Direct Push Electrical Conductivity Sensing in the Loosbach valley at Pestenacker, a Late Neolithic wetand site, northern Alpine forelands, Germany
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PANGAEA
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| Autores principales: | , , , , , |
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| Formato: | Dataset Open Access |
| Lenguaje: | en |
| Publicado: |
PANGAEA
2021
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| _version_ | 1867168211533824000 |
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| author | Köhler, Anne Rabiger-Völlmer, Johannes Kreck, Manuel Werban, Ulrike Dietrich, Peter Zielhofer, Christoph |
| author_facet | Köhler, Anne Rabiger-Völlmer, Johannes Kreck, Manuel Werban, Ulrike Dietrich, Peter Zielhofer, Christoph |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | For the reconstruction of the Holocene deposition history of the Loosbach valley at Pestenacker, an UNESCO world heritage site of Late Neolithic wetland occupation, 116 direct push electric conductivity logs were conducted. In summers 2018 and 2019, direct push sensing of depth-accurate electrical conductivity was performed by self-propelled carrier vehicle (Geoprobe) with attached Geoprobe SC 500 probe using a four point Wenner configuration. All of the 116 soundings were levelled by a Topcon HiPer II DGPS system in cm-resolution. The data are constantly logged while pushing the probe downwards. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_933520 |
| institution | PANGAEA |
| language | en |
| publishDate | 2021 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Direct Push Electrical Conductivity Sensing in the Loosbach valley at Pestenacker, a Late Neolithic wetand site, northern Alpine forelands, Germany Köhler, Anne Rabiger-Völlmer, Johannes Kreck, Manuel Werban, Ulrike Dietrich, Peter Zielhofer, Christoph 311016224; ALTITUDE; Bavaria, Germany; Conductivity, electrical; DEPTH, sediment/rock; Direct push applications in wetland (geo)archaeology; Direct push electric conductivity sensing floodplain Holocene Late Neolithic wetland site Pestenacker UNESCO World Heritage Bavaria South Germany; EC_1; EC_10; EC_1001; EC_1002; EC_1003; EC_1004; EC_1005; EC_1006; EC_1007; EC_1008; EC_1009; EC_1010; EC_1011; EC_1012; EC_1013; EC_1014; EC_1015; EC_1016; EC_1017; EC_1018; EC_1019; EC_1020; EC_11; EC_12; EC_13; EC_14; EC_15; EC_16; EC_17; EC_18; EC_19; EC_2; EC_20; EC_2021; EC_21; EC_22; EC_23; EC_24; EC_25; EC_26; EC_27; EC_28; EC_29; EC_3; EC_30; EC_31; EC_32; EC_33; EC_34; EC_35; EC_36; EC_37; EC_38; EC_39; EC_4; EC_40; EC_41; EC_42; EC_43; EC_44; EC_45; EC_46; EC_47; EC_48; EC_49; EC_5; EC_50; EC_51; EC_52; EC_53; EC_54; EC_55; EC_56; EC_57; EC_58; EC_59; EC_6; EC_60; EC_61; EC_62; EC_63; EC_64; EC_65; EC_66; EC_67; EC_68; EC_69; EC_7; EC_70; EC_71; EC_72; EC_73; EC_74; EC_75; EC_76; EC_77; EC_78; EC_79; EC_8; EC_80; EC_81; EC_82; EC_83; EC_84; EC_85; EC_86; EC_87; EC_88; EC_89; EC_9; EC_90; EC_91; EC_92; EC_93; EC_94; EC_95; Electrical conductivity (Wenner array); Event