Climate change leads to more frequent and intense heavy rainfall events, posing significant
challenges for urban stormwater management, particularly in rapidly urbanizing cities of …

This study used the pseudo-global warming (PGW) method in the Weather Research and
Forecasting (WRF) model to examine the effects of climate change on localized heavy …

Flood is a natural phenomenon but flooding causes damage to human society. In recent
decades, flood risk has been intensified due to rapid urbanization and climate change …

Accurate assessment of the probable maximum precipitation (PMP) is crucial in assessing
the resilience of high-risk water infrastructures, water resource management, and …

Satellite-based precipitation products have great potential to promote hydrological modeling
skill owing to the spatially homogeneous measurements they provide. However, satellite …

With the increasing frequency of extreme rainfall and difficulty in capturing their spatial
variability by rain gauges, especially over regions with complex topographic and climatic …

Abstract Intensity‐Duration‐Area‐Frequency (IDAF) models provide the mathematical link
between precipitation intensities (I), durations (D), areas (A), and frequency of occurrence …

Areal reduction factors (ARFs) convert a point estimate of extreme precipitation to an
estimate of extreme precipitation over a spatial domain, and are commonly used in flood risk …

Extreme rainfall-induced events adversely affect agriculture, infrastructure, and
socioeconomic development in a region. Therefore, a comprehensive understanding of their …

With the increasing trend of greenhouse gases in the atmosphere, by 2052 the temperature
is expected to rise by 1.5° C from the Pre-industrial Period, affecting future extreme rainfall …