The sustainable development of urban and rural settlements is considered one of the primary objectives of economic, social, and urban planning. Recent studies focused significant attention on the issue of the resilience of rural settlements due to the challenges and threats they face. One of the essential drivers affecting the resilience of rural settlements is cultural heritage preservation. The research methods were based on the complex systems approach. The study employed a multidimensional analysis method to evaluate the resilience of rural settlements based on five sub-systems: social, economic, environmental, physical, and managerial. The proposed method for evaluation of the settlement sustainability involves the application of a settlement development index and considers the preservation of cultural heritage objects. The data sources used contain open-access information and statistical data provided by municipal organizations, including GIS maps, statistical, and archival records. The study aim was to establish methodological frameworks for evaluating the influence of cultural heritage on the resilience of rural settlements as well as to obtain a quantitative assessment of the resilience of rural settlements within the Zavałočycy local council, located at Hlusk district, Mahiloŭ region, Belarus.

MATEC Web of Conferences, open access proceedings in Materials science, Engineering and Chemistry

Settlement system development is currently one of the basic objectives in land use planning, which is significant for Belarus, as it is the most urbanized country in the European region. Historical-genetic analysis is the most effective approach for studying the transformational changes in settlement systems. The research was aimed at analyzing the transformation peculiarities in the rural settlement system of Belarus. The core of the methodological basis lies in general scientific methods (systematic approach, historicism approach, historical-genetic method) and special interdisciplinary methods (cartographic analysis using GIS software). Historical-genetic analysis made it possible to identify the most significant historical periods in the formation of the rural settlement system in Belarus: pre-revolutionary, Soviet and recent. For each period, the pattern and spatial configuration of the rural settlement system were analyzed. Spatial changes in settlement pattern were highlighted: polarization, increasing the share and the population number of the “largest” settlements, the decreasing of “large” and “medium-sized” settlements and the degradation of “small” settlements. As a result, two types of rural settlement transformation were identified: “development” and “degradation”. Three ways of spatial configuration of the rural settlement system were identified: “relocation to city”, “relocation to the center of the settlement system” and “relocation to settlement”. Directions for future research are linked with conceptualizing the model of the spatial–territorial organizing of the rural settlement system.

Sustainability of settlement systems is of greatest relevance in political and socio-economic stability all over the world. The development effectiveness of a rural settlement system involves the solution of a number of matters in sustainable development, namely social welfare and environmental balance, economy and industry development, improving the pipeline and utility infrastructure, and improving the efficiency of the decision-making process. Currently, the sustainability of a rural settlement system is one of the key objectives in regional planning in post-Soviet countries. The introduction of new tools for assessing and managing the settlement system development is particularly true for Belarus, as a country with a strong focus on agricultural industry. The research aim was to develop and approve a model for evaluating the settlement system development. The research methods were based on the complex and interdisciplinary approaches, namely the system-element approach, the comparative analysis, spatial and mathematical modelling, factor analysis, and the cartographic analysis. The model was approved by practical consideration for evaluating the development of the analogue object at the local planning level. The practical relevance of the research is associated with the potential for using the model as a significant tool in land use planning. The model employs both quantitative and qualitative evaluation to obtain alternative solutions towards sustainable development of rural areas. Another advantage of the model is its multifunctionality, which enables: (1) sustainability evaluation of a settlement system, (2) establishment of regional planning priority areas, and (3) development of specific measures for ensuring the sustainability of a regional settlement system and its elements.