text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 4

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

text: Interview of current landowner

text: Soil core

text: Sample was stored on ice and shipped to UNSW Sydney where it was stored at -80oC. Rocks, organic matter, and other debris were removed manually, three soil samples were pooled into one replicate sample, and soil aggregates were crushed.

text: metagenomic assembly

characteristic: sieving

text: Shallow Soil on rock

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.031


status: PUBLIC

characteristic: External Id

text: University of New South Wales

characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: MIMS.me

characteristic: NCBI submission model

characteristic: NCBI submission package

characteristic: SRA accession

tag: attribute

text: 11.6 - 19.2

text: dry sclerophyll woodland

characteristic: depth

text: Keywords: GSC:MIxS;MIMS:6.0

characteristic: description

characteristic: elev

text: ENVO:01000208 Soil 4

text: Once burnt between 1960-present, December 2019

characteristic: fire

text: Australia: Western River, Kangaroo Island, South Australia

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: Soil data from NatureMaps were used to identify soil type, and soil classifications were further defined via the Snelling land system report: Department for Environment and Water, 2009a. Soils (soil type) [dataset]. NatureMaps. http://location.sa.gov.au/lms/Reports/ReportMetadata.aspx?pu=y&p_no=100+&pa=dewnr (accessed 21 May 2021). DEWNR Soil and Land Program, n.d. Snelling land system report. https://data.environment.sa.gov.au/Content/Land-System reports/SNE.pdf (accessed 1 January 2022).

text: soil metagenome

characteristic: organism

characteristic: ph

text: Soil diluted in deionized water at a 1:5 ratio using a pH meter, respectively (Instrument Choice, SA, Australia)

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Shallow Soil on rock

text: Soil data from NatureMaps were used to identify soil type, and soil types were further defined via the Snelling land system report: Department for Environment and Water, 2009a. Soils (soil type) [dataset]. NatureMaps. http://location.sa.gov.au/lms/Reports/ReportMetadata.aspx?pu=y&p_no=100+&pa=dewnr (accessed 21 May 2021). DEWNR Soil and Land Program, n.d. Snelling land system report. https://data.environment.sa.gov.au/Content/Land-System reports/SNE.pdf (accessed 1 January 2022).

text: Stored at 4oC for 24 days, stored at -80oC for 196 days

characteristic: title

text: vario MACRO cube (Elementar, Sydney, NSW, Australia) at the Mark Wainwright Analytical Centre (UNSW Sydney)

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.032


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 5

text: soil sample

text: 35.72 S 137.00 E

text: rocky/ Ferric Brown-Red Chromosol-Sodosol-Kurosol

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

characteristic: sieving

text: Ironstone soil/Acidic sandy loam over brown

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.033


characteristic: External Id

text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 5

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.034


text: University of New South Wales

characteristic: INSDC center name

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 5

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.035


text: University of New South Wales

characteristic: INSDC first public

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 6

text: soil sample

text: 35.72 S 137.00 E

text: Ferric Brown-Red Chromosol-Sodosol-Kurosol

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.036


text: University of New South Wales

characteristic: INSDC last update

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 6

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: Sample was stored on ice and shipped to UNSW Sydney where it was stored at -80oC. Rocks, organic matter, and other debris were removed manually, three soil samples were pooled into one replicate sample, and soil aggregates were crushed.

text: metagenomic assembly

text: Ironstone soil

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.037


text: University of New South Wales

characteristic: INSDC secondary accession

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 6

text: Once burnt between 1960-present, December 2019

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.038


text: University of New South Wales

text: live

characteristic: INSDC status

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 7

text: Australia: Western River, Kangaroo Island, South Australia

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: Soil data from NatureMaps were used to identify soil type, and soil classifications were further defined via the Snelling land system report: Department for Environment and Water, 2009a. Soils (soil type) [dataset]. NatureMaps. http://location.sa.gov.au/lms/Reports/ReportMetadata.aspx?pu=y&p_no=100+&pa=dewnr (accessed 21 May 2021). DEWNR Soil and Land Program, n.d. Snelling land system report. https://data.environment.sa.gov.au/Content/Land-System reports/SNE.pdf (accessed 1 January 2022).

