Publication de 6 numéros par an
ISSN Imprimer: 0018-8166
ISSN En ligne: 1943-5991
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Hydrological and Hydrochemical Regime of the Dnieper Reservoirs
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RÉSUMÉ
The state of the Dnieper reservoirs was characterized based on monitoring data. It has been found that in recent decades water temperature significantly increased. This phenomenon was accompanied by a decrease in the duration of ice period, and also by a decrease in ice thickness. The peculiarities of hydrochemical regime and its annual dynamics were studied in each reservoir. It has been shown that during a year hydrochemical indices varied over a wide range.
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Vyshnevsky, V.I. 2011. Rika Dnipro. (The Dnieper River.) Kyiv, Interpres LTD Press. 384 pp. [Ukr.].
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Vyshnevsky, V.I., S.A. Shevchuk & O.Y. Kravtsova. 2017. Regularities of changes in water quality in the Dnieper River. Melioratsiya i Vodne Gospodarstvo 106: 33-42. [Ukr.].
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Vyshnevsky, V.I. & S.A. Shevchuk. 2018. Vykorystannya danykh dystantsiynogo zonduvannya Zemli u doslidzhennyakh vodnykh obyektiv Ukrayiny. (Use of the data of the Earth remote sensing in studies ofwater bodies ofUkraine.) Kyiv, Interpres LTD Press. 116 pp. [Ukr.].
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V.M. Yakushin, V.I. Shcherbak, N.Ye. Semenyuk & M.I. Linchuk. 2017. Hydrochemical characteristics of the Kiev Reservoir at the present time. Hydrobiol. J. 53(6): 96-109.
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Shashulovskaya, Ye.A., S.A. Mosiyash, I.G. Filimonova et al. 2016. Hydrochemical foundations of biological productivity in the end-cascade Volga reservoirs. Trudy Zoologicheskogo InstitutaRAN320(3): 367-376. [Rus.].
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Bolgov, M.V., A.G. Kocharyan, I.P. Lebedeva & S.N. Shishkov. 2008. Quality of natural waters in the cascade of the Volga reservoirs. Aridnye Ekosistemy 14(35-36): 68-82. [Rus.].
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Osadcha, N.M. 2012. Balance of humic substances runoff in the cascade of the Dnieper reservoirs. Naukovi Pratsi UGMI263: 81-99. [Ukr.].
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Yatsyk, A.V., A.I. Tomiltseva, M.G. Tomiltsev et al. 2003. Pravyla ekspluatatsiyi vodoskhovyshch Dniprovskogo kaskadu. (Rules of exploitation of the reservoirs of the Dnieper cascade.) Kyiv, Geneza Press. 176 pp. [Ukr.].
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Selezneva, A.V., K.V. Bespalova & V.A. Seleznev. 2018. Dissolved inorganic phosphorus content in the water of the Kuybyshev Reservoir. Vodnoye Khozyaystvo Rossii 2: 35-43. [Rus.].
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Shcherbak, V.I. 2019. Response of phytoplankton of the Kiev Reservoir to the increase in summer temperatures. Hydrobiol. J. 55(1): 18-35.
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Cociasu, A. & L. Popa. 2005. Significant changes in Danube nutrient loads and their impact on the Romanian Black Sea coastal waters. Cercetari Marine 35: 25-37.
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Shashulovskaya E. A., Mosiyash S. A., Dalechina I. N., Long-Term Changes in the Main Indicators of the Trophic State of the Large Plain Reservoir under the Influence of Climatic Transformation and Successional Processes, Inland Water Biology, 14, 6, 2021. Crossref
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Vyshnevskyi Viktor, Shevchuk Serhii, Thermal regime of the Dnipro Reservoirs, Journal of Hydrology and Hydromechanics, 69, 3, 2021. Crossref
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Pligin Yu. V., Yakushyn V.M., Linchuk M. I., Zheleznyak N. I. , Homeostatic Mechanisms of Resistance of Macrozoobenthos Cenoses in the Dnieper Reservoirs , Hydrobiological Journal, 58, 5, 2022. Crossref