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PANGAEA
2021
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| Online-Zugang: | https://doi.org/10.1594/PANGAEA.935085 |
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| author | Lapham, Laura L Jørgensen, Bo Barker Fossing, Henrik Rehder, Gregor |
| author_facet | Lapham, Laura L Jørgensen, Bo Barker Fossing, Henrik Rehder, Gregor |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | The samples presented here were collected with the intent to understand methane cycling in the sediments of the Baltic Sea as part of the BALTIC GAS project funded by the European Community's Seventh Framework Programme (FP/2007-2013) under grant agreement n° 217246 made with the joint Baltic Sea Research and Development programme BONUS. Sediment cores from the Baltic Sea were collected and serve as events in this archive. The events took place in Mecklenburg Bay, Arkona Basin, Bornholm Basin, Gotland Basin, Bothnian Sea, and Bothnian Bay. Ninety events took place between July 31- August 15, 2010 aboard RV Maria S. Merian cruise MSM16/1. From the sediment cores, porewater was extracted and analyzed for sulfate, chloride, ammonium, major ions (barium, calcium, potassium, magnesium, sodium), hydrogen sulfide, and dissolved inorganic carbon concentrations. Dissolved inorganic carbon was also measured for stable carbon isotope ratios. Sediment plugs were collected for measuring concentrations and stable carbon isotope ratios of methane. Sulfate reduction rates were also measured on sediment cores. Bulk sediment was then analyzed for total organic carbon and nitrogen content, along with stable carbon and nitrogen ratios on total organic matter. Sediments were also measured for wet bulk density and water content of wet mass, from which porosity was calculated. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_935085 |
| institution | PANGAEA |
| language | en |
| publishDate | 2021 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Biogeochemical parameters in sediment cores from MSM 16/1 August 2010 Baltic Gas Lapham, Laura L Jørgensen, Bo Barker Fossing, Henrik Rehder, Gregor 03-2RL; 03-3RL; 09-3RL; 09-5GC; 101-2RL; 101-3RL; 102-1RL; 102-2RL; 10-2RL; 103-1RL; 103-2RL; 10-3RL; 10-5GC; 11-2RL; 11-3RL; 11-5GC; 12-3RL; 12-5GC; 24-2RL; 24-3RL; 24-7GC; 24-GC; 24-RL; 25-2RL; 25-3RL; 25-4GC; 25-GC; 25-RL; 31-3RL; 32-2RL; 32-3RL; 32-5GC; 35S incubations; 45-10GC; 45-4RL; 45-7RL; 45-RL; 49-2RL; 49-3RL; 50-2RL; 50-3RL; 51-2RL; 52-2RL; 52-7GC; 53-2RL; 53-3RL; 54-2RL; 54-3RL; 56-2RL; 56-7GC; 57-2RL; 57-3RL; 57-5GC; 58-2RL; 58-3RL; 71-3RL; 71-6GC; 73-12GC; 73-14GC; 73-3RL; 73-4RL; 73-RL; 78-4RL; 78-5RL; 81-3RL; 81-4RL; 82-3RL; 82-4RL; 83-4RL; 83-5RL; 85-4RL; 85-5RL; 85-6GC; 85-RL; 86-3FL; 86-4RL; 86-6GC; 86-7GC; 87-3RL; 87-4RL; 87-6GC; 91-3RL; 91-4RL; 91-6GC; 92-3RL; 92-4RL; 93-2RL; 93-3RL; 93-8GC; 93-RL; 94-3RL; 94-4RL; ammonium; Ammonium; BALTIC-GAS; Baltic Sea; Calcium; Calculated from mass/volume; Carbon, inorganic, dissolved; Carbon, organic, total; chloride; Chloride; Density, wet bulk; DEPTH, sediment/rock; Dissolved inorganic carbon; Element analyser isotope ratio mass spectrometer (EA-IRMS); Event label; Flow injection analysis; Gas chromatography; Gas chromatography - Isotope ratio mass spectrometer (GC-IRMS); GC; Gravity corer; Hydrogen sulfide; ICP, Inductively coupled plasma; Ion chromatography; Magnesium; major ions; Maria