Understanding how patterns and processes relate across spatial scales is one of the major
goals in ecology. 1/f models have been applied mostly to time series of environmental and …

We analyzed the relationship between biodiversity and spatial biomass heterogeneity along
an ecological succession developed in the laboratory. Periphyton (attached microalgae) …

Our aim was to analyze the combined effect of grazing and light on composition, structure,
functional diversity (FD) and succession of algal communities in two headwater streams …

This manuscript tests the hypothesis that the 'edge effect'during microalgal colonization on
small substrata results in spatial heterogeneity and that the edge effect does not disappear …

Multifractals have been applied to characterize complex communities in a spatial context.
They were developed for nonlinear systems and are particularly suited to capture …

Species–area relationships (SAR) and species‐abundance distributions (SAD) are among
the most studied patterns in ecology, due to their application to both theoretical and …

Species–area relationship and species abundance distribution are two of the most studied
patterns in community ecology. Multifractal analysis, combining elements of analysis of both …

We study the local density of the Bose-Hubbard model in the presence of on-site disorder
near the Bose-glass transition using multifractal, typical medium, and percolation theories. At …

Complex spatial patterns are common in coastal marine systems, but mechanisms
underlying their formation are disputed. Most empirical work has focused on exogenous …

Abstract Background Attention-Deficit/Hyperactivity Disorder (ADHD) is a
neurodevelopmental condition characterized by executive function (EF) dynamics …