Per Erik Jorde

TL;DR: Findings lend support to the notion that low levels of differentiation are due to passive transport of eggs or larvae by the ocean currents rather than to adult dispersal, the latter being strongly dependent on distance.

TL;DR: Numerical evaluations of exact probability distributions and computer simulations verify that this new estimator yields unbiased estimates also when based on a modest number of alleles and loci, and eliminates the bias associated with earlier estimators.

TL;DR: This paper presents an estimator for effective size that can be applied to populations with overlapping generations and shows that the amount of temporal allele frequency change is dependent on the age-specific survival and birth rates.

TL;DR: In this paper, the authors used computer simulations to assess and evaluate power when testing for genetic differentiation at multiple loci through combining test statistics or P values obtained by four different statistical approaches, viz. Pearson's chi-square, the log-likelihood ratio G-test, Fisher's exact test, and an F(ST)-based permutation test.

TL;DR: It is concluded that low levels of genetic differentiation in this marine fish can indeed be biologically meaningful, corresponding to separate, temporally persistent, local populations.