The influence of climatic changes occurring since the late Miocene on Australia's eastern
mesic ecosystems has received significant attention over the past 20 years. In particular, the …

Aim The mesic biome, encompassing both rain forest and open sclerophyllous forests, is
central to understanding the evolution of Australia's terrestrial biota and has long been …

Aim To predict how the bioclimatic envelope of the broad‐headed snake
(BHS)(Hoplocephalus bungaroides) may be redistributed under future climate warming …

Climatic and evolutionary processes are inextricably linked to conservation. Avoiding
extinction in rapidly changing environments often depends upon a species' capacity to adapt …

Many characteristics, for example life-history traits, physiological tolerance to heat and cold,
and energy requirements, contribute to a population's ability to persist in the face of climatic …

A detailed understanding of how extensively animals move through the landscape, and the
habitat features upon which they rely, can identify conservation priorities and thus inform …

For endangered species that persist as apparently isolated populations within a previously
more extensive range, the degree of genetic exchange between those populations is critical …

The laundering of wild caught animals as 'captive bred'is an emerging trend in wildlife crime
and the illegal pet trade. Enforcement of such activities requires accurate identification of …

Genetic management is a critical component of threatened species conservation.
Understanding spatial patterns of genetic diversity is essential for evaluating the resilience …

Global wildlife trade is a multibillion-dollar industry and a significant driver of vertebrate
extinction risk. Yet, few studies have quantified the impact of wild harvesting for the illicit pet …