This study aims to investigate the behaviors of the potential earthquake precursors such as
Total Electron Content (TEC), daytime/nighttime Land Surface Temperature (LST) and …

Satellite thermal infrared remote sensing has received worldwide attention in earthquake-
precursors exploration. Meanwhile, it has also encountered great controversy due to the lack …

The seismotectonically induced changes in groundwater radon (Rn) are considered to be
strong imputes for the surveillance of imminent major earthquakes. Groundwater facilitates …

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

Passive microwave remote sensing technology is an effective means to identify the thermal
anomalies associated with earthquakes due to its penetrating capability through clouds …

There have been a rapid advancement in earthquake (EQ) anomalies in the atmosphere
and ionosphere from the Global Navigation Satellite System (GNSS), Detection of Electro …

The recent advances in satellite based ionosphere monitoring provided more evidence
about earthquake (EQ) precursors from lithosphere ionosphere coupling mechanism. In this …

Thermal anomalies related to large earthquakes are frequently reported, but focus on the
inconsistencies and uncertainties in the uncovered results caused by the diverse method …

The overall seismicity of Pakistan from 1820 to 2020 is analysed in terms of its multifractal
behaviour. Seismic events of magnitude ML= 3.0 and above are spatially clustered into four …

The temporal variability of soil radon concentration of tectonically active origin is considered
a potential earthquake precursor. However, the reliable identification of radon anomilies …