YU Zhen-shou
YOU?
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Two high-impact extreme precipitation events during the Meiyu season: simulations and their sensitivity to a scale-aware convective parameterization scheme Open
In this study, we investigate the impact of a scale-aware convective parameterization scheme (CPS) on simulating two high-impact extreme precipitation events during the Meiyu season at a 1 km resolution. Compared with explicit resolving si…
Sensitivity of Physical Schemes in WRF Simulations on the Track and Intensity of Landfall Tropical Cyclones Along the East Coast of China Open
In order to study sensitivity of physical parameterization schemes (PPSs) in the WRF model on the simulation of landfall tropical cyclones (TCs), we design 43 sensitivity experiments based on three types of PPSs, and select three disastrou…
Sensitivity of Physical Schemes in WRF Simulations on the Track and Intensity of Landfall Tropical Cyclones Along the East Coast of China Open
The accurate tropical cyclone (TC) track and intensity forecast is crucial for mitigating TC disasters. Appropriate physical parameterization schemes (PPSs) are supposed to be selected to improve the accuracy of TC simulation. However, few…
A Comparison of Different Station Data on Revealing the Characteristics of Extreme Hourly Precipitation Over Complex Terrain: The Case of Zhejiang, China Open
Both long‐term but small number of national stations and short‐term but large number of regional stations have been frequently used to study the extreme hourly precipitation (EXHP) in China. However, few studies focus on the differences of…
A comparison of different station data on revealing the characteristics of extreme hourly precipitation over complex terrain: the case of Zhejiang, China Open
Station data is the most common and reliable data for studying the characteristics of precipitation in China. There are two main types of station data available, i.e., national station data with long time series but sparse and regional sta…