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Mapping form and function in urban areas: an approach based on urban metrics and continuous impervious surface data. / Van De Voorde, Tim; Jacquet, Wolfgang; Canters, Frank.

In: Landscape and Urban Planning, Vol. 102, 07.05.2011, p. 143-155.

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@article{748a28a9a5354255b5b20c4ac65bc764,
title = "Mapping form and function in urban areas: an approach based on urban metrics and continuous impervious surface data",
abstract = "Developing effective urban planning strategies and monitoring their spatial impact requires morphological and functional land-use maps showing the ongoing urban growth processes. Medium spatial resolution remote sensing images (e.g. Landsat, SPOT-HRV) are a useful data source for creating such maps as they have been regularly available since the early 1970s. While land use is linked to socio-economic activities and can therefore not be directly inferred from spectral information, previous studies have nevertheless indicated that the spatial structure of the built-up environment is related to its function. In this paper, the urban morphology of Dublin, Ireland is represented by continuous impervious surface maps which are derived at the sub-pixel level from medium spatial resolution images of 1988 and 2001. The distribution and spatial configuration of impervious surface cover is quantified at the scale of predefined spatial entities by three urban metrics: the average impervious surface cover, shape characteristics of the frequency distribution and spatial variance. Morphology is related to land use by applying a supervised classification with the urban metrics as variables and generalised land-use categories as target classes. Combined with built-up densities derived from the impervious surface data, the classification produces morphological/functional maps that clearly show the urban dynamics in Dublin between 1988 and 2001. An overall accuracy of 86{\%} was achieved when a distinction was made between two broad classes representing employment related and residential land-use. These two classes are important in the context of calibrating urban growth models because they represent important drivers of urban land-use change.",
keywords = "Urban remote sensing, Impervious surfaces, Spatial metrics, Distribution-based signatures, Urban growth modelling",
author = "{Van De Voorde}, Tim and Wolfgang Jacquet and Frank Canters",
year = "2011",
month = "5",
day = "7",
language = "English",
volume = "102",
pages = "143--155",
journal = "Landscape and Urban Planning",
issn = "0169-2046",
publisher = "Elsevier",

}

RIS

TY - JOUR

T1 - Mapping form and function in urban areas: an approach based on urban metrics and continuous impervious surface data

AU - Van De Voorde, Tim

AU - Jacquet, Wolfgang

AU - Canters, Frank

PY - 2011/5/7

Y1 - 2011/5/7

N2 - Developing effective urban planning strategies and monitoring their spatial impact requires morphological and functional land-use maps showing the ongoing urban growth processes. Medium spatial resolution remote sensing images (e.g. Landsat, SPOT-HRV) are a useful data source for creating such maps as they have been regularly available since the early 1970s. While land use is linked to socio-economic activities and can therefore not be directly inferred from spectral information, previous studies have nevertheless indicated that the spatial structure of the built-up environment is related to its function. In this paper, the urban morphology of Dublin, Ireland is represented by continuous impervious surface maps which are derived at the sub-pixel level from medium spatial resolution images of 1988 and 2001. The distribution and spatial configuration of impervious surface cover is quantified at the scale of predefined spatial entities by three urban metrics: the average impervious surface cover, shape characteristics of the frequency distribution and spatial variance. Morphology is related to land use by applying a supervised classification with the urban metrics as variables and generalised land-use categories as target classes. Combined with built-up densities derived from the impervious surface data, the classification produces morphological/functional maps that clearly show the urban dynamics in Dublin between 1988 and 2001. An overall accuracy of 86% was achieved when a distinction was made between two broad classes representing employment related and residential land-use. These two classes are important in the context of calibrating urban growth models because they represent important drivers of urban land-use change.

AB - Developing effective urban planning strategies and monitoring their spatial impact requires morphological and functional land-use maps showing the ongoing urban growth processes. Medium spatial resolution remote sensing images (e.g. Landsat, SPOT-HRV) are a useful data source for creating such maps as they have been regularly available since the early 1970s. While land use is linked to socio-economic activities and can therefore not be directly inferred from spectral information, previous studies have nevertheless indicated that the spatial structure of the built-up environment is related to its function. In this paper, the urban morphology of Dublin, Ireland is represented by continuous impervious surface maps which are derived at the sub-pixel level from medium spatial resolution images of 1988 and 2001. The distribution and spatial configuration of impervious surface cover is quantified at the scale of predefined spatial entities by three urban metrics: the average impervious surface cover, shape characteristics of the frequency distribution and spatial variance. Morphology is related to land use by applying a supervised classification with the urban metrics as variables and generalised land-use categories as target classes. Combined with built-up densities derived from the impervious surface data, the classification produces morphological/functional maps that clearly show the urban dynamics in Dublin between 1988 and 2001. An overall accuracy of 86% was achieved when a distinction was made between two broad classes representing employment related and residential land-use. These two classes are important in the context of calibrating urban growth models because they represent important drivers of urban land-use change.

KW - Urban remote sensing

KW - Impervious surfaces

KW - Spatial metrics

KW - Distribution-based signatures

KW - Urban growth modelling

M3 - Article

VL - 102

SP - 143

EP - 155

JO - Landscape and Urban Planning

JF - Landscape and Urban Planning

SN - 0169-2046

ER -

ID: 2047935