In all cities and urban areas, the risk faced by people and assets from hazards associated
with climate change has increased (high confidence1). Urban areas are now home to 4.2 …

Bioretention uses natural features to improve rainwater quality by enhancing permeation
and evaporation, thus replicating the pre-development hydrological state. As an on-site …

Sustainability concerns and multiple socio-environmental pressures have necessitated a
shift towards Sustainable Urban Water Management (SUWM) systems. Viewing SUWM …

Urban surface water floods pose growing threats in urban areas, which cause not only
massive physical water disturbance, but also loss of human lives, destruction of social and …

The impacts of urbanization on water quality, hydrology, society, and the environment can
be minimized through low impact development (LID) practices in urban areas. This study …

Increasing urbanization degrades quantity, quality, and the functionality of spatial cohesion
of natural areas essential to biodiversity and ecosystem functioning worldwide. The …

Multi-dimensional risk assessment strategies aided by the active participation of
stakeholders are essential to combat flood events for metropolitan cities. This study aims to …

Distributed green stormwater management infrastructure is increasingly applied worldwide
to counter the negative impacts of urbanisation and climate change, while providing a range …

Due to the increasingly frequent occurrence of urban waterlogging, the spatial optimization
of low impact development (LID) practices has been commonly used to detain and reduce …

Green infrastructure is a promising strategy aiming to address climate change impacts and
associated flood risks, as well as bringing social equity benefits such as increased access to …