<p><b>Fish length frequency distribution for (A) shallow and (B) mesophotic reefs recorded by DOV and BRUV across all sites.</b> Grey shaded areas represent one standard error either side of the null model, <i>n</i> = number of individual fish measured, <i>p</i> indicates whether the length distributions are significantly different based on permutation tests.</p
Estimating diversity and abundance of fish species is fundamental for understanding community struct...
Video monitoring is a rapidly evolving tool in aquatic ecological research because of its non-destru...
Underwater Visual Samples are used widely in marine ecology to determine an accurate population and ...
<p><b>Mean (A) fish species richness and (B) fish biomass of shallow and mesophotic reefs per site u...
<p><b>Fish abundance per family on (A) shallow reefs, and (B) mesophotic reefs, using BRUV and DOV m...
© 2016 Andradi-Brown et al. This is an open access article distributed under the terms of the Creati...
<div><p>Fish surveys form the backbone of reef monitoring and management initiatives throughout the ...
Fish surveys form the backbone of reef monitoring and management initiatives throughout the tropics,...
The need to address biodiversity information requirements has led to ‘methods research’ growing sign...
Accurate descriptions of size structure are important for adaptive management of marine fish populat...
Estimating diversity and abundance of fish species is fundamental for understanding community struct...
<div><p>Estimating diversity and abundance of fish species is fundamental for understanding communit...
The spatial distribution of a species assemblage is often determined by habitat and climate. In the ...
Baited remote underwater stereo-video systems (stereo-BRUVs) are commonly used to sample fish assemb...
Estimating diversity and abundance of fish species is fundamental for understanding community struct...
Estimating diversity and abundance of fish species is fundamental for understanding community struct...
Video monitoring is a rapidly evolving tool in aquatic ecological research because of its non-destru...
Underwater Visual Samples are used widely in marine ecology to determine an accurate population and ...
<p><b>Mean (A) fish species richness and (B) fish biomass of shallow and mesophotic reefs per site u...
<p><b>Fish abundance per family on (A) shallow reefs, and (B) mesophotic reefs, using BRUV and DOV m...
© 2016 Andradi-Brown et al. This is an open access article distributed under the terms of the Creati...
<div><p>Fish surveys form the backbone of reef monitoring and management initiatives throughout the ...
Fish surveys form the backbone of reef monitoring and management initiatives throughout the tropics,...
The need to address biodiversity information requirements has led to ‘methods research’ growing sign...
Accurate descriptions of size structure are important for adaptive management of marine fish populat...
Estimating diversity and abundance of fish species is fundamental for understanding community struct...
<div><p>Estimating diversity and abundance of fish species is fundamental for understanding communit...
The spatial distribution of a species assemblage is often determined by habitat and climate. In the ...
Baited remote underwater stereo-video systems (stereo-BRUVs) are commonly used to sample fish assemb...
Estimating diversity and abundance of fish species is fundamental for understanding community struct...
Estimating diversity and abundance of fish species is fundamental for understanding community struct...
Video monitoring is a rapidly evolving tool in aquatic ecological research because of its non-destru...
Underwater Visual Samples are used widely in marine ecology to determine an accurate population and ...