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Full Description
Climate change and population growth have led to a global need for improved crop plants that are resistant/tolerant to climate-induced stresses and provide greater yields. This book comprehensively and coherently reviews the various aspects of "omics" research methods as they apply to crop plant improvement, including genomics, transcriptomics, proteomics, metabolomics, epiomics, ionomics, and interomics. These multiple-omics approaches to crop science have already played an important role in the rapid creation of improved crop plants particularly in rice, wheat, maize, and millets and are set to provide greater advances in the future. The book also describes the various bioinformatics techniques that are utilized as tools for the analysis of omics data. Integrating systems biology with multi-omics datasets that can enhance our understanding of molecular regulatory networks for crop improvement is also covered. This book is essential reading for researchers and graduate students of plant breeding, crop science, molecular biology, and agricultural science.
Contents
Part A: Introduction to Plant OMICS 1: Crop genome sequencing projects: Basis for OMICS. 2: Crop Genomics: a tool for crop improvement. 3: Transcriptomics approaches for understanding the dynamics of climate-resilient traits. 4: Introduction to Omics and its Application in Crop Improvement. 5: Advances in plant phenomics with integration of artificial intelligence for precise phenotyping and climate smart breeding. 6: Multiomics approaches with advanced breeding tools for crop improvement. 7: Plant Specific Bioinformatic tools and resources for OMICS in crop improvement. Part B: OMICS approaches for trait improvement 8: Multiomics approaches for the dissection of complex traits. 9: Omics approaches for biotic and abiotic stress tolerance. 10: Multi-omics strategies for enhancement of quality traits in agricultural crops. Part C: Application of OMICS: Success stories 11: Omics approaches for Climate Resilient Cereal Crops. 12: Multilevel Applications of Omics Technology in Climate-Resilient Horticulture. 13: Omics approaches for climate-resilience horticulture crops. 14: Omics Approaches for Climate-Resilient Oilseed Crops.
