Detecting various anomalies using optical satellite data prior to strong earthquakes is key to
understanding and forecasting earthquake activities because of its recognition of thermal …

Earthquakes are one of the most serious types of natural disaster in the world. Intensive
research and operative efforts have been focused on earthquake prediction, but the …

The paper examines the possible relationship of anomalous variations of different
atmospheric and ionospheric parameters observed around the time of a strong earthquake …

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

We focus on the possible thermal channel of the well-known Lithosphere–Atmosphere–
Ionosphere Coupling (LAIC) mechanism to identify the behavior of thermal anomalies during …

Multi-satellite sensor and ground observation data were analysed soon after the Wenchuan
Earthquake of magnitude 7.9 (according to the USGS) or 8.0 (according to Xinhua, the …

The paper presents an analysis by using the methods of Eddy field calculation mean and
wavelet maxima to detect seismic anomalies within the outgoing longwave radiation (OLR) …

Surface Latent Heat Flux (SLHF) is an atmospheric parameter proportional to the
evaporation from the Earth's surface. SLHF has been found to exhibit an anomalous …

The earthquake precursors' anomalies at diverse elevation ranges over the seismogenic
region and prior to the seismic events are perceived using Satellite Remote Sensing (SRS) …

We processed MODIS data received from ground receiving stations into the spatial range of
the Qinghai-Tibetan Plateau (China) and the eastern margin of the plateau, and then 283 K …