Frontal eddies form on the shoreward edge of boundary currents, on average at weekly
intervals and can last up to several weeks. This duration allows zooplankton production and …

Habitat structural complexity influences biotic diversity and abundance, but its influence on
marine ecosystems has not been widely addressed. Recent advances in computer vision …

Marine heatwaves (MHWs) are becoming more common with record events occurring
around the world and unprecedented biological impacts including mass mortality and …

Given the importance of western boundary currents over a wide range of scales in the
ocean, it is crucial that we understand their dynamics to accurately predict future changes …

Despite the significance of marine habitat-forming organisms, little is known about their large-
scale distribution and abundance in deeper waters, where they are difficult to access. Such …

Western boundary currents strongly influence the dynamics on the adjacent continental shelf
and in particular the cross‐shelf transport and uplift through the bottom boundary layer. Four …

Management of species with wide-ranging migrations is a complex issue, made more
challenging when the species is both protected and poses a risk to humans. Understanding …

Estuarine outflow can have a significant impact on physical and ecological systems in the
coastal ocean. Along southeastern Australia, inshore of the East Australian Current, the shelf …

Intermittent wind-driven coastal upwelling and downwelling are ubiquitous processes that
drive a large part of the high frequency variability of coastal hydrography, with potential …

Multi-decadal ocean time-series are fundamental baselines for assessing the impacts of
environmental change, however, compiling and quality controlling historic data from multiple …