This paper presents an overview of results obtained during the CAWSES-II period on the
short-term variability of the Sun and how it affects the near-Earth space environment …

We analyze the cosmic-ray variations during a significant Forbush decrease observed with
worldwide networks of ground-based neutron monitors and muon detectors during 2021 …

The analysis of cosmic ray intensity variation seen by muon detectors at Earth's surface can
help us to understand astrophysical, solar, interplanetary and geomagnetic phenomena …

The present work is the second of a three-part review of space weather in Latin America,
specifically observing its evolution in three countries (Argentina, Brazil and Mexico). This …

Muon telescopes are instruments devoted to the observation of muons. They are produced
in the atmosphere by means of the interaction of cosmic ray and solar energetic particles …

A new water-Cherenkov radiation detector, located at the Argentine Marambio Antarctic
Base (64.24 S-56.62 W), has been monitoring the variability of galactic cosmic ray (GCR) …

We demonstrate that global observations of high‐energy cosmic rays contribute to
understanding unique characteristics of a large‐scale magnetic flux rope causing a …

Cosmic rays are charged particles whose flux observed at Earth shows temporal variations
related to space weather phenomena and may be an important tool to study them. The …

Cosmic radiation on Earth responds to heliospheric, geomagnetic, atmospheric, and
lithospheric changes. In order to use its signal for soil hydrological monitoring, the signal of …

We analyze the short cosmic-ray intensity increase (" cosmic-ray burst": CRB) on 2015 June
22 utilizing a global network of muon detectors and derive the global anisotropy of cosmic …