Plant Breeding Reviews, Volume 36
Herausgegeben von Janick, Jules
Plant Breeding Reviews, Volume 36
Herausgegeben von Janick, Jules
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Plant Breeding Reviews presents state-of-the-art reviews on plant genetics and the breeding of all types of crops by both traditional means and molecular methods. Many of the crops widely grown today stem from a very narrow genetic base; understanding and preserving crop genetic resources is vital to the security of food systems worldwide. The emphasis of the series is on methodology, a fundamental understanding of crop genetics, and applications to major crops. It is a serial title that appears in the form of one or two volumes per year.
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Plant Breeding Reviews presents state-of-the-art reviews on plant genetics and the breeding of all types of crops by both traditional means and molecular methods. Many of the crops widely grown today stem from a very narrow genetic base; understanding and preserving crop genetic resources is vital to the security of food systems worldwide. The emphasis of the series is on methodology, a fundamental understanding of crop genetics, and applications to major crops. It is a serial title that appears in the form of one or two volumes per year.
Produktdetails
- Produktdetails
- Plant Breeding Reviews Vol.36
- Verlag: Wiley & Sons
- 1. Auflage
- Seitenzahl: 548
- Erscheinungstermin: 16. Oktober 2012
- Englisch
- Abmessung: 229mm x 157mm x 28mm
- Gewicht: 771g
- ISBN-13: 9781118345849
- ISBN-10: 1118345843
- Artikelnr.: 35450675
- Plant Breeding Reviews Vol.36
- Verlag: Wiley & Sons
- 1. Auflage
- Seitenzahl: 548
- Erscheinungstermin: 16. Oktober 2012
- Englisch
- Abmessung: 229mm x 157mm x 28mm
- Gewicht: 771g
- ISBN-13: 9781118345849
- ISBN-10: 1118345843
- Artikelnr.: 35450675
Jules Janick obtained his PhD in Plant Genetics and Breeding and is a Professor of Horticulture and Landscape Architecture at Purdue University.
Contributors ix 1. Dedication: Rodomiro Ortiz Plant Breeder, Catalyst for
Agricultural Development 1 Jonathan H. Crouch I. Preamble 2 II. Early Years
4 III. Research Career 10 IV. The Man 51 V. The Scientist 53 VI. The
Mentor, Inspirer, Manager, and Multiplier 54 VII. The Future 57
Acknowledgments 59 Publications of Rodomiro Ortiz 59 Germplasm
Registrations 84 2. Phenotyping, Genetic Dissection, and Breeding for
Drought and Heat Tolerance in Common Wheat: Status and Prospects 85 P. K.
Gupta, H. S. Balyan, V. Gahlaut, and P. L. Kulwal I. Introduction 89 II.
Target Environments 90 III. Traits and Parameters to Measure Drought and
Heat Tolerance and Their Genetic Dissection in Wheat 95 IV. Synergy Among
Stress-Adaptive Traits 126 V. Crop Modeling for Drought and Heat Tolerance
127 VI. High-Throughput Phenotyping 129 VII. Strategies for Developing
Drought- and Heat-Tolerant Wheat Genotypes 133 VIII. Outlook 144
Acknowledgments 147 Literature Cited 147 3. Nutritionally Enhanced Staple
Food Crops 169 Sangam L. Dwivedi, Kanwar L. Sahrawat, Kedar N. Rai, Matthew
W. Blair, Meike S. Andersson, and Wolfgang Pfeiffer I. Introduction 173 II.
Biomarkers for Assessing Nutritional Status 178 III. Micronutrient
Bioavailability 180 IV. Phenotypic Screens 192 V. Mining Germplasm
Collections for Natural Variation for Seed Iron, Zinc, and Phytate 205 VI.
Exploiting Natural Genetic Variation to Breed for Seed Mineral-Dense
Cultivars 215 VII. Enhancing Seed Iron, Zinc, and B-Carotene Using
Transgene(S) 242 VIII. Outlook 258 Acknowledgments 261 Literature Cited 261
4. Genetic Management of Virus Diseases in Peanut 293 S. N. Nigam, R. D.V.
J. Prasada Rao, Pooja Bhatnagar-Mathur,and K. K. Sharma I. Introduction 297
II. Virus Diseases 298 III. Breeding for Resistance to Virus Diseases 307
IV. The Future 340 Literature Cited 341 5. Common Bean Breeding in the
Tropics 357 Steven Beebe I. Introduction 359 II. A Brief History 361 III.
The Tropical Context 364 IV. Origins and Genetic Resources 369 V. Biotic
Constraints 374 VI. Abiotic Constraints 385 VII. Yield Potential 398 VIII.
