The text is supported by many tables diagrams and excellent illustrations together with lists of references. There are good species and subject indexes. - Agricultural Progress.; The main merit of this book ... is to provide up-to-date comprehensive information in an accessible and integrated form for both postgraduate courses and research. This book is an excellent compilation of recent advances in crop improvement, written by 46 experts from 12 countries. ... The chapters are well written and logically organised. I recommend this book to both breeders and biologists working in various areas of plant improvement and wishing to be kept informed in depth about new techniques. - Planzen; ...a well balanced introduction from world authorities on the principles and practice of plant breeding...it should be required reading for all students... - Experimental Agriculture

• One Introduction.- Two Genetic Systems and Population Structure.- 1 Genetic systems, recombination and variability.- 2 Population structure and variability.- Three Sources of Variation.- 3 Plant genetic resources.- 4 Induced mutations.- 5 Interspecific hybridization by sexual means.- 6 Chromosome manipulation and polyploidy.- 7 Somatic hybridization.- 8 Gene cloning and identification.- 9 Gene transfer to plants: approaches and available techniques.- 10 The role of gene technology in plant breeding.- Four Assessment of Variation.- 11 Biometrical genetics in breeding.- 12 Biochemical characterization of populations.- Five Manipulation of Genetic Systems.- 13 Self- and cross-incompatibility systems.- 14 Male sterility.- 15 Apomixis.- 16 Micropropagation and somatic embryogenesis.- 17 Andro- and parthenogenesis.- Six Selection Methods.- 18 Selection strategies and choice of breeding methods.- 19 Marker-assisted selection.- 20 Gametophytic and sporophytic selection.- 21 In vitro selection.- Seven Adaptation.- 22 Genotype × environment interaction and adaptation.- 23 Augmenting yield-based selection.- 24 Resistance to abiotic stresses.- 25 Resistance to parasites.- Eight Specific Trait Breeding.- 26 Breeding for improved symbiotic nitrogen fixation.- 27 Photosynthetic and respiratory efficiency.- 28 Breeding for efficient root systems.- 29 On the utilization of renewable plant resources.- Nine Epilogue.- 30 The need for a comprehensive plant breeding strategy.- Species Index.

The text is supported by many tables diagrams and excellent illustrations together with lists of references. There are good species and subject indexes. - Agricultural Progress.; The main merit of this book ... is to provide up-to-date comprehensive information in an accessible and integrated form for both postgraduate courses and research. This book is an excellent compilation of recent advances in crop improvement, written by 46 experts from 12 countries. ... The chapters are well written and logically organised. I recommend this book to both breeders and biologists working in various areas of plant improvement and wishing to be kept informed in depth about new techniques. - Planzen; ...a well balanced introduction from world authorities on the principles and practice of plant breeding...it should be required reading for all students... - Experimental Agriculture

• One Introduction.- Two Genetic Systems and Population Structure.- 1 Genetic systems, recombination and variability.- 2 Population structure and variability.- Three Sources of Variation.- 3 Plant genetic resources.- 4 Induced mutations.- 5 Interspecific hybridization by sexual means.- 6 Chromosome manipulation and polyploidy.- 7 Somatic hybridization.- 8 Gene cloning and identification.- 9 Gene transfer to plants: approaches and available techniques.- 10 The role of gene technology in plant breeding.- Four Assessment of Variation.- 11 Biometrical genetics in breeding.- 12 Biochemical characterization of populations.- Five Manipulation of Genetic Systems.- 13 Self- and cross-incompatibility systems.- 14 Male sterility.- 15 Apomixis.- 16 Micropropagation and somatic embryogenesis.- 17 Andro- and parthenogenesis.- Six Selection Methods.- 18 Selection strategies and choice of breeding methods.- 19 Marker-assisted selection.- 20 Gametophytic and sporophytic selection.- 21 In vitro selection.- Seven Adaptation.- 22 Genotype × environment interaction and adaptation.- 23 Augmenting yield-based selection.- 24 Resistance to abiotic stresses.- 25 Resistance to parasites.- Eight Specific Trait Breeding.- 26 Breeding for improved symbiotic nitrogen fixation.- 27 Photosynthetic and respiratory efficiency.- 28 Breeding for efficient root systems.- 29 On the utilization of renewable plant resources.- Nine Epilogue.- 30 The need for a comprehensive plant breeding strategy.- Species Index.

The text is supported by many tables diagrams and excellent illustrations together with lists of references. There are good species and subject indexes. - Agricultural Progress.; The main merit of this book ... is to provide up-to-date comprehensive information in an accessible and integrated form for both postgraduate courses and research. This book is an excellent compilation of recent advances in crop improvement, written by 46 experts from 12 countries. ... The chapters are well written and logically organised. I recommend this book to both breeders and biologists working in various areas of plant improvement and wishing to be kept informed in depth about new techniques. - Planzen; ...a well balanced introduction from world authorities on the principles and practice of plant breeding...it should be required reading for all students... - Experimental Agriculture

• One Introduction.- Two Genetic Systems and Population Structure.- 1 Genetic systems, recombination and variability.- 2 Population structure and variability.- Three Sources of Variation.- 3 Plant genetic resources.- 4 Induced mutations.- 5 Interspecific hybridization by sexual means.- 6 Chromosome manipulation and polyploidy.- 7 Somatic hybridization.- 8 Gene cloning and identification.- 9 Gene transfer to plants: approaches and available techniques.- 10 The role of gene technology in plant breeding.- Four Assessment of Variation.- 11 Biometrical genetics in breeding.- 12 Biochemical characterization of populations.- Five Manipulation of Genetic Systems.- 13 Self- and cross-incompatibility systems.- 14 Male sterility.- 15 Apomixis.- 16 Micropropagation and somatic embryogenesis.- 17 Andro- and parthenogenesis.- Six Selection Methods.- 18 Selection strategies and choice of breeding methods.- 19 Marker-assisted selection.- 20 Gametophytic and sporophytic selection.- 21 In vitro selection.- Seven Adaptation.- 22 Genotype × environment interaction and adaptation.- 23 Augmenting yield-based selection.- 24 Resistance to abiotic stresses.- 25 Resistance to parasites.- Eight Specific Trait Breeding.- 26 Breeding for improved symbiotic nitrogen fixation.- 27 Photosynthetic and respiratory efficiency.- 28 Breeding for efficient root systems.- 29 On the utilization of renewable plant resources.- Nine Epilogue.- 30 The need for a comprehensive plant breeding strategy.- Species Index.