Microbiota characterization of Exaiptasia diaphana from the Great Barrier Reef

Table 5 Relative abundance of bacterial ASVs^a present in every AIMS1–4 sample, and co-occurrence in other samples^b across all samples within each sample type

	Phylum – Family; Genus	AIMS 1–4 (%)	AIMS 1–4 water (%)	Wild proxies (%)	CC7 (%)	H2 (%)	Artemia salina (%)
1	Proteobacteria – Rhodobacteraceae; Thalassobius	5.09	0.31
2	Bacteroidetes – Saprospiraceae	3.98	20.18
3	Proteobacteria – Rhodobacteraceae; Sedimentitalea	3.59	0.78	0.06	0.76	3.80
4	Proteobacteria – Alteromonadaceae; Alteromonas	3.30	1.28		2.44	2.16	51.84
5	Proteobacteria – Alteromonadaceae; Marinobacter	2.74	0.80				0.62
6	Proteobacteria – Rhodobacteraceae; Thalassobius	2.65	0.15
7	Proteobacteria – Oligoflexaceae	2.01	0.10	0.06		0.59
8	Proteobacteria – Rhodobacteraceae; Leisingera	1.93	0.18		0.18		0.38
9	Proteobacteria – Alteromonadaceae; Marinobacter	1.93	4.59
10	Planctomycetes – Rubinisphaeraceae	1.42	0.10
11	Proteobacteria – Hyphomonadaceae	1.22	2.23	0.66		0.60
12	Proteobacteria – Bacteriovoracaceae; Peredibacter	1.14	0.62		0.01
13	Proteobacteria – Pseudohongiellaceae; Pseudohongiella	1.12	3.63
14	Proteobacteria – Rhodobacteraceae; Thalassobius	1.04	1.71				8.73
15	Proteobacteria – (Order: Cellvibrionales)	0.75	0.61
16	Proteobacteria – Alcanivoracaceae; Alcanivorax	0.45	0.30			0.01	0.01
17	Proteobacteria – Bdellovibrionaceae; Bdellovibrio	0.25	0.38	0.01

^aASVs are described to the deepest taxonomic level identified during bioinformatic processing. ^bEmpty cell = not detected within sample type

ISSN: 2524-4671