dbBact

Field	Description
name	the bacterial community of quesnel lake sediments impacted by a catastrophic mine tailings spill differ in composition from those at undisturbed locations – two years post-spill
sra	prjna482848
datamd5	9293ef7c840047715db1357081b78e25
mapmd5	3faaafed11cf63d0294437ed16656547

Exp. ID	User ID	Description	Date	Region	Sequences	Status	Flag
507	amnon	lower in mine tailing contaminated sediment compared to uncontaminated control ( high in control compared to contaminated sediment in lake sediment sediment canada province of british columbia quesnel lake )	2019-03-17	v4	1825	approved	No
507	amnon	higher in mine tailing contaminated sediment compared to uncontaminated control ( high in contaminated sediment compared to control in lake sediment sediment canada province of british columbia quesnel lake )	2019-03-17	v4	1681	approved	No
507	amnon	high in sediment depth 0-5cm compared to sediment depth 8-10cm in lake sediment sediment canada province of british columbia quesnel lake	2019-03-17	v4	1157	approved	No
507	amnon	high in sediment depth 8-10cm compared to sediment depth 0-5cm in lake sediment sediment canada province of british columbia quesnel lake	2019-03-17	v4	765	approved	No
507	amnon	common lake sediment, sediment, canada, province of british columbia, quesnel lake, sediment depth 8-10cm	2019-03-17	v4	651	approved	No
507	amnon	common lake sediment, sediment, canada, province of british columbia, quesnel lake, sediment depth 0-5cm	2019-03-17	v4	604	approved	No
507	amnon	dominant lake sediment, sediment, canada, province of british columbia, quesnel lake, sediment depth 0-5cm	2019-03-17	v4	5	approved	No
507	amnon	dominant lake sediment, sediment, canada, province of british columbia, quesnel lake, sediment depth 8-10cm	2019-03-17	v4	4	approved	No

Experiment ID: 507