The seismo-electromagnetic (EM) method is an important geophysical method that plays a
major role in the observation of seismic anomalies related to earthquake precursors. It is the …

Scientists investigating the coupling between the lithosphere, atmosphere, and ionosphere
(LAI) require multiple instruments installed on and near the Earth's surface and aboard …

The sudden eruption of the Tonga underwater volcano (20.53° S, 175.38° W) on 15 January
2022 generated explosions that triggered blast waves traveling away from the eruption. In …

The Changning area is located in the southern Sichuan basin and the western Yangtze
Plate and is the most abundant shale gas exploration area in China. In recent years …

Abstract nvestigations into causal mechanisms behind anomalous pre-earthquake
phenomena are considered a promising way of earthquake prediction. Numerous promising …

The purpose of the study is to research the prospects of joint use of signals caused by
standing waves of water bodies when studying the geophysical situation near hydroelectric …

The fundamental behaviours of rock magnetism (piezomagnetic characteristics) at the field
scale have not been confirmed because conventional experiments can be performed only in …

Stress changes due to earthquake rupture can disturb geomagnetic fields significantly. In
order to investigate the impact of the 2021 MW 7.3 Maduo earthquake on geomagnetic …

The magnetotelluric method has been used to fully study regional electrical conductivity
structures in different areas in mainland China; however, there is a lack of overall …

The geomagnetic field produces aeronomic phenomena according to the Earth's magnetic
latitude. In South America, we find two important phenomena: the South America Magnetic …