label; LATITUDE; LONGITUDE; MULT; Multiple investigations; PA_UL_GEO; PA_UL_GEO_EC_1; PA_UL_GEO_EC_10; PA_UL_GEO_EC_1001; PA_UL_GEO_EC_1002; PA_UL_GEO_EC_1003; PA_UL_GEO_EC_1004; PA_UL_GEO_EC_1005; PA_UL_GEO_EC_1006; PA_UL_GEO_EC_1007; PA_UL_GEO_EC_1008; PA_UL_GEO_EC_1009; PA_UL_GEO_EC_1010; PA_UL_GEO_EC_1011; PA_UL_GEO_EC_1012; PA_UL_GEO_EC_1013; PA_UL_GEO_EC_1014; PA_UL_GEO_EC_1015; PA_UL_GEO_EC_1016; PA_UL_GEO_EC_1017; PA_UL_GEO_EC_1018; PA_UL_GEO_EC_1019; PA_UL_GEO_EC_1020; PA_UL_GEO_EC_11; PA_UL_GEO_EC_12; PA_UL_GEO_EC_13; PA_UL_GEO_EC_14; PA_UL_GEO_EC_15; PA_UL_GEO_EC_16; PA_UL_GEO_EC_17; PA_UL_GEO_EC_18; PA_UL_GEO_EC_19; PA_UL_GEO_EC_2; PA_UL_GEO_EC_20; PA_UL_GEO_EC_2021; PA_UL_GEO_EC_21; PA_UL_GEO_EC_22; PA_UL_GEO_EC_23; PA_UL_GEO_EC_24; PA_UL_GEO_EC_25; PA_UL_GEO_EC_26; PA_UL_GEO_EC_27; PA_UL_GEO_EC_28; PA_UL_GEO_EC_29; PA_UL_GEO_EC_3; PA_UL_GEO_EC_30; PA_UL_GEO_EC_31; PA_UL_GEO_EC_32; PA_UL_GEO_EC_33; PA_UL_GEO_EC_34; PA_UL_GEO_EC_35; PA_UL_GEO_EC_36; PA_UL_GEO_EC_37; PA_UL_GEO_EC_38; PA_UL_GEO_EC_39; PA_UL_GEO_EC_4; PA_UL_GEO_EC_40; PA_UL_GEO_EC_41; PA_UL_GEO_EC_42; PA_UL_GEO_EC_43; PA_UL_GEO_EC_44; PA_UL_GEO_EC_45; PA_UL_GEO_EC_46; PA_UL_GEO_EC_47; PA_UL_GEO_EC_48; PA_UL_GEO_EC_49; PA_UL_GEO_EC_5; PA_UL_GEO_EC_50; PA_UL_GEO_EC_51; PA_UL_GEO_EC_52; PA_UL_GEO_EC_53; PA_UL_GEO_EC_54; PA_UL_GEO_EC_55; PA_UL_GEO_EC_56; PA_UL_GEO_EC_57; PA_UL_GEO_EC_58; PA_UL_GEO_EC_59; PA_UL_GEO_EC_6; PA_UL_GEO_EC_60; PA_UL_GEO_EC_61; PA_UL_GEO_EC_62; PA_UL_GEO_EC_63; PA_UL_GEO_EC_64; PA_UL_GEO_EC_65; PA_UL_GEO_EC_66; PA_UL_GEO_EC_67; PA_UL_GEO_EC_68; PA_UL_GEO_EC_69; PA_UL_GEO_EC_7; PA_UL_GEO_EC_70; PA_UL_GEO_EC_71; PA_UL_GEO_EC_72; PA_UL_GEO_EC_73; PA_UL_GEO_EC_74; PA_UL_GEO_EC_75; PA_UL_GEO_EC_76; PA_UL_GEO_EC_77; PA_UL_GEO_EC_78; PA_UL_GEO_EC_79; PA_UL_GEO_EC_8; PA_UL_GEO_EC_80; PA_UL_GEO_EC_81; PA_UL_GEO_EC_82; PA_UL_GEO_EC_83; PA_UL_GEO_EC_84; PA_UL_GEO_EC_85; PA_UL_GEO_EC_86; PA_UL_GEO_EC_87; PA_UL_GEO_EC_88; PA_UL_GEO_EC_89; PA_UL_GEO_EC_9; PA_UL_GEO_EC_90; PA_UL_GEO_EC_91; PA_UL_GEO_EC_92; PA_UL_GEO_EC_93; PA_UL_GEO_EC_94; PA_UL_GEO_EC_95; Sample code/label For the reconstruction of the Holocene deposition history of the Loosbach valley at Pestenacker, an UNESCO world heritage site of Late Neolithic wetland occupation, 116 direct push electric conductivity logs were conducted. In summers 2018 and 2019, direct push sensing of depth-accurate electrical conductivity was performed by self-propelled carrier vehicle (Geoprobe) with attached Geoprobe SC 500 probe using a four point Wenner configuration. All of the 116 soundings were levelled by a Topcon HiPer II DGPS system in cm-resolution. The data are constantly logged while pushing the probe downwards. |
| title | Direct Push Electrical Conductivity Sensing in the Loosbach valley at Pestenacker, a Late Neolithic wetand site, northern Alpine forelands, Germany |
