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Fluvial/wave interaction controls on delta formation for ephemeral rivers discharging into microtidal

Fluvial/wave interaction controls on delta formation for ephemeral rivers discharging into microtidal
Fluvial/wave interaction controls on delta formation for ephemeral rivers discharging into microtidal
.Interaction between freshwater supply and wave activity is described in relation to delta formation associated with ephemeral Greek rivers, discharging into tideless ambient waters. The controlling variables are investigated using the discharge effectiveness index (E f), as applied elsewhere to worldwide large river systems.E f values differ in magnitude for large- and small-scale river/delta systems, characterized by analogous shoreline configurations (i.e., fluvially or wave-dominated). Seasonal fluctuations in river input and wave energy control the evolution of the small systems. High sediment fluxes, related to flood events, are also of fundamental importance to delta evolution.
0276-0460
24-31
Poulos, S.
10305788-cad2-42c9-9d8f-2a2bc30dca96
Collins, M.B.
3b70278b-0004-45e0-b3c9-0debdf0a9351
Ke, X.
7ce19883-4155-4457-b239-efe78e8087ff
Poulos, S.
10305788-cad2-42c9-9d8f-2a2bc30dca96
Collins, M.B.
3b70278b-0004-45e0-b3c9-0debdf0a9351
Ke, X.
7ce19883-4155-4457-b239-efe78e8087ff

Poulos, S., Collins, M.B. and Ke, X. (1993) Fluvial/wave interaction controls on delta formation for ephemeral rivers discharging into microtidal. Geo-Marine Letters, 13 (1), 24-31. (doi:10.1007/BF01204389).

Record type: Article

Abstract

.Interaction between freshwater supply and wave activity is described in relation to delta formation associated with ephemeral Greek rivers, discharging into tideless ambient waters. The controlling variables are investigated using the discharge effectiveness index (E f), as applied elsewhere to worldwide large river systems.E f values differ in magnitude for large- and small-scale river/delta systems, characterized by analogous shoreline configurations (i.e., fluvially or wave-dominated). Seasonal fluctuations in river input and wave energy control the evolution of the small systems. High sediment fluxes, related to flood events, are also of fundamental importance to delta evolution.

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Published date: March 1993

Identifiers

Local EPrints ID: 72324
URI: http://eprints.soton.ac.uk/id/eprint/72324
ISSN: 0276-0460
PURE UUID: fdf84f3c-565c-461b-a642-1e3338539054

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Date deposited: 08 Feb 2010
Last modified: 13 Mar 2024 21:24

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Contributors

Author: S. Poulos
Author: M.B. Collins
Author: X. Ke

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