Camera traps are used by scientists and natural resource managers to acquire ecological
data, and the rapidly increasing camera trapping literature highlights how popular this …

Camera trapping is a relatively new addition to the wildlife survey repertoire in Australia. Its
rapid adoption has been unparalleled in ecological science, but objective evaluation of …

Practical techniques are required to monitor invasive animals, which are often cryptic and
occur at low density. Camera traps have potential for this purpose, but may have problems …

Internationally, camera trapping is rapidly being adopted for diverse monitoring purposes,
from wildlife research and management to asset protection. There are, however, myriad …

Predicting the effects of fire on biota is important for biodiversity conservation in fire‐prone
landscapes. Time since fire is often used to predict the occurrence of fauna, yet for many …

This paper provides an historical review of the technological evolution of camera trapping as
a zoological survey tool in Australia. Camera trapping in Australia began in the 1950s when …

Vandalism and theft of camera traps is common, imposing financial and data losses on
wildlife professionals. Like many 'victims', our response to a spate of thefts was to attempt to …

Camera traps are increasingly used to monitor wildlife that is otherwise difficult to study.
Traditionally, camera traps are set aimed horizontally towards a scent lure, capturing images …

Enhanced understanding of relationships between functional diversity (FD) and
environmental gradients is crucial given accelerating rates of land-cover change and …

With terrestrial mammals facing worldwide declines there is an increasing need to effectively
monitor populations so that appropriate conservation actions can be taken. There are many …