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Potential Nutrient Contribution of Community-Based Insects in Children's Food in Northern Ghana
Clement Kubreziga Kubuga1, Majeed Baako1, Jan W Low2
1Nutritional Sciences Department, University for Development Studies, Tamale, Ghana.
Background:
Micronutrient deficiencies are a major problem among children in northern Ghana. Available local foods and existing plant-based dietary patterns among children are insufficient to meet children's nutrients requirements. Aside enhancing diets with animal source foods, most of which are expensive for rural households, entomophagy, which is culturally accepted, appears to be a great alternative.
Objectives:
This study aimed to 1) document the types of insects commonly consumed and the reasons for or against entomophagy in the study area, 2) document the reasons for adding or not adding insects to household meals, and 3) determine the nutrient contribution of community-based insects in children's food.
Methods:
Both qualitative and quantitative research methods were concurrently applied in this exploratory study (N = 392 individuals; 6 focus group discussions) in northern Ghana.
Results:
Termites, crickets, grasshoppers, and caterpillars were recognized as the most prevalent edible insects in communities. These insects were largely consumed by children but presently only included in household meals by a few households. Individual, sociocultural, sensory characteristics of insects, climate, and economic aspects were cited as grounds for and against entomophagy. Existing community-based children's diets were unable to meet the acceptable recommended nutrient intake (RNI; within a given age and gender group, the RNI is the amount of a nutrient ingested daily that would meet the needs of almost all healthy individuals in that group) level of all nutrients under consideration, especially for zinc, vitamin B-12, folate, and fat. Inclusion of community-based edible insects increased the RNI levels for all 11 micronutrients considered and met children's zinc, vitamin B-12, folate, and fat requirements.
Conclusions:
Community-based insects demonstrate a great potential for meeting micronutrients needs of children in the research setting. Future research is required to improve households' adoption of community-based insects as part of household meals and to make insects accessible to households.
