To accurately assess the impact of anthropogenic aerosols on climate, spatial and temporal distribution of its radiative properties is essential. The first step towards separating the radiative impact of natural aerosol from its anthropogenic counterparts is to gather information on natural aerosols. In this paper, we have used data from multiple satellites to derive the anthropogenic aerosol fraction (AAF) over the Afro-Asian region. The AAF was largest during the pre-monsoon season (May-June) and lowest during winter. We have shown that over desert locations the AAF was unexpectedly large (>0.4) and the regionally (and annually) averaged anthropogenic fraction over the Afro-Asian region was 0.54 +/- 0.12. Copyright (C) 2010 Royal Meteorol...
Recent experiments conducted over the oceanic regions adjacent to the Indian sub continent have reve...
Sahelian in West Africa within Long 20oW: 20oE, Lat 0:30oN through its climatic process and geograph...
The Arabian Sea region (4°N-20°N to 50°E-78°E) has a unique weather pattern on a...
To accurately assess the impact of anthropogenic aerosols on climate, spatial and temporal distribut...
Mineral dust constitutes the single largest contributor of natural aerosols over continents. The fir...
Anthropogenic aerosols play a crucial role in our environment, climate, and health. Assessment of sp...
There have been several investigations to understand the impact of Saharan dust layer on radiative h...
International audienceThis paper provides the first climatology from satellite of aerosol loading, b...
The effect of radiative forcing by anthropogenic aerosols is one of the largest sources of uncertain...
The article investigates the impact of aerosol composition on the estimation of the downwelling surf...
[1] The northern Indian Ocean undergoes a major transition from anthropogenic aerosols during the no...
International audienceThis paper presents measurements of the vertical distribution of aerosol extin...
Aerosols affect the Earth energy budget directly by scattering and absorbing radiation and indirectl...
[1] Recent experiments conducted over the oceanic regions adjacent to the Indian sub continent have ...
Recent experiments conducted over the oceanic regions adjacent to the Indian sub continent have reve...
Sahelian in West Africa within Long 20oW: 20oE, Lat 0:30oN through its climatic process and geograph...
The Arabian Sea region (4°N-20°N to 50°E-78°E) has a unique weather pattern on a...
To accurately assess the impact of anthropogenic aerosols on climate, spatial and temporal distribut...
Mineral dust constitutes the single largest contributor of natural aerosols over continents. The fir...
Anthropogenic aerosols play a crucial role in our environment, climate, and health. Assessment of sp...
There have been several investigations to understand the impact of Saharan dust layer on radiative h...
International audienceThis paper provides the first climatology from satellite of aerosol loading, b...
The effect of radiative forcing by anthropogenic aerosols is one of the largest sources of uncertain...
The article investigates the impact of aerosol composition on the estimation of the downwelling surf...
[1] The northern Indian Ocean undergoes a major transition from anthropogenic aerosols during the no...
International audienceThis paper presents measurements of the vertical distribution of aerosol extin...
Aerosols affect the Earth energy budget directly by scattering and absorbing radiation and indirectl...
[1] Recent experiments conducted over the oceanic regions adjacent to the Indian sub continent have ...
Recent experiments conducted over the oceanic regions adjacent to the Indian sub continent have reve...
Sahelian in West Africa within Long 20oW: 20oE, Lat 0:30oN through its climatic process and geograph...
The Arabian Sea region (4°N-20°N to 50°E-78°E) has a unique weather pattern on a...