Increasing incidences of flash floods highlight the need for a reliable flood forecasting
system to minimize the losses of lives and property. The most formidable challenge of flood …

The present study focuses on identifying the parameters from the Weather Research and
Forecasting (WRF) model that strongly influence the simulation of tropical cyclones over the …

The long-term characteristics of four hydrometeor species (cloud water, cloud ice, rain, and
snow) in precipitating clouds over eastern China (divided into South China, Jianghuai, and …

With the continuous deepening of hydrological simulations in the alpine regions, high-
resolution rainfall data is urgently needed as driving data for distributed hydrological …

The mountainous regions of southern Tibetan Plateau and surroundings (hereafter
mountainous southern TP), mainly including Himalayas, Gangdise, Nyainqentanglha and …

The study explores the role of ice-phase microphysics and convection for the better
simulation of Indian summer monsoon rainfall (ISMR) and monsoon intraseasonal …

Because of internal variability in both the real‐world and global climate models, it is unclear
whether disagreement between models and observations reflects true systematic …

Abstract The Tibetan Plateau (TP) holds a pivotal position in regional and global climate,
whereas the atmospheric characteristics vary greatly in the simulation with different physical …

The responses of atmospheric kinetic energy (KE) spectra to three convective
parameterizations (CPs) in global high‐resolution simulations are revealed. The results …

The physical parameterizations have important influence on model performance in
precipitation simulation and prediction; however, previous investigations are seldom …