New consistent and precise computations of the production of five cosmogenic
radioisotopes, 7Be, 10Be, 14C, 22Na, and 36Cl, in the Earth's atmosphere by cosmic rays …

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 …

Highlights•Analysis of 7 Be activity values measured from 63 IMS stations worldwide from
2001 to 2015.•Observed 7 Be global seasonal variation as an expression of atmospheric …

The cosmogenic radionuclides 7 Be and 10 Be are useful aerosol tracers for atmospheric
transport studies. Combining 7 Be and 10 Be measurements with an atmospheric transport …

Abstract Study region North and South Carolina, USA. Study focus Intense precipitation
poses risks to life and property. Its frequency can change in response to global-scale drivers …

The Himalayas were recently identified as a global hot spot for deep stratosphere‐to‐
troposphere transport (STT) in spring. Although the STT in this region may play a vital role in …

Assessing the transport of natural radionuclides in the atmosphere provides a powerful tool
to study air mass circulation. Here, we investigated the seasonal atmospheric distribution of …

The long-term monitoring of the cosmogenic 7 Be activity concentrations has been used to
better understand the influence of large-scale atmospheric circulation dynamics in the …

All the evolution of the scientific knowledge about Cosmic Rays (CRs) in the 20 th century
leads to the following statement: Cosmic Rays constitutes a time and spatial variable flux of …

The activity concentrations of beryllium-7, a natural radiotracer that is considered as a tracer
of the stratospheric-tropospheric exchange, shows a distinct behaviour in Northern Europe …