Organic matter content from sediment cores of coastal vegetated ecosystems in Colombia, Germany and Malaysia using stepwise loss on ignition
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| Autores principales: | , , , , , , , , , , , , , , , , , , , , , , , , , |
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| Formato: | Dataset Open Access |
| Lenguaje: | en |
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PANGAEA
2025
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| _version_ | 1867168231996784640 |
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| author | Fett, Theresa-Marie Prugger, Jennifer Amir, A Aldrie Aßmann, Robin Delventhal, Hannah Domanski, Feenja Ernst, Delfina Fatima, Hamia Sophia Fernes, Emilia Fouqueray, Mondane Geuer, Jana K Gösele, Clarisse Hellige, Inga Katzer, Nadim Daniel Lee, Jen Nie Logemann, Ella Lucas, Theo Mancera Pineda, Jose Ernesto Müller, Peter Nusser, Moritz Reents, Svenja Ruhrus, Lia Spreen, Esther Wölfelschneider, Mirco Zara Gonzalez, Esteban Zimmer, Martin |
| author_facet | Fett, Theresa-Marie Prugger, Jennifer Amir, A Aldrie Aßmann, Robin Delventhal, Hannah Domanski, Feenja Ernst, Delfina Fatima, Hamia Sophia Fernes, Emilia Fouqueray, Mondane Geuer, Jana K Gösele, Clarisse Hellige, Inga Katzer, Nadim Daniel Lee, Jen Nie Logemann, Ella Lucas, Theo Mancera Pineda, Jose Ernesto Müller, Peter Nusser, Moritz Reents, Svenja Ruhrus, Lia Spreen, Esther Wölfelschneider, Mirco Zara Gonzalez, Esteban Zimmer, Martin |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | This dataset contains measurements of the top 50cm of sediment collected between 2021 and 2023 as part of the project sea4soCiety. Sampling took place in three locations each on the North Sea and Baltic Sea coast of Germany, the coasts of peninsular Malaysia and the Caribbean coast of Colombia. To quantify the storage capacity of blue carbon in coastal vegetated ecosystems (mangrove forests, saltmarsh, and seagrass meadows) and unvegetated marine sediments in each location and ecosystem five to nine 50 cm deep sediment cores were collected using a peat sampler (5.2 cm diameter, 50 cm length, Royal Eijkelkamp). Sediment cores were split visually according to visible physicochemical layers and each layer was thoroughly homogenized. Sub-samples for organic matter analyses were frozen at -20°C prior to freeze-drying. Freeze-dried material was