Muangsri, SMcWilliam, WendyLawson, Gillian2024-05-292024-04-182024-05-2920242023-07-092253-1440https://hdl.handle.net/10182/17255Flooding in low-lying coastal cities is expected to worsen with climate change, and planning for long-term flood mitigation is challenging due to high uncertainty in projections. Risks are associated with under- or over-investment in expensive grey infrastructure. Implementing green stormwater infrastructure (GSI) on strategically large private properties may be a lower-risk alternative. In our previous studies published in 2022 and 2024, we found that the capability of industrial properties to supplement city flood mitigation was substantial. They could offset climate change impacts in the long term, even under a major climate change scenario, and reduce flood probabilities. In this paper, we restate their potential as a case study of large private properties to draw more attention from practitioners and transfer scientific knowledge into practice. The maximum flood mitigation capabilities of large private properties can be met through networks of GSI facilities and a long-term adaptation plan that considers all possible approaches to implementing GSI over time. However, government regulations and policies are needed to support their implementation to the maximum capabilities.pp.31-44en© 2024 Muangsri et al. Published by School of Landscape Architecture, Lincoln University, Canterbury, NZ.adaptive planningclimate changeflood mitigationgreen stormwater infrastructurelow-lying coastal cityJournal Article10.34900/lr.v20i1.12121173-3853ANZSRC::330107 Architecture managementANZSRC::330109 Landscape architectureANZSRC::310406 Evolutionary impacts of climate changeANZSRC::370201 Climate change processesANZSRC::330404 Land use and environmental planningANZSRC::330303 Design for disaster reliefANZSRC::3301 ArchitectureANZSRC::3304 Urban and regional planninghttps://creativecommons.org/licenses/by/4.0/Attribution