Grazing effects on soil organic carbon stocks of German salt marshes along the Baltic Sea and North Sea coast
Fuente:
PANGAEA
Enregistré dans:
| Auteurs principaux: | , , , , , |
|---|---|
| Format: | Dataset Open Access |
| Langue: | en |
| Publié: |
PANGAEA
2025
|
| Sujets: | |
| Accès en ligne: | |
| Tags: |
Ajouter un tag
Pas de tags, Soyez le premier à ajouter un tag!
|
| _version_ | 1867169168575430656 |
|---|---|
| author | Logemann, Ella Gösele, Clarisse Hosbach, Hannah Nicol, Kathryn Jensen, Kai Müller, Peter |
| author_facet | Logemann, Ella Gösele, Clarisse Hosbach, Hannah Nicol, Kathryn Jensen, Kai Müller, Peter |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | In order to assess grazing effects in soil organic carbon (SOC) stocks, three distinct salt marsh types were sampled: Baltic Sea salt marshes, North Sea mainland salt marshes and North Sea island salt marshes. Between 2022 and 2023, eight study sites were sampled, with transects laid out across the two management types (grazed and non-grazed), each management site at comparable successional stages. In each study site 6-10 plots were assessed. For the quantification of SOC content, soil bulk density and SOC δ13C signature, a single 30-cm soil core was taken from each plot. An Eijkelkamp peat sampler was used for taking soil cores. Dry soil bulk density was calculated from sample dry weight and volume. Prior to elemental and isotope analysis, macroscopic root residues were removed and soil samples were acidified. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_982734 |
| institution | PANGAEA |
| language | en |
| publishDate | 2025 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Grazing effects on soil organic carbon stocks of German salt marshes along the Baltic Sea and North Sea coast Logemann, Ella Gösele, Clarisse Hosbach, Hannah Nicol, Kathryn Jensen, Kai Müller, Peter Baltic Sea; Biomass, aboveground; Biomass, belowground; blue carbon; Calculated; Carbon, organic, soil; carbon stocks; CDRmare; Conductivity; Conductivity meter, WTW, inoLab Cond 7310; DAM CDRmare - sea4soCiety: Searching for solutions for Carbon-sequestration in coastal ecosystems; DATE/TIME; Density, dry bulk; Density, organic carbon; Depth, description; DEPTH, soil; Depth, soil, maximum; Depth, soil, minimum; Depth comment; Ecosystem; Elemental analyzer, EuroVector, EA 3000; Event label; GER_Ba_SM_P10_SC; GER_Ba_SM_P11_SC; GER_Ba_SM_P12_SC; GER_Ba_SM_P7_SC; GER_Ba_SM_P8_SC; GER_Ba_SM_P9_SC; GER_HEI_SM_P1M_SC; GER_HEI_SM_P2M_SC; GER_HEI_SM_P3M_SC; GER_HEI_SM_P4_SC; GER_HEI_SM_P4M_SC; GER_HEI_SM_P5_SC_2; GER_HEI_SM_P5M_SC; GER_HEI_SM_P8M_SC; GER_HEI_SM_P9_SC; GER_HEI_SM_P9M_SC; GER_Jb_SM_P10_SC; GER_Jb_SM_P11_SC; GER_Jb_SM_P12_SC; GER_Jb_SM_P7_SC; GER_Jb_SM_P8_SC; GER_Jb_SM_P9_SC; GER_Ly_SM_P10_SC; GER_Ly_SM_P11_SC; GER_Ly_SM_P12_SC; GER_Ly_SM_P7_SC; GER_Ly_SM_P8_SC; GER_Ly_SM_P9_SC; GER_MET_SM_P10M_SC; GER_MET_SM_P1M_SC; GER_MET_SM_P2M_SC; GER_MET_SM_P3M_SC; GER_MET_SM_P4M_SC; GER_MET_SM_P5M_SC; GER_MET_SM_P6M_SC; GER_MET_SM_P7M_SC; GER_MET_SM_P8M_SC; GER_MET_SM_P9M_SC; GER_NES_SM_P10M_SC; GER_NES_SM_P2M_SC; GER_NES_SM_P3M_SC; GER_NES_SM_P4M_SC; GER_NES_SM_P5M_SC; GER_NES_SM_P7M_SC; GER_NES_SM_P8M_SC; GER_NES_SM_P9M_SC; GER_SCH_SM_P10M_SC; GER_SCH_SM_P1M_SC; GER_SCH_SM_P2M_SC; GER_SCH_SM_P3M_SC; GER_SCH_SM_P4M_SC; GER_SCH_SM_P5M_SC; GER_SCH_SM_P7_SC; GER_SCH_SM_P8_SC; GER_SCH_SM_P9_SC; GER_SCH_SM_P9M_SC; GER_Sp_SM_P10_SC; GER_Sp_SM_P11_SC; GER_Sp_SM_P12_SC; GER_Sp_SM_P7_SC; GER_Sp_SM_P8_SC; GER_Sp_SM_P9_SC; grazing; Isotope ratio mass spectrometer (IRMS), Nu Instruments, Horizon; LATITUDE; LONGITUDE; Management; North