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Based on the comparative analysis of the two most commonly used techniques for the definition of dominant formative discharge for the Upper Tisa river, it has been established that technique by M.I. Makkaveyev can be used provided the availability of fixederm discharge measurements or by means of the transition regional factors. Transition figure between the average daily rate and fixed-term discharge is recommended, which provides an opportunity to obtain reliable values of the dominant formative discharge in the full range of flow intensity change with low error (less than 10%).
Czasopismo
Rocznik
Tom
Strony
89--99
Opis fizyczny
Bibliogr. 30 poz. rys., tab., wykr.
Twórcy
autor
- Taras Shevchenko National University of Kyiv, Kyiv, Ukraine
autor
- Taras Shevchenko National University of Kyiv, Kyiv, Ukraine
autor
- Taras Shevchenko National University of Kyiv, Kyiv, Ukraine
Bibliografia
- 1. Altunin S.T., 1962. The river regulation. Selhozidat, Moskow.
- 2. Bukhin M.N., Onischuk V.V. 1978. Determination of non-scouring speeds for the non-homogeneous non-cohesive soils. Erosion processes and their control 6, 19-26.
- 3. Chalov R.S., 1997. General and geographic science of beds. Moscow State University.
- 4. Chalov R.S., 2008. Science of channels: theory, geography, practice. Vol. 1: Channel processes: factors, mechanisms, forms of manifestation and conditions of river channel formation. LKI.
- 5. Gorczyca E., Krzemień K., 2006. Struktura i tendencje rozwojowe Koryta Łososiny w warunkach antropopresji (Karpaty Zachodnie). Proceedings of III Ukrainian-Poland-Russian seminar on fluvial forms of the relief and processes in mountain, high-mountain and low-mountain regions. Publishing Center of Ivan Franko LBU, Lviv, 85-92.
- 6. Grishanin K.V., 1974. The stability of river beds and channels. Gidrometeoizdat.
- 7. Guidelines for the calculation of stable alluvial beds of mountain rivers in the design of hydraulic structures, 1977. Kolos.
- 8. Guidelines for the calculation of the channel deformation and selection of protective and regulatory measures on the rivers of the Ukrainian arpathians, 1989. Ukrgiprovodhoz.
- 9. Kaftan A.N., 1983. Investigation of the basic bed formation factors of Ukrainian Carpathian region rivers. Author’s Ph.D. thesis in Engineering Science. State Hydrological Institute.
- 10. Kaganov Ya.I., 1991. Re-formation of the channels in regulated areas of mountain rivers. Author’s Ph.D. thesis In Engineering Science. Moscow State University.
- 11. Kapaliani Z.D., Tshaladze V.S., 1972. Types of Western Georgia river beds. Proceedings of State Hydrological Institute 195, 20-32.
- 12. Krzemień K., 2000. Change in the channel structure of Chernyi Dunajec (Western Carpathians) under the influence of anthropogenic pressure. roceedings of XV Plenary Interuniversity Conference on the Problem of Erosion, Channel and Estuarine Processes, 56-58.
- 13. Lelyavskyi N.S., 1904. On the river flows and river bed formation. Report at II Congress of Hydraulic Engineers. Issues of the free river hydrotechnics. Publishing House of the MRF of the USSR, 90-136.
- 14. Leopold L. B., Wolman М.G., 1957. River channel patterns – braided, meanderin gandstraight. USA Geol. Surv. Prof. Pap. 282-B, 1–85.
- 15. Makkaveev N.I., 1955. The river bed and erosion in its basin. Publishing House of the Academy of Sciences of the USSR.
- 16. Makkaveev N.I., 1973. General patterns of erosion and bed processes. Abstracts of report of IV All-Union Hydrological Congress. Section of channel processes. Gidrometeoizdat, 121-123.
- 17. Makkaveyev N.I., Chalov R.S., 1986. Channel processes: textbook. Publishing House of MSU. Moscow.
- 18. Macura L., 1966. Upravy tokov. SNTL, Bratislava–Praha.
- 19. Obodovskyi O.G., 1998. Channel processes. Textbook. Publishing Center of Kyiv University.
- 20. Obodovskyi O.G., Tsayts Y.S., Grebіn V.V., Onischuk V.V., Kozytskyi O.M., 1999. Dynamics of the channel deformation of Transcarpathia rivers. Ecological and socio-economic aspects of the catastrophic natural disasters In the Carpathian regіon (floods, mudslides, landfalls) – Rakhіv, 252-256.
- 21. Obodovskyi O.G., Onischuk V.V., Konovalenko O.S., 2002. Dominant formative discharge and classification of floods on mountain rivers. Bulletin f Kyiv University, Ser. Geography 48, 42-47.
- 22. Obodovskyi O.G., Onischuk V.V., Rozlach Z.V. et al., 2012 Latorica: hydrology, hydromorphology, channel processes. Publishing and Printing Center Kyiv University.
- 23. Onischuk V.V., 2014. Analysis of existing approaches to evaluate the hydromorphological sustainability of the alluvial channels from the tandpoint of consistency. Physical geography and geomorphology Scientific Journal 2 (74), 29 -45.
- 24. Onischuk V.V., 2012. Analysis of the techniques for definition of the dominant formative discharge for the channel of the mountain rivers in terms f sediment flow evaluation. [In:] Lysenko M.M. (Eds.), Ukraine, Geography of tasks and opportunities, Collection of research papers in 4 volumes, 2 – Nіzhyn, 231-236.
- 25. Romashin V.V., 1967. Some features of the channel process on the mountain river. Proceedings of State Hydrological Institute 144, 66-67.
- 26. Rosgen D., 1996. Applied river morphology, Second edition. Printed Media Companie, Minneapolis, Minnesota.
- 27. Rozovskyi I.L., Bazilevich V.A., Gaiduchenko VM., Kaftan A.N., 1976. Bed processes in the foothill areas of rivers. Proceedings of the IV All-Union Hydrological Congress 10, 115-121.
- 28. Schaffernak F., 1950. Des Flussbaues. Spzingez, Wien.
- 29. Talmaza V.F., Kroshkіn A.N., 1968. Hydromorphological characteristics of mountain rivers. – Frunze, Kyrgyzstan.
- 30. Zaharia L., 1997. Transport of suspended sediment and fluvial dinamic. Iut. Conf. Geomorphol. 1, Bologna
Typ dokumentu
Bibliografia
Identyfikator YADDA
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