Behavior is an important mechanism of evolution and it is paid for through energy
expenditure. Nevertheless, field biologists can rarely observe animals for more than a …

Electronic tags (both biotelemetry and biologging platforms) have informed conservation
and resource management policy and practice by providing vital information on the spatial …

Animal-borne sensors enable researchers to remotely track animals, their physiological
state and body movements. Accelerometers, for example, have been used in several studies …

Marine Protected Areas (MPAs) now form an important part of marine conservation and
fisheries management; hence, there is broad interest in developing procedures that optimize …

Animals living in tropical regions may be at increased risk from climate change because
current temperatures at these locations already approach critical physiological thresholds …

Quantifying the capacity of protected area networks to shield multiple marine megafauna
with diverse life histories is complicated, as many species are wide-ranging, requiring varied …

Traditional ecological research has focused on taxonomic units to better understand the role
of organisms in marine ecosystems. This approach has significantly contributed to our …

Recent technological innovations have led to the development of miniature, accelerometer-
containing electronic loggers which can be attached to free-living animals. Accelerometers …

In this mini-review, we discuss how biologging technology can be used to detect,
understand, and forecast species' responses to climate change. We review studies of …

Climate change is transforming bioenergetic landscapes, challenging behavioral and
physiological coping mechanisms. A critical question involves whether animals can adjust …