Time series of remote sensing imagery or derived vegetation indices and biophysical
products have been shown particularly useful to characterize land ecosystem dynamics …

Trends within a hydrologic time series can significantly influence the scaling results of
fluctuation analysis, such as rescaled range (RS) analysis and (multifractal) detrended …

We survey research on radiation propagation or ballistic particle motion through media with
randomly variable material density, and we investigate the topic with an emphasis on very …

Multifractal detrended fluctuation analysis (MF-DFA) is a relatively new method of multifractal
analysis. It is extended from detrended fluctuation analysis (DFA), which was developed for …

We studied and compared the autocorrelation behaviour and the temporal multifractal
properties of long daily river discharge and precipitation records from 42 hydrological …

This study investigates the roughness of water-worked gravel surfaces using stable gravel-
beds armoured in flume and field experiments. As an alternative to traditional approaches …

Means, standard deviations, homogeneity parameters used in models based on their ratio,
and the probability distribution functions (PDFs) of cloud properties from the MODerate …

We investigate the use of distribution functions to characterise the geophysical signals and
noise components embedded in the geodetic Very Long Baseline Interferometry (VLBI) data …

Scaling analysis based on structure function ζ (q) computed using wavelet analysis and
spectrum D (h) is used to study possible connection of ionospheric system with the solar and …

Sea Klatter is the rader reflection from water surface which can be detected by pulsating
rader and it is a very complex part of radar klatter modeling. Many approaches for fitting …