The degree to which abundances are divided equitably among community species or evenness is a basic property of any biological community. Several evenness indices have been proposed to summarize community structure. However, despite their potential applicability in ecological research, none seems to be generally preferred. In this paper we show that, unlike other evenness indices without any clear information-theoretical meaning, Hill's parametric diversity measure E-alpha,E-0 has an immediate relation to Renyi's generalized information. Therefore, E-alpha,E-0 might be adequate for summarizing community structure within the context of a general theoretical framework of diversity analysis based on information theory
Growing concern about the fate of biodiversity, highlighted by the Convention on Biological Diversit...
In this paper, I propose a new evenness-based method for calculating plot-to-plot (dis)similarity co...
<p>Species diversity is represented on a local scale (for all samples) at a 99% similarity level (pa...
Species relative abundance or community evenness is a basic component of any biodiversity measure. S...
The degree to which abundances are divided equitably among community species or evenness is a basic ...
Entropy-related biodiversity indices deriving their conceptual basis from Shannon's information theo...
Intuitively, biological diversity would apparently seem the most unambiguous and easily studied of e...
An enormous number of measures based on different criteria have been proposed to quantify evenness o...
A desirable property of a diversity index is strict concavity. This implies that the pooled diversit...
Traditional diversity measures such as the Shannon entropy are generally computed from the species' ...
The degree to which abundances are evenly divided among the species of a given community is a basic ...
A measure of beta-diversity based on the distribution of Kullback's information-theoretical divergen...
Several evenness measures have been proposed for quantifying the distribution of abundance among com...
The diversity of a species assemblage has been studied extensively for many decades in relation to i...
Many indices have been proposed for measuring species evenness in ecological communities, but there ...
Growing concern about the fate of biodiversity, highlighted by the Convention on Biological Diversit...
In this paper, I propose a new evenness-based method for calculating plot-to-plot (dis)similarity co...
<p>Species diversity is represented on a local scale (for all samples) at a 99% similarity level (pa...
Species relative abundance or community evenness is a basic component of any biodiversity measure. S...
The degree to which abundances are divided equitably among community species or evenness is a basic ...
Entropy-related biodiversity indices deriving their conceptual basis from Shannon's information theo...
Intuitively, biological diversity would apparently seem the most unambiguous and easily studied of e...
An enormous number of measures based on different criteria have been proposed to quantify evenness o...
A desirable property of a diversity index is strict concavity. This implies that the pooled diversit...
Traditional diversity measures such as the Shannon entropy are generally computed from the species' ...
The degree to which abundances are evenly divided among the species of a given community is a basic ...
A measure of beta-diversity based on the distribution of Kullback's information-theoretical divergen...
Several evenness measures have been proposed for quantifying the distribution of abundance among com...
The diversity of a species assemblage has been studied extensively for many decades in relation to i...
Many indices have been proposed for measuring species evenness in ecological communities, but there ...
Growing concern about the fate of biodiversity, highlighted by the Convention on Biological Diversit...
In this paper, I propose a new evenness-based method for calculating plot-to-plot (dis)similarity co...
<p>Species diversity is represented on a local scale (for all samples) at a 99% similarity level (pa...