Jules Janick obtained his PhD in Plant Genetics and Breeding and is a Professor of Horticulture and Landscape Architecture at Purdue University.

• Contributors. 1. Dedication: Norman E. Borlaug The Humanitarian Plant Scientist Who Changed the World (Rodomiro Ortiz, David Mowbray, Christopher Dowswell, and Sanjaya Rajaram).2. The Genetic Basis of the Green Revolution in Wheat Production (Richard M. Trethowan, Matthew P. Reynolds, J. Iván Ortiz–Monasterio, and Rodomiro Ortiz).I. Introduction.II. Changes in Plant Architecture and Photoperiod Response.III. Changes in Physiology and Adaptation.IV. Changes in Disease Resistance.V. Changes in Genetic Diversity.VI. Changes in Product Quality.VII. Conclusion.Literature Cited.3. Breeding Maize for Tolerance to Soil Acidity (Shivaji Pandey, Luis Alberto Narro León, Dennis Keith Friesen, and Stephen Robert Waddington).I. Introduction.II. Agronomic and Management Solutions to Soil Acidity.III. Why Breeding Might Be an Option, and for Whom.IV. Genetics of Tolerance to Soil Acidity in Maize.V. Progress from Breeding Maize for Tolerance to Soil Acidity.VI. The Future of Breeding Maize for Tolerance to Soil Acidity.VII. Integrated Approach to Reducing Losses to Soil Acidity in Maize.Literature Cited.4. Phenotypic Selection and Evaluation of Maize Inbreds for Adaptedness (A. Forrest Troyer).I. Introduction.II. Phenotypic Selection During Inbreeding.III. Evaluation of Maize Inbreds.IV. Progress 1955 to 2004.V. Conclusion.Literature Cited.5. Transgenic Ornamental Crops (Adelheid R. Kuehnle and Rasika G. Mudalige–Jayawickrama).I. Introduction.II. Flower Color.III. Fragrance.IV. Vaselife.V. Disease and Pest Resistance.VI. Turfgrass.VII. Independence from Growth Regulations.VIII. Conclusion.Literature Cited.6. Meiotic Mutations and Crop Improvement (Federica Consiglio, Domenico Carputo, Luigi Frusciante, Luigi Maria Monti, and Clara Conicella).I. Introduction.II. Cytological Tools.III. Molecular Tools.IV. Meiotic Genes and Mutations.V. Applications in Breeding.VI. Conclusion.Literature Cited.7. Molecular Basis and Horticultural Application of the Gametophytic Self-incompatibility System in Rosaceous Tree Fruits (Martin Goldway, Gal Sapir, and Raphael A. Stern).I. Introduction.II. SC Mutants of GSI Plants.III. Molecular Methods for Determining Compatibility and Fertilization Efficiency.IV. Compatibility and Fruit Yield.V. Conclusion.Literature Cited.8. Genetics of Seed Coat Color and Pattern in Common Bean (Mark J. Bassett).I. Introduction.II. Expression of Seed Coat Genes.III. Genetic and Developmental Models for Seed Coat Pattern.IV. A Critical Overview of the Reviews of Prakken and Leakey.V. Chromosome Locations of Genes Controlling Color and Pattern.VI. A Protocol for Determining Seed Coat Genotype.VII. The Future of Seed Coat Genetics Research in Common Bean.Literature Cited.Subject Index.Cumulative Subject Index.Cumulative Contributor Index.

Jules Janick obtained his PhD in Plant Genetics and Breeding and is a Professor of Horticulture and Landscape Architecture at Purdue University.

• Contributors. 1. Dedication: Norman E. Borlaug The Humanitarian Plant Scientist Who Changed the World (Rodomiro Ortiz, David Mowbray, Christopher Dowswell, and Sanjaya Rajaram).2. The Genetic Basis of the Green Revolution in Wheat Production (Richard M. Trethowan, Matthew P. Reynolds, J. Iván Ortiz–Monasterio, and Rodomiro Ortiz).I. Introduction.II. Changes in Plant Architecture and Photoperiod Response.III. Changes in Physiology and Adaptation.IV. Changes in Disease Resistance.V. Changes in Genetic Diversity.VI. Changes in Product Quality.VII. Conclusion.Literature Cited.3. Breeding Maize for Tolerance to Soil Acidity (Shivaji Pandey, Luis Alberto Narro León, Dennis Keith Friesen, and Stephen Robert Waddington).I. Introduction.II. Agronomic and Management Solutions to Soil Acidity.III. Why Breeding Might Be an Option, and for Whom.IV. Genetics of Tolerance to Soil Acidity in Maize.V. Progress from Breeding Maize for Tolerance to Soil Acidity.VI. The Future of Breeding Maize for Tolerance to Soil Acidity.VII. Integrated Approach to Reducing Losses to Soil Acidity in Maize.Literature Cited.4. Phenotypic Selection and Evaluation of Maize Inbreds for Adaptedness (A. Forrest Troyer).I. Introduction.II. Phenotypic Selection During Inbreeding.III. Evaluation of Maize Inbreds.IV. Progress 1955 to 2004.V. Conclusion.Literature Cited.5. Transgenic Ornamental Crops (Adelheid R. Kuehnle and Rasika G. Mudalige–Jayawickrama).I. Introduction.II. Flower Color.III. Fragrance.IV. Vaselife.V. Disease and Pest Resistance.VI. Turfgrass.VII. Independence from Growth Regulations.VIII. Conclusion.Literature Cited.6. Meiotic Mutations and Crop Improvement (Federica Consiglio, Domenico Carputo, Luigi Frusciante, Luigi Maria Monti, and Clara Conicella).I. Introduction.II. Cytological Tools.III. Molecular Tools.IV. Meiotic Genes and Mutations.V. Applications in Breeding.VI. Conclusion.Literature Cited.7. Molecular Basis and Horticultural Application of the Gametophytic Self-incompatibility System in Rosaceous Tree Fruits (Martin Goldway, Gal Sapir, and Raphael A. Stern).I. Introduction.II. SC Mutants of GSI Plants.III. Molecular Methods for Determining Compatibility and Fertilization Efficiency.IV. Compatibility and Fruit Yield.V. Conclusion.Literature Cited.8. Genetics of Seed Coat Color and Pattern in Common Bean (Mark J. Bassett).I. Introduction.II. Expression of Seed Coat Genes.III. Genetic and Developmental Models for Seed Coat Pattern.IV. A Critical Overview of the Reviews of Prakken and Leakey.V. Chromosome Locations of Genes Controlling Color and Pattern.VI. A Protocol for Determining Seed Coat Genotype.VII. The Future of Seed Coat Genetics Research in Common Bean.Literature Cited.Subject Index.Cumulative Subject Index.Cumulative Contributor Index.