<p>Red nodes are the five scientists, blue are the 17 farmers. The figure was produced using Ucinet’s Netdraw application.</p
<p><i>N</i><sub><i>p</i></sub> = 500 for each network. Nodes were positioned using a spring layout, ...
<p>It contains 42 nodes and 354 edges. Two disciplines are connected if there is a paper in PNAS 199...
The colour of nodes represents core-periphery membership (nodes in red are core farmers and nodes in...
<p>Lines represent connections between network members, arrows reference direction(s) of connections...
<p>We adjust the scaling/ordination from which we select the nearest Euclidian method. <b>Note:</b> ...
<p>Bipartite graph illustrating the contributor and project network (4924 actors, 4661 developers, 2...
<p>The density for each network. Colors represent different sections of students. Females are repre...
<p>The size of each node represents the degree centrality. The marked nodes A-R are well-connected a...
<p>Node size represents the number of collaborators each network member has in the network (larger n...
<p>Both <b>A</b> and <b>B</b> represent the same network of 126 participants. Red circles in A indic...
<p>We show links between researchers (nodes) who were granted a scholarship and working in fields of...
Nodes represent genes, and node size is correlated with the degree of connectivity of the gene.</p
<p>Network composed of 1339 authors (or nodes). Nodes were resized according to degree of centrality...
<p>Color transition of the nodes is based on the degree (number of connections) of the nodes. Here n...
Each researcher (co-author) is depicted as a node whose size refers to the eigencentrality score and...
<p><i>N</i><sub><i>p</i></sub> = 500 for each network. Nodes were positioned using a spring layout, ...
<p>It contains 42 nodes and 354 edges. Two disciplines are connected if there is a paper in PNAS 199...
The colour of nodes represents core-periphery membership (nodes in red are core farmers and nodes in...
<p>Lines represent connections between network members, arrows reference direction(s) of connections...
<p>We adjust the scaling/ordination from which we select the nearest Euclidian method. <b>Note:</b> ...
<p>Bipartite graph illustrating the contributor and project network (4924 actors, 4661 developers, 2...
<p>The density for each network. Colors represent different sections of students. Females are repre...
<p>The size of each node represents the degree centrality. The marked nodes A-R are well-connected a...
<p>Node size represents the number of collaborators each network member has in the network (larger n...
<p>Both <b>A</b> and <b>B</b> represent the same network of 126 participants. Red circles in A indic...
<p>We show links between researchers (nodes) who were granted a scholarship and working in fields of...
Nodes represent genes, and node size is correlated with the degree of connectivity of the gene.</p
<p>Network composed of 1339 authors (or nodes). Nodes were resized according to degree of centrality...
<p>Color transition of the nodes is based on the degree (number of connections) of the nodes. Here n...
Each researcher (co-author) is depicted as a node whose size refers to the eigencentrality score and...
<p><i>N</i><sub><i>p</i></sub> = 500 for each network. Nodes were positioned using a spring layout, ...
<p>It contains 42 nodes and 354 edges. Two disciplines are connected if there is a paper in PNAS 199...
The colour of nodes represents core-periphery membership (nodes in red are core farmers and nodes in...
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