To capture the effects of mesoscale turbulent eddies, coarse‐resolution Eulerian ocean
models resort to tracer diffusion parameterizations. Likewise, the effect of eddy dispersion …

A large-scale tool for systematic analyses of the dispersal and turbulent properties of ocean
currents and the subsequent separation of dynamical regimes according to the prevailing …

Can Lagrangian Tracking Simulate Tracer Spreading in a High-Resolution Ocean General
Circulation Model? in: Journal of Physical Oceanography Volume 49 Issue 5 (2019) Jump …

Ocean model fields are being routinely used for forecasting the spreading of pollutants, oil
spills, and for biogeochemical transport. Recent observations and advances in our …

The Lagrangian analysis of sets of particles advected with the flow fields of ocean models is
used to study connectivity, that is, exchange pathways, time scales, and volume transports …

We investigate the role of small‐scale, high‐frequency motions on lateral transport in the
ocean, by using velocity fields and particle trajectories from an ocean general circulation …

Circulation and transport at the North Flank of Georges Bank are studied using a data-
assimilative 3-D model of frontal dynamics under stratified, tidally energetic conditions over …

To better understand the capacity of Lagrangian Stochastic Models to simulate
superdiffusive and subdiffusive tracer motion in oceanic turbulence, we examine their …

Lagrangian particle tracking within ocean models is an important tool for the examination of
ocean circulation, ventilation timescales and connectivity and is increasingly being used to …

Ocean transport and dispersion processes are at the present time simulated using
Lagrangian stochastic models coupled with Eulerian circulation models that are supplying …