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Molari, Massimiliano (2014): Prokaryotic abundance in natural and transplanted sediments at Panarea shallow CO2 seeps during cruise ECO2-8 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.840865, In supplement to: Molari, Massimiliano; Guilini, Katja; Lott, Christian; Weber, Miriam; de Beer, Dirk; Meyer, Stefanie; Ramette, Alban; Wegener, Gunter; Wenzhöfer, Frank; Martin, Daniel; Cibic, Tamara; De Vittor, Cinzia; Vanreusel, Ann; Boetius, Antje (2018): CO2 leakage alters biogeochemical and ecological functions of submarine sands. Science Advances, 4(2), eaao2040, https://doi.org/10.1126/sciadv.aao2040

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Related to:
Molari, Massimiliano; Meyer, Stefanie; Weber, Miriam; Guilini, Katja; Vielstädte, Lisa; Bigalke, Nikolaus; Schutting, Susanne; Howe, Christian; Kreuzburg, Matthias; Unger, Boris; Schneider, Matthias; Kuhfuss, Hanna; Eich, Andreas; Wenzhöfer, Frank; de Beer, Dirk; Ramette, Alban; Lott, Christian; Vanreusel, Ann; Boetius, Antje (2013): Effect of seabed CO2 emissions on shallow benthic microbiota (Panarea Island): cruise report ECO2-8 (2013). Max Planck Institute for Marine Microbiology, Bremen, Germany, 37 pp., https://doi.org/10.3289/CR_ECO2_23104
Funding:
Seventh Framework Programme (FP7), grant/award no. 265847: Sub-seabed CO2 Storage: Impact on Marine Ecosystems
Coverage:
Median Latitude: 38.663207 * Median Longitude: 15.118779 * South-bound Latitude: 38.662480 * West-bound Longitude: 15.118630 * North-bound Latitude: 38.663780 * East-bound Longitude: 15.118950
Date/Time Start: 2013-06-03T00:00:00 * Date/Time End: 2013-06-09T00:00:00
Minimum DEPTH, sediment/rock: 0.01 m * Maximum DEPTH, sediment/rock: 0.07 m
Event(s):
ECO2-8-PUC-2a  * Latitude: 38.662480 * Longitude: 15.118870 * Date/Time: 2013-06-08T00:00:00 * Elevation: -17.0 m * Location: Panarea * Campaign: ECO2-8 * Basis: Zodiac * Method/Device: Push corer (PUC) * Comment: red with gas; red with gas internal transplanted (K13)
ECO2-8-PUC-6a  * Latitude: 38.662480 * Longitude: 15.118870 * Date/Time: 2013-06-07T00:00:00 * Elevation: -17.0 m * Location: Panarea * Campaign: ECO2-8 * Basis: Zodiac * Method/Device: Push corer (PUC) * Comment: red with gas; grey no gas transplanted in red with gas (K1)
ECO2-8-PUC-6b  * Latitude: 38.663670 * Longitude: 15.118950 * Date/Time: 2013-06-09T00:00:00 * Elevation: -18.0 m * Location: Panarea * Campaign: ECO2-8 * Basis: Zodiac * Method/Device: Push corer (PUC) * Comment: grey with gas; normal sediment
Comment:
Total prokaryotic cells were enumerated, via AODC method, at natural and transplanted sediments collected both at CO2-impacted sites and reference site.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
Date/Time of eventDate/Time
Latitude of eventLatitude
Longitude of eventLongitude
Elevation of eventElevationm
DEPTH, sediment/rockDepth sedmGeocode
Sample typeSamp typeMolari, Massimiliano
Prokaryotes, abundance as single cellsProk cell abund109 #/cm3Molari, MassimilianoEpifluorescence microscopy (Boetius et al. 2000)Acridine Orange Direct Count (AODC)
Size:
90 data points

Data

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Event

Date/Time

Latitude

Longitude

Elevation [m]

Depth sed [m]

