Black carbon aerosol has received much more attention as the most light-absorbing aerosol
in recent years. The accuracy, traceability and comparability of its optical measurements …

Coal dust is a source of pollution not only for atmospheric air but also for the marine
environment. In places of storage and handling of coal near water bodies, visible pollution of …

Due to the lack of black carbon (BC) measurement data in some cases, elemental carbon
(EC) is often used as a surrogate of BC, with a simple assumption that they are …

Moscow megacity has a big gap in assessment of air quality, resulting in severe aerosol
pollution. Black carbon (BC) concentrations over different timescales, including weekly and …

Anthropogenic emissions are dominant contributors to air pollution. Consequently,
mitigation policies have been attempted since the 1990s in Europe to reduce pollution by …

Epidemiological studies have demonstrated significant associations between traffic-related
air pollution and adverse health outcomes. Personal exposure to fine particles (PM 2.5) in …

As a crucial absorptive component of aerosols, black carbon (BC) plays a key role in
modifying the planetary boundary layer (PBL) meteorology and hence aggravating the haze …

Having a better understanding of air pollutants in railway systems is crucial to ensure a
clean public transport. This study measured, for the first time in Brazil, nanoparticles (NPs) …

In this study, the black carbon (BC) measurements in the atmosphere of Nanjing, China
were continuously conducted from 2015 to 2018 using a Model AE-33 aethalometer. By …

Light absorbing carbonaceous aerosols (LACA) consisting of black carbon (BC) and brown
carbon (BrC) have received considerable attention because of their climate and health …