As a result of taxonomic uncertainty, generic and higher taxonomic ranks (family, order, class or phylum) are often treated as units in calculating diversity indices, instead of species. In this paper, the errors introduced by such practices are examined for various diversity indices (Shannon-Wiener Index, Maximum Information Index, Evenness, Margalef's Species Richness Index and Hurlbert's Probability of Interspecific Encounter). The use of higher taxonomic ranks may invalidate comparison of diversity indices. In a single study, substantial error and erroneous conclusion may arise, even if consistent practices are adopted.link_to_subscribed_fulltex
Understanding the evolutionary history of species is at the core of molecular evolution and is done ...
Beta diversity measures the variability in species composition, and Whittaker's index has become the...
It is common to find that authors use more than one diversity measure in published research without ...
Diversity indices, particularly the Shannon-Wiener index, have extensively been used in analyzing pa...
For biological community data (species-by-sample abundance matrices), Warwick & Clarke (1995) define...
Taxonomic resolution or uncertainty poses an important problem in biodiversity research. Assessment ...
Species numbers are increasing rapidly. This is due mostly to taxonomic inflation, where known subsp...
Species lists change for a variety of reasons, including new information and preferences for differe...
Biological nomenclature is the entry point to a wealth of information related to or associated with ...
<p>Error bars were constructed with one standard deviation of the means. PD refers to phylogenetic d...
The use of diversity indices is a common practice in studies of community ecology. Historically, the...
Morris EK, Caruso T, Buscot F, et al. Choosing and using diversity indices: insights for ecological ...
Question: The utility of beta (\u3b2-) diversity measures that incorporate information about the deg...
Phylogenetic diversity indices such as the Fair Proportion (FP) index are frequently discussed as pr...
Abstract Traditional measures of biodiversity, such as species richness, usually treat species as be...
Understanding the evolutionary history of species is at the core of molecular evolution and is done ...
Beta diversity measures the variability in species composition, and Whittaker's index has become the...
It is common to find that authors use more than one diversity measure in published research without ...
Diversity indices, particularly the Shannon-Wiener index, have extensively been used in analyzing pa...
For biological community data (species-by-sample abundance matrices), Warwick & Clarke (1995) define...
Taxonomic resolution or uncertainty poses an important problem in biodiversity research. Assessment ...
Species numbers are increasing rapidly. This is due mostly to taxonomic inflation, where known subsp...
Species lists change for a variety of reasons, including new information and preferences for differe...
Biological nomenclature is the entry point to a wealth of information related to or associated with ...
<p>Error bars were constructed with one standard deviation of the means. PD refers to phylogenetic d...
The use of diversity indices is a common practice in studies of community ecology. Historically, the...
Morris EK, Caruso T, Buscot F, et al. Choosing and using diversity indices: insights for ecological ...
Question: The utility of beta (\u3b2-) diversity measures that incorporate information about the deg...
Phylogenetic diversity indices such as the Fair Proportion (FP) index are frequently discussed as pr...
Abstract Traditional measures of biodiversity, such as species richness, usually treat species as be...
Understanding the evolutionary history of species is at the core of molecular evolution and is done ...
Beta diversity measures the variability in species composition, and Whittaker's index has become the...
It is common to find that authors use more than one diversity measure in published research without ...