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Eddies behind headlands and islands may contribute to increased aggregation and dispersion of organisms. A regional numerical model is used for the first time to associate tidal currents with structures detected in a coastal region of Patagonia, using optical and microwave images. Vortex diameter, vortex distance to its point of origin, and separation of vortices in a vortex dipole, do not exceed 10 km. In addition, CTD profiles are analysed to detect the influence of an island in the dynamics. A slight influence in the lee of the island was observed in spring 2017. A dimensionless parameter considering the size of the island and the intensity of local tidal currents suggests that instabilities as eddies could be shed from the lee of the island.

Detection of nearshore topographic eddies and wakes over a macrotidal coastal region. The influence of tidal currents on its generation