Abstract Low-impact development (LID), best management practice (BMP), and green
infrastructure (GI) are semi-engineered stormwater management practices that have been …

Urban flood resilience can critically diminish the negative effects of extreme climatic
conditions. In recent decades, green infrastructure has been gaining attention among …

Urban flooding risks, often overlooked by conventional methods, can be profoundly affected
by city configurations. However, explainable Artificial Intelligence could provide insights into …

Waterlogging disasters seriously affect residents' lives. Investigating the factors affecting
waterlogging is crucial for mitigating waterlogging. Although waterlogging is closely related …

Traffic congestion is an ever-increasing issue across urban environments in the US. One
potential mitigation strategy is to improve our understanding of how the geographical …

Green infrastructure (GI) could reduce surface runoff and provide essential ecosystem
service (ES) in flood management. More frequent flooding necessitated GI intervention to …

Urban waterlogging seriously threatens urban sustainable development and human life. The
effects of various landscape elements on urban waterlogging have been extensively …

Total impervious area (TIA) is one of the most common measures for predicting runoff yield
in hydrologic studies and regulating urbanization in land use policy. Directly connected …

The important ecological and recreational functions of public green spaces for metropolitan
regions have been increasingly recognized, especially in the last few decades in developing …

Characterizing landscape patterns is an important analytical step towards understanding the
effects of physical layouts on ecological and social processes. While a continuous …