The Evolution of Population Biology
Herausgeber: Rama S., Singh; Uyenoyama, Marcy K.; Singh, Rama S.
The Evolution of Population Biology
Herausgeber: Rama S., Singh; Uyenoyama, Marcy K.; Singh, Rama S.
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Considers the foundation and historical development of population biology.
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Considers the foundation and historical development of population biology.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 492
- Erscheinungstermin: 31. Januar 2009
- Englisch
- Abmessung: 229mm x 152mm x 29mm
- Gewicht: 792g
- ISBN-13: 9780521112116
- ISBN-10: 0521112117
- Artikelnr.: 26033354
- Herstellerkennzeichnung
- Books on Demand GmbH
- In de Tarpen 42
- 22848 Norderstedt
- info@bod.de
- 040 53433511
- Verlag: Cambridge University Press
- Seitenzahl: 492
- Erscheinungstermin: 31. Januar 2009
- Englisch
- Abmessung: 229mm x 152mm x 29mm
- Gewicht: 792g
- ISBN-13: 9780521112116
- ISBN-10: 0521112117
- Artikelnr.: 26033354
- Herstellerkennzeichnung
- Books on Demand GmbH
- In de Tarpen 42
- 22848 Norderstedt
- info@bod.de
- 040 53433511
Introduction; Part I. Historical Foundations and Perspectives: 1. Building
a science of population biology Richard Lewontin; 2. Toward a population
biology, still Richard Levins; Part II. Genotypes to Phenotypes: New
Genetic and Bioinformatic Advances: 3. Genetic dissection of quantitative
traits Trudy Mackay; 4. Gene expression profiling in evolutionary genetics
Daniel Hartl, Colin Meiklejohn, Cristian Castillo-Davis, Duccio Cavelieri,
José Ranz and Jeffrey Townsend; 5. Population biology and bioinformatics
Brian Golding; 6. Beyond beanbag genetics: Wright's adaptive landscape,
gene interaction networks and the evolution of new genetic systems Rama
Singh and Richard Morton; Part III. Phenotypes to Fitness: Genetics and
Ecology of Populations: 7. Density dependant selection Freddy Christiansen;
8. Non-synonymous polymorphisms and frequency-dependent selection Bryan
Clarke; 9. Why k=4Nµs is silly John Gillespie; 10. Inferences about the
structure and history of populations: Coalescents and intraspecific
phylogeography John Wakeley; 11. The population genetics of life-history
evolution Brian Charlesworth; 12. Gene-environment complexities: what is so
interesting to measure and to model? Peter Taylor; 13. Genus-specific
diversification of mating types Marcy Uyenoyama and Naoki Takebayashi; Part
III. Genes, Organisms and Environment: Evolutionary Case Studies: 14.
Adaptation, constraint, and neutrality: mechanistic case studies with
butterflies and their general implications Ward Watt; 15. Evolution in
hybrid zones Daniel Howard, Seth Britch, W. Evan Braswell and Jeremy
Marshall; 16. Nine relatives from one African ancestor: Population biology
and evolution of the Drosophila melanogaster subgroup species Daniel
Lachaise, Pierre Capy, Marie-Louise Cariou, Dominique Joly, Francoise
Lemeunier and Jean R. David; Part IV. Applied Population Biology:
Biodiversity and Food, Disease and Health: 17. Conservation biology: where
are we? Philip Hedrick; 18. The emergence of modern human mortality
patterns Shripad Tuljapurkar; 19. Units of selection and the evolution of
virulence Paul Ewald and Gregory Cochran; 20. Evolutionary genetics and
emergence of RNA virus diseases Edward Holmes; 21. A scientific adventure:
a fifty years study of human evolution Luigi Cavalli-Sforza; 22.
Geneticists and the biology of race, 1900-24 Will Provine.
a science of population biology Richard Lewontin; 2. Toward a population
biology, still Richard Levins; Part II. Genotypes to Phenotypes: New
Genetic and Bioinformatic Advances: 3. Genetic dissection of quantitative
traits Trudy Mackay; 4. Gene expression profiling in evolutionary genetics
Daniel Hartl, Colin Meiklejohn, Cristian Castillo-Davis, Duccio Cavelieri,
José Ranz and Jeffrey Townsend; 5. Population biology and bioinformatics
Brian Golding; 6. Beyond beanbag genetics: Wright's adaptive landscape,
gene interaction networks and the evolution of new genetic systems Rama
Singh and Richard Morton; Part III. Phenotypes to Fitness: Genetics and
Ecology of Populations: 7. Density dependant selection Freddy Christiansen;
8. Non-synonymous polymorphisms and frequency-dependent selection Bryan
Clarke; 9. Why k=4Nµs is silly John Gillespie; 10. Inferences about the
structure and history of populations: Coalescents and intraspecific
phylogeography John Wakeley; 11. The population genetics of life-history
evolution Brian Charlesworth; 12. Gene-environment complexities: what is so
interesting to measure and to model? Peter Taylor; 13. Genus-specific
diversification of mating types Marcy Uyenoyama and Naoki Takebayashi; Part
III. Genes, Organisms and Environment: Evolutionary Case Studies: 14.
Adaptation, constraint, and neutrality: mechanistic case studies with
butterflies and their general implications Ward Watt; 15. Evolution in
hybrid zones Daniel Howard, Seth Britch, W. Evan Braswell and Jeremy
Marshall; 16. Nine relatives from one African ancestor: Population biology
and evolution of the Drosophila melanogaster subgroup species Daniel
Lachaise, Pierre Capy, Marie-Louise Cariou, Dominique Joly, Francoise
Lemeunier and Jean R. David; Part IV. Applied Population Biology:
Biodiversity and Food, Disease and Health: 17. Conservation biology: where
are we? Philip Hedrick; 18. The emergence of modern human mortality
patterns Shripad Tuljapurkar; 19. Units of selection and the evolution of
virulence Paul Ewald and Gregory Cochran; 20. Evolutionary genetics and
emergence of RNA virus diseases Edward Holmes; 21. A scientific adventure:
a fifty years study of human evolution Luigi Cavalli-Sforza; 22.
