Active Food & Agriculture Climate, Earth & Environment

Resilient and Equitable Nature-based Pathways in Southern African Rangelands (REPAiR)

In plain English

AI plain-English summary

Rangelands across Southern Africa are being managed using conservation models that assume predictable, stable ecosystems—but these assumptions do not match the region’s erratic rainfall and shifting conditions, leaving many nature-based solutions ill-suited to the landscapes they aim to protect. This matters because over half the world’s land surface is rangeland, and in Southern Africa, millions of small-scale livestock farmers depend on communally managed drylands for food, income, and employment. Standard nature-based solutions often fail in these non-equilibrium environments, where ecological change is the norm, not the exception. REPAiR fills a critical gap by co-producing evidence on how to design nature-based solutions that actually work under uncertainty and communal governance. If successful, the project could reshape how conservation and climate adaptation are done across vast dryland regions. It would provide practical tools and frameworks that align nature-based solutions with local realities—improving food security, sustaining biodiversity, and supporting climate resilience without imposing one-size-fits-all models. The research also aims to bring the IUCN Global Standard for nature-based solutions into closer alignment with the Sustainable Development Goals, potentially influencing international policy and funding priorities for rangeland management.

View original technical description
Rangelands cover over half of the world's land surface, play a vital role in carbon sequestration, support biodiversity, supply freshwater, and sustain billions of livelihoods based on extensive livestock production globally. While there are efforts to extend Nature-based Solutions (NbS) in rangelands, standard approaches often carry assumptions of ecological stability and linear successional dynamics which do not align with the extreme 'non-equilibrium' dynamics characteristic of many rangeland environments, especially in Sub-Saharan Africa. To date, only limited research addresses the suitability and feasibility of NbS to strengthen resilience in the face of climate change in the context of communal governance and in productive non-equilibrium socio-ecological systems. New evidence, knowledge and practical tools are therefore needed for NbS to be successful in such contexts. REPAiR aims to address these gaps by co-producing new, comparative evidence to contextualise and rethink NbS to provide a better fit for uncertain and dynamic non-equilibrium landscapes. REPAiR's geographic focus Southern Africa (SA) is in recognition that small-scale livestock farming on communally managed arid and semi-arid rangelands - also called 'drylands' - forms the backbone of vast informal agrarian economies that provide social, economic, cultural and environmental values and benefits for broader society, including ecosystem services, employment and food security. Although Southern African rangelands have clear local, national and global importance to sustainable development and potential as spaces to identify and develop equitable, community-led NbS, they are frequently misjudged to be spaces of 'problems without solutions', overstocked, inefficiently used, and ultimately degraded. The project will use evidence from Participatory Arts-Based Research (PABR), in-depth socio-ecological case studies and international knowledge exchanges to test and refine a framework that integrates the call's priority themes of contextualisation, scalability and community-led governance of NbS, as well as crosscutting concerns of equity and temporal sustainability. This builds on the idea that supporting climate resilient development pathways involving scalable, equitable, and effective governance of NbS in any setting requires a relational, whole systems approach that integrates multiple forms of knowledge, and can thus better situate NbS across spatial, temporal and policy scales. Our transdisciplinary UK-South Africa knowledge consortium builds upon long-term research and practitioner collaborations. It brings together disciplinary and thematic expertise spanning the social sciences, natural sciences and humanities, and includes arts-based practitioners, research communication specialists and two dynamic South Africa-based partner organisations. Cape Climate Collective (CcliC) and Meat Naturally Africa (MNA) bring experience, respectively, in using participatory arts-based methods, and social and ecological data from applying innovative and context-sensitive approaches to community-led NbS. REPAiR will co-produce knowledge, tools and broader policy and societal outcomes that directly contribute to UKRI, UK government and FCDO strategies and broader global efforts to build climate and disaster risk resilience, enhance biodiversity, and to support regional policy processes related to climate adaptation. Through targeted outputs, the project will apply evidence in ways that directly bring existing NbS principles embodied in the IUCN Global Standard into greater alignment with the Sustainable Development Goals by identifying, enabling and activating context-sensitive, just and equitable climate resilient development pathways.

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Researchers

Adrian Nel (Co-Investigator)Amber Huff (Principal Investigator)Farai Mtero (Co-Investigator)Frank Matose (Co-Investigator)Lars Otto Naess (Co-Investigator)Maria Vorontsova (Co-Investigator)

Related Research

Grants with similar aims, by meaning.

BESSA: Building Ecosystem Services Research Capacity in Semi-Arid Africa
Livelihoods from ecosystems - reviewing dryland African experiences and opportunities, and developing novel research strategies and partnerships
GCRF: CEPHaS - Strengthening Capacity in Environmental Physics, Hydrology and Statistics for Conservation Agriculture Research.
Building resilience and inclusion in Sub-Saharan Africa through social learning around climate risks
ACRES - Agricultural Climate Resilience to El-Nino in sub-Saharan Africa

Original classification

Research and Innovation

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