Landscape genetics seeks to determine the effect of landscape features on gene flow and
genetic structure. Often, such analyses are intended to inform conservation and …

Plants offer excellent models to investigate how gene flow shapes the organization of
genetic diversity. Their three genomes can have different modes of transmission and will …

Given the explosive development of new molecular marker techniques over the last decade,
newcomers and experts alike in the field of DNA fingerprinting will find an easy-to-follow …

In marine environments, many species have apparently colonized high latitude regions
following the last glacial maximum (LGM) yet lack a life‐history stage, such as a free‐living …

The coefficient of variation of estimates of three genetic distances (standard genetic distance
of Nei, chord distance, F ST) was examined with computer simulation to determine if large …

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 …

Microsatellites have proved to be useful for the detection of weak population structure in
marine fishes and other species characterized by large populations and high gene flow …

Understanding the role of chromosomal inversions in speciation is a fundamental problem in
evolutionary genetics. Here, we perform a comprehensive reconstruction of the evolutionary …

Map** landscape connectivity is important for controlling invasive species and disease
vectors. Current landscape genetics methods are often constrained by the subjectivity of …

Parasites represent a great proportion of the world's living organisms and are of
overwhelming significance because of their impact on hosts (evolutionarily, medically …