S. Merian; Methane; Methane, porewater; Methane emission in the Baltic Sea; MSM16/1_03-2RL; MSM16/1_03-3RL; MSM16/1_09-3RL; MSM16/1_09-5GC; MSM16/1_101-2RL; MSM16/1_101-3RL; MSM16/1_102-1RL; MSM16/1_102-2RL; MSM16/1_10-2RL; MSM16/1_103-1RL; MSM16/1_103-2RL; MSM16/1_10-3RL; MSM16/1_10-5GC; MSM16/1_11-2RL; MSM16/1_11-3RL; MSM16/1_11-5GC; MSM16/1_12-3RL; MSM16/1_12-5GC; MSM16/1_24-2RL; MSM16/1_24-3RL; MSM16/1_24-7GC; MSM16/1_24-GC; MSM16/1_24-RL; MSM16/1_25-2RL; MSM16/1_25-3RL; MSM16/1_25-4GC; MSM16/1_25-GC; MSM16/1_25-RL; MSM16/1_31-3RL; MSM16/1_32-2RL; MSM16/1_32-3RL; MSM16/1_32-5GC; MSM16/1_45-10GC; MSM16/1_45-4RL; MSM16/1_45-7RL; MSM16/1_45-RL; MSM16/1_49-2RL; MSM16/1_49-3RL; MSM16/1_50-2RL; MSM16/1_50-3RL; MSM16/1_51-2RL; MSM16/1_52-2RL; MSM16/1_52-7GC; MSM16/1_53-2RL; MSM16/1_53-3RL; MSM16/1_54-2RL; MSM16/1_54-3RL; MSM16/1_56-2RL; MSM16/1_56-7GC; MSM16/1_57-2RL; MSM16/1_57-3RL; MSM16/1_57-5GC; MSM16/1_58-2RL; MSM16/1_58-3RL; MSM16/1_71-3RL; MSM16/1_71-6GC; MSM16/1_73-12GC; MSM16/1_73-14GC; MSM16/1_73-3RL; MSM16/1_73-4RL; MSM16/1_73-RL; MSM16/1_78-4RL; MSM16/1_78-5RL; MSM16/1_81-3RL; MSM16/1_81-4RL; MSM16/1_82-3RL; MSM16/1_82-4RL; MSM16/1_83-4RL; MSM16/1_83-5RL; MSM16/1_85-4RL; MSM16/1_85-5RL; MSM16/1_85-6GC; MSM16/1_85-RL; MSM16/1_86-3FL; MSM16/1_86-4RL; MSM16/1_86-6GC; MSM16/1_86-7GC; MSM16/1_87-3RL; MSM16/1_87-4RL; MSM16/1_87-6GC; MSM16/1_91-3RL; MSM16/1_91-4RL; MSM16/1_91-6GC; MSM16/1_92-3RL; MSM16/1_92-4RL; MSM16/1_93-2RL; MSM16/1_93-3RL; MSM16/1_93-8GC; MSM16/1_93-RL; MSM16/1_94-3RL; MSM16/1_94-4RL; MSM16/1a; MSM16/1b; Nitrogen, organic, total; Photometer, methylene blue (Cline, 1969); porosity; Porosity; Potassium; RUMC; Rumohr corer; Sodium; stable carbon isotopic composition of methane; Stable Carbon Isotopic Composition of Organic Matter; sulfate; Sulfate; sulfate reduction rate; Sulfate reduction rate; Sulfide; Water content, wet mass; water content wet mass; wet bulk density; δ13C, dissolved inorganic carbon; δ13C, methane; δ13C, total organic carbon; δ15N, total organic nitrogen The samples presented here were collected with the intent to understand methane cycling in the sediments of the Baltic Sea as part of the BALTIC GAS project funded by the European Community's Seventh Framework Programme (FP/2007-2013) under grant agreement n° 217246 made with the joint Baltic Sea Research and Development programme BONUS. Sediment cores from the Baltic Sea were collected and serve as events in this archive. The events took place in Mecklenburg Bay, Arkona Basin, Bornholm Basin, Gotland Basin, Bothnian Sea, and Bothnian Bay. Ninety events took place between July 31- August 15, 2010 aboard RV Maria S. Merian cruise MSM16/1. From the sediment cores, porewater was extracted and analyzed for sulfate, chloride, ammonium, major ions (barium, calcium, potassium, magnesium, sodium), hydrogen sulfide, and dissolved inorganic carbon concentrations. Dissolved inorganic carbon was also measured for stable carbon isotope ratios. Sediment plugs were collected for measuring concentrations and stable carbon isotope ratios of methane. Sulfate reduction rates were also measured on sediment cores. Bulk sediment was then analyzed for total organic carbon and nitrogen content, along with stable carbon and nitrogen ratios on total organic matter. Sediments were also measured for wet bulk density and water content of wet mass, from which porosity was calculated. |
