Presently available methods for the determination of the mixing-layer height from surface-
based acoustic, optical and electro-magnetic remote sensing are summarized and …

A comparison of the determination of boundary-layer structures by a SODAR, by a RASS,
and by a ceilometer is presented. One important structure is the mixing-layer height (MLH) …

The mixing layer height is an important parameter characterising the potential of the
atmospheric boundary layer to take up emitted air pollutants. During continuous …

The information content of multivariable spatio‐temporal data depends on the underlying
spatial sampling scheme. The most informative case is represented by the isotopic …

Although air pollution in Ghana is ranked number one in environmental health threats to
public health and sixth to cause of deaths, routine monitoring is rare. This paper presents …

The atmospheric mixing layer height (MLH) determines the space in which pollutants diffuse
and is thus conducive to the estimation of the pollutant concentration near the surface. The …

The height of the mixing-layer (MLH) is an important parameter in the assessment of the
dilution of primarily emitted or secondarily formed air pollutants in the atmospheric boundary …

In the field of environmental health, assessing air pollution exposure has historically posed
challenges, primarily due to sparse ground observation networks. To overcome this …

На основе уравнений электрогидродинамической аналогии разработана
математическая модель техногенного цикла горно-металлургического предприятия …

In this paper an analysis of different indirect methods for the calculation of the boundary
layer height (BLH) using sodar, ultrasonic anemometer and a prognostic model based on …