A box model has been used to compare the burdens, optical depths and direct radiative
forcing from anthropogenic PM2. 5 aerosol constituents over the Indian subcontinent. A …

Airborne measurements of several gaseous and particulate chemical species were obtained
in the emissions from a wildfire that burned in an old black spruce forest in Alaska during the …

Black Carbon (BC), the second-largest contributor to global warming, has detrimental effects
on human health and the environment. However, the accurate quantification of BC poses a …

Visibility in smoke is a key aspect in terms of safe egress in various fire related situations.
Due to the hazardous nature of fire induced smoke, it is hard to study human behaviour …

We present effective radius, volume, surface-area, and number concentrations as well as
mean complex refractive index of tropospheric particle size distributions based on lidar …

The transport, optical properties, total mass, and removal of smoke produced by forest fires
in western Canada during late July and early August 1982 are studied using NOAA 7 …

Measurements of smoke aerosol humidification factors were performed in a laboratory for
different biomass fuel types and burn conditions. Two nephelometers simultaneously …

Aerosols generated from burning different plant fuels were characterized to determine
relationships between chemical, optical and physical properties. Single scattering albedo …

Aerosol light‐scattering coefficient at 530 nm and its hygroscopic growth were determined in
biomass‐burning smoke in the lower atmosphere over Kalimantan and northern Australia …

During a large nuclear war, the atmosphere would be loaded with huge quantities of
pollutants, which are produced by fires in urban and industrial centers, cultivated lands …