Table 1.

Correlations and topological properties of common bean rhizosphere, endosphere and soil microbiome networks

	Network properties	Resistant	Resistant Fox	Susceptible	Susceptible Fox	Bulk Soil
Rhizosphere	Number of nodesa	270	363	288	334	241
	Number of edgesb	635	1781	646	1513	1527
	Positive edgesc	320	957	317	899	871
	Negative edgesc	315	824	329	614	656
	Modularitye	37.78	6.133	-140.83	2.33	2.597
	Number of communitiesf	70	44	58	56	37
	Network diameterg	7	9	8	11	7
	Average path lengthh	2.37	2.84	2.62	2.98	2.42
	Average degreei	4.704	9.813	4.486	9.060	12.672
	Average clustering coefficientj	0.114	0.139	0.090	0.148	0.174
Endosphere	Number of nodes	109	67	98	90
	Number of edges	237	103	174	391
	Positive edges	131	68	107	226
	Negative edges	106	35	67	165
	Modularity	3.70	1.38	2.07	2.41
	Number of communities	29	22	31	12
	Network diameter	6	4	6	5
	Average path length	2.22	1.58	2.37	2.18
	Average degree	4.34	3.07	3.55	8.68
	Average clustering coefficient	0.158	0.123	0.082	0.222

aMicrobial taxon (at genus level) with at least one significant (P < 0.01) and strong (SparCC > 0.9 or < − 0.9) correlation. bNumber of connections/correlations obtained by SparCC analysis.
cSparCC-positive correlation (> 0.9 with P < 0.01). dSparCC-negative correlation ( < − 0.9 with P < 0.01). eThe capability of the nodes to form highly connected communities, that is, a structure with high density of between nodes connections (inferred by Gephi). fA community is defined as a group of nodes densely connected internally (Gephi). gThe longest distance between nodes in the network, measured in number of edges (Gephi). hAverage network distance between all pair of nodes or the average length off all edges in the network (Gephi). iThe average number of connections per node in the network, that is, the node connectivity (Gephi). jHow nodes are embedded in their neighborhood and the degree to which they tend to cluster together (Gephi)