Genome Wide Association Studies (GWAS): Revolutionizing Climate-Resilient Crops скачать в хорошем качестве

Genome Wide Association Studies (GWAS): Revolutionizing Climate-Resilient Crops

Unlock the future of agriculture with our latest video on *Genome-Wide Association Studies (GWAS)* and their pivotal role in developing climate-resilient crops. As climate change threatens global food security, GWAS provides powerful insights into the genetic factors that enhance stress tolerance in crops like wheat, rice, and maize. Discover how cutting-edge research identifies key genes for drought, heat, salinity, and disease resistance, paving the way for sustainable farming practices. Join us as we explore the challenges and future prospects of GWAS, emphasizing its importance in ensuring nutritional security and carbon sequestration. Watch now, and if you find this content valuable, please like and share! #ClimateResilience #GWAS #SustainableAgriculture #CropImprovement #FoodSecurity OUTLINE: 00:00:00 Introduction to GWAS in Climate-Resilient Crops 00:00:21 The Urgency of Climate-Resilient Agriculture 00:00:44 Modern Genomics and GWAS 00:01:18 A Gateway to Climate Resilience 00:01:47 GWAS vs. Traditional QTL Mapping 00:02:08 Reliance on Large-Scale Datasets 00:02:37 Statistical Power and Robust Phenotyping 00:02:54 GWAS in Drought and Heat Resilience 00:03:22 Drought and Heat Stress Impact 00:03:41 GWAS Identifying Genetic Determinants 00:03:57 Landmark GWAS Study on Rice 00:04:11 Study in Maize 00:04:29 GWAS in Wheat 00:04:47 Multi-Environment GWAS Analyses 00:05:21 Salinity and Waterlogging Prevalence 00:05:33 GWAS Insights into Salt Tolerance 00:05:48 Salinity Tolerance Genes in Rice 00:06:04 GWAS on Barley 00:06:19 GWAS in Soybean 00:06:33 GWAS Analysis in Maize 00:07:06 Climate Change and Disease Dynamics 00:07:24 GWAS and Disease Resistance 00:07:37 GWAS in Wheat 00:07:49 GWAS in Rice 00:08:04 GWAS in Maize 00:08:17 Integration with Genomic Prediction Models 00:08:52 GWAS for Nutritional Security and Carbon Sequestration 00:08:58 Climate Resilience and Nutritional Quality 00:09:20 GWAS Study in Maize 00:09:35 GWAS in Rice 00:09:50 GWAS and Carbon Sequestration 00:10:18 Challenges in GWAS Application 00:10:44 Accessibility of High-Quality Phenotypic Data 00:10:57 Future Advancements in GWAS 00:11:21 Application of Gene-Editing Technologies 00:11:36 Conclusion