Principles of Plant Genetics and Breeding. George Acquaah

href="#ulink_3ff26994-5b3e-5fb2-afc5-efd38f538985">40.15 Harvesting 40.16 Breeding objectives Key references and suggested reading Internet resources Outcomes assessment 41 Breeding peanut 41.1 Economic importance 41.2 Origin and history 41.3 Market types 41.4 Genetic resources 41.5 Cytogenetics 41.6 General botany 41.7 Reproductive biology 41.8 Common breeding methods 41.9 Establishing a breeding nursery 41.10 Artificial pollination 41.11 Common breeding objectives Key references and suggested reading Internet resources Outcomes assessment 42 Breeding potato 42.1 Economic importance 42.2 Origin and history 42.3 Adaptation 42.4 Genetic resources 42.5 Cytogenetics 42.6 Genetics 42.7 General botany 42.8 Cultivars 42.9 Reproductive biology 42.10 Common breeding methods 42.11 Establishing a breeding nursery 42.12 Artificial pollination for hybridization 42.13 Natural pollination 42.14 Seed development 42.15 Breeding objectives Key references and suggested reading Internet resources Outcomes assessment 43 Breeding cotton 43.1 Economic importance 43.2 Origin and history 43.3 Germplasm resources 43.4 Cytogenetics 43.5 Genetics 43.6 Cultivars 43.7 American upland cotton 43.8 General botany 43.9 Reproductive biology 43.10 Common breeding methods 43.11 Establishing a breeding nursery 43.12 Artificial crossing 43.13 Natural pollination 43.14 Seed development 43.15 Breeding objectives Key references and suggested reading Outcomes assessment 44 Breeding tomato 44.1 Economic importance 44.2 Origin and history 44.3 Commercial market classes 44.4 Tomato types 44.5 Germplasm 44.6 Cytogenetics 44.7 Genetics 44.8 General botany 44.9 Brief history of tomato breeding 44.10 Breeding objectives 44.11 Common breeding methods Key references and suggested reading Outcomes assessment

      20  S1 S1Plant cellular organization and genetic structure: an overview S1.1 The unit of organization of living things S1.2 Levels of eukaryotic organization S1.3 The plant cell and tissue S1.4 Plant genome S1.5 Chromosomes and nuclear division S1.6 Genetic linkage and its implications S1.7 Chromosome mapping S1.8 Penetrance and expressivity