Piersanti Antonio, Cannelli Valentina, Galli Gianfranco, Soldati Gaia, Piochi Monica, Iovine Raffaella Silvia, Pignatelli Alessandro, Vignoli Veronica, Romoli Giulia, Albano Matteo, Antonioli Andrea, Ciaccio Maria Grazia, D'Alessandro Antonino, De Astis Gianfilippo, Farroni Stefano, Figlioli Anna, Giunchi Carlo, Massa Marco, Moro Marco, Nardi Adriano, Saroli Michele, Silvestri Marcello, Scudero Salvatore, Vallocchia Massimiliano
Istituto Nazionale di Geofisica e Vulcanologia, Roma, Napoli, Pisa, Palermo, Milano, Italy.
Dipartimento di Ingegneria Civile e Meccanica Università degli Studi di Cassino e del Lazio Meridionale, Cassino, Italy.
Sci Data. 2025 Mar 10;12(1):415. doi: 10.1038/s41597-025-04735-0.
We share long term, continuous measurements of soil radon emanations in Italy acquired from 2009 to 2021 by the Italian Radon mOnitoring Network (IRON). The radon concentrations were measured at 62 stations and consist of 621 720 single measurements. Employed detectors are both in-house prototypes (LUCAS) and commercial devices (AER by Algade©), suitably calibrated at INGV radionuclide laboratory. In addiction to radon concentration, most stations acquire internal temperature, while a subset of them also record relative humidity. When available, all these data series are provided along with radon time series and consist of 1 320 710 local temperature and humidity data. The presented dataset allows monitoring variations in radon emissions on multiple time scales, using different analysis techniques. Potential investigations include the effect of environmental parameters/conditions on radon emissions, the study of the impact on such emissions of transient signals like those associated with seismic and volcanic preparation processes and fluid migration dynamics as well as analyses of risk for human health, related to prolonged exposure to radon gas accumulated in confined spaces.
我们分享了意大利氡监测网络（IRON）于2009年至2021年期间获得的意大利土壤氡析出率的长期连续测量数据。在62个站点测量了氡浓度，共有621720次单次测量。所使用的探测器既有内部原型（LUCAS），也有商业设备（Algade公司的AER©），并在意大利国家地球物理与火山研究所放射性核素实验室进行了适当校准。除了氡浓度外，大多数站点还获取了内部温度，其中一部分站点还记录了相对湿度。如果有这些数据，所有这些数据系列将与氡时间序列一起提供，共有1320710条当地温度和湿度数据。所呈现的数据集允许使用不同的分析技术在多个时间尺度上监测氡排放的变化。潜在的调查包括环境参数/条件对氡排放的影响、与地震和火山准备过程以及流体迁移动力学相关的瞬态信号对这种排放的影响研究，以及与长时间暴露在密闭空间中积聚的氡气相关的人类健康风险分析。
