Scaling Nature‐Based Solutions for Fluvial Floods: A Worldwide Systematic Review

ABSTRACT Despite increased understanding and adoption of nature‐based solutions (NBSs) within urban and coastal areas, large‐scale NBS for fluvial flood mitigation remain challenging to study and implement. A stronger evidence base is needed to identify critical research gaps and to best inform the design and deployment of NBS on the watershed scale. We synthesize evidence of the performance and co‐benefits of NBS for fluvial flood mitigation based on a systematic review of 131 peer‐reviewed papers worldwide, developing an Ecosystem Focus Type (EFT) to compare flood mitigation across large‐scale NBS. While we find that NBS can mitigate fluvial floods across all EFTs, our study also highlights that inconsistencies in measurement methods, a dearth of empirical case studies, and large variability in reported values limit generalization and comparison across NBS. Co‐benefits for fluvial flood NBS are numerous, but few are quantified, and study methods vary with regard to specific NBS. Social benefits of NBS, including benefits to communities most in need of support, are infrequently part of these studies. There is a clear need to develop common design and performance standards for large‐scale NBS and for guidance on which measures are key to consider and monitor for flood mitigation and co‐benefits. The success of large‐scale NBS for fluvial flood mitigation will depend on research and practice guided by transdisciplinary systems thinking approaches that can deliver evidence‐based, community‐driven outcomes.

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Publication Details

Journal
Wiley Interdisciplinary Reviews Water
Published
2025-03-01
DOI
https://doi.org/10.1002/wat2.70011
Citations
9
Primary Topic
Flood Risk Assessment and Management
Type
article
Field-Weighted Citation Impact
9.95

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article

Scaling Nature‐Based Solutions for Fluvial Floods: A Worldwide Systematic Review

Lauren McPhillips, Alfonso Mejía, Erica A. H. Smithwick, Marina Howarth
9 citations
Wiley Interdisciplinary Reviews Water
Flood Risk Assessment and Management
9.95
article

Scaling Nature‐Based Solutions for Fluvial Floods: A Worldwide Systematic Review

Lauren McPhillips, Alfonso Mejía, Erica A. H. Smithwick, Marina Howarth
article en
9 citations

Abstract

ABSTRACT Despite increased understanding and adoption of nature‐based solutions (NBSs) within urban and coastal areas, large‐scale NBS for fluvial flood mitigation remain challenging to study and implement. A stronger evidence base is needed to identify critical research gaps and to best inform the design and deployment of NBS on the watershed scale. We synthesize evidence of the performance and co‐benefits of NBS for fluvial flood mitigation based on a systematic review of 131 peer‐reviewed papers worldwide, developing an Ecosystem Focus Type (EFT) to compare flood mitigation across large‐scale NBS. While we find that NBS can mitigate fluvial floods across all EFTs, our study also highlights that inconsistencies in measurement methods, a dearth of empirical case studies, and large variability in reported values limit generalization and comparison across NBS. Co‐benefits for fluvial flood NBS are numerous, but few are quantified, and study methods vary with regard to specific NBS. Social benefits of NBS, including benefits to communities most in need of support, are infrequently part of these studies. There is a clear need to develop common design and performance standards for large‐scale NBS and for guidance on which measures are key to consider and monitor for flood mitigation and co‐benefits. The success of large‐scale NBS for fluvial flood mitigation will depend on research and practice guided by transdisciplinary systems thinking approaches that can deliver evidence‐based, community‐driven outcomes.

Wiley Interdisciplinary Reviews WaterVol. 12(2)
Pennsylvania State University (US), U.S. Army Engineer Research and Development Center (US)
National Science Foundation of Sri Lanka
Openalex Percentile: Top 2%
Flood Risk Assessment and Management
9.95
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Scaling Nature‐Based Solutions for Fluvial Floods: A Worldwide Systematic Review — Lauren McPhillips, Alfonso Mejía, et al. · Wiley Interdisciplinary Reviews Water (2025) | TGRS Research Map | TGRS