The degree to which abundances are evenly divided among the species of a given community is a basic property of any biological community. Several evenness indices have thus far been proposed in ecological literature. However, despite their vast potential applicability in ecological research, none seems to be generally preferred. In this paper, I first summarize the basic requirements that evenness measures should meet to adequately behave in ecological studies. Then, I discuss the major drawbacks of these requirements and propose an alternative family of measures that are based on the notion of specificity used in fuzzy set theory for measuring the uncertainty associated with a fuzzy set
Understanding the effects of biodiversity on community persistence and productivity is key tomanagi...
Functional diversity has recently become a key challenge in community ecology due to its major impor...
Abstract—One of the main objectives of ecology is to analyze, maintain, and enhance the bio-diversit...
The degree to which abundances are divided equitably among community species or evenness is a basic ...
Many indices have been proposed for measuring species evenness in ecological communities, but there ...
Species relative abundance or community evenness is a basic component of any biodiversity measure. S...
An enormous number of measures based on different criteria have been proposed to quantify evenness o...
Several evenness measures have been proposed for quantifying the distribution of abundance among com...
The degree to which abundances are divided equitably among community species or evenness is a basic ...
In the context of group decision making with fuzzy preferences, consensus measures are employed to p...
In this paper, I propose a new evenness-based method for calculating plot-to-plot (dis)similarity co...
Growing concern about the fate of biodiversity, highlighted by the Convention on Biological Diversit...
Evenness is generally regarded as the constituent of species diversity which is independent of speci...
While evenness is understood to be maximal if all types (species, genotypes, alleles, etc.) are repr...
A fractal-based, scale invariant measure of 'community evenness' is proposed. The method begins by c...
Understanding the effects of biodiversity on community persistence and productivity is key tomanagi...
Functional diversity has recently become a key challenge in community ecology due to its major impor...
Abstract—One of the main objectives of ecology is to analyze, maintain, and enhance the bio-diversit...
The degree to which abundances are divided equitably among community species or evenness is a basic ...
Many indices have been proposed for measuring species evenness in ecological communities, but there ...
Species relative abundance or community evenness is a basic component of any biodiversity measure. S...
An enormous number of measures based on different criteria have been proposed to quantify evenness o...
Several evenness measures have been proposed for quantifying the distribution of abundance among com...
The degree to which abundances are divided equitably among community species or evenness is a basic ...
In the context of group decision making with fuzzy preferences, consensus measures are employed to p...
In this paper, I propose a new evenness-based method for calculating plot-to-plot (dis)similarity co...
Growing concern about the fate of biodiversity, highlighted by the Convention on Biological Diversit...
Evenness is generally regarded as the constituent of species diversity which is independent of speci...
While evenness is understood to be maximal if all types (species, genotypes, alleles, etc.) are repr...
A fractal-based, scale invariant measure of 'community evenness' is proposed. The method begins by c...
Understanding the effects of biodiversity on community persistence and productivity is key tomanagi...
Functional diversity has recently become a key challenge in community ecology due to its major impor...
Abstract—One of the main objectives of ecology is to analyze, maintain, and enhance the bio-diversit...