Increasing overlap between anthropogenic activities and wildlife can lead to problematic
human–wildlife interactions. To manage these, an understanding of animal space‐use …

Movement ecology studies are essential to protect highly mobile threatened species such as
the green turtle (Chelonia mydas), classified as an endangered species by the IUCN. In …

Implementation of effective conservation planning relies on a robust understanding of the
spatiotemporal distribution of the target species. In the marine realm, this is even more …

Conservation of threatened species and anthropogenic threat mitigation commonly rely on
spatially managed areas selected according to habitat preference. Since the impact of …

To understand habitat requirements of green turtles in an important foraging area subject to
both anthropogenic and natural perturbations, we examined residency, home range and …

Understanding how aquatic animals select and partition resources provides relevant
information about community dynamics that can be used to help manage conservation …

Despite the large number of species distribution modelling (SDM) applications driven by
tracking data, individual information is most of the time neglected and traditional SDM …

The residence, home range, and habitat use of juvenile (42.0–63.5 cm midline curved
carapace length, CCL), subadult (68.6–84.6 cm CCL), and adult (81.9–104.2 cm CCL) …

Simple Summary Tracking juvenile animals is often difficult due to their small body sizes. We
put miniature satellite tags on 40 captive-raised (“head-started”) green sea turtles (Chelonia …

Aerial imagery surveys are commonly used in marine mammal research to determine
population size, distribution and habitat use. Analysis of aerial photos involves hours of …