This review provides a community's perspective on air quality research focusing mainly on
developments over the past decade. The article provides perspectives on current and future …

Urban vegetation affects air quality through influencing pollutant deposition and dispersion.
Both processes are described by many existing models and experiments, on-site and in …

Light-absorbing carbonaceous aerosols (LACs), including black carbon and light-absorbing
organic carbon (brown carbon, BrC), have an important role in the Earth system via heating …

Street-level concentrations of nitrogen dioxide (NO2) and particulate matter (PM) exceed
public health standards in many cities, causing increased mortality and morbidity …

Vegetation is often quoted as an effective measure to mitigate urban air quality problems. In
this work we demonstrate by the use of computer models that the air quality effect of urban …

Air pollution caused by particulate matter (PM) is a well-known health issue in urban
environments. Urban green infrastructure offers opportunities as a nature-based solution to …

Green infrastructure can reduce PM 2.5 traffic emissions on a city scale, by a combination of
dispersion by trees and deposition on buildings, trees and grass. Simulations of PM 2.5 …

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 …

Temporal variations in the amount of radionuclides released into the atmosphere during the
Fukushima Daiichi Nuclear Power Station (FNPS1) accident and their atmospheric and …

Wet and dry deposition remove aerosols from the atmosphere, and these processes control
aerosol lifetime and thus impact climate and air quality. Dry deposition is a significant source …