A measure of multidimensional niche overlap based on species scores from canonical correspondence analysis is presented. This measure, N, is the amount of overlap using species scores as approximate weighted averages with respect to multidimensional niche breadth for the community given by N = O - [(ui - uj)' V(inverse) (ui - uj) g |V|]. Multidimensional niche overlap was calculated for a representative periphytic community from northern Lake Huron. Classification of species interaction or species similarities was accomplished using cluster analysis of the multidimensional niche overlap values. Two major groups of taxa showing similarities were eveident based on niche influence. This influence produced a gradation of species found in c...
<p>Analyses of niche overlap, equivalency and similarity of climatic niches based on the distributio...
Binary presence-absence matrices (rows = species, columns = sites) are often used to quantify patter...
<p>This is Chapter 5 of my PhD thesis, completed at the University of Toronto. I intend to use some ...
The niche overlap in 16 species pools where the non-zero consumption matrix elements were sampled fr...
If interspecific competition is a strong structuring force of communities, ecologically similar spec...
To investigate possible competition between D. ordii and P. flavescens at Salt Valley, we calculated...
Canonical correspondence analysis (CCA) is a multivariate method to elucidate the relationships betw...
1. Aim - Concerns over how global change will influence species distributions, in conjunction with i...
The top panels in (A) and (B) show the consumption matrices for species in each species pool. In (A)...
The niche overlap in the 16 species pools shown in Fig 2. Niche overlap was quantified by the averag...
Discriminant functions have been used to identify axes of niche separation, and dispersion of locati...
Being snapshots in time, species ranges may fall short of representing all of the geographic or envi...
Explaining the mechanisms driving niche partitioning among species is of great importance in ecology...
Understanding how species sort themselves into communities is essential to explain the mechanisms th...
An axiomatic basis for the construction of measures of niche overlap is analysed, and its implicatio...
<p>Analyses of niche overlap, equivalency and similarity of climatic niches based on the distributio...
Binary presence-absence matrices (rows = species, columns = sites) are often used to quantify patter...
<p>This is Chapter 5 of my PhD thesis, completed at the University of Toronto. I intend to use some ...
The niche overlap in 16 species pools where the non-zero consumption matrix elements were sampled fr...
If interspecific competition is a strong structuring force of communities, ecologically similar spec...
To investigate possible competition between D. ordii and P. flavescens at Salt Valley, we calculated...
Canonical correspondence analysis (CCA) is a multivariate method to elucidate the relationships betw...
1. Aim - Concerns over how global change will influence species distributions, in conjunction with i...
The top panels in (A) and (B) show the consumption matrices for species in each species pool. In (A)...
The niche overlap in the 16 species pools shown in Fig 2. Niche overlap was quantified by the averag...
Discriminant functions have been used to identify axes of niche separation, and dispersion of locati...
Being snapshots in time, species ranges may fall short of representing all of the geographic or envi...
Explaining the mechanisms driving niche partitioning among species is of great importance in ecology...
Understanding how species sort themselves into communities is essential to explain the mechanisms th...
An axiomatic basis for the construction of measures of niche overlap is analysed, and its implicatio...
<p>Analyses of niche overlap, equivalency and similarity of climatic niches based on the distributio...
Binary presence-absence matrices (rows = species, columns = sites) are often used to quantify patter...
<p>This is Chapter 5 of my PhD thesis, completed at the University of Toronto. I intend to use some ...