The representation of greenery in the boundaries between the open landscape and residential areas in suburbanised rural settlements: development from the nineteenth to the twenty-first century

Jan Maňas (), Jan Kabrhel () and Jakub Kyselovič ()
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Jan Maňas: Czech University of Life Sciences Prague
Jan Kabrhel: Czech University of Life Sciences Prague
Jakub Kyselovič: Czech University of Life Sciences Prague

Environment, Development and Sustainability: A Multidisciplinary Approach to the Theory and Practice of Sustainable Development, 2024, vol. 26, issue 9, No 95, 24473-24493

Abstract: Abstract The rapid development of rural settlements into commuter towns in the hinterland of large cities, coupled with intensive agriculture and climate change, may negatively affect the prosperity of these areas. The presented analysis focused on randomly selected rapidly growing settlements in the Prague metropolitan area, examining their development with a focus on the peripheral parts of such settlements. Settlement margins constitute a specific part of rural settlements as it typically contributes to the rural character by providing the gradual gradient between the settlement and the open landscape. The representation of water-absorbing and non-water-absorbing areas and their suitability for the development of taller vegetation along the margins of three randomly selected suburbanised settlements in the hinterland of Prague are analysed from the perspective of the possibility to maintain the traditional character of the settlement margins. Historical maps, aerial photographs, spatial planning documents, and data on current land use and landscape cover were used for the analysis of the settlements’ development over the last approx. 200 years. In order to determine whether an area is water absorbing or not, a manual approach was used for historical maps and a machine learning process for present orthophoto maps. The automated machine learning classification process could be utilised, because the used orthophoto imagery includes a near-infrared portion of the spectrum (i.e. NIR imagery). We have observed the trend of decreasing plot size and of reduction in the water-absorbing surfaces suitable for planting taller vegetation, especially in the twenty-first century residential developments, which disrupts the traditional rural character of these settlements. The utilisation and stabilisation of the current vegetation in the historical areas, together with the creation of the vegetation belts along the margins of the newly developed areas, could improve the environmental quality of these settlements, promote ecosystem services, and increase biodiversity.

Keywords: Suburbanization; Rural environment; Land use changes; Rural ecology; Ecotone; Landscape ecology; Urban-rural interface (search for similar items in EconPapers)
Date: 2024
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DOI: 10.1007/s10668-023-03554-w

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