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

Roads, bridges, sewer systems, and other infrastructure failures often result from climate-
related incidences along with extensive socioeconomic impacts including human life losses …

The trade-offs for alternative grey-green infrastructure (HGGI) solutions between life cycle
cost (LCC) and systematic resilience may impose many limitations in planning and …

Green-grey infrastructures implementation for addressing urban flood damages and urban
drainage system'(UDS) resilience (respectively) needs comprehensive evaluation under …

Long-term planning of urban drainage systems aimed at maintaining the sustainability of
urban hydrology remains challenging. In this study, an innovative multi-stage planning …

As flooding risks rise in urban areas, research suggests combining low impact development
(LID) and grey infrastructure (GREI) in urban drainage systems. Several frameworks have …

Recent research underpinned the effectiveness of topological decentralization for urban
stormwater networks (USNs) during the planning stage in terms of both capital savings and …

Decentralization is recognized as an emerging solution for a more sustainable urban
wastewater system (UWS) for the future. However, the debate of centralization vs …

Traditional stormwater control measures are designed to handle system loadings induced
by fixed-size storm events. However, climate change is predicted to alter the frequency and …

Green-grey infrastructures' implementation has progressed significantly in cities around the
globe for sustainable stormwater management. This review study conducted on green-grey …