Abstract Aim Environmental DNA (eDNA) metabarcoding has demonstrated its applicability
as a highly sensitive biomonitoring tool across small spatial and temporal scales in marine …

In recent decades, the abundance of sharks in the world's oceans has decreased due to
overexploitation by commercial fisheries. Over this same period, sharks have been …

Acoustic telemetry, in which transmitters projecting ultrasonic signals carrying unique
identification codes are deployed on marine and aquatic animals and detected and logged …

Global warming raises seawater temperatures and creates changes which have been found
to affect the movement of large migrating marine species. Understanding the thermal niches …

The expanding use of biologging tags in studies of shark movement provides an opportunity
to elucidate the context and drivers of fine-scale movement patterns of these predators. In …

Populations of large pelagic sharks are declining worldwide due to overfishing. Determining
the overlap between shark populations and fishing activities is important to inform …

Length–length relationships are presented for 19 shark species caught in the commercial
shark fisheries of Western Australia. A robust linear regression model was used to estimate …

Shark encounters while fishing in Western Australian waters have been perceived to be
increasing by some fishers in recent years. A lack of quantitative information remains a …

Information on broad-scale movements is required for spatial management and improved
conservation of large marine predators. We studied the mobility of the 4 most commercially …

Gillnets are size‐selective fishing gears commonly used by industrial and small‐scale
fishers, so understanding selectivity can aid fisheries management by identifying suitable …