ADVANCED GIS-BASED SPATIAL DECISION SUPPORT SYSTEM FOR OPTIMIZING PUBLIC LAND USE IN BUKHARA CITY (FOCUSING ON MULTICRITERIA ANALYSIS AND GEOSPATIAL INTEGRATION)

Authors

  • Bobojonov Saidjon Utkir ugli Lecturer at the Department of Land Resources and State Cadastres, Bukhara State Technical University, Bukhara, Uzbekistan. E-mail: bobojonovsaidjon2000@gmail.com Author

Keywords:

public land use, spatial decision support, AHP, WLC, GIS, Bukhara, land suitability.

Abstract

This article presents a novel decision-support approach for the optimal management of public use land (markets, parks, squares, recreational areas, sports complexes, libraries, and museums) in Bukhara city using geoinformation technology. The study builds upon Paragraph 3.2 of the doctoral dissertation and introduces a geospatial model combining Analytic Hierarchy Process and Weighted Linear Combination to determine the most suitable land plots. Multicriteria parameters including accessibility, environmental impact, population density, and infrastructural availability were processed in a GIS environment to produce weighted suitability maps. The article demonstrates how advanced spatial decision systems can assist urban managers in sustainable spatial planning.

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Published

2025-09-01