We identify sources (fossil fuel combustion versus biomass burning) of black carbon (BC) in
the atmosphere and in deposition using a global 3-D chemical transport model GEOS …

We systematically identify sources of black carbon (BC) in the Arctic, including BC in the
troposphere, at surface and in snow, using tagged tracer technique implemented in a 3D …

Black carbon (BC) has an important role in the climate system (Bond et al., 2013). It is
reported as being the second-largest atmospheric component contributing to current global …

Surface continuous measurements on black carbon (BC) were performed at Tongyu (44.42°
N, 122.87° E) from March to December 2008. Tongyu is an international reference site of …

Black Carbon (BC) deteriorates air quality and contributes to climate warming, yet its
regionally-and seasonally-varying emission sources are poorly constrained. Here we …

The emission of black carbon (BC) from East Asia and its long‐range transport strongly
influence the mass concentration of BC (MBC) over the western Pacific. However, reliable …

A field study was conducted to clarify sources of atmospheric black carbon and related
carbonaceous components at Rishiri Island, Japan. We quantified equivalent black carbon …

Forest fires are an important source to carbonaceous aerosols in the Western United States
(WUS). We quantify the relative contribution of biomass burning to black carbon (BC) in the …

We estimate biomass burning and anthropogenic emissions of black carbon (BC) in the
western US for May–October 2006 by inverting surface BC concentrations from the …

We estimate black carbon (BC) emissions in the western United States for July–September
2006 by inverting surface BC concentrations from the Interagency Monitoring of Protected …