冬季风暴Uri 2021:极端事件弹性的试金石

Dean Kyne
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引用次数: 2

摘要

发生在2021年2月的“乌里”冬季风暴(WSU2021)是一场大型冬季风暴,造成了大规模停电,并在大流行期间发生,因此被视为“三重极端天气事件”。这一事件导致创纪录的低温,导致停电和停电,在持续的大流行期间,超过400万人无电可用。本研究实证研究了居住在里约热内卢格兰德山谷的个体家庭对WSU2021的准备、影响和响应。使用在线调查工具从山谷居民那里收集了有关准备、影响和响应的信息。研究结果表明,低收入家庭与影响和反应呈正相关,与准备负相关。此外,国家在18年前制定了一项促进和保持包括能源部门在内的16个关键基础设施弹性的政策,但使应急部门具有弹性的努力不足,导致未能通过极端事件弹性的试金石。根据研究结果,该研究得出结论,所有关键利益相关者都必须在里约热内卢格兰德河谷建立极端事件的恢复能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Winter Storm Uri 2021: A Litmus Test for Extreme Event Resiliency
The Winter Storm Uri, which occurred in February 2021 (WSU2021), was regarded as a triple extreme weather event because it was a large winter storm, caused massive power outages, and occurred during a pandemic. The event spelled record-low temperatures, which caused power outages and blackouts, leaving over 4 million people without electricity during the ongoing pandemic. This study empirically examined the preparedness for, impacts from, and response to the WSU2021 of individual households who live in the Rio Grande Valley. Information on preparedness, impact, and the response was collected from the valley residents using an online survey instrument. The study’s findings suggested that low-income households were found to have positive associations with impact and response and negative associations with preparedness. In addition, the nation established a policy to promote and maintain the resiliency of 16 critical infrastructures 18 years ago, including the energy sector, but the efforts to make the emergency sector resilient were insufficient, leading to failing the litmus test for extreme event resiliency. Based on the study’s findings, the study concludes that it is imperative for all key stakeholders to build extreme event resiliency in the Rio Grande Valley.
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