Anthropogenic infrastructure as a component of urbogeosystems
Abstract
This article deals with the definition of the concept of "anthropogenic infrastructure" and attempts to find its place in the structure of urbogeosystems. The concept itself can not be called new, as many foreign authors have already used it, but the final definition never happened. The reasons why city studies are becoming more relevant in the face of ever-accelerating urbanization are briefly presented. Prerequisites for the emergence of the urban environment and approaches to its study are given. A special attention is paid to the consideration of urbosystems and their component structure. The main four components are described, which include the technosphere, biosphere, population and abiotic nature. The causes of the appearance of urban ecosystems and their specific features are analyzed. Based on the deficiencies of the "Urbosphere", "Urbosystem" and "Urboecosystem", the notion of "Urbogeosystem" is formed once again. Since architectural and construction objects are key components of such systems, their integration into anthropogenic infrastructure allows us to operate with a more general concept.
Functional zones of the city, which are part of the anthropogenic infrastructure, are described. These include residential, industrial, forest and park areas. Examples of the use and functioning of each of the zones are given. An attempt has been made to estimate the boundaries of urbogeosystems. The existing approaches to the classification of anthropogenic infrastructure are analyzed. For one of them, it is advisable to allocate separately "hard" and "soft" infrastructure by the nature of the tasks of society, which they are called upon to satisfy. An alternative approach is to divide the anthropogenic infrastructure into "human" and "physical" ones. If the first satisfies the socio-cultural needs of people, the second is used for production, development, establishment of communications, transportation. It is proved why it is expedient to single out a separate concept "anthropogenic infrastructure".
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References
2. Kostrikov, S.V., Chuiev O.S. (2015). Dvorivneva GIS-model dlya analizu urbogeosystem [Two-level GIS model for analysis of urboheosystems]. Region – 2015: Strategy of optimal development. Annual International Conference. Kharkiv, 20-22.
3. Kostrikov, S.V. (2014). Programne zabezpechennya GIS dlya LiDAR-technologii dustantsiynoho zonduvannya v tsilyakh analizu urbogeosystem [GIS software for LiDAR-technology for remote sensing for the purpose of analysis of urboheosystems]. Problemu bezperervnoi geografichnoi osvity i kartografii, 19, 45-52.
4. Likhacheva, E.A. et al. (1996). Gorod – ekosystema [City-Ecosystem]. Moscow: IGRAN, 336.
5. Mezentsev, K.V. (2012). Urbanizovani terytorii Ukrainy: prychyny i naslidky transformatsii u postradyanskyi period [Urbanized Territories of Ukraine: Causes and Consequences of Transformation in the Post-Soviet Period]. Sotsialno-geografichni vyklyky u Skhidno-Tsentralniy Evropi na pochatku XXI stolittya, Berehove, 310-317.
6. Reymers, N.F. (1990). Prirodopolzovanie. Slovar-spravochnik [Nature management. Dictionary-reference]. Moscow, Misl, 639.
7. Chuiev, O.S. (2017). Vykorystannya elektronnoho dovidnyka 2GIS ta GIS-platformy ArcGIS dlya doslidzhennya infrastruktury mista [Using the electronic directory of ArcGIS 2GIS and the GIS platform to explore the city's infrastructure]. Visnyk Khersonskoho derzhavnoho universyteu, seriya «Geografichni nauky», 7, 52-62.
8. Bailey, T., Fotheringham, S. (1994). A Review of Statistical Spatial Analysis in Geographical Information Systems. Spatial Analysis and GIS. Taylor & Francis. London, 13-44.
9. Berkowitz, A.R., Nilon, C.H., Hollweg, K.S. (Eds). (2005). Understanding Urban Ecosystems: A New Frontier for Science and Education. New York: Springer-Verlag, 523.
10. Bourne, L.S. (1997). Polarities of Structure and Change in Urban Systems: A Canadian Example. 43, 339-349.
11. Bourne, L.S., Simmons, J.W. (Editors) (1978). Systems of Cities: Readings on Structure, Growth, and Policy. Oxford: Oxford University Press, 565.
12. Boyce, D., Williams, H. (2015). Forecasting Urban Travel: Past, Present and Future Cheltenham – Northhampton: EE Publishing, 639.
13. Coffey, W.J., Shearmur, R.G. (1998). Factors and Correlates of Employment Growth in the Canadian Urban System, 1971-1991. Growth and Change. 29, 44-66.
14. Friedmann, J. (1996). The world city hypothesis. Development and Change. 27 (1), 69-83.
15. Kostrikov, S., Sehida, K. (2013). Human geography with geographical information systems. Human Geography journal, 15 (2), 39-47.
16. Simmons, J.W. (1978). The organization of the urban system. In: Bourne L.S., Simmons J.W. (eds), Systems of Cities: Readings on Structure, Growth, and Policy. Oxford: Oxford University Press, 61-69.
17. Wong, C, Baker, M, Webb, B, Hincks, S, Schulze-Baing, A. (2015). Mapping policies and programmes: The use of GIS to communicate spatial relationships in England. Environment and Planning B: Planning & Design.42(6), 1020-1039.
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