Santillan_2019_sludge

Study: Frequency of disturbance alters diversity, function, and underlying assembly mechanisms of complex bacterial communities

Publication: Santillan et al., Frequency of disturbance alters diversity, function, and underlying assembly mechanisms of complex bacterial communities (2019, NPJ Biofilms And Microbiomes)

External link: SPIRE database (MAGs, genes and proteins including annotations)

Study accession: PRJNA389377

Last annotation change: 2025-09-29

Environmental Metadata

biological_replicate

100%
2
 9
1
 9
3
 8

chem_oxygen_dem

92%
12
 2
2
 2
20
 2
48
 2
other values
16

latitude_original

100%
1.34
26

longitude_original

100%
103.86
26

nitrate

92%
0
 5
0.072258064516129
 1
0.0767741935483871
 1
0.0835483870967742
 1
other values
16

perturbation

100%
Included 3-CA in the feed every 2 days
 3
Included 3-CA in the feed every 3 days
 3
Included 3-CA in the feed every 4 days
 3
Included 3-CA in the feed every 5 days
 3
other values
14

ph

 7%
6.82-7.67
 2

phosphate

92%
288.084631578947
 1
288.114
 1
292.894526315789
 1
292.956526315789
 1
other values
20

reactor_type

100%
batch, multistage
24
modified ludzack-ettinger (MLE)
 2

rel_to_oxygen

100%
aerobe
26

samp_size_mL

100%
2
26

samp_store_temp

100%
-80
26

samp_vol_we_dna_ext_mL

100%
0.5
26

sludge_retent_time_days

100%
87.5
24
6
 2

suspend_solids

100%
2.18-2.45
 2
5.025641025641023
 1
5.160000000000005
 1
5.357142857142858
 1
other values
21

wastewater_type

100%
laboratory bioreactor effluent after cycle
24
returned activated sludge (RAS) of MLE reactor
 2

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Sample alias Spire sample name Longitude Latitude Geographic location Location resolution Collection date Collection date end Last change Tax id Environment material Environment biome Environmental package Environment feature Artificial Pmid Doi