EFFECT OF LARGE-SCALE FORCING ON THE LOCAL SEDIMENT TRANSPORT POTENTIAL AT THE SCHLESWIG-HOLSTEIN BALTIC SEA COAST

Pushpa Dissanayake; Christian Winter; Tanita Averes; Knut Krämer; Htun Sone; Norman Dreier; Edgar Nehlsen; Peter Fröhle; Thomas Hirschhäuser

doi:10.9753/icce.v37.sediment.5

No. 37 (2022), Sediment Transport and Morphology

No. 37 (2022)

EFFECT OF LARGE-SCALE FORCING ON THE LOCAL SEDIMENT TRANSPORT POTENTIAL AT THE SCHLESWIG-HOLSTEIN BALTIC SEA COAST

Sediment Transport and Morphology

Published 2023-09-01

Pushpa Dissanayake
Christian Winter
Tanita Averes
Knut Krämer
Htun Sone
Norman Dreier
Edgar Nehlsen
Peter Fröhle
Thomas Hirschhäuser

Pushpa Dissanayake

Christian Winter

Tanita Averes

Knut Krämer

Htun Sone

Norman Dreier

Edgar Nehlsen

Peter Fröhle

Thomas Hirschhäuser

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How to Cite

EFFECT OF LARGE-SCALE FORCING ON THE LOCAL SEDIMENT TRANSPORT POTENTIAL AT THE SCHLESWIG-HOLSTEIN BALTIC SEA COAST. (2023). Coastal Engineering Proceedings, 37, sediment.5. https://doi.org/10.9753/icce.v37.sediment.5

Abstract

The Schleswig-Holstein (SH) Baltic Sea coast consists of different morphological features (e.g., bars, beaches, dunes, cliffs), which are continuously shaped by various along- and cross-shore sediment transport patterns driven by local currents generated from tides, seiches, winds and waves (Soomere et al., 2012). Understanding local scale sediment transport is of utmost importance to manage the scarce coastal sediments and to identify suitable mitigation strategies against extreme forcing scenarios (Hofstede and Hamann, 2022). This investigation was carried out at the exemplary cliff coast at Stohl, at which the glacial till cliff (maximum height about 20 m) is the source of nearshore sediments (Averes et al., 2021). The main objective of this study is to investigate the relative importance of different forcing conditions on local sediment transport pathways.

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References

Averes, Hofstede, Hinrichsen, Reimers, Winter, (2021): Cliff Retreat Contribution to the Littoral Sediment Budget along the Baltic Sea Coastline of Schleswig-Holstein, Germany, Jr. of Mar. Science and Engineering, 9(8), 870.

Davidson-Arnott, (2010): Introduction to Coastal Processes and Geomorphology, Cambridge University Press, UK, ISBN: 9780521874458.

Dissanayake, Brown, (2022): Modelling the effect of roller dynamics on storm erosion: Sylt, North Sea, Journal of Marine Science and Engineering, 10, 305.

Hofstede, Hamann, (2022): The 1872 catastrophic storm surge at the Baltic Sea coast of Schleswig-Holstein; Lessons Learned, Die Küste, 92.

Mason, Riseng, Layman, Jensen, (2018): Effective fetch and relative exposure index maps for the Laurentian Great Lakes, Scientific Data, 5:180295.

Soomere, Weisse, Behrens, (2012): Wave climate in the Arkona Basin, the Baltic Sea, Ocean Science, 8, 287-300.

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EFFECT OF LARGE-SCALE FORCING ON THE LOCAL SEDIMENT TRANSPORT POTENTIAL AT THE SCHLESWIG-HOLSTEIN BALTIC SEA COAST

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