Metabolomics-Driven Insights for Resilient and Sustainable Crop Production

Advanced crop resilience, productivity, and nutritional quality through cutting-edge metabolomics Understanding plant metabolite profiles has become essential for developing climate-resilient and high-quality crops capable of meeting future agricultural demands. Metabolomics-Driven Insights for Resilient and Sustainable Crop Production presents a comprehensive exploration of plant metabolomics, covering fundamental concepts, advanced analytical technologies, and practical agricultural applications. The book highlights how high-resolution mass spectrometry and NMR spectroscopy enable precise identification of metabolites associated with drought tolerance, disease resistance, enhanced productivity, environmental adaptation, and improved nutritional traits in diverse crop species. Integrating metabolomics with genomics, transcriptomics, and proteomics, this book offers a systems-level understanding of plant biology and stress adaptation. It discusses non-targeted metabolomics approaches, metabolic biomarkers, secondary metabolite pathways, plant–microbe interactions, and bioinformatics tools used to interpret complex datasets and support precision agriculture. Readers gain valuable insights into metabolic profiling, crop improvement strategies, and sustainable farming innovations. The book also covers: Analytical platforms for metabolite identification and characterization in crop plantsIntegrative multi-omics frameworks for trait discovery and functional plant analysisNon-targeted metabolomics for biomarker discovery linked to stress tolerance and crop qualityBioinformatics pipelines and data interpretation tools for large-scale metabolomic studiesSecondary metabolites in plant defense, growth regulation, and environmental adaptation Designed for plant biologists, biotechnologists, agricultural scientists, researchers, and professionals, this authoritative reference provides modern analytical frameworks and practical strategies for metabolite-driven crop improvement and sustainable agriculture.