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Acidic sandy loam over brown

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.039


text: University of New South Wales

text: live

text: MIMS.me

characteristic: NCBI submission model

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 7

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

text: Soil diluted in deionized water at a 1:5 ratio using a pH meter, respectively (Instrument Choice, SA, Australia)

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Acidic sandy loam over brown

text: Soil data from NatureMaps were used to identify soil type, and soil types were further defined via the Snelling land system report: Department for Environment and Water, 2009a. Soils (soil type) [dataset]. NatureMaps. http://location.sa.gov.au/lms/Reports/ReportMetadata.aspx?pu=y&p_no=100+&pa=dewnr (accessed 21 May 2021). DEWNR Soil and Land Program, n.d. Snelling land system report. https://data.environment.sa.gov.au/Content/Land-System reports/SNE.pdf (accessed 1 January 2022).

text: Stored at 4oC for 24 days, stored at -80oC for 196 days

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.040


text: University of New South Wales

text: live

text: MIMS.me

characteristic: NCBI submission package

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 7

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Acidic sandy loam over brown

text: vario MACRO cube (Elementar, Sydney, NSW, Australia) at the Mark Wainwright Analytical Centre (UNSW Sydney)

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.041


text: University of New South Wales

text: live

text: MIMS.me

characteristic: SRA accession

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 8

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Acidic sandy loam over brown

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.042


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

characteristic: depth

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 8

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Acidic sandy loam over brown

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.043


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: dry sclerophyll woodland

text: Keywords: GSC:MIxS;MIMS:6.0

characteristic: description

text: ENVO:01000208 Soil 8

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Acidic sandy loam over brown

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.044


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

characteristic: elev

text: ENVO:01000208 Soil 11

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Acidic sandy loam over brown

text: Stored at 4oC for 14 days, stored at -80oC for 113 days

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.045


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 11

text: Unburnt between 1960-present

characteristic: fire

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: Sample was stored on ice and shipped to UNSW Sydney where it was stored at -80oC. Rocks, organic matter, and other debris were removed manually, three soil samples were pooled into one replicate sample, and soil aggregates were crushed.

text: metagenomic assembly

text: Acidic sandy loam over brown

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.046


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 11

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: rocky Sodosol-Tenosol

text: soil metagenome

characteristic: organism

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Acidic sandy loam over brown

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.047


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 12

text: Unburnt between 1960-present

text: Australia: Western River, Kangaroo Island, South Australia

text: soil sample

text: 35.72 S 137.00 E

text: Ferric Brown-Red Chromosol-Sodosol-Kurosol

text: soil metagenome

characteristic: ph

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.048


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 12

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: Soil data from NatureMaps were used to identify soil type, and soil classifications were further defined via the Snelling land system report: Department for Environment and Water, 2009a. Soils (soil type) [dataset]. NatureMaps. http://location.sa.gov.au/lms/Reports/ReportMetadata.aspx?pu=y&p_no=100+&pa=dewnr (accessed 21 May 2021). DEWNR Soil and Land Program, n.d. Snelling land system report. https://data.environment.sa.gov.au/Content/Land-System reports/SNE.pdf (accessed 1 January 2022).

text: soil metagenome

text: Soil diluted in deionized water at a 1:5 ratio using a pH meter, respectively (Instrument Choice, SA, Australia)

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

characteristic: title

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.049


text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 12

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

characteristic: sieving

text: Ironstone soil

text: Soil data from NatureMaps were used to identify soil type, and soil types were further defined via the Snelling land system report: Department for Environment and Water, 2009a. Soils (soil type) [dataset]. NatureMaps. http://location.sa.gov.au/lms/Reports/ReportMetadata.aspx?pu=y&p_no=100+&pa=dewnr (accessed 21 May 2021). DEWNR Soil and Land Program, n.d. Snelling land system report. https://data.environment.sa.gov.au/Content/Land-System reports/SNE.pdf (accessed 1 January 2022).

