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How social considerations improve the equity and effectiveness of ecosystem restoration
The United Nations Biodiversity Conference in Montreal closed this past December with an unprecedented agreement to place 30% of global degraded landscapes under protection by 2030, especially emphasizing the need to respect indigenous and local communities rights in the process.
Yet, despite ambitious policies and strong financial interest, recent restoration efforts have not reached targets: only 18% of land pledged for restoration by 2020 had been restored by 2019, and the world is currently off track in meeting targets set for 2030.
Global restoration agenda setting has so far primarily been driven by insights from ecologists, especially by mapping studies outlining potential of restoration across scales. These studies have provided important advances on the global scope and geographical heterogeneity of the challenge, and have played a crucial role in mobilizing attention and efforts toward restoration.
However, social aspects such as power relations, governance systems, and value trade-offs also play a key role in determining whether a restoration project sustains over time. Yet, these factors have been given less attention in policy. In a recent study, published in BioScience, colleagues and I show how areas identified by other scholars to be of highest restoration priority around the world are inhabited by more than a billion people who disproportionately belong to groups with below-average health outcomes, education levels, and income. These people are in many cases directly dependent on their landscape for food security, and often have strong cultural ties to their lands.
How social processes affect restoration outcomes
Current restoration often takes place in the context of strong power imbalances, where external funders typically have more power to decide on if, where and how restoration is carried out, while local communities who are most vulnerable to its outcomes often are the ones with least say.
Furthermore, favored objectives are likely to differ substantially between actors. While local people tend to benefit from restoration projects that are integrated in agricultural systems, follow cultural forest practices, and/or yield economic benefits, private financers often favor restoration projects with strong climate change mitigation profiles. This translates to a preference to invest in fast-growing monoculture carbon farms which may go directly against the objectives of local communities and may have detrimental effects on ecosystems.
In all of this, the question of who governs a landscape becomes apparent. Land-use policies driven by actors in the Global North but implemented in the Global South have a burdensome track-record of increasing marginalization of local communities for the benefit of carbon objectives, especially when decisions are made by distant but powerful stakeholders. Conversely, a growing body of evidence shows how local communities can benefit from sound ecosystem restoration when decision-making is decentralized and equitable.
There is an obvious moral argument for more equitable restoration: the people living in restorable areas are the most affected to how a landscape is altered, and should therefore have the strongest say in decision-making.
But beyond ethical reasoning, restoration projects will be more likely to sustain, and thereby to realize ecological objectives, if they align with local communities' desires for their landscapes. People are simply more likely to maintain a participative restoration project that benefits them.
Restoration outcomes are a result of both ecological and social processes. By better integrating the two in restoration agenda setting and implementation we can increase our chances to restore earths degraded ecosystems in a way that helps mitigate climate change, preserves biodiversity, and benefits vulnerable communities today and generations to come.
More information: Sara Löfqvist et al, How Social Considerations Improve the Equity and Effectiveness of Ecosystem Restoration, BioScience (2022). DOI: 10.1093/biosci/biac099
Journal information: BioScience
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