Radon is released from soil and building materials and can accumulate in residential
buildings. Breathing radon and radon progeny for extended periods hazardous to health …

Beyond tobacco smoking, radon takes its place as the second most significant contributor to
lung cancer, excluding hereditary and other biologically related factors. Radon and its …

A time-dependent map of radon-222 flux density at the Australian land surface has been
constructed with a spatial resolution of 0.05° and temporal resolution of one month. Radon …

The radioactive decay of radon and its progeny can lead to ionization of air molecules and
consequently influence aerosol size distribution. In order to provide a global estimate of the …

The inert radioactive gas radon-222, ubiquitous in the environment, is the first cause of lung
cancer in non-smokers and a powerful asset to trace geological fluids and constrain …

An empirical method was applied to estimate the 222 Rn fluxes distribution across the
Campania region (Italy) by using both gamma-rays and U, Th, K concentrations in soils. As a …

Naturally occurring radioactive noble gas, radon (222 Rn) is a valuable tracer to study
atmospheric processes and to validate global chemical transport models. However, the use …

A flexible radon-based scheme for the classification of nocturnal stability regimes was used
for the interpretation of daily-integrated PM 2.5 aerosol observations collected at Richmond …

Global 222Rn flux density distributions with a spatial resolution of 1 in latitude and longitude
were estimated for each month in the period of 1979–2007 using an 222Rn exhalation …

Daily and weekly rainfall stable isotopic data, collected over a 9-year period (for daily) and
14-year period (for weekly) at Lucas Heights, Australia, were compared. Small differences in …