Abstract Knowledge of the scattering enhancement factor, f (RH), is important for an accurate
description of direct aerosol radiative forcing. This factor is defined as the ratio between the …

A source apportionment study was performed for particulate matter in the small village of
Roveredo, Switzerland, where more than 70% of the households use wood burning for …

We present a study of aerosol light absorption using a multi-wavelength Aethalometer (λ=
370–950nm) in an Alpine valley where the major local emissions of aerosols in winter are …

Black carbon (BC) not only warms the atmosphere but also affects human health. The
nationwide lockdown due to the Coronavirus Disease 2019 (COVID‐19) pandemic led to a …

Atmospheric particulate matter can be strongly affected by smoke from biomass combustion,
including wildfires, prescribed burns, and residential wood burning. Molecular source tracer …

This study aims to assess the contribution of fossil-fuel combustion (BC ff) and biomass (or
wood) burning (BC wb) to wintertime black carbon (BC) concentrations in Delhi using the …

A nationwide lockdown was imposed in India due to COVID-19 pandemic in five phases
from 25th March to May 31, 2020. The lockdown restricted major anthropogenic activities …

With the present demand on fast and inexpensive aerosol source apportionment methods,
the Aethalometer model was evaluated for a full seasonal cycle (June 2014–June 2015) at a …

In this study, black carbon (BC) was measured in the northern suburb of Nanjing from
January to December 2016 using a seven-channel Aethalometer (AE33). BC sources in …

Brown carbon is a ubiquitous and unidentified component of organic aerosol which has
recently come into the forefront of atmospheric research. This component is strongly linked …