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Reference no: EVK3-CT-2000-00041
Period: January 2001 till December 2003
Geographical terms: ANE, Baltic Sea, Oder Estuary [Marine Regions]; Mediterranean Region [Marine Regions]
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- Aristotle University of Thessaloniki; Laboratory of Maritime Engineering & Maritime Works, more, partner
- University of Bologna; Department of Civil, Environmental and Materials Engineering (DICAM), more, co-ordinator
- Lamberti, Alberto, co-ordinator
- Zanuttigh, Barbara, researcher
- Martinelli, Luca, researcher
- Guerrero, Massimo, researcher
- Clementi, Emanuela, researcher
- Aalborg University; Department of Civil Engineering, more
- Technical University of Denmark (DTU), more
- DHI Water × Environment × Health (DHI), more
|"Scientific objectives and approach|
The project aims to promote effective and environmentally compatible design of LCS to defend European shores against coastal erosion and preserve the littoral environment as well as the coast economic development. DELOS offers the possibility to achieve this aim through integrated collaboration among engineers, coastal oceanographers, marine ecologists, economists and political institutions, involving 18 partners from 7 European countries and end users.
Specific objectives and methods of DELOS are:
-to provide an inventory of existing LCS and a literature based description of their effects;
-to analyse LCS hydrodynamics and stability as well as their effects on beach morphology by observation on sites, by laboratory experiments and numerical modelling;
-to investigate the impacts of LCS on biodiversity and functioning of coastal assemblages by observations and field experiments at a range of spatial (local, regional and European) and temporal scales (months to years) as well as in relation to different environmental conditions;
-to develop a general methodology to quantify benefits for “Integrated Coastal Zone Management” based on Contingent Valuation monetary values obtained in different European countries;
-to provide local authorities with validated operational guidelines for the design of LCS based on the achieved knowledge of LCS hydrodynamics and stability, water circulation, beach morphology, impacts on coastal assemblages, human perception and related economic effects. Guidelines will be verified by application to selected case studies and discussion with end users.
The societal impact of DELOS will be felt in many sectors, including the civil engineering community, tourist industry and recreational activities, coastal environmental authorities, consultancy organisations advising the management of the coastal area and its living resources, and local political, regulatory and enforcement authorities.
DELOS primary contributions to Community social objectives are:
-Preservation, protection and improvement of coastal environments;
-Improvement of the quality of life, health and safety in coastal areas;
-Improvement of skills and of employment prospects within the Community.
-Short to medium term employment benefits are also expected as a consequence of economic benefits: European beaches are a major financial asset, which is strictly related to the quality and integrity of the beaches themselves that DELOS aims to guarantee through the identification of secure and environmentally friendly design guidelines for coastal defence systems.
In order to assure the up-take of information by potential users and the implementation of the design guidelines, DELOS will involve end-user representatives from the very beginning of the project. The methodologies and tools developed will contribute to improve the design of coastal defence structures and will help the authorities to implement national and EU environmental regulations.