Graph theory (GT) has become an indispensable tool for exploring environmental
interconnections and elucidating ecological relationships. The integration of GT with …

Maintaining and restoring ecological connectivity will be key in hel** to prevent and
reverse the loss of biodiversity. Fortunately, a growing body of research conducted over the …

Spatial conservation prioritization is traditionally focusing on ensuring the representation of
species populations and habitats within protected areas. Recently there has been an …

Understanding dispersal potential, or the probability a species will move a given distance,
under different environmental conditions is essential to predicting species' ability to move …

Natal habitat preference induction (NHPI) occurs when animals exhibit a preference for new
habitat that is similar to that which they experienced in their natal environment, potentially …

Patterns of population connectivity shape ecological and evolutionary phenomena from
population persistence to local adaptation and can inform conservation strategy …

Cities are fundamentally changing the environment that plants inhabit, most notably through
habitat fragmentation. Urban plant habitat patches are separated by impervious surfaces like …

Habitat fragmentation represents a multifaceted global conservation threat, exerting both
direct and indirect effects on individual animals and communities. Reptiles, particularly …

Dispersal is an ecological process central to population dynamics, describing one of the
most important movement behaviours between populations and across landscapes. In …

Context Robust assessment of functional connectivity in amphibian population networks is
essential to address their global decline. The potential of graph theory to characterize …