As the use of coastal and offshore environments expands, there is a need to better
understand the exposure of marine megafauna to anthropogenic activities that potentially …

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

Diving behaviour of 'surfacers' such as sea snakes, cetaceans and turtles is complex and
multi-dimensional, thus may be better captured by multi-sensor biologging data. However …

Aim Satellite tracking studies of marine megafauna have grown over the last few decades.
The number of these individual datasets are now at levels which if combined, can infer on …

Sea turtles worldwide face a range of threats including sea level rise and warming
associated with climate change, predation by invasive species, plastic and light pollution …

To address a major knowledge gap for flatback sea turtles (Natator depressus), a species
endemic to Australia and considered 'Data Deficient'for IUCN Red List assessment, we …

The lack of data on distribution of juvenile marine species can limit conservation efforts. As
hatchlings, marine turtles are too small to track using satellite telemetry, so their at-sea …

Subsea pipelines have been installed in all major hydrocarbon basins across the globe to
support the offshore Oil & Gas (O&G) industry. These artificial structures provide hard …

Understanding the overlap of animal distributions and anthropogenic activity is essential for
effective conservation management. Here, we analysed data from satellite transmitters …

The lack of accurate distribution maps and reliable abundance estimates for marine species
can limit the ability of managers to design scale-appropriate management measures for a …