Anthropogenic Transformation of Landscapes and Ecological Risk Factor Assessment
DOI:
https://doi.org/10.52340/ggj.2024.04.02.06Keywords:
Geochemical association, anthropogenic landscapes, Anthropogenicity coefficient, Ecological problem, Total fouling rateAbstract
All components of the landscape (especially living nature) are affected by anthropogenic effects, which disrupts the relationships established between them over a long geological time and ultimately leads to a change in the natural complex, which in most cases is of a negative nature and determines its degradation. Ecologically, anthropogenic transformation of wildlife is particularly harmful, which is carried out by taking advantage of the unreasonable, reckless nature of man, which is based on a purely consumerist spirit. When human society affects nature, a new variety of natural-territorial complexes is formed - anthropogenic complexes, which currently occupy a significant part of the terrestrial part of the entire earth. It originated with human society and will exist if there is mankind. Therefore, the essence of anthropogenic landscapes, its features, regularities and tendencies of development, productivity; Also, issues of sustainability, its potential opportunities and protection against external influences are one of the main tasks of geographical science.
Downloads
Metrics
References
Davitaia, E. (1990). Estimation of the possibility of restoration of technogenic landscapes and their ecological suitability by the method of multifactorial regression analysis (on the example of the Chiatura manganese mine). Bulletin of the Georgian National Academy of Sciences, 137. No. 2. p. 329-331
Davitaya, E., Kikvadze, T. (2009). Optimization problems of Technogenic landscapes of Georgia. Tbilisi. Universal.
Davitaya, E., Seperteladze, Z. (2009). Anthropogenic Landscapes. Tbilisi. TSU.
Milkov, F. (1978). Handmade landscapes. Moscow.
Neff, E. (1974). Theoretical foundations of landscape science. Moscow.
Preobrazhensky, V., Haase, G. (2003). Structure, dynamics and development of landscapes. Moscow.
Ryabchikov, A.M. (1974). Structure and dynamics of the geosphere. Moscow.
Seperteladze, Z., Davitaya, E., Machavariani, L., Kikvadze, T. (2010). Geoecological state of mountain-ore regions of Georgia and optimization of natural environment. Bullet. Agrarian science. 8. No. 4. p. 20-26
Seperteladze, Z., Davitaia, E., and Kikvadze, T. (2007). Natural Anthropogenic Mining Complexes and the Problems of Their Optimization. Bulletin of the Georgian National Academy of Sciences, vol. 175, no. 3. pp. 64-66
Sorokina, E.P. (1983). Mapping of technogenic anomalies for the purposes of geochemcal assessment of urbanized territories, Voprosy geografii. No. 120. Misl. pp. 43-48
Sumner, G. (2005). Mathematics for geographers. Moscow.
Tsaava, G., Abramya, T., Tsaava, D. (2007). Riskology, Financial and Banking Credit Managment. Tbilisi.
Ukleba, D.B. (1983). Anthropogenic landscapes of Georgia. Tbilisi. Metsniereba.
Downloads
Published
How to Cite
Issue
Section
License
Copyright (c) 2024 Georgian Geographical Journal
This work is licensed under a Creative Commons Attribution 4.0 International License.
This work is licensed under a CC BY Attribution