1. Wheat and abiotic stress challenges: an overview 2. Mitigation of abiotic stress tolerance in wheat through conventional breeding 3. Speed breeding: a powerful tool for mitigating abiotic stresses in wheat 4. Marker assisted breeding for abiotic stress tolerance in wheat crop 5. Epigenetics and abiotic stress tolerance in wheat crops: consequences and application 6. Physiological and biochemical approaches for mitigating the effect of abiotic stresses in wheat 7. Role of phytohormones in regulating abiotic stresses in wheat 8. Abiotic stresses induced ROS production in Wheat: Consequences, survival mechanisms and mitigation strategies 9. Regulation of circadian for enhancing abiotic stress tolerance in wheat 10. Changes in root behaviour of wheat species under abiotic stress conditions 11. Role of photosynthesis in regulating abiotic stress conditions in wheat 12. CRISPR-Cas Genome Editing for the Development of Abiotic Stress Tolerance in Wheat 13. Functional genomics approaches for combating the effect of abiotic stresses in wheat 14. Role of Transcriptomics in countering the effect of abiotic stresses in wheat 15. Patterns of protein expression in wheat under stress conditions and its identification by proteomics tools 16. Crosstalk between small-RNAs and wheat abiotic stresses 17. Combined abiotic stresses in wheat species 18. Wheat responses to radiation stress and its adaptive mechanism 19. Advancement in mitigating the effects of drought stress in wheat 20. Advancement in mitigating the effects of heavy metals toxicity in wheat 21. Advancement in mitigating the effects of boron stress in wheat 22. Advancement in mitigating the effects of waterlogging stress in wheat 23. Advancement of transgenic wheat (Triticum aestivum L.) to survive against abiotic stresses in the era of the changing climate 24. Plant-microbes interactions in wheat to deal with abiotic stress 25. Role of nanotechnology in combating abiotic stresses in wheat 26. Climate change as a cause of abiotic stresses in wheat
1. Wheat and abiotic stress challenges: an overview 2. Mitigation of abiotic stress tolerance in wheat through conventional breeding 3. Speed breeding: a powerful tool for mitigating abiotic stresses in wheat 4. Marker assisted breeding for abiotic stress tolerance in wheat crop 5. Epigenetics and abiotic stress tolerance in wheat crops: consequences and application 6. Physiological and biochemical approaches for mitigating the effect of abiotic stresses in wheat 7. Role of phytohormones in regulating abiotic stresses in wheat 8. Abiotic stresses induced ROS production in Wheat: Consequences, survival mechanisms and mitigation strategies 9. Regulation of circadian for enhancing abiotic stress tolerance in wheat 10. Changes in root behaviour of wheat species under abiotic stress conditions 11. Role of photosynthesis in regulating abiotic stress conditions in wheat 12. CRISPR-Cas Genome Editing for the Development of Abiotic Stress Tolerance in Wheat 13. Functional genomics approaches for combating the effect of abiotic stresses in wheat 14. Role of Transcriptomics in countering the effect of abiotic stresses in wheat 15. Patterns of protein expression in wheat under stress conditions and its identification by proteomics tools 16. Crosstalk between small-RNAs and wheat abiotic stresses 17. Combined abiotic stresses in wheat species 18. Wheat responses to radiation stress and its adaptive mechanism 19. Advancement in mitigating the effects of drought stress in wheat 20. Advancement in mitigating the effects of heavy metals toxicity in wheat 21. Advancement in mitigating the effects of boron stress in wheat 22. Advancement in mitigating the effects of waterlogging stress in wheat 23. Advancement of transgenic wheat (Triticum aestivum L.) to survive against abiotic stresses in the era of the changing climate 24. Plant-microbes interactions in wheat to deal with abiotic stress 25. Role of nanotechnology in combating abiotic stresses in wheat 26. Climate change as a cause of abiotic stresses in wheat
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