We present the results of a comprehensive study of traveling ionospheric disturbances
(TIDs) occurring over Europe during the total solar eclipse of 20 March 2015. For detection …

The ionosphere represents part of the upper atmosphere. Its variability is observed on a
wide-scale temporal range from minutes, or even shorter, up to scales of the solar cycle and …

A reliable interpretation of solar eclipse effects on the geospace environment, and on the
ionosphere in particular, necessitates a careful consideration of the so‐called eclipse …

An annular solar eclipse was visible on 14 October 2023 from 15: 00–21: 00 UT as its path
traveled across North, Central, and South America. In this letter, we present the first multi …

The results of observations of the critical frequency (fo F2), ionospheric F2 peak electron
density (N m F2) and peak height (hm F2) of the ionosphere over Kharkiv (Ukraine, 49.6° N …

Studies concerning solar eclipses have been rising significantly, yet, different circumstances
during their occurrence provide uniqueness to every study. This paper studies the …

It can be expected that a moon shadow of solar eclipse can largely reduce the ionospheric
electron density (Ne) during the obscuration. However, in this study, the total electron …

The purpose of the work is to describe ionospheric effects of the August 11, 2018, partial
solar eclipse (SE) that occurred over the People's Republic of China as observed via GPS …

A total solar eclipse occurred on 21 August 2017, with the path of totality starting over the
North Pacific Ocean, crossing North-America and ending over the Mid-Atlantic Ocean …

This manuscript presents the dawn characteristics of zonal plasma drift and the resultant
plasma drift velocity vector (the resultant vector of vertical and zonal plasma velocity …