Our understanding of when and where sharks feed is hampered by these events being infrequent and by the large home range of many species, making predation events difficult to observe. Advances in telemetry has seen an increase in our understanding of shark movement patterns, while developments in biologging (e.g. cameras, accelerometers) have expanded our ability to record shark behaviour. Ingestion/digestion sensors can reveal the feeding ecology of sharks based on stomach conductivity and temperature. The movement and behaviour of white sharks has been extensively studied around seal colonies. However, white sharks only spend a small fraction of their time in proximity to seal colonies, leading to a misrepresentation of important feeding areas for white sharks. This study develops a new biologging tool (ingestion/digestion sensors) that can quantify feeding frequency and vertical distribution of feeding events in pelagic sharks, which will be used alongside traditional diet and movement analyses to reveal the foraging ecology of white sharks for periods previously unmonitored. This information will be used to identify the location of biologically important areas for white sharks which has been highlighted as needed in the species recovery plan.