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Chapter ID
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Evidence of ICTs Integration in Agricultural Extension Services, NA
Essential Laboratory Techniques of Plant Biotechnology, Biochemistry and Physiology, paid
ID 18 Integrated Farming Systems: A Holistic Approach to Sustainable Agriculture , NA
ID 25 Sustainable Rice Production: Research Perspectives on Water, Soil and Climate Resilience, NA
ID 24 Nanotechnology for Sustainable Agriculture: Opportunities and Challenges, NA
ID 27 Sustainable Livelihoods: Integrating agriculture with allied sectors for holistic rural development, NA
ID 26 Climate-Resilient Farming Practices: Adapting to climate change with innovative solutions, NA
ID 23 Terminalia arjuna Bark Powder: A Promising Feed Additive for Sustainable and Healthy Fish Production, NA
ID 22 Innovations in Aquaculture: Emerging Trends and Sustainable Practices, NA
ID 20 Sustainable Aquaculture: Concepts & Benefits, NA
ID 19 Innovations in Sustainable Aquaculture: Emerging Trends and Best Practices, NA
ID 28 Crop Defense Mechanisms: Insights into Biotic Stress Responses, NA
Cutting-Edge Research in Sericulture: Enhancing Productivity and Quality, free
Progress and Prospects in Cereal Crops Research, free
Aquaculture Reimagined: Modern Approaches to Sustainable Fish Farming, free
Integrated Pest Management: Advancement, Adoption and Ecological Challenges, free
Current Trends in the Diagnosis and Management of Plant Diseases, free
ID 17 Fruits & Plantation Crops Production and Management, NA
ID 16 Field Crops Production & Management, NA
ID 15 Modern Poultry Science: Integrating Genetics, Nutrition and Management, NA
ID 10 Cereal Diseases: Advanced Approaches for Diagnosis and Management, NA
ID 11 Integrative Mulberry Research: Genetics, Cultivation and Economic Potential, NA
ID 12 Next-Generation Smart Farming: AI Applications and Technological Advancements, NA
Enhancing Crop Resilience: Advances in Climate Smart Crop Production Technologies, free
ID 09 Biotechnological and Molecular Approaches in the Management of Biotic Stress in Plants, NA
ID 07 Integrated Pest Management: Advancement, Adoption and Ecological Challenges, NA
ID 08 New Dimensions in Molecular Entomology, NA
ID 05 Cutting-Edge Research in Sericulture: Enhancing Productivity and Quality, free
ID 04 Progress and Prospects in Oilseed Crops Research, free
ID 03 Progress and Prospects in Pulse Crop Research, free
ID 02 Progress and Prospects in Cereal Crops Research, free
Diseases of Pulses Crops and their Management Approaches, NA
A Hand Book of Aromatic and Essential Oil Yielding Plants of Eastern Uttar Pradesh: Botany, Essential Oil Chemistry and Medicinal Value, NA
Manual on Detection and Diagnosis of Plant Diseases , NA
Current Trends in Plant Health Management, paid
A Practical Manual on Soil, Water and Plant Analysis, paid
BeeKeeping: A Venture for Entrepreneurship, paid
Chapter Name
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Abstract Content
Plant diseases are the driving force for substantial losses to the agricultural industry all around the globe. There is sufficient information available regarding most of these pathogens and their nature of damage. But effective management of all these biotic stresses is still a great challenge to plant pathologists and farming community as accurate identification and diagnosis of plant diseases are not possible with the available conventional methods. Serological techniques like enzyme-linked immunosorbent assay (ELISA) and molecular methods such as polymerase chain reaction (PCR) brought a revolution in disease diagnosis and detection but it takes long time in terms of sample harvesting, processing and analysis. Simultaneously, it is not very reliable at the asymptomatic stage, especially in case of the pathogen with systemic infection. Keeping pace with these emerging challenges and requirement of advanced, reliable, sensitive and specific diagnosis tool, there is a strong need of innovative technology which may enable detection of early stage of disease development. Detection of plant disease through some automatic technique will be beneficial as it will reduce a work of monitoring in big farms. To meet the requirements, the technology like application of novel sensors based on host response, biosensors and remote sensing techniques coupled with spectroscopy-based methods, Image segmentation for detection in plant leaf diseases should be adapted. These techniques may produce successful and efficient detection of disease in primary infection stage. The biosensors and remote sensing technologies make the monitoring and forecasting more effective and easy. Hence, the application of these innovations may become an unbeatable tool for timely detection and diagnosis of the devastating pathogen and helps to generate effective management practices which are economical, ecofriendly and farmer-friendly crop protection tools.
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