1 Domestication and Improvement of Cultivated Barley \n
1.1 Origin and Domestication of Barley \n
1.2 Distribution and Growth Habitats of Wild Barley \n
1.3 Environmental Adaptation of Wild Barley \n
1.4 Utilization of Wild Barley in Breeding \n
References \n
2 Malting Barley Quality Improvement and Germplasm Utilization \n
2.1 Introduction \n
2.2 Germplasm Foundation for Two-Row Malting \n
2.3 Screening for Malting Quality \n
2.4 Integration of Markers into Screening for Malting Quality \n
2.5 Scald Resistance Marker Development and Utilization \n
2.6 Utilization of Some Barley Germplasm \n
2.7 Germplasm and the Future \n
References \n
3 Food Barley Quality Improvement and Germplasm Utilization \n
3.1 A Brief History of Barley Foods \n
3.2 The Renaissance of Barley Foods in Western Culture \n
3.3 The Oregon State University Case Study \n
3.4 Products: a Decision to Embrace a Whole-Grain Rather than an "Extractive" Model \n
3.5 Product Development \n
3.6 Quality Evaluations \n
3.7 Beyond Streaker \n
3.8 Conclusions \n
Acknowledgments \n
References \n
4 Exploration and Utilization of Salt-Tolerant Barley Germplasm \n
4.1 Introduction \n
4.2 Physiologic Responses of Barley to Salt Stress \n
4.3 Methodologies for Studying Mechanisms of Salt Tolerance in Barley \n
4.4 Exploration and Utilization of Salt-Tolerant Barley Germplasm \n
References \n
5 Exploration and Utilization of Drought-Tolerant Barley Germplasm \n
5.1 Introduction \n
5.2 Drought Tolerance Assessment \n
5.3 Physiological Bases for Drought Tolerance in Barley \n
5.4 Genetics and Mechanisms of Drought Stress Tolerance in Barley \n
5.5 Exploration and Utilization of Drought-Tolerant Barley Germplasm \n
References \n
6 Exploration and Utilization of Waterlogging-Tolerant Barley Germplasm \n
6.2 Introduction \n
6.2 Adverse Effects of Waterlogging or Submergence Stress \n
6.3 Morphological Strategies for Low-Oxygen Environment \n
6.4 Molecular Mechanisms \n
6.5 Metabolism and Signalling Network in Response to Waterlogging and Submergence \n
6.6 Exploration and Utilization of Barley Genetic Germplasm with High Waterlogging Tolerance \n
References \n
7 Exploration and Utilization of Aluminum-Tolerant Barley Germplasm \n
7.1 Introduction \n
7.2 Physiological Responses of Barley to Aluminum Stress \n
7.3 Mechanisms and Genetics oral Toxicity Tolerance in Barley \n
7.4 Exploration and Utilization of Aluminum-Tolerant Barley Germplasm \n
References \n
8 Frost Tolerance and Genetic Improvement in Barley \n
8.1 Introduction \n
8.2 Environments \n
8.3 Frost Management \n
8.4 Methods of Screening \n
8.5 Genotypic Variation for Frost Tolerance in Barley \n
8.6 Genetic Factors Associated with Frost Tolerance in Barley \n
8.7 Summary \n
References \n
9 Exploration and Utilization of Genetic Diversity Exotic Germplasm for Barley Improvement \n
9.1 Overview of Barley Origin \n
9.2 Genetic Diversity in Barley \n
9.3 Barley Uses \n
9.4 Yield-Limiting Factors in Barley \n
9.5 Exotic Barley Germplasm for Improvement \n
9.6 Exploring Barley Genetic Resources \n
9.7 What Limits Use of Exotic Barley Germplasm in Breeding Programs？ \n
9.8 Summary \n
References \n
10 Improvement of Yield and Adaptation by Manipulating Phenology Genes \n
10.1 Introduction \n
10.2 Barley Development and Physiological Determinants of Yield \n
10.3 Control of Barley Development \n
10.4 Phenology and Adaptation: Matching Crop Phenology to Growing Conditions in Australia \n
10.5 Manipulating Developmental Phases for Further Yield Improvement \n
10.6 Conclusions References \n
11 Next-Generation Sequencing Technology: Implications for Barley Genetics and Breeding \n
11.1 Introduction \n
11.2 Barley Genome Sequencing Projects \n
11.3 Next-Generation Sequencing Technology \n
11.4 Next-Generation Sequencing Applications \n
11.5 Conclusions \n
References \n
Index
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