Analyzing cyber-physical threats to Pennsylvania dams through a lens of vulnerability

Lauren Dennis, S. Rajtmajer, C. Grady
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引用次数: 1

Abstract

Protecting critical infrastructure, such as water supply systems and dams, remains a top priority across multiple administrations in the United States. We study the ethical and environmental justice implications of potential disruptions to 29 dams across the State of Pennsylvania that serve as a water supply. Using census data, we investigate the communities surrounding these dams to look for relationships between community demographics and dam characteristics that may contribute to risk. We highlight the role of dam age, dam ownership, dam capacity, and dam downstream hazard potential in this analysis. Our results reveal associations between dam ownership, age, and capacity with the race of the population served, as well as an association between dam ownership and household income band. We conclude with a discussion on the increasing complexity of cyber-physical critical infrastructure and the need for future research which explicitly takes the populations served by this infrastructure into account.
从脆弱性的角度分析宾夕法尼亚大坝面临的网络物理威胁
保护关键的基础设施,如供水系统和水坝,仍然是美国多个政府的首要任务。我们研究了横跨宾夕法尼亚州作为供水系统的29座水坝的潜在破坏对伦理和环境正义的影响。利用人口普查数据,我们调查了这些水坝周围的社区,以寻找可能导致风险的社区人口统计与水坝特征之间的关系。在此分析中,我们强调了水坝年龄、水坝所有权、水坝容量和水坝下游潜在危害的作用。我们的研究结果揭示了大坝拥有权、年龄和容量与服务人口种族之间的关联,以及大坝拥有权与家庭收入水平之间的关联。最后,我们讨论了日益复杂的网络物理关键基础设施和未来研究的需要,明确考虑到这些基础设施所服务的人群。
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