The frequency of hydrological extremes (droughts and floods) has increased in recent years
in India. A dense population, intensive agriculture, and rapidly developing physical …

Daily atmospheric composition and meteorological data from MACC and ERA-5 reanalysis,
were combined to analyse the spatiotemporal variability of dust-aerosol optical depth …

The impact of a severe dust storm that originated over the Arabian Peninsula (AP) and
travelled to the Indian subcontinent during 20–26 January 2022 is examined. According to …

Understanding of intra-seasonal oscillations (ISOs) acts as a crucial bridge in deciding the
fate of the seasonal total rainfall during monsoon season in densely populated South Asian …

Existing studies have shown changes in the impact of atmospheric teleconnections on
Indian Summer Monsoon (ISM) at interannual time scales due to the changing background …

Abstract The Indian Summer Monsoon (ISM) significantly impacts the climate of the Asian
continent. During the summer of 2022, the penetration of monsoonal waves towards higher …

Combination of radiosonde profiles with collocated in-situ ground and aircraft
measurements is used for the first time to study the vertical structure and microphysics of …

In the present study, we have made an effort to examine the influence of dust aerosols on
the precipitation over India, and six homogeneous rainfall zones of India during pre …

Abstract Evaluation of century‐long simulations of the Community Earth System Model
(CESM) reveals model fidelity in capturing characteristics of aerosols, clouds, convection …

Three distinct environmental regimes (moist-rainy monsoon, dry-intermittent-rainy monsoon
and post-monsoon) based on atmospheric moist static energy and surface rainfall …