Article

Received 31.10.2023

Revised 21.02.2024

Accepted 27.03.2024

Retrieved from Iss. 115, P. 1, 2024

Pages 81 -88

Mamonov, K., Kanivets, O., Velychko, V., & Goi, V. (2024). TOOLKIT FOR PROVIDING LAND STRUCTURE OF UNITED TERRITORIAL COMMUNITIES. Automobile Roads and Road Construction, (115.1), 81-88. https://doi.org/10.33744/0365-8171-2024-115.1-081-088

TOOLKIT FOR PROVIDING LAND STRUCTURE OF UNITED TERRITORIAL COMMUNITIES

Kostiantyn Mamonov Olena Kanivets Volodymyr Velychko Vasyl Goi

The relevance of the research topic is proven. The goal of the study to identify the features of land use monitoring of united territorial communities has been achieved. In this context, the following tasks were solved: theoretical substantiation of the existing theoretical provisions regarding the definition of land use monitoring; characteristics of monitoring procedures regarding the use of the lands of the OTG. The concept of monitoring the use of land of united territorial communities is defined, which takes into account spatial, urban planning, socio-economic and environmental support through the use of geoinformational tools, which allowed to develop a theoretical and methodological basis for the formation and application of monitoring procedures at the regional level to increase the effectiveness of the implementation of land relations in OTG. The typological principles for determining the factors related to the use of land of united territorial communities based on spatial, urban planning, socio-economic and environmental support have been developed, which allows for the formation of a quantitative basis for the development and implementation of an integral assessment method for the formation and implementation of monitoring at the regional level. The method of integral assessment of land use of united territorial communities is proposed, as the main element of the technology of formation and implementation of monitoring, based on analytical and expert methods, which, unlike the existing ones, allowed to form a systematic monitoring environment at the regional level. The monitoring of land use of the OTG was developed, which is based on the results of the application of the method of assessing the level of land use, mathematical modeling and modern geoinformation systems, which made it possible to create conditions for making informed decisions

geoinformation systems, geodetic and land management support, land use, united territorial communities, monitoring, land management
  1. Overkovska, T.K. (2015). Land monitoring in Ukraine: Legal aspects. Legal Bulletin, 1(34), 125-128.
  2. Horbatiuk, V.M., & Klymenko, K.V. (2007). Organizational and technological features of land monitoring implementation at the regional level. Geodesy, Cartography and Aerial Photography, 69, 150-156.
  3. Horlanchuk, V.V., Viun, V.H., & Peschanska, I.M. (2006). Land resource management: Textbook. Lviv: Magnolia Plus.
  4. Mamonov, K.A., & Shterndok, E.S. (2017). Methods and models for assessing the formation, distribution and use of land in a megacity applied in the geoinformation support system. In Economic cybernetics: Aspects of formation and development of the electronic economy: Proceedings of the All-Ukrainian scientific and practical conference (pp. 92-96). Dnipro: Porohy.
  5. Perovych, L.M., & Hubar, Yu.P. (2010). Real estate appraisal: study guide. Lviv: Lviv Polytechnic Publishing House.
  6. Shterndok, E.S. (2017). Modeling the influence of spatial factors on the assessment and use of land in a megacity. (PhD dissertation, Kharkiv, Ukraine).
  7. Banakh, A.V., & Poltavets, M.O. (2019). Analysis of the mutual influence of parameters of natural and anthropogenic urban planning systems. Urban Planning and Territorial Planning, 69, 8-13.
  8. Mamonov, K.A., Hrek, M.O., & Meteshkin, K.O. (2017). Determination of urban planning factors affecting the use of city land. Collection of Scientific Works of the Ukrainian State University of Railway Transport, 169, 174-182.
  9. Hordiі, M.S. (2012). Problems and prospects of using GIS mapping in Ukraine. Journal of Cartography, 4, 23-30.
  10. Mamonov, K.A., Nesterenko, S.H., & Viatkin, K.I. (2016). GIS support for the rational use of land resources in urban development. Scientific Bulletin of Construction, 86(4).
  11. Velychko, O.M., Dudych, I.I., & Shpenyk, Yu.O. (2001). Fundamentals of ecology and environmental monitoring. Uzhhorod: Uzhhorod National University.

https://doi.org/10.33744/0365-8171-2024-115.1-081-088