Sediment imbalances and flooding risk in European deltas and estuaries
Rovira, A; Ballinger, R; Ibanez, C; Parker, P; Dominguez, D; Simon, X; Lewandowski, A; Hochfeld, B; Tudor, M; Vernaeve, L. (2014). Sediment imbalances and flooding risk in European deltas and estuaries. J. Soils Sediments 14(8): 1493-1512. dx.doi.org/10.1007/s11368-014-0914-4
In: Journal of Soils and Sediments. Springer: Heidelberg; Berlin. ISSN 1439-0108; e-ISSN 1614-7480, more
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| Keywords |
Marine/Coastal; Brackish water; Fresh water |
| Author keywords |
Deltas and estuaries; Flooding; Planning; Sediment management |
| Authors | | Top |
- Rovira, A
- Ballinger, R
- Ibanez, C
- Parker, P
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- Dominguez, D
- Simon, X
- Lewandowski, A
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- Hochfeld, B
- Tudor, M
- Vernaeve, L., more
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| Abstract |
We analysed the status of current water and sediment management practices in six deltas and estuaries, which were part of the European DELTANET, INTERREG-funded network. These systems-the Danube, Ebro and Vistula deltas and the Elbe, Minho and Severn estuaries-represent different geographic regions of Europe. This enables comparison between the sites' approaches to common coastal issues, notably those associated with sediment budgets, contamination and flood risk. Based on documentary analysis, workshop events and expert discussion, we employ a simple classification scheme to distinguish between levels of risk from these aspects. We suggest that flood risk is the most significant risk, followed by upstream sediment retention and sediment aggradation. Chemical contamination, though less severe, is not unimportant. Key management issues include a lack of environmental quality standards for sediment and suspended particulate matter, as well as the limited deployment of monitoring programmes, regular sediment sampling and associated chemical analyses. These include both general and specific recommendations. Within these, the limited scope of integrated plans that aim for sustainability of the respective systems is highlighted. It is suggested that these do not challenge traditional, classical engineering approaches sufficiently. Nor do they address the origin of many environmental problems, especially those which are closely linked to short-term political and economic priorities. |
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