This study focuses on drivers for changing urban flood risk. We suggest a framework for
guiding climate change adaptation action concerning flood risk and manageability in cities …

The risk of urban inundation has been increasing worldwide. The integrated green-gray-
blue (IGGB) drainage system is considered to have great potential in urban areas, as it has …

Dual drainage systems in urban areas were historically designed and built to convey certain
size storms on the assumption of stationarity. However, changes to rainfall due to climate …

Green infrastructure (GI) is used as an alternative and complement to traditional urban
drainage system for mitigating urban stormwater issues mainly caused by climate change …

Optimizing the layout of urban stormwater management systems is an effective method for
mitigating the risk of urban flooding under extreme storms. However, traditional approaches …

The proportion of impervious area within a watershed is a key indicator of the impacts of
urbanization on water quality and stream health. Research has shown that object-based …

Hydraulic models in urban flood analysis play a decisive role, as they obtain information
about flood extension, flow patterns on the surface and in the pipe network comes at cost of …

Combined sewer overflow (CSO) control strategies are commonly selected relying on
optimization or multicriteria analysis. A methodology is proposed in this paper for selecting …

Urban flooding is a common disaster occurring every year, leading to the loss of lives and
properties throughout the world. Its frequency and severity have increased over the years …

Rainwater tanks or cisterns are a low impact development infrastructure used to control
stormwater runoff and reduce water demand. However, climate change may affect its …