I. Baydikov. THEORETICAL AND METHODOLOGICAL ASPECTS OF LANDSCAPE COMPLEXES DEFINITION AND JUSTIFICATION AS POTENTIAL STRUCTURAL COMPONENTS OF THE ECONET FRAMEWORK

DOI: 
https://doi.org/10.15407/ugz2014.02.051
Ukr. geogr. z. 2014, N2:51-57
Ukrainian Geographical Journal 2014 (2)
Language of publication: 
Ukrainian
Full text: 
PDF icon UGJ_2014_2_51-57.pdf
Authors: 

I. Baydikov – Institute of Geography of the Ukraine National Academy of Sciences, Kyiv.

Abstract: 

The article presents a number of methodological approaches to give definition and justification of a territory landscape framework as a spatial basis for the econet creation. The importance of the landscape framework econet components allocation and definition of their parameters considering the landscape features of the researched region, the effects of anthropogenic, natural and man-made factors, ecological condition of the landscapes. Main methodological stages of the study to identify and study the components of landscape econet framework have been presented.

Key words: 
landscape, landscape complex, landscape framework, ekonucleus, ecocorridor, econet
Pages: 
51-57
References: 

1. Alter S.P. (1966). Landscape aerial photo interpretation techniques. General provisions and principles. Moscow-Leningrad: Nauka. [in Russian].
 
2. Astashkin A.A. (1991). Space systems, apparatus and instruments for solving environmental management and control issues. Moscow: VINITi. [in Russian].
 
3. Aeromethods of natural resources study; Ed. Kudritskii D.M., Samoylovich G.G. (1962). Moscow: State Publishing House of geographical literature. [in Russian].
 
4. Baranovsky V.A. (2000). Methodological aspects of Ukraine ecological situation mapping. Geography and natural resources, 1, 139-144. [in Russian].
 
5. Bogomolov L.A. (1963). Topographical interpretation of natural landscapes in aerial photographs. Moscow: Gosgeoltechizdat. [in Russian].
 
6. Vorovka V.P. (2000). Geoecological substantiation of Zaporozhye region eco-infrastructure optimization: the geographical sciences candidate's dissertation. Simferopol. [in Russian].
 
7. Grodzinsky M.D. (1993). Fundamentals of landscape ecology: a textbook. Kyiv: Lybid. [in Ukrainian].
 
8. Gerasimov A.P. (2006). Landscape approach in shaping environmental framework of a region (on Kurgan region example): discourse of the dissertation ... the candidate of geographical sciences. Perm. [in Russian].
 
9. Dvurechenskii V.N. (2003). F.N. Milkov triad rule and its implementation in the process of environmental framework formation. Antropogenic Geography and Landscape in the XX and XXI centuries: Compilation of scientific works. Vinnitsa: Gipanis, 38-41. [in Russian].
 
10. Demek Ya. (1997). Systems theory and the study of the landscape. Moscow: Progress. [in Russian].
 
11. Dovgiy S.O., Lialko V.I. (2001.) Computerization Aerospace Geosciences. Kyiv: Naukova Dumka. [in Ukrainian].
 
12. Kavaliauskas P. (1985). System network design of specially protected areas. Geoenvironmental approaches to engineering of natural-technical systems. Moscow: Torfgeologiya, 145-153. [in Russian].
 
13. Korogoda N.P., Samojlenko V.M. (2006). Geoinformational modeling of ecological network. Kyiv: Nika Center. [in Ukrainian].
 
14. Kravtsova V.I. (2004). High resolution images the new component of digital satellite images fund. Geodesy and Cartography, 7, 17-26. [in Russian].
 
15. Kronberg P. (1982). Remote Earth study (translated from English). Moscow: Mir. [in Russian].
 
16. Kuzyk Z.O. (1999). Obtaining GIS data by means of the space remote sensing. Geomonitoring - 99: Science and Technology Symposium: Compilation of scientific presentations. Lviv: Lviv Astronomical and Geodetic Society, 25-31. [in Ukrainian].
 
17. Meleshko K.Ye. (1976). Spectrophotometric study of natural land cover. Leningrad: Nedra. [in Russian].
 
18. Movchan Ya., Shelyag-Sosonko Yu. The ways of ecological network implementation in Ukraine: Building Ecological Network in Ukraine. Ukraine's econet development: United Nations Development Programme (UNDP) project Ecological Network. Kyiv, 104-116. [in Ukrainian].
 
19. Nikolaev V.A. (1993). Space landscape study. Moscow: Moscow University Publishing. [in Russian].
 
20. Rizhikov A.I. (1997). Theoretical fundamentals of protected systems design and their development over time. Series: Wildlife Conservation. Kiev: KEKTs; Moscow: CODP. [in Russian].
 
21. Tkachov A., Ivanenko I. (2000). The conceptual fundamentals of Ukraine national ecological network formation. Mother Nature, 2, 50-55. [in Ukrainian].
 
22. Tolchelnikov Yu.S. (1974). Optical properties of the landscape. Leningrad: Nauka. [in Russian].
 
23. Topchiev A.G. (1996). Geoecology. Geographical fundamentals of environmental management. Odessa: Astroprint. [in Russian].
 
24. Topchiyev O.G. (2003). Establishment of ecological networks and environment territorial organization. Geography and economics fundamentals at school, 5, 42-45. [in Ukrainian].
 
25. Formation of regional ecological network schemes: methodological recomendations. Editor Yu.R. Shelyag-Sosonko(2004). Kyiv: Fitosociocenter. [in Ukrainian].
 
26. Tsaryk P.L. (2005). Regional Environmental Network: geographical aspects of the formation and development (based on Ternopil region data): Dissertation ... Candidate of Geographical Sciences. Chernivtsi. [in Ukrainian].
 
27. Yutsevich Yu.K. (1970). Optical characteristics of natural formations: Optical properties of natural objects research and their airphotographic image. Leningrad: Nauka, 5-15. [in Russian].
 
28. Cook E. (2002). Landscape structure indices for assessing urban ecological networks. Landscape and urban planning, 58, 269-280.
http://dx.doi.org/10.1016/S0169-2046(01)00226-2
 
29. Harris L.D. (1984). The Fragmented Forest: Island biography and the preservation of biotic diversity. IL, Chicago Univ. Press.
 
30. Zhang Liguan, Wang Haizhen. Planning an ecological network of Xiamen Island (China) using landscape metrics and network analysis. www. elsevier. com / locate / landurbplan