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Keywords

Protected cultivation, Protected horticulture, Greenhouse technology, Polyhouse farming,
Urban and peri-urban agriculture, Nursery raising techniques, Plug-tray seedlings,
Vegetable grafting, Drip irrigation Fertigation, Plastic mulching, Integrated pest management (IPM), Pollination under protected conditions, Quality seed production,Good Agricultural Practices (GAP), Organic protected farming, Smart agriculture, Digital and sensor-based farming, Post-harvest quality and value addition, Sustainable vegetable production

Principles and Practices of Protected Horticulture

Language: English | Imprint: NIPA

Paperback

ISBN: 9789372190977
Pages: 458 | Length: 152 mm | Breadth: 22.9 mm | Height: 229 mm | Weight: 720 GSM
Print Book Price: 210.00 USD (Get 10% OFF)
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Free Worldwide Delivery Within 10-15 Days By Indian Post (Traceable Methods)
<p style="text-align:justify">This book presents a comprehensive and practice-oriented account of <strong>Protected Cultivation</strong>, addressing its principles, technologies, and applications with special emphasis on Indian conditions while maintaining a global perspective. Structured into ten well-defined units, the book systematically guides readers from the fundamentals of protected horticulture to advanced digital and smart farming interventions.</p> <p style="text-align:justify">The initial units discuss the <strong>importance, scope, and potential of protected cultivation</strong> in the context of global food security, urban and peri-urban agriculture, and India&rsquo;s growing demand for high-quality vegetables. Subsequent sections provide detailed insights into <strong>protected structures</strong>, environmental control, growing media, and nursery technologies such as plug-tray raising and vegetable grafting.</p> <p style="text-align:justify">A major strength of the book lies in its <strong>crop-specific production technologies</strong>, covering key solanaceous and cucurbitaceous vegetables under greenhouse conditions. Dedicated units on <strong>water, nutrient, and soil management</strong>, including drip irrigation, fertigation, and plastic mulching, ensure practical relevance. The book further integrates <strong>seed production, plant protection, pollination, GAP, organic practices, and sustainability</strong> within protected systems.</p> <p style="text-align:justify">Advanced chapters highlight the role of protected cultivation in <strong>vegetable improvement, smart agriculture, sensors, and digital technologies</strong>, followed by post-harvest quality retention, value addition, and agri-tourism linkages. The book concludes with a comprehensive glossary, making it a valuable reference for undergraduate and postgraduate students, researchers, extension professionals, entrepreneurs, and policy planners involved in modern horticulture and protected farming systems.</p>
<p><strong>UNIT I: Introduction to Protected Cultivation<br /> Chapter 1.</strong> Importance and Current Status of Protected Horticulture in the World<br /> <strong>Chapter 2. </strong>Exploring Potential of Protected Cultivation in India<br /> <strong>Chapter 3. </strong>Role of Protected Cultivation in Urban and Peri-Urban Agriculture (India Feeding the World)<br /> <strong>UNIT II: Protected Structures and Environment Management<br /> Chapter 4. </strong>Protected Structures: Types, Designs, Fabrication and Planning<br /> <strong>Chapter 5.</strong> Low Tunnel Technology<br /> <strong>Chapter 6. </strong>Growing Media and Production Systems under Protected Cultivation<br /> <strong>Chapter 7. </strong>Perspective, Future Challenges and Options in Protected Cultivation<br /> <strong>UNIT III: Nursery Management and Planting Technologies<br /> Chapter 8. </strong>Plug-Tray Nursery Raising Technology<br /> <strong>Chapter 9. </strong>Vegetable Grafting: Principles, Methods and Advantages<br /> <strong>UNIT IV: </strong>Crop Production Technologies (Vegetables)<br /> <strong>A. Solanaceous Crops<br /> Chapter 10. </strong>Greenhouse Cultivation of Tomato<br /> <strong>Chapter 11. </strong>Greenhouse Cultivation of Eggplant (Brinjal)<br /> <strong>Chapter 12. </strong>Greenhouse Cultivation of Sweet Pepper<br /> <strong>B. Cucurbitaceous Crops<br /> Chapter 13.</strong> Greenhouse Cultivation of Cucumber<br /> <strong>Chapter 14. </strong>Greenhouse Cultivation of Muskmelon<br /> <strong>Chapter 15. </strong>Greenhouse Cultivation of Bitter Gourd<br /> <strong>UNIT V: Water, Nutrient and Soil Management<br /> Chapter 16. </strong>Plastic Mulching in Protected Cultivation<br /> <strong>Chapter 17. </strong>Drip Irrigation and Fertigation Techniques<br /> <strong>UNIT VI: Seed and Special Crop Production<br /> Chapter 18.</strong> Quality Seed Production under Protected Conditions<br /> <strong>Chapter 19. </strong>Protected Cultivation of Seed Spices<br /> <strong>UNIT VII: Plant Protection and Crop Health<br /> Chapter 20. </strong>Integrated Pest Management (IPM) under Protected Cultivation<br /> <strong>Chapter 21.</strong> Pollination Techniques for Protected Cultivation of Vegetable Crops<br /> <strong>UNIT VIII: Quality, Safety and Sustainable Practices<br /> Chapter 22. </strong>Good Agricultural Practices (GAP) in Protected Cultivation<br /> <strong>Chapter 23. </strong>Organic Cultivation of Vegetables under Protected Conditions<br /> <strong>UNIT IX: Advanced and Emerging Technologies<br /> Chapter 24. </strong>Role of Protected Cultivation in Vegetable Improvement Using Advanced Techniques<br /> <strong>Chapter 25. </strong>Smart and Sustainable Agriculture through Protected Cultivation and Digital Technologies<br /> <strong>Chapter 26. </strong>Innovative Interventions in Protected Farming: From Sensors to Sustainability<br /> <strong>UNIT X: Post-Harvest, Value Addition and Extension<br /> Chapter 27. </strong>Role of Protected Cultivation in Processing Quality Retention and Value Addition of Vegetables<br /> <strong>Chapter 28. </strong>Integrating Protected Cultivation with Agri-Tourism<br /> <strong>Chapter 29. </strong>Glossary of Terms in Protected Cultivation</p>
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