Pollutant dispersion processes over complex terrain are much more complicated than over
flat areas, as they are affected by atmospheric interactions with the orography at different …

Over the last 100 years, boundary layer meteorology grew from the subject of mostly near-
surface observations to a field encompassing diverse atmospheric boundary layers (ABLs) …

A compact and lightweight mid-infrared laser absorption spectrometer has been developed
as a mobile sensing platform for high-precision atmospheric methane measurements …

This paper presents a framework to simulate pollen dispersal by the wind based on the large
eddy simulation (LES) technique. Important phenomena such as the pollen emission by the …

In this paper, the MicroSpray 3-D Lagrangian particle dispersion model is presented and
reviewed, and several validation studies are shown. Starting from its core, based on a 3-D …

Investigation of low-wind cases observed during the Urban Turbulent Project campaign
(Torino, Italy) and at the Santa Maria meteorological station (Santa Maria, Brazil) provides …

In low‐wind regimes (wind speed less than 1.5 ms− 1) the nocturnal boundary layer is still
inadequately understood. In such conditions, turbulence is weak and often intermittent …

The coexistence of wave‐like submeso motions and anisotropic intermittent turbulence in a
night‐time stable boundary layer is investigated. Submeso motions of different …

Submeso motions add complexities to the structure of the stable boundary layer. Such
motions include horizontal meandering and gravity waves, in particular when the large-scale …

Odour nuisance has a not negligible impact on the quality of life of the population affected by
it, yet tracing the source of malodorous releases is challenging. Numerical models may be …