Multiple-site dissimilarity may be caused by two opposite processes of meta-community organization, such as species nestedness and turnover. Therefore, discriminating among these contributions is necessary for linking multiple-site dissimilarity to ecosystem functioning. This paper introduces a measure of multiple-site dissimilarity or beta diversity for presence/absence data that is based on information on species absences from the species × sites matrix. It is also shown that the newly proposed dissimilarity index can be additively partitioned into species nestedness and turnover
International audienceEcological studies have now gone beyond measures of species turnover towards m...
Aims: Quantifying β‐diversity (differences in the composition of communities) is central to many eco...
Copyright © 2012 Th e Authors. Oikos © 2012 Nordic Society Oikos.Beta diversity and nestedness are c...
Ecological studies may produce presence-absence data sets for different taxonomic groups, with varyi...
Beta diversity, species replacement and nestedness are often examined through pairwise comparisons o...
We describe a procedure for evaluating the relative importance of beta diversity, nestedness, and si...
Community structure as summarized by presence⁻absence data is often evaluated via diversity me...
Whittaker first proposed to measure the variation in species composition among plots or -diversity a...
Community ecologists usually consider the Euclidean distance inappropriate to explore the multivaria...
The number of studies investigating the nestedness and turnover components of beta diversity has inc...
An important goal of community ecology is the assessment of factors that are likely to influence the...
1. Plot-level redundancy or alpha redundancy is usually defined as the fraction of species diversity...
Understanding how habitat structures species assemblages in a community is one of the main goals of ...
Community structure as summarized by presence–absence data is often evaluated via diversity measures...
Aims Quantifying β‐diversity (differences in the composition of communities) is central to many ecol...
International audienceEcological studies have now gone beyond measures of species turnover towards m...
Aims: Quantifying β‐diversity (differences in the composition of communities) is central to many eco...
Copyright © 2012 Th e Authors. Oikos © 2012 Nordic Society Oikos.Beta diversity and nestedness are c...
Ecological studies may produce presence-absence data sets for different taxonomic groups, with varyi...
Beta diversity, species replacement and nestedness are often examined through pairwise comparisons o...
We describe a procedure for evaluating the relative importance of beta diversity, nestedness, and si...
Community structure as summarized by presence⁻absence data is often evaluated via diversity me...
Whittaker first proposed to measure the variation in species composition among plots or -diversity a...
Community ecologists usually consider the Euclidean distance inappropriate to explore the multivaria...
The number of studies investigating the nestedness and turnover components of beta diversity has inc...
An important goal of community ecology is the assessment of factors that are likely to influence the...
1. Plot-level redundancy or alpha redundancy is usually defined as the fraction of species diversity...
Understanding how habitat structures species assemblages in a community is one of the main goals of ...
Community structure as summarized by presence–absence data is often evaluated via diversity measures...
Aims Quantifying β‐diversity (differences in the composition of communities) is central to many ecol...
International audienceEcological studies have now gone beyond measures of species turnover towards m...
Aims: Quantifying β‐diversity (differences in the composition of communities) is central to many eco...
Copyright © 2012 Th e Authors. Oikos © 2012 Nordic Society Oikos.Beta diversity and nestedness are c...