Remote Sensing of the Earth: A Method of Using Gis for Monitoring the Land of Rural Settlements

Xamidova  Maknona; Romanyuk  Yulia; Gulmurzaeva  Roza

Authors

Xamidova Maknona Associate Professor of the Tashkent Institute of Architecture and construction
Romanyuk Yulia Lecturer at the Tashkent Institute of Architecture and construction
Gulmurzaeva Roza Lecturer at the Tashkent Institute of Architecture and construction

Keywords:

satellite technologies, remote diagnostics, remote monitoring, basic geoinformation platform, lands of settlements, target system of agricultural monitoring, GIS technologies

Abstract

Modern technologies of remote sensing of the earth from space make it possible to create new information systems for observing and studying changes in the areal nature in each category of the land fund of the republic of Uzbekistan. This is especially important when it comes to studying the land of rural settlements, since their most important elements are perennial plants and soils that provide crops. In this case, it is necessary to create a special information technology for monitoring such objects. This will make it possible to form a series of observations that are homogeneous in time and space and will ensure that the analysis can be carried out with a high degree of reliability in the future.

References

1. Decree of the president of the republic of Uzbekistan dated 30.08.2019, NO. UP-5806 "On the development of space activities in the republic of Uzbekistan»
2. I. Yu. Grishin R. R. Timirgaleeva, materials of the III all-Russian scientific conference "Ecology and Space" named after academician K. Ya. Grishin. Kondratiev (St. Petersburg, 2017)
3. I. Grishin, R. Timirgaleeva, materials of the CEUR seminar. 1. Serial number. "Selected reports of the 1st international scientific conference convergent cognitive Information technologies, Convergent 2016 (2016)
4. V. G. Bezborodov, state and prospects of using the results of space activities in the interests of modernization of the economy of the Russian Federation and development of its regions (Encitech, Moscow, 2014)
5. Vorobyova A. A. Remote sensing of the Earth. Educational and methodical manual. - St. PETERSBURG: SPBU ITMO, 2012. - 168 p.
6. A. K. Knowles, introduction to historical GIS. Past time, past place: GIS for history, edited by A. K. Knowles, XI-XX. Redlands, CA: ESRI Press, 2002.
7. Raklov V. P. Cartography and GIS: Textbook Moscow 2008. - 118s.
8. Sutyrina E. N. Remote sensing of the Earth. Study guide. - Irkutsk: Izd-vo IGU, 2013. - 165 p.
9. Chandra A. M., Ghosh S. K. Remote sensing and geographic information systems. Moscow: Technosphere, 2008. - 312 p.
10. S.Yu. Blokhina, Bulletin of the Russian Agricultural Science 5 (2018)
11. I.S. Kozubenko, I.Yu. Savin, Bulletin of the Russian Agricultural Science 5, 9–11 (2017)
12. E.A. Lupyan, V.P. Savorsky, Yu.I. Shokin, A.I. Aleksanin, R.R. Nazirov, I.V. Nedoluzhko, O.Yu. Panova, Modern Problems of Remote Sensing of the Earth from Space 9(5), 21-44 (2012)