| _version_ | 1867171031107502080 |
|---|---|
| author | Petrovic, Alexander Vahrenkamp, Volker |
| author_facet | Petrovic, Alexander Vahrenkamp, Volker |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | The Al Wajh platform - located in the Arabian-African desert belt - is a large land-attached carbonate platform in the Red Sea. In order to analyze total organic carbon (TOC) in Al Wajh lagoon, sediments were dried at 40°C and powdered by hand in a mortar to homogenize the sediment. TOC content (n: 157) was measured using a Leco CS-744 elemental analyzer at the University of Bremen (Germany). Total organic carbon contents range from 0.09 to 0.64% (Fig. 8A and C). Samples with the highest TOC contents are associated with the deepest locations in the lagoon (Fig. 8C). |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_940746 |
| institution | PANGAEA |
| language | en |
| publishDate | 2022 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Total organic carbon contents (Al Wajh carbonate platform lagoon) Petrovic, Alexander Vahrenkamp, Volker Al_Wajh_1; Al_Wajh_10; Al_Wajh_100; Al_Wajh_101; Al_Wajh_102; Al_Wajh_103; Al_Wajh_104; Al_Wajh_105; Al_Wajh_106; Al_Wajh_107; Al_Wajh_108; Al_Wajh_109; Al_Wajh_11; Al_Wajh_110; Al_Wajh_111; Al_Wajh_112; Al_Wajh_113; Al_Wajh_114; Al_Wajh_115; Al_Wajh_116; Al_Wajh_117; Al_Wajh_118; Al_Wajh_119; Al_Wajh_12; Al_Wajh_120; Al_Wajh_121; Al_Wajh_122; Al_Wajh_123; Al_Wajh_124; Al_Wajh_125; Al_Wajh_126; Al_Wajh_127; Al_Wajh_128; Al_Wajh_129; Al_Wajh_13; Al_Wajh_130; Al_Wajh_131; Al_Wajh_132; Al_Wajh_133; Al_Wajh_134; Al_Wajh_135; Al_Wajh_136; Al_Wajh_137; Al_Wajh_138; Al_Wajh_139; Al_Wajh_14; Al_Wajh_140; Al_Wajh_141; Al_Wajh_142; Al_Wajh_143; Al_Wajh_144; Al_Wajh_145; Al_Wajh_146; Al_Wajh_147; Al_Wajh_148; Al_Wajh_149; Al_Wajh_15; Al_Wajh_150; Al_Wajh_151; Al_Wajh_152; Al_Wajh_153; Al_Wajh_154; Al_Wajh_155; Al_Wajh_156; Al_Wajh_157; Al_Wajh_16; Al_Wajh_17; Al_Wajh_18; Al_Wajh_19; Al_Wajh_2; Al_Wajh_20; Al_Wajh_21; Al_Wajh_22; Al_Wajh_23; Al_Wajh_24; Al_Wajh_25; Al_Wajh_26; Al_Wajh_27; Al_Wajh_28; Al_Wajh_29; Al_Wajh_3; Al_Wajh_30; Al_Wajh_31; Al_Wajh_32; Al_Wajh_33; Al_Wajh_34; Al_Wajh_35; Al_Wajh_36; Al_Wajh_37; Al_Wajh_38; Al_Wajh_39; Al_Wajh_4; Al_Wajh_40; Al_Wajh_41; Al_Wajh_42; Al_Wajh_43; Al_Wajh_44; Al_Wajh_45; Al_Wajh_46; Al_Wajh_47; Al_Wajh_48; Al_Wajh_49; Al_Wajh_5; Al_Wajh_50; Al_Wajh_51; Al_Wajh_52; Al_Wajh_53; Al_Wajh_54; Al_Wajh_55; Al_Wajh_56; Al_Wajh_57; Al_Wajh_58; Al_Wajh_59; Al_Wajh_6; Al_Wajh_60; Al_Wajh_61; Al_Wajh_62; Al_Wajh_63; Al_Wajh_64; Al_Wajh_65; Al_Wajh_66; Al_Wajh_67; Al_Wajh_68; Al_Wajh_69; Al_Wajh_7; Al_Wajh_70; Al_Wajh_71; Al_Wajh_72; Al_Wajh_73; Al_Wajh_74; Al_Wajh_75; Al_Wajh_76; Al_Wajh_77; Al_Wajh_78; Al_Wajh_79; Al_Wajh_8; Al_Wajh_80; Al_Wajh_81; Al_Wajh_82; Al_Wajh_83; Al_Wajh_84; Al_Wajh_85; Al_Wajh_86; Al_Wajh_87; Al_Wajh_88; Al_Wajh_89; Al_Wajh_9; Al_Wajh_90; Al_Wajh_91; Al_Wajh_92; Al_Wajh_93; Al_Wajh_94; Al_Wajh_95; Al_Wajh_96; Al_Wajh_97; Al_Wajh_98; Al_Wajh_99; Al