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The book 'Plant Breeding and Genetics' by Hari Har Ram provides a comprehensive overview of the fundamental principles in the fields of plant breeding and genetics. This meticulously designed textbook serves as an invaluable resource for undergraduate students, covering a vast array of essential topics. Each chapter delves into core issues and concepts, beginning with clear definitions that facilitate understanding of terms and theories crucial to the discipline. By integrating statistical and biotechnological applications, the book supports students in their academic pursuits in plant genetics and breeding. It features numerous illustrative graphics and solved numerical problems to reinforce learning, while concluding with a well-rounded glossary that encapsulates modern developments in the field. With practical insights into both traditional and molecular breeding techniques, this text is suitable not only for undergraduate studies but also for postgraduate researchers seeking to deepen their knowledge of plant breeding and genetics.
Key Features
Features | Description |
---|---|
Author | Hari Har Ram |
Coverage | In-depth exploration of plant breeding and genetics concepts |
Illustrations | Includes various illustrations to enhance understanding |
Problem Solving | Incorporates solved numerical problems |
Glossary | Comprehensive glossary of key terms and modern developments |
Suitable for | Undergraduate and postgraduate students |
Attributes | Description |
---|---|
Binding | Hardback |
Publisher | Unknown |
Edition | Latest Edition |
ISBN | 978-... |
Number of Chapters | 45 |
Field of Study | Plant Breeding and Genetics |
Target Audience | Undergraduate and postgraduate students |
Key Words
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Brand: NIPA
Country of Origin: 101
The book Plant Breeding and Genetics provides an overview of the fundamental principles of plant breeding and genetics, and is designed to serve as a textbook for undergraduate students. The book chapters cover a wide range of topics, including statistical and biotechnological applications, making it a useful resource for students studying undergraduate genetics and/or plant breeding. Each chapter begins with a clear definition of key terms and concepts, followed by an in-depth exploration of the chapter core issues. The book includes a variety of illustrations and solved numerical problems to aid in understanding, and concludes with a comprehensive glossary that includes modern developments. This book will be particularly useful for undergraduate students, but can also be beneficial for postgraduate students seeking a deeper understanding of the fundamentals of plant breeding and genetics.
1.Plant Breeding and Breeding Systems2.Self-Incompatibility and Male Sterility3.Plant Genetic Resources, Gene Pool and Centres of Origin4.Heterosis and Inbreeding5.Heritability, Genetic Advance and Gene Action6.Hardy-Weinberg Equilibrium7.Stability Parameters8.Mutation Breeding and Wide Crosses9.Polyploidy in Plant Breeding 10.Pure-Line Selection in Self-Pollinated Crops 11.Pedigree Selection in Self-Pollinated Crops12.Bulk Population Breeding in Self-Pollinated Crops 13.Back-Cross Breeding in Self-Pollinated Crops14.Development of Hybrid Cultivars in Self-Pollinated Crops15.Mass Selection in Cross-Pollinated Crops16.Recurrent Selection in Cross-Pollinated Crops 17.Synthetic Cultivars in Cross-Pollinated Crops18.Hybrid Breeding in Cross-Pollinated Crops19.Breeding for Disease Resistance20.Breeding for Resistance to Abiotic Stresses 21.Molecular Breeding 22.Plant Genomics23.GM Crops 24.International Research Centres on Plant Breeding25.Statistical Tools in Plant Breeding 26.Field Plot Technique and Simple Experimental Designs in Plant Breeding 27.Varietal Release and Notification in India.
II- Genetics
28.Genetics and Its History 29.Cell, Chromosome, ÂÂMitosis and Meiosis 30.Chi-Square, Probability and Binomial 31.Mendel and Mendelian Principles (Segregation and Independent Assortment) 32.Genetic Interactions 33.Genetics of Sex34.Linkage, Crossing Over and Chromosome Mappingin Diploids35. Estimation of Recombination Value36.Translocations and Inversions37.Maternal Effects and Cytoplasmic Inheritance38. DNA-The Chemical Basis of Heredity 39.Nucleic Acid 40.DNA Replication 41.Transcription-The Transfer of Genetic Information 42.Translation 43.Genetic Code 44. Gene Regulation 45. The Gene Concept
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