TIDE

Tidal River Development

Background and Aim

Aim
The TIDE approach linked ecosystem services with economic values by coupling the physical needs for economical development with quantified ecosystem resilience needs. TIDE also derived and implemented new solution-oriented initiatives. Thus TIDE not only improved the effectiveness of European, national and regional policy and provided instruments for regional development, but made an essential contribution towards a more sustainable and effective use of investment into North Sea estuaries.

Background
TIDE focused on macro tidal estuaries used as shipping channels leading to large harbours further inland.

Increasing in the future is tidal action and sediment transportation that is very high and will steadily increase as the ecosystem services of intertidal and shallow estuarine habitats are threatened. At the same time decision-makers at these estuaries are faced with an increasingly challenging legal and global economic framework.

Clear objectives and tools were needed to ensure the proper implementation of the EU directives, such as the BHD and WFD. By quantifying resilience as a concept within the TIDE project, it was possible for the first time to synchronise the initiatives of estuaries which featured the same problems.

 


PROJECT DURATION: 2010-01-01 - 2012-12-31
ERDF GRANT: 1,865,740.00 €
ERDF EQUIVALENT:
TOTAL ELIGIBLE BUDGET: 3,731,480.00
LEAD BENEFICIARY: Hamburg Port Authority, Germany
PROJECT HOMEPAGE: www.tide-project.eu

Information Hub

Flyer TIDE English
TIDE Facts: The Elbe Estuary
TIDE Times Issue 01 (German)
TIDE Facts: The Humber Estuary
TIDE Facts: The Weser Estuary
TIDE Facts: A New Sediment Disposal Strategy for the Scheldt
An interestuarine comparison for ecology in TIDE
Comparison of Hydrodynamics and Salinity of TIDE Estuaries
Determinants of bird habitat use in TIDE estuaries
Ecosystem Service Assessment of TIDE Estuaries
Interestuarine comparison: Hydro-geomorphology
Manual for valuation of ecosystem services in estuaries
Modelling the oxygen budget of the Elbe-Estuary
Moneos: Integrated Monitoring of the Scheldt Estuary
Sand balance approach
Scheldt Estuary Evaluation Methodology
Shallow water areas in North Sea estuaries. Changing patterns and sizes of habitats influenced by human activities in the Elbe, Humber, Scheldt and Weser
Zonation of the TIDE estuaries
Analysis of the TIDE Estuarine Conflict Martice
Development / implementation of a new communication concept
Environmental Impact Assessment and Appropriate Assessment - Evaluation of assessment tools and methods, Lot 1: Legal and procedural aspects of the EU Directives
Environmental Impact Assessment and Appropriate Assessment - Evaluation of assessment tools and methods, Lot 2: Analysis of case studies in port development projects in European estuaries
Legislative Drivers & Sectoral Plan Review of TIDE Estuaries
The tidal Elbe - a people's perspective
Anabranch revitalization lower Weser estuary
Dredging and disposal strategies of the Elbe estuary
Dredging and disposal strategies of the Humber estuary
Dredging and disposal strategies of the Scheldt estuary
Dredging and disposal strategies of the Weser estuary
Evaluation of the sediment-trap near Wedel
Hard Substrate Habitats Outer Weser Estuary (English)
Hard Substrate Habitats Outer Weser Estuary (German)
Management measures analysis and comparison
Mitigation measures in the estuary mouth
Restoration of a tidal foreland in the Werderland region (German)
Restoration of a tidal foreland in the Werderland region (English)
Secondary channels in European estuaries
Sediment relocation to shallow water near Walsoorden sandbar
The Potential Alternative Uses of Dredged Material in the Humber Estuary
TIDE Summary Report: Towards integrated management
Understanding TIDE
"Comparative Analysis of Sediment Management- Strategies in the Estuaries of Humber, Scheldt, Elbe and Weser"
Morphological management of estuaries
Management of Estuaries. The need to understand nature and society
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