In this study, we utilized both ground‐based and space‐borne observations including total
electron content (TEC) from Beidou geostationary satellites, two‐dimensional TEC maps …

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 …

A total eclipse occurred on 11 August 1999 with its path of totality passing over central
Europe in the latitude range 40°–50° N. The ionospheric responses to this eclipse were …

We investigate the ionospheric response to the 21 June 2020 annular solar eclipse using
the multiinstrument observations including ionosondes, Global Navigation Satellite System …

The present work investigates ionospheric effects of the 21 August 2017 total solar eclipse,
particularly targeting eclipse‐generated gravity waves in the ionosphere. Ionospheric total …

The effects of physical events on the ionosphere structure is an important field of study,
especially for navigation and radio communication. The paper presents the spatio-temporal …

In this study, we statistically analyze the latitudinal dependence of F2‐layer peak electron
densities (NmF2) and total electron content (TEC) responses to solar eclipses by using the …

Previous studies have been devoted to examining the ionosphere and thermosphere
response during the solar eclipse, but the posteclipse response of the global ionosphere …

The longest total solar eclipse of this century occurred in East and South Asia on 22 July
2009. The eclipse was accompanied with a medium magnetic storm, whose main phase …

A solar eclipse is a spectacular phenomenon resulting from a Sun‐Moon alignment as
viewed from the Earth. Eclipses have a great influence on the state of the ionosphere and …