Brown carbon (BrC) has been recognized as an important contributor to global warming due
to its absorption of solar radiation with strong wavelength dependence. While early studies …

Brown carbon (BrC) plays an essential impact on radiative forcing due to its ability to absorb
sunlight. In this study, the optical properties and molecular characteristics of water-soluble …

The optical properties of atmospheric secondary brown carbon (BrC) aerosol are poorly
understood because of its chemical complexity, and this has hampered quantitative …

Brown carbon (BrC), a significant wavelength-dependent atmospheric absorber of solar
radiation, plays a key role in photochemistry and long-lasting haze episodes. Herein, two …

The impact of brown carbon aerosol (BrC) on the Earth's radiative forcing balance has been
widely recognized but remains uncertain, mainly because the relationships among BrC …

Water soluble organic carbon (WSOC) derived from biomass pyrolytic smoke is deposited
through atmospheric aerosols, negatively affecting aquatic ecological quality and safety …

Light absorbing organic carbon, aka, brown carbon (BrC) is an important contributor to air
quality deterioration and global radiative forcing. This work studied optical, chemical …

In this study, daily PM 2.5 samples were collected at an urban site in Yulin of Northern China
during a winter season. Eight carbon fractions, 13 kinds of polycyclic aromatic hydrocarbons …

Air pollution over Lake Baikal originating from anthropogenic emissions as well as wildfire
events and secondary organic aerosol (SOA) formation poses a threat to this world heritage …

Chiang Mai suffers from adverse haze associated with heavy biomass burning (BB) during
almost every dry season (February to April). As an important source of light-absorbing …