<p>Study section names for each acronym are available in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0104244#pone.0104244.s002" target="_blank">Appendix S2</a>. Edge width corresponds to rank – the thickest edges represent rank = 1, etc. Edges between study sections in the same IRG are colored with the IRG color. Edges between study sections in different IRGs are colored black. Dashed lines indicate where the smaller components connect to the main component, but with lower ranked links.</p
Blue/ purple = supervisor(s); Green = coauthored between the two supervisors; Red = researcher co-au...
<p>The density for each network. Colors represent different sections of students. Females are repre...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...
<p>Edges between SRGs within the same IRG are colored with the IRG color. Edges between study sectio...
<p>Left: Consensus study section network with higher order labels, which were created manually based...
<p>Black nodes are the constant nodes, blue are the First-order grouped nodes and grey are the Secon...
<p>Link thickness is proportional to the number of jointly authored papers. Node area is proportiona...
<p>Colours encode sample sizes: blue for individuals, red for and green for . Line style and symbo...
<p>(a) Histogram of correlation coefficients (i.e. edge weights) for each group. (b) Schematic diagr...
Each researcher (co-author) is depicted as a node whose size refers to the eigencentrality score and...
<p><b> of connections that showed significant difference between groups (by frequency band).</b> Edg...
<p>Network of articles, the thickness of the lines represents the weight of the study calculated fro...
<p>Red lines indicate the subgroup had higher connection values than the average of the other subgro...
<p>The charts represent the number of true positive edges for each reconstructed network (black colu...
<p>Inset: the same distribution in lin-log scale. Right: distribution of edge weights in the contact...
Blue/ purple = supervisor(s); Green = coauthored between the two supervisors; Red = researcher co-au...
<p>The density for each network. Colors represent different sections of students. Females are repre...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...
<p>Edges between SRGs within the same IRG are colored with the IRG color. Edges between study sectio...
<p>Left: Consensus study section network with higher order labels, which were created manually based...
<p>Black nodes are the constant nodes, blue are the First-order grouped nodes and grey are the Secon...
<p>Link thickness is proportional to the number of jointly authored papers. Node area is proportiona...
<p>Colours encode sample sizes: blue for individuals, red for and green for . Line style and symbo...
<p>(a) Histogram of correlation coefficients (i.e. edge weights) for each group. (b) Schematic diagr...
Each researcher (co-author) is depicted as a node whose size refers to the eigencentrality score and...
<p><b> of connections that showed significant difference between groups (by frequency band).</b> Edg...
<p>Network of articles, the thickness of the lines represents the weight of the study calculated fro...
<p>Red lines indicate the subgroup had higher connection values than the average of the other subgro...
<p>The charts represent the number of true positive edges for each reconstructed network (black colu...
<p>Inset: the same distribution in lin-log scale. Right: distribution of edge weights in the contact...
Blue/ purple = supervisor(s); Green = coauthored between the two supervisors; Red = researcher co-au...
<p>The density for each network. Colors represent different sections of students. Females are repre...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...