Principles and Procedures of Plant Breeding: Biotechnological and Conventional ApproachesTable of contents: Preface / Introduction / Reproduction in Crop Plants / Plant Genetic Resources-Origin, Conservation and Utilization / Genetic Basis and Application of Selection in Self-pollinated Crops / Mendelian Consequences of Planned Hybridization in Self-pollinated Crops / Quantitative Inheritance / The Analysis of Genotype-Environment Interactions / Application of Biometrical Genetics in Plant Breeding / Pedigree Method / Bulk Population Breeding Method / The Single Seed Descent Method / Backcross Method / Fertility Regulating Mechanisms / Genetic Basis of Hetrosis / Breeding for Hetrosis / Genetic Structure of Cross-pollinated Crops / Population Improvement in Cross Pollinated Crops / Population Improvement Methods / Synthetic and Composite Varieties / Breeding for Asexually Propagated Crops / Breeding for Resistance to Diseases and Insect Pests / Mutation Breeding / Polyploidy in Plant Breeding / Tissue Culture in Crop Improvement / Molecular Approaches to Crop Improvement / Genetic Transformation and Production of Transgenic Plants / Biometry in Relation to Molecular Biology in Plant Breeding/ Field Plot Techniques in Plant Breeding / Plant Breeder’s Rights, Release and Multiplication of Varieties / Glossary / Index. |
Contents
INTRODUCTION | 1 |
REPRODUCTION IN CROP PLANTS | 20 |
ORIGIN CONSERVATION | 35 |
SELFPOLLINATED CROPS | 73 |
IN SELFPOLLINATED CROPS | 90 |
THE ANALYSIS OF GENOTYPE ENVIRONMENT INTERACTIONS | 126 |
APPLICATION OF BIOMETRICAL GENETICS IN PLANT BREEDING | 157 |
PEDIGREE METHOD | 171 |
SYNTHETIC AND COMPOSITE VARIETIES | 334 |
BREEDING OF ASEXUALLY PROPAGATED CROPS | 343 |
BREEDING FOR RESISTANCE TO DISEASES AND INSECT PESTS | 360 |
Types of Polyploids | 414 |
Significance of Polyploids | 420 |
MOLECULAR APPROACHES TO CROP IMPROVEMENT | 457 |
GENETIC TRANSFORMATION AND PRODUCTION | 486 |
BIOMETRY IN RELATION TO MOLECULAR GENETICS | 509 |
BULK POPULATION BREEDING METHOD | 187 |
THE SINGLE SEED DESCENT METHOD | 199 |
BACKGROSS METHOD | 212 |
FERTILITY REGULATING MECHANISMS | 230 |
GENETIC BASIS OF HETEROSIS | 247 |
BREEDING FOR HETEROSIS | 269 |
GENETIC STRUCTURE OF CROSSPOLLINATED CROPS | 292 |
POPULATION IMPROVEMENT IN CROSSPOLLINATED CROPS | 304 |
POPULATION IMPROVEMENT METHODS | 311 |
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Principles and Procedures of Plant Breeding: Biotechnological and ... G. S. Chahal,S. S. Gosal Limited preview - 2002 |
Common terms and phrases
additive alleles analysis approach associated backcross become block breeders bulk causes cells characters chromosome clones combining combining ability complete components crops crosses cultivated culture cytoplasmic depends designs desirable disease dominance effect environments estimate evaluation expected experiments expression families fertility frequency gametophyte genes genetic genome genotypes groups heterosis homozygous host hybrid important improvement inbred lines increase individuals insect interaction involves limited linkage loci maize male mapping markers mean method multiplication mutation natural observed obtained original parent pathogen performance phenotypic plant breeding pollen population possible potential practical present procedure produce progeny protoplasts quantitative races random recombination recurrent reduced relatively replications requires resistance result seed selection sequence single species specific stage sterility success Table term trait transfer trials usually variability variance variation varieties whereas yield



