Habitat loss is often considered the greatest near‐term threat to biodiversity. Yet the impact
of habitat fragmentation, or the change in habitat configuration for a given amount of habitat …

Predicting connectivity, or how landscapes alter movement, is essential for understanding
the scope for species persistence with environmental change. Although it is well known that …

The long‐term fate of populations experiencing disequilibrium conditions with their
environment will ultimately depend on how local colonization and extinction dynamics …

Aim Ecological niche models (ENMs) are based mainly on environmental (mostly climatic)
and occurrence data to predict the potential distribution of species. In freshwater habitats …

Ecological network (EN) is a popular approach for biodiversity conservation, which aims to
facilitate animal movement between habitats. However, asymmetric movement caused by …

Highlights•Grassland sparrows dispersed frequently between breeding attempts in the same
season.•Dispersal was common after nest failure but was not affected by parasitism.•Second …

Maintaining the ability of organisms to move between suitable patches of habitat despite
ongoing habitat loss is essential to conserving biodiversity. Quantifying connectivity has …

Abstract Species Distribution Models (SDM) are useful tools providing results that can be
extrapolated to anticipate species range shifts, under climate change scenarios. SDM …

Arthropod movement has been noticeably understudied compared to vertebrates. A crucial
knowledge gap pertains to the factors influencing arthropod movement at habitat …

Local dynamics are influenced by regional processes. Meta‐ecology, or the study of spatial
flows of energy, materials, and species between local systems, is becoming increasingly …