Abstract. In this paper, the new dynamic geophysical and geochemical MUltiparametric DAtabase (MUDA) is presented. MUDA is a new infrastructure of the National Institute of Geophysics and Volcanology (INGV), published on-line in December 2023, with the aim of archiving and disseminating multiparametric data collected by multidisciplinary monitoring networks. MUDA is a MySQL relational database with a web interface developed in php, aimed at investigating in quasi real time possible correlations between seismic phenomena and variations in endogenous and environmental parameters. At present, MUDA collects data from different types of sensors such as hydrogeochemical probes for physical-chemical parameters in waters, meteorological stations, detectors of air Radon concentration, diffusive flux of carbon dioxide (CO₂) and seismometers belonging both to the National Seismic Network of INGV and to temporary networks installed in the framework of multidisciplinary research projects. MUDA daily publishes data updated to the previous day and offers the chance to view and download multiparametric time series selected for different time periods. The resultant dataset provides broad perspectives in the framework of future high frequency and continuous multiparametric monitorings as a starting point to identify possible seismic precursors for short-term earthquake forecasting. MUDA is now quoted with the Digital Object Identifier https://doi.org/10.13127/muda (Massa et al., 2023).

中文翻译：

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MUDA：动态地球物理和地球化学多参数数据库


摘要。本文提出了新的动态地球物理和地球化学多参数数据库（MUDA）。 MUDA是国家地球物理和火山研究所（INGV）的新基础设施，于2023年12月在线发布，旨在归档和传播多学科监测网络收集的多参数数据。 MUDA 是一个 MySQL 关系数据库，具有用 php 开发的 Web 界面，旨在准实时地研究地震现象与内生和环境参数变化之间可能的相关性。目前，MUDA从不同类型的传感器收集数据，例如水域物理化学参数的水文地球化学探测器、气象站、空气氡浓度探测器、二氧化碳扩散通量(CO ₂ )和地震仪等。包括 INGV 国家地震台网和在多学科研究项目框架内安装的临时网络。 MUDA 每日发布更新至前一天的数据，并提供查看和下载为不同时间段选择的多参数时间序列的机会。由此产生的数据集在未来高频和连续多参数监测的框架中提供了广阔的前景，作为识别短期地震预报可能的地震前兆的起点。 MUDA 现在与数字对象标识符一起引用 https://doi.org/10.13127/muda（Massa 等人，2023）。