pulverized with a ball mill (LLC Planetary Micro Mill PULVERISETTE 7 premium line, FRITSCH) at 500 rpm for 3 min. To determine the organic matter content (containing organic carbon) 3 g freeze-dried and pulverized sediment was stepwise combusted for 4h at 180°C, 300°C, 400°C and 500°C in a muffle oven (M110, Heraeus). |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_974470 |
| institution | PANGAEA |
| language | en |
| publishDate | 2025 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Organic matter content from sediment cores of coastal vegetated ecosystems in Colombia, Germany and Malaysia using stepwise loss on ignition Fett, Theresa-Marie Prugger, Jennifer Amir, A Aldrie Aßmann, Robin Delventhal, Hannah Domanski, Feenja Ernst, Delfina Fatima, Hamia Sophia Fernes, Emilia Fouqueray, Mondane Geuer, Jana K Gösele, Clarisse Hellige, Inga Katzer, Nadim Daniel Lee, Jen Nie Logemann, Ella Lucas, Theo Mancera Pineda, Jose Ernesto Müller, Peter Nusser, Moritz Reents, Svenja Ruhrus, Lia Spreen, Esther Wölfelschneider, Mirco Zara Gonzalez, Esteban Zimmer, Martin blue carbon; Campaign; CDRmare; coastal vegetated ecosystems; COL_CO1_MG_P1_SC; COL_CO1_MG_P3_SC; COL_CO1_MG_P5_SC; COL_CO1_MG_P7_SC; COL_CO1_MG_P9_SC; COL_CO1_SG_P1_SC; COL_CO1_SG_P2_SC; COL_CO1_SG_P3_SC; COL_CO1_SG_P4_SC; COL_CO1_SG_P5_SC; COL_CO1_UV_P1_SC; COL_CO1_UV_P2_SC; COL_CO1_UV_P3_SC; COL_CO1_UV_P4_SC; COL_CO1_UV_P5_SC; COL_CO2_MG_P1_SC; COL_CO2_MG_P2_SC; COL_CO2_MG_P3_SC; COL_CO2_MG_P4_SC; COL_CO2_MG_P5_SC; COL_CO2_MG_P6_SC; COL_CO2_SG_P1_SC; COL_CO2_SG_P2_SC; COL_CO2_SG_P3_SC; COL_CO2_SG_P4_SC; COL_CO2_SG_P5_SC; COL_CO2_SG_P6_SC; COL_CO2_UV_P1_SC; COL_CO2_UV_P2_SC; COL_CO2_UV_P3_SC; COL_CO2_UV_P4_SC; COL_CO2_UV_P5_SC; COL_CO3_MG_P1_SC; COL_CO3_MG_P2_SC; COL_CO3_MG_P3_SC; COL_CO3_MG_P4_SC; COL_CO3_MG_P6_SC; COL_CO3_SG_P1_SC; COL_CO3_SG_P2_SC; COL_CO3_SG_P3_SC; COL_CO3_SG_P5_SC; COL_CO3_SG_P6_SC; COL_CO3_UV_P1_SC; COL_CO3_UV_P2_SC; COL_CO3_UV_P3_SC; COL_CO3_UV_P4_SC; COL_CO3_UV_P5_SC; Core area; Country; DAM CDRmare - sea4soCiety: Searching for solutions for Carbon-sequestration in coastal ecosystems; DATE/TIME; DEPTH, sediment/rock; Ecosystem; Event