Abstract

Abstract The aim of the research is to propose the method for forming an indicator of compactness of a populated population and to test it. The comparative analysis, structuring, geospatial modelling methods have been used in the research. Land use management and development regulation, which is carried out by urban planning documentation, is the spatial frame for sustainable territory development. Forming of quantitative and qualitative indicator system that characterises the level of urban development of a settlement is an overriding issue for state estimation of settlement development. Management decisions on land use management should be made taking into account the evaluation results. The compact form is an essential basis for the efficient and stable use of the settlement territorial resources. There is no single evaluation technique of settlement compactness; there are a variety of approaches and methods for the assessment of settlement form. The compactness level in this study is estimated by a system of indicators that attests to the multiplicity of land uses and the degree of accessibility to basic services and leisure facilities. The determining technique of component compactness has been tested in evaluating the planning structure of Kyiv. All planning quarters are rated according to a five-level rating scale. For each classification group, general recommendations have been developed to improve the land use system aimed at improving the compactness of the settlement. The results of compactness assessment can be used through geoinformation monitoring tools in the provision of administrative services as justification for managerial decision-making.

Highlights

  • The Global Sustainable Development Goals 2015–2030 are aimed at addressing over the last 15 years the major human problems of social equality, ensuring minimum living comforts and adapting humanity to climate threats (UNDP in Ukraine, 2015)

  • The compactness index of settlements consists of two indicators and is a characteristic of sustainable development in terms of density and accessibility (Table 1)

  • The calculation methodology can be automated in the environment of geoinformation systems since the inventories are kept in the form of geospatial data and the monitoring results must be provided in a spatial dimension (Lyashchenko & Patrakayev, 2015)

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Summary

Introduction

The Global Sustainable Development Goals 2015–2030 are aimed at addressing over the last 15 years the major human problems of social equality, ensuring minimum living comforts and adapting humanity to climate threats (UNDP in Ukraine, 2015). Settlements are characterised by a high concentration of population per unit area, so the implementation of sustainable development principles for managing settlement territories is a significant step towards achieving global goals. The spatial frame for sustainable development of the territory is land use management and regulation of development, which are carried out by urban planning documentation (Kovalska & Smilka, 2019). Cadastral systems provide information about the actual state of the.

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