Interplanetary parameters investigations are the keyspace of space research and are in the
center of the relationship to the Sun and Earth. The investigations gain meaning by …

Ionospheric modeling across the Indian low latitudes continues to be a challenging task
because of the day-to-day variability pertaining to the underlying complex equatorial and …

Solar flares are sudden eruption of intense high-energy radiation from the Sun causing radio
perturbations due to disturbances in ionosphere and magnetosphere of the Earth. The …

Abstract The Bodrum/Kos earthquake that occurred around the island of Kos (Greece) on
July 20, 2017, caused serious uneasiness for the people of the region. The earthquake …

Earth's ionosphere is an important medium for navigation, communication, and radio wave
transmission. The inadequate advances in technology do not allow enough realization of …

Discussions about anomaly in the ionosphere have made significant progress since the
great Alaskan earthquake, in 1964. Specifying signs of precursors of an earthquake and …

This study aims to improve the understanding of geomagnetic storms by utilizing machine
learning models and analyzing several heliophysical variables, such as the interplanetary …

This essay aims to investigate the four moderate Geomagnetic Storms (mGSs)(storms of
March 02, April 11, April 16, and May 13) that occurred in 2015. When examining GSs, Zonal …

Since the time scale of weak storms is about half the time scale of intense storms, it is
troublesome and important to examine the solar wind parameters/interplanetary magnetic …

A geomagnetic storm is a major disturbance in the Earth's magnetosphere due to the solar
wind entering the magnetosphere and ionosphere, lasting about 1–3 days. Storms are …