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 …

As numerical ocean simulations become more realistic, analysis of their output is
increasingly time consuming. As part of a larger effort to make ocean model output more …

Lagrangian analysis is a powerful way to analyse the output of ocean circulation models and
other ocean velocity data such as from altimetry. In the Lagrangian approach, large sets 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 …

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

Lagrangian particle tracking and Lagrangian coherent structures (LCS) analysis tools aid in
the studies of fluid flow and are especially helpful in understanding the role of transport in …

Estuaries and coasts can be conceptualized as connected networks of water and sediment
fluxes. These dynamic geomorphic systems are governed by waves, tides, wind, and river …

As ocean general circulation models (OGCMs) move into the petascale age, where the
output of single simulations exceeds petabytes of storage space, tools to analyse the output …

With the increasing number of data produced by numerical ocean models, so increases the
need for efficient tools to analyse these data. One of these tools is Lagrangian ocean …