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.050


characteristic: External Id

text: University of New South Wales

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 13

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

text: vario MACRO cube (Elementar, Sydney, NSW, Australia) at the Mark Wainwright Analytical Centre (UNSW Sydney)

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.051


text: University of New South Wales

characteristic: INSDC center name

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 13

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.052


text: University of New South Wales

characteristic: INSDC first public

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 13

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.053


text: University of New South Wales

characteristic: INSDC last update

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 14

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

text: Stored at 4oC for 14 days, stored at -80oC for 113 days

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.054


text: University of New South Wales

characteristic: INSDC secondary accession

text: live

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 14

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: Sample was stored on ice and shipped to UNSW Sydney where it was stored at -80oC. Rocks, organic matter, and other debris were removed manually, three soil samples were pooled into one replicate sample, and soil aggregates were crushed.

text: metagenomic assembly

text: Ironstone soil

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.055


text: University of New South Wales

text: live

characteristic: INSDC status

text: MIMS.me

text: 11.6 - 19.2

text: grassland

text: Keywords: GSC:MIxS;MIMS:6.0

text: ENVO:01000208 Soil 14

text: Unburnt between 1960-present

text: soil sample

text: 35.72 S 137.00 E

text: soil metagenome

text: clearing and grazing, prior to 2009

text: Interview of current landowner

text: Soil core

text: metagenomic assembly

text: Ironstone soil

text: Total organic carbon (TOC) was measured by potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4) extraction (Mingorance et al., 2007). Calibration standards of 0-12mg/mL of carbon were made by dissolving 7.1204g of sucrose in 250mL distilled water and diluting into distilled water. 1mL of each standard underwent the following protocol alongside soil samples. For each soil sample, 3mL of 1N K2Cr2O7 and 6mL of 99% H2SO4 were added to 100mg of soil. Samples were loosely capped and gently swirled, left standing for 3 hours, and then 10mL of distilled water was added to each sample. Samples were tightly capped and then shaken on an orbital shaker for 15 minutes at 100rpm, then left standing for 48 hours. Absorbance of sample supernatant was then measured by an Epoch2 Microplate Spectrophotometer (BioTek Instruments, VT, USA) at the 590nm wavelength. Mingorance, M. D., Barahona, E., & Fernndez-Glvez, J. (2007). Guidelines for improving organic carbon recovery by the wet oxidation method. Chemosphere, 68(3), 409413. https://doi.org/10.1016/j.chemosphere.2007.01.056


text: University of Pennsylvania

text: live

text: Pathogen.cl

characteristic: NCBI submission model

text: Hospital of the University of Pennsylvania

text: USA: Philadelphia, PA

text: Homo sapiens

characteristic: host

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Enterococcus faecalis

characteristic: strain

text: Pathogen: clinical or host-associated sample from Enterococcus faecalis


text: University of Pennsylvania

text: live

text: Pathogen.cl

characteristic: NCBI submission package

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Bacteroides ovatus

text: Pathogen: clinical or host-associated sample from Bacteroides ovatus


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Proteus mirabilis

text: Pathogen: clinical or host-associated sample from Proteus mirabilis


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Staphylococcus epidermidis

text: Pathogen: clinical or host-associated sample from Staphylococcus epidermidis


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Pseudomonas aeruginosa

text: Pathogen: clinical or host-associated sample from Pseudomonas aeruginosa


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Achromobacter insolitus

text: Pathogen: clinical or host-associated sample from Achromobacter insolitus


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Enterococcus gallinarum

text: Pathogen: clinical or host-associated sample from Enterococcus gallinarum


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Staphylococcus aureus

text: Pathogen: clinical or host-associated sample from Staphylococcus aureus


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Staphylococcus haemolyticus

text: Pathogen: clinical or host-associated sample from Staphylococcus haemolyticus


