The European Volcano Observatories and their use of the aviation colour code system

IF 3.6 2区 地球科学 Q1 GEOSCIENCES, MULTIDISCIPLINARY Bulletin of Volcanology Pub Date : 2024-03-02 DOI:10.1007/s00445-024-01712-0
Barsotti Sara, Scollo Simona, Macedonio Giovanni, Felpeto Alicia, Peltier Aline, Vougioukalakis Georgios, Elske de Zeeuw van Dalfsen, Ottemöller Lars, Pimentel Adriano, Komorowski Jean-Christophe, Loughlin Susan, Carmo Rita, Coltelli Mauro, Corbeau Jordane, Vye-Brown Charlotte, Di Vito Mauro, Jean-Bernard de Chabalier, Ferreira Teresa, R. Fontaine Fabrice, Lemarchand Arnaud, Marques Rui, Medeiros Joana, Moretti Roberto, Pfeffer Melissa Anne, Saurel Jean-Marie, Vlastelic Ivan, Vogfjörd Kristín, Engwell Samantha, Salerno Giuseppe
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Abstract

Volcano observatories (VOs) around the world are required to maintain surveillance of their volcanoes and inform civil protection and aviation authorities about impending eruptions. They often work through consolidated procedures to respond to volcanic crises in a timely manner and provide a service to the community aimed at reducing the potential impact of an eruption. Within the International Airways Volcano Watch (IAVW) framework of the International Civil Aviation Organisation (ICAO), designated State Volcano Observatories (SVOs) are asked to operate a colour coded system designed to inform the aviation community about the status of a volcano and the expected threats associated. Despite the IAVW documentation defining the different colour-coded levels, operating the aviation colour code in a standardised way is not easy, as sometimes, different SVOs adopt different strategies on how, when, and why to change it. Following two European VOs and Volcanic Ash Advisory Centres (VAACs) workshops, the European VOs agreed to present an overview on how they operate the aviation colour code. The comparative analysis presented here reveals that not all VOs in Europe use this system as part of their operational response, mainly because of a lack of volcanic eruptions since the aviation colour code was officially established, or the absence of a formal designation as an SVO. We also note that the VOs that do regularly use aviation colour code operate it differently depending on the frequency and styles of eruptions, the historical eruptive activity, the nature of the unrest, the monitoring level, institutional norms, previous experiences, and on the agreement they may have with the local Air Transport Navigation providers. This study shows that even though the aviation colour code system was designed to provide a standard, its usage strongly depends on the institutional subjectivity in responding to volcano emergencies. Some common questions have been identified across the different (S)VOs that will need to be addressed by ICAO to have a more harmonised approach and usage of the aviation colour code.

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欧洲火山观测站及其对航空色标系统的使用
世界各地的火山观测站(VOs)需要对其火山进行监视,并向民防和航空当局通报即将发生的火山爆发。它们通常通过综合程序及时应对火山危机,并为社区提供服务,以减少火山爆发可能造成的影响。在国际民用航空组织(ICAO)的国际航空火山观测(IAVW)框架内,指定的国家火山观测站(SVOs)被要求运行一个彩色编码系统,旨在向航空界通报火山的状态和相关的预期威胁。尽管 IAVW 文件定义了不同的色标级别,但以标准化的方式操作航空色标并不容易,因为有时不同的 SVO 在如何、何时以及为何更改色标方面会采取不同的策略。在两次欧洲志愿服务组织和火山灰咨询中心(VAACs)研讨会之后,欧洲志愿服务组织同意对其如何操作航空颜色代码进行概述。本文的比较分析表明,并非欧洲所有的志愿组织都将该系统作为其业务响应的一部分,主要原因是自航空颜色代码正式确立以来没有发生过火山爆发,或者没有被正式指定为 SVO。我们还注意到,定期使用航空颜色代码的志愿组织会根据火山爆发的频率和类型、历史上的火山爆发活动、骚乱的性质、监测水平、机构规范、以往的经验以及与当地航空运输导航提供商达成的协议,以不同的方式使用航空颜色代码。这项研究表明,尽管航空颜色代码系统旨在提供一个标准,但其使用在很大程度上取决于机构在应对火山紧急情况时的主观性。不同的(S)VOs 都发现了一些共同的问题,国际民航组织需要解决这些问题,以便采用更加统一的方法来使用航空颜色代码。
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来源期刊
Bulletin of Volcanology
Bulletin of Volcanology 地学-地球科学综合
CiteScore
6.40
自引率
20.00%
发文量
89
审稿时长
4-8 weeks
期刊介绍: Bulletin of Volcanology was founded in 1922, as Bulletin Volcanologique, and is the official journal of the International Association of Volcanology and Chemistry of the Earth’s Interior (IAVCEI). The Bulletin of Volcanology publishes papers on volcanoes, their products, their eruptive behavior, and their hazards. Papers aimed at understanding the deeper structure of volcanoes, and the evolution of magmatic systems using geochemical, petrological, and geophysical techniques are also published. Material is published in four sections: Review Articles; Research Articles; Short Scientific Communications; and a Forum that provides for discussion of controversial issues and for comment and reply on previously published Articles and Communications.
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