Exposure to human influence – a geographical field approximating intensity of human influence on landscape structure

A new spatial variable for the land use and land cover change modelling is introduced, approximating the intensity of human influence on the landscape. The ‘exposure’ simulates the dilution of human activity from settlements (source points with information about population size or other human activi...

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Main Authors: Michal Druga, Jozef Minár
Format: Article
Language:English
Published: Taylor & Francis Group 2018-11-01
Series:Journal of Maps
Subjects:
Online Access:http://dx.doi.org/10.1080/17445647.2018.1493408
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spelling doaj-18692778ec5e43b28b40fc674520760d2020-11-25T00:02:55ZengTaylor & Francis GroupJournal of Maps1744-56472018-11-0114248649310.1080/17445647.2018.14934081493408Exposure to human influence – a geographical field approximating intensity of human influence on landscape structureMichal Druga0Jozef Minár1Comenius UniversityComenius UniversityA new spatial variable for the land use and land cover change modelling is introduced, approximating the intensity of human influence on the landscape. The ‘exposure’ simulates the dilution of human activity from settlements (source points with information about population size or other human activity quantification) to landscape, based on the accessibility. Exposure to a settlement is directly proportional to its population size and inversely proportional to the cost distance from the settlement. Cost distance uses the sine of the slope angle as a cost raster to simulate a barrier effect of the terrain. Overall exposure to human influence summates exposure to all individual settlements in a region. The resultant raster field created for Slovakia achieves observable resemblance to the actual intensity of land use derived from Corine Land Cover map. The ArcGIS tool developed for the exposure calculation is supplemented.http://dx.doi.org/10.1080/17445647.2018.1493408Land use and land cover change modellingLUCC driving forcespopulation dispersionaccessibilitycost distanceintensity of land use
collection DOAJ
language English
format Article
sources DOAJ
author Michal Druga
Jozef Minár
spellingShingle Michal Druga
Jozef Minár
Exposure to human influence – a geographical field approximating intensity of human influence on landscape structure
Journal of Maps
Land use and land cover change modelling
LUCC driving forces
population dispersion
accessibility
cost distance
intensity of land use
author_facet Michal Druga
Jozef Minár
author_sort Michal Druga
title Exposure to human influence – a geographical field approximating intensity of human influence on landscape structure
title_short Exposure to human influence – a geographical field approximating intensity of human influence on landscape structure
title_full Exposure to human influence – a geographical field approximating intensity of human influence on landscape structure
title_fullStr Exposure to human influence – a geographical field approximating intensity of human influence on landscape structure
title_full_unstemmed Exposure to human influence – a geographical field approximating intensity of human influence on landscape structure
title_sort exposure to human influence – a geographical field approximating intensity of human influence on landscape structure
publisher Taylor & Francis Group
series Journal of Maps
issn 1744-5647
publishDate 2018-11-01
description A new spatial variable for the land use and land cover change modelling is introduced, approximating the intensity of human influence on the landscape. The ‘exposure’ simulates the dilution of human activity from settlements (source points with information about population size or other human activity quantification) to landscape, based on the accessibility. Exposure to a settlement is directly proportional to its population size and inversely proportional to the cost distance from the settlement. Cost distance uses the sine of the slope angle as a cost raster to simulate a barrier effect of the terrain. Overall exposure to human influence summates exposure to all individual settlements in a region. The resultant raster field created for Slovakia achieves observable resemblance to the actual intensity of land use derived from Corine Land Cover map. The ArcGIS tool developed for the exposure calculation is supplemented.
topic Land use and land cover change modelling
LUCC driving forces
population dispersion
accessibility
cost distance
intensity of land use
url http://dx.doi.org/10.1080/17445647.2018.1493408
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