Starting from late seventies, many observations have been reported about observations in
space of signals reconciled with earthquakes and claimed as possible preseismic …

The study of the preparation phase of large earthquakes is essential to understand the
physical processes involved, and potentially useful also to develop a future reliable short …

Stresses building up during an earthquake preparation phase also manifest themselves in
the form of a so called increased land surface temperature (LST) leading to a thermal …

Loss of human lives as a result of earthquakes is caused overwhelmingly by the collapse of
buildings within less than a few minutes of main shocks. The most urgent countermeasure …

Earth observations from remotely sensed data have a substantial impact on natural hazard
surveillance, specifically for earthquakes. The rapid emergence of diverse earthquake …

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

Many different non-seismic pre-earthquake signals have been reported but there is great
uncertainty about their origin, their correlation to each other and to the impending seismic …

Thermal anomalies prior to large and hazardous earthquakes have been extensively
detected by thermal infrared and microwave remote sensing techniques. However, few of …

Most destructive earthquakes nucleate at between 5–7 km and about 35–40 km depth.
Before earthquakes, rocks are subjected to increasing stress. Not every stress increase …

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