AI Article Synopsis

  • Soil zinc (Zn) deficiency in Nepal negatively affects child health, particularly contributing to child stunting due to low crop yields and zinc concentration in food.
  • Research shows a causal link between soil Zn deficiency and child stunting in Nepal's Tarai region, indicating that improving soil zinc levels can significantly benefit children's growth.
  • A small increase in plant-available soil Zn can lead to a reduction in child stunting rates by 1 to 7.5 percentage points, and this finding is supported by rigorous statistical testing.

Article Abstract

We examine the negative child health impacts of soil zinc (Zn) deficiency in Nepal. Soil Zn deficiency limits both crop yields and the Zn concentration in food crops, leading many to speculate that it underlies human Zn deficiency and child stunting, globally and particularly in South Asia. We find strong evidence that soil Zn deficiency does have a causal impact on child stunting in Nepal's Tarai region, the breadbasket of the country. Using causal bounds, we find that a 1 part per million increase in plant-available soil Zn - achievable with application of Zn-enriched fertilizer - decreases child stunting by between 1 and 7.5 percentage points. Multiple statistical sensitivity tests indicate that this relationship is unlikely to be manufactured by omitted, relevant variables.

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Source
http://dx.doi.org/10.1016/j.jhealeco.2022.102691DOI Listing

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