2021年德克萨斯州冬季风暴乌里期间电力中断的不公平分配

Zeal Shah, J. Carvallo, F. Hsu, Jay Taneja
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引用次数: 0

摘要

气候变化引起的极端天气事件的强度和频率将增加,导致更长时间和更大范围的停电。例如,2021年2月14日至18日,德克萨斯州的“Uri”冬季风暴导致450多万客户断电。这些事件的社会正义后果仍然是一个悬而未决的问题,因为停电数据通常只能在县一级获得,模糊了详细的经验。我们利用夜间灯光的卫星数据来追踪人口普查街区组(CBG)水平的停电情况,制作了首个独特的中断空间解决数据集。将该数据集与人口统计数据相关联可以发现,与以白人为主的cbg相比,少数族裔cbg遭受中断的可能性要高1.5-3倍,而收入状况与中断的可能性呈正相关。关键设施(包括警察局和消防站、医院和水处理设施)在CBG中的存在将中断的可能性降低了约16%,这一微小差异并不能解释社区之间的差异。我们提出解释,测试其中的一个子集,并提出进一步的工作来解释导致这些差异的原因。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The inequitable distribution of power interruptions during the 2021 Texas winter storm Uri
Climate change induced extreme weather events will increase in intensity and frequency, leading to longer and widespread electricity outages. As an example, Winter Storm Uri in Texas left over 4.5 million customers without power between 14 and 18 February 2021. The social justice consequences of these events remain an outstanding question, as outage data are, typically, only available at the county level, obscuring detailed experiences. We produce a first-of-its-kind unique spatially resolved dataset of interruptions using satellite data on nighttime lights to track blackouts at the census block group (CBG) level. Correlating this dataset with demographic data reveals that minority CBGs were 1.5–3 times more likely to suffer from interruptions compared to predominantly white CBGs, whereas income status was positively correlated with the likelihood of interruption. The presence of critical facilities—including police and fire stations, hospitals, and water treatment facilities—in a CBG reduced the chances of interruptions by around 16% , a small difference that does not otherwise explain the disparity among communities. We suggest explanations, test a subset of them, and propose further work needed to explain what drives these disparities.
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