Chromosome rearrangements can result in the rapid evolution of hybrid incompatibilities.
Robertsonian fusions, particularly those with monobrachial homology, can drive …

Climate is a main driver of species distributions, but all species are not equally affected by
climate change, and their differential responses to similar climatic constraints might …

Mountains have highly heterogeneous environments that generate ample opportunities for
lineage differentiation through ecological adaptation, geographic isolation and secondary …

Aim Understanding how the landscape influences gene flow is important in explaining
biodiversity, especially when co‐distributed taxa across heterogeneous landscapes exhibit …

Experimental introductions of species have provided some of the most tractable examples of
rapid phenotypic changes, which may reflect plasticity, the impact of stochastic processes, or …

The tropical seagrass Halophila stipulacea invaded the Eastern Mediterranean Sea in the
late nineteenth century and progressively spread throughout the basin ever since. Its spread …

Islands were key to the development of allopatric speciation theory because they are a
natural laboratory of repeated barriers to gene flow caused by open water gaps. Despite …

Dispersal is a crucial mechanism to living beings, allowing them to reach new resources
such that populations and species can occupy new environments. However, directly …

Connectivity among wildlife populations facilitates exchange of genetic material between
groups. Changes to historical connectivity patterns resulting from anthropogenic activities …

Human-induced environmental impacts on wildlife are widespread, causing major
biodiversity losses. One major threat is agricultural intensification, typically characterised by …