Graph‐theoretic approaches have relevant applications in landscape genetic analyses.
When species form populations in discrete habitat patches, genetic graphs can be used (a) …

Context All the components of landscape and genetic structures can be associated with the
nodes and links of landscape graphs and genetic graphs. Yet, these graphs have long been …

Identifying how natural (ie, unaltered by human activity) and anthropogenic landscape
variables influence contemporary functional connectivity in terrestrial organisms can …

Context A central tenet of landscape ecology is that both characteristics of patches and the
matrix between them influence functional connectivity. Landscape genetics seeks to …

The bulk of the world's biodiversity is found in tropical regions, which are increasingly
threatened by the human-led degradation of natural habitats. Yet, little is known about …

Context Functional connectivity of semiaquatic species is poorly studied despite that
freshwater ecosystems are amongst the most threatened worldwide due to habitat …

In connectivity models, land cover types are assigned cost values characterizing their
resistance to species movements. Landscape genetic methods infer these values from the …

Understanding the neutral (demographic) and adaptive processes leading to the
differentiation of species and populations is a critical component of evolutionary and …

Minimally invasive samples are often the best option for collecting genetic material from
species of conservation concern, but they perform poorly in many genomic sequencing …

Genetic diversity within and among populations is frequently used in prioritization processes
to rank populations based on their vulnerability or distinctiveness, however, connectivity and …