Year: 2022
Type: article
Study design: Observational Study
Abstract: Consuming wildmeat may protect against iron-deficiency anemia, a serious public health problem globally. Contributing to debates on the linkages between wildmeat and the health of forest-proximate people, we investigate whether wildmeat consumption is associated with hemoglobin concentration in rural and urban children (< 5 years old) in central Brazilian Amazonia. Because dietary practices mediate the potential nutritional benefits of wildmeat, we also examined whether its introduction into children's diets is influenced by rural/urban location or household socio-economic characteristics. Sampling 610 children, we found that wildmeat consumption is associated with higher hemoglobin concentration among the rural children most vulnerable to poverty, but not in the least vulnerable rural, or urban children. Rural caregivers share wildmeat with children earlier-in-life than urban caregivers, potentially because of cultural differences, lower access to domesticated meat, and higher wildmeat consumption by rural households (four times the urban average). If wildmeat becomes unavailable through stricter regulations or over-harvesting, we predict a ~ 10% increased prevalence of anemia among extremely poor rural children. This modest protective effect indicates that ensuring wildmeat access is, alone, insufficient to control anemia. Sustainable wildlife management could enhance the nutritional benefits of wildlife for vulnerable Amazonians, but reducing multidimensional poverty and improving access to quality healthcare are paramount.
Source: Scientific Reports
Language: English
Subfield: Nutrition and Dietetics
Field: Nursing
Domain: Health Sciences
Open Access status: gold
Estimated APC paid: $2,190
Awards: G1575328520, G3518919995, G4150096827, G4308078468, G434337789, G439241385, Predicting urban food insecurity under climate change in Brazilian Amazonia, G5644896281, OBSERVATORY OF THE DYNAMICS OF INTERACTIONS BETWEEN SOCIETIES AND ENVIRONMENT IN THE AMAZON, Amazonian cities and extreme hydro-climatic events: research to reduce vulnerability and build resilience, G6976001888, G703905545, G863100762
OpenAlex ID: W4223657504
