<p>Average of 1000 realizations for triangle and rhomboid models and for Zackenberg network. All with initial density of links . (Note that the density of links after the disruption is the number of existing links divided by the total number of possible links between the <i>extant</i> species.).</p
<p>(a,b) Black circles : proportion of active cells. Red diamonds : mean relative entropy rescaled ...
<p>The number of vertices (genes) and edges (interactions) in each network, the number of interactio...
<p>Different colors are used for visualization purposes. A) Connectance, B) Linkage density, C) Nest...
<p>Top: Probability density plots of existing links in assortative (left) and disassortative (right)...
<p>The lines show the behavior of three models ( triangle, rhomboid and random, averaged of 100 real...
<p><b>(a–d)</b> Relative frequencies of standard network measures: link weight , node flux , degree ...
<p>A) The number of nodes shared with the global network for each perturbed network is shown at vari...
<p>Here system size <i>N</i> = 100, and so 〈<i>N</i><sub><i>active</i></sub>〉 = <i>N</i> = 100 in th...
<p>Solid lines describe networks that are very inhomogeneous (<i>β</i> = 0.8), dashed lines describe...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
The red line represents the coefficient from the observed network properties. The observed value is ...
<p>Average values of network parameters (i.e. number of nodes <i>N</i>, number of edges <i>M</i>, cl...
<p>Panel A: Normalized mutual information (NMI) between the original network and the link-added netw...
<p>(A), (B), and (C) show the degree distributions, and (D), (E), (F) show the clustering coefficien...
<p>(A) Connection fraction of recurrent excitatory connections. (B) Time course of the weights of 10...
<p>(a,b) Black circles : proportion of active cells. Red diamonds : mean relative entropy rescaled ...
<p>The number of vertices (genes) and edges (interactions) in each network, the number of interactio...
<p>Different colors are used for visualization purposes. A) Connectance, B) Linkage density, C) Nest...
<p>Top: Probability density plots of existing links in assortative (left) and disassortative (right)...
<p>The lines show the behavior of three models ( triangle, rhomboid and random, averaged of 100 real...
<p><b>(a–d)</b> Relative frequencies of standard network measures: link weight , node flux , degree ...
<p>A) The number of nodes shared with the global network for each perturbed network is shown at vari...
<p>Here system size <i>N</i> = 100, and so 〈<i>N</i><sub><i>active</i></sub>〉 = <i>N</i> = 100 in th...
<p>Solid lines describe networks that are very inhomogeneous (<i>β</i> = 0.8), dashed lines describe...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
The red line represents the coefficient from the observed network properties. The observed value is ...
<p>Average values of network parameters (i.e. number of nodes <i>N</i>, number of edges <i>M</i>, cl...
<p>Panel A: Normalized mutual information (NMI) between the original network and the link-added netw...
<p>(A), (B), and (C) show the degree distributions, and (D), (E), (F) show the clustering coefficien...
<p>(A) Connection fraction of recurrent excitatory connections. (B) Time course of the weights of 10...
<p>(a,b) Black circles : proportion of active cells. Red diamonds : mean relative entropy rescaled ...
<p>The number of vertices (genes) and edges (interactions) in each network, the number of interactio...
<p>Different colors are used for visualization purposes. A) Connectance, B) Linkage density, C) Nest...
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