Advantages of formation non-agricultural land allocation projects based on GIS technologies

Author:

Babajanov Allabergan,Abdiramanov Rashid,Abdurahmanov Ilhom,Islomov Utkir

Abstract

Based on the collection and study of official data, the main criteria for selecting a land plot using GIS (Geographic Information System) technologies for the construction of a water treatment plant are presented. The main stages of data analysis are determined when solving the question of the location of the building using ArcGIS, ArcMap, ArcCatalog and it is scientifically proven that the use of such programs when choosing land plots for such types of construction can save in large amounts of material and labour resources. Together with these, in the conducted study, a methodology was developed and presented for the formation of a database necessary for compiling similar GIS projects, as well as a methodology for a feasibility study for the implementation of land allotment projects for the construction of various economic facilities. The advantages of using GIS technology for non-agricultural land use projects, which are the main form of inter-farm land use, which is a modern measure aimed at rational land use, are described. Key factors and key indicators, as well as expected project results.

Publisher

EDP Sciences

Reference10 articles.

1. Safarov E., Technology of geographic information systems. Tashkent University, (2009).

2. Guryanova L., Downloaded to GIS. Mn., BSU, (2009).

3. Lurie I., Geo-information Cartography. M., Moscow State University, Book House, (2008).

4. Saidkasimov S., Technology of geographic information systems. Tashkent, Economics Finance, (2011).

5. Lipsky S., The problem is that all your problems are in the background. M., IP Kim L.A., (2019).

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