… flow connectivity can be addressed. This review focuses on Lagrangian analysis methods
facilitated by virtual particles … streamtubes for steady-state flows here in this review manuscript. …

… of Lagrangian ocean simulations. A previous performance study on synthetic data (Kehl et
al., 2021) indicated high I/O load as bottleneck for Lagrangian … in different oceanic simulation …

… Single particles in homogeneous flows In this section attention is directed to predicting
the stationary long-after-deployment statistics of single particles in flows with homogeneous …

… Lagrangian data from the ocean. These can be grouped into studies involving single particles
and those with pairs or groups of particles… The PDF for the turbulent flow on the other hand …

… In many engineering applications this can be obtained sufficiently accurately, either analytically
or computationally, so that it describes particle trajectories for the actual flow. However, …

… of Lagrangian trajectories of sinking particles in flow fields which … We released sinking
particles at the bottom of the ocean, … how the particle distributions at the ocean surface depend on …

… utilized the flow field obtained by an ocean circulation inverse model with 2 horizontal … the
North Pacific Ocean by tracking Lagrangian particles. By endowing particles with the property …

… For studies of ocean flows on scales ranging from mesoscale up to basin scales, the …
Lagrangian particle trajectories embedded in velocity fields of varying temporal resolution. Particles …

… flow in a moving reference frame. The aim of the present work is to examine the largescale …
of Lagrangian mixing and transport of "passive" fluid particles released in the Indian Ocean …

… those model particles whose trajectories crossed the ocean region … Lagrangian grid had
start points in the Subtropical Gyre at depths shallower than 75 m as well. These particles flow …