<p>Circles indicate real-world data (<i>N</i> = 37), the continuous black line indicates an empirical fit to real-world data, and the broken black line is the result of lognormal-neutral models. Colour lines indicate the fits to modelled data sets: narrow-range complementarity models are red, broad-range complementarity models are magenta, barrier models are blue, and mixed models are green. Dotted lines indicate one-trait models, broken lines indicate two-trait models, and continuous lines indicate four-trait models.</p
<p>The global network metrics (y-axis) from the bootstrapped data are displayed across fixed density...
<p>Distributions of network properties across observed data and null models from the second class of...
<p> Lines and simulation points from bottom: red: regular network, navy blue: small world with addit...
<p>Circles indicate real-world data (<i>N</i> = 37), the continuous black line indicates an empirica...
<p>Insets show the N* (average ± SE) of highly and lowly connected communities (i.e., those with pos...
<p>(a) Scattered data of the predicted global features for three data sets, using the regression coe...
<p>The y-axis represents the single dimensional axis assumed in the BPNM, scaling from 0 to 1. Light...
<p>This is a directed graph in which an arc connects a variable that appears as an input in a model ...
<p>The solid lines represent the statistics of the observed network, and the boxplots represent the ...
<p>(A) Averaged correlation matrices for JM, control sample and conditions. Bottom rows shows t-valu...
<p>On the right, the black-white matrix represents Wilcoxon <i>h</i> values for each pair of methods...
<p>Solid lines describe networks that are very inhomogeneous (<i>β</i> = 0.8), dashed lines describe...
<p>a) Weekday spatial network b) Weekend spatial network c) Communities from weekday spatial network...
<p>The solid lines represent the statistics of the observed network, and the boxplots represent the ...
<p>Colours encode sample sizes: blue for individuals, red for and green for . Line style and symbo...
<p>The global network metrics (y-axis) from the bootstrapped data are displayed across fixed density...
<p>Distributions of network properties across observed data and null models from the second class of...
<p> Lines and simulation points from bottom: red: regular network, navy blue: small world with addit...
<p>Circles indicate real-world data (<i>N</i> = 37), the continuous black line indicates an empirica...
<p>Insets show the N* (average ± SE) of highly and lowly connected communities (i.e., those with pos...
<p>(a) Scattered data of the predicted global features for three data sets, using the regression coe...
<p>The y-axis represents the single dimensional axis assumed in the BPNM, scaling from 0 to 1. Light...
<p>This is a directed graph in which an arc connects a variable that appears as an input in a model ...
<p>The solid lines represent the statistics of the observed network, and the boxplots represent the ...
<p>(A) Averaged correlation matrices for JM, control sample and conditions. Bottom rows shows t-valu...
<p>On the right, the black-white matrix represents Wilcoxon <i>h</i> values for each pair of methods...
<p>Solid lines describe networks that are very inhomogeneous (<i>β</i> = 0.8), dashed lines describe...
<p>a) Weekday spatial network b) Weekend spatial network c) Communities from weekday spatial network...
<p>The solid lines represent the statistics of the observed network, and the boxplots represent the ...
<p>Colours encode sample sizes: blue for individuals, red for and green for . Line style and symbo...
<p>The global network metrics (y-axis) from the bootstrapped data are displayed across fixed density...
<p>Distributions of network properties across observed data and null models from the second class of...
<p> Lines and simulation points from bottom: red: regular network, navy blue: small world with addit...