About the Book

Plant Genetics and Breeding Techniques provides a comprehensive exploration of the principles and methodologies used in plant genetics and breeding. The book covers the fundamentals of genetic inheritance, gene mapping and molecular markers, as well as the various breeding techniques, such as traditional crossbreeding, hybridization and modern biotechnological approaches like genetic engineering and CRISPR. It emphasizes the role of plant breeding in improving crop yield, disease resistance, drought tolerance, and nutritional quality. By integrating both theoretical concepts and practical applications, this volume serves as an essential resource for students, researchers, and professionals in plant genetics, agricultural science and biotechnology.

Scope

This book offers a comprehensive exploration of plant genetics and breeding techniques, focusing on the principles and methodologies used to enhance plant varieties. It covers the genetic basis of plant traits, modern breeding strategies, and the application of genetic tools in plant improvement. The book integrates classical and molecular breeding approaches, providing a detailed understanding of how genetic knowledge is used to develop new plant varieties with desirable characteristics. It is designed for students, researchers, and professionals in plant science, agriculture, and biotechnology. Topics to Cover: Introduction to Plant Genetics and Breeding, Genetic Variation in Plants: Sources and Mechanisms, Mendelian Genetics: Principles and Applications, Quantitative Genetics: Heritability and Selection, Molecular Genetics: Gene Mapping and Marker Technologies, Genomic Approaches to Plant Breeding. Traditional Breeding Methods: Selection, Crossbreeding, and Hybridization, Modern Breeding Techniques: Genetic Engineering and Genomics, Biotechnology in Plant Breeding: Transgenics and Gene Editing, Genetic Transformation and Regeneration Techniques, Marker-Assisted Selection (MAS) and Genomic Selection, Genetic Improvement of Crop Yields and Quality, Disease Resistance and Pest Management Through Breeding, Abiotic Stress Tolerance: Drought, Salinity, and Temperature, Breeding for Nutritional Quality and Functional Traits, Plant Breeding for Sustainable Agriculture, Population Genetics and Breeding Programs, Plant Reproductive Biology: Pollination, Fertilization, and Seed Development, Genomic Resources and Databases for Plant Breeding, Field Trials and Evaluation of Breeding Lines, Statistical Methods in Plant Breeding: Experimental Design and Data Analysis, Ethical and Regulatory Issues in Genetic Modification, Conservation of Plant Genetic Resources, Breeding for Organic Farming Systems, Case Studies in Plant Breeding Success Stories, Applications of CRISPR/Cas9 in Plant Genetics, Integration of Breeding and Genomic Approaches, Global Challenges and Opportunities in Plant Breeding, Future Trends and Innovations in Plant Genetics and Breeding, Collaborative Approaches in Plant Breeding: Industry and Academia.

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Deadline

25 Oct 2025

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