label; GER_HAH_SG_P1_SC; GER_HAH_SG_P2_SC; GER_HAH_SG_P3_SC; GER_HAH_SG_P4_SC; GER_HAH_SG_P5_SC; GER_HAH_SG_P6_SC; GER_HAH_SG_P7_SC; GER_HAH_SG_P8_SC; GER_HAH_SG_P9_SC; GER_HAH_SM_P1_SC; GER_HAH_SM_P2_SC; GER_HAH_SM_P3_SC; GER_HAH_SM_P4_SC; GER_HAH_SM_P5_SC; GER_HAH_SM_P6_SC; GER_HAH_SM_P7_SC; GER_HAH_SM_P8_SC; GER_HAH_SM_P9_SC; GER_HAH_UV_P1_SC; GER_HAH_UV_P2_SC; GER_HAH_UV_P3_SC; GER_HAH_UV_P4_SC; GER_HAH_UV_P5_SC; GER_HAH_UV_P6_SC; GER_HAH_UV_P7_SC; GER_HAH_UV_P8_SC; GER_HAH_UV_P9_SC; GER_HEI_SG_P1_SC; GER_HEI_SG_P2_SC; GER_HEI_SG_P6_SC; GER_HEI_SG_P8_SC; GER_HEI_SM_P1_SC; GER_HEI_SM_P2_SC; GER_HEI_SM_P3_SC; GER_HEI_SM_P4_SC; GER_HEI_SM_P6_SC; GER_HEI_SM_P9_SC; GER_HEI_UV_P1_SC; GER_HEI_UV_P3_SC; GER_HEI_UV_P5_SC; GER_HEI_UV_P7_SC; GER_HEI_UV_P9_SC; GER_MET_SG_P1_SC; GER_MET_SG_P2_SC; GER_MET_SG_P3_SC; GER_MET_SG_P4_SC; GER_MET_SG_P5_SC; GER_MET_SG_P6_SC; GER_MET_SG_P7_SC; GER_MET_SG_P8_SC; GER_MET_SG_P9_SC; GER_MET_SM_P1_SC; GER_MET_SM_P2_SC; GER_MET_SM_P3_SC; GER_MET_SM_P4_SC; GER_MET_SM_P5_SC; GER_MET_SM_P6_SC; GER_MET_SM_P7_SC; GER_MET_SM_P8_SC; GER_MET_SM_P9_SC; GER_MET_UV_P1_SC; GER_MET_UV_P2_SC; GER_MET_UV_P3_SC; GER_MET_UV_P4_SC; GER_MET_UV_P5_SC; GER_MET_UV_P6_SC; GER_MET_UV_P7_SC; GER_MET_UV_P8_SC; GER_MET_UV_P9_SC; GER_NES_SG_P3_SC; GER_NES_SG_P4_SC; GER_NES_SG_P5_SC; GER_NES_SG_P6_SC; GER_NES_SG_P7_SC; GER_NES_SM_P3_SC; GER_NES_SM_P6_SC; GER_NES_SM_P7_SC; GER_NES_SM_P8_SC; GER_NES_SM_P9_SC; GER_NES_UV_P3_SC; GER_NES_UV_P4_SC; GER_NES_UV_P5_SC; GER_NES_UV_P6_SC; GER_NES_UV_P7_SC; GER_SCH_SM_P4_SC; GER_SCH_SM_P5_SC; GER_SCH_SM_P6_SC; GER_SCH_SM_P7_SC; GER_SCH_SM_P8_SC; GER_SCH_SM_P9_SC; GER_WEN_SG_P1_SC; GER_WEN_SG_P3_SC; GER_WEN_SG_P5_SC; GER_WEN_SG_P7_SC; GER_WEN_SG_P9_SC; GER_WEN_SM_P5_SC; GER_WEN_SM_P6_SC; GER_WEN_SM_P7_SC; GER_WEN_SM_P8_SC; GER_WEN_SM_P9_SC; GER_WEN_UV_P1_SC; GER_WEN_UV_P3_SC; GER_WEN_UV_P5_SC; GER_WEN_UV_P7_SC; GER_WEN_UV_P9_SC; Laboratory code/label; LATITUDE; Layer thickness; Location; LONGITUDE; loss on ignition; Loss on ignition; MAL_LAN_SM_P1_SC; MAL_LAN_SM_P2_SC; MAL_LAN_SM_P3_SC; MAL_LAN_SM_P4_SC; MAL_LAN_SM_P5_SC; MAL_LAN_SM_P6_SC; Muffle furnace, Heraeus, M110; MYS_LAN_MG_P1_SC; MYS_LAN_MG_P2_SC; MYS_LAN_MG_P3_SC; MYS_LAN_MG_P4_SC; MYS_LAN_MG_P5_SC; MYS_LAN_MG_P6_SC; MYS_LAN_MG_P7_SC; MYS_LAN_MG_P8_SC; MYS_LAN_MG_P9_SC; MYS_LAN_SG_P1_SC; MYS_LAN_SG_P2_SC; MYS_LAN_SG_P3_SC; MYS_LAN_SG_P4_SC; MYS_LAN_SG_P5_SC; MYS_LAN_UV_P1_SC; MYS_LAN_UV_P2_SC; MYS_LAN_UV_P3_SC; MYS_LAN_UV_P4_SC; MYS_LAN_UV_P5_SC; MYS_PAK_MG_P1_SC; MYS_PAK_MG_P2_SC; MYS_PAK_MG_P3_SC; MYS_PAK_MG_P5_SC; MYS_PAK_MG_P7_SC; MYS_PAK_MG_P8_SC; MYS_PAK_MG_P9_SC; MYS_PAK_SG_P1_SC; MYS_PAK_SG_P2_SC; MYS_PAK_SG_P3_SC; MYS_PAK_SG_P4_SC; MYS_PAK_SG_P5_SC; MYS_PAK_SM_P1_SC; MYS_PAK_SM_P2_SC; MYS_PAK_SM_P3_SC; MYS_PAK_SM_P4_SC; MYS_PAK_SM_P5_SC; MYS_PAK_UV_P1_SC; MYS_PAK_UV_P2_SC; MYS_PAK_UV_P3_SC; MYS_PAK_UV_P4_SC; MYS_PAK_UV_P5_SC; MYS_SET_MG_P1_SC; MYS_SET_MG_P2_SC; MYS_SET_MG_P3_SC; MYS_SET_MG_P4_SC; MYS_SET_MG_P5_SC; MYS_SET_MG_P6_SC; MYS_SET_MG_P7_SC; MYS_SET_MG_P8_SC; MYS_SET_MG_P9_SC; MYS_SET_SG_P1_SC; MYS_SET_SG_P2_SC; MYS_SET_SG_P3_SC; MYS_SET_SG_P4_SC; MYS_SET_SG_P5_SC; MYS_SET_SM_P1_SC; MYS_SET_SM_P2_SC; MYS_SET_SM_P3_SC; MYS_SET_SM_P4_SC; MYS_SET_SM_P5_SC; MYS_SET_UV_P1_SC; MYS_SET_UV_P2_SC; MYS_SET_UV_P3_SC; MYS_SET_UV_P4_SC; MYS_SET_UV_P5_SC; organic matter; Organic matter; PEATC; Peat corer; recalcitrance; Research Mission of the German Marine Research Alliance (DAM): Marine carbon sinks in decarbonisation pathways; s4s_COL-Land_2022; s4s_GER-Land_2021_NorthSea; s4s_GER-Land_2022_BalticSea; s4s_GER-Land_2022_NorthSea; s4s_MYS-Land_2022; s4s_MYS-Land_2023; Sample, dry mass; Sample volume; Sampling on land; sea4soCiety; Sediment; Site This dataset contains measurements of the top 50cm of sediment collected between 2021 and 2023 as part of the project sea4soCiety. Sampling took place in three locations each on the North Sea and Baltic Sea coast of Germany, the coasts of peninsular Malaysia and the Caribbean coast of Colombia. To quantify the storage capacity of blue carbon in coastal vegetated ecosystems (mangrove forests, saltmarsh, and seagrass meadows) and unvegetated marine sediments in each location and ecosystem five to nine 50 cm deep sediment cores were collected using a peat sampler (5.2 cm diameter, 50 cm length, Royal Eijkelkamp). Sediment cores were split visually according to visible physicochemical layers and each layer was thoroughly homogenized. Sub-samples for organic matter analyses were frozen at -20°C prior to freeze-drying. Freeze-dried material was pulverized with a ball mill (LLC Planetary Micro Mill PULVERISETTE 7 premium line, FRITSCH) at 500 rpm for 3 min. To determine the organic matter content (containing organic carbon) 3 g freeze-dried and pulverized sediment was stepwise combusted for 4h at 180°C, 300°C, 400°C and 500°C in a muffle oven (M110, Heraeus). |
| title | Organic matter content from sediment cores of coastal vegetated ecosystems in Colombia, Germany and Malaysia using stepwise loss on ignition |