Nutritional Quality 400 IX. Climbing Beans 402 X. Progress by Market
Classes 403 XI. The Institutional Context 408 XII. Future Priorities,
Challenges, and Opportunities 410 Acknowledgments 412 Literature Cited 412
6. New Approaches to Cassava Breeding 427 Hernän Ceballos, Clair Hershey,
and Luis Augusto Becerra-Lopez- Lavalle I. Introduction 429 II. Genetic
Resources 438 III. Cassava Breeding 445 IV. Conventional and Molecular
Genetics 475 V. Future Prospects 484 Literature Cited 489 Subject Index 505
Cumulative Subject Index 507 Cumulative Contributor Index 529
Agricultural Development 1 Jonathan H. Crouch I. Preamble 2 II. Early Years
4 III. Research Career 10 IV. The Man 51 V. The Scientist 53 VI. The
Mentor, Inspirer, Manager, and Multiplier 54 VII. The Future 57
Acknowledgments 59 Publications of Rodomiro Ortiz 59 Germplasm
Registrations 84 2. Phenotyping, Genetic Dissection, and Breeding for
Drought and Heat Tolerance in Common Wheat: Status and Prospects 85 P. K.
Gupta, H. S. Balyan, V. Gahlaut, and P. L. Kulwal I. Introduction 89 II.
Target Environments 90 III. Traits and Parameters to Measure Drought and
Heat Tolerance and Their Genetic Dissection in Wheat 95 IV. Synergy Among
Stress-Adaptive Traits 126 V. Crop Modeling for Drought and Heat Tolerance
127 VI. High-Throughput Phenotyping 129 VII. Strategies for Developing
Drought- and Heat-Tolerant Wheat Genotypes 133 VIII. Outlook 144
Acknowledgments 147 Literature Cited 147 3. Nutritionally Enhanced Staple
Food Crops 169 Sangam L. Dwivedi, Kanwar L. Sahrawat, Kedar N. Rai, Matthew
W. Blair, Meike S. Andersson, and Wolfgang Pfeiffer I. Introduction 173 II.
Biomarkers for Assessing Nutritional Status 178 III. Micronutrient
Bioavailability 180 IV. Phenotypic Screens 192 V. Mining Germplasm
Collections for Natural Variation for Seed Iron, Zinc, and Phytate 205 VI.
Exploiting Natural Genetic Variation to Breed for Seed Mineral-Dense
Cultivars 215 VII. Enhancing Seed Iron, Zinc, and B-Carotene Using
Transgene(S) 242 VIII. Outlook 258 Acknowledgments 261 Literature Cited 261
4. Genetic Management of Virus Diseases in Peanut 293 S. N. Nigam, R. D.V.
J. Prasada Rao, Pooja Bhatnagar-Mathur,and K. K. Sharma I. Introduction 297
II. Virus Diseases 298 III. Breeding for Resistance to Virus Diseases 307
IV. The Future 340 Literature Cited 341 5. Common Bean Breeding in the
Tropics 357 Steven Beebe I. Introduction 359 II. A Brief History 361 III.
The Tropical Context 364 IV. Origins and Genetic Resources 369 V. Biotic
Constraints 374 VI. Abiotic Constraints 385 VII. Yield Potential 398 VIII.
Nutritional Quality 400 IX. Climbing Beans 402 X. Progress by Market
Classes 403 XI. The Institutional Context 408 XII. Future Priorities,
Challenges, and Opportunities 410 Acknowledgments 412 Literature Cited 412
6. New Approaches to Cassava Breeding 427 Hernän Ceballos, Clair Hershey,
and Luis Augusto Becerra-Lopez- Lavalle I. Introduction 429 II. Genetic
Resources 438 III. Cassava Breeding 445 IV. Conventional and Molecular
Genetics 475 V. Future Prospects 484 Literature Cited 489 Subject Index 505
Cumulative Subject Index 507 Cumulative Contributor Index 529
Contributors ix 1. Dedication: Rodomiro Ortiz Plant Breeder, Catalyst for
Agricultural Development 1 Jonathan H. Crouch I. Preamble 2 II. Early Years
4 III. Research Career 10 IV. The Man 51 V. The Scientist 53 VI. The
Mentor, Inspirer, Manager, and Multiplier 54 VII. The Future 57
Acknowledgments 59 Publications of Rodomiro Ortiz 59 Germplasm
Registrations 84 2. Phenotyping, Genetic Dissection, and Breeding for
Drought and Heat Tolerance in Common Wheat: Status and Prospects 85 P. K.
Gupta, H. S. Balyan, V. Gahlaut, and P. L. Kulwal I. Introduction 89 II.
Target Environments 90 III. Traits and Parameters to Measure Drought and
Heat Tolerance and Their Genetic Dissection in Wheat 95 IV. Synergy Among
Stress-Adaptive Traits 126 V. Crop Modeling for Drought and Heat Tolerance
127 VI. High-Throughput Phenotyping 129 VII. Strategies for Developing
Drought- and Heat-Tolerant Wheat Genotypes 133 VIII. Outlook 144
Acknowledgments 147 Literature Cited 147 3. Nutritionally Enhanced Staple
Food Crops 169 Sangam L. Dwivedi, Kanwar L. Sahrawat, Kedar N. Rai, Matthew
W. Blair, Meike S. Andersson, and Wolfgang Pfeiffer I. Introduction 173 II.
Biomarkers for Assessing Nutritional Status 178 III. Micronutrient
Bioavailability 180 IV. Phenotypic Screens 192 V. Mining Germplasm
Collections for Natural Variation for Seed Iron, Zinc, and Phytate 205 VI.