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Klebsiella pneumoniae

text: Pathogen: clinical or host-associated sample from Klebsiella pneumoniae


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Escherichia coli

text: Pathogen: clinical or host-associated sample from Escherichia coli


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Morganella morganii

text: Pathogen: clinical or host-associated sample from Morganella morganii


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Streptococcus pyogenes

text: Pathogen: clinical or host-associated sample from Streptococcus pyogenes


text: University of Pennsylvania

text: live

text: Pathogen.cl

text: USA: Philadelphia, PA

text: Homo sapiens

text: Bloodstream infection

text: Blood culture

text: 39.95 N 75.19 W

text: Enterococcus faecium

text: Pathogen: clinical or host-associated sample from Enterococcus faecium


text: Chinese Academy of Medical Sciences & Peking Union Medical College

text: live

text: Human

characteristic: age

text: Zuojun Xu_PUMC

characteristic: isolate

text: Homo sapiens

text: female

characteristic: sex

text: PBMC

characteristic: tissue

text: Human sample from Homo sapiens


text: live

text: Human

text: Zuojun Xu_PUMC

text: Homo sapiens

characteristic: organism

text: male

text: PBMC

text: Human sample from Homo sapiens


text: National Center for Genetic Engineering and Biotechnology

text: live

text: Metagenome or environmental

characteristic: SRA accession

text: Thailand: Mekong River

text: suspended sediment

text: 17.903188 N 101.675873 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing

text: Metagenome or environmental sample from freshwater sediment metagenome

characteristic: title


characteristic: External Id

text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.904307 N 101.675517 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


characteristic: INSDC center name

text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.905165 N 101.675187 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


characteristic: INSDC first public

text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.90675 N 101.67433 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


characteristic: INSDC last update

text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.908055 N 101.67382 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


characteristic: INSDC secondary accession

text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.903188 N 101.675873 E

text: freshwater metagenome

text: 16S amplicon sequencing

text: Metagenome or environmental sample from freshwater metagenome


text: live

characteristic: INSDC status

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.904307 N 101.675517 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

characteristic: NCBI submission model

text: Thailand: Mekong River

text: freshwater

text: 17.905165 N 101.675187 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.90675 N 101.67433 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.908055 N 101.67382 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.255852 N 100.099977 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.256363 N 100.10092 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.256906 N 100.10098 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.25765 N 100.101897 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.258122 N 100.102566 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.255852 N 100.099977 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.256363 N 100.10092 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.256906 N 100.10098 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.25765 N 100.101897 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.258122 N 100.102566 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.329139 N 105.485417 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.329694 N 105.485889 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.33025 N 105.486333 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.331 N 105.486778 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.3315 N 105.487194 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.329139 N 105.485417 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.329694 N 105.485889 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.33025 N 105.486333 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.331 N 105.486778 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.3315 N 105.487194 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.5905 N 104.735056 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.590056 N 104.737667 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589833 N 104.739778 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589417 N 104.742833 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589083 N 104.745639 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.5905 N 104.735056 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.590056 N 104.737667 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589833 N 104.739778 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589417 N 104.742833 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589083 N 104.745639 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.88177 N 102.731394 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.882176 N 102.731255 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.882856 N 102.731153 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.883713 N 102.730778 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.884774 N 102.730468 E

text: freshwater sediment metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.88177 N 102.731394 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.882176 N 102.731255 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.882856 N 102.731153 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.883713 N 102.730778 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.884774 N 102.730468 E