Sea; PEATC; Peat corer; pH; pH meter, WTW, inoLab Multi 9310 IDS; Plot; Research Mission of the German Marine Research Alliance (DAM): Marine carbon sinks in decarbonisation pathways; s4s_GER-Land_2022_BalticSea; s4s_GER-Land_2022_NorthSea; s4s_GER-Land_2023_BalticSea; s4s_GER-Land_2023_NorthSea; Salt marshes; Sample code/label; Sampling on land; sea4soCiety; Site; succession; Type; Validation flag/comment; Zone; δ13C, organic carbon In order to assess grazing effects in soil organic carbon (SOC) stocks, three distinct salt marsh types were sampled: Baltic Sea salt marshes, North Sea mainland salt marshes and North Sea island salt marshes. Between 2022 and 2023, eight study sites were sampled, with transects laid out across the two management types (grazed and non-grazed), each management site at comparable successional stages. In each study site 6-10 plots were assessed. For the quantification of SOC content, soil bulk density and SOC δ13C signature, a single 30-cm soil core was taken from each plot. An Eijkelkamp peat sampler was used for taking soil cores. Dry soil bulk density was calculated from sample dry weight and volume. Prior to elemental and isotope analysis, macroscopic root residues were removed and soil samples were acidified. |
| title | Grazing effects on soil organic carbon stocks of German salt marshes along the Baltic Sea and North Sea coast |
| topic | Baltic Sea; Biomass, aboveground; Biomass, belowground; blue carbon; Calculated; Carbon, organic, soil; carbon stocks; CDRmare; Conductivity; Conductivity meter, WTW, inoLab Cond 7310; DAM CDRmare - sea4soCiety: Searching for solutions for Carbon-sequestration in coastal ecosystems; DATE/TIME; Density, dry bulk; Density, organic carbon; Depth, description; DEPTH, soil; Depth, soil, maximum; Depth, soil, minimum; Depth comment; Ecosystem; Elemental analyzer, EuroVector, EA 3000; Event label; GER_Ba_SM_P10_SC; GER_Ba_SM_P11_SC; GER_Ba_SM_P12_SC; GER_Ba_SM_P7_SC; GER_Ba_SM_P8_SC; GER_Ba_SM_P9_SC; GER_HEI_SM_P1M_SC; GER_HEI_SM_P2M_SC; GER_HEI_SM_P3M_SC; GER_HEI_SM_P4_SC; GER_HEI_SM_P4M_SC; GER_HEI_SM_P5_SC_2; GER_HEI_SM_P5M_SC; GER_HEI_SM_P8M_SC; GER_HEI_SM_P9_SC; GER_HEI_SM_P9M_SC; GER_Jb_SM_P10_SC; GER_Jb_SM_P11_SC; GER_Jb_SM_P12_SC; GER_Jb_SM_P7_SC; GER_Jb_SM_P8_SC; GER_Jb_SM_P9_SC; GER_Ly_SM_P10_SC; GER_Ly_SM_P11_SC; GER_Ly_SM_P12_SC; GER_Ly_SM_P7_SC; GER_Ly_SM_P8_SC; GER_Ly_SM_P9_SC; GER_MET_SM_P10M_SC; GER_MET_SM_P1M_SC; GER_MET_SM_P2M_SC; GER_MET_SM_P3M_SC; GER_MET_SM_P4M_SC; GER_MET_SM_P5M_SC; GER_MET_SM_P6M_SC; GER_MET_SM_P7M_SC; GER_MET_SM_P8M_SC; GER_MET_SM_P9M_SC; GER_NES_SM_P10M_SC; GER_NES_SM_P2M_SC; GER_NES_SM_P3M_SC; GER_NES_SM_P4M_SC; GER_NES_SM_P5M_SC; GER_NES_SM_P7M_SC; GER_NES_SM_P8M_SC; GER_NES_SM_P9M_SC; GER_SCH_SM_P10M_SC; GER_SCH_SM_P1M_SC; GER_SCH_SM_P2M_SC; GER_SCH_SM_P3M_SC; GER_SCH_SM_P4M_SC; GER_SCH_SM_P5M_SC; GER_SCH_SM_P7_SC; GER_SCH_SM_P8_SC; GER_SCH_SM_P9_SC; GER_SCH_SM_P9M_SC; GER_Sp_SM_P10_SC; GER_Sp_SM_P11_SC; GER_Sp_SM_P12_SC; GER_Sp_SM_P7_SC; GER_Sp_SM_P8_SC; GER_Sp_SM_P9_SC; grazing; Isotope ratio mass spectrometer (IRMS), Nu Instruments, Horizon; LATITUDE; LONGITUDE; Management; North Sea; PEATC; Peat corer; pH; pH meter, WTW, inoLab Multi 9310 IDS; Plot; Research Mission of the German Marine Research Alliance (DAM): Marine carbon sinks in decarbonisation pathways; s4s_GER-Land_2022_BalticSea; s4s_GER-Land_2022_NorthSea; s4s_GER-Land_2023_BalticSea; s4s_GER-Land_2023_NorthSea; Salt marshes; Sample code/label; Sampling on land; sea4soCiety; Site; succession; Type; Validation flag/comment; Zone; δ13C, organic carbon |
| url | https://doi.org/10.1594/PANGAEA.982734 |