River sediment transport and coastal erosion in the southeastern Black Sea rivers / Transport riečnych sedimentov a erózia pobrežia riek krajiny v juhovýchodnej časti čierneho mora

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In the Southeastern Black Sea Region, rivers are dammed for hydroelectric power and irrigation. The natural course of fluvial alluvium transport is almost completely altered because of planned and constructed dams and coastal protection measures. Decreasing volume of sediment carried to the sea cause intensification of the shore erosion. The Black Sea Rivers and coastal areas of Turkey and Georgia are under heavy anthropogenic pressure because of the bed material extraction and coastal erosion rate. In this study, environmental effects of dams and related effects of sediment transport on coastal erosion in the Eastern Black Sea region are discussed.

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  • ALGAN O. GAZIOGLU C. YUCEL Z. CAGATAY N. GONENCGIL B. 2000: Sediment and Freshwater Discharges of the Anatolian River into the Black Sea IOCBSRC Workshop “Black Sea Fluxes” Workshop Report No. 145 Paris UNESCO 38-50.

  • BERKUN M. 2010a: Environmental evaluation of Turkey’s transboundary rivers' hydropower systems. Can. J. Civ. Engng 375 684-694.

  • BERKUN M. 2010b: Hydroelectric potential and environmental effects of multidam hydropower projects in Turkey. Energy for Sustainable Development 14 320-329.

  • ENCON 2006: Yusufeli Dam and Hydroelectric Power Project Environmental Impact Assessment Ankara Turkey.

  • HAY B. J. 1994: Sediment and water discharge rates of Turkish Black Sea rivers before and after hydropower dam construction. Environmental Geology 23 276-283.

  • JAOSHVILI S. 2002: The rivers of the Black Sea. European Environment Agency Technical report No 71.

  • KIBAROGLU A. KLAPHAKE A. KRAMER A. SCHEUMANN W. CARIUS A. 2005: Cooperation on Turkey’s transboundary waters. Status report Berlin October 2005. German Federal Ministry for Environment Nature Conservation and Nuclear Safety F+E Project No. 903 19 226.

  • MILLIMAN J. D.1981: Transfer of river-borne particulate material to the oceans. 5-12. In: River Inputs to Ocean Systems (Martin J.-M. Burton J.D. Eisma D. eds.): Proceedings of a SCOR/ACMRR/ECOR/IAHS/UNESCO/CMG/IABO/IAPSO Review and workshop held at FAO Rome Italy 26-30 March 1979 384 p.

  • MILLIMAN J. D. 1983: Meade R. H. World-wide delivery of river sediment to the Ocean. The Journal Geology. V. 91 1-21.

  • MILLIMAN J. and SYVITSKI J. 1992: Geomorphic/Tectonic control of sediment discharge to the Ocean: The importance of small mountainous rivers. The Journal of Geology 100 525-544.

  • RAN D. LUO Q. ZHOU Z. WANG G. and ZHANG X. 2008: Sediment retention by check dams in the Hekouzhen-Longmen Section of the Yellow River. Int. J. Sediment Research 23 159-166.

  • SUI J. HE Y. and LIU C. 2009: Changes in sediment transport in the Kuye River in the Loess Plateau in China. Int. J. Sediment Research 24 201-213.

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