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Between Oost-Souburg and the port of Zeeland Seaports the area is used for agricultural purposes. One the polders in this part of Walcheren is the Schorerpolder, the owner of the polder is Zeeland Seaports (ZSP). ZSP is planning to use the polder for nature compensations, as part of a port development plan. The main idea is to bring seawater back into the polder by constructing an opening in the dyke. In that way the polder of 28 ha, can develop in a low dynamic intertidal habitat, an important habitat for the Western Scheldt which is under continues pressure. 
A research project on a tidal turbine in the Grevelingen Dam is currently going on. One of the aspects to be investigated are the effects on the hydrodynamics in lake Grevelingen. A larger tidal regime is likely to generate stronger tidal currents, while a smaller tidal regime will dampen the tidal currents. Tidal currents combined with wind-generated waves determine the hydrodynamic forces on the coastal profile. Erosion of the coastal profile is the result if the stabilizing forces (e.g. the type of soil and the presence and type of vegetation) are weaker than the destabilizing hydrodynamic forces 


In this project you will work in a team of students from different disciplines (civil engineering, delta management, and aquatic eco-technology), under supervision of a team of experts form the BwN research group and external partners. The task is to identify the present ecosystem services in the Schorerpolder, and also quantify these services. Secondly you will determine new ecosystem services for different development (four) plans in the polder. You will be asked to think about opportunities to increase the ecosystem services by using eco technological principle. The development of the plans are part of the group work of the whole team, in close collaboration with the client (ZSP). You will be ask to use your creativity for the development of ambitious, but feasible polder designs. 
The goal of the project is to conduct research on the erosion of vegetated coastal profiles in lake Grevelingen. Field work will be conducted to collect representative samples with different combinations of soil types and vegetation (cover). Then, these samples will undergo standardized erosion tests in a stream lab at NIOZ. The results will be analyzed and reported 


Research type: field research, desk analysis (GIS), stakeholder meetings
The lab experiments will be conducted at NIOZ in Yerseke. Data analysis and reporting may take place at HZ UAS but can also take place at NIOZ.


Research level: minor, internship or graduation bachelor thesis project
'''Research type:''' field work, lab experiments and  desk analysis


Prerequisite: interest in ecology, morphology, policy, natural compensation, Natura2000
'''Research level:''' graduation bachelor thesis project or internship


Partners: WMR, NIOZ, Deltares, Scheldestromen and Zeeland Seaports
'''Prerequisite:''' knowledge on coastal processes, hydrodynamics, sediment transport and basic ecology. Eager to combine fieldwork with lab experiments and some data analysis.


Client: Joost Stronkhorst (HZ)
'''Partners:''' NIOZ
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{{Project
|Supercontext=Building with Nature
|Name=Vegetated shoreline erosion experiments
|Project type=Standaard
|Supercontext=PR_00151
|Name=Ecosystem services in the Schorerpolder
|Start date=2019/09/01
|Start date=2019/02/01
|End date=2020/02/01
|End date=2019/07/01
|Summary=To conduct research on erosion of coasts with varying degrees of vegetation cover and vegetation types.
|Summary=Create opportunities for new ecosystem services in a polder
 
Research type: field research, desk analysis (GIS), stakeholder meetings
 
Research level: minor, internship or graduation bachelor thesis project
 
Prerequisite: interest in ecology, morphology, policy, natural compensation, Natura2000
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Huidige versie van 17 mrt 2020 om 17:31

A research project on a tidal turbine in the Grevelingen Dam is currently going on. One of the aspects to be investigated are the effects on the hydrodynamics in lake Grevelingen. A larger tidal regime is likely to generate stronger tidal currents, while a smaller tidal regime will dampen the tidal currents. Tidal currents combined with wind-generated waves determine the hydrodynamic forces on the coastal profile. Erosion of the coastal profile is the result if the stabilizing forces (e.g. the type of soil and the presence and type of vegetation) are weaker than the destabilizing hydrodynamic forces 

The goal of the project is to conduct research on the erosion of vegetated coastal profiles in lake Grevelingen. Field work will be conducted to collect representative samples with different combinations of soil types and vegetation (cover). Then, these samples will undergo standardized erosion tests in a stream lab at NIOZ. The results will be analyzed and reported 

The lab experiments will be conducted at NIOZ in Yerseke. Data analysis and reporting may take place at HZ UAS but can also take place at NIOZ.

Research type: field work, lab experiments and  desk analysis

Research level: graduation bachelor thesis project or internship

Prerequisite: knowledge on coastal processes, hydrodynamics, sediment transport and basic ecology. Eager to combine fieldwork with lab experiments and some data analysis.

Partners: NIOZ



























To conduct research on erosion of coasts with varying degrees of vegetation cover and vegetation types.

Startdatum
september 1, 2019
Einddatum
februari 1, 2020





Onderwerpen

Subprojecten

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Deelnemers

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