Integrating indigenous and modern knowledge systems for household food security in the smallholder irrigation schemes in South Africa

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dc.date.accessioned 2025-06-05T16:01:26Z
dc.date.available 2025-06-05T16:01:26Z
dc.date.issued 2025-06-05 en
dc.identifier.uri http://hdl.handle.net/20.500.11910/24220
dc.description.abstract There is currently a debate on the role of modern and indigenous knowledge systems in the smallholder farming sector. While the modern knowledge systems have been viewed as superior and are being touted as key towards meeting sustainable development goals, especially goal two of eradicating hunger, the performance of smallholder farmers utilizing modern systems remains below expectations. The performance of farmers using indigenous knowledge systems has not resulted in better outcomes either. There are growing calls for an integration of the two knowledge systems to co-produce solutions relevant to smallholder farmers. However, not much is known about the extent to which this is already happening, how the integration is happening, and welfare effects of this integration. This paper assessed the extent to which smallholder irrigators integrate indigenous and modern knowledge; and whether this integration has resulted in improvements in cost reduction, productivity, and welfare levels. A sample size of 392 farmers in four irrigation schemes of KwaZulu-Natal and Eastern Cape were interviewed. The results showed that the majority (52%) of the farmers integrated knowledge systems, while 10% and 38% relied on indigenous and modern systems, respectively. Farmers actively incorporated modern knowledge to enhance their traditional practices in their production methods in response to local challenges or opportunities. The results indicate that high maize yields attained by modern users were eroded by high inputs cost, while integrators were able to significantly reduce input costs (such as fertilizer, pesticide, herbicide costs) and the money saved was used to purchase more food, hence improving household food security. The results suggest that government, private institutions and NGOs should build on farmers’ agencies to plug-in modern knowledge into the indigenous knowledge systems through appropriate research and innovations rather than completely replacing indigenous systems with modern farming systems. Extension officers should change their mindset and acknowledge the importance of integrating indigenous knowledge into their training so that what is relevant to farmers may be adopted, thus enhancing sustainability and resilience of development efforts in developing countries. en
dc.format.medium Print en
dc.publisher Springer en
dc.relation.ispartofseries Sustainable Development Goals en
dc.subject SMALLHOLDER FARMING en
dc.subject FOOD SAFETY en
dc.subject INDIGENOUS KNOWLEDGE SYSTEMS en
dc.subject SUSTAINABLE DEVELOPMENT GOALS en
dc.title Integrating indigenous and modern knowledge systems for household food security in the smallholder irrigation schemes in South Africa en
dc.type Chapter in Monograph en
dc.description.version Y en
dc.ProjectNumber N/A en
dc.BudgetYear 2025/26 en
dc.ResearchGroup Public Health, Societies and Belonging en
dc.SourceTitle Integrating indigenous and scientific knowledge for sustainable food systems in Africa: the plug-in principle en
dc.SourceTitle.Editor Dittoh, S. en
dc.SourceTitle.Editor Bon, A. en
dc.SourceTitle.Editor Akkermans, H. en
dc.PlaceOfPublication Cham en
dc.ArchiveNumber 9814946 en
dc.URL https://datafiles.hsrc.ac.za/eRKC%20-%20Electronic%20%20Copies%20of%20Research%20Outputs/Chapters%20in%20Books/9814946/9814946.pdf?ga=1 en
dc.PageNumber 29-46 en
dc.outputnumber 15604 en
dc.bibliographictitle Phakathi, S. & Sinyolo, S. (2025) Integrating indigenous and modern knowledge systems for household food security in the smallholder irrigation schemes in South Africa. In: Dittoh, S., Bon, A. & Akkermans, H. (eds).Integrating indigenous and scientific knowledge for sustainable food systems in Africa: the plug-in principle. (Sustainable Development Goals). Cham: Springer. 29-46. en
dc.publicationyear 2025 en
dc.contributor.author1 Phakathi, S. en
dc.contributor.author2 Sinyolo, S. en


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