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

Baited remote underwater video (BRUV) systems are being used in marine ecosystems as a
nonextractive, cost-effective method of assessing the fish fauna with minimal species bias …

Improving the ability to detect and quantify rare freshwater fishes in remote locations is of
growing conservation concern, as the distributions of many native fishes are contracting to …

Remote underwater video (RUV) cameras are commonly used in marine environments to
sample fish, but to date have infrequently been used in freshwater environments. We tested …

Escaped farmed Atlantic salmon Salmo salar interbreeding with wild conspecifics represents
a threat to the genetic integrity and viability of wild populations. Therefore, it is necessary to …

Species interactions can modulate the diversity and enhance the stability of biological
communities in aquatic ecosystems. Despite previous efforts to describe fish interactions in …

The increase in the construction of mega dams in tropical basins is considered a threat to
freshwater fish diversity. Although difficult to detect in conventional monitoring programs …

Aggregations of freshwater mussels create patches that can benefit other organisms through
direct habitat alterations or indirect stimulation of trophic resources via nutrient excretion and …

Many conservation efforts for freshwater fishes have been undertaken; however, continuing
the monitoring of both the distribution and the abundance of species to determine the …

Underwater video is increasingly being used to record and research aquatic fauna in their
natural environment, and is emerging alongside Dual Frequency Identification Sonar …