| title | Biogeochemical parameters in sediment cores from MSM 16/1 August 2010 Baltic Gas |
| topic | 03-2RL; 03-3RL; 09-3RL; 09-5GC; 101-2RL; 101-3RL; 102-1RL; 102-2RL; 10-2RL; 103-1RL; 103-2RL; 10-3RL; 10-5GC; 11-2RL; 11-3RL; 11-5GC; 12-3RL; 12-5GC; 24-2RL; 24-3RL; 24-7GC; 24-GC; 24-RL; 25-2RL; 25-3RL; 25-4GC; 25-GC; 25-RL; 31-3RL; 32-2RL; 32-3RL; 32-5GC; 35S incubations; 45-10GC; 45-4RL; 45-7RL; 45-RL; 49-2RL; 49-3RL; 50-2RL; 50-3RL; 51-2RL; 52-2RL; 52-7GC; 53-2RL; 53-3RL; 54-2RL; 54-3RL; 56-2RL; 56-7GC; 57-2RL; 57-3RL; 57-5GC; 58-2RL; 58-3RL; 71-3RL; 71-6GC; 73-12GC; 73-14GC; 73-3RL; 73-4RL; 73-RL; 78-4RL; 78-5RL; 81-3RL; 81-4RL; 82-3RL; 82-4RL; 83-4RL; 83-5RL; 85-4RL; 85-5RL; 85-6GC; 85-RL; 86-3FL; 86-4RL; 86-6GC; 86-7GC; 87-3RL; 87-4RL; 87-6GC; 91-3RL; 91-4RL; 91-6GC; 92-3RL; 92-4RL; 93-2RL; 93-3RL; 93-8GC; 93-RL; 94-3RL; 94-4RL; ammonium; Ammonium; BALTIC-GAS; Baltic Sea; Calcium; Calculated from mass/volume; Carbon, inorganic, dissolved; Carbon, organic, total; chloride; Chloride; Density, wet bulk; DEPTH, sediment/rock; Dissolved inorganic carbon; Element analyser isotope ratio mass spectrometer (EA-IRMS); Event label; Flow injection analysis; Gas chromatography; Gas chromatography - Isotope ratio mass spectrometer (GC-IRMS); GC; Gravity corer; Hydrogen sulfide; ICP, Inductively coupled plasma; Ion chromatography; Magnesium; major ions; Maria S. Merian; Methane; Methane, porewater; Methane emission in the Baltic Sea; MSM16/1_03-2RL; MSM16/1_03-3RL; MSM16/1_09-3RL; MSM16/1_09-5GC; MSM16/1_101-2RL; MSM16/1_101-3RL; MSM16/1_102-1RL; MSM16/1_102-2RL; MSM16/1_10-2RL; MSM16/1_103-1RL; MSM16/1_103-2RL; MSM16/1_10-3RL; MSM16/1_10-5GC; MSM16/1_11-2RL; MSM16/1_11-3RL; MSM16/1_11-5GC; MSM16/1_12-3RL; MSM16/1_12-5GC; MSM16/1_24-2RL; MSM16/1_24-3RL; MSM16/1_24-7GC; MSM16/1_24-GC; MSM16/1_24-RL; MSM16/1_25-2RL; MSM16/1_25-3RL; MSM16/1_25-4GC; MSM16/1_25-GC; MSM16/1_25-RL; MSM16/1_31-3RL; MSM16/1_32-2RL; MSM16/1_32-3RL; MSM16/1_32-5GC; MSM16/1_45-10GC; MSM16/1_45-4RL; MSM16/1_45-7RL; MSM16/1_45-RL; MSM16/1_49-2RL; MSM16/1_49-3RL; MSM16/1_50-2RL; MSM16/1_50-3RL; MSM16/1_51-2RL; MSM16/1_52-2RL; MSM16/1_52-7GC; MSM16/1_53-2RL; MSM16/1_53-3RL; MSM16/1_54-2RL; MSM16/1_54-3RL; MSM16/1_56-2RL; MSM16/1_56-7GC; MSM16/1_57-2RL; MSM16/1_57-3RL; MSM16/1_57-5GC; MSM16/1_58-2RL; MSM16/1_58-3RL; MSM16/1_71-3RL; MSM16/1_71-6GC; MSM16/1_73-12GC; MSM16/1_73-14GC; MSM16/1_73-3RL; MSM16/1_73-4RL; MSM16/1_73-RL; MSM16/1_78-4RL; MSM16/1_78-5RL; MSM16/1_81-3RL; MSM16/1_81-4RL; MSM16/1_82-3RL; MSM16/1_82-4RL; MSM16/1_83-4RL; MSM16/1_83-5RL; MSM16/1_85-4RL; MSM16/1_85-5RL; MSM16/1_85-6GC; MSM16/1_85-RL; MSM16/1_86-3FL; MSM16/1_86-4RL; MSM16/1_86-6GC; MSM16/1_86-7GC; MSM16/1_87-3RL; MSM16/1_87-4RL; MSM16/1_87-6GC; MSM16/1_91-3RL; MSM16/1_91-4RL; MSM16/1_91-6GC; MSM16/1_92-3RL; MSM16/1_92-4RL; MSM16/1_93-2RL; MSM16/1_93-3RL; MSM16/1_93-8GC; MSM16/1_93-RL; MSM16/1_94-3RL; MSM16/1_94-4RL; MSM16/1a; MSM16/1b; Nitrogen, organic, total; Photometer, methylene blue (Cline, 1969); porosity; Porosity; Potassium; RUMC; Rumohr corer; Sodium; stable carbon isotopic composition of methane; Stable Carbon Isotopic Composition of Organic Matter; sulfate; Sulfate; sulfate reduction rate; Sulfate reduction rate; Sulfide; Water content, wet mass; water content wet mass; wet bulk density; δ13C, dissolved inorganic carbon; δ13C, methane; δ13C, total organic carbon; δ15N, total organic nitrogen |
| url | https://doi.org/10.1594/PANGAEA.935085 |