SECTION-I: OVERVIEW OF FOOD SECURITY, BIODIVERSITY, AND CLIMATE RESILIENCE 
1. Importance of Genetic Diversity and Its Sustainable Utilization in Crop Improvement to Ensure Food Security  2. Payment for Ecosystem Services (PES) and Biodiversity Conservation 
3. Possible Strategies for Climate Change Mitigation and Adaptation in Agriculture Sector  4. Indigenous Knowledge on Wild Edibles from the North-West Himalaya: A Conservation Outlook for Food Security  5. Contribution of Climate-Smart Agricultural Approaches for Food Security and Sustainability Enhancement under Climate Change Scenario  6. Breeding for Enhanced Genetic Gains in Maize In the Current Era for A Sustainable Food System  7. Blockchain and Traceability in Sustainable Agriculture  8. Genetic Diversity and Crop Improvement for Food Security

SECTION-II: CURRENT PERSPECTIVE ON FOOD SECURITY, BIODIVERSITY, AND CLIMATE RESILIENCE 
9. Trends and Perspective on Organic Breeding for Agriculture  10. Strategies to Enhance Nutritional Quality of Crops  11. Organic Farming and Crop Genetic Diversity 12. Role of Convolutional Neural Network Algorithms in Pest and Disease Management   13. Climate-Resilient Agriculture: Adaptation and Mitigation Strategies  14. Agro-biodiversity Conservation and Food Security: Economic Trade-offs and Synergies

SECTION-III: ECOLOGICAL RESILIENCE AND ADAPTATION 
15. Resilience and Adaptation in Biodiversity Conservation and Food Security Resilience and Agroforestry Systems   16. Morpho-Physiological Responses of Wheat (Triticum aestivum L.) for Drought Tolerance  17. Cisgenesis: A One-Step Gene Transfer Technique Integrating Modern and  Traditional Breeding for Sustainable Agriculture   18. Elevation of Nutritional Quality Through Holistic Agricultural Overhaul  19. Carbon Management Techniques from Basics to Advances   20. Biochar: For Restoration of Damaged Ecosystem   21. Nutritional Enhancement of Cereals to Combat Form Global Food Security Challenges  22. Revolutionary Use of Linseed as A Nutraceutical Wonder   23. Understanding Hydraulic Properties of Sustainable Soil Management