Geneticists and the biology of race, 1900-24 Will Provine.
Introduction; Part I. Historical Foundations and Perspectives: 1. Building
a science of population biology Richard Lewontin; 2. Toward a population
biology, still Richard Levins; Part II. Genotypes to Phenotypes: New
Genetic and Bioinformatic Advances: 3. Genetic dissection of quantitative
traits Trudy Mackay; 4. Gene expression profiling in evolutionary genetics
Daniel Hartl, Colin Meiklejohn, Cristian Castillo-Davis, Duccio Cavelieri,
José Ranz and Jeffrey Townsend; 5. Population biology and bioinformatics
Brian Golding; 6. Beyond beanbag genetics: Wright's adaptive landscape,
gene interaction networks and the evolution of new genetic systems Rama
Singh and Richard Morton; Part III. Phenotypes to Fitness: Genetics and
Ecology of Populations: 7. Density dependant selection Freddy Christiansen;
8. Non-synonymous polymorphisms and frequency-dependent selection Bryan
Clarke; 9. Why k=4Nµs is silly John Gillespie; 10. Inferences about the
structure and history of populations: Coalescents and intraspecific
phylogeography John Wakeley; 11. The population genetics of life-history
evolution Brian Charlesworth; 12. Gene-environment complexities: what is so
interesting to measure and to model? Peter Taylor; 13. Genus-specific
diversification of mating types Marcy Uyenoyama and Naoki Takebayashi; Part
III. Genes, Organisms and Environment: Evolutionary Case Studies: 14.
Adaptation, constraint, and neutrality: mechanistic case studies with
butterflies and their general implications Ward Watt; 15. Evolution in
hybrid zones Daniel Howard, Seth Britch, W. Evan Braswell and Jeremy
Marshall; 16. Nine relatives from one African ancestor: Population biology
and evolution of the Drosophila melanogaster subgroup species Daniel
Lachaise, Pierre Capy, Marie-Louise Cariou, Dominique Joly, Francoise
Lemeunier and Jean R. David; Part IV. Applied Population Biology:
Biodiversity and Food, Disease and Health: 17. Conservation biology: where
are we? Philip Hedrick; 18. The emergence of modern human mortality
patterns Shripad Tuljapurkar; 19. Units of selection and the evolution of
virulence Paul Ewald and Gregory Cochran; 20. Evolutionary genetics and
emergence of RNA virus diseases Edward Holmes; 21. A scientific adventure:
a fifty years study of human evolution Luigi Cavalli-Sforza; 22.
Geneticists and the biology of race, 1900-24 Will Provine.
a science of population biology Richard Lewontin; 2. Toward a population
biology, still Richard Levins; Part II. Genotypes to Phenotypes: New
Genetic and Bioinformatic Advances: 3. Genetic dissection of quantitative
traits Trudy Mackay; 4. Gene expression profiling in evolutionary genetics
Daniel Hartl, Colin Meiklejohn, Cristian Castillo-Davis, Duccio Cavelieri,
José Ranz and Jeffrey Townsend; 5. Population biology and bioinformatics
Brian Golding; 6. Beyond beanbag genetics: Wright's adaptive landscape,
gene interaction networks and the evolution of new genetic systems Rama
Singh and Richard Morton; Part III. Phenotypes to Fitness: Genetics and
Ecology of Populations: 7. Density dependant selection Freddy Christiansen;
8. Non-synonymous polymorphisms and frequency-dependent selection Bryan
Clarke; 9. Why k=4Nµs is silly John Gillespie; 10. Inferences about the
structure and history of populations: Coalescents and intraspecific
phylogeography John Wakeley; 11. The population genetics of life-history
evolution Brian Charlesworth; 12. Gene-environment complexities: what is so
interesting to measure and to model? Peter Taylor; 13. Genus-specific
diversification of mating types Marcy Uyenoyama and Naoki Takebayashi; Part
III. Genes, Organisms and Environment: Evolutionary Case Studies: 14.
Adaptation, constraint, and neutrality: mechanistic case studies with
butterflies and their general implications Ward Watt; 15. Evolution in
hybrid zones Daniel Howard, Seth Britch, W. Evan Braswell and Jeremy
Marshall; 16. Nine relatives from one African ancestor: Population biology
and evolution of the Drosophila melanogaster subgroup species Daniel
Lachaise, Pierre Capy, Marie-Louise Cariou, Dominique Joly, Francoise
Lemeunier and Jean R. David; Part IV. Applied Population Biology:
Biodiversity and Food, Disease and Health: 17. Conservation biology: where
are we? Philip Hedrick; 18. The emergence of modern human mortality
patterns Shripad Tuljapurkar; 19. Units of selection and the evolution of
virulence Paul Ewald and Gregory Cochran; 20. Evolutionary genetics and
emergence of RNA virus diseases Edward Holmes; 21. A scientific adventure:
a fifty years study of human evolution Luigi Cavalli-Sforza; 22.
Geneticists and the biology of race, 1900-24 Will Provine.