Urban Planner: model for optimal land use scenario modelling

Author:

Burian Jaroslav,Šťastný Stanislav,Brus Jan,Pechanec Vilém,Voženílek Vít

Abstract

This paper describes a new approach to automatic optimal land use scenario modelling using the developed ArcGIS “Urban Planner” extension. The first part of the paper addresses the implementation of geoinformatic technologies in spatial planning. The study presents several models and approaches, which focus mainly on the evaluation of land suitability, spatial modelling, and the possibilities of their use in urban planning. The main part of the paper describes the theoretical basis of the model, which is built on a weighted raster overlay. This study also elaborately analyses the functionality of the extension, which lies in the assessment of land suitability and the detection of optimal areas suitable for urban development. The paper also offers some testing of the model, specifically its robustness and sensitivity in the Olomouc region and its possible use for the creation of development scenarios.

Publisher

Czech Geographical Society

Subject

Earth-Surface Processes,Geography, Planning and Development

Reference50 articles.

1. ALBERTI, M., WADDELL, P. (2003): UrbanSIM-A Tool for Land Use Planners. Georgia Basin/Puget Sound Research Conference. Vancouver, 2 pp.

2. BARAN-ZGLOBICKA, B. (2004): Badania krajobrazove wybranych obszarów lessowych jako podstawa oceny moż liwości wykorzystania terenu w procesie planowania przestrzennego. Ph.D Thesis. UMCS Lublin, 156 pp.

3. Modeling urban dynamics through GIS-based cellular automata

4. BORNING, A., WADDELL, P., FÖRSTER, R. (2007): UrbanSIM: Using Simulation to Inform Public Deliberation and Decision-Making, in: Chen, H. et al. (eds.): Digital Government: Advanced Research and Case Studies, Springer-Verlag, pp. 1–24.

5. BOUGROMENKO, V., ZAKIROV, M. (1999): Geogracom 5W – expert system for sustainable urban and regional transport development. CUPUM ’99 Computers in Urban Planning and Urban Management. On the edge of the millenium, Venice.

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