High concentrations of pollution particles, including "soot" or black carbon,,exist over the Indian Ocean, but their sources and geographical origins are not well understood. We measured emissions from the combustion of biofuets, used widely in south Asia for cooking, and found that large amounts of carbonaceous aerosols are emitted per kilogram of fuel burnt. We calculate that biofuel combustion is the largest source of black carbon emissions in India, and we suggest that its control is central to climate change mitigation in the south Asian region
A spatially resolved biomass burning data set, and related emissions of sulphur dioxide and aerosol ...
Light-absorbing, atmospheric particles have gained greater attention in recent years because of thei...
We study the relative influence of aerosols emitted from different sectors and geographical regions ...
Carbonaceous aerosols cause strong atmospheric heating and large surface cooling that is as importan...
Atmospheric heating caused by anthropogenically emitted carbonaceous aerosols contributes to one of ...
Black carbon (BC) emission from biofuel cooking in South Asia and its radiative forcing is a signifi...
This study focuses on improving source apportionment of carbonaceous aerosol in South Asia and consi...
The dominance of biofuel combustion emissions in the Indian region, and the inherently large uncerta...
Black carbon (BC) aerosols are one of the most uncertain drivers of global climate change. The preva...
[1] Air from South Asia carries heavy loadings of organic and light-absorbing aerosol but low concen...
Black carbon (BC) aerosols affect the Earth's climate directly by interacting with the solar radiati...
Billions of people throughout the developing world use traditional cookstoves fueled with biomass (s...
This study examines differences in the surface black carbon (BC) aerosol loading between the Bay of ...
[1] Air from South Asia carries heavy loadings of organic and light-absorbing aerosol but low concen...
218-222Carbonaceous aerosols are emitted by combustion sources and may influence the climate by al...
A spatially resolved biomass burning data set, and related emissions of sulphur dioxide and aerosol ...
Light-absorbing, atmospheric particles have gained greater attention in recent years because of thei...
We study the relative influence of aerosols emitted from different sectors and geographical regions ...
Carbonaceous aerosols cause strong atmospheric heating and large surface cooling that is as importan...
Atmospheric heating caused by anthropogenically emitted carbonaceous aerosols contributes to one of ...
Black carbon (BC) emission from biofuel cooking in South Asia and its radiative forcing is a signifi...
This study focuses on improving source apportionment of carbonaceous aerosol in South Asia and consi...
The dominance of biofuel combustion emissions in the Indian region, and the inherently large uncerta...
Black carbon (BC) aerosols are one of the most uncertain drivers of global climate change. The preva...
[1] Air from South Asia carries heavy loadings of organic and light-absorbing aerosol but low concen...
Black carbon (BC) aerosols affect the Earth's climate directly by interacting with the solar radiati...
Billions of people throughout the developing world use traditional cookstoves fueled with biomass (s...
This study examines differences in the surface black carbon (BC) aerosol loading between the Bay of ...
[1] Air from South Asia carries heavy loadings of organic and light-absorbing aerosol but low concen...
218-222Carbonaceous aerosols are emitted by combustion sources and may influence the climate by al...
A spatially resolved biomass burning data set, and related emissions of sulphur dioxide and aerosol ...
Light-absorbing, atmospheric particles have gained greater attention in recent years because of thei...
We study the relative influence of aerosols emitted from different sectors and geographical regions ...