High-throughput sequencing of 16S rRNA Gene Reveals Substantial Bacterial Diversity on the Municipal Dumpsite

BMC Microbiology

Table 1 Indicator analysis showing bacterial OTUs associated to different solid waste

OTUs	Description (Genus)	#sequences	Indicator value	P-value
	Biomedical solid waste (Biom)
Otu000140	Idiomarina	6078	89	0.001
Otu000011	Halomonas	83211	86	0.022
Otu000116	Sporolactobacillaceae_incertae_sedis	7683	82	0.023
Otu000035	Tissierella	18780	80	0.007
Otu000080	Alkaliflexus	16213	79	0.004
Otu000136	Saccharofermentans	5945	78	0.005
Otu000124	Alishewanella	13449	78	0.053
Otu000003	Proteiniclasticum	269626	78	0.001
Otu000141	Unclassified Bacteroidetes	7998	75	0.001
Otu000411	Proteiniclasticum	3303	74	0.006
Otu000525	Unclassified Bacteroidetes	346	73	0.001
Otu000567	Pseudomonas	2187	71	0.013
Otu000069	Corynebacterium	18152	70	0.046
	Faecal material of pigs scavenging on dumpsite (FecD)
Otu000114	Clostridium_sensu_stricto	12444	78	0.039
Otu000477	Unclassified Lachnospraceae	2394	78	0.008
Otu000310	Clostridium_sensu_stricto	2749	77	0.009
Otu000005	Enterococcus	159372	77	0.005
Otu000104	Bifidobacterium	11495	73	0.007
	River sludge (Riv)
Otu000054	Cloacibacterium	30207	84	0.051
Otu000807	Flavobacterium	2218	84	0.003
Otu000037	Lysobacter	35128	81	0.013
Otu001247	Unclassified Xanthomonadaceae	849	77	0.001
Otu001672	Lacibacter	479	77	0.001
Otu000017	Commamonas	54114	77	0.039
Otu001307	Ferruginibacter	613	75	0.001
Otu000133	Dechloromonas	7673	75	0.039
Otu001398	Novosphingobium	571	74	0.001
Otu000596	Flavobacterium	2057	73	0.002
Otu001167	Niabella	931	72	0.005

None of the OTUs were affiliated to the Dom waste at p ≤ 0.05 and indicator value ≥ 70

ISSN: 1471-2180