Evaluating management effectiveness of the Moulouya River Estuary Ramsar Site in Morocco: an application of the R-METT tool and implications for conservation

Context To ensure biodiversity outcomes in protected and conserved areas, it is essential that they are governed and managed effectively. Aims The study is an evaluation of the management effectiveness of Ramsar Sites in Morocco, with a particular focus on the Moulouya River Estuary, a wetland outside protected areas, to identify key challenges and propose strategies for improvement. Methods The Ramsar Management Effectiveness Tracking Tool (R-METT) was used to assess the Moulouya River Estuary across the following six elements: context, planning, input, process, output, and outcome. The R-METT score was converted to the global reporting standard for comparison. Key results The site performed a management effectiveness score of 26% (28% in global reporting), highlighting important shortcomings. Major challenges include the absence of legal protection, insufficient resources and minimal community involvement. Principal threats arise from tourism infrastructure, hydrological disruptions caused by upstream dams, and unsustainable agricultural practices. Conclusion The study identified critical management gaps, underscoring the urgent need for governmental and conservation-partner interventions to safeguard the ecological value of the estuary. Implication Integrating unprotected Ramsar Sites into national conservation strategies is essential. Establishing partnerships between provincial authorities and local communities, alongside implementing long-term conservation initiatives with sustainable funding, is recommended.

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Publication Details

Journal
Marine and Freshwater Research
Published
2025-03-20
DOI
https://doi.org/10.1071/mf24264
Citations
1
Primary Topic
Aquatic Ecosystems and Biodiversity
Type
article
Field-Weighted Citation Impact
1.72
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article

Evaluating management effectiveness of the Moulouya River Estuary Ramsar Site in Morocco: an application of the R-METT tool and implications for conservation

Nargis Sahib, Toufik Ouagga
1 citations
Marine and Freshwater Research
Aquatic Ecosystems and Biodiversity
1.72
article

Evaluating management effectiveness of the Moulouya River Estuary Ramsar Site in Morocco: an application of the R-METT tool and implications for conservation

Nargis Sahib, Toufik Ouagga
article en
1 citations

Abstract

Context To ensure biodiversity outcomes in protected and conserved areas, it is essential that they are governed and managed effectively. Aims The study is an evaluation of the management effectiveness of Ramsar Sites in Morocco, with a particular focus on the Moulouya River Estuary, a wetland outside protected areas, to identify key challenges and propose strategies for improvement. Methods The Ramsar Management Effectiveness Tracking Tool (R-METT) was used to assess the Moulouya River Estuary across the following six elements: context, planning, input, process, output, and outcome. The R-METT score was converted to the global reporting standard for comparison. Key results The site performed a management effectiveness score of 26% (28% in global reporting), highlighting important shortcomings. Major challenges include the absence of legal protection, insufficient resources and minimal community involvement. Principal threats arise from tourism infrastructure, hydrological disruptions caused by upstream dams, and unsustainable agricultural practices. Conclusion The study identified critical management gaps, underscoring the urgent need for governmental and conservation-partner interventions to safeguard the ecological value of the estuary. Implication Integrating unprotected Ramsar Sites into national conservation strategies is essential. Establishing partnerships between provincial authorities and local communities, alongside implementing long-term conservation initiatives with sustainable funding, is recommended.

Marine and Freshwater ResearchVol. 76(5)
Premier University (BD)
Openalex Percentile: Top 19%
Aquatic Ecosystems and Biodiversity
1.72
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