Figure S5. Phylogentic tree representing of clade1 of top 50 most abundant OTUs. Tree was constructed using the neighbour joining method incorporating Jukes-Cantor distance corrections. One thousand bootstrap analyses were conducted and bootstrap values >â50% were indicated at the nodes. Scale barâ=â0.05 change per nucleotide position. The values in bracket indicated abundance in following the sequence of GR1/DB2/GR3. (PPTX 91 kb
Abstract Background Sustainable management of voluminous and hazardous oily sludge produced by petro...
Contig assembly depth, GC content and taxonomic classification of selected bins. Figure S2. Phylogen...
Phylogenetic tree showing OTUs derived from the 16S rRNA gene analysis. Included OTUs had a relative...
Figure S8. Phylogentic tree representing of clade 4 of top 50 most abundant OTUs. Tree was construct...
Figure S6. Phylogentic tree representing of clade 2 of top 50 most abundant OTUs. Tree was construct...
Figure S3. Distribution of minor phyla with cumulative abundance of <â0.5. (PPTX 43 kb
Figure S2. Venn diagram of unique and shared taxa. Unique and shared taxa distribution between 3 sam...
Figure S4. Heat map indicating the relative abundance of minor genera with cumulative abundance of 0...
Table S5. Detailed distribution of predictive genes within sludge metagenomes using PICRUSt. (DOC 87...
Figure S1. Rarefaction curves of the three oily sludge samples (GR1, DB2 and GR3) on the basis of OT...
Table S4. Details of different hydrocarbon contaminated samples considered for comparative analysis....
Distribution and abundance of prokaryotic taxa at different depths of the NE and HE sites. The ten m...
Subread length distribution after sequencing. Figure S2. Phylogenetic tree of the genus Pseudomonas ...
Additional file 1: Table S1. 16S/18S rRNA annotation efficiency of sludge samples collected from dif...
The active sludge process is one of the most-used techniques for the biodegradation of organic compo...
Abstract Background Sustainable management of voluminous and hazardous oily sludge produced by petro...
Contig assembly depth, GC content and taxonomic classification of selected bins. Figure S2. Phylogen...
Phylogenetic tree showing OTUs derived from the 16S rRNA gene analysis. Included OTUs had a relative...
Figure S8. Phylogentic tree representing of clade 4 of top 50 most abundant OTUs. Tree was construct...
Figure S6. Phylogentic tree representing of clade 2 of top 50 most abundant OTUs. Tree was construct...
Figure S3. Distribution of minor phyla with cumulative abundance of <â0.5. (PPTX 43 kb
Figure S2. Venn diagram of unique and shared taxa. Unique and shared taxa distribution between 3 sam...
Figure S4. Heat map indicating the relative abundance of minor genera with cumulative abundance of 0...
Table S5. Detailed distribution of predictive genes within sludge metagenomes using PICRUSt. (DOC 87...
Figure S1. Rarefaction curves of the three oily sludge samples (GR1, DB2 and GR3) on the basis of OT...
Table S4. Details of different hydrocarbon contaminated samples considered for comparative analysis....
Distribution and abundance of prokaryotic taxa at different depths of the NE and HE sites. The ten m...
Subread length distribution after sequencing. Figure S2. Phylogenetic tree of the genus Pseudomonas ...
Additional file 1: Table S1. 16S/18S rRNA annotation efficiency of sludge samples collected from dif...
The active sludge process is one of the most-used techniques for the biodegradation of organic compo...
Abstract Background Sustainable management of voluminous and hazardous oily sludge produced by petro...
Contig assembly depth, GC content and taxonomic classification of selected bins. Figure S2. Phylogen...
Phylogenetic tree showing OTUs derived from the 16S rRNA gene analysis. Included OTUs had a relative...