Urban drainage systems are in general failing in their functions mainly due to non-stationary
climate and rapid urbanization. As these systems are becoming less efficient, issues such as …

As climate change alters flood risk, there is a need to project changes in flooding for water
resource management, infrastructure design and planning. The use of observed …

It is well known that rainwater harvesting (RWH) can augment water supply and reduce
stormwater pollutant discharges. Due to the lack of continuous 2D modelling of urban flood …

Despite the expectation that increases in rainfall with climatic change will result in increases
in pluvial flooding, there is more historical evidence for decreases in flood magnitude. In …

Urban pluvial flooding is a global challenge that is frequently caused by the lack of available
infiltration, retention and drainage capacity in cities. This paper presents RUFIDAM, an …

Due to difficulties in identifying a climate change signal in flood magnitude, it has been
suggested that shifts in flood timing, that is, the day of annual streamflow maxima, may be …

Climate change is expected to impact the severity and frequency of floods, which has
implications for flood risk management. Design floods and derived flood frequency curves …

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 …

Continuous simulation for design flood estimation is increasingly becoming a viable
alternative to traditional event‐based methods. The advantage of continuous simulation …

Continuous rainfall sequences are often used as inputs in hydrologic modeling, particularly
where a probabilistic assessment is required. Continuous rainfall sequences provide a …