Richard Burke
ABSTRACT
Simulations of future urban form (road networks, land use type, building density and building type) are needed to provide greater clarity of future urban flooding dynamics. This paper proposes an interdisciplinary and novel geospatial approach involving advanced geosimulations, artificial intelligence algorithms and hydrodynamic modelling to assess how flood risk is exacerbated under different urban form scenarios. It is envisioned that the final output will have a pivotal impact on urban growth modelling research and enhance community-level knowledge and resilience to urban flooding.
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Index Terms
- A geospatial modelling framework to assess flood risk under future scenarios of urban form (vision paper)
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