The traditional view of the East Australian Current (EAC), as depicted in many schematics, is
of a continuous boundary current that flows along the shelf off eastern Australia, between …

Global climate models were used to assess changes in the mean, variability and extreme
sea surface temperatures (SSTs) in northern oceans with a focus on large marine …

Aim The dispersal and distribution patterns of many marine organisms are driven by
oceanographic conditions, which are influenced by global climate. Climate‐driven …

Calanus finmarchicus is vital to pelagic ecosystems in the North Atlantic Ocean. Previous
studies suggest the species is vulnerable to the effects of global warming, particularly on the …

Abstract The western Tasman Sea represents a global warming marine “hot spot,” where the
waters are warming at almost 4 times the global average rate, argued in the literature to be …

Human‐induced climate change is projected to increase ocean temperature and modify
circulation patterns, with potential widespread implications for the transport and survival of …

Continental boundary currents are projected to be altered under future scenarios of climate
change. As these currents often influence dispersal and connectivity among populations of …

Coastal and shelf seas provide a diverse range of ecosystem services, which are often
mediated by seasonal density stratification through its control on biogeochemical cycles …

The ocean's western boundary current regions display the greatest rate of twentieth century
warming and global climate models project that the accelerated rate of warming will …

Abstract The Tasman Sea is a hot spot of ocean warming, that is linked to the increased
poleward influence of the East Australian Current (EAC) over recent decades. Specifically …