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

Aquatic environments encompass the world's most extensive habitats, rich with sounds
produced by a diversity of animals. Passive acoustic monitoring (PAM) is an increasingly …

Baited remote underwater stereo‐video systems (stereo‐BRUVs) are a popular tool to
sample demersal fish assemblages and gather data on their relative abundance and body …

Identifying and counting fish individuals on photos and videos is a crucial task to cost-
effectively monitor marine biodiversity, yet it remains difficult and time-consuming. In this …

Discriminating marine fish assemblages at broad scales can be difficult because of
heterogeneity within their habitats, variability in patterns of behaviour and abundance of fish …

Management areas are used in marine spatial planning to conserve biodiversity of marine
ecosystems and to protect fish from fishing pressure. To evaluate the effectiveness of these …

Three underwater stereo-video techniques were used to sample the relative densities and
species richness of temperate reef fish assemblages at three reef locations and two habitats …

Baited remote underwater stereo-video (stereo-BRUV) stations and diver operated stereo-
video (stereo-DOV) transects are increasingly used to sample both tropical and temperate …

There has been rapid uptake of stereo‐video‐based sampling techniques to collect species,
abundance and body‐size information on fish assemblages and their associated habitats …

Calibration of a camera system is essential to ensure that image measurements result in
accurate estimates of locations and dimensions within the object space. In the underwater …