One of the most important modes of summer season precipitation variability over the Indian
region, the diurnal cycle, is studied using the Tropical Rainfall Measuring Mission 3‐hourly …

A significant diurnal offshore propagation of rainfall is observed extending from the eastern
coast of India to the central Bay of Bengal. This study focuses on understanding the …

Using the MST radar observations at Gadanki (13.5° N, 79.2° E), a tropical station, the
altitude of major convective outflow in the troposphere is identified and is considered to …

Characteristics of Vertical Velocity Cores in Different Convective Systems Observed over
Gadanki, India in: Monthly Weather Review Volume 137 Issue 3 (2009) Jump to Content …

Equatorward propagating precipitation episodes over the Bay of Bengal have been
documented in many previous observational studies. Proposed propagation mechanisms …

This study evaluates the role of MCSs in the total rainfall distribution as a function of season
from a climatological perspective (1998–2014) over sub-Saharan northern Africa and …

Mesoscale convective systems (MCSs) are important precipitation‐bearing phenomena in
the Tropics. Hence, it is important to elucidate the temporal variation of MCSs. This study …

Characteristics of Deep Cloud Systems under Weak and Strong Synoptic Forcing during the
Indian Summer Monsoon Season in: Monthly Weather Review Volume 147 Issue 10 (2019) …

VHF radar measurements of hourly winds in the lower atmosphere are utilized to study the
diurnal and semi-diurnal tides over two key geographical locations, Gadanki (13.45° E …

Cloud and precipitation data from satellites were used to characterize the climatological
diurnal cycle of convective activity over South Asia. Spatial and temporal variability were …