Movement of fishes in the aquatic realm is fundamental to their ecology and survival.
Movement can be driven by a variety of biological, physiological and environmental factors …

Habitat conversion in production landscapes is among the greatest threats to biodiversity,
not least because it can disrupt animal movement. Using the movement ecology framework …

Dispersal is an essential process in population and community dynamics, but is difficult to
measure in the field. In freshwater ecosystems, information on biological traits related to …

From butterflies to elephants, the rapidly developing science of movement ecology is
providing increasingly detailed spatio-temporal data on a wide array of mobile animals …

Animal‐borne telemetry has revolutionized our ability to study animal movement, species
physiology, demography and social structures, changing environments and the threats that …

Organismal movement is ubiquitous and facilitates important ecological mechanisms that
drive community and metacommunity composition and hence biodiversity. In most existing …

Dispersal is one of the key mechanisms affecting the distribution of individuals, populations,
and communities in nature. Despite advances in the study of single species, it has been …

Functional connectivity is essential for the long‐term persistence of populations. However,
many studies assess connectivity with a focus on structural connectivity only. Cityscapes …

Preventing biodiversity loss in fragmented agricultural landscapes is a global problem. The
persistence of biodiversity within remnant vegetation can be influenced by an animal's ability …

Recent work has suggested that a tradeoff exists between habitat area and habitat
heterogeneity, with a moderate amount of heterogeneity supporting greatest species …