text: freshwater metagenome

text: 16S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.903188 N 101.675873 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.904307 N 101.675517 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.905165 N 101.675187 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.90675 N 101.67433 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.908055 N 101.67382 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.903188 N 101.675873 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.904307 N 101.675517 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.905165 N 101.675187 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.90675 N 101.67433 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.908055 N 101.67382 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.255852 N 100.099977 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.256363 N 100.10092 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.256906 N 100.10098 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.25765 N 100.101897 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.258122 N 100.102566 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.255852 N 100.099977 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.256906 N 100.10098 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.258122 N 100.102566 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.256363 N 100.10092 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.25765 N 100.101897 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.329139 N 105.485417 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.329694 N 105.485889 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.33025 N 105.486333 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.331 N 105.486778 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.3315 N 105.487194 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.329139 N 105.485417 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.329694 N 105.485889 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.33025 N 105.486333 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.331 N 105.486778 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.3315 N 105.487194 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.5905 N 104.735056 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.590056 N 104.737667 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589833 N 104.739778 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589417 N 104.742833 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589083 N 104.745639 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.5905 N 104.735056 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.590056 N 104.737667 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589833 N 104.739778 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589417 N 104.742833 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589083 N 104.745639 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.88177 N 102.731394 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.882176 N 102.731255 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.882856 N 102.731153 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.883713 N 102.730778 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.884774 N 102.730468 E

text: freshwater sediment metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.88177 N 102.731394 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.882176 N 102.731255 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.882856 N 102.731153 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.883713 N 102.730778 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.884774 N 102.730468 E

text: freshwater metagenome

text: 18S amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.903188 N 101.675873 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.904307 N 101.675517 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.905165 N 101.675187 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.90675 N 101.67433 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.908055 N 101.67382 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.903188 N 101.675873 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.904307 N 101.675517 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.905165 N 101.675187 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.90675 N 101.67433 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.908055 N 101.67382 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.255852 N 100.099977 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.256363 N 100.10092 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.256906 N 100.10098 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.25765 N 100.101897 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 20.258122 N 100.102566 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.255852 N 100.099977 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.258122 N 100.102566 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.256363 N 100.10092 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.256906 N 100.10098 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 20.25765 N 100.101897 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.329139 N 105.485417 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.329694 N 105.485889 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.33025 N 105.486333 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.331 N 105.486778 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 15.3315 N 105.487194 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.329139 N 105.485417 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.329694 N 105.485889 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.33025 N 105.486333 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.331 N 105.486778 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 15.3315 N 105.487194 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.5905 N 104.735056 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.590056 N 104.737667 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589833 N 104.739778 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589417 N 104.742833 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 16.589083 N 104.745639 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.5905 N 104.735056 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.590056 N 104.737667 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589833 N 104.739778 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589417 N 104.742833 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 16.589083 N 104.745639 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.88177 N 102.731394 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.882176 N 102.731255 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.882856 N 102.731153 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.883713 N 102.730778 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: suspended sediment

text: 17.884774 N 102.730468 E

text: freshwater sediment metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.88177 N 102.731394 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.882176 N 102.731255 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.882856 N 102.731153 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.883713 N 102.730778 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: live

