<p>Spatial point patterns representing 6 possible vegetation distributions (from left to right and from top to bottom): Random, semi-regular, aggregated, random with a density trend, semi-regular with a density trend and aggregated with a density trend.</p
The spatial structure of a forest stand is an important signature of forest dynamics. The local envi...
Spatial point-pattern analysis can give insights to the underlying processes of patch succession and...
The analysis of the consequences of land use (in particular forest use) may be considered as a parti...
We describe a range of methods for the description and analysis of spatial point patterns in plant e...
Spatial point patterns in plant ecology are generally defined in two-dimensional space, where each p...
Spatial heterogeneity is a characteristic of most natural ecosystems which is difficult to handle an...
<p>Solid black lines show the statistic for the actual patterns, where <i>r</i> is the intertree di...
Abstract Background Ecological processes such as seedling establishment, biotic interactions, and mo...
Horizontal spatial pattern is one of the most conspicuous features of plant communities. Most air ph...
Nonuniform spatial distributions of vegetation in scarce environments consist of either gaps, bands ...
The spatial patterns of the most abundant tree species on the Paracou experimental plots were all ch...
Ecologists increasingly use spatial statistics to study vegetation patterns. Mostly, however, these ...
Understanding the ecological processes underlying the spatial distribution of trees is enabled by si...
Summary: 1. This article reviews the application of some summary statistics from current theory o...
<p>The horizontal axis represents the reproductive strategy (<i>P</i>) of an individual plant (0: se...
The spatial structure of a forest stand is an important signature of forest dynamics. The local envi...
Spatial point-pattern analysis can give insights to the underlying processes of patch succession and...
The analysis of the consequences of land use (in particular forest use) may be considered as a parti...
We describe a range of methods for the description and analysis of spatial point patterns in plant e...
Spatial point patterns in plant ecology are generally defined in two-dimensional space, where each p...
Spatial heterogeneity is a characteristic of most natural ecosystems which is difficult to handle an...
<p>Solid black lines show the statistic for the actual patterns, where <i>r</i> is the intertree di...
Abstract Background Ecological processes such as seedling establishment, biotic interactions, and mo...
Horizontal spatial pattern is one of the most conspicuous features of plant communities. Most air ph...
Nonuniform spatial distributions of vegetation in scarce environments consist of either gaps, bands ...
The spatial patterns of the most abundant tree species on the Paracou experimental plots were all ch...
Ecologists increasingly use spatial statistics to study vegetation patterns. Mostly, however, these ...
Understanding the ecological processes underlying the spatial distribution of trees is enabled by si...
Summary: 1. This article reviews the application of some summary statistics from current theory o...
<p>The horizontal axis represents the reproductive strategy (<i>P</i>) of an individual plant (0: se...
The spatial structure of a forest stand is an important signature of forest dynamics. The local envi...
Spatial point-pattern analysis can give insights to the underlying processes of patch succession and...
The analysis of the consequences of land use (in particular forest use) may be considered as a parti...
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