Plant Genomics and Genetics for Modern Breeding

How do plants adapt to changing climates, and how can we breed stronger, more resilient crops? Plant genomics is the key to unlocking the genetic potential of agricultural and horticultural plants. This comprehensive text-based course guides you from the fundamental principles of plant genetics to the cutting-edge genomic technologies shaping the future of agriculture. You will start by exploring plant genome structure, chromosomal organization, and the unique features of plant DNA. From there, you will learn how genomic data is analyzed and applied to modern plant breeding, crop improvement, and biotechnology. What you'll learn: Understand plant genome structure, polyploidy, and chromosomal organization; Explore modern molecular markers and their application in marker-assisted selection (MAS); Analyze high-throughput sequencing (NGS) technologies used in plant genomics; Learn the foundational concepts of CRISPR/Cas9 and gene editing in crops; Apply basic bioinformatic tools to interpret plant genomic data and sequences; Discover how genomic selection accelerates the breeding of resilient plant varieties. The course begins with essential genetic terminology and foundational concepts before moving into practical applications, molecular techniques, and modern biotechnology workflows. It is designed specifically for beginners, students of botany, agriculture, or biotechnology, and anyone interested in plant sciences, with no prior genomics experience required. Start reading today to unlock the secrets of plant genomes and master the tools of modern crop science.