Monitoring of Gas Emissions in Light of an OEF Application

• Published in: Atmosphere Vol. 12; no. 1; p. 26
• Main Authors: Toader, Victorin-Emilian, Nicolae, Víctor, Moldovan, Iren-Adelina, Ionescu, Constantin, Marmureanu, Alexandru
• Format: Journal Article
• Language: English
• Published: Basel MDPI AG 01.01.2021
• Subjects: Aerosol concentrations; air ionization monitoring; Air temperature; Anomalies; Atmospheric conditions; Boreholes; Carbon dioxide; Carbon dioxide emissions; CO2 monitoring; Cross correlation; Data analysis; Decision trees; Detection; Earthquake forecasting; Earthquake prediction; Earthquakes; Elasticity; Emergencies; Emergency preparedness; Emissions; Fault lines; Forecasting; Gases; Humidity; Ionization; Methods; Mountains; multidisciplinary monitoring; OEF; Parameters; Pollution monitoring; precursor phenomena; Probability theory; Radiation; Radon; radon anomalies; Radon isotopes; Regression analysis; Seasonal variation; Seasonal variations; Seismic activity; Seismicity; Sensors; Short-term changes; Specificity; Standard deviation; Statistical analysis; Tectonics; Telluric currents; Volcanoes

This study analyzes the possibility to use geophysical and geochemical parameters in an OEF (Operational Earthquake Forecasting) application correlated with short-term changes in seismicity rates using a magnitude–frequency relationship. Tectonic stress over the limits of rock elasticity generates e...