Underwater video techniques are increasingly used in marine ecology studies.
Technological progress regarding video cameras, sensors (such as sounders), battery life …

Abstract Baited Remote Underwater Video Stations (BRUVS) is a popular technique to
assess mobile nektonic and demersal assemblages, particularly for fish communities. The …

Some of the most profound effects of climate change on ecological communities are due to
alterations in species interactions rather than direct physiological effects of changing …

Fish biodiversity can be measured by capturing and then sequencing free DNA present in
water. Such environmental DNA (eDNA) methods offer an effective, noninvasive tool for …

Quantifying shark distribution patterns and species-specific habitat associations in response
to geographic and environmental drivers is critical to assessing risk of exposure to fishing …

Habitat structural complexity influences biotic diversity and abundance, but its influence on
marine ecosystems has not been widely addressed. Recent advances in computer vision …

Monitoring programs that aim to measure the diversity, abundance and biomass of fishes
depend on accurate and reliable biological data to guide the development of robust …

Relatively small volumes of water may contain sufficient environmental DNA (eDNA) to
detect target aquatic organisms via genetic sequencing. We therefore assessed the utility of …

Estimating population abundance is central to many ecological studies and important in
conservation planning. Yet the elusive nature of many species makes estimating their …

Age structure data is essential for single species stock assessments but length-frequency
data can provide complementary information. In south-western Australia, the majority of …