Owing to a lack of vertical observations, the impacts of black carbon (BC) on radiative forcing
(RF) have typically been analyzed using ground observations and assumed profiles. In this …

Analyses of black carbon (BC) data from three different environments in India-Delhi
megacity, Srinagar metropolitan and Gulmarg hill station, showed that Delhi had the highest …

With observations of black carbon (BC) aerosol concentrations, optical and radiative
properties were obtained over the urban city of Karachi during the period of March 2006 …

For the first‐time, analysis of a decade long measurement of Black Carbon mass
concentration (BC) was carried out at a representative central Indo‐Gangetic Plain (IGP) …

To achieve an in-depth understanding of radiative forcing due to aerosols is a crucial
challenge for climate change studies. The first-ever long-term measurement of direct …

Particulate pollution has remained at a high level in the megacity of Beijing in the past
decade. The PM2. 5, PM10, aerosol optical depth (AOD), Angstrom exponent (α), and PM2 …

Black carbon (BC) aerosols are one of the most uncertain drivers of global climate change.
The prevailing view is that BC mass concentrations are low in rural areas where …

Columnar mass concentrations of aerosol components over the Arctic are estimated using
microphysical parameters derived from direct sun extinction and sky radiance …

Biomass burning (BB) has a significant influence on the Arctic environment. Here, we
determined the atmospheric levels of BB‐specific tracer compounds such as levoglucosan …

Black carbon (BC) aerosols are important absorbing components that can impact the
regional climate and environment. To better understand the effects of BC, long-term …