<p>Plots show a) the relationship of environmental and geographical distance, b) isolation-by-distance (IBD), c) isolation-by-environment (IBE), and d) multiple regression for the effects of geographical (ß<sub>Distance</sub> = 0.05) and environmental (ß<sub>Environment</sub> = 0.95) distances on genetic distance.</p
<p>r = coefficient of correlation, <i>P</i> = <i>P</i>-values (significant values in bold).</p
<p>Relationship between pairwise genetic differentiation (<i>G</i><sub><i>ST</i></sub>) and linear g...
Genetic, geographic, and resistance distances used in multiple regression on distance matrices analy...
<p>Scatterplots show patterns of isolation-by-distance (A), isolation-by-ecology (B) and the absence...
<p>Multiple matrix regression (MMRR) coefficients (b) and Partial Mantel (PM) correlation (r) betwee...
Understanding the effects of landscape heterogeneity on spatial genetic variation is a primary goal ...
<p>Candidate models tested were based on a priori hypotheses. For clarity, only models with relative...
<p>Analyses used a reduced major axis regression (r<sup>2</sup> = 0.006, intercept = −0.041±0.008, ...
Genetic, geographic, and resistance distances used in multiple regression on distance matrices
I explore the use of multiple regression on distance matrices (MRM), an extension of partial Mantel ...
<p>Genetic distance was plotted as a function of geographic distance for: a) all sites sampled durin...
Solid lines show the predicted pattern of isolation by distance from a linear mixed-effects model wi...
<p>Plots of Mantel’s test showing the relationships between A) the geographical and genetic distance...
<p>Linear regression of the relationship of genetic distance to geographic distance by species. The ...
<p>Genetic isolation-by-distance analysis by regression of genetic differentiation (<i>FST</i>) vs. ...
<p>r = coefficient of correlation, <i>P</i> = <i>P</i>-values (significant values in bold).</p
<p>Relationship between pairwise genetic differentiation (<i>G</i><sub><i>ST</i></sub>) and linear g...
Genetic, geographic, and resistance distances used in multiple regression on distance matrices analy...
<p>Scatterplots show patterns of isolation-by-distance (A), isolation-by-ecology (B) and the absence...
<p>Multiple matrix regression (MMRR) coefficients (b) and Partial Mantel (PM) correlation (r) betwee...
Understanding the effects of landscape heterogeneity on spatial genetic variation is a primary goal ...
<p>Candidate models tested were based on a priori hypotheses. For clarity, only models with relative...
<p>Analyses used a reduced major axis regression (r<sup>2</sup> = 0.006, intercept = −0.041±0.008, ...
Genetic, geographic, and resistance distances used in multiple regression on distance matrices
I explore the use of multiple regression on distance matrices (MRM), an extension of partial Mantel ...
<p>Genetic distance was plotted as a function of geographic distance for: a) all sites sampled durin...
Solid lines show the predicted pattern of isolation by distance from a linear mixed-effects model wi...
<p>Plots of Mantel’s test showing the relationships between A) the geographical and genetic distance...
<p>Linear regression of the relationship of genetic distance to geographic distance by species. The ...
<p>Genetic isolation-by-distance analysis by regression of genetic differentiation (<i>FST</i>) vs. ...
<p>r = coefficient of correlation, <i>P</i> = <i>P</i>-values (significant values in bold).</p
<p>Relationship between pairwise genetic differentiation (<i>G</i><sub><i>ST</i></sub>) and linear g...
Genetic, geographic, and resistance distances used in multiple regression on distance matrices analy...