如何向当局和公众提供诱发地震活动的资料?

N. Junno, P. Bäcklund, Johanna Tuomisaari, K. Oinonen, T. Veikkolainen, A. Korja, Seismic Risk Working Group
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摘要

替代的、无碳的能源对于调节全球气候危机至关重要。地热能–例如,地热系统通过钻地热井收集热量,在深度为1-7公里的裂隙热岩体中循环水;作为一种环境友好的无碳能源具有巨大的潜力。地热系统的一个缺点是,它可能引发小震级的地震,给关键的敏感基础设施带来地震风险。地震风险-减轻城市环境中诱发的地震风险-项目侧重于如何评估、减轻和通报城市环境中的地震灾害和风险。一些相关的挑战是不明确的监管、行政和政策程序,以及不同行为者的角色不明确。另一个问题涉及界定什么是有关资料以及如何向公众传播。该项目的一部分是对利益相关者(能源公司、市政当局和国家当局)进行访谈,了解他们对当前形势的看法。这些将提供以下信息:1)不同参与者对情况和潜在风险的共同理解程度;2)谁应该负责协调风险管理;3)公民应该如何了解潜在风险,以及他们是否能够参与此类地热发电厂的选址决策。该项目的另一部分重点是如何更好地利用社交媒体来快速传播诱发地震事件和收集观测结果。目前,社会媒体(Twitter)已经被用于向公众快速通报地震事件。大地震观测资料的收集是在线处理的。
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How to deliver information on induced seismicity to the authorities and general public? 

Alternative, carbon-free energy sources are essential to regulate the global climate crisis. Geothermal energy – i.e., heat harvested by geothermal systems by drilling geothermal wells to circulate water in a fractured hot rock mass at the depth of 1-7 km – has a huge potential as an environmentally friendly carbon-free energy source. One of the drawbacks is that geothermal systems can induce small-magnitude earthquakes that pose seismic risk to critical sensitive infrastructure. SEISMIC RISK - Mitigation of induced seismic risk in urban environments -project focuses on how to evaluate, mitigate and communicate seismic hazard and risk in an urban environment. Some of the associated challenges are the unclear regulatory, administrative and policy processes and unclear roles of the different actors. Another problem concerns defining what constitutes relevant information and how it should be disseminated to the public.

One part of the project is to carry out interviews of stakeholders (energy companies, municipalities and state authorities) on, how they perceive the current situation. These will give information on 1) the extent to which different actors have a common understanding of the situation and potential risks, 2) who should be responsible for coordinating risk management, and 3) how citizens should be informed of potential risks and should they be able to participate in location decisions of such geothermal power plants. Another part of the project is focusing on, how social media can better be used for rapid communication of induced seismic events and for the gathering of observations. Currently social media (Twitter) is already used for rapid notification of seismic events to the public. Gathering of macroseismic observations is handled online.

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