Andrew Zulberti

Andrew Zulberti is a Research Fellow at The University of Western Australia, working within the Ocean Dynamics group at the Oceans Institute and School of Earth and Oceans. His research focuses on the complex interactions between internal waves, tides, and ocean currents, with particular emphasis on mesoscale eddies and energy transfer processes in marine environments.

Dr. Zulberti's research interests center around physical oceanographic phenomena, particularly internal waves and tides in various oceanic settings. His work examines how these waves interact with mesoscale eddies, continental shelves, and boundary layers. He employs both observational and theoretical approaches to understand energy flow, characteristic velocities, and timescales in ocean dynamics. His fingerprint reveals significant contributions to understanding internal wave propagation, nonlinear internal wave behavior, and the role of drifters in measuring ocean energy flows across different spatial and temporal scales.

His recent publications demonstrate a strong focus on non-phase-locked internal tides within mesoscale eddy fields, observations of nonlinear internal waves with opposite polarity, and comparative studies of measurement techniques using drifters versus fixed-point observations. This research contributes significantly to our understanding of ocean mixing processes and energy transfer mechanisms in marine systems.

Andrew Zulberti collaborates extensively with researchers including M.D. Rayson, L. Astfalck, A.L.S. Ponte, and N.L. Jones, among others, on projects related to ocean dynamics and internal wave phenomena. His work has resulted in multiple peer-reviewed publications in prestigious journals such as the Journal of Geophysical Research: Oceans and Nonlinear Processes in Geophysics.

He has also contributed to dataset development, including bottom boundary-layer observations beneath nonlinear internal waves of depression, demonstrating his commitment to creating valuable resources for the oceanographic community. His research has practical implications for understanding ocean mixing, coastal processes, and the broader impacts of internal wave dynamics on marine ecosystems and climate systems.