Cutting Edge Technologies for Developing Future Crop Plants -

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Résumé :

1. Farmer's Perspective on Climate Change and Agricultural Production.- 2. Greenhouse gas emission: problems, global reality and future perspectives.- 3. Improving soil properties through various soil amendments under changing climate scenario.- 4. Paradigm shift from traditional to innovative extension approaches in changing agricultural scenario for better crop productivity.- 5. Impact of Agri-based technological interventions for managing poor soils and policy insights.- 6. Advanced strategies for crop improvement against abiotic stresses: An integrated view from breeding to genomics.- 7. Breeding strategies for improved multi-stress resilient crops.- 8. Speed Breeding: A budding technique to improve crop plants for multi-stress tolerance.- 9. Epigenetics regulation of abiotic stress in crop plants.- 10. Gene editing prospective for engineering climate smart plants.- 11. Next-gen strategies in host plant resistance to insects: breakthroughs and future horizons.- 12. Underlying survival mechanisms in model trees for enhanced abiotic stress tolerance.- 13. Homeostasis of plant metabolites in mitigating abiotic stress challenges.- 14. Integrating Multi-Omics Strategies to Enhance Crop Resilience in a Changing Climate.- 15. Advancing Sustainable Agriculture Through Plant-Microbial Interactions Amid Climate Change.- 16. CRISPR/Cas-based fungal genome engineering for secondary metabolite production: progress and challenges.- 17. Microbial Contributions to Crop Adaptation: Innovation for Climate-Resilient Agriculture.- 18. Effect of Climate Change on Seed Quality Development.- 19. Recent advances towards abiotic stresses tolerance and improvement in barnyard millet: a climate-resilient crop for food security.- 20. Challenges and opportunities of cultivating sandalwood (Santalum album) under abiotic stress conditions.- 21. Potential of halophytes in greening the barren land and making use of waste lands.