ID 202411 Integrative Mulberry Research: Genetics, Cultivation and Economic Potential
Open Access
About the Book
It delves into the multifaceted world of mulberry cultivation, spotlighting its genetic diversity, advanced breeding techniques and biotechnology applications. This comprehensive guide explores the development of high-yielding varieties (HYV) through modern breeding methods aimed at enhancing both quality and productivity. The book addresses critical challenges such as biotic and abiotic stresses, offering insights into innovative solutions for disease resistance and environmental resilience. It highlights the economic significance of mulberry as a cornerstone of sericulture, emphasizing its potential in the global market. Readers will gain a thorough understanding of the genetic underpinnings of mulberry, advanced cultivation practices and the latest advancements in biotechnology that promise to revolutionize the industry. This essential resource provides valuable knowledge for researchers, agronomists and entrepreneurs, paving the way for sustainable growth and economic development in mulberry cultivation. Through detailed chapters and cutting-edge research, the book serves as a vital reference for those aiming to harness the full potential of mulberry, ensuring its role in the future of agricultural innovation and economic prosperity.
Chief Editor
Dr. Ramakrishna Naika
Professor and Head
Department of Crop Protection & Sericulture
College of Sericulture
Chintamani -563 125, Karnataka
Themes Outlines but not Limited to:
Theme 1: Introduction to Mulberry: History and Significance
Theme 2: Botany of Mulberry: Morphology and Taxonomy
Theme 3: Ecological and Ecophysiological Aspects of Mulberry
Theme 4: Mycorrhizal Interactions in Mulberry
Theme 5: Mulberry Development in Relation to Other Organisms
Theme 6: Molecular Aspects of Mulberry: RAPD Analysis
Theme 7: SSR Markers in Mulberry Research
Theme 8: Cytological Studies in Mulberry: Techniques and Findings
Theme 9: Genome Sequencing in Mulberry: Current Status
Theme 10: Propagation Techniques for Mulberry: Traditional and Modern Methods
Theme 11: Mulberry Production: Best Practices and Innovations
Theme 12: Phytochemical Constituents of Mulberry: An Overview
Theme 13: Pharmacological Activities of Mulberry: Recent Findings
Theme 14: Human Health Benefits of Mulberry Consumption
Theme 15: Economic Importance of Mulberry: A Global Perspective
Theme 16: Traditional Medical Uses of Mulberry
Theme 17: Global Perspectives on Mulberry Cultivation
Theme 18: Future Approaches in Mulberry Research and Cultivation
Theme 19: Mulberry and Biotic Stresses: Management and Mitigation
Theme 20: Abiotic Stresses in Mulberry: Challenges and Solutions
Theme 21: Botanical Features of Mulberry: An In-Depth Analysis
Theme 22: Economic Significance of Mulberry: Current Trends
Theme 23: Cultivation Practices for Mulberry: Regional Variations
Theme 24: Utilization of Mulberry: From Farm to Industry
Theme 25: Economic Benefits of Mulberry: Case Studies
Theme 26: Mulberry Breeding for Higher Leaf Productivity
Theme 27: Genome Analysis in Mulberry: Achievements and Challenges
Theme 28: Relationship Between Genome Size and Ploidy Level in Mulberry
Theme 29: Transcriptomics in Mulberry: Identifying Trait-Specific Genes
Theme 30: Proteomics in Mulberry: Techniques and Applications
Theme 31: Importance and Current Status of DUS Testing in Mulberry
Theme 32: Molecular Diagnostics of Soil-Borne Diseases in Mulberry
Theme 33: Foliar Diseases of Mulberry: Molecular Approaches
Theme 34: Transgenic Mulberry for Stress Tolerance: Progress and Prospects
Theme 35: Application of Mulberry By-Products in Medicine
Theme 36: Medical Uses of Mulberry Silkworm By-Products
Theme 37: Green Synthesized Nanoparticles in Mulberry Production
Theme 38: Sustainable Mulberry Production: Trends and Opportunities
Theme 39: Future Perspectives in Mulberry Genomic Research
Theme 40: Packaging and Practices in Mulberry Cultivation
Theme 41: New Promising Varieties of Mulberry
Theme 42: Pest Management in Mulberry Cultivation
Theme 43: Diseases of Mulberry Plants: Identification and Control
Theme 44: Ecophysiology of Mulberry: Water and Nutrient Use Efficiency
Theme 45: Integrative Approaches to Mulberry Breeding
Theme 46: Technological Advances in Mulberry Propagation
Theme 47: Mulberry Cultivation in Marginal Lands: Potential and Practices
Theme 48: Climate Change and Its Impact on Mulberry Cultivation
Theme 49: Genetic Diversity in Mulberry: Conservation and Utilization
Theme 50: Policy and Regulatory Frameworks for Mulberry Cultivation
**Note: Chapter title may be modified or new chapter may also be proposed by the author.
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