Contemporary Dynamics of the Sea Shore of Kaliningrad Oblast

• Autorzy: Karmanov K. , Burnashov E. , Chubarenko B.

Identyfikatory

DOI

10.1515/heem-2018-0010

• Języki publikacji: EN

Abstrakty

EN

The article presents estimations of coastline retreat and advance in Kaliningrad Oblast at 85 monitoring points for a ten-year period of 2007–2017, based on monitoring data supplemented with satellite image analysis. The mean annual rate of coastline retreat and advance was estimated in general for each of the four major morpholithodynamic segments of the coastline: the Vistula (􀀀0:2 m/year) and Curonian (􀀀0:4 m/year) spits, as well as the western (􀀀0:5 m/year) and northern (􀀀0:2 m/year) shores of the Sambia Peninsula. The analysis of the shore protection measures implemented in Kaliningrad Oblast from 2007 to 2017 showed that the length of protected shore segments increased by 30% to 14.5 km, which is 10% of the total coastline. The obtained scheme of long-term mean annual rates of coastline retreat and advance clearly demonstrates an uneven distribution of eroded segments along the shores of Kaliningrad Oblast, however the sea shore of Kaliningrad Oblast is mainly susceptible to erosion (44%). Accumulative segments of the shore make up only 17% of the total coastline, and the remaining 39% of the shore is relatively stable. The results obtained demonstrate that the long-term mean annual rate of coastline retreat has decreased to 􀀀0:3 m/year from 􀀀1 m/year in the earlier period of 2000–2010. The general condition of the entire coastline of Kaliningrad Oblast can therefore be described as relatively sustainable]. The changes are related to several factors, such as an increase in the length of protected shore segments, the resumption of sand pulp dumping in the beach area by the Amber Mining Plant, and an increase in the amount of analytical data from an expanded local monitoring network.

Słowa kluczowe

EN

sea shore; coastline retreat and advance; foredunes; erosion; protection

• Wydawca: Institute of Hydro-Engineering of Polish Academy of Sciences
• Czasopismo: Archives of Hydro-Engineering and Environmental Mechanics
• Rocznik: 2018
• Tom: Vol. 65, nr 2
• Strony: 143--159
• Opis fizyczny: Bibliogr. 27 poz., rys., tab.

Twórcy

autor

Karmanov K.

• SBI KO “Baltberegozashchita”, Svetlogorsk, 238560, Khutorskaya 1, Russia

autor

Burnashov E.

• SBI KO “Baltberegozashchita”, Svetlogorsk, 238560, Khutorskaya 1, Russia

autor

Chubarenko B.

• Shirshov Institute of Oceanology, Russian Academy of Sciences, Moscow, 117997, Nahimovskiy prospekt 36, Russia

