Handbook of Plant Breeding

Editors:

In process of selection

Chapters:

  • Chapter 1 Introduction to Crop Breeding: Goals and Objectives
  • Chapter 2 Historical Development of Crop Breeding
  • Chapter 3 Principles of Genetics and Plant Breeding
  • Chapter 4 Molecular Techniques in Crop Breeding
  • Chapter 5 Role of Crop Breeding in Food Security and Sustainability
  • Chapter 6 Genetic Diversity and Germplasm Resources
  • Chapter 7 Utilization of Wild Relatives in Crop Improvement
  • Chapter 8 Biotechnological Approaches in Germplasm Conservation
  • Chapter 9 Genomic Resources and Databases in Crop Breeding
  • Chapter 10 Cryopreservation and Long-term Germplasm Storage
  • Chapter 11 Breeding for Yield Improvement
  • Chapter 12 Breeding for Disease Resistance
  • Chapter 13 Breeding for Pest Resistance
  • Chapter 14 Breeding for Abiotic Stress Tolerance (e.g., drought, heat, salinity)
  • Chapter 15 Breeding for Improved Crop Quality
  • Chapter 16 Breeding for Nutritional Traits
  • Chapter 17 Marker-Assisted Selection (MAS) in Crop Breeding
  • Chapter 18 Genomic Selection and Predictive Breeding
  • Chapter 19 Genome Editing Techniques in Crop Improvement
  • Chapter 20 Transcriptomics and Metabolomics in Crop Breeding
  • Chapter 21 Epigenetics in Crop Improvement
  • Chapter 22 Gene Editing and CRISPR-Cas Technology
  • Chapter 23 Participatory Plant Breeding and Farmer-Participatory Approaches
  • Chapter 24 Multi-Trait Selection and Breeding Pipeline Development
  • Chapter 25 Breeding for Multiple Environments and Adaptation
  • Chapter 26 Systems Approaches in Crop Breeding
  • Chapter 27 Integrating Biotechnology into Breeding Programs
  • Chapter 28 High-Throughput Phenotyping in Breeding Programs
  • Chapter 29 Computational Approaches in Breeding
  • Chapter 30 Wheat Breeding: Challenges and Innovations
  • Chapter 31 Rice Breeding: Advances and Future Directions
  • Chapter 32 Maize Breeding: Genetic Gains and Technological Advances
  • Chapter 33 Soybean Breeding: Biotechnological Approaches
  • Chapter 34 Potato Breeding: From Traditional to Molecular Breeding
  • Chapter 35 Tomato Breeding: Quality Improvement and Disease Resistance
  • Chapter 36 Brassica Breeding: Innovations in Oilseed and Vegetable Brassicas
  • Chapter 37 Cotton Breeding: Fiber Quality and Yield Enhancement
  • Chapter 38 Legume Breeding: Redgram
  • Chapter 39 Oil Seed Breeding: Groundnut
  • Chapter 40 Oil Seed Breeding: Castor
  • Chapter 41 Biotechnological Tools for Trait Integration and Stacking
  • Chapter 42 RNA Interference (RNAi) Technology in Crop Improvement
  • Chapter 43 Metabolic Engineering and Synthetic Biology in Crop Breeding
  • Chapter 44 Nanotechnology Applications in Crop Improvement
  • Chapter 45 Robotics and Automation in Breeding Programs
  • Chapter 46 Sensor Technologies in Crop Breeding
  • Chapter 47 Blockchain Applications in Seed Traceability
  • Chapter 48 Breeding for Climate Resilience and Adaptation
  • Chapter 49 Sustainable Intensification and Crop Breeding
  • Chapter 50 Agroecological Approaches in Crop Improvement
  • Chapter 51 Breeding for Water and Nutrient Use Efficiency
  • Chapter 52 Breeding for Soil Health and Conservation Agriculture
  • Chapter 53 Carbon Farming and Climate Mitigation Strategies
  • Chapter 54 Intellectual Property Rights and Access to Genetic Resources
  • Chapter 55 Gender Perspectives in Crop Breeding Programs
  • Chapter 56 Policy and Regulatory Frameworks in Modern Crop Breeding
  • Chapter 57 Ethical Issues in Crop Breeding
  • Chapter 58 Farmer Decision-Making in Variety Adoption
  • Chapter 59 Case Study 1: Adoption of Genetically Improved Varieties
  • Chapter 60 Case Study 2: Breeding for Smallholder Farmers
  • Chapter 61 Case Study 3: Public-Private Partnerships in Crop Breeding
  • Chapter 62 Case Study 4: Successes and Challenges in Developing Countries
  • Chapter 63 Case Study 5: Innovations in Private Sector Breeding Programs
  • Chapter 64 Historical Milestones in Crop Breeding
  • Chapter 65 Advances in Omics Technologies and Their Impact on Crop Breeding
  • Chapter 66 Artificial Intelligence and Machine Learning in Breeding Programs
  • Chapter 67 Gene Drives and Gene Drives in Crop Improvement
  • Chapter 68 Bioinformatics and Big Data Analytics in Crop Breeding
  • Chapter 69 Precision Agriculture and Its Role in Breeding
  • Chapter 70 Vertical Farming and Indoor Agriculture
  • Chapter 71 Crop Breeding in Developed Countries: Trends and Innovations
  • Chapter 72 Crop Breeding in Developing Countries: Challenges and Opportunities
  • Chapter 73 International Collaboration in Crop Improvement
  • Chapter 74 Global Seed Systems and Seed Exchange Networks
  • Chapter 75 Impact of Global Trade on Crop Breeding
  • Chapter 76 Training and Education Programs in Plant Breeding
  • Chapter 77 Capacity Building for Crop Improvement in Developing Regions
  • Chapter 78 Mentoring and Professional Development in Plant Breeding
  • Chapter 79 Virtual Learning and Online Resources in Plant Breeding Education
  • Chapter 80 Seed Business Models and Licensing Agreements
  • Chapter 81 Branding and Market Positioning of Crop Varieties
  • Chapter 82 Value Chain Integration and Supply Chain Management
  • Chapter 83 Consumer Preferences and Market Trends in Crop Varieties
  • Chapter 84 Seed Coatings and Enhancements
  • Chapter 85 Biodegradable Seed Technologies
  • Chapter 86 Biostimulants and Seed Priming
  • Chapter 87 Innovations in Seed Storage and Packaging
  • Chapter 88 Breeding for Biodiversity Conservation
  • Chapter 89 Ecosystem Services and Crop Breeding
  • Chapter 90 Urban Agriculture and Rooftop Farming
  • Chapter 91 Indigenous Knowledge in Crop Breeding
  • Chapter 92 Biofortification and Nutritional Security
  • Chapter 93 Medicinal Plants and Breeding for Health Benefits
  • Chapter 94 Allergen-Free Crops and Hypoallergenic Varieties
  • Chapter 95 Indigenous Perspectives on Crop Improvement
  • Chapter 96 Traditional Knowledge and Modern Breeding Practices
  • Chapter 97 Cultural Heritage and Crop Diversity
  • Chapter 98 Challenges and Opportunities in Modern Crop Breeding
  • Chapter 99 Future Directions in Crop Breeding Research
  • Chapter 100 Reflections on the Future of Agriculture and Crop Breeding

Reserve a book chapter by sending following details to the mail : book15@cornousbooks.com
Book Title :
Chapter Number & Title :
Author Name: First Name , Last Name
WhatsApp Mobile No. :
Email ID :
Designation & Affiliation :
Last date for submission : 30 days from booking

If you have a different chapter title opt for this book title, you are welcome to propose the chapter title.

Author Guidelines
Fee Policy