Maximum water levels fluctuations of the Pripyat River
Abstract
The article presents the study results of the stability of sample estimates of statistical parameters for various segments of the initial time series of the maximum water levels of the Pripyat River at the Mozyr station for the period from 1881 to 2020. The sections of the series differing in the degree of anthropogenic impact on the water level and the type of atmospheric circulation are considered. It is concluded that there are statistically significant changes in the dynamics of the maximum water levels of Pripyat River at the Mozyr station due to both natural-climatic and anthropogenic changes in the hydrological cycle. It is shown that when analyzing the patterns of long-term fluctuations of the maximum water levels of rivers, it is desirable to use the methods of the random processes theory in combination with the analysis of the considered process genesis and the natural and economic factors determining it, primarily climatic.
About the Authors
A. A. Volchak
Brest State Technical University
Belarus
Belarus
Alexander A. Volchak – Dr. Sc. (Geography), Professor, Professor of the Department of Environmental Management
Moskovskaya Str., 267, 224017, Brest
D. A. Shpoka
Brest State Technical University
Belarus
Belarus
Darya A. Shpoka – Master of technical sciences, Researcher, Leading specialist in the organization of the educational process
Moskovskaya Str., 267, 224017, Brest
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Review
For citations:
Volchak A.A., Shpoka D.A. Maximum water levels fluctuations of the Pripyat River. Nature Management. 2023;(1):27-40. (In Russ.)
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