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  • The EU Water Framework Directive (WFD) calls for cost-effective measures to achieve a "good status" in all European ground, surface and coastal waters. Besides eutrophication, the degradation of hydro-morphology is the main reason for failing the WFD's objectives in Germany. In this paper , we conceptualize the interactive decision support process BASINFORM-M for finding proper locations for river restora tion. The method combines the recently proposed "stepping stone concept" from aquatic ecology with elements from cost-effectiveness analysis, multi-criteria analysis and participatory approaches. BASINFORM-M exemplifies a shift away from the isolated resto ration of single river reaches to wards a consideration of functional relationships within the whole river network. In doing so, it satisfies the WFD's requirement of considering cost-effectiveness without neglecting other important evaluation criteria. (xsd:string)
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?:dateModified
  • 2014 (xsd:gyear)
?:datePublished
  • 2014 (xsd:gyear)
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  • true (xsd:boolean)
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  • en (xsd:string)
?:issn
  • 1436-140X ()
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?:name
  • Cost-effective improvement of river morphology (xsd:string)
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?:publicationType
  • Arbeitspapier (xsd:string)
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  • GESIS-SSOAR (xsd:string)
rdf:type
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?:urn
  • urn:nbn:de:0168-ssoar-390094 ()
?:volumeNumber
  • 9/2014 (xsd:string)