Plant breeding is a cornerstone of human innovation, evolving from the domestication of wild plants to today's designed genotype by integration of genetic engineering, bioinformatics, and artificial intelligence. Next Generation Plant Breeding offers a comprehensive exploration of this journey, presenting both foundational techniques and cutting-edge advancements that drive modern crop improvement. This book covers a wide range of topics, from traditional methods like domestication, heterosis, and reverse breeding to advanced technologies such as speed breeding, genome editing, and bioinformatics tools. It also highlights efforts to improve nutritional quality, enhance climate resilience, and ensure sustainable agricultural practices. Designed for researchers, students, and professionals, Next Generation Plant Breeding blends historical context with future-oriented approaches. It emphasizes the critical role of plant breeding in addressing global challenges, from food security to environmental sustainability, inspiring innovation for a resilience and, food-security for future. Next Generation Plant Breeding equips readers to tackle challenges like climate resilience, food security, and malnutrition. It provides practical solutions for sustainable crop development, enhanced nutrition, and adaptability using advanced tools such as AI, bioinformatics, and genome editing.

By bridging traditional and modern breeding methods, the book empowers readers to innovate and improve global agricultural outcomes.