A hypothetical urban layout generation model for exploring land use impacts on travel behavior

Xiaoming Lyu (Corresponding author), Qi Han, Bauke de Vries

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2 Citations (Scopus)
88 Downloads (Pure)

Abstract

In urban planning, land-use policies are commonly applied to reduce automobile travel and encourage active transport because land use is believed to affect travel behavior. However, a debate about such effects continues in literature. Empirical studies differing in context, methodology, and geographic scale come to different results. Although questioned because of self-selection, the accumulated empirical evidence provides a solid foundation for conducting simulation research that helps systematically examine the effects of land use attributes on travel behavior. This paper introduces an urban layout generation (ULG) model specially developed for simulations. The ULG model is not a land use and transport interaction model. It generates hypothetical urban layouts corresponding directly to D-variables, a set of land use measurements widely used in empirical studies. The D-variables are controlled on multiple spatial scales in the ULG model. Besides the spatial aspects of the road network and land use commonly included in virtual city models, the ULG model also simulates the population density. Performance tests showed the ability of the ULG model to generate hypothetical though reasonable urban layouts which meet the requirements of simulation research of land use and travel behavior. Finally, several examples combing the ULG model and a travel behavior simulation model show potential applications of the ULG model.
Original languageEnglish
Pages (from-to)317-329
Number of pages13
JournalTravel Behaviour and Society
Volume28
Issue number6
DOIs
Publication statusPublished - Jul 2022

Funding

The author Xiaoming Lyu was sponsored by China Scholarship Council [grant number 201306620006]. The authors would like to thank Feixiong Liao's support for the MSN model.

FundersFunder number
China Scholarship Council201306620006

    Keywords

    • Land use
    • Travel behavior
    • Simulation
    • Urban layout generation

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