This book summarises prepared mini-courses for various computational tools and methods in the field of human archaeogenetic data analysis, with a particular emphasis on population genetics.
[7.1.1] "Example: With N=100 (haploid individuals), we might consider a genetic locus with two alleles A and B, and in the parent generation, say, 50 individuals carried allele B, and 50 carried allele B. " --> Change one of the B to A
[7.1.1] "As a statistical process, this amounts to a binomial process, where the N offspring individuals are drawn" --> add "with replacement".
[7.2] When you define "REPO=/path/to/community-archive/2012_PattersonGenetics", maybe add a note or a link o how to download a poseidon package.
[7.1.1] "Example: With N=100 (haploid individuals), we might consider a genetic locus with two alleles A and B, and in the parent generation, say, 50 individuals carried allele B, and 50 carried allele B. " --> Change one of the
B
toA
[7.1.1] "As a statistical process, this amounts to a binomial process, where the N offspring individuals are drawn" --> add "with replacement".
[7.2] When you define "REPO=/path/to/community-archive/2012_PattersonGenetics", maybe add a note or a link o how to download a poseidon package.
Other than that, the chapter is awesome!