To the authors knowledge, there exists no recent review paper on the computation and use
of trajectories. To fill this gap, this study summarizes the current knowledge on the …

The footprint of a turbulent flux measurement defines its spatial context. With the onset of
long-term flux measurement sites over forests and other inherently inhomogeneous areas …

The Lagrangian particle dispersion model FLEXPART was originally (about 8 years ago)
designed for calculating the long-range and mesoscale dispersion of air pollutants from …

A comprehensive validation of FLEXPART, a recently developed Lagrangian particle
dispersion model based on meteorological data from the European Centre for Medium …

An approximate analytical model was developed to estimate scalar flux footprint in thermally
stratified atmospheric surface layer flows. The proposed model was based on a combination …

We review the theoretical basis for, and the advantages of, random flight models for the
trajectories of tracer particles in turbulence. We then survey their application to calculate …

Abstract “Backward” Lagrangian stochastic models calculate an ensemble of fluid element
(particle) trajectories that are distinguished by each passing through an observation point …

Disjunct eddy covariance in conjunction with continuous in‐canopy gradient measurements
allowed for the first time to quantify the fine‐scale source and sink distribution of some of the …

The objectives of this manual of recommended practices (MRP) are to summarize
appropriate methods for modelling physical–biological interactions during the early life of …

Lagrangian particle models are powerful tools to simulate the atmospheric dispersion of
gaseous releases. Although having a quite complex mathematical basis (Thomson, 1987 …