The influence of moisture recycling and transport on major drought events is poorly
understood, but essential to enhance our knowledge of the atmospheric water cycle. Here …

This study investigates the roles of water vapor transport and sea surface temperature (SST)
warming in the tropical Indian Ocean (TIO) on the heavy rainfall in central China during the …

Extreme persistent rainfall poses serious impacts on human and natural systems,
predominately through its related hydrogeological disasters. Due to sustained heavy …

Flood disasters related to climate change are becoming increasingly frequent, indicating the
potential for repeated future incidence. It is essential to fully understand the causes and …

In the present study, the performances of the NWP models on two heavy rainfalls on 20 July
and 22 August 2021 over Henan Province were investigated. The impacts of the water vapor …

Abstract The June‐July Yangtze flooding in 1998 and 2020 drew incredible attention owing
to the extreme precipitation events and devastating societal/economic damages. However …

The persistent heavy precipitation during summer in 1998 and 2020 in the middle and lower
reaches of the Yangtze River basin (MLYRB) caused the most influential floods in the region …

Abstract In June and July 2020, the Plum Rain region around the middle and lower reaches
of the Yangtze River experienced historically sustained heavy rainfall. During this period, the …

Anomalies in atmospheric moisture transport are critical for drought formation, with East
Asian monsoon anomalies identified as the primary driver of droughts in East Asia …

In the summer of 2020, a super Meiyu event occurred in the Yangtze River basin (YRB),
causing enormous economic losses and human casualties. Recent studies have …