
This paper analyses seismic noise from broadband seismic stations within the Cuban National Seismic Service, focusing on location sites, soil or rock quality at installation sites and the impact of various factors on the noise signature of these seismic stations. A brief technical description of deployed equipment is provided and the methodology for data selection and analysis is presented.The study provides annual performance assessment for each station, considering specific details for each particular case. Likewise, the effect of diurnal/nocturnal and seasonal variations on noise power spectral density (PSD) is analyzed. In addition, plotted graphs show the relationship between the occurrence of extreme weather events, such as hurricanes and cold fronts through Cuban eastern and western regions, respectively, and the increase of noise level, specifically for marine microseisms period band. Finally, the influence of instrumental variations in noise level of seismic stations is characterized.
ruido sísmico, Technology, power spectral density (PSD), Mining engineering. Metallurgy, densidad espectral de potencia (PSD), probability density function (PDF), T, TN1-997, función de densidad de probabilidades (PDF), seismic noise
ruido sísmico, Technology, power spectral density (PSD), Mining engineering. Metallurgy, densidad espectral de potencia (PSD), probability density function (PDF), T, TN1-997, función de densidad de probabilidades (PDF), seismic noise
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