Climate change is a serious global issue causing more extreme weather patterns, resulting
in more frequent and severe events like urban flooding. This review explores the connection …

In response to flood risk, design flood estimation is a cornerstone of planning, infrastructure
design, setting of insurance premiums, and emergency response planning. Under stationary …

Future flooding is likely to exceed current design flood levels which are based on historical
extreme rainfall characteristics. The Clausius-Clapeyron relationship explains the …

Flood damages are projected to increase with climate change due to intensification of
extreme rainfalls, with water scarcity also projected to increase due to longer periods of …

Prior research confirmed the substantial bias from using precipitation‐based intensity‐
duration‐frequency curves (PREC‐IDF) in design flood estimates and proposed next …

Floods are one of the most frequent and devastating natural disasters for human
communities. Currently, flood response management globally commonly relies on …

Urban infrastructure traditionally relies on stationary rainfall intensity-duration-frequency
(IDF) curves. However, this assumption is challenged by climate change and urbanization …

Groundwater resources, a critical component of hydrogeological systems, are under
increasing pressure due to climate change and anthropogenic activities. South Asia, a …

In flood frequency analysis (FFA), choices of distribution and methods can hinder the
reproducibility of results. Besides, changes in climate, land use/cover, and water …

Extreme precipitation shows non-stationarity, meaning that its distribution can change with
time or other large-scale variables. For a classical frequency-intensity analysis this effect is …