Animal telemetry is a powerful tool for observing marine animals and the physical
environments that they inhabit, from coastal and continental shelf ecosystems to polar seas …

Large epipelagic fishes (> 30 kg maximum size) are known to display a variety of patterns of
vertical movement. Although advances in the affordability and sophistication of electronic …

Patterns of animal movement associated with foraging lie at the heart of many ecological
studies and often animals face decisions of staying in an environment they know versus …

The ocean sunfish (Mola mola) is the world's heaviest bony fish reaching a body mass of up
to 2.3 tonnes. However, the prey M. mola consumes to fuel this prodigious growth remains …

The ocean sunfishes Mola spp.(Family Molidae) are charismatic marine megafauna that are
difficult for nature-based tourism operators to target due to their sporadic occurrence …

The ability to predict animal movement based on environmental change is essential for
understanding the dynamic nature of their spatial ecology, and in turn the effectiveness of …

Aim Conservation management of vulnerable species requires detailed knowledge of their
spatial and temporal distribution patterns. Within this context, species distribution modelling …

The first step in understanding how sympatric species share habitat is defining spatial
boundaries. While home range data for juvenile sea turtles exists, few studies have …

Abstract Changes in behaviour and physiology are the primary responses of fishes to
anthropogenic impacts such as climate change and over-fishing. Behavioural changes …

The ocean sunfishes (family Molidae) include the largest and heaviest bony fishes in the
world and species within the family are distributed from southern Chile to the Arctic Circle …