Petalomonas
6.34%
Naegleria
1.61%
Protosporangium 2.57%
Unknown genus
Cryptomycota
10.58%
Unknown genus,
Pseudoscorpiones
5.98%
Unknown genus, Adinetida
11.15%
Unknown genus,
Rhinosporidiaceae
6.69%
Rhogostoma
17.41%
Unknown genus,
Phyllopharyngea
1.64%
Phascolodon
3,60%
Multi-affiliation ,
Oligohymenophorea
2.77%
Sorodiplophrys
1.45%
Unknown genus, Hyphochytriales
2.31%
Mallomonas
5.48%
Multi-affiliation,
Chrysophyceae
2.25%
Unknown genus, Oomycetes
1.86%
Fig. 3
(a) Eukaryotic diversity of domestic wastewater sludge at the genera level based on the phylogenetic analysis of the V9 region of the 18S rDNA
sequence reads. Metagenomic DNA was extracted from 23 time series samples over 236 days. Only reads
!5% of abundance average were included in the
analyses (Morin et al., article in preparation). (b) Bacterial diversity of domestic wastewater sludge at the genera level based on the phylogenetic analysis of the
V4 region of the 16S rDNA sequence reads. Metagenomic DNA was extracted from 23 time series samples over 236 days. Only reads
!1% of average
abundance average were included in the analyses (Morin et al., article in preparation)
Environmental, Economic, and Ethical Assessment of the Treated Wastewater and. . .
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