Samp type

Prok cell abund [109 #/cm3]
ECO2-8-PUC-7a 2013-06-0338.6637815.11863-150.01Natural sediment0.8
ECO2-8-PUC-9a 2013-06-0338.6637815.11863-150.01Natural sediment0.6
ECO2-8-PUC-12a 2013-06-0338.6637815.11863-150.01Natural sediment0.8
ECO2-8-PUC-16b 2013-06-0738.6624815.11887-170.01Natural sediment0.8
ECO2-8-PUC-10b 2013-06-0738.6624815.11887-170.01Natural sediment0.8
ECO2-8-PUC-8a 2013-06-0738.6624815.11887-170.01Natural sediment0.8
ECO2-8-PUC-6b 2013-06-0938.6636715.11895-180.01Natural sediment0.8
ECO2-8-PUC-8b 2013-06-0938.6636715.11895-180.01Natural sediment0.7
ECO2-8-PUC-10c 2013-06-0938.6636715.11895-180.01Natural sediment0.7
ECO2-8-PUC-10a 2013-06-0438.6637815.11863-150.01Sediment Tranplantation experiment0.8
ECO2-8-PUC-10a2013-06-0438.6637815.11863-150.03Sediment Tranplantation experiment0.7
ECO2-8-PUC-10a2013-06-0438.6637815.11863-150.05Sediment Tranplantation experiment0.6
ECO2-8-PUC-10a2013-06-0438.6637815.11863-150.07Sediment Tranplantation experiment0.6
ECO2-8-PUC-16a 2013-06-0438.6637815.11863-150.01Sediment Tranplantation experiment0.7
ECO2-8-PUC-16a2013-06-0438.6637815.11863-150.03Sediment Tranplantation experiment0.5
ECO2-8-PUC-16a2013-06-0438.6637815.11863-150.05Sediment Tranplantation experiment0.4
ECO2-8-PUC-16a2013-06-0438.6637815.11863-150.07Sediment Tranplantation experiment0.3
ECO2-8-PUC-7b 2013-06-0438.6637815.11863-150.01Sediment Tranplantation experiment1.1
ECO2-8-PUC-9b 2013-06-0638.6637815.11863-150.01Sediment Tranplantation experiment0.9
ECO2-8-PUC-9b2013-06-0638.6637815.11863-150.03Sediment Tranplantation experiment0.5
ECO2-8-PUC-9b2013-06-0638.6637815.11863-150.05Sediment Tranplantation experiment0.5
ECO2-8-PUC-9b2013-06-0638.6637815.11863-150.07Sediment Tranplantation experiment0.4
ECO2-8-PUC-12b 2013-06-0638.6637815.11863-150.01Sediment Tranplantation experiment0.7
ECO2-8-PUC-12b2013-06-0638.6637815.11863-150.03Sediment Tranplantation experiment0.6
ECO2-8-PUC-12b2013-06-0638.6637815.11863-150.05Sediment Tranplantation experiment0.5
ECO2-8-PUC-12b2013-06-0638.6637815.11863-150.07Sediment Tranplantation experiment0.4
ECO2-8-PUC-11a 2013-06-0638.6637815.11863-150.01Sediment Tranplantation experiment0.7
ECO2-8-PUC-9c 2013-06-0738.6624815.11887-170.01Sediment Tranplantation experiment0.7
ECO2-8-PUC-9c2013-06-0738.6624815.11887-170.03Sediment Tranplantation experiment0.5
ECO2-8-PUC-9c2013-06-0738.6624815.11887-170.05Sediment Tranplantation experiment0.4
ECO2-8-PUC-9c2013-06-0738.6624815.11887-170.07Sediment Tranplantation experiment0.3
ECO2-8-PUC-6a 2013-06-0738.6624815.11887-170.01Sediment Tranplantation experiment0.9
ECO2-8-PUC-6a2013-06-0738.6624815.11887-170.03Sediment Tranplantation experiment0.6
ECO2-8-PUC-6a2013-06-0738.6624815.11887-170.05Sediment Tranplantation experiment0.5
ECO2-8-PUC-6a2013-06-0738.6624815.11887-170.07Sediment Tranplantation experiment0.4
ECO2-8-PUC-11b 2013-06-0738.6624815.11887-170.01Sediment Tranplantation experiment0.7
ECO2-8-PUC-2a 2013-06-0838.6624815.11887-170.01Sediment Tranplantation experiment1.0
ECO2-8-PUC-2a2013-06-0838.6624815.11887-170.03Sediment Tranplantation experiment0.8
ECO2-8-PUC-2a2013-06-0838.6624815.11887-170.05Sediment Tranplantation experiment0.8
ECO2-8-PUC-2a2013-06-0838.6624815.11887-170.07Sediment Tranplantation experiment0.8
ECO2-8-PUC-7c 2013-06-0838.6624815.11887-170.01Sediment Tranplantation experiment1.1
ECO2-8-PUC-7c2013-06-0838.6624815.11887-170.03Sediment Tranplantation experiment1.0
ECO2-8-PUC-7c2013-06-0838.6624815.11887-170.05Sediment Tranplantation experiment0.9
ECO2-8-PUC-7c2013-06-0838.6624815.11887-170.07Sediment Tranplantation experiment0.7
ECO2-8-PUC-12c 2013-06-0838.6624815.11887-170.01Sediment Tranplantation experiment0.7