This study investigates the ionospheric total electron content (TEC) responses in the 2‐D
spatial domain and electron density variations in the 3‐D spatial domain during the annular …

It is commonly believed that solar eclipses have a great impact on the ionosphere‐
thermosphere (I‐T) system within the eclipse shadow, but little attention has been paid to the …

This paper investigates ionospheric response characteristics from multiple perspectives
based on globally distributed GNSS data and products, ionosonde data, FORMOSAT …

This paper studies the ionospheric response to a low-latitude annular solar eclipse event on
21 June 2020 at both eclipse and conjugate regions using a dense network of Global …

This study presents ionospheric responses of the mid and low-latitude region in the Europe-
African longitude sector (along 30°±10° E) to the intense geomagnetic storm of 23–31 …

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 …

We report new findings of total electron content (TEC) perturbations in the southern
hemisphere at conjugate locations to the northern eclipse on August 21, 2017. We identified …

We report the investigation of the ionospheric response to the passage of an annular solar
eclipse over Southeast Asia on 26 December 2019 using multiple sets of observations. Two …

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 …

This paper studies the three-dimensional (3-D) ionospheric electron density variation over
the continental US and adjacent regions during the August 2017 Great American Solar …