Experiment ID: 996

Field Description
nameanthropogenic activities destabilized riverine bacterial communities by increasing synchrony between taxa
doihttps://doi.org/10.1007/s00027-021-00818-3
sraprjna633223
mapmd5beecf00c5bdda4e081eef7b4886153d5
datamd508a5ada2ab1bf3bb68c0959f0c5fb538

Annotations for experiment:

term enrichment score
TermScore
xiyuan river1.000000
fuzhou city prefecture1.000000
river water1.000000
fall0.333333
LOWER IN fall0.333333
upstream0.333333
downstream0.333333
anthropogenic environmental material0.250000
river0.153846
surface water0.153846
LOWER IN downstream0.142857
LOWER IN upstream0.142857
LOWER IN anthropogenic environmental material0.125000
city0.083333
LOWER IN winter0.083333
winter0.083333
summer0.068966
LOWER IN summer0.068966
fresh water0.064516
LOWER IN city0.062500
china0.010753
Fraction of dbbact annotations with this term covered by the query
TermScore
xiyuan river1.000000
fuzhou city prefecture1.000000
river water1.000000
fall1.000000
LOWER IN fall1.000000
LOWER IN downstream0.250000
upstream0.250000
LOWER IN upstream0.250000
downstream0.250000
LOWER IN anthropogenic environmental material0.166667
anthropogenic environmental material0.166667
river0.083333
surface water0.083333
LOWER IN winter0.052632
winter0.052632
LOWER IN city0.045455
city0.045455
summer0.041667
LOWER IN summer0.041667
fresh water0.033333
china0.005405
Fraction of annotations for the query sequences containing the term
TermScore
river1.000000
surface water1.000000
fresh water1.000000
xiyuan river1.000000
fuzhou city prefecture1.000000
china1.000000
river water1.000000
upstream0.500000
city0.500000
anthropogenic environmental material0.500000
downstream0.500000
LOWER IN winter0.200000
fall0.200000
summer0.200000
LOWER IN fall0.200000
LOWER IN summer0.200000
winter0.200000
LOWER IN city0.100000
LOWER IN anthropogenic environmental material0.100000
LOWER IN downstream0.100000
LOWER IN upstream0.100000
Exp. ID User ID Description Date Region Flag Sequences
996amnondominant river water, china, fuzhou city prefecture, xiyuan river, fresh water, surface water, river, downstream, anthropogenic environmental material, city2022-12-28v3No1 / 19
996amnondominant in river water without anthropogenic effect (dominant river water, china, upstream, fuzhou city prefecture, xiyuan river, fresh water, surface water, river)2022-12-28v3No1 / 19
996amnon high in fall summer compared to winter in river water china upstream fuzhou city prefecture xiyuan river fresh water surface water river 2022-12-28v3No1 / 130
996amnoncommon in river water without anthropogenic effect (common river water, china, upstream, fuzhou city prefecture, xiyuan river, fresh water, surface water, river)2022-12-28v3No1 / 254
996amnoncommon city, anthropogenic environmental material, downstream, river, surface water, fresh water, xiyuan river, fuzhou city prefecture, china, river water2022-12-28v3No1 / 291
996amnon high in winter compared to fall summer in river surface water fresh water xiyuan river fuzhou city prefecture upstream china river water 2022-12-28v3No1 / 307
996amnon high in winter compared to fall summer in city anthropogenic environmental material downstream river surface water fresh water xiyuan river fuzhou city prefecture china river water 2022-12-28v3No1 / 588
996amnon high in fall summer compared to winter in river water china fuzhou city prefecture xiyuan river fresh water surface water river downstream anthropogenic environmental material city 2022-12-28v3No1 / 834
996amnon high in city anthropogenic environmental material downstream compared to upstream in river water china fuzhou city prefecture xiyuan river fresh water surface water river 2022-12-28v3No1 / 890
996amnon high in upstream compared to city anthropogenic environmental material downstream in river surface water fresh water xiyuan river fuzhou city prefecture china river water 2022-12-28v3No1 / 894

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