Studies
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45,246 |
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Biosamples
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100,606 |
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Sequencing Projects
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349,177 |
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Analysis Projects
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274,592 |
| Organisms | 382,062 |
| Biosamples: 7 Seq. Projects: 7 | |
| STUDY INFORMATION | |
|---|---|
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GOLD Study ID
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Gs0145645 |
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Study Name
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Acid mine drainage microbial communities from coal mines in Pennsylvania, United States |
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Other Names
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| NCBI Umbrella Bioproject Name |
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| NCBI Umbrella Bioproject ID |
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| SRA Studies |
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Legacy ER Study ID
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Legacy GOLD ID
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| Added By |
JGI automated process
on 2020-03-17 |
| Last Modified By | |
| PI | Shagun sharma |
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Description
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The goal of this study is to investigate how robust Fe(II) oxidizing bacterial (FeOB) communities develop when AMD and soil mix to find an efficient, inexpensive, and sustainable approach to AMD treatment, most importantly, the removal of Fe and other toxic metals |
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Relevance
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Study Information Link
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Study Information Visibility
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Public |
| Metagenomic Study |
Yes |
| Publication |
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| Is GEBA |
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| Is HMP |
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ECOSYSTEM CLASSIFICATION
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| Ecosystem |
Environmental |
| Ecosystem Category |
Aquatic |
| Ecosystem Type |
Freshwater |
| Ecosystem Subtype |
Groundwater |
| Specific Ecosystem |
Acid Mine Drainage |
| STUDY COMPOSITION | |
| Number of Biosamples |
7 |
| Number of Organisms | 0 |
| Number of Seq Projects |
7 |
| Number of Analysis Projects |
7 |
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Number of Related Studies
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0 |
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