The interactions between organisms and their environments can shape distributions of
spatial genetic variation, resulting in patterns of isolation by environment (IBE) in which …

Landscape features exist at multiple spatial and temporal scales, and these naturally affect
spatial genetic structure and our ability to make inferences about gene flow. This article …

Concern about the effects of habitat fragmentation has led to increasing interest in dispersal
and connectivity modelling. Most modern techniques for connectivity modelling have …

The eastern coastal areas of Japan are threatened by multiple ecological risks due to
frequent natural disasters, climate changes, human activities, etc. Identification spatio …

The concept of nearness and that nearer things are more connected is useful in quantifying
a variety of geographical patterns and processes, including ecological connectivity between …

Landscape connectivity, the extent to which a landscape facilitates the flow of ecological
processes such as organism movement, has grown to become a central focus of applied …

The field of landscape genetics has been evolving rapidly since its emergence in the early
2000s. New applications, techniques and criticisms of techniques appear like clockwork with …

Landscape genetics aims to assess the effect of the landscape on intraspecific genetic
structure. To quantify interdeme landscape structure, landscape genetics primarily uses …

Individual-based landscape genetic analyses provide empirically based models of gene
flow. It would be valuable to verify the predictions of these models using independent data of …

Context Connectivity between habitat patches is a recognized conservation action to
conserve biodiversity in a rapidly changing world. Resistance surfaces, a spatial …