text: Metagenome or environmental

text: Thailand: Mekong River

text: freshwater

text: 17.884774 N 102.730468 E

text: freshwater metagenome

text: CO1 amplicon sequencing


text: Ruijin Hospital

text: live

text: Microbe, viral or environmental

text: China:Shanghai

text: Homo sapiens

characteristic: host

text: blood

text: Klebsiella pneumoniae

text: culture

text: Microbe sample from Klebsiella pneumoniae


text: Ruijin Hospital

text: live

text: Microbe, viral or environmental

text: China:Shanghai

text: Homo sapiens

text: throat swab

text: Klebsiella pneumoniae

text: culture

characteristic: strain


text: Ruijin Hospital

text: live

text: Microbe, viral or environmental

characteristic: NCBI submission package

text: China:Shanghai

text: Homo sapiens

text: sputum

text: Klebsiella pneumoniae

text: culture


text: Ruijin Hospital

text: live

text: Microbe, viral or environmental

text: China:Shanghai

text: Homo sapiens

text: drainage fluid

text: Klebsiella pneumoniae

text: culture


text: Ruijin Hospital

text: live

text: Microbe, viral or environmental

text: China:Shanghai

text: Homo sapiens

text: bile

text: Klebsiella pneumoniae

text: culture


text: Ruijin Hospital

text: live

text: Microbe, viral or environmental

text: China:Shanghai

text: Homo sapiens

text: urine

text: Klebsiella pneumoniae

text: culture


text: Ruijin Hospital

text: live

text: Microbe, viral or environmental

text: China:Shanghai

text: Homo sapiens

text: fluid

text: Klebsiella pneumoniae

text: culture


text: Ruijin Hospital

text: live

text: Microbe, viral or environmental

text: China:Shanghai

text: Homo sapiens

text: wound

text: Klebsiella pneumoniae

text: culture


text: Heliconius

text: live

text: Invertebrate

text: not applicable

characteristic: breed

text: pupa

text: USA: Irvine, California

text: not applicable

text: Adriana Briscoe

text: H. charithonia female pupa HCH676

text: not applicable

text: Heliconius charithonia

text: female

text: pupa

text: H. charithonia female pupa WGS


text: Heliconius

text: live

text: Invertebrate

text: not applicable

text: pupa

text: USA: Irvine, California

text: not applicable

text: Adriana Briscoe

text: H. charithonia female pupa HCH678

characteristic: isolate

text: not applicable

text: Heliconius charithonia

text: male

text: pupa

text: H. charithonia male pupa WGS


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Bpk1_1

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Bpk1_2

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Bpk1_3

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Int1_1

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Int1_2

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Int1_3

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Sed1_1

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Sed1_2

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic bacteria

text: soil sample Sed1_3

text: Ralstonia

text: whole organism

text: Microbe sample from Ralstonia


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Bpk1_1

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Bpk1_2

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Bpk1_3

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Int1_1

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Int1_2

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Int1_3

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Sed1_1

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Sed1_2

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


text: First Institute of Oceanography

text: live

text: Microbe, viral or environmental

text: Antarctica

text: Antarctic archaea

text: soil sample Sed1_3

text: Nitrososphaera

text: whole organism

text: Microbe sample from Nitrososphaera


EKO

text: University of Padova

text: live

text: Metagenome or environmental

text: Greece: Thessaloniki

text: anaerobic digestion metagenome - inoculum, pellet

text: 40.538569 N 22.999375 E

text: anaerobic digester metagenome

text: anaerobe


EKP

text: University of Padova

text: live

text: Metagenome or environmental

text: Greece: Thessaloniki

text: anaerobic digestion metagenome - inoculum, supernatant

text: 40.538569 N 22.999375 E

text: anaerobic digester metagenome

text: anaerobe


text: Institute of Environment and Sustainable Development in Agriculture

text: live

text: Metagenome or environmental

characteristic: description

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71472 E

text: soil metagenome

text: Metagenome or environmental sample from soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71473 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71474 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71475 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71476 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71477 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71478 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71479 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71480 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71481 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71482 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71483 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71484 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71485 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71486 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71487 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71488 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71489 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71490 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71491 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71492 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71493 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71494 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71495 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71496 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71497 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71498 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71499 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71500 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71501 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71502 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71503 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71504 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71505 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71506 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71507 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71508 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71509 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71510 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71511 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71512 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71513 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71514 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71515 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71516 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71517 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71518 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71519 E

text: soil metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71520 E

text: rhizosphere metagenome

text: Metagenome or environmental sample from rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71521 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71522 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71523 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71524 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71525 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71526 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71527 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71528 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71529 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71530 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71531 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71532 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71533 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71534 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71535 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71536 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71537 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71538 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71539 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71540 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71541 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71542 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71543 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71544 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71545 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71546 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71547 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71548 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71549 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71550 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71551 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71552 E

text: rhizosphere metagenome


text: live

text: Metagenome or environmental

text: China:Hebei

text: soil

text: missing

text: 37.91027 N 115.71553 E

text: rhizosphere metagenome