Snapper, Chrysophrys auratus, is a highly important fishery resource of southern Australia.
Through the late 2000s, the State of South Australia (SA) produced record commercial …

For riverine fishes threatened by fragmentation and flow modification, effective management
requires an understanding of when and where key life history processes (spawning …

Most fisheries for deep-water snappers, groupers and other demersal fishes in many
countries and territories throughout the Indo-Pacific are data-poor and/or resource-poor …

For marine fishes of commercial interest, defining how individuals vary in certain attributes,
through ontogeny, and across space and time, can help expose the structure of harvested …

The present study investigated the stock structure of snapper (Pagrus auratus) in South
Australia, and the extent to which this is influenced by adult movement. Fish from the 9+ age …

Determining contributions of juveniles from different areas to adult populations is difficult
using traditional methods such as manual tagging and recapture. Environmental variation …

This study investigated how the stock structure of Arripis trutta is influenced by the movement
of adult fish. Five-year-old fish were sampled from four regions in south-east Australia …

Understanding the early life history processes of fish that lead to recruitment is critical for
understanding population dynamics. This study explored the early life history of King George …

Understanding life stage connectivity is essential to define appropriate spatial scales for
fisheries management and develop effective strategies to reduce undersized bycatch …

Fish otoliths encode information on surrounding environmental conditions. This study used
otolith chemistry to investigate population structure and potential connectivity in stout whiting …