If you looked down on the ocean from space, you would see an intricate tapestry of mesoscale eddies , 30-300 km across, interwoven with submesoscale vortices and fronts on scales of 1-30 km, and surface waves and turbulence on scales smaller than 1 km. My research uses cutting-edge developments in the fields of applied mathematics, satellite remote sensing, and physical oceanography to understand the profound influence of these features on ocean circulation, climate, and marine ecology.
Using ultra-high-resolution observations from land, sea, and space, we are now beginning to unravel the ocean’s tapestry of eddies, fronts and waves and understand, model, and predict their role in mixing and dispersion in the ocean.
UNSW School of Mathematics and Statistics
ARC Centre of Excellence in Climate Extremes
Articles on The Conversation
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