Monitoring gas emissions from soil allows to get information on volcanic activity, hidden faults and hydrothermal dynamics. Radon activities at Stromboli were collected by means of multi-parametric real-time stations, that measure radon as well as environmental parameters. The last improvements on the detection system are presented and discussed
We monitored radon anomalies before, during and after the recent paroxysmal eruptions of Stromboli. ...
This is a seven-year study (1/7/2011-31/12/2017) of radon monitoring at two sites of Campi Flegrei c...
Large-scale radon monitoring is carried out due to the fact that it is directly responsible for publ...
Monitoring gas emissions from soil allows to get information on volcanic activity, hidden faults and...
Seven 222Rn soil gas surveys have been accomplished throughout the N-E area of Stromboli Island. The...
We present an overview of the radon surveys at Stromboli island starting from the 2002, with the aim...
Radon emission from soil at Stromboli Island has been monitored since 2002 utilizing a network of 25...
Radon emission from soil at Stromboli Island has been monitored since 2002 utilizing a network of 2...
Soil CO2 flux and 222Rn activity measurements may positively contribute to the geochemicalmonitoring...
Studies concerning 222Rn emission from soils are growing interest in the Earth Sciences, due to the ...
222 Rn concentration in soil gas from nineteen stations of Garfagnana valley (Central ltaly) was con...
Soil radon emissions have been proved as a useful tool for predicting earthquakes and volcanic erupt...
Radon (222Rn) is a short-lived decay product derived from 238U, with a half-life of only 3.8 days. T...
Three different methodologies were used to measure Radon (222Rn) in soil, based on both passive and ...
We present an automatic continuous monitoring station for radon gas (222Rn) in groundwater used to c...
We monitored radon anomalies before, during and after the recent paroxysmal eruptions of Stromboli. ...
This is a seven-year study (1/7/2011-31/12/2017) of radon monitoring at two sites of Campi Flegrei c...
Large-scale radon monitoring is carried out due to the fact that it is directly responsible for publ...
Monitoring gas emissions from soil allows to get information on volcanic activity, hidden faults and...
Seven 222Rn soil gas surveys have been accomplished throughout the N-E area of Stromboli Island. The...
We present an overview of the radon surveys at Stromboli island starting from the 2002, with the aim...
Radon emission from soil at Stromboli Island has been monitored since 2002 utilizing a network of 25...
Radon emission from soil at Stromboli Island has been monitored since 2002 utilizing a network of 2...
Soil CO2 flux and 222Rn activity measurements may positively contribute to the geochemicalmonitoring...
Studies concerning 222Rn emission from soils are growing interest in the Earth Sciences, due to the ...
222 Rn concentration in soil gas from nineteen stations of Garfagnana valley (Central ltaly) was con...
Soil radon emissions have been proved as a useful tool for predicting earthquakes and volcanic erupt...
Radon (222Rn) is a short-lived decay product derived from 238U, with a half-life of only 3.8 days. T...
Three different methodologies were used to measure Radon (222Rn) in soil, based on both passive and ...
We present an automatic continuous monitoring station for radon gas (222Rn) in groundwater used to c...
We monitored radon anomalies before, during and after the recent paroxysmal eruptions of Stromboli. ...
This is a seven-year study (1/7/2011-31/12/2017) of radon monitoring at two sites of Campi Flegrei c...
Large-scale radon monitoring is carried out due to the fact that it is directly responsible for publ...
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