The complexity of urban stormwater management has helped position low impact
development (LID) optimization as one of the leading-edge research areas worldwide …

Climate change-induced extreme rainfall events exacerbate the failure in stormwater
hydraulic and water quality management. As a promising alternative for stormwater …

The growing incidence of urban flood disasters poses a major challenge to urban
sustainability in China. Previous studies have reported that climate change and urbanization …

Urbanization and climate change effects on precipitation are the leading cause of flood risk
increase in urban settlements. Sustainable Drainage Systems (SuDS) are effective …

High pressure on urban drainage systems caused by extreme precipitation events would
lead to an increase risk of urban floods. Across China, future changes in urban drainage …

Urban surfaces are often covered by impermeable materials such as concrete and asphalt
which intensify urban runoff and pollutant concentration during storm events, and lead to the …

Low-impact development (LID) is increasingly used to reduce stormwater's quality and
quantity impacts associated with climate change and increased urbanization. However, due …

Abstract Designing city-scale Blue-Green Infrastructure (BGI) for flood risk management
requires detailed and robust methods. This is due to the complex interaction of flow …

The hydrologic performance and cost-effectiveness of green stormwater infrastructure (GSI)
in climates with highly variable precipitation is an important subject in urban stormwater …

Extreme precipitation events can cause severe floods that pose significant risks to human
lives, properties, and ecosystems. Therefore, understanding how climate change may affect …