Exploiting Natural Genetic Variation to Breed for Seed Mineral-Dense
Cultivars 215 VII. Enhancing Seed Iron, Zinc, and B-Carotene Using
Transgene(S) 242 VIII. Outlook 258 Acknowledgments 261 Literature Cited 261
4. Genetic Management of Virus Diseases in Peanut 293 S. N. Nigam, R. D.V.
J. Prasada Rao, Pooja Bhatnagar-Mathur,and K. K. Sharma I. Introduction 297
II. Virus Diseases 298 III. Breeding for Resistance to Virus Diseases 307
IV. The Future 340 Literature Cited 341 5. Common Bean Breeding in the
Tropics 357 Steven Beebe I. Introduction 359 II. A Brief History 361 III.
The Tropical Context 364 IV. Origins and Genetic Resources 369 V. Biotic
Constraints 374 VI. Abiotic Constraints 385 VII. Yield Potential 398 VIII.
Nutritional Quality 400 IX. Climbing Beans 402 X. Progress by Market
Classes 403 XI. The Institutional Context 408 XII. Future Priorities,
Challenges, and Opportunities 410 Acknowledgments 412 Literature Cited 412
6. New Approaches to Cassava Breeding 427 Hernän Ceballos, Clair Hershey,
and Luis Augusto Becerra-Lopez- Lavalle I. Introduction 429 II. Genetic
Resources 438 III. Cassava Breeding 445 IV. Conventional and Molecular
Genetics 475 V. Future Prospects 484 Literature Cited 489 Subject Index 505
Cumulative Subject Index 507 Cumulative Contributor Index 529
Agricultural Development 1 Jonathan H. Crouch I. Preamble 2 II. Early Years
4 III. Research Career 10 IV. The Man 51 V. The Scientist 53 VI. The
Mentor, Inspirer, Manager, and Multiplier 54 VII. The Future 57
Acknowledgments 59 Publications of Rodomiro Ortiz 59 Germplasm
Registrations 84 2. Phenotyping, Genetic Dissection, and Breeding for
Drought and Heat Tolerance in Common Wheat: Status and Prospects 85 P. K.
Gupta, H. S. Balyan, V. Gahlaut, and P. L. Kulwal I. Introduction 89 II.
Target Environments 90 III. Traits and Parameters to Measure Drought and
Heat Tolerance and Their Genetic Dissection in Wheat 95 IV. Synergy Among
Stress-Adaptive Traits 126 V. Crop Modeling for Drought and Heat Tolerance
127 VI. High-Throughput Phenotyping 129 VII. Strategies for Developing
Drought- and Heat-Tolerant Wheat Genotypes 133 VIII. Outlook 144
Acknowledgments 147 Literature Cited 147 3. Nutritionally Enhanced Staple
Food Crops 169 Sangam L. Dwivedi, Kanwar L. Sahrawat, Kedar N. Rai, Matthew
W. Blair, Meike S. Andersson, and Wolfgang Pfeiffer I. Introduction 173 II.
Biomarkers for Assessing Nutritional Status 178 III. Micronutrient
Bioavailability 180 IV. Phenotypic Screens 192 V. Mining Germplasm
Collections for Natural Variation for Seed Iron, Zinc, and Phytate 205 VI.
Exploiting Natural Genetic Variation to Breed for Seed Mineral-Dense
Cultivars 215 VII. Enhancing Seed Iron, Zinc, and B-Carotene Using
Transgene(S) 242 VIII. Outlook 258 Acknowledgments 261 Literature Cited 261
4. Genetic Management of Virus Diseases in Peanut 293 S. N. Nigam, R. D.V.
J. Prasada Rao, Pooja Bhatnagar-Mathur,and K. K. Sharma I. Introduction 297
II. Virus Diseases 298 III. Breeding for Resistance to Virus Diseases 307
IV. The Future 340 Literature Cited 341 5. Common Bean Breeding in the
Tropics 357 Steven Beebe I. Introduction 359 II. A Brief History 361 III.
The Tropical Context 364 IV. Origins and Genetic Resources 369 V. Biotic
Constraints 374 VI. Abiotic Constraints 385 VII. Yield Potential 398 VIII.
Nutritional Quality 400 IX. Climbing Beans 402 X. Progress by Market
Classes 403 XI. The Institutional Context 408 XII. Future Priorities,
Challenges, and Opportunities 410 Acknowledgments 412 Literature Cited 412
6. New Approaches to Cassava Breeding 427 Hernän Ceballos, Clair Hershey,
and Luis Augusto Becerra-Lopez- Lavalle I. Introduction 429 II. Genetic
Resources 438 III. Cassava Breeding 445 IV. Conventional and Molecular
Genetics 475 V. Future Prospects 484 Literature Cited 489 Subject Index 505
Cumulative Subject Index 507 Cumulative Contributor Index 529