| topic | 311016224; ALTITUDE; Bavaria, Germany; Conductivity, electrical; DEPTH, sediment/rock; Direct push applications in wetland (geo)archaeology; Direct push electric conductivity sensing floodplain Holocene Late Neolithic wetland site Pestenacker UNESCO World Heritage Bavaria South Germany; EC_1; EC_10; EC_1001; EC_1002; EC_1003; EC_1004; EC_1005; EC_1006; EC_1007; EC_1008; EC_1009; EC_1010; EC_1011; EC_1012; EC_1013; EC_1014; EC_1015; EC_1016; EC_1017; EC_1018; EC_1019; EC_1020; EC_11; EC_12; EC_13; EC_14; EC_15; EC_16; EC_17; EC_18; EC_19; EC_2; EC_20; EC_2021; EC_21; EC_22; EC_23; EC_24; EC_25; EC_26; EC_27; EC_28; EC_29; EC_3; EC_30; EC_31; EC_32; EC_33; EC_34; EC_35; EC_36; EC_37; EC_38; EC_39; EC_4; EC_40; EC_41; EC_42; EC_43; EC_44; EC_45; EC_46; EC_47; EC_48; EC_49; EC_5; EC_50; EC_51; EC_52; EC_53; EC_54; EC_55; EC_56; EC_57; EC_58; EC_59; EC_6; EC_60; EC_61; EC_62; EC_63; EC_64; EC_65; EC_66; EC_67; EC_68; EC_69; EC_7; EC_70; EC_71; EC_72; EC_73; EC_74; EC_75; EC_76; EC_77; EC_78; EC_79; EC_8; EC_80; EC_81; EC_82; EC_83; EC_84; EC_85; EC_86; EC_87; EC_88; EC_89; EC_9; EC_90; EC_91; EC_92; EC_93; EC_94; EC_95; Electrical conductivity (Wenner array); Event label; LATITUDE; LONGITUDE; MULT; Multiple investigations; PA_UL_GEO; PA_UL_GEO_EC_1; PA_UL_GEO_EC_10; PA_UL_GEO_EC_1001; PA_UL_GEO_EC_1002; PA_UL_GEO_EC_1003; PA_UL_GEO_EC_1004; PA_UL_GEO_EC_1005; PA_UL_GEO_EC_1006; PA_UL_GEO_EC_1007; PA_UL_GEO_EC_1008; PA_UL_GEO_EC_1009; PA_UL_GEO_EC_1010; PA_UL_GEO_EC_1011; PA_UL_GEO_EC_1012; PA_UL_GEO_EC_1013; PA_UL_GEO_EC_1014; PA_UL_GEO_EC_1015; PA_UL_GEO_EC_1016; PA_UL_GEO_EC_1017; PA_UL_GEO_EC_1018; PA_UL_GEO_EC_1019; PA_UL_GEO_EC_1020; PA_UL_GEO_EC_11; PA_UL_GEO_EC_12; PA_UL_GEO_EC_13; PA_UL_GEO_EC_14; PA_UL_GEO_EC_15; PA_UL_GEO_EC_16; PA_UL_GEO_EC_17; PA_UL_GEO_EC_18; PA_UL_GEO_EC_19; PA_UL_GEO_EC_2; PA_UL_GEO_EC_20; PA_UL_GEO_EC_2021; PA_UL_GEO_EC_21; PA_UL_GEO_EC_22; PA_UL_GEO_EC_23; PA_UL_GEO_EC_24; PA_UL_GEO_EC_25; PA_UL_GEO_EC_26; PA_UL_GEO_EC_27; PA_UL_GEO_EC_28; PA_UL_GEO_EC_29; PA_UL_GEO_EC_3; PA_UL_GEO_EC_30; PA_UL_GEO_EC_31; PA_UL_GEO_EC_32; PA_UL_GEO_EC_33; PA_UL_GEO_EC_34; PA_UL_GEO_EC_35; PA_UL_GEO_EC_36; PA_UL_GEO_EC_37; PA_UL_GEO_EC_38; PA_UL_GEO_EC_39; PA_UL_GEO_EC_4; PA_UL_GEO_EC_40; PA_UL_GEO_EC_41; PA_UL_GEO_EC_42; PA_UL_GEO_EC_43; PA_UL_GEO_EC_44; PA_UL_GEO_EC_45; PA_UL_GEO_EC_46; PA_UL_GEO_EC_47; PA_UL_GEO_EC_48; PA_UL_GEO_EC_49; PA_UL_GEO_EC_5; PA_UL_GEO_EC_50; PA_UL_GEO_EC_51; PA_UL_GEO_EC_52; PA_UL_GEO_EC_53; PA_UL_GEO_EC_54; PA_UL_GEO_EC_55; PA_UL_GEO_EC_56; PA_UL_GEO_EC_57; PA_UL_GEO_EC_58; PA_UL_GEO_EC_59; PA_UL_GEO_EC_6; PA_UL_GEO_EC_60; PA_UL_GEO_EC_61; PA_UL_GEO_EC_62; PA_UL_GEO_EC_63; PA_UL_GEO_EC_64; PA_UL_GEO_EC_65; PA_UL_GEO_EC_66; PA_UL_GEO_EC_67; PA_UL_GEO_EC_68; PA_UL_GEO_EC_69; PA_UL_GEO_EC_7; PA_UL_GEO_EC_70; PA_UL_GEO_EC_71; PA_UL_GEO_EC_72; PA_UL_GEO_EC_73; PA_UL_GEO_EC_74; PA_UL_GEO_EC_75; PA_UL_GEO_EC_76; PA_UL_GEO_EC_77; PA_UL_GEO_EC_78; PA_UL_GEO_EC_79; PA_UL_GEO_EC_8; PA_UL_GEO_EC_80; PA_UL_GEO_EC_81; PA_UL_GEO_EC_82; PA_UL_GEO_EC_83; PA_UL_GEO_EC_84; PA_UL_GEO_EC_85; PA_UL_GEO_EC_86; PA_UL_GEO_EC_87; PA_UL_GEO_EC_88; PA_UL_GEO_EC_89; PA_UL_GEO_EC_9; PA_UL_GEO_EC_90; PA_UL_GEO_EC_91; PA_UL_GEO_EC_92; PA_UL_GEO_EC_93; PA_UL_GEO_EC_94; PA_UL_GEO_EC_95; Sample code/label |
| url | https://doi.org/10.1594/PANGAEA.933520 |