Spatial farming systems diversity and micronutrient intakes of rural children in Ethiopia

• Published in: Maternal and child nutrition 2022-01, Vol.18 (1), p.e13242-n/a
• Main Authors: Moges, Tibebu, Brouwer, Inge D., Delbiso, Tefera Darge, Remans, Roseline, Baudron, Frédéric, Belachew, Tefera, Groot, Jeroen C. J.
• Format: Article
• Language: English
• Subjects: Adjustment; Agricultural production; Agriculture; Animal-based foods; Animals; Children; cluster farming system; Data collection; Diet; Eating; Ethiopia; Farming; Farming systems; Food; Food consumption; Food supply; Healthy food; Households; Humans; Individual differences; Iron; micronutrient; Micronutrients; Monte Carlo simulation; nutrient adequacy; Nutrients; Nutrition research; Original; Process engineering; Public health; rural; Rural areas; Sorghum; usual intake; Vegetables; Vitamin A; Zinc
• ISSN: 1740-8695; 1740-8709; 1740-8709
• DOI: 10.1111/mcn.13242

Own production contributes much of the food supply in smallholder production systems in low‐ and middle‐income countries like Ethiopia. Understanding the potential as well as constraints of these production systems in terms of nutrient supplies is thus a critical step to design interventions to improve nutrient intakes. The objectives of this study were (1) to assess the usual total intakes of vitamin A, iron and zinc among rural children and (2) to investigate whether the intakes these nutrients are associated with differences in the dominant farming systems between spatial clusters. Using nationally representative intake data of 4,902 children 6–35 months of age, usual intake and the proportion of inadequate intakes of vitamin A, iron and zinc were calculated. A multi‐level model was used to examine the association between individual‐level and cluster‐level variables with the usual total dietary intakes of these nutrients. The diet was dominated by starchy foods. Consumption of animal source foods, vitamin A‐rich fruits and vegetables was low. We found a high prevalence of inadequate intake of vitamin A and zinc (85.4% and 49.5%, respectively). Relatively, low prevalence of inadequate intake of iron (8.4%) was reported. The spatial farming systems diversity across the rural clusters explained 48.2%, 57.2% and 26.7% of the observed variation in the usual total dietary intakes of vitamin A, iron and zinc, respectively. Our findings indicated the importance of farming system diversity at the landscape level as one of the determinant factors for individual usual total dietary intakes of vitamin A, iron and zinc.