| topic | blue carbon; Campaign; CDRmare; coastal vegetated ecosystems; COL_CO1_MG_P1_SC; COL_CO1_MG_P3_SC; COL_CO1_MG_P5_SC; COL_CO1_MG_P7_SC; COL_CO1_MG_P9_SC; COL_CO1_SG_P1_SC; COL_CO1_SG_P2_SC; COL_CO1_SG_P3_SC; COL_CO1_SG_P4_SC; COL_CO1_SG_P5_SC; COL_CO1_UV_P1_SC; COL_CO1_UV_P2_SC; COL_CO1_UV_P3_SC; COL_CO1_UV_P4_SC; COL_CO1_UV_P5_SC; COL_CO2_MG_P1_SC; COL_CO2_MG_P2_SC; COL_CO2_MG_P3_SC; COL_CO2_MG_P4_SC; COL_CO2_MG_P5_SC; COL_CO2_MG_P6_SC; COL_CO2_SG_P1_SC; COL_CO2_SG_P2_SC; COL_CO2_SG_P3_SC; COL_CO2_SG_P4_SC; COL_CO2_SG_P5_SC; COL_CO2_SG_P6_SC; COL_CO2_UV_P1_SC; COL_CO2_UV_P2_SC; COL_CO2_UV_P3_SC; COL_CO2_UV_P4_SC; COL_CO2_UV_P5_SC; COL_CO3_MG_P1_SC; COL_CO3_MG_P2_SC; COL_CO3_MG_P3_SC; COL_CO3_MG_P4_SC; COL_CO3_MG_P6_SC; COL_CO3_SG_P1_SC; COL_CO3_SG_P2_SC; COL_CO3_SG_P3_SC; COL_CO3_SG_P5_SC; COL_CO3_SG_P6_SC; COL_CO3_UV_P1_SC; COL_CO3_UV_P2_SC; COL_CO3_UV_P3_SC; COL_CO3_UV_P4_SC; COL_CO3_UV_P5_SC; Core area; Country; DAM CDRmare - sea4soCiety: Searching for solutions for Carbon-sequestration in coastal ecosystems; DATE/TIME; DEPTH, sediment/rock; Ecosystem; Event label; GER_HAH_SG_P1_SC; GER_HAH_SG_P2_SC; GER_HAH_SG_P3_SC; GER_HAH_SG_P4_SC; GER_HAH_SG_P5_SC; GER_HAH_SG_P6_SC; GER_HAH_SG_P7_SC; GER_HAH_SG_P8_SC; GER_HAH_SG_P9_SC; GER_HAH_SM_P1_SC; GER_HAH_SM_P2_SC; GER_HAH_SM_P3_SC; GER_HAH_SM_P4_SC; GER_HAH_SM_P5_SC; GER_HAH_SM_P6_SC; GER_HAH_SM_P7_SC; GER_HAH_SM_P8_SC; GER_HAH_SM_P9_SC; GER_HAH_UV_P1_SC; GER_HAH_UV_P2_SC; GER_HAH_UV_P3_SC; GER_HAH_UV_P4_SC; GER_HAH_UV_P5_SC; GER_HAH_UV_P6_SC; GER_HAH_UV_P7_SC; GER_HAH_UV_P8_SC; GER_HAH_UV_P9_SC; GER_HEI_SG_P1_SC; GER_HEI_SG_P2_SC; GER_HEI_SG_P6_SC; GER_HEI_SG_P8_SC; GER_HEI_SM_P1_SC; GER_HEI_SM_P2_SC; GER_HEI_SM_P3_SC; GER_HEI_SM_P4_SC; GER_HEI_SM_P6_SC; GER_HEI_SM_P9_SC; GER_HEI_UV_P1_SC; GER_HEI_UV_P3_SC; GER_HEI_UV_P5_SC; GER_HEI_UV_P7_SC; GER_HEI_UV_P9_SC; GER_MET_SG_P1_SC; GER_MET_SG_P2_SC; GER_MET_SG_P3_SC; GER_MET_SG_P4_SC; GER_MET_SG_P5_SC; GER_MET_SG_P6_SC; GER_MET_SG_P7_SC; GER_MET_SG_P8_SC; GER_MET_SG_P9_SC; GER_MET_SM_P1_SC; GER_MET_SM_P2_SC; GER_MET_SM_P3_SC; GER_MET_SM_P4_SC; GER_MET_SM_P5_SC; GER_MET_SM_P6_SC; GER_MET_SM_P7_SC; GER_MET_SM_P8_SC; GER_MET_SM_P9_SC; GER_MET_UV_P1_SC; GER_MET_UV_P2_SC; GER_MET_UV_P3_SC; GER_MET_UV_P4_SC; GER_MET_UV_P5_SC; GER_MET_UV_P6_SC; GER_MET_UV_P7_SC; GER_MET_UV_P8_SC; GER_MET_UV_P9_SC; GER_NES_SG_P3_SC; GER_NES_SG_P4_SC; GER_NES_SG_P5_SC; GER_NES_SG_P6_SC; GER_NES_SG_P7_SC; GER_NES_SM_P3_SC; GER_NES_SM_P6_SC; GER_NES_SM_P7_SC; GER_NES_SM_P8_SC; GER_NES_SM_P9_SC; GER_NES_UV_P3_SC; GER_NES_UV_P4_SC; GER_NES_UV_P5_SC; GER_NES_UV_P6_SC; GER_NES_UV_P7_SC; GER_SCH_SM_P4_SC; GER_SCH_SM_P5_SC; GER_SCH_SM_P6_SC; GER_SCH_SM_P7_SC; GER_SCH_SM_P8_SC; GER_SCH_SM_P9_SC; GER_WEN_SG_P1_SC; GER_WEN_SG_P3_SC; GER_WEN_SG_P5_SC; GER_WEN_SG_P7_SC; GER_WEN_SG_P9_SC; GER_WEN_SM_P5_SC; GER_WEN_SM_P6_SC; GER_WEN_SM_P7_SC; GER_WEN_SM_P8_SC; GER_WEN_SM_P9_SC; GER_WEN_UV_P1_SC; GER_WEN_UV_P3_SC; GER_WEN_UV_P5_SC; GER_WEN_UV_P7_SC; GER_WEN_UV_P9_SC; Laboratory code/label; LATITUDE; Layer thickness; Location; LONGITUDE; loss on ignition; Loss on ignition; MAL_LAN_SM_P1_SC; MAL_LAN_SM_P2_SC; MAL_LAN_SM_P3_SC; MAL_LAN_SM_P4_SC; MAL_LAN_SM_P5_SC; MAL_LAN_SM_P6_SC; Muffle furnace, Heraeus, M110; MYS_LAN_MG_P1_SC; MYS_LAN_MG_P2_SC; MYS_LAN_MG_P3_SC; MYS_LAN_MG_P4_SC; MYS_LAN_MG_P5_SC; MYS_LAN_MG_P6_SC; MYS_LAN_MG_P7_SC; MYS_LAN_MG_P8_SC; MYS_LAN_MG_P9_SC; MYS_LAN_SG_P1_SC; MYS_LAN_SG_P2_SC; MYS_LAN_SG_P3_SC; MYS_LAN_SG_P4_SC; MYS_LAN_SG_P5_SC; MYS_LAN_UV_P1_SC; MYS_LAN_UV_P2_SC; MYS_LAN_UV_P3_SC; MYS_LAN_UV_P4_SC; MYS_LAN_UV_P5_SC; MYS_PAK_MG_P1_SC; MYS_PAK_MG_P2_SC; MYS_PAK_MG_P3_SC; MYS_PAK_MG_P5_SC; MYS_PAK_MG_P7_SC; MYS_PAK_MG_P8_SC; MYS_PAK_MG_P9_SC; MYS_PAK_SG_P1_SC; MYS_PAK_SG_P2_SC; MYS_PAK_SG_P3_SC; MYS_PAK_SG_P4_SC; MYS_PAK_SG_P5_SC; MYS_PAK_SM_P1_SC; MYS_PAK_SM_P2_SC; MYS_PAK_SM_P3_SC; MYS_PAK_SM_P4_SC; MYS_PAK_SM_P5_SC; MYS_PAK_UV_P1_SC; MYS_PAK_UV_P2_SC; MYS_PAK_UV_P3_SC; MYS_PAK_UV_P4_SC; MYS_PAK_UV_P5_SC; MYS_SET_MG_P1_SC; MYS_SET_MG_P2_SC; MYS_SET_MG_P3_SC; MYS_SET_MG_P4_SC; MYS_SET_MG_P5_SC; MYS_SET_MG_P6_SC; MYS_SET_MG_P7_SC; MYS_SET_MG_P8_SC; MYS_SET_MG_P9_SC; MYS_SET_SG_P1_SC; MYS_SET_SG_P2_SC; MYS_SET_SG_P3_SC; MYS_SET_SG_P4_SC; MYS_SET_SG_P5_SC; MYS_SET_SM_P1_SC; MYS_SET_SM_P2_SC; MYS_SET_SM_P3_SC; MYS_SET_SM_P4_SC; MYS_SET_SM_P5_SC; MYS_SET_UV_P1_SC; MYS_SET_UV_P2_SC; MYS_SET_UV_P3_SC; MYS_SET_UV_P4_SC; MYS_SET_UV_P5_SC; organic matter; Organic matter; PEATC; Peat corer; recalcitrance; Research Mission of the German Marine Research Alliance (DAM): Marine carbon sinks in decarbonisation pathways; s4s_COL-Land_2022; s4s_GER-Land_2021_NorthSea; s4s_GER-Land_2022_BalticSea; s4s_GER-Land_2022_NorthSea; s4s_MYS-Land_2022; s4s_MYS-Land_2023; Sample, dry mass; Sample volume; Sampling on land; sea4soCiety; Sediment; Site |
| url | https://doi.org/10.1594/PANGAEA.974470 |