Although there are many methods for investigating tectonic structures, many faults remain hidden, and they can endanger the life and property of people living along them. The slopes of volcanoes are covered with such hidden faults, near which strong earthquakes and gas releases can appear. Revealing hidden faults can therefore contribute significantly to the protection of people living in volcanic areas. In the study, seven different techniques were used for making measurements of in-soil radon concentrations in order to search for hidden faults on the SE flank of the Mt. Etna volcano. These reported methods had previously been proved to be useful tools for investigating fault structures. The main aim of the experiment presented here was to...
This thesis presents the results of an investigation of the concentration of radon in soil around a ...
This Thesis presents the results of an investigation of the concentration of radon in soil around a ...
International audienceRadon (222Rn) activity in air was measured for about 6 months at the summit of...
Although there are many methods for investigating tectonic structures, many faults remain hidden, an...
Radon emissions are frequently monitored in volcanically and tectonically active areas in order to r...
International audienceIn Earth Sciences there is a growing interest in studies concerning soil-radon...
Soil radon emissions have been proved as a useful tool for predicting earthquakes and volcanic erupt...
This study concerns measurements of radon and thoron emissions from soil carried out in 2004 on the ...
We report preliminary observations on possible correlations between anomalies of subsoil radon conce...
From October 2008 to November 2009, soil CO2, radon and structural field surveys were performed on M...
In the last ten years we carried out several radioactivity investigations in the aetnean area, a pec...
The slopes of Etna are crossed by numerous active faults that traverse various towns and villages. T...
Three different methodologies were used to measure Radon (222Rn) in soil, based on both passive and ...
This thesis presents the results of an investigation of the concentration of radon in soil around a ...
This Thesis presents the results of an investigation of the concentration of radon in soil around a ...
International audienceRadon (222Rn) activity in air was measured for about 6 months at the summit of...
Although there are many methods for investigating tectonic structures, many faults remain hidden, an...
Radon emissions are frequently monitored in volcanically and tectonically active areas in order to r...
International audienceIn Earth Sciences there is a growing interest in studies concerning soil-radon...
Soil radon emissions have been proved as a useful tool for predicting earthquakes and volcanic erupt...
This study concerns measurements of radon and thoron emissions from soil carried out in 2004 on the ...
We report preliminary observations on possible correlations between anomalies of subsoil radon conce...
From October 2008 to November 2009, soil CO2, radon and structural field surveys were performed on M...
In the last ten years we carried out several radioactivity investigations in the aetnean area, a pec...
The slopes of Etna are crossed by numerous active faults that traverse various towns and villages. T...
Three different methodologies were used to measure Radon (222Rn) in soil, based on both passive and ...
This thesis presents the results of an investigation of the concentration of radon in soil around a ...
This Thesis presents the results of an investigation of the concentration of radon in soil around a ...
International audienceRadon (222Rn) activity in air was measured for about 6 months at the summit of...