The study of physico-chemical properties of atmospheric aerosol is important as these
influence the Earth's climate directly by scattering and absorbing solar radiation, and …

We present the climatology of aerosol microphysics, its trends, and impact of potential
sources based on the long term measurements (for a period of 11.5 years from December …

Chemical characterisation of atmospheric aerosols over Arabian Sea (AS) and Indian Ocean
(IO) have been carried out during the winter period (January to February 2018) as part of the …

In the present-day scenario of growing anthropogenic activities, carbonaceous aerosols
contribute significantly (∼ 20–70%) to the total atmospheric particulate matter mass and …

Abstract Indo-Gangetic Plains (IGP) experiences persistent and widespread rise of fog and
haze during the winter season. This has been attributed to the rise in pollution levels and …

The extensive work on the increasing burden of aerosols and resultant climate implications
shows a matter of great concern. In this study, we investigate the aerosol optical depth …

Recent studies have shown that east African region experiences both extreme rainfall and
droughts due to presence of atmospheric absorbing aerosols. As such, it is important to …

The study examines trends of scattering, absorption and total aerosol optical depths (SAOD,
AAOD and AOD) over India and surrounding oceanic regions and explores role of local …

The present study deals with the aerosol optical properties which are assessed during the
period 2007 to 2009 over Mohal (31.9 ºN, 77.12 ºE) in the northwestern Indian Himalaya …

The present study deals with the aerosol optical property which carried out during April 2006
to March 2007 over Mohal (31.9° N, 77.12° E) in the northwestern Indian Himalaya. The …