Evolutionary Genetics

"Indeed, the 32 articles that constitute this volume cover just about everything within the field of microevolution and, at least in this sense, the volume lives up to the high expectations. It can be recommended both to professional microevolutionists and to biologists who know little about microevolution, but want a serious introduction to this field. The Chetverikov-Dobzhansky paradigm has been and still is extremely successful and certainly will be a part of the foundation of new evolutionary biology, whatever shape it takes. Evolutionary Genetics does justice to this paradigm and should be recommended to anyone who wants to understand it."

• List of contributors; Preface Rama Singh and Costas Krimbas; Part A. Population Genetics: Problems, Foundations and Historical Perspectives: Introduction Costas Krimbas; 1. The problem of population genetics Richard Lewontin; The mathematical foundations of population genetics W. J. Ewens; 3. A natural historian's view of heterosis and related topics Bruce Wallace; 4. The molecular foundation of population genetics Rama Singh, Walter Eanes, Donal Hickey, Margaret Riley, Lynn King; Part B. Molecular Variation and Evolution: Introduction Marty Kreitman; 5. Population genetics and evolutionary genetics of codon bias Marty Kreitman and Marcos Antezana; 6. Gene conversion is a major determinant of genetic diversity at the DNA level Andrew Berry and Antonio Barbadilla; 7. Evidence for balancing, directional, and background selection in molecular evolution Steve Schaeffer and Montse Aguade; Part C. Selection and Genetic Polymorphisms: Introduction Phil Hedrick and Tim Prout; 8. Aspects of fitness Freddy Christiansen and Tim Prout; 9. Opposing selection Tim Prout; 10. Analysis of selection in laboratory and field populations Einar Arnason and Stuart Barker; 11. Genetics of complex polymorphisms: parasites and maintenance of the MHC variation Phil Hedrick and Timothy Kim; 12. The population biology of antibiotic resistance Bruce Levin; Part D. Linkage, Breeding Systems and Evolution: Introduction Ian Franklin; 13. The equilibrium theory of one and two locus systems Ian Franklin and Marty Feldman; 14. Inversion polymorphisms in Drosophila Costas Krimbas and Jeff Powell; 15. The evolution of breeding systems Marcy Uyenoyama; 16. The evolution of sex and recombination Donal Hickey; Part E. Quantitative Genetics and Phenotypic Evolution: Introduction Richard Frankham; 17. Quantitative genetics and phenotypic evolution Russell Lande; 18. Nature of quantitative genetic variation Richard Frankham and Kenneth Weber; 19. The maintenance of genetic variation in life history traits Brian Charlesworth and Kim Hughes; 20. Population genetics and life-history evolution Lloyd Demetrius; Part F. Gene Flow, Population Structure and Evolution: Introduction Monty Slatkin; 21. A coalescent view of the population structure Monty Slatkin; 22. Population genetics and evolution of animal mitochondrial DNA E. Zouros and David Rand; 23. Genetic structure and evolution in parthenogenetic animals Dave Parker and Monica Niklasson; 24. Genetic structure of prokaryotic populations Fred Cohan; Part G. Population genetics and speciation: Introduction Rama Singh; 25. Sexual selection in populations: the facts require a change in the genetic definition of the species Hampton Carson; 26. The role of selection in speciation Judith Masters; 27. The evolutionary genetics of speciation Jerry Coyne and Allen Orr; 28. Toward a unified theory of speciation Rama Singh; Part H. Behaviour, Ecology and Evolution: Introduction Subodh Jain; 29. From population genetics to evolutionary genetics: a view through the trees Joseph Felsenstein; 30. Attitudes to animal behaviour John Maynard Smith; 31. The evolution of social behaviour Deborah Gordon; 32. Population genetics and evolutionary ecology: a progress report Subodh Jain; Index.