Remote sensing has became a powerful tool for identifying lithosphere and atmosphere
anomalies associated with the impending Earthquakes (EQs) in the vicinity of seismic …

The advancements in remote sensing (RS) satellite applications have revolutionized natural
disaster surveillance and prediction in the earthquake monitoring by delineating various …

Remote Sensing (RS) provides significant insights for the monitoring of natural disasters like
earthquakes for pre-and post-seismic precursors around the seismogenic regions. The …

The Earthquake (EQ) precursors through satellites data portray an image of the energy
propagation from lithosphere to atmosphere and then ionosphere. The lack in previous …

Recent advances on satellite-based measurement of different atmospheric constituents at
different heights provide sufficient evidences of short and long-term earthquake (EQ) …

Global Navigation Satellite System (GNSS)-and Remote Sensing (RS)-based Earth
observations have a significant approach on the monitoring of natural disasters. Since the …

The search for Earthquake (EQ) precursors in the ionosphere and atmosphere from satellite
data has provided significant information about the upcoming main shock. This study …

The remote sensing-based Earth satellites has become a beneficial instrument for the
monitoring of natural hazards. This study includes a multi-sensors analysis to estimate the …

The ionospheric monitoring satellites aid in correlating the lithospheric variation in
ionosphere through Lithosphere-Atmosphere-Ionosphere coupling (LAIC) over the epicenter …

The recent advances in satellite-based earthquakes (EQs) precursors provide an
opportunity to correlate the seismic variation on lithosphere with atmosphere during the EQ …