Add to ORKGRadon-222 is a useful tool for quantifying stability influences on urban pollutant concentrations. While bulk radon gradients are ideal for this purpose, since the vertical differencing substantially removes contributions from processes on timescales greater than diurnal, more commonly radon measurements are available only at a single height. Here we explain why single-height, near-surface (<20 m agl) radon observations should not be used quantitatively as an indicator of atmospheric stability without prior conditioning of the time series to remove contributions from larger-scale “non-local” (including fetch-related) processes. We outline a simple technique to obtain an approximation of the diurnal radon gradient signal from a single-height...
One year of radon, benzene and carbon monoxide (CO) concentrations were analysed to characterise the...
We demonstrate the ability of atmospheric radon concentrations to reliably and unambiguously identif...
Radon ((222)Rn) is a powerful natural tracer of mixing and exchange processes in the atmospheric bou...
Radon is increasingly being used as a tool for quantifying stability influences on urban pollutant c...
Commercially-available “stability monitors” based on in situ atmospheric radon progeny measurements ...
Air pollution events at urban locations are driven by both emissions and atmospheric dispersion cond...
A flexible radon-based scheme for the classification of nocturnal stability regimes was used for the...
An economical and easy-to-implement technique is outlined by which the mean nocturnal atmospheric mi...
To evaluate, and ultimately improve, numerical schemes for vertical mixing and exchange within the a...
A radon-based nocturnal stability classification scheme is developed for a flat inland site near Buc...
Four years of observations of radon, meteorology and atmospheric pollution was used to demonstrate t...
Vertical profiles and suitably-conditioned surface time histories of the natural radioactive noble g...
It is a requirement of nuclear energy and research facilities to conduct continuous and...
Meteorological and radon concentration data referring to a measurement campaign carried out in Urbin...
Radon (222Rn) has been used as an atmospheric tracer for studying the vertical mixing processes in t...
One year of radon, benzene and carbon monoxide (CO) concentrations were analysed to characterise the...
We demonstrate the ability of atmospheric radon concentrations to reliably and unambiguously identif...
Radon ((222)Rn) is a powerful natural tracer of mixing and exchange processes in the atmospheric bou...
Radon is increasingly being used as a tool for quantifying stability influences on urban pollutant c...
Commercially-available “stability monitors” based on in situ atmospheric radon progeny measurements ...
Air pollution events at urban locations are driven by both emissions and atmospheric dispersion cond...
A flexible radon-based scheme for the classification of nocturnal stability regimes was used for the...
An economical and easy-to-implement technique is outlined by which the mean nocturnal atmospheric mi...
To evaluate, and ultimately improve, numerical schemes for vertical mixing and exchange within the a...
A radon-based nocturnal stability classification scheme is developed for a flat inland site near Buc...
Four years of observations of radon, meteorology and atmospheric pollution was used to demonstrate t...
Vertical profiles and suitably-conditioned surface time histories of the natural radioactive noble g...
It is a requirement of nuclear energy and research facilities to conduct continuous and...
Meteorological and radon concentration data referring to a measurement campaign carried out in Urbin...
Radon (222Rn) has been used as an atmospheric tracer for studying the vertical mixing processes in t...
One year of radon, benzene and carbon monoxide (CO) concentrations were analysed to characterise the...
We demonstrate the ability of atmospheric radon concentrations to reliably and unambiguously identif...
Radon ((222)Rn) is a powerful natural tracer of mixing and exchange processes in the atmospheric bou...