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纽约市历史上被划定为红线区域以及当今处于弱势地位地区存在电力供应不足的情况。

Electricity inaccessibility across historically redlined and present-day disadvantaged areas in New York City.

作者信息

Northrop Alexander J, Do Vivian, Sheffield Perry E, Hernández Diana, Clougherty Jane, Casey Joan A

机构信息

Department of Pediatrics, The Children's Hospital of Philadelphia, Philadelphia, PA, USA.

Department of Environmental Medicine, Icahn School of Medicine at Mount Sinai, New York, NY, USA.

出版信息

J Expo Sci Environ Epidemiol. 2025 Apr 22. doi: 10.1038/s41370-025-00767-1.

Abstract

BACKGROUND

Electricity is crucial in sustaining livelihoods from turning the lights on at night, keeping the refrigerator running to avoid food spoilage, and powering electricity-dependent durable medical equipment such as nebulizers. Thus, electricity inaccessibility may result in adverse outcomes. Like other environmental burdens, electricity inaccessibility may be socially patterned, with disproportionate occurrence in racially and economically marginalized communities.

OBJECTIVE

To evaluate the 2017-2019 distribution of electricity inaccessibility - defined as power outages and energy insecurity - across historical and present-day measures of community racial disadvantage in New York City (NYC).

METHODS

We measured power outages with NYC 311 outage call reports and the System Average Interruption Frequency Index (SAIFI). We calculated energy insecurity as monthly average energy use, leveraging data from the New York State Energy Research and Development Authority. These three electricity inaccessibility metrics were estimated within both historical Home Owners' Loan Corporation (HOLC) graded areas (A, 'best' through D, 'redlined') and present-day racial and economic Index of Concentrations at the Extremes (ICE) census tracts quartiles.

RESULTS

Our study covered 396 HOLC areas and 2218 census tracts in NYC. Historically A-graded areas had fewer 311 outage calls and lower SAIFI. Additionally, the rate of 311 outage calls in the present-day most disadvantaged census tracts was nearly six times that of the most privileged tracts. Persistently disadvantaged areas (i.e., both poor HOLC grade and high ICE) had more power outages than consistently advantaged areas. However, the present-day most disadvantaged census tracts still had more power outages than persistently disadvantaged areas.

IMPACT

This 2017-2019 New York City (NYC) study evaluated the distribution of three electricity inaccessibility metrics in relation to community privilege and disadvantage. Uniquely, we assessed the distribution across historically redlined areas and present-day census tracts. We defined electricity inaccessibility as power outages (311 calls and power interruptions) and energy insecurity (residential energy use). We found that 311 calls and power interruptions were more common in historically redlined areas, present-day disadvantaged census tracts, and persistently disadvantaged areas. These findings indicate proxies for historical racial discrimination, such as redlining, and modern-day community disadvantages impact the access to reliable electricity in NYC.

摘要

背景

电力对于维持生计至关重要,从夜间开灯、保持冰箱运转以避免食物变质,到为雾化器等依赖电力的耐用医疗设备供电。因此,无法获得电力可能会导致不良后果。与其他环境负担一样,无法获得电力可能存在社会模式,在种族和经济上处于边缘地位的社区中发生率不成比例。

目的

评估2017 - 2019年纽约市(NYC)电力不可及性(定义为停电和能源不安全)在社区种族劣势的历史和当前衡量标准中的分布情况。

方法

我们使用纽约市311停电呼叫报告和系统平均中断频率指数(SAIFI)来衡量停电情况。我们利用纽约州能源研究和发展局的数据,将每月平均能源使用量计算为能源不安全程度。这三个电力不可及性指标在历史上的房主贷款公司(HOLC)分级区域(从A,“最佳”到D,“红线区域”)以及当前的极端集中指数(ICE)人口普查区四分位数中进行了估算。

结果

我们的研究覆盖了纽约市的396个HOLC区域和2218个人口普查区。从历史上看,A分级区域的311停电呼叫较少,SAIFI较低。此外,当前最弱势人口普查区的311停电呼叫率几乎是最具优势区域的六倍。持续处于弱势的地区(即HOLC等级低且ICE高的地区)比一直处于优势的地区停电更多。然而,当前最弱势的人口普查区仍然比持续处于弱势的地区停电更多。

影响

这项2017 - 2019年纽约市(NYC)的研究评估了与社区特权和劣势相关的三个电力不可及性指标的分布情况。独特的是,我们评估了在历史上的红线区域和当前人口普查区的分布情况。我们将电力不可及性定义为停电(311呼叫和电力中断)和能源不安全(住宅能源使用)。我们发现311呼叫和电力中断在历史上的红线区域、当前的弱势人口普查区和持续处于弱势的地区更为常见。这些发现表明,诸如红线划定等历史种族歧视的代理指标以及现代社区劣势会影响纽约市可靠电力的获取。

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