Geophysical data sets derived from satellite sensors, ground/airborne instrumentation, and
computational models are often compared against each other. A common example is the …

Testing the homogeneity in extreme rainfall data series is an important step to be performed
before applying the frequency analysis method to obtain quantile values. In this work, six …

Recent findings on the nature of magnetic field fluctuations in the high‐latitude ionospheric
regions have suggested the existence of scaling features, which are the signature of the …

Based on the round‐trip intelligent sounding system, the structure function and spectrum
analysis method were carried out to analyze the scale interactions between the small‐scale …

Understanding of the spatio-temporal behaviour of nonlinear geophysical signals, such as
ionospheric total electron content (TEC) by multifractal analysis brings out the chaotic and …

Some physical processes due to Sun‐Earth interaction can influence the configuration and
the dynamics of the high‐latitude ionospheric plasma, particularly during geomagnetically …

In this letter we aim to describe the seismic activity of the Rigan earthquake 2010, using the
virtual seismometer (ViS) technique. By defining avalanche-type dynamics on top of the ViS …

This article begins with a review of the scale decomposition and stochastic noise generation
aspects of the ensemble nowcasting process, as used in the Short Term Ensemble …

This paper presents sound innovations in the processes for geographical data collection
and data evaluation for multiscale analysis of terrain altitude. Data sets were collected along …

Metallogenic element distributions generally present highly irregular spatial patterns and
scale-dependent variations. In the present study, the multifractal detrending moving average …