We have studied long-term variations of galactic cosmic-ray (GCR) intensity in relation to the
sunspot number (SSN) during the most recent solar cycles. This study analyses the time lag …

The cosmogenic nuclide beryllium-10 (10Be), recovered from ice cores, is often used to
study solar activity on long timescales. However, the 10Be signal is also influenced by …

Given recent successes in modelling the transport of cosmic rays (CRs) in the heliosphere
from first principles, taking into account the behaviour of heliospheric turbulence quantities …

Abstract A Ground Level Enhancement (GLE) event can be observed as an increase in the
background of ground‐based neutron monitor observations and is often associated with an …

In the present paper a systematic study is carried out to validate the similarity or co-variability
between daily terrestrial cosmic-ray intensity and three parameters of the solar corona …

A ground-level enhancement (GLE) event is a sudden increase in cosmic ray intensity
originated by solar sources and recorded by ground-based detectors. GLEs are invariably …

European monthly temperatures undergo strong fluctuations from one year to the other. The
variability is controlled by natural processes such as Atlantic cycles, changes in solar …

Cosmic rays measured through neutron monitors on Earth's surface have a strong
correlation with the number of sunspots on the solar photosphere. Other indices that affect …

Galactic cosmic rays (GCRs) are energetic, charged particles coming from outside the solar
system. These particles encounter an outward-moving turbulent solar wind with cyclic …

Galactic cosmic rays (GCRs) after entering the heliosphere are continuously modulated by
the change in solar wind and the associated heliosphericmagnetic field. GCRs also follow …