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- PublicationOpen AccessENVRI-FAIR D5.5: Guidelines for validation of ENVRI-FAIR servicesD5.5 “Guidelines for validation of ENVRI-FAIR services” formulates the criteria and test plan for validating the overall quality of the ENVRI-FAIR services and summarises the guidelines for testing and validating the functionality of the services developed in WP8-WP11 in synergy with WP7. The criteria will allow the developers of the ENVRI data services to validate the results towards the EOSC catalogue of services.
4 2 - PublicationOpen AccessPyGLogDB: software to generate STATION-INFO files for GNSS data analysis(2022)
; ; ; ; ; ; ; ; ; ; ; Massive analysis of GNSS data (Global Navigation Satellite System) requires the development of specific tools to automate the different steps of processing: from data download to ground displacements estimates. In this technical report we describe the tools and algorithms we have developed to handle the metadata associated with GNSS observations from continuous networks operating in the EuroMediterranean and African area, which are routinely processed by the three main INGV data analysis centers. Obtaining accurate metadata, which records information on how a GNSS station is equipped (receiver, antenna, monument, etc..), is mandatory in order to obtain accurate GNSS stations daily position and their evolution through time. Here we will describe the processing chain, the software developed using opensource programming language, describing the major issues found in treating incomplete, inconsistent or wrong information, and the methods adopted to minimize or resolve these problems. The software developed is going to be implemented in the centralized GNSS data and metadata archive that we are realizing at INGV, and that will serve both institutional activities and research projects. The goal of this tool is to minimize errors and reduce/avoid the human intervention in handling a large set of information, facilitating the automatic analysis of data from thousands of GNSS stations on a daily basis. The software acronym is pyGLogDB, which stands for: “python GNSS Logfile elaboration with the support of DataBase”.14 2 - PublicationOpen AccessBollettino Sismico Italiano gennaio – aprile 2023(2024-07)
; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; La revisione da parte degli analisti del BSI della sismicità registrata in Italia dal 1 gennaio al 30 aprile 2023 ha riguardato tutti i terremoti di magnitudo M≥1.5, mentre i parametri dei terremoti di magnitudo inferiore a tale soglia sono quelli calcolati in tempo reale, nella SALA DI SORVEGLIANZA SISMICA DI ROMA. I terremoti più forti (M≥3.5) e pochi altri di particolare interesse [vedi Marchetti et al., 2016, DOI: 10.4401/ag- 6116], sono stati revisionati dagli analisti del BSI, mediamente nelle 24 ore successive al loro accadimento.54 4 - PublicationOpen AccessBollettino Sismico Italiano settembre – dicembre 2022(2024-07)
; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; La revisione da parte degli analisti del BSI della sismicità registrata in Italia dal 1 settembre al 31 dicembre 2022 ha riguardato tutti i terremoti di magnitudo M≥1.5, mentre i parametri dei terremoti di magnitudo inferiore a tale soglia sono quelli calcolati in tempo reale, nella SALA DI SORVEGLIANZA SISMICA DI ROMA. I terremoti più forti (M≥3.5) e pochi altri di particolare interesse [vedi Marchetti et al., 2016, DOI: 10.4401/ag-6116], sono stati revisionati dagli analisti del BSI, mediamente nelle 24 ore successive al loro accadimento.49 7 - PublicationOpen AccessMED-SUV Project Work Package 6: Volcanic hazard assessment, disaster preparedness and mitigation. Deliverable 6.3 Preparedness and awareness guidelines(2016-05-30)
; ; ; ; ; ; ; In this deliverable we describe the development of procedures and activities finalized to improve the communication between scientists and decision makers. In particular, trough testing and enhancing communication efficacy of scientific outputs, as maps, taking into account opinions and needs of the different stakeholders, in order to contribute in filling the gap between scientists and decision-makers. The selected pilot area has been Campi Flegrei active caldera, and outcomes from an Evaluation/Validation process on hazard tools as maps, involving local decision makers, will be presented. A similar evaluation procedure was applied for the tool BET_VH_ST developed as WP6 D6.2 for the short-term probabilistic volcanic hazard assessment. This tool has been implemented to compute hazard curves, hazard maps and probability maps for tephra fallout from Campi Flegrei. In order to finalize a specific requirement of the WP6TASK3, to contribute in sharing procedure and guidelines able to clarify role of scientists and decision maker and above to acquire a better comprehension of “end user’s view respect volcanic hazard assessment and related scientific tools, a specific questionnaire developed in the VUELCO project (Volcanic Unrest in Europe and Latin America) has been proposed to Sicily Civil Protection. A sample among Civil protection officials has been chosen including the ones having decision-making responsibility in case of volcanic unrest at Etna and Stromboli, to survey their opinions and requirements also in case of volcanic unrest, useful to finalize shared procedure and protocols. Furthermore according with sub task6.3.1 and in collaboration with WP7, a survey on volcanic risk perception at Azores involving civil protection officials and operators was carried out.33 5