Recent years have witnessed global massive property losses and casualties caused by
extreme precipitation and its subsequent natural disasters, including floods and landslides …

The lack of discharge observations and reliable drainage information is a pervasive problem
in urban catchments, resulting in difficulties in parameterizing urban hydrological models …

Abstract The Huaihe River Basin (HRB) is located in the climate transition zone between
north and south of china, where cold and warm air flows are easily encountered, resulting in …

Being one of the most important sources of water in the Jilin Province in China, the Yinma
River Basin (YRB) is facing problems of water scarcity in low economic areas and low …

Frequency estimates of extreme precipitation are revised using a regional L-moments
method based on the annual maximum series and Chow's equation at lower return periods …

Affected by climate change and human activities, the frequency and uncertainty of extreme
precipitation have shown an increasing trend, which has brought great challenges to the …

With the development of the Chinese Fengyun satellite series, Fengyun-2G (FY-2G)
quantitative precipitation estimates (QPE) can provide real-time and high-quality …

The applicability of the four-parameter (4P) kappa distribution to fit the annual maximum
(AM) and the peak over threshold (POT) extreme precipitation series in the Amman Zarqa …

The risk levels of heat-related extreme events need to be estimated for prediction and real-
time monitoring to mitigate their impacts on air quality, public health, the ecosystem, and …

Nonstationary frequency analysis of peak over threshold (POT) extreme rainfall series is
crucial in hydrology. Most previous studies on the nonstationary frequency analyses of POT …