Variability in cloud microphysical parameters, aerosol physicochemical properties and their
relationship were studied using in-situ ground observations from a high altitude site in …

Using in-situ aircraft observations from six flights over Zhejiang on Sep. 1 and Sep. 4, 2016,
this study investigates differences in aerosol and cloud properties between daytime and …

Vertically constrained observations of aerosol size distribution and hygroscopicity using the
Cloud Aerosol Interaction and Precipitation Enhancement Experiment (CAIPEEX) …

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 …

The cloud droplet size distribution (CDSD) and microphysical properties prior to monsoon
rain events is studied using in-situ ground observations over a high altitude site in Western …

Unique airborne observations of aerosol size spectral and chemical characteristics over the
peninsular Indian region are illustrated in this case study. Multimodal lognormal distributions …

In the present work, a statistical understanding of cloud base height (CBH) behavior over a
high-altitude site (Mahabaleshwar, 17.92° N, 73.66° E, and 1348 m above mean sea level) …

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

The role of warm clouds in monsoon rainfall and the warm rain onset process are
investigated using high-resolution cloud-sensitive radar measurements. Quality controlled …