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 …

Any type of non-buoyant material in the ocean is transported horizontally by currents during
its sinking journey. This lateral transport can be far from negligible for small sinking …

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 …

The increasing realism of ocean circulation models is leading to an increasing use of
Eulerian models as a basis to compute transport properties and to predict the fate of …

Lagrangian particle tracking, based on currents derived from hydrodynamic models, is an
important tool in quantifying bio-physical transports in the ocean. Particle tracking in the …

Studying oceanography by using Lagrangian simulations has been adopted for a range of
scenarios, such as the determining the fate of microplastics in the ocean, simulating the …

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 …

Eulerian and Lagrangian statistics were calculated from the North Atlantic surface drifter
dataset for the years 1993–97 and a high-resolution eddy-resolving configuration of the Los …

Eulerian models coupling physics and biology provide a powerful tool for the study of marine
systems, complementing and synthesizing in situ observations and in vitro experiments. With …

Ocean circulation models are widely used to simulate organism transport in the open sea,
where challenges of directly tracking organisms across vast spatial and temporal scales are …