Mesoscale phenomena are ubiquitous and highly energetic features of ocean circulation.
Their influence on biological and biogeochemical processes varies widely, stemming not …

Climate‐driven changes in the distribution of species are a pervasive and accelerating
impact of climate change, and despite increasing research effort in this rapidly emerging …

Eddies can influence biogeochemical cycles through a variety of mechanisms, including the
excitation of vertical velocities and the horizontal advection of nutrients and ecosystems …

Nonlinear mesoscale eddies can influence biogeochemical cycles in the upper ocean
through vertical and horizontal advection of nutrients and marine organisms. The relative …

Abstract The Indian Ocean presents two distinct climate regimes. The north Indian Ocean is
dominated by the monsoons, whereas the seasonal reversal is less pronounced in the …

The poleward flowing East Australian Current (EAC) is characterised by its separation from
the coast, 100–200 nautical miles north of Sydney, to form the eastward flowing Tasman …

Climate‐mediated changes to biotic interactions have the potential to fundamentally alter
global ecosystems. However, the capacity for novel interactions to drive or maintain …

Rear (warm) edge populations are often considered more susceptible to warming than
central (cool) populations because of the warmer ambient temperatures they experience, but …

Over the past decade, our understanding of the Indian Ocean has advanced through
concerted efforts toward measuring the ocean circulation and air–sea exchanges, detecting …

Mesoscale eddies are ubiquitous features of ocean circulation that modulate the supply of
nutrients to the upper sunlit ocean, influencing the rates of carbon fixation and export. The …