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Medium-Term Health Impacts of Shocks Experienced In Utero and After Birth: Evidence from Detailed Geographic Information on War Exposure / Richard Akresh, German Daniel Caruso, Harsha Thirumurthy.

By: Contributor(s): Material type: TextTextSeries: Working Paper Series (National Bureau of Economic Research) ; no. w20763.Publication details: Cambridge, Mass. National Bureau of Economic Research 2014.Description: 1 online resource: illustrations (black and white)Subject(s): Online resources: Available additional physical forms:
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Abstract: This paper estimates the impact of armed conflict on subsequent health outcomes using detailed geographic information on households' distance from conflict sites--a more accurate measure of conflict exposure-- and compares the impact on children exposed in utero versus after birth. The identification strategy relies on exogenous variation in the conflict's geographic extent and timing as well as the exposure of different birth cohorts while in utero or after birth. Results show that war-exposed children subsequently have lower height-for-age Z-scores, and impacts using GPS information are 87-188% larger than if exposure is measured at the imprecise regional level. Effects of in utero and after birth exposure are comparable in magnitude, and children in the war instigating and losing country (Eritrea) suffer more than the winning nation (Ethiopia). Results are robust to including region-specific time trends, alternative conflict exposure measures, and addressing potential bias due to selective migration.
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December 2014.

This paper estimates the impact of armed conflict on subsequent health outcomes using detailed geographic information on households' distance from conflict sites--a more accurate measure of conflict exposure-- and compares the impact on children exposed in utero versus after birth. The identification strategy relies on exogenous variation in the conflict's geographic extent and timing as well as the exposure of different birth cohorts while in utero or after birth. Results show that war-exposed children subsequently have lower height-for-age Z-scores, and impacts using GPS information are 87-188% larger than if exposure is measured at the imprecise regional level. Effects of in utero and after birth exposure are comparable in magnitude, and children in the war instigating and losing country (Eritrea) suffer more than the winning nation (Ethiopia). Results are robust to including region-specific time trends, alternative conflict exposure measures, and addressing potential bias due to selective migration.

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