The Statistical Processes of Evolutionary Theory

a-genes a₁ Aa and AA alleles approximately asymptotically calculate centromere Chapter chromatid chromosomal segregation consider constant corresponding defined denote deterministic model diffusion equation diploid individuals distribution of gene dominance effect equal factor fertility Fisher formula Geiringer gene frequency genetic genotypic frequencies given haploid haploid model heterozygote homozygosity homozygous increase interval Kimura large number linear loci male and female Markov chain mathematical matrix mean fitness mutation N₁ N₂ non-overlapping number of male number of offspring obtain occurs offspring distribution overlapping overlapping generation model p(aa P₁ P₂ parent phenotypic Poisson distribution pollen population possible probability distribution probability generating function proportion random mating recurrence relation result root selection coefficients selective advantage similarly single locus solution ssmM stationary distribution suppose tends to zero theory tion transition probabilities unity values variance vector Wright write X₁ XXYYZZ Y₁ YYZZ zygote