Investigating the raindrop size distributions (DSDs) for different cloud types is essential for
the rain characterization and understanding different microphysical processes within the …

Diurnal variation of convective storms (CSs) during monsoon season and associated
physical mechanisms are significantly important for accurate forecast of short-time and …

Macrophysical and microphysical features of clouds and precipitation at coastal [20 m above
Mean Sea Level (MSL)] and high‐altitude cloud physics observatory (HACPO; 1820 m …

This study aims to explore the microphysical processes involved in stratiform precipitation,
with in-situ observations carried out during Indian summer monsoon season of 2017, at two …

This study evaluates the performance of four impact‐type disdrometers installed at the
Indian Institute of Tropical Meteorology, Pune, located on the leeside of the Western Ghats …

Monsoon trough (MT) convection exhibits multiscale spatial variability ranging from cellular
storms to large organized convective systems. Understanding the relationships between …

During the Indian summer monsoon, high temporal and spatial resolution observations from
Ka-band dual-polarization radar deployed in the Western Ghats (WG), India are utilized to …

Reflectivity measurements from X‐band ground‐based radar (GR) are assessed using
observations from the Ku‐band space‐borne radars (SRs) onboard the Tropical Rainfall …

This study examined a typical case of deep convective storm that formed over southwest
India on October 12, 2011, using ground-based X-band radar measurements and Weather …

The knowledge of type of precipitating cloud is crucial for radar based quantitative estimates
of precipitation. We propose a novel model called CloudSense which uses machine …