The study delves into the relationship between ionospheric total electron content (TEC)
anomalies and seismic activity, with a focus on Morocco's 6.8 Mw earthquake on 8 …

Electromagnetic phenomena are sometimes associated with seismic events, but earthquake
prediction using seismic electric signals (SES) has not been seriously considered since the …

This study examines ionospheric total electron content (TEC) perturbations from six
International Global Navigation Satellite System stations (GNSS) including GUAT …

Abstract Total Electron Content (TEC) derived from satellite-based measurements has been
widely used for the detection of ionospheric perturbations associated with earthquakes. In …

There are growing observational evidences that various geophysical anomalies precede
large earthquakes. However, the reliability of these anomalies for earthquake forecasting is …

The earthquake (EQ) precursors from satellites data portray an image of the energy
propagation from the lithosphere to atmosphere and then to the ionosphere. Previous …

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 …

With the rapid development of global navigation satellite systems (GNSS) and their
increasingly wide range of applications in atmospheric science, total electron content (TEC) …

The present article shows the satellite-based TEC data analysis for 6 earthquakes (M≥ 6.0)
from specific parts of the earth that occurred in 2021 during the low solar radiation period. In …

In this study, a TEC variation window value was selected based on the wavelet power
spectrum method to analyze the seismic–ionospheric coupling relationship. In the full-time …