Abstract Between 60% and 80% of global energy is consumed in urban areas and given the
projected increase in world׳ s urban population, this share is expected to further increase in …

Different dynamics of climate change, population growth, and urbanisation challenge water
service providers (WSPs) and those managing urban planning. The scientific community has …

Cities are experiencing the impacts of climate change through water-related disasters, while
the sustainable management of water resources remains crucial for urban climate resilience …

Since the 1980s, urban planning and development has increasingly taken account of natural
water and nutrient cycles, with water flows managed as would have occurred on the original …

Water Sensitive Planning (WSP) recognizes the centrality of water in the urban built
environment, something often overlooked in urban planning systems. WSP was primarily …

Urban design can play a key role in addressing a wide range of climate-related water
challenges such as water pollution, water scarcity, floods, land subsidence, storm water …

The carbon peak and carbon neutrality goals for China signify a critical time of energy
transition in which energy resilience is a vital issue. Therefore, a comprehensive evaluation …

One of the most challenging problems that urban areas will face in the future is adaptation to
the effects of climate change, particularly with regard to local problems of water …

Cities face increasing water pressure and supply issues, jeopardizing the balance between
growth and sustainable water resource use. Green, resilient, smart, circular, blue, water …

In recent decades, the effects of climate change, rapid urbanization, and the burdens of
economic development have confronted cities with challenges in urban water management …