In the last few decades, solar activity has been diminishing, and so space weather studies
need to be revisited with more attention. The physical processes involved in dealing with …

The analysis of long memory processes in solar activity, space weather and other
geophysical phenomena has been a major issue even after the availability of enough data …

Study of variations in solar activity parameters has its importance in understanding the
underlying mechanisms of space weather phenomena and space climate variability. We …

To evaluate the solar energetic proton (SEP) forecast model of Laurenza et al., here termed
ESPERTA, we computed the input parameters (soft X-ray (SXR) fluence and∼ 1 MHz radio …

Since the Sun is the main source of energy for our planet therefore even a slight change in
its output energy can make a huge difference in the climatic conditions of the terrestrial …

The present paper has investigated the associations of solar activity (SA), represented by
total solar irradiance (TSI), galactic cosmic rays (GCR) and terrestrial climate parameters in …

To characterize the particle radiation environment at the Lagrangian point L1 and in the near-
Earth space we performed a systematic analysis of the particle flux data recorded by …

Solar-terrestrial environment is manifested primarily by the physical conditions of the solar
interior, solar atmosphere and eruptive solar plasma. Each parameter gives unique …

This study mainly focuses on the prediction of the variability of the Total Electron Content
(TEC) affecting space and ground-based technological infrastructures vulnerable to extreme …

To investigate the response of the meteoric metal layers in the mesosphere and lower
thermosphere regions to the 27‐day solar rotational cycle, a long‐term simulation of the …