Wildlife telemetry research has expanded greatly in the last 2 decades, with the application
of satellite tracking and archival logging technologies to study the ecology and conservation …

The use of satellite tracking for the fundamental and applied study of marine turtles began in
the 1980s but has undergone rapid growth in recent years. To provide a background against …

Over 25 years ago the first satellite tracking studies of sea turtles were published. The
technology and attachment methods have now come of age with long-term tracks over a …

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

Background For imperiled marine turtles, use of satellite telemetry has proven to be an
effective method in determining long distance movements. However, the large size of the …

Abstract Space use estimates can inform conservation management but relaying high‐
accuracy locations is often not straightforward. We used Fastloc‐GPS Argos satellite tags …

Understanding how populations are distributed spatially can be an effective tool for
conservation and management planning. This is especially true for threatened species of …

Satellite tracking has recently shown that the very long open-sea journeys of sea turtles and
albatrosses share several features, in spite of the different physiological and environmental …

As species of conservation concern, sea turtles have historically been difficult to study
because of their elusive nature and extensive ranges, but improvements in telemetry have …

Animal-borne biologgers or biotelemetry systems are commonly used to study the
movements and behavior of large aquatic taxa. However, the effects of the tag deployment …