Assignment methods, which use genetic information to ascertain population membership of
individuals or groups of individuals, have been used in recent years to study a wide range of …

Deciphering genetic structure and inferring connectivity in marine species have been
challenging due to weak genetic differentiation and limited resolution offered by traditional …

Traditional methods for characterizing genetic differentiation among populations rely on a
priori grou** of individuals. Bayesian clustering methods avoid this limitation by using …

Population genetic tools have the potential to answer key questions in pest management
including quantifying the number of genetically distinct populations represented in an …

Disentangling evolutionary forces that may interact to determine the patterns of genetic
differentiation within and among wild populations is a major challenge in evolutionary …

Identification of discrete and unique assemblages of individuals or populations is central to
the management of exploited species. Advances in population genomics provide new …

We tested the relative influence of habitat patch size and connectivity on genetic structure
and effective population size in eight brook trout (Salvelinus fontinalis) habitat patches in a …

Migration is a ubiquitous life history trait with profound evolutionary and ecological
consequences. Recent developments in telemetry and genomics, when combined, can …

Genetic and demographic estimates of dispersal are often thought to be inconsistent. In this
study, we use the damselfly Coenagrion mercuriale (Odonata: Zygoptera) as a model to …

Dispersal strategies are important mechanisms underlying the spatial distribution and
colonizing ability of all mobile species. In the current study, we use highly polymorphic …