The Smart Rivers approach : Spatial quality in flood protection and floodplain restoration projects based on river DNA

Many river rehabilitation projects have been implemented in the past 30 years, strengthening the natural dynamics and ecology of river systems, while reconciling the functions of flood protection, navigation, sediment extraction, and cultural identity. Still, the planning and design of floodplain projects is subject to debate on how to best follow the “natural” characteristics of specific river stretches, the “DNA of the river.” Unlike many other approaches of integrated river management, this approach entails a design strategy for spatial quality in river floodplain development projects at local and regional level, where the current discharge characteristics of the upstream river basin are taken as given. Starting point is the landscape ecological basis of the river, defining the characteristic (hydro-morphological) processes and geomorphological/geological structures in each stretch of the river and floodplain area. An in-depth characterization of these structures and processes helps design floodplains that can accommodate the various river management and development objectives. Often economically strong functions, like flood protection, can be partnered with weaker ones, such as ecosystem restoration. To safeguard spatial quality and sustainability in these integrated projects, the governance aspect is essential. Therefore the Smart Rivers approach addresses both substantial aspects (the “DNA of the River”) as well as procedural and governance elements (called the “Quality Relay”). The principles of the approach are applicable to project design along regulated rivers in densely populated areas all over the world.

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Main Authors: Peters, Bart, van Buuren, Michaël, van den Herik, Keesjan, Daalder, Martijn, Tempels, Barbara, Rijke, Jeroen, Pedroli, Bas
Format: Article/Letter to editor biblioteca
Language:English
Subjects:flood protection, floodplain design, river management, river restoration, spatial quality,
Online Access:https://research.wur.nl/en/publications/the-smart-rivers-approach-spatial-quality-in-flood-protection-and
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spelling dig-wur-nl-wurpubs-5787832025-01-14 Peters, Bart van Buuren, Michaël van den Herik, Keesjan Daalder, Martijn Tempels, Barbara Rijke, Jeroen Pedroli, Bas Article/Letter to editor Wiley Interdisciplinary Reviews: Water 8 (2021) 3 ISSN: 2049-1948 The Smart Rivers approach : Spatial quality in flood protection and floodplain restoration projects based on river DNA 2021 Many river rehabilitation projects have been implemented in the past 30 years, strengthening the natural dynamics and ecology of river systems, while reconciling the functions of flood protection, navigation, sediment extraction, and cultural identity. Still, the planning and design of floodplain projects is subject to debate on how to best follow the “natural” characteristics of specific river stretches, the “DNA of the river.” Unlike many other approaches of integrated river management, this approach entails a design strategy for spatial quality in river floodplain development projects at local and regional level, where the current discharge characteristics of the upstream river basin are taken as given. Starting point is the landscape ecological basis of the river, defining the characteristic (hydro-morphological) processes and geomorphological/geological structures in each stretch of the river and floodplain area. An in-depth characterization of these structures and processes helps design floodplains that can accommodate the various river management and development objectives. Often economically strong functions, like flood protection, can be partnered with weaker ones, such as ecosystem restoration. To safeguard spatial quality and sustainability in these integrated projects, the governance aspect is essential. Therefore the Smart Rivers approach addresses both substantial aspects (the “DNA of the River”) as well as procedural and governance elements (called the “Quality Relay”). The principles of the approach are applicable to project design along regulated rivers in densely populated areas all over the world. en application/pdf https://research.wur.nl/en/publications/the-smart-rivers-approach-spatial-quality-in-flood-protection-and 10.1002/wat2.1511 https://edepot.wur.nl/541302 flood protection floodplain design river management river restoration spatial quality https://creativecommons.org/licenses/by-nc-nd/4.0/ https://creativecommons.org/licenses/by-nc-nd/4.0/ Wageningen University & Research
institution WUR NL
collection DSpace
country Países bajos
countrycode NL
component Bibliográfico
access En linea
databasecode dig-wur-nl
tag biblioteca
region Europa del Oeste
libraryname WUR Library Netherlands
language English
topic flood protection
floodplain design
river management
river restoration
spatial quality
flood protection
floodplain design
river management
river restoration
spatial quality
spellingShingle flood protection
floodplain design
river management
river restoration
spatial quality
flood protection
floodplain design
river management
river restoration
spatial quality
Peters, Bart
van Buuren, Michaël
van den Herik, Keesjan
Daalder, Martijn
Tempels, Barbara
Rijke, Jeroen
Pedroli, Bas
The Smart Rivers approach : Spatial quality in flood protection and floodplain restoration projects based on river DNA
description Many river rehabilitation projects have been implemented in the past 30 years, strengthening the natural dynamics and ecology of river systems, while reconciling the functions of flood protection, navigation, sediment extraction, and cultural identity. Still, the planning and design of floodplain projects is subject to debate on how to best follow the “natural” characteristics of specific river stretches, the “DNA of the river.” Unlike many other approaches of integrated river management, this approach entails a design strategy for spatial quality in river floodplain development projects at local and regional level, where the current discharge characteristics of the upstream river basin are taken as given. Starting point is the landscape ecological basis of the river, defining the characteristic (hydro-morphological) processes and geomorphological/geological structures in each stretch of the river and floodplain area. An in-depth characterization of these structures and processes helps design floodplains that can accommodate the various river management and development objectives. Often economically strong functions, like flood protection, can be partnered with weaker ones, such as ecosystem restoration. To safeguard spatial quality and sustainability in these integrated projects, the governance aspect is essential. Therefore the Smart Rivers approach addresses both substantial aspects (the “DNA of the River”) as well as procedural and governance elements (called the “Quality Relay”). The principles of the approach are applicable to project design along regulated rivers in densely populated areas all over the world.
format Article/Letter to editor
topic_facet flood protection
floodplain design
river management
river restoration
spatial quality
author Peters, Bart
van Buuren, Michaël
van den Herik, Keesjan
Daalder, Martijn
Tempels, Barbara
Rijke, Jeroen
Pedroli, Bas
author_facet Peters, Bart
van Buuren, Michaël
van den Herik, Keesjan
Daalder, Martijn
Tempels, Barbara
Rijke, Jeroen
Pedroli, Bas
author_sort Peters, Bart
title The Smart Rivers approach : Spatial quality in flood protection and floodplain restoration projects based on river DNA
title_short The Smart Rivers approach : Spatial quality in flood protection and floodplain restoration projects based on river DNA
title_full The Smart Rivers approach : Spatial quality in flood protection and floodplain restoration projects based on river DNA
title_fullStr The Smart Rivers approach : Spatial quality in flood protection and floodplain restoration projects based on river DNA
title_full_unstemmed The Smart Rivers approach : Spatial quality in flood protection and floodplain restoration projects based on river DNA
title_sort smart rivers approach : spatial quality in flood protection and floodplain restoration projects based on river dna
url https://research.wur.nl/en/publications/the-smart-rivers-approach-spatial-quality-in-flood-protection-and
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