Add to ORKGA box model has been used to compare the burdens, optical depths and direct radiative forcing from anthropogenic PM 2.5 aerosol constituents over the Indian subcontinent. A P
From the simultaneous measurements of aerosol optical, physical, and chemical characteristics over H...
Results from a variety of complementary aerosol measurements made as part of the Indian Space Resear...
The direct radiative forcing by aerosols over the Indian Ocean region is simulated for the Indian Oc...
A box model has been used to compare the burdens, optical depths and direct radiative forcing from a...
The present work is aimed to understand direct radiation effects due to aerosols over Delhi in the I...
Abstract. The microphysical, chemical, optical, and lidar data collected during the Indian Ocean Exp...
We examine the aerosol radiative effects due to aerosols emitted from different emission sectors (an...
A chemical-meteorological box model has been formulated to estimate direct radiative forcing from ca...
The physical, chemical and radiative properties of aerosols are investigated over the tropical India...
[1] Aerosol sources, transport, and sinks are simulated, and aerosol direct radiative effects are as...
We evaluated the performance of WRF-Chem multi-scale model over the tropics, to simulate the regiona...
Anthropogenic aerosols play a crucial role in our environment, climate, and health. Assessment of sp...
A one-box chemical-meteorological model had been formulated to make preliminary estimates of sulphat...
Quantitative assessment of the seasonal variations in the direct radiative effect (DRE) of composite...
A cruise experiment was conducted in February-March 2001 to study the aerosol optical characteristic...
From the simultaneous measurements of aerosol optical, physical, and chemical characteristics over H...
Results from a variety of complementary aerosol measurements made as part of the Indian Space Resear...
The direct radiative forcing by aerosols over the Indian Ocean region is simulated for the Indian Oc...
A box model has been used to compare the burdens, optical depths and direct radiative forcing from a...
The present work is aimed to understand direct radiation effects due to aerosols over Delhi in the I...
Abstract. The microphysical, chemical, optical, and lidar data collected during the Indian Ocean Exp...
We examine the aerosol radiative effects due to aerosols emitted from different emission sectors (an...
A chemical-meteorological box model has been formulated to estimate direct radiative forcing from ca...
The physical, chemical and radiative properties of aerosols are investigated over the tropical India...
[1] Aerosol sources, transport, and sinks are simulated, and aerosol direct radiative effects are as...
We evaluated the performance of WRF-Chem multi-scale model over the tropics, to simulate the regiona...
Anthropogenic aerosols play a crucial role in our environment, climate, and health. Assessment of sp...
A one-box chemical-meteorological model had been formulated to make preliminary estimates of sulphat...
Quantitative assessment of the seasonal variations in the direct radiative effect (DRE) of composite...
A cruise experiment was conducted in February-March 2001 to study the aerosol optical characteristic...
From the simultaneous measurements of aerosol optical, physical, and chemical characteristics over H...
Results from a variety of complementary aerosol measurements made as part of the Indian Space Resear...
The direct radiative forcing by aerosols over the Indian Ocean region is simulated for the Indian Oc...