Climate change is projected to impact on the magnitude, spatial location, and timing of large
precipitation events, with evidence for this already present in the historical record. However …

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

It is well known that as a consequence of climate change, higher temperatures are causing
extreme precipitation events to intensify, leading to greater flooding. However, the …

Climate change induces significant changes in storm characteristics, particularly for short‐
duration extreme storms (heavy rain features), impacting their intensity and spatio‐temporal …

Rainfall-based design flood estimation methods in Australia traditionally follow the design
event approach. However, the basic assumption of a probability neutral transformation in the …

Urban development is a contributor to increased peak runoff and adverse hydrologic effects
in regional catchments. On-Site Stormwater Detention (OSD) is a common way to mitigate …

A widespread approach for the protection of hydrologic conditions in regional catchments is
the attenuation of peak discharges through on-site detention. It is common practice and …

Intensification of precipitation extremes is expected to occur in a warmer climate due to the
associated increase in saturation vapour pressure as per the Clausius-Clapeyron (CC) …

In the 2016 release of Australian Rainfall and Runoff (ARR), variability of flood influencing
factors (such as losses and temporal pattern) is now explicitly considered through …

This work presents an analysis of extreme rainfall in Great Britain (GB) using a new storm
identification algorithm to obtain~ 70,000 independent rainstorms associated with annual …