Abstract The Personal Computer Storm Water Management Model was used in this study to
evaluate the potential impacts of climate change, urbanization, and low-impact …

Designing urban runoff drainage systems is prominent in effectively managing floods due to
increasing impermeable regions worldwide. However, although urban runoff drainage …

Urban sprawl has resulted in great losses of vegetation areas, an increase in impervious
surfaces, and consequently the direct flow of stormwater into stream channels (ie, the …

Urban Flooding represents a significant problem in developing urban areas caused by
inadequate stormwater drainage systems, increased impervious surface areas, and climate …

Small-scale hydropower is a significant source of renewable and inexpensive energy. This
study was carried out to identify suitable potential sites for small-scale hydropower for the …

Scientific and reasonable emergency response initiation mechanisms can provide important
support for decision making regarding the emergency management of urban floods …

Previous research has primarily focused on evaluating flood risks influenced by single
factors, often neglecting the combined impacts of climate change and urbanization on …

Urbanization has become an irreversible trend and is even more rapid in flood-prone area.
However, the responses of both channel runoff and surface runoff to the urbanization and …

High tide is one of the main drivers of compound flooding in coastal cities. The capacity of
the coastal urban drainage network is reduced due to the jacking effect of the high tide …

This study evaluates the effects of climate change (CC) on runoff properties over the case
study of the Qaran Talar watershed located in Iran. To consider the two main sources of …