We present a fractality study performed in southern Norway (3°− 12° E, 57°− 64° N) using
12,892 low-magnitude intraplate seismic events. The earthquakes were recorded by the …

The solar wind, a continuous flow of plasma from the sun, not only shapes the near Earth
space environment but also serves as a natural laboratory to study plasma turbulence in …

One of the fundamental open questions in plasma physics is the role of non-thermal
particles distributions in poorly collisional plasma environments, a system that is commonly …

In this work, a multifractal framework is proposed to investigate the effects of current sheets
in solar wind turbulence. By using multifractal detrended fluctuation analysis coupled with …

At the end of 2020 September, the Parker Solar Probe (PSP) and BepiColombo were
radially aligned: PSP was orbiting near 0.17 au and BepiColombo near 0.6 au. This …

Turbulent fluctuations are omnipresent in the terrestrial magnetosphere as well as in other
planetary plasma systems. While the topic is broad and was largely treated in the past (see …

We analyse the fractal nature of geomagnetic field northward and eastward horizontal
components with 1 min resolution measured by the four stations Belsk, Hel, Sodankylä and …

Building upon the research legacies of Peter Gary and Richard Thorne, this perspective
discusses a plasma-system picture wherein multiple ion and electron populations interact …

Multifractal theory provides an effective method for the scientific quantification of the river
network features. This method has been applied to estimate river network structure in …

Hyperspectral images provide complex information about the Earth's surface due to their
very high spectral resolution (hundreds of spectral bands per pixel). Effective processing of …