Flood risk analysis study at the German Bight Coast - Bewerkingsoverzicht

MaartenDeRijcke op 3 aug 2011 om 13:41

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Stronkh op 1 dec 2008 om 10:36

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Jackgeerlings op 23 nov 2008 om 19:34

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Jackgeerlings op 23 nov 2008 om 19:32

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Jackgeerlings op 23 nov 2008 om 19:24

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Jackgeerlings op 23 nov 2008 om 19:17

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Jackgeerlings op 23 nov 2008 om 16:58

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-{{authors
+{{2Authors
   |AuthorID1=14203
   |AuthorFullName1= Kortenhaus, Andreas

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 [[Category:Climate change and global warming]]
 [[Category:Coastal flooding]]
 [[Category:North Sea]]
 [[Category:Evaluation and assessment in coastal management]]

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 {{featured}}
-This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the [[flood defences]] protecting the [[coastal hinterland|hinterland]] close to the village of St. Peter-Ording on the Eiderstedt peninsula and  a micro-scale [[vulnerability]] analysis. The results of calculating the flooding probability are used to derive [[flood|flooding]]/[[breaching]] scenarios, which up to now have been based on experience and expert knowledge. To assess the flood risk and to define specific risk zones, the estimation of the expected damages and its spatial distribution is crucial in addition to the hazard analysis. This done in the multi-criteria [[vulnerability]] assessment.
+This article gives a detailed flood risk analysis of the German Bight Coast. This analysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the [[flood defences]] protecting the [[coastal hinterland|hinterland]] close to the village of St. Peter-Ording on the Eiderstedt peninsula and  a micro-scale [[vulnerability]] analysis. The results of calculating the flooding probability are used to derive [[flood|flooding]]/[[breaching]] scenarios, which up to now have been based on experience and expert knowledge. To assess the flood risk and to define specific risk zones, the estimation of the expected damages and its spatial distribution is crucial in addition to the hazard analysis. This done in the multi-criteria [[vulnerability]] assessment.
 ==Introduction==

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 *[[Statistical description of wave parameters]]
 *[[Socio-economic evaluation]]
 ===External Links===

← Oudere versie		Versie van 23 nov 2008 om 19:34
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	This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the [[flood defences]] protecting the [[coastal hinterland\|hinterland]] close to the village of St. Peter-Ording on the Eiderstedt peninsula and a micro-scale [[vulnerability]] analysis. The results of calculating the flooding probability are used to derive [[flood\|flooding]]/[[breaching]] scenarios, which up to now have been based on experience and expert knowledge. To assess the flood risk and to define specific risk zones, the estimation of the expected damages and its spatial distribution is crucial in addition to the hazard analysis. This done in the multi-criteria [[vulnerability]] assessment.		This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the [[flood defences]] protecting the [[coastal hinterland\|hinterland]] close to the village of St. Peter-Ording on the Eiderstedt peninsula and a micro-scale [[vulnerability]] analysis. The results of calculating the flooding probability are used to derive [[flood\|flooding]]/[[breaching]] scenarios, which up to now have been based on experience and expert knowledge. To assess the flood risk and to define specific risk zones, the estimation of the expected damages and its spatial distribution is crucial in addition to the hazard analysis. This done in the multi-criteria [[vulnerability]] assessment.
−

	==Introduction==		==Introduction==

← Oudere versie		Versie van 23 nov 2008 om 19:32
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	{{featured}}		{{featured}}

−	This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the flood defences protecting the hinterland close to the village of St. Peter-Ording on the Eiderstedt peninsula and a micro-scale [[vulnerability]] analysis. he results of calculating the flooding probability are used to derive flooding/breaching scenarios, which up to now have been based on experience and expert knowledge. To assess the flood risk and to define specific risk zones, the estimation of the expected damages and its spatial distribution is crucial in addition to the hazard analysis. This done in the ~~Multi~~-criteria vulnerability assessment.	+	This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the [[flood defences]] protecting the [[coastal hinterland\|hinterland]] close to the village of St. Peter-Ording on the Eiderstedt peninsula and a micro-scale [[vulnerability]] analysis. The results of calculating the flooding probability are used to derive [[flood\|flooding]]/[[breaching]] scenarios, which up to now have been based on experience and expert knowledge. To assess the flood risk and to define specific risk zones, the estimation of the expected damages and its spatial distribution is crucial in addition to the hazard analysis. This done in the multi-criteria [[vulnerability]] assessment.

← Oudere versie		Versie van 23 nov 2008 om 19:24
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	{{featured}}		{{featured}}

−	This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the flood defences protecting the hinterland close to the village of St. Peter-Ording on the Eiderstedt peninsula and a micro-scale [[vulnerability]] analysis.	+	This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the flood defences protecting the hinterland close to the village of St. Peter-Ording on the Eiderstedt peninsula and a micro-scale [[vulnerability]] analysis. he results of calculating the flooding probability are used to derive flooding/breaching scenarios, which up to now have been based on experience and expert knowledge. To assess the flood risk and to define specific risk zones, the estimation of the expected damages and its spatial distribution is crucial in addition to the hazard analysis. This done in the Multi-criteria vulnerability assessment.

← Oudere versie		Versie van 23 nov 2008 om 19:17
Regel 1:		Regel 1:
	{{featured}}		{{featured}}

−	This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European FLOODsite research project. The study comprises a full probabilistic analysis of the flood defences protecting the hinterland close to the village of St. Peter-Ording on the Eiderstedt peninsula and a micro-scale vulnerability analysis.	+	This article gives a detailed flood risk analysis of the German Bight Coast. This anaylysis has been performed within the European [[FLOODsite]] research project. The study comprises a full probabilistic analysis of the flood defences protecting the hinterland close to the village of St. Peter-Ording on the Eiderstedt peninsula and a micro-scale [[vulnerability]] analysis.

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 [[Category:Coastal risk management]]
 [[Category:Practice, projects and case studies in coastal management]]
+{{authors
-{{author
+  |AuthorID1=14203
-  |AuthorID=14203
+  |AuthorFullName1= Kortenhaus, Andreas
-  |AuthorFullName= Kortenhaus, Andreas
+  |AuthorName1=Username
-  |AuthorName=Username}}
+  |AuthorID2=18589
+  |AuthorFullName2= Kaiser, Gunilla
-{{author
+  |AuthorName2=Username}}
-  |AuthorID=18589
-  |AuthorFullName= Kaiser, Gunilla
-  |AuthorName=Username}}