This paper reviews the major progress on development of the science and prediction of
heavy rainfall over China since the beginning of the reform and opening-up of new China …

Abstract Dual-polarization (dual-pol) radar can measure additional parameters that provide
more microphysical information of precipitation systems than those provided by conventional …

Nowcasting of convective storms is urgently needed yet rather challenging. Current
nowcasting methods are mostly based on radar echo extrapolation, which suffer from the …

Raindrop size distribution (RSD) characteristics of summer and winter seasons over north
Taiwan are analyzed by using long‐term (~ 12 years) raindrop spectra from Joss‐Waldvogel …

In this study, significant rainfall microphysical variability is revealed for the extremely heavy
rainfall event over Henan Province in July 2021 (the “21· 7” Henan EHR event) using a …

Extreme precipitation is an issue of worldwide concern, but its microphysics remain elusive.
The convective and microphysical characteristics of extreme precipitation features (EPFs) in …

The disdrometer-observed raindrop size distribution (DSD) in East China has been shown to
vary across seasons and rainfall types. In this study, as an extensive research, the seasonal …

Seasonal variations of rainfall microphysics in East China are investigated using data from
the observations of a two-dimensional video disdrometer and a vertically pointing micro rain …

To investigate the process of convective merger (CM) and its effect on thunderstorms
evolution and corresponding electrical activity, a severe squall line that took place on 27 …

Abstract The Predicted Particle Properties (P3) bulk microphysics scheme has been recently
modified to combine the two major innovations. The triple‐moment approach to represent …