It is known that the urban environment amplifies the effects of climate change, sometimes
with disastrous consequences that put people at risk. These aspects can be affected by …

Urban vegetation has the potential to improve air quality as it promotes pollutant deposition
and retention. Urban air quality models often include the effect vegetation have on pollution …

Increasing attention has been given to the impact of PM2. 5 concentration on human health.
Exploring the influential factors of PM2. 5 is conducive to improving air quality. Most existing …

Among the ecosystem services provided by urban forests, the air quality amelioration is
particularly relevant. The high level of air pollution in modern cities and the indirect …

The exacerbation of climate change impacts within metropolitan areas is a well-documented
phenomenon, often leading to severe consequences that pose significant risks to human …

We evaluated surface-based analysis for assessing the possible relationship between the
microstructural properties and particulate matter (ie, two size fractions of PM2. 5 and PM10) …

A solution of NH3 detection based on catalytic conversion of NH3 into NO x was proposed
by using MOS gas detectors and Pt-supported catalysts. The catalysts convert NH3 into NO …

Exploring the relationships between plant morphological structures and PM 2.5 (particulate
matter< 2.5 µm in diameter) retention on leaf surfaces and determining the key factors will …

Dynamic particulate matter (PM) behavior on leaves depends on rainfall events, leaf
structural and physical properties, and individual tree crowns in urban forests. To address …

Particles deposited on leaf surfaces can be resuspended back into the atmosphere, thus
generating pollution diffusion and hazarding to human health. The net amount of particles …