Phenotypic plasticity may help species to persist in the face of rapid change, yet we lack a
management-friendly framework for incorporating plasticity into conservation practice. Here …

The acceleration of climate change and concomitant anthropogenic impacts on the natural
world have led to claims from the scientific community that the Earth is currently …

When imperilled by a threatening process, the choice is often made to conserve threatened
species on offshore islands that typically lack the full suite of mainland predators. While …

Aim An interaction between reduced habitat structural complexity and predation by feral cats
(Felis catus) has been hypothesized as the primary driver of mammal decline in northern …

Reducing the impacts of invasive predators is a key objective for conservation managers,
livestock producers and human health agencies globally. The efficacy of invasive predator …

Modern wildlife management has dual mandates to reduce human-wildlife conflict (HWC) for
burgeoning populations of people while supporting conservation of biodiversity and the …

Animals bred in captivity or isolated from predators often suffer high rates of predation when
translocated, having not learned to recognise or respond appropriately to predators. As a …

Reintroductions are increasingly being used to restore species and ecosystems. However,
chances of successful establishment are often low. Key to improving success is careful …

Many studies report that translocation projects using captive or captive-bred animals have
low success rates. Captive animals can quickly lose natural behaviours, including …

The diverse and distinctive Australasian marsupial fauna has experienced considerable loss
over the last 200 years. Extinctions of Australasian marsupials have been confined to …