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美国费城的空间分析与铅风险评估

Spatial Analysis and Lead-Risk Assessment of Philadelphia, USA.

作者信息

Caballero-Gómez H, White H K, O'Shea M J, Pepino R, Howarth M, Gieré R

机构信息

Department of Chemistry Haverford College Haverford PA USA.

Now at University of California Los Angeles CA USA.

出版信息

Geohealth. 2022 Mar 1;6(3):e2021GH000519. doi: 10.1029/2021GH000519. eCollection 2022 Mar.

Abstract

Childhood lead poisoning is an issue that continues to plague major U.S. cities. Despite efforts by the Philadelphia Department of Public Health to curtail systemic childhood lead poisoning, children continue to be identified with elevated blood lead levels. The persistence of elevated blood lead levels in children is concerning because lead poisoning has been linked to decreases in academic achievement and IQ, with associated repercussions for entire communities. This paper reports the results of an analysis of the spatial distribution of houses with lead paint (i.e., pre-1978), demolitions, and occurrence of historic smelters, in West and North Philadelphia, relative to elevated blood lead level data, to determine which lead sources act as primary lead-risk factors. The presence of lead paint in homes and the number of demolitions of older properties were found to have the highest correlations to elevated blood lead levels for children in Philadelphia. Using lead-risk factors including lead paint, housing code violations, demolitions, and owner-occupied housing units, a lead-risk assessment was performed at the census tract level to identify future soil sampling sites and high-risk neighborhoods in Philadelphia. These sites of high risk for lead exposure, and in particular the census tracts 175 and 172, should be prioritized for lead poisoning prevention initiatives.

摘要

儿童铅中毒是一个持续困扰美国主要城市的问题。尽管费城市公共卫生部门努力减少儿童系统性铅中毒,但仍不断有儿童被查出血铅水平升高。儿童血铅水平持续居高令人担忧,因为铅中毒与学业成绩和智商下降有关,会对整个社区产生相关影响。本文报告了一项分析结果,该分析针对费城西部和北部含铅油漆房屋(即1978年前的房屋)、拆除情况以及历史冶炼厂的分布与血铅水平升高数据之间的空间关系,以确定哪些铅源是主要的铅风险因素。研究发现,家庭中含铅油漆的存在以及老旧房产的拆除数量与费城儿童血铅水平升高的相关性最高。利用包括含铅油漆、违反住房法规、拆除情况和自有住房单元等铅风险因素,在人口普查区层面进行了铅风险评估,以确定费城未来的土壤采样地点和高风险社区。这些铅暴露高风险地点,尤其是第175和172号人口普查区,应优先开展预防铅中毒的举措。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/7b83/8934574/a79178b32862/GH2-6-e2021GH000519-g002.jpg

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