The number of studies on urban cooling strategies has been continuously growing. A
common premise is that urban heat island (UHI) mitigation has a net beneficial effect on …

The Pasquill system was designed to describe dispersion conditions and was never
intended to be a “stand-alone” measure of stability, but it has nevertheless been used to …

Near-surface atmospheric stability has a large influence on air pollutant diffusion in urban
canopy. However, few systematic and quantitative studies have analyzed the effects of …

A recently-developed radon-based method for combined classification of both diurnal and
synoptic timescale changes in the atmospheric mixing state is applied to 1-year of …

Direct ingestion of sandstorm particles is an important pathway in human exposure to heavy
metals. This study investigated the potential health risks of heavy metals transported in …

We studied the influence of terrain, geology and weather condition on radon concentration
in the atmosphere and occurrence of radon density currents. The survey was carried out in …

The goal of this work is to build up a national database for radon in houses, soil, and water
and to demonstrate health risk due to radon inhalation and to construct radon map in the …

The possibility of a relevant contribution of biomass burning for domestic heating to PM 10 in
the urban area of Rome was explored. The concentration of levoglucosan was determined …

Four years of summertime paired urban‐rural meteorological and radon observations in
central Poland are used to assess the relationship between atmospheric stability and urban …

We propose a new technique to prepare statistically-robust benchmarking data for
evaluating chemical transport model meteorology and air quality parameters within the …