Indicators of Biochemical Contamination of Water Sources in Uzbekistan
Keywords:
biological contaminants of water, chemical parameters, periphyton, water quality indicators, standards for water use
Abstract
As a result of the intensive development of irrigation, industry, the creation of new large agricultural complexes, along with the growth of urban settlements, the quality of water for drinking and recreational sources is increasingly deteriorating. Thus, there is an urgent need for a wider use of tools for assessing the various degrees of biological and chemical contamination. The article discusses the main sources of pollution of rivers, lakes, drainage channels and reservoirs used for drinking and domestic purposes, as well as a classification of water pollution and indices that can be used to assess pollution.
References
1. Abakumov V.A. 1991. Ecological modifications and development of biocenoses. "Environmental modifications and criteria for environmental regulation". Publishing House "Hydrometeoizdat", Leningrad, USSR, 18-41 pages.
2. Bekturganov Z., Tussupova K., Berndtsson R., Sharapatova N., Aringazin K., Zhanasova M., 2016 Water related health problem in Central Asia – a review. Journal Water: 8 (219):118-130.
3. Derevenskaya O.U. 2015. Methods for assessing water quality by hydrobiological indicators. Educational-methodical development for the course "Hydrobiology" Kazan (Volga Region) Federal University, Kazan, Russia, 20 page.
4. Duplakov S.N. Materials for the study of periphyton. // Proceedings of the limnological station in Kosin. Moscow 1933. Issue 16. pp. 3-160.
5. GWP (2008).Global Water Partnership Tool Box for Integrated Water Resources Management [Homepage of Global Water Partnership], [Online].Available: http:// www.gwptoolbox.org.
6. Lazarev N.V., 1976. Harmful substances in industry. Directory. In 3 volumes/Under the editorship - Leningrad: Chemistry, - p.256-258.
7. Makrushin A.V. 1974. Bibliographic index on the topic "Biological analysis of water quality" with a list of organisms-indicators of pollution. Publishing house "Science", Moscow, USSR, 60 pages.
8. Nazarov, J., & Sharipova, M. A. (2021). The Immune System in Children with Different incidence Rates Ard. CENTRAL ASIAN JOURNAL OF MEDICAL AND NATURAL SCIENCES, 5-7.
9. Nazarov Jalolitdin Sulton Erkinovich. Assessment of the ecological state and water quality class of water bodies in the Bukhara Region according to the periphyton indicators. Indian Journal of Environmental Protection, 2022; 42(3): 367-373.
10. Oksiyuk O.P., Zhukinsky V.P., 1993. Comprehensive ecological classification of the quality of land surface waters. Hydrobiological Journal, vol. 29, no. 4, p. 62-76.
11. Sladecek V., 1973 System of water quality from biological point of view. Stuttgart. Sladecek V. - Ergebnisse der Limnol, - Vol. 7, № 1 - 218 p.
12. Sokolov V.I., 2015, Water resources of Uzbekistan: present, past and future time. p. 56.
13. Streble H., Krauter D. Microflora und Microfauna des subwassers. Das Leben im Wassertropfen, Franckh-Kosmos Verlags GmbH, Stuttgard, 1988. – 399 p.
14. Strickman R., Porkka M., 2008. Water and social changes in Central Asia: problems related to cotton production in Uzbekistan: ISBN 978-951-22-9593-7 Rahaman, M.M. &Varis, O.
15. Talskih V.N. 1997. Methods of hydrobiological monitoring of water bodies in the Central Asia region: Recommendations of the Republic of Uzbekistan 52.25.32-97 Tashkent Glavgidromet RUz, 67 pages.
2. Bekturganov Z., Tussupova K., Berndtsson R., Sharapatova N., Aringazin K., Zhanasova M., 2016 Water related health problem in Central Asia – a review. Journal Water: 8 (219):118-130.
3. Derevenskaya O.U. 2015. Methods for assessing water quality by hydrobiological indicators. Educational-methodical development for the course "Hydrobiology" Kazan (Volga Region) Federal University, Kazan, Russia, 20 page.
4. Duplakov S.N. Materials for the study of periphyton. // Proceedings of the limnological station in Kosin. Moscow 1933. Issue 16. pp. 3-160.
5. GWP (2008).Global Water Partnership Tool Box for Integrated Water Resources Management [Homepage of Global Water Partnership], [Online].Available: http:// www.gwptoolbox.org.
6. Lazarev N.V., 1976. Harmful substances in industry. Directory. In 3 volumes/Under the editorship - Leningrad: Chemistry, - p.256-258.
7. Makrushin A.V. 1974. Bibliographic index on the topic "Biological analysis of water quality" with a list of organisms-indicators of pollution. Publishing house "Science", Moscow, USSR, 60 pages.
8. Nazarov, J., & Sharipova, M. A. (2021). The Immune System in Children with Different incidence Rates Ard. CENTRAL ASIAN JOURNAL OF MEDICAL AND NATURAL SCIENCES, 5-7.
9. Nazarov Jalolitdin Sulton Erkinovich. Assessment of the ecological state and water quality class of water bodies in the Bukhara Region according to the periphyton indicators. Indian Journal of Environmental Protection, 2022; 42(3): 367-373.
10. Oksiyuk O.P., Zhukinsky V.P., 1993. Comprehensive ecological classification of the quality of land surface waters. Hydrobiological Journal, vol. 29, no. 4, p. 62-76.
11. Sladecek V., 1973 System of water quality from biological point of view. Stuttgart. Sladecek V. - Ergebnisse der Limnol, - Vol. 7, № 1 - 218 p.
12. Sokolov V.I., 2015, Water resources of Uzbekistan: present, past and future time. p. 56.
13. Streble H., Krauter D. Microflora und Microfauna des subwassers. Das Leben im Wassertropfen, Franckh-Kosmos Verlags GmbH, Stuttgard, 1988. – 399 p.
14. Strickman R., Porkka M., 2008. Water and social changes in Central Asia: problems related to cotton production in Uzbekistan: ISBN 978-951-22-9593-7 Rahaman, M.M. &Varis, O.
15. Talskih V.N. 1997. Methods of hydrobiological monitoring of water bodies in the Central Asia region: Recommendations of the Republic of Uzbekistan 52.25.32-97 Tashkent Glavgidromet RUz, 67 pages.
Published
2022-06-16
How to Cite
E. , N. J. S. (2022). Indicators of Biochemical Contamination of Water Sources in Uzbekistan. Central Asian Journal of Medical and Natural Science, 3(3), 551-556. https://doi.org/10.17605/cajmns.v3i3.821
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