driven Insights into Viral Impacts on Phytochemical Pathways in Tropical Vegetable Crops.- 19. Bioinformatics Tools and Databases for Studying Vegetable-Infecting Viruses.- 20. Host Plant Resistance: Breeding Strategies and QTL Mapping for Virus Resistance.- 21. Biotechnological Interventions for the Development of Virus-Resistant Vegetable Crops.- 22. Advances in Biotechnology for Engineering Virus Resistance in Vegetable Crops.- 23. Harnessing RNA Interference for Antiviral Protection in Vegetable Crops.- 24. Intervention of dsRNA-Based Spray-Induced Gene Silencing in Virus Disease Management.- 25. Perspectives on peptide applications in vegetable virus disease management.
