Knowledge of how to articulate the âurban transitionâ is today urgently needed. Urbanization is on a steadily growing trend that impacts the water cycle as a whole. However, while the effects of urbanised/urbanising areas on water quantity (how much water) have been well studied for flood prevention, other effects âas those related to water quality (which water)â are mostly unknown. Taking hold from the most recent developments on the âwater ageâ concept, i.e. the time that water resides in the landscape before exiting as runoff or evaporation, the project proposes a proof of concept study on the notion of âwater-age-neutralâ design. This concept envisions the possibility of designing the City-Territory without net impacts on its ânaturalâ water age balance and thus with minimal impacts on water quantity and quality altogether.
This work is part of the Water-Age-Neutral Habitats: Re-designing the urban water cycle for a renewable city-territory research project, conducted at EPFL. This interdisciplinary project is funded by the ENAC Cluster Grants 2020 – Sustainable Territories, with modeling done in collaboration with Chris Soulsby and his team at IGB Berlin. This website is created through the ENAC Cluster Grant Data Valorisation program.
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