Understanding Liveability in Danish Urban Water Management & Planning: A study of implementing the principles of Water Wise Cities in Marienlyst

Abstract: This thesis investigates the implementation of new urban water management and planningapproaches in Denmark, with a specific focus on integrating solutions for extreme rainfallevents and enhancing livability. The study explores the Principles of Water Wise Cities as aframework for incorporating these aspects through Water Sensitive Urban Designs (WSUD).The aim is to provide a clearer understanding of the implementation of Water Wise Cities andthe role of livability in the context of urban water. In order to investigate the aim, the research employs a document analysis of two planningdocuments for Marienlyst, an urban development project in Aarhus Municipality, Denmark.The findings highlight the prevalence of Water Wise Cities through WSUD in Danish urbanwater management. However, the analysis of Marienlyst reveals fragmented integration ofWSUD solutions, lacking the multifunctionality observed in other examples, calling for aholistic and systematic approach to planning that better integrates urban water managementsolutions.  The thesis emphasizes the need to expand the understanding of livability beyond recreation inMarienlyst, to encompass broader implications of enhancing livability through water. It arguesfor comprehensive integration of livability in planning processes to foster resilient and inclusiveurban and community development. The limitations of a top-down approach in conceptualizinglivability are underscored, emphasizing the importance of participatory processes thatincorporate local knowledge. The thesis also addresses the vague nature of the livabilityconcept, advocating for critical engagement and robust integration into planning processes tocreate sustainable and equitable urban environments. In conclusion, this thesis highlights the necessity of a holistic and participatory approach inurban water management, integrating innovative solutions for extreme rainfall events andenhancing livability. The findings contribute to the existing knowledge on urban watermanagement and underscore the ongoing importance of research and development for thecreation of resilient and livable cities.