Atmospheric aerosol distributions from 2000 to 2007 are simulated with the global model GOCART to attribute light absorption by aerosol to its composition and sources. We show the seasonal and interannual variations of absorbing aerosols in the atmosphere over Asia, mainly black carbon and dust. and their linkage to the changes of anthropogenic and dust emissions in the region. We compare our results with observations from satellite and ground-based networks, and estimate the importance of black carbon and dust on regional climate forcing and air quality
The radiative impact of the mixing state of black carbon (BC) aerosol is investigated in Asian outfl...
This paper provides an account of observed variations in Black carbon (BC) mass concentrations and B...
Air pollution, a threat to air quality and human health, has attracted ever-increasing attention in ...
Absorbing aerosols can strongly absorb solar radiation and have a profound impact on the global and ...
Accurate estimates of the emissions and distribution of black carbon (BC) in the region referred to ...
Aerosol absorption constitutes a significant component of the total radiative effect of aerosols, an...
By integrating experimental data, radiative transfer theory, and numerical modelling, this dissertat...
Recently, attention has been drawn towards black carbon aerosols as a likely short-term climate warm...
International audienceBlack carbon (BC) aerosol emission is an important contributor to particulate ...
International audienceAbstract. Aerosol-induced absorption of shortwave radiation can modify the cli...
Aerosol particles in the atmosphere scatter and absorb solar radiation, and thereby affect the Earth...
Air pollution, a threat to air quality and human health, has attracted ever-increasing attention in ...
Black carbon (BC) aerosols are significant contributors to anthropogenic climate change and are cons...
The response of East Asian Summer Monsoon (EASM) precipitation to long term changes of anthropogenic...
Accurate estimates of the emissions and distribution of black carbon (BC) in the region referred to ...
The radiative impact of the mixing state of black carbon (BC) aerosol is investigated in Asian outfl...
This paper provides an account of observed variations in Black carbon (BC) mass concentrations and B...
Air pollution, a threat to air quality and human health, has attracted ever-increasing attention in ...
Absorbing aerosols can strongly absorb solar radiation and have a profound impact on the global and ...
Accurate estimates of the emissions and distribution of black carbon (BC) in the region referred to ...
Aerosol absorption constitutes a significant component of the total radiative effect of aerosols, an...
By integrating experimental data, radiative transfer theory, and numerical modelling, this dissertat...
Recently, attention has been drawn towards black carbon aerosols as a likely short-term climate warm...
International audienceBlack carbon (BC) aerosol emission is an important contributor to particulate ...
International audienceAbstract. Aerosol-induced absorption of shortwave radiation can modify the cli...
Aerosol particles in the atmosphere scatter and absorb solar radiation, and thereby affect the Earth...
Air pollution, a threat to air quality and human health, has attracted ever-increasing attention in ...
Black carbon (BC) aerosols are significant contributors to anthropogenic climate change and are cons...
The response of East Asian Summer Monsoon (EASM) precipitation to long term changes of anthropogenic...
Accurate estimates of the emissions and distribution of black carbon (BC) in the region referred to ...
The radiative impact of the mixing state of black carbon (BC) aerosol is investigated in Asian outfl...
This paper provides an account of observed variations in Black carbon (BC) mass concentrations and B...
Air pollution, a threat to air quality and human health, has attracted ever-increasing attention in ...