Population growth, urbanisation and climate change represent significant pressures on
urban water resources, requiring water managers to consider a wider array of management …

Long-term projections for key drivers needed in urban water infrastructure planning such as
climate change, population growth, and socio-economic changes are deeply uncertain …

Sealing of surfaces and land use change induced by population change puts pressure on
urban water networks. Changes in paved areas can also increase the risk of pluvial flooding …

We investigated the scaling and topology of engineered urban drainage networks (UDNs) in
two cities, and further examined UDN evolution over decades. UDN scaling was analyzed …

Nature-based solutions provide a variety of benefits in growing cities, ranging from
stormwater treatment to amenity provision such as aesthetics. However, the decision-making …

A promising way to address the growing demand for water supply and improve the liveability
of cities is to invest in decentralised multifunctional urban water technologies. However, the …

This study evaluates how random variations in urban development affect projections of
urban water management over long time horizons, based on combined simulations of urban …

For a comprehensive adaptation of urban water infrastructure to constantly changing and
evolving systems a detailed simulation of the dynamics in city development is crucial …

Urban drainage networks are under constant pressure caused by a permanently changing
environment. For proactive planning, management, and adaptation of urban water …

The urban water structure is aging and in need of rehabilitation. Further, the need to address
future challenges (climate change, urban development) also arise lines. This study …