Floating Developments
the Next Chapter in Dutch Water Management?
B. Dal Bo Zanon (TU Delft - Environmental Technology and Design)
F.L. Hooimeijer (TU Delft - Environmental Technology and Design)
Luca Iuorio (TU Delft - Environmental Technology and Design)
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Abstract
As climate change accelerates, the Netherlands faces increasing challenges from rising sea levels and extreme weather events, leading to floods and droughts. Traditional water management strategies, focused on controlling water through infrastructure such as dikes and barriers, are increasingly questioned due to rising uncertainties. This chapter explores the fuzzy boundary between land and water, focusing on floating urban development as part of a broader paradigm shift towards climate adaptation.
Drawing on recent projects that integrate ecological values, natural processes, and spatial planning into flood defence systems, we argue that a paradigm shift is underway. These initiatives suggest a move away from strictly engineered water management solutions towards more adaptive and multifunctional approaches. Within this changing landscape, we examine whether floating urban development can be part of this transition, addressing its potential and limitations in scaling up as a viable response to climate resilience.
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