We present the variation of unusual atmospheric phenomena, aerosols, to understand the
preseismic irregularities for two major earthquakes in Japan. We consider aerosol optical …

The study presents seismogenic ULF (ultra-low-frequency) wave effects, as observed at our
own new magnetic observatory at Asahi (geographic coordinates: 35.770° N, 140.695° E) in …

Lower ionospheric perturbation during earthquake activity is well recognized by the
anomalous behavior of Very Low or Low Frequency (VLF/LF) radio signal. In this study, we …

We present the atmospheric anomalies instigated through seismogenic sources by a
multichannel observation using ground‐and satellite‐based systems. This study …

Recent research shows reductions in the VLF signal noise amplitude that begin before
particular earthquakes whose epicentres are more than 100 km away from the signal …

The details of the earthquake preparation phase are still an open scientific debate. Eventual
lithosphere-atmosphere-ionosphere coupling effects before and during the Mw= 7.7 …

It is well established that pre-and co-seismic irregularities in the earth's atmosphere highly
depend on a set of parameters. According to the Lithosphere-Atmosphere-Ionosphere …

The physical destruction and fatalities caused by earthquake events has compelled
scientists to develop a method for predicting Earthquakes. It is almost impossible to detect …

The present paper implements new approaches introduced in regard to pre-earthquake geo-
chemical activity that results in lithosphere-atmosphere–ionosphere coupling (LAIC) …

This article presents a comprehensive multi-track analysis aimed at investigating time-
dependent magnetic anomaly variations in Turkey and Greece resulting from five M≥ 6 …