7 Be and 210 Pb air concentration and depositional flux data provide key information on the
origins and movements of air masses, as well as deposition processes and residence time …

7 Be is widely used as an atmospheric radiotracer due to its relatively short life (T 1 2= 53.3
days) and ease of measurement by γ-spectrometry, which provides important information on …

In the past decades, particulate matter (PM) measurements have been used extensively in
atmospheric sciences, as it allows studying the evolution of tracers for different atmospheric …

Temporal variation of airborne radionuclide activity concentration is highly influenced by
several meteorological parameters. A traditional key tool to perform a combined analysis on …

Gross alpha (A α) and gross beta activities (A β) were measured weekly in the airborne of
the Universitat Politècnica de Valencia campus (in the east of Spain) during the period 2009 …

Particle radioactivity is a property of airborne particles caused by the presence of naturally
occurring or anthropogenic radionuclides. Recent studies have found associations between …

Relationships between the beryllium-7 activity concentrations in surface air and
meteorological parameters (temperature, atmospheric pressure, and precipitation) …

This study presents a comprehensive statistical analysis of the cosmogenic radioisotope 7
Be measured in surface air in ten stations over Spain for a 9 years period (from January …

The aim of this paper is to statistically characterize gross beta activity concentrations in
ground-level air in Bilbao (northern Spain) by analysing five years (2014–2018) worth of …

Abstract 7 Be, 210 Pb and PM 10 levels in surface air have been simultaneously measured
at two sampling sites in the southern Iberian Peninsula for a period of two years. Each site …