This article discusses how to use the statistical database and the mechanism of integration of vector data of geographical objects to study and analyze the dynamics of population change. Practical work will be done on the transformation of GAT layers into complete geo data by obtaining geographical information and performing a series of operations on it. The relevance of the topic is due to the need for renewed research on changes in population dynamics at the local and regional levels, due to fundamental changes in the mechanisms of development of the demographic situation in the post-Soviet space. Among the methods for studying population dynamics in a territorial context, cartographic ones dominate, which in the last decade have become relevant due to a systematic vision of the processes of the dynamics of mapped objects and phenomena, the transition to geo information methods and digital technologies for obtaining new knowledge about the spatial development of regions.
This article discusses how to use the statistical database and the mechanism of integration of vector data of geographical objects to study and analyze the dynamics of population change. Practical work will be done on the transformation of GAT layers into complete geo data by obtaining geographical information and performing a series of operations on it. The relevance of the topic is due to the need for renewed research on changes in population dynamics at the local and regional levels, due to fundamental changes in the mechanisms of development of the demographic situation in the post-Soviet space. Among the methods for studying population dynamics in a territorial context, cartographic ones dominate, which in the last decade have become relevant due to a systematic vision of the processes of the dynamics of mapped objects and phenomena, the transition to geo information methods and digital technologies for obtaining new knowledge about the spatial development of regions.
| № | Имя автора | Должность | Наименование организации |
|---|---|---|---|
| 1 | Gulyamova L.. | teacher | UzMU |
| 2 | Rakhmonov D.N. | teacher | UzMU |
| 3 | Shafkarova M.S. | teacher | UzMU |
| № | Название ссылки |
|---|---|
| 1 | A. Coburn., R. Spence, R. Earthquake protection, Wiley, England. E-geos “Geo Eye IKONOS, Introductory Price List”, 2009. |
| 2 | P.J. Hardin., M.W. Jackson., J.M. Shumway., R. R. Jensen. Interurban population estimation using remotely sensed imagery in. geo-spatial technologies in urban environments. policy, practice and pixels, second edition. “Heidelberg, Germany: Springer”, 2007. 47 |
| 3 | J. Harvey. Estimating census district populations from satellite imagery: some approaches and limitations. “Journal of remote sensing”, 2002. 2071 |
| 4 | T. Francis., J. Kubanek. Comparison of GIS-based and high resolution satellite imagery population modeling a case “Study for Istanbul. diploma thesis. Work in progress”, 2010. |
| 5 | X. Liu., K. Clarke., M. Herold. Population density and image texture: a comparison study. photogrammetric engineering remote sensing. “American society for photogrammetry and remote sensing”, 2006. 187. |
| 6 | C. Newell. Methods and models in demography. “The guilford press, New York”, 1988 |
| 7 | I. Souza., M.N. Pereira., M. Kurkdjian. “Evaluation of high resolution satellite images for urban population estimation. national institutes of pesquisas espacias. aceito”, 2003. |
| 8 | Para presentation symposium of sensoriamento remoto de areas urbanas, Istanbul. “Turquia. sao jose dos campos, Brazil”, 2002. |
| 9 | A.N Inamov., N.T Mirjalolov., D.T Mirjalolov. “Improving the methods of creating electronic digital maps”, 2018. 63. |
| 10 | M. Abduvaliyeva, Innovative technologies in the field of geodesy and cartography. “International earth day-collection of articles TIQXMMI”, 2019. 384. |
| 11 | Sh. Avchiyev. Applied geodesy. “Publishing House”, 2007. 360. |
| 12 | O.B. Mukhtorov., A.N Inamov., JO Lapasov. “Textbook on geo information systems and technologies”, 2017. 214 |
| 13 | I.A. Gundarov. “Demographic catastrophe in Russia: causes, mechanisms, ways of overcoming”, 2001. 208 |
| 14 | The population of Russia: an annual demographic report. “Publishing house”, 1993. 2018. |
| 15 | Z.I. Sidorkina., G.Sh. Tsitsiashvili. Determining the factors of stability in the dynamics of the population of the cities of the far east. “Geography and natural resources”, 2009. 129. |
| 16 | N.V. Vorobyov., A.N. Vorobyov. Geodemographic factors of urbanization processes in Siberia of the post-Soviet period. Assessment of modern factors of urban development and urbanization changes in Siberia. “Academic publishing house”, 2011. 51 |
| 17 | A.R. Batuev. Cartographic support of regional development. “Publishing house of Moscow State University”, 2003. 50. |
| 18 | A.R. Batuev., D.A. Gales. Thematic mapping of regional development systems. "Geography and natural resources”, 2007. 42. |
| 19 | A.R. Batuev., A.N. Beshentsev., V.N. Bogdanov., D. Dorzhgotov., L.M. Korytny., V.M. Plyusnin. Ecological atlas of the Baikal basin: cartographic innovation. “Geography and natural resources”, 2015. 5 |