The integrated multidisciplinary European volcano infrastructure: from the conception to the implementation

Puglisi, Giuseppe; Reitano, Danilo; Spampinato, Letizia; Vogfjörd, K. S.; Barsotti, Sara; Cacciola, Lucia; Traver, Adelina Geyer; Guðjónsson, Davíð Steinar; Guéhenneux, Yannick; Komorowski, Jean-Christophe; Labazuy, Philippe; Lemarchand, Arnaud; Nave, Rosella; Bachèlery, Patrick

doi:10.4401/ag-8794

Cited by 4 publications

(2 citation statements)

References 5 publications

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“…The EPOS European Research Infrastructure Consortium (ERIC) coordinates the legal framework aimed at operating EPOS and providing effective governance to the TCS and ICS 8 . For a more detailed description of EPOS and its various components, the reader is referred to the respective publications in this special issue [e.g., Cocco et al, 2022;Elger et al, 2022;Puglisi et al, 2022].…”

Section: Lessons Learned From Previous Experience In Eposmentioning

confidence: 99%

Transnational Access to Research Facilities: an EPOS service to promote multi‑domain Solid Earth Sciences in Europe

Wessels

Maat

Bello

et al. 2022

Annals of Geophysics

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Transnational access (TNA) allows cross-border, short-term and frequently free-of-charge access to world-class research facilities, to foster collaborations and exchanges of experience. Specifically, TNA aims to encourage open science and innovation and to increase the efficient and effective use of scientific infrastructure. Within EPOS, the European Plate Observing System, the Volcano Observatories and Multi-scale Laboratories communities have offered TNA to their high-quality research facilities through national and European funding. This experience has allowed the definition, design, and testing of procedures and activities needed to provide transnational access inn the EPOS context. In this paper, the EPOS community describes the main objectives for the provision of transnational access in the EPOS framework, based on previous experiences. It includes practical procedures for managing transnational access from a legal, governance, and financial perspective, and proposes logistical and technical solutions to effectively execute transnational access activities. In addition, it provides an outlook on the inclusion of new thematic communities within the TNA framework, and addresses the challenges of providing market-driven access to industry.

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Section: Lessons Learned From Previous Experience In Eposmentioning

confidence: 99%

Transnational Access to Research Facilities: an EPOS service to promote multi‑domain Solid Earth Sciences in Europe

Wessels

Maat

Bello

et al. 2022

Annals of Geophysics

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“…Initiatives such as WOVOdat (https://www.wovodat.org/, Venezky and Newhall, 2007) from the World Organization of Volcano Observatories or the Volcano Observation Thematic Core Service of the European Plate Observing System (EPOS TCS VO, Puglisi et al, 2022), are trying to encompass this issue, and provide free and open access to a series of data submitted by volcano observatories around the world. But, to the best of our knowledge, individual observatories and scientists wanting to monitor and research volcanoes in their country generally use a diverse range of tools, databases and access mechanisms to collate and analyse all data they have available.…”

Section: Introductionmentioning

confidence: 99%

Tilde, an interdisciplinary data access solution serving GeoNet's volcano and other hazard data

D’Anastasio,

Groom,

Sherburn

et al. 2024

Preprint

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Tilde is a new in-house developed solution that the GNS Science’s GeoNet programme has recently developed to provide storage and access to low sample rate datasets used to monitor tsunami, landslides and volcanoes in Aotearoa New Zealand. It includes datasets covering sample rates of minutes or longer. Time series data are stored and disseminated in JSON and CSV formats, and users can access these through an Application Programming Interface (API) and a Graphical User Interface (GUI). Tilde’s GUI was created to allow technical and non-technical users easy access to the available data. The introduction of Tilde system as one of the GeoNet programme delivery channels has represented a big step forward for GeoNet’s volcano data holdings by providing a single point to access all low to medium sample rate volcano specific monitoring data. We designed the system, developed a domain model, an API, a graphical data discovery interface and associated data tutorials. This work leverages the Open by Default data policy for data generated through the GeoNet programme. This paper is intended to highlight how we made many of the key decisions that shaped Tilde system, how they were impacted by our multi-hazard monitoring requirements and how they have improved access to volcano monitoring data. We conclude with some open questions about the need of developing common standards to share analysis-ready time series data within different disciplines in volcanology and geophysics.

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Developing the future vision for seamless multi-hazard warnings for volcanic eruptions—outcomes from a workshop at IAVCEI 2023, Rotorua

Tupper,

Leonard

2024

Bull Volcanol

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A half-day workshop was held following the IAVCEI Scientific Assembly in Rotorua, New Zealand, on 5 February 2023, taking advantage of the presence of operationally focused meteorologists, leaders from the World Meteorological Organization and volcanologists (mostly from volcano observatories), for an aviation workshop over the previous two days. Our workshop focused on non-aviation issues but sought to develop the 'big-picture' of multi-hazard arrangements, particularly noting the intertwining of the disciplines for many volcanic hazards, and a global push towards better integrated, impact-based multi-hazard early warning systems; including especially the Sendai Framework and the 'Early Warnings for All' initiative. The hazards requiring joint multi-disciplinary arrangements include tsunamis, ashfall and airborne / water-borne ash, rainfall-induced dome collapses, lahars, pumice, glacial floods, and gas. Of these, only airborne ash for aviation users have received much attention.Following an afternoon of presentations, panel discussions, breakout discussion, two summary visualisations were prepareda future 'vision' and a future 'roadmap' for multi-hazard operations.These are presented as input towards follow-up actions, including ensuring that volcanic ash for aviation arrangements are embedded within a holistic multi-hazard and multi-user approach.

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The integrated multidisciplinary European volcano infrastructure: from the conception to the implementation

Cited by 4 publications

References 5 publications

Transnational Access to Research Facilities: an EPOS service to promote multi‑domain Solid Earth Sciences in Europe

Transnational Access to Research Facilities: an EPOS service to promote multi‑domain Solid Earth Sciences in Europe

Tilde, an interdisciplinary data access solution serving GeoNet's volcano and other hazard data

Developing the future vision for seamless multi-hazard warnings for volcanic eruptions—outcomes from a workshop at IAVCEI 2023, Rotorua

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