This study provides molecular insights into the light absorption properties of biomass
burning (BB) brown carbon (BrC) through the chemical characterization of tar condensates …

The light-absorbing chemical components of atmospheric organic aerosols are commonly
referred to as Brown Carbon (BrC), reflecting the characteristic yellowish to brown …

Biomass burning is a major source of Brown Carbon (BrC), strongly contributing to radiative
forcing. In urban areas of the climate-sensitive Southeastern European region, where strong …

The uncertainty associated with carbonaceous aerosols in climate models becomes an
obstacle to evaluating their harmful environmental effects. Brown Carbon (BrC) has recently …

A dominant source of light-absorbing aerosol particles, brown carbon (BrC), to the
atmosphere is smoke from biomass burning. Aqueous aging of biomass burning organic …

Brown carbon (BrC) has been proposed as an important driving factor in climate change due
to its light absorption properties. However, our understanding of BrC's chemical and optical …

The light-absorbing organic aerosol (OA) constitutes an important fraction of absorbing
components, counteracting major cooling effect of aerosols to climate. The mechanisms in …

Light-absorbing organic aerosols, also known as brown carbon (BrC), enhance the warming
effect of the Earth's atmosphere. The seasonal and spatial variability of BrC absorption …

Carbonaceous constituents have various adverse impacts on human health, visibility, and
climate change. Although comprehensive studies on the characteristics of carbonaceous …

Abstract The north-western Indo-Gangetic Plain (IGP) experiences massive crop-residue
burning (viz. paddy and wheat) on an annual and seasonal basis. The long-range transport …