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Researchers from the UK and Zimbabwe have come together in Harare to launch a new project that will explore how historical approaches to land evaluation continue to shape agriculture today and how indigenous knowledge can help support climate adaptation in the future.
The project, ReCLAIM (Reframing Ecological Land Evaluation in Zimbabwe: unpicking the colonial legacy and re-centering indigenous knowledge to facilitate climate adaptation), is led by the University of Nottingham and brings together researchers from both Zimbabwe and the UK, funded by the UKRI through their Cross-Council programme to support cross-disciplinary research.
The international team met in Harare for the project’s kick-off meeting, marking the start of a collaborative programme of research that combines environmental science, agricultural research, social science, history and linguistics.
ReCLAIM will investigate the legacy of the Agroecological Survey carried out during the colonial era in what was then Southern Rhodesia. The survey classified the country into a series of “Natural Regions” based on their perceived suitability for commercial agriculture. Although developed under colonial administration, these classifications remain widely used in agricultural research, policy and land-use planning today. These regional boundaries can give the impression of fixed natural divisions, despite the reality that landscapes, soils, climates and farming systems are often far more complex and variable. The project will examine how these classifications were created, the assumptions that informed them, and how they continue to influence decision-making decades after Zimbabwe’s independence.
A key scientific aim of the project is to develop new ways of understanding agricultural landscapes that better reflect local environmental variation and farming realities. Researchers will combine national-scale analyses of soils, climate and land use with community-based studies that explore how farmers understand and manage their land.
“ReCLAIM gives us a unique opportunity to combine cutting-edge environmental science with historical and social perspectives to better understand how agricultural landscapes are interpreted and managed,” said Dr Grace Kangara, a scientist at Rothamsted Research. “By working closely with colleagues in Zimbabwe and drawing on indigenous knowledge alongside soil, climate and land-use data, we can develop more realistic and locally relevant approaches to land evaluation. This is particularly important as farmers face increasing challenges from climate change and need tools and evidence that reflect the complexity of the environments in which they work.”
The project is led by the University of Nottingham and is a collaboration between Rothamsted Research, the University of Zimbabwe, and the Department of Research and Specialist Services (DR&SS) under the Ministry of Lands, Agriculture, Fisheries, Water and Rural Development for Harare, Zimbabwe and Integral Kumusha.
SOIL SCIENTIST CLIMATE AND NUTRIENT-SMART AGRICULTURE
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