Roggenplaat sand nourishment and the potential for artifical reefs

Versie van 31 mei 2016 om 08:50 (brontekst bekijken) Joao Salvador de Paiva (Overleg | bijdragen) (Nieuwe pagina aangemaakt met ' {{Project config}} {{Project |Supercontext=Building with Nature |Project type=Standaard |Name=ROGGENPLAAT SAND NOURISHMENT AND THE POTENTIAL FOR ARTIFICAL REEFS |S...')		Huidige versie van 8 jun 2016 om 14:22 (brontekst bekijken) Joao Salvador de Paiva (Overleg | bijdragen) (Label: visualeditor)
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Regel 1:		Regel 1:
		+	The Roggenplaat is a tidal flat just behind the storm surge barrier. Over the last 10 years, the sand deficit problem in the Eastern Scheldt resulted in a relative fast erosion of the Roggenplaat. To maintain the ecological values on the Roggenplaat, and reduce the wave impact on Schouwen, the government has recently decided to start with a sand nourishment on the Roggenplaat. In the 2016 the partners of the Centre of Expertise Delta Technology will work on an optimal design for this sand nourishment.
−	{{Project config}}	+	On severaal places in the Eastern Scheldt artificial reefs are built in the intertidal zone, to support sedimentation of the tidal flats, and dissipate wave energy. The focus of this research is evaluate the effectiveness of these measures at the field locations (Oesterdam, De Val, slikken van Vianen), based on existing field data from Rijkswaterstaat (Ministry of Infrastructure and Environment) and literature. Based on this investigation a design rules will be developed for artificial reefs on the Roggenplaat and the possible locations of these reefs on the Roggenplaat will be investigated.
		+
		+
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		+	'''Research type:''' Deskwork, data processing
		+
		+	'''Research level:''' Civil engineering students or related fields; minor or internship.
		+
		+	'''Prerequisite:''' Interest in morphology, fluid dynamics, and design
		+
		+	'''Partners:''' Deltares
		+
		+	'''Client:''' Jebbe van der Werf (Deltares), Lodewijk de Vet (Deltares) and Matthijs Boersema (HZ);{{Project config}}
	{{Project		{{Project
	|Supercontext=Building with Nature		|Supercontext=Building with Nature
	|Project type=Standaard		|Project type=Standaard
−	|Name=ROGGENPLAAT SAND NOURISHMENT AND THE POTENTIAL FOR ARTIFICAL REEFS	+	|Name=Roggenplaat sand nourishment and the potential for artifical reefs
−	|Start date=2016/08/22	+	|Start date=August 2016
−	|End date=2017/01/31	+	|End date=February 2017
−	|Summary=The Roggenplaat is a tidal flat just behind the storm surge barrier. Over the last 10 years, the sand deficit problem in the Eastern Scheldt resulted in a relative fast erosion of the Roggenplaat. To maintain the ecological values on the Roggenplaat, and reduce the wave impact on Schouwen, the government has recently decided to start with a sand nourishment on the Roggenplaat. In the 2016 the partners of the Centre of Expertise Delta Technology will work on an optimal design for this sand nourishment.	+	|Summary=Roggenplaat sand nourishment and the potential for artifical reefs
−	On severaal places in the Eastern Scheldt artificial reefs are built in the intertidal zone, to support sedimentation of the tidal flats, and dissipate wave energy. The focus of this research is evaluate the effectiveness of these measures at the field locations (Oesterdam, De Val, slikken van Vianen), based on existing field data from Rijkswaterstaat (Ministry of Infrastructure and Environment) and literature. Based on this investigation a design rules will be developed for artificial reefs on the Roggenplaat and the possible locations of these reefs on the Roggenplaat will be investigated.
	Research type: Deskwork, data processing		Research type: Deskwork, data processing
		+
	Research level: Civil engineering students or related fields; minor or internship.		Research level: Civil engineering students or related fields; minor or internship.
		+
	Prerequisite: Interest in morphology, fluid dynamics, and design		Prerequisite: Interest in morphology, fluid dynamics, and design
−	Client: Jebbe van der Werf (Deltares), Lodewijk de Vet (Deltares) and Matthijs Boersema (HZ);
	}}		}}

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Huidige versie van 8 jun 2016 om 14:22

The Roggenplaat is a tidal flat just behind the storm surge barrier. Over the last 10 years, the sand deficit problem in the Eastern Scheldt resulted in a relative fast erosion of the Roggenplaat. To maintain the ecological values on the Roggenplaat, and reduce the wave impact on Schouwen, the government has recently decided to start with a sand nourishment on the Roggenplaat. In the 2016 the partners of the Centre of Expertise Delta Technology will work on an optimal design for this sand nourishment.

On severaal places in the Eastern Scheldt artificial reefs are built in the intertidal zone, to support sedimentation of the tidal flats, and dissipate wave energy. The focus of this research is evaluate the effectiveness of these measures at the field locations (Oesterdam, De Val, slikken van Vianen), based on existing field data from Rijkswaterstaat (Ministry of Infrastructure and Environment) and literature. Based on this investigation a design rules will be developed for artificial reefs on the Roggenplaat and the possible locations of these reefs on the Roggenplaat will be investigated.

Research type: Deskwork, data processing

Research level: Civil engineering students or related fields; minor or internship.

Prerequisite: Interest in morphology, fluid dynamics, and design

Partners: Deltares

Client: Jebbe van der Werf (Deltares), Lodewijk de Vet (Deltares) and Matthijs Boersema (HZ);

Project summary

Roggenplaat sand nourishment and the potential for artifical reefs

Research type: Deskwork, data processing

Research level: Civil engineering students or related fields; minor or internship.

Prerequisite: Interest in morphology, fluid dynamics, and design

Start date:	augustus 2016
End date:	februari 2017

Project results and process

Results:

• Roggenplaat sand nourishment and the potential for artifical reefs - results

Description and evaluation of the process:

• Roggenplaat sand nourishment and the potential for artifical reefs - process