Phenotypic plasticity is an important driver of species resilience. Often mediated by
epigenetic changes, phenotypic plasticity enables individual genotypes to express variable …

Elevated temperatures and low aquatic oxygen levels are increasingly accompanying
climate warming and can adversely affect the production and welfare of farmed fish. Both …

The functioning and richness of marine systems (and biological interactions such as
parasitism) are continuously influenced by a changing environment. Using hierarchical …

Physiological plasticity and inter-population variability (eg local adaptation) are two key
drivers in determining the capacity for species to cope with environmental change, yet the …

Context Coastal and estuarine finfish species are responding to human-induced climate
change by altering their distributions. In tropical regions, the species mostly affected by …

The region of eastern Australia covers a vast coastline that supports many different fisheries
of cultural, economic and social importance. This vast area covers a large range in climate …

Lates calcarifer (barramundi) is a diadromous species consisting of seven genetic stocks in
Queensland. All stock regions were assessed, except for the lesser fished regions of …

Barramundi were used as an indicator species for the effects of river flows on estuaries
because they use a variety of aquatic habitats (marine to freshwater) and are an iconic …

Snapper has a wide distribution in Australia, ranging from waters off the north coast of
Western Australia, around the south of the continent, and up to northern Queensland around …

In order to assess the potential impacts of reduced river flows on individual species and
ecosystem integrity, a stepwise process was used beginning from a description of the …