Abstract Decision Support Systems (DSS) for Sustainable Urban Drainage Systems (SUDS)
are a valuable aid for SUDS widespread adoption. These tools systematize the decision …

Rapid urbanization negatively affects the built and biotic environment, necessitating
interdisciplinary mitigation strategies. Current nature-based solutions that are integrated into …

Rapid urbanization and more frequent urban floods instigated by climate change make
traditional gray infrastructure become less effective and efficient. Green infrastructure (GI) …

The risk of urban inundation has been increasing worldwide. The integrated green-gray-
blue (IGGB) drainage system is considered to have great potential in urban areas, as it has …

Reflected in the growing body of literature, urban heat mitigation is increasingly relevant as
cities experience extreme heat, exacerbated by climate change and rapid urbanisation. Most …

Decades of research on multifunctional Green Infrastructure (GI) has yet to translate into
holistic implementation in the built environment. This oversight stems from assumptions that …

Optimization algorithms and urban inundation models are powerful tools to identify cost‐
effective designs of urban green infrastructures such as low‐impact developments (LIDs) …

Urban community gardens can reduce food insecurity and serve as green spaces alleviating
extreme temperatures. Such co-benefit synergy may prove especially significant for arid …

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 and energy transformation has made huge alteration in power system,
which led to great uncertainty in relation to material, energy and carbon emissions in power …