Carcharhinid sharks can make up a large fraction of the top predators inhabiting tropical
marine ecosystems and have declined in many regions due to intense fishing pressure …

To provide more information about whether sharks benefit from no-take marine reserves, we
quantified the relative abundance and biomass of reef sharks inside and outside of Namena …

Three data sets were examined to define the level of interaction of reef associated sharks
with the commercial Coral Reef Fin Fish Fishery within the Great Barrier Reef (GBR). Data …

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 …

Despite an Indo-Pacific wide distribution, the movement patterns of grey reef sharks
(Carcharhinus amblyrhynchos) and fidelity to individual reef platforms has gone largely …

Quantifying the distribution and habitat use of sharks is critical for understanding their
ecological role and for establishing appropriate conservation and management regimes. On …

There is limited evidence on the rate at which the shark populations of coral reefs can
rebound from over-exploitation, the baselines that might signify when recovery has occurred …

Theory predicts that loss of gape-limited sharks should lead to increases in the abundance
and biomass of smaller size classes of prey. We used stereo-baited remote underwater …

Although marine protected areas (MPAs) are a common conservation strategy, these areas
are often designed with little prior knowledge of the spatial behaviour of the species they are …

Reef sharks are vulnerable predators experiencing severe population declines mainly due
to overexploitation. However, beyond direct exploitation, human activities can produce …