The analysis of temporal and spatial variations in the flux of soil gases across the soil–air
interface is a useful tool to study geo-dynamical processes associated with volcanic and/or …

Although indoor monitoring of radon and benchmarking of radon measurement devices
remain important research topics, few intercomparisons of active radon measurement …

The effect of atmospheric temperature on underground radon flow was investigated in a
customized climate-controlled laboratory (CCL) system, which enabled us to isolate the …

Abstract A hypothetical Pan-European Indoor Radon Map has been developed using
summary statistics estimated from 1.2 million indoor radon samples. In this study we have …

A low background station for the measurement of low level radioactivity is under
development in Northern Italy. The rock cover is about 300 m water equivalent. We report …

This study focused on the radon transfer from the water to the air and the subsequent impact
of waterborne radon indoors, taking advantage of the enhanced and decreasing from year to …

The concentration of radon-222 has been monitored since 1995 in the atmosphere of a 2 m
transverse dimension, 128 m long, dead-end horizontal tunnel located in the French Alps, at …

Background: Indoor radon represents an important health issue to the general population.
Therefore, accurate radon risk maps help public authorities to prioritise areas where …

Two databases of indoor radon measurements in the Walloon region in Belgium can be
used to establish a radon risk map of this region, taking into account the geological …

Radon levels in the soil and groundwater in the North Maladeta Fault area (located in the
Aran Valley sector, Central Pyrenees) are analysed from both geological and radiation …