Hazards of riverbed processes in Russian rivers: Evaluation criteria, mapping and regional analysis

Roman S. Chalov; Alexey V. Chernov; Nadezhda M. Mikhailova

doi:10.24294/jgc.v5i1.1485

Hazards of riverbed processes in Russian rivers: Evaluation criteria, mapping and regional analysis

Roman S. Chalov, Alexey V. Chernov, Nadezhda M. Mikhailova

Article ID: 1485
Vol 5, Issue 1, 2022

VIEWS - 2167 (Abstract) 2349 (PDF)

Abstract

The danger of riverbed processes is considered. Their speed varies from the first few months of the flood to the most dynamic process in nature. It happened in front of people. This may make life on the river bank and the utilization of river resources more difficult. This paper introduces the causes and consequences of the danger performance of riverbed processes, and focuses on the mapping methods of the danger assessment of riverbed processes: determining the danger degree of riverbed processes and different methods of displaying it on the map. An example of displaying danger on the previously drawn map is given, and the distribution of different types and expression degrees of dangerous riverbed processes under various natural conditions in Russia is briefly analyzed.

Keywords

Riverbed; Floodplain; Riverbed Process; Danger; Mapping; Distribution

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References

1. Chalov RS. Ruslovedenie: Theory, geography, practice, vol. 1, Riverbed processes: Factors, mechanisms, forms of manifestation and conditions for the formation of riverbeds (in Slovak). LKI, Moscow, Russia; 2008.

2. Chalov RS, Chernov AV. Salishchev’s ideas and cartographic method in Russian studies of channel processes. Universitetskaya shkola geograficheskoj kartografii (k 100-letiyu professora K.A. Salishcheva). Moscow, Russia: Aspect-Press; 2005. p. 141–149.

3. Chalov RS, Chernov AV. The danger of riverbed processes and its small-scale mapping. In: Tr. Akad. problem vodohozyajstvennyh nauk. Vypusk 11. Ruslovedenie i vosstanovlenie vodnyh ob”ektov. Moscow: Publishing House of Moscow State University; 2006. p. 38–50.

4. Chalov RS, Surkov VV, Ruleva SN, et al. Riverbed processes on the river Obi in the area of Kolpashevo, city erosion, computer modeling and justification of the optimal variant of protective measures. In: Eroziya pochv i ruslovye process, Vyp. 18. MSU, Moscow, Russia; 2012. p. 205–243.

5. Berkovitch KM, Chalov RS, Chernov AV. Assessment of the influence of riverbed processes on the geoecological situation in river valleys. Geoekologiya. Inzhenernaya Geologiya. Gidrogeologiya, Geokriologiya 1998; (2): 59–67.

6. Ivanov VV, Chalov RS, Chernov AV. Natural and anthropogenic system “Pulp and paper mill-river” in the aspect of riverbed processes (on the example of Kotlas Pulp and paper mill on the river Vychegda). In: Ekologicheskie 49roblem severa Evropejskoj territorii Rossii. RAS, KSC. Apatity, Russia; 1996. P. 57–58.

7. Ruleva SN. Changing the course of the big river near the big city (Ob near Barnaul). In: Trinadcatoe plenarnoe mezhvuz. soveshch. po probl. erozionnyh, ruslovyh i ust’evyh processov. Pskov, Russia; 1998. p. 189–191.

8. Chalov RS, Zavadsky AS, Botavi DV, et al. Pokrovsko-Yakutsky reach of the Lena River: Transformation of complex conjugated channel, recent deformations and management of channel changes. Izvestiya Rossiiskoi Akademii Nauk. Seriya Geograficheskaya 2019; (6): 83–96. doi: 10.31857/S2587-55662019683-96.

9. Dedkov AP, Mozgerin VI. Main approaches to studying changes in the flow regime and their geomorphological consequences. In: Prichiny I mekhanizm peresyhaniya malyh rek. Kazan State University, Kazan, Russia; 1996. p. 9–26.

10. Makkaveev NI. The river bed and erosion in its basin (in Slovenian). AS USSR, Moscow, Russia; 1995.

11. Chalov RS (editor). Riverbed regime of the rivers of Northern Eurasia (in Slovenian). Moscow State University, Moscow, Russia; 1994.

12. The commission of water economy of the Yellow river. Atlas of riverbed processes in the lower reaches of the Yellow river. Zhengzhou, China; 1985.

13. Babinski Z. The influence of zahjr on the abezial River drainage processes (in Polish). Bydgoczsz, Poland; 2002.

14. Ghulam Kibria AMM. A short note on the fluvial morphology of the Brahmaputra River in Baungladesh. Miscellaneous Publication 1981; (46): 11–19.

15. Graf ML. Fluvial adjastmens to the shred of tamarisk in the Colorado Plateum region. Geological Society of America Bulletin 1978; 89(10): 1491–1504.

16. Chalov RS, Chernov AV, Berkovitch KM, et al. Geography of dangerous occurrences on Russian rivers. Izvestiya Russkogo geograficheskogo ob-va 2017; 4: 13–33.

17. Zavadskiy AS. Monitoring of erosion and riverbed processes on the territory of Moscow and the Moscow region: Results, prospects, implementation schemes. Trudy Akademii vodohozyajstvenyh nauk 2006; 11: 106–116.

18. Vinogradova NN, Krilenko IV, Surkov VV, et al. Reshaping of a mountain riverbed in conditions of active mudflow activity in areas with different types of riverbed. In: Dinamika I termika rek, vodohranilishch I pribrezhnoj zony morej. RUFP, Moscow, Russia; 2009. p. 284–293.

19. Bogomolov AL, Vinogradova NN, Vlasov BN, et al. The impact of destructive floods in Tyrnyauz on the Baksan river channel. Geomorphologiya 2002; 1: 65–74.

20. Atlas of natural and man-made hazards and emergency risks. DIC, Moscow, Russia; 2007–2010.

21. Berkovich KM, Chalov RS, Chernov AV. Ecological study of river channels (in Slovak). GEOS, Moscow, Russia; 2000.

22. Zavadsky AS, Surkov VV, Chernov AV, et al. Natural territorial complexes of floodplain in the Moskva River lower reaches under intensive economic development. Vestnik Moskovskogo universiteta. Seriya 5, Geografiya 2006; 3.

23. Berkovich RM, Zavadskiy AS, Chernov AV. Analysis and accounting of channel processes in the development of the plans integrated use and protection of water resources. Vodnoe hozyajstvo Rossii 2011; (6): 83–95.

24. Mahinov AN, Zavadskiy AS, Kim VI, et al. Changing the course of the Amur river after the 2013 flood. Izvestiya Russkogo geograficheskogo ob-va 2016; 3: 46–61.

25. Kasimov NS (editor). “Selenga-Baikal”. Ecological and geographical Atlas-monograph (in Polish). In: Tr. Bajkal'skoj ekspedicii. Issue. Department of Geography Mosc.St.Univer., Moscow, Russia; 2018.

26. Chernov A, Zlotina L, Zavadsky A. Geomorphic hazards associated with river channel processes – manifestation, frequency, magnitude. 9th International Conference on geomorphology. New Delhi: Indian institute on geomorphologists; 2017. р. 323.

DOI: https://doi.org/10.24294/jgc.v5i1.1485