The method to estimate contemporary effective population size (N e) based on patterns of
linkage disequilibrium (LD) at unlinked loci has been widely applied to natural and …

Interest has surged recently in removing siblings from population genetic data sets before
conducting downstream analyses. However, even if the pedigree is inferred correctly, this …

The field of seascape genetics aims to evaluate the effects of environmental features on
spatial genetic patterns of marine organisms. Although many methods of genetic analysis …

Explaining functional connectivity among occupied habitats is crucial for understanding
metapopulation dynamics and species ecology. Landscape genetics has primarily focused …

Evaluating fine‐scale population structure of multiple species in the same landscape
increases our ability to identify common patterns as well as discern ecological differences …

Human commensal species such as rodent pests are often widely distributed across cities
and threaten both infrastructure and public health. Spatially explicit population genomic …

The field of landscape genetics has been rapidly evolving, adopting and adapting analytical
frameworks to address research questions. Current studies are increasingly using …

The physical and environmental attributes of landscapes often shape patterns of population
connectivity by influencing dispersal and gene flow. Landscape effects on movement are …

The last two decades have witnessed rapid developments and increasing interest in use
of:(1) genetic methods to estimate effective population size (Ne) and (2) close‐kin mark …

The endosymbiotic bacterium Wolbachia suppresses the capacity for arbovirus transmission
in the mosquito Aedes aegypti, and can spread spatially through wild mosquito populations …