Aim The persistence of animal populations depends on individuals moving successfully
around a landscape, but habitat fragmentation can hinder this by reducing functional …

Anthropogenic habitat loss, fragmentation and degradation often co-occur in a landscape
and their relative influence on a native animals' health and survival can be difficult to …

Unburnt patches within burnt landscapes are expected to provide an important resource for
fauna, potentially acting as a refuge from direct effects of fire and allowing animals to persist …

Abstract 'Fire mosaics' are often maintained in landscapes to promote successional diversity
in vegetation with little understanding of how this will affect ecological processes in animal …

Reinvasion of pest animals after incomplete control is a major challenge for invasive species
management, yet little is known about the behavioural and demographic categories of …

Management of spatially structured species poses unique challenges. Despite a strong
theoretical foundation, practitioners rarely have sufficient empirical data to evaluate how …

Termites are very abundant in tropical ecosystems and have active roles in nutrient cycling
and soil formation, but few studies of their assemblages have been undertaken in the …

Habitat fragmentation can have a range of negative demographic and genetic impacts on
disturbed populations. Dispersal barriers can be created, reducing gene flow and increasing …

The long-distance movement of small terrestrial mammals ensures functional connectivity
between populations. This movement depends on both landscape structure and the …

Habitat loss, fragmentation, and degradation are the leading causes of faunal population
declines. Substantial effort has been invested in identifying how these landscape changes …