Bibliografia

• Babakov A. N. (2009) Evolution of views on alongshore sediment fluxes structure in the South-Eastern Baltic (in Russian), [in:] Lithodynamics of bottom contact zone of the oceans: Proc. Int. Conf. devoted to 100 anniversary of Prof. V. V. Longinov, Moscow, 56–58.
• Babakov A. N. (1999) Sediment fluxes along the Kaliningrad shore of the Baltic Sea (In Russian), [in:] Integrative study of the Atlantic Ocean: Volume of abstracts of 9th Kaliningrad Regional Conference, Kaliningrad, 16–17.
• Babakov A. N. (2003) Spatial-temporal structure of currents and sediment migrations in coastal zone in South-Eastern Baltic: Sambia Peninsula and Curonian Spit (in Russian), PhD Thesis, Kaliningrad: Geographical Faculty of Kaliningrad State University, pp. 273.
• Bass O. V., Zhindarev L. A. (2007) Technogenesis in coastal zone of sandy coasts of inland seas (in Russian), Geomorphology, 4, 17–24.
• Bobykina V., Chubarenko B., Karmanov K. (2016) Morphodynamics of the shores of the Vistula Spit (the Baltic Sea) in a period of 2002–2015 by results of in-situ measurements, [in:] “Managing risks to coastal regions and communities in a changing world”. Proc. Int. Conf. EMECS’11-SeaCoasts XXVI, Saint-Petersburg, 22–27 August, Saint-Petersburg, RSHU, ISBN 978-5-369-00829-4, 130–140, DOI: 10.21610/conferencearticle_58b4315ec153d.
• Bobykina V. P., Boldyrev V. L. (2007) Methodics of monitoring of Kaliningrad Oblast coast (in Russian), Proc. XXII Int. Conf. “Problems of management and sustainable development of marine coastal zone”, Gelendzhik, 16–20 May, 2007, Gelendzhik, pp. 52.
• Bobykina V. P., Boldyrev V. L. (2008) Tendency of development of the shore of Kaliningrad Oblast by 5-years monitoring data (in Russian), Scientific Notes of Russian Geographical Society, Kaliningrad Branch, Vol. 7, part 1 (CD-ROM version), Q1–Q3.
• Bobykina V. P., Karmanov K. V. (2009) Dynamics of shores of the top of Gulf of Gdansk and link with anthropogenic influence (in Russian), Proc. Int. Conf. ”Development and usage of artificial lands on the shores and in the waters of reservoirs”, Novosibirsk, 20–25 July, 2009, Novosibirsk, Publishing of Siberian Branch of Russian Academy of Sciences, 209, 119–124.
• Boldyrev V. L., Gudelis V. K., Knaps R. Ya. (1979) Sandy sediments fluxes in South-Eastern Baltic (in Russian), [in:] Investigations of dynamics of relief of sea shore, Moscow, 14–19.
• Boldyrev V. L., Laschenkov V. M., Ryabkova O. I. (1992) Evolution of western shore of Kaliningrad Oblast during intensive anthropogenic influence (in Russian), [in:] Coastal evolution in case of sea level rise, Moscow, 212–215.
• Boldyrev V. L., Laschenkov V. M., Ryabkova O. I. (1990) Storm treatment of the shores of Kaliningrad shore of the Baltic Sea (in Russian), [in:] Questions of Dynamics and Paleogeography of the Baltic Sea: collection of articles Vol. 1, Part 1, Vilnius, 97–129.
• Boldyrev V. L., Ryabkova O. I. (2001) Dynamics of coastal processes on the Kaliningrad shore of the Baltic Sea (in Russian), Transactions of Russian Geographical Society, 133 (5), 41–48.
• Burnashov E., Chubarenko B., Stont J. (2010)Natural Evolution ofWestern Shore of the Sambian Peninsula on Completion of Dumping from an Amber Mining Plant, Archives of Hydro-Engineering and Environmental Mechanics, 57 (2), 105–117.
• Burnashov E. M. (2011) Modern dynamics and geoecological state of marine shore of Kaliningrad Oblast (In Russian), PhD Thesis, Geographical Science. Barnaul: Institute ofWater and Ecological Problems of Siberian Branch of Russian Academy of Sciences, pp. 205.
• Burnashov E. M. (2011) Modern dynamics of coastal processes on the Kaliningrad shore of the Baltic Sea (in Russian), Questions of modern science and practice, 2 (33), 10–17.
• Chechko V. A., Chubarenko B. V., Boldyrev V. L., Bobykina V. P., Kurchenko V. Yu., Domnin D. A. (2008) About dynamics of marine coastal zone near the protective piers of Kaliningrad Sea Canal (in Russian), Water resources, 35 (6), 1–11.
• Karmanov K., Chubarenko B. (2016) Long-term dynamics in location of coastline of the Vistula Spit by result of the satellites images analysis, Proceedings of International Conference “Managing risks to coastal regions and communities in a changing world” (EMECS’11 – SeaCoasts XXVI), August 22–27, St. Petersburg, Russia. DOI: 10.21610/conferencearticle_58b4315e64cb0.
• Kirlis V. J. (1990) Influence of extreme storms on shallow sandy shores of South-Eastern Baltic shores (in Russian), [in:] Questions of Dynamics and Paleogeography of the Baltic Sea: collection of articles, Vol. 1, Part 1, Vilnius, 83–96.
• Makarov K. N., Grebnev Yu. S., Zhindarev L. A., Scherbina V. V., Boldyrev V. L., Sekurova Z. A., Shibaev S. V., Chubarenko B. V. (2005) Content and structure of information-prognostic system of the shore of Kaliningrad Oblast (in Russian), Proc. Int. Sci. Conf. “Innovations in science and education – 2005”, Kaliningrad, 19–21 October 2005, Part 1, 132–134.
• Ostrowski R., Pruszak Z., Skaja M., Szmytkiewicz M. (2010) Variability of Hydrodynamic and Lithodynamic Coastal Processes in the East Part of the Gulf of Gdansk, Archives of Hydro-Engineering and Environmental Mechanics, 57 (2), 139–153.
• Ryabkova O. I. (1982) Sources of sediment input in coastal zone of Kaliningrad shore of the Baltic (in Russian), Deposition in VINITI, No 2768-82 dated 03.06, pp. 11.
• Ryabkova O. I., Levchenkov A. V. (2016) Studies of the shores of Sambia Peninsula: input of German, Soviet and Russian scientists (in Russian), IKBFU’S Vestnik. Series of natural and medical sciences, 3, 44–70.
• Scheme of anti-slide and coastal protection constructions on the shore of the Baltic Sea within the Kaliningrad Oblast (in Russian) (1999) Vol. 1, Book 1 “Natural conditions and hydrometeorological regime of Kaliningrad shore of the Baltic”, Svetlogorsk.
• State Report on Ecological State in Kaliningrad Oblast in 2017 (in Russian) (2018) Kaliningrad: Ministry of Natural Resources and Ecology of Kaliningrad Oblast, pp. 200.
• Zenkovich V. P. (1967) Processes of Coastal Development, New York, pp. 738.
• Zharomskis R. B. (2000) Sediment dynamics in coastal zone of South-Eastern Baltic (in Russian),Water Resources, 27 (1), 53–62.
• Zhindarev L. A., Khabidov A. S., Scherbina V. V. (2004) Peculiarities of lithodynamics of sandy shores of non-tidal seas and model for coastal zone management (in Russian), [in:] Marine coastal zone: morpholithodynamics and geoecology, V. V. Orlenok (ed.), Kaliningrad, 34–38.

Uwagi

Opracowanie rekordu w ramach umowy 509/P-DUN/2018 ze środków MNiSW przeznaczonych na działalność upowszechniającą naukę (2019).