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Land Consumption by Urban Sprawl—A New Approach to Deduce Urban Development Scenarios from Actors’ Preferences
Abstract A new modelling approach to urban sprawl dynamics is introduced which allows representing qualitative knowledge on relations between moving actor populations and properties of locations. The results of this Qualitative Attractiveness Migration (QuAM) Model are scenario-like sets of possible future developments of the urban system, much in contrast to quantitative forecasts gained by traditional modelling approaches. QuAM models allow for the interaction between internal dynamics and external influences. The application of the new approach is exemplified by the case of urban sprawl in Leipzig since 1990. It was possible to reproduce the observed qualitative development and to calculate future scenarios. The scenario runs project a new wave of middle class driven residential sprawl and suggest implications for sprawl reducing policy interventions.
Land Consumption by Urban Sprawl—A New Approach to Deduce Urban Development Scenarios from Actors’ Preferences
Abstract A new modelling approach to urban sprawl dynamics is introduced which allows representing qualitative knowledge on relations between moving actor populations and properties of locations. The results of this Qualitative Attractiveness Migration (QuAM) Model are scenario-like sets of possible future developments of the urban system, much in contrast to quantitative forecasts gained by traditional modelling approaches. QuAM models allow for the interaction between internal dynamics and external influences. The application of the new approach is exemplified by the case of urban sprawl in Leipzig since 1990. It was possible to reproduce the observed qualitative development and to calculate future scenarios. The scenario runs project a new wave of middle class driven residential sprawl and suggest implications for sprawl reducing policy interventions.
Land Consumption by Urban Sprawl—A New Approach to Deduce Urban Development Scenarios from Actors’ Preferences
Reckien, Diana (Autor:in) / Eisenack, Klaus (Autor:in) / Lüdeke, Matthias K. B. (Autor:in)
Environmental Modeling & Assessment ; 16 ; 465-477
28.04.2011
13 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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