Long Y, Shen Z, Mao Q, 2012, "Retrieving spatial policy parameters from an alternative plan using constrained cellular automata and regionalized sensitivity analysis" Environment and Planning B: Planning and Design 39(3) 586 – 604
Download citation data in RIS format
Retrieving spatial policy parameters from an alternative plan using constrained cellular automata and regionalized sensitivity analysis
Ying Long, Zhenjiang Shen, Qizhi Mao
Abstract. In this paper we propose an approach to identify the spatial policy parameters (termed the implementation intensity reflecting planning controls on corresponding spatial constraint) associated with a predefined alternative plan, namely, a predefined-binary urban form. During plan implementation, the alternative plan cannot be fully realized in some cases due to practical urban growth driven by both institutional forces and market incentives, which are comprehensive and complex. Few researchers have investigated spatial policies appropriate for an alternative plan. We aim to propose a novel approach incorporating constrained cellular automata and regionalized sensitivity analysis, a method for global sensitivity analysis to calculate the realization possibility and identify the spatial policy parameters for an alternative plan. This approach is first tested in a virtual space with four predefined urban forms and various point, line, and polygon spatial constraints, with both positive and negative impacts on urban growth. Finally, the approach is also tested in the Beijing Metropolitan Area to identify the required spatial policy parameters for four alternative plans with seven spatial constraints.
Keywords: urban form, spatial plan, cellular automata, regionalized sensitivity analysis, Beijing
Full-text PDF size: 3564 Kb
Your computer (IP address: 126.96.36.199) has not been recognised as being on a network authorised to view the full text or references of this article. If you are a member of a university library that has a subscription to the journal, please contact your serials librarian (subscriptions information).