Population Genetics: A Concise GuideFirst published in 1998, John Gillespie's brilliant primer Population Genetics: A Concise Guide has been updated with new topics that have emerged . Keeping the concise format that made the book such a popular success, new sections have been added on molecular evolution, genetic drift, the stationary distribution, two-locus dynamics, and the evolution of selfing in nonrandom mating. Writing with verve, Gillespie explains both the theories and empirical evidence. The result is an intriguing revelation of how genes can be quantified and explained at the level of population. Whether one works on Drosophila in a laboratory setting or studies free-ranging populations, you will find that this book is an indispensable addition to your library. |
Contents
Genetic Variation | |
Genetic Drift | |
TwoLocus Dynamics | |
Nonrandom Mating | |
Quantitative Genetics | |
Natural Selection | |
The Evolutionary Advantage of | |
Appendix A Mathematical Necessities | |
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Common terms and phrases
A1 allele additive variance allele frequencies amino acid approximation assumption average called chapter coalescent coefficient of kinship correlation covariance decrease deleterious alleles deleterious mutations derivation described diploid distribution dominance Drosophila dynamics environment epistasis Equation equilibrium example fixation probability full sibs function gametes genetic drift genetic load genetic variation genome genotype frequencies Hardy-Weinberg law heritability heterozygote heterozygous heterozygous effects hitchhiking homozygotes homozygous identical by descent identical-by-descent alleles illustrated in Figure inbreeding depression increase individual initial island model lineage linkage disequilibrium loci locus mean fitness mean number melanogaster molecular evolution mutation rate natural populations natural selection neutral theory nucleotides number of deleterious number of mutations obtained outbred outcrossing overdominance pair of relatives parent and offspring phenotype Poisson polymorphism population genetics Problem protein quantitative genetics quantitative traits random mating random variable randomly rate of substitution recombination sample selection coefficient selfing sequence species viability zero