The dual-frequency global positioning system (GPS) data acquired from the UNAVCO over
different places of Nepal were processed to examine the eclipse-triggered consequences on …

This is one of the first papers to study the ionospheric effects of two solar eclipses that
occurred in South America and Antarctica under geomagnetic activity in different seasons …

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 …

Solar eclipses (SEs) cause a variety of processes in all geospheres. There is a decrease of
electron density, as well as electron, ion, and neutral temperature, in the ionosphere; the …

Abstract Subject and Purpose. The unique natural phenomena which solar eclipses are can
activate coupling between the subsystems of the Earth–atmosphere–ionosphere …

The paper studies disturbances of the upper thermosphere caused by the vertical
propagation of acoustic-gravity waves (AGW) from the lower atmosphere during the solar …

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 …

The ionospheric response at middle latitudes to geomagnetic storms is not yet very well
understood. Total electron content (TEC) variations associated with eight strong …

Medium‐scale traveling ionospheric disturbances (MSTIDs) can significantly alter a region's
ionosphere features, severely impacting the performance and stability of services such as …