| Accession |
SAMC262867 |
| Sample name |
A3 |
| Title |
A3 |
| Sample type |
Environmental/Metagenome Genomic Sequences MIMS.me -- water |
| Organism |
marine metagenome |
| Description |
Plastic debris in the environment poses a significant threat because of its resistivity to photooxidative, thermal, mechanical and biological processes. This microbial flora can grow on plastic debris and degrade plastics, which provides a potential and promising ideal bioremediation solution to clean up plastics pollutants. |
| Attributes |
| Collection date | 2017-07-30 |
|---|
| environment biome | plastics waste debris |
|---|
| environment feature | medium with or without plastics |
|---|
| environment material | sediments |
|---|
| Geographic location | China:Qingdao |
|---|
| Latitude and longitude | 36.04 N 120.19 E |
|---|
| depth | 14m |
|---|
| alkalinity | missing |
|---|
| alkyl diethers | |
|---|
| altitude | |
|---|
| aminopeptidase activity | |
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| ammonium | |
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| atmospheric data | |
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| bacterial production | |
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| bacterial respiration | |
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| bacterial carbon production | |
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| biomass | |
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| bishomohopanol | |
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| bromide | |
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| calcium | |
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| carbon/nitrogen ratio | |
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| chemical administration | |
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| chloride | |
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| chlorophyll | |
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| conductivity | |
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| density | |
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| diether lipids | |
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| dissolved carbon dioxide | |
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| dissolved hydrogen | |
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| dissolved inorganic carbon | |
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| dissolved inorganic nitrogen | |
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| dissolved inorganic phosphorus | |
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| dissolved organic carbon | |
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| dissolved organic nitrogen | |
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| dissolved oxygen | |
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| downward PAR | |
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| elevation | |
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| fluorescence | |
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| glucosidase activity | |
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| light intensity | |
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| magnesium | |
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| mean friction velocity | |
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| mean peak friction velocity | |
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| miscellaneous parameter | |
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| n alkanes | |
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| nitrate | |
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| nitrite | |
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| nitrogen | |
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| organic carbon | |
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| organic matter | |
|---|
| organic nitrogen | |
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| organism count | |
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| oxygenation status of sample | |
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| particulate organic carbon | |
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| particulate organic nitrogen | |
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| perturbation | |
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| petroleum hydrocarbon | |
|---|
| phaeopigments | |
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| phosphate | |
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| phospholipid fatty acid | |
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| photon flux | |
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| potassium | |
|---|
| pressure | |
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| primary production | |
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| redox potential | |
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| sample salinity | |
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| sample storage duration | |
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| sample storage location | |
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| sample storage temperature | |
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| silicate | |
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| sodium | |
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| soluble reactive phosphorus | |
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| sulfate | |
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| sulfide | |
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| suspended particulate matter | |
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| temperature | |
|---|
| tidal stage | |
|---|
| total depth of water column | |
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| total dissolved nitrogen | |
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| total inorganic nitrogen | |
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| total nitrogen | |
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| total particulate carbon | |
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| total phosphorus | |
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| water current | |
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| Reference for biomaterial | |
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| Relationship to oxygen | |
|---|
| Sample collection device or method | |
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| Sample material processing | |
|---|
| Sample size | |
|---|
| sample volume or weight for DNA extraction | |
|---|
| source material identifiers | |
|---|
| Isolation source | |
|---|
| Custom Attributes | |
|---|
|
| Release date |
2020-11-04 |
| BioProject Accession |
PRJCA003824 |
| Submitter |
rongrong Gao (gaorongrongzky@163.com)
|
| Organization |
The Institute of Oceanology, Chinese Academy of Sciences |
| Submission date |
2020-11-04 |
