The Indian summer monsoon (ISM) is one of the world's strongest monsoon systems that
brings about eighty percent of the annual rainfall to the Indian subcontinent and impacts the …

In the present study, we examine the responses of South Asian Monsoon (SAM) rainfall at
intra-seasonal scale to remote dust emissions from west Asia, Tibetan Plateau and local …

Eastern India is characterized by high aerosol loading of primarily anthropogenic origin due
to both local emissions and long-range transport and hence outflow of air mass from the …

The equilibrium climate response of the south Asian monsoon (SAM) system to West Asia
(WA), Tibetan Plateau (TP) and local dust emissions is investigated through a series of …

In this study, the weather research and forecast model coupled with chemistry (WRF-Chem),
is used to understand the impact of aerosol–cloud interaction during the active–break cycles …

Clouds and aerosols contribute substantial uncertainty to the estimation of precipitation
patterns at the global and regional scale. The present study focuses on understanding …

One of the significant natural pollutants in the atmosphere is the mineral dust aerosols. In the
northern hemisphere, Arabian Peninsula is one of the significant sources of dust aerosols …

Many of the available solar radiation databases only provide global horizontal irradiance
(GHI) while there is a growing need of extensive databases of direct normal radiation (DNI) …

Impact of aerosols on the Indian summer monsoon (ISM) variability is well documented;
however there are limited studies which have quantified the role of aerosols in modifying the …

Using all forcing simulations of fully coupled climate model GFDL-CM3, an attempt has been
made to represent the role of natural aerosols (such as dust) in modulating the summer …