Estuaries are dynamic environments and often support rich biodiversity and important
fisheries. Linking environmental drivers or events to observed biological changes in these …

Understanding the ways in which fish use estuaries is crucial to develop effective interrealm
management plans that take into account all components of these highly connected …

Long-term ecological datasets are vital for investigating how species respond to changes in
their environment, yet there is a critical lack of such datasets from aquatic systems. We …

How individuals respond to environmental change determines the strength and direction of
biological processes like recruitment and growth that underpin population productivity …

Composition and length-frequency are important attributes considered in the management
of fish communities and can be affected by both exploitation and environmental forces …

We analysed a 25-year time series of fishery catch and effort data, and age/size information
for four large-bodied, native fish species to investigate the hypotheses that under conditions …

The analysis of biomass time-series from standardized surveys, particularly comparing
patterns of variation and their supposed relationship with drivers, can provide insight into …

This study examined inter‐period changes over two to three decades in the fish fauna of an
urbanized estuary experiencing rapid population growth and a drying climate (Swan …

Estuaries represent important transitional waters where marine and freshwater ecosystems
meet and mix. Estuaries are dynamic systems due to their tidal nature and their ecology is …

The sensitivity of species to environmental change is dependent on their ecological
requirements (ie specialist v. generalist), and hence likely to be species-specific. Identifying …