The identification of atmospheric and ionospheric variations through multiple remote
sensing and global navigation satellite systems (GNSSs) has contributed substantially to the …

Abstract Global Navigation Satellite System (GNSS)–based Earthquake (EQ) anomalies in
the ionosphere and troposphere provide explicit evidences to study the coupling between …

Comprehensive analyses of seismic precursory characteristics may provide evidence for the
possible mechanisms of lithosphere‐atmosphere‐ionosphere coupling (LAIC). The …

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 purpose of the present study is to investigate simultaneously pre-earthquake
ionospheric and atmospheric disturbances by the application of different methodologies …

The satellite-based earth observations have become an appropriate instrumental approach
in monitoring the natural hazards among modern-day researchers. This study presents a …

In this study, we analyse Lithosphere Atmosphere Ionosphere Coupling (LAIC) effects to
identify some phenomena that could, possibly, be linked to the preparation phase of the …

Identifying atmospheric and ionospheric anomalies based on remote sensing satellites has
contributed highly to develop the hypothesis of lithosphere-atmosphere-ionosphere …

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 …