Early life lead exposure from private well water increases juvenile delinquency risk among US teens

Early life lead exposure from private well water increases juvenile delinquency risk among US teens

Publication Year:
2022
Authors:
Gibson, Jacqueline MacDonald; MacDonald, John M.; Fisher, Michael; Chen, Xiwei; Pawlick, Aralia; Cook, Philip J.
Language:
English
Resource Type:
Journal Article
Summary:
Effectiveness of a novel in-line chlorination technology in reducing child diarrhea in urban Bangladesh and finds that it significantly improves water quality and reduces diarrheal disease burden.
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Resource Information

Abstract

Early life exposure to environmental lead (Pb) has been linked to decreased IQ, behavior problems, lower lifetime earnings, and increased criminal activity. Beginning in the 1970s, limits on Pb in paint, gasoline, food cans, and regulated water utilities sharply curtailed US environmental Pb exposure. Nonetheless, hundreds of thousands of US children remain at risk. This study reports on how unregulated private well water is an underrecognized Pb exposure source that is associated with an increased risk of teenage juvenile delinquency. We build a longitudinal dataset linking blood Pb measurements for 13,580 children under age 6 to their drinking water source, individual- and neighborhood-level demographics, and reported juvenile delinquency records. We estimate how early life Pb exposure from private well water influences reported delinquency. On average, children in homes with unregulated private wells had 11% higher blood Pb than those with community water service. This higher blood Pb was significantly associated with reported delinquency. Compared to children with community water service, those relying on private wells had a 21% (95% CI: 5 to 40%) higher risk of being reported for any delinquency and a 38% (95% CI: 10 to 73%) increased risk of being reported for serious delinquency after age 14. These results suggest that there could be substantial but as-yet-unrecognized social benefits from intervention programs to prevent children’s exposure to Pb from private wells, on which 13% of the US population relies.

Resource Type

Journal Article

Publication Year

2022

Author

Gibson, Jacqueline MacDonald; MacDonald, John M.; Fisher, Michael; Chen, Xiwei; Pawlick, Aralia; Cook, Philip J.

Language

English

Relevant Country

United States

Specific Contaminants

Heavy Metals, Lead

University Affiliation

UNC Water Institute, Indiana University, University of Pennsylvania, Duke University

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