Technological innovations have led to exciting fast-moving developments in science. Today,
we are living in a technology-driven era of biological discovery. Consequently, tracking …

Quantifying space use and segregation, as well as the extrinsic and intrinsic factors affecting
them, is crucial to increase our knowledge of species‐specific movement ecology and to …

Understanding the movement of threatened species is important if we are to optimize
management and conservation actions. Here, we describe the age and sex specific spatial …

With the rapid growth of wind energy developments world‐wide, it is critical that the negative
impacts on wildlife are considered and mitigated. This includes minimising the number of …

High-resolution GPS/GSM dataloggers provide spatial information of the highest quality,
which outperform previous tracking methods, such as Argos telemetry or conventional VHF …

Understanding intrinsic and extrinsic influences of movement behavior in migratory species,
with the potential to recommend management actions for species of conservation concern …

Anticoagulant rodenticides (ARs) are one of the most toxic groups of compounds currently
used worldwide for rodent pest control. Toxic baits are often, directly or indirectly, ingested …

Ectothermic vertebrates face many challenges of thermoregulation. Many species rely on
behavioral thermoregulation and move within their landscape to maintain homeostasis …

Understanding the ranging behaviours of species can be helpful in effective conservation
planning. However, for many species that are rare, occur at low densities, or occupy …

Animal‐borne bio‐logging devices are routinely fitted to seabirds to learn about their
behaviour and physiology, as well as their interactions with the marine environment. The …