2025-01-01T00:00:00 Portale dei dati aperti Open Data Portal]]> https://data.ingv.it 441 https://data.ingv.it/person/441 2025-05-15T00:00:00 vulcani The ETNAGAS network comprises 19 monitoring stations distributed across the flanks of Mount Etna, specifically designed for the continuous observation of soil-emitted carbon dioxide (CO₂). Each station is equipped with infrared (IR) sensors for the precise measurement of CO₂ concentrations, along with meteorological sensors that record key environmental parameters including air temperature, atmospheric pressure, wind speed and direction, and precipitation. These data enable the estimation of CO₂ soil fluxes through the application of the method proposed by Gurrieri and Valenza (1988) (see Methods for details). The ETNAGAS network represents a high-resolution geochemical surveillance system and constitutes an integral component of the national framework for monitoring volcanic gas emissions. Its primary objective is to contribute to the assessment of the volcanic activity state of Mount Etna through systematic and spatially distributed measurements of gaseous emissions. 868 https://data.ingv.it/person/868 https://data.ingv.it/dataset/1118 945 https://data.ingv.it/person/945 ITA 10.13127/etna/ecsf2002_2010 01-01-2025 Istituto Nazionale di Geofisica e Vulcanologia (INGV) customer service Istituto Nazionale di Geofisica e Vulcanologia (INGV) https://data.ingv.it 15-05-2025 Etna CO2 Soil Flux during 2002-2010 (ECSF2002_2010) http://www.opendefinition.org/licenses/cc-by scienza https://data.ingv.it/person/scienza {"type": "MultiPoint","coordinates": [[15.0822,37.6086],[14.8989,37.5336],[14.9422,37.7253],[15.0742,37.8081],[14.8997,37.7936],[14.9836,37.8258],[15.1433,37.6953],[15.0231,37.6306],[15.1369,37.8003],[14.9208,37.6569],[14.905,37.6636],[15.1353,37.6967],[15.2167,37.7706],[15.0456,37.8669],[15.118,37.7021],[15.0975,37.7625],[14.8837,37.5493],[14.6971,37.3248],[14.7172,37.3391]]}