This study quantifies the effects of common stormwater management techniques on urban runoff generation. Simulated flow rates for different low impact development (LID) scenarios were compared with observed flow rates during different urban construction phases in a catchment (12.3 ha) that was developed from natural forest to a residential area over a monitoring period of 5 years. The Storm Wat...

Impervious area increase by urbanization and flash flood climate change lead to abrupt in urban stormwater, unlike the past. Currently, street trees play a significant role environmental improvement such as green space, heat reduction, air pollution reduction. In addition, transpiration from leaf canopy an water cycle significantly impacts decrease stormwater runoff. this study, canopy, earlier...

Source facilities can manage stormwater runoff pollutants while also limiting volume in China’s sponge city construction. However, there is no apparent link between source control and pollution reduction. This research uses SWMM to develop a model based on the basic data of city’s catchment zone northern China order statistically examine response relationship initial capture construction reduct...

Urban drainage networks (UDN) carry urban wastewater to wastewater treatment plants (WWTP) in order to regenerate it before releasing it to the environment. Combined UDN (CUDN) carry both rain and wastewater together, which can overload the UDN and produce combined sewer overflows (CSO) that pollute the environment. Management of CUDN is receiving increasing attention from both researchers and ...