Wajh platform, Red Sea; Carbon, organic, total; Carbon, total; DEPTH, sediment/rock; Elevation of event; Event label; Latitude of event; Longitude of event; Red Sea; Sediment; TOC; van Veen Grab; VGRAB The Al Wajh platform - located in the Arabian-African desert belt - is a large land-attached carbonate platform in the Red Sea. In order to analyze total organic carbon (TOC) in Al Wajh lagoon, sediments were dried at 40°C and powdered by hand in a mortar to homogenize the sediment. TOC content (n: 157) was measured using a Leco CS-744 elemental analyzer at the University of Bremen (Germany). Total organic carbon contents range from 0.09 to 0.64% (Fig. 8A and C). Samples with the highest TOC contents are associated with the deepest locations in the lagoon (Fig. 8C). |
| title | Total organic carbon contents (Al Wajh carbonate platform lagoon) |
| topic | Al_Wajh_1; Al_Wajh_10; Al_Wajh_100; Al_Wajh_101; Al_Wajh_102; Al_Wajh_103; Al_Wajh_104; Al_Wajh_105; Al_Wajh_106; Al_Wajh_107; Al_Wajh_108; Al_Wajh_109; Al_Wajh_11; Al_Wajh_110; Al_Wajh_111; Al_Wajh_112; Al_Wajh_113; Al_Wajh_114; Al_Wajh_115; Al_Wajh_116; Al_Wajh_117; Al_Wajh_118; Al_Wajh_119; Al_Wajh_12; Al_Wajh_120; Al_Wajh_121; Al_Wajh_122; Al_Wajh_123; Al_Wajh_124; Al_Wajh_125; Al_Wajh_126; Al_Wajh_127; Al_Wajh_128; Al_Wajh_129; Al_Wajh_13; Al_Wajh_130; Al_Wajh_131; Al_Wajh_132; Al_Wajh_133; Al_Wajh_134; Al_Wajh_135; Al_Wajh_136; Al_Wajh_137; Al_Wajh_138; Al_Wajh_139; Al_Wajh_14; Al_Wajh_140; Al_Wajh_141; Al_Wajh_142; Al_Wajh_143; Al_Wajh_144; Al_Wajh_145; Al_Wajh_146; Al_Wajh_147; Al_Wajh_148; Al_Wajh_149; Al_Wajh_15; Al_Wajh_150; Al_Wajh_151; Al_Wajh_152; Al_Wajh_153; Al_Wajh_154; Al_Wajh_155; Al_Wajh_156; Al_Wajh_157; Al_Wajh_16; Al_Wajh_17; Al_Wajh_18; Al_Wajh_19; Al_Wajh_2; Al_Wajh_20; Al_Wajh_21; Al_Wajh_22; Al_Wajh_23; Al_Wajh_24; Al_Wajh_25; Al_Wajh_26; Al_Wajh_27; Al_Wajh_28; Al_Wajh_29; Al_Wajh_3; Al_Wajh_30; Al_Wajh_31; Al_Wajh_32; Al_Wajh_33; Al_Wajh_34; Al_Wajh_35; Al_Wajh_36; Al_Wajh_37; Al_Wajh_38; Al_Wajh_39; Al_Wajh_4; Al_Wajh_40; Al_Wajh_41; Al_Wajh_42; Al_Wajh_43; Al_Wajh_44; Al_Wajh_45; Al_Wajh_46; Al_Wajh_47; Al_Wajh_48; Al_Wajh_49; Al_Wajh_5; Al_Wajh_50; Al_Wajh_51; Al_Wajh_52; Al_Wajh_53; Al_Wajh_54; Al_Wajh_55; Al_Wajh_56; Al_Wajh_57; Al_Wajh_58; Al_Wajh_59; Al_Wajh_6; Al_Wajh_60; Al_Wajh_61; Al_Wajh_62; Al_Wajh_63; Al_Wajh_64; Al_Wajh_65; Al_Wajh_66; Al_Wajh_67; Al_Wajh_68; Al_Wajh_69; Al_Wajh_7; Al_Wajh_70; Al_Wajh_71; Al_Wajh_72; Al_Wajh_73; Al_Wajh_74; Al_Wajh_75; Al_Wajh_76; Al_Wajh_77; Al_Wajh_78; Al_Wajh_79; Al_Wajh_8; Al_Wajh_80; Al_Wajh_81; Al_Wajh_82; Al_Wajh_83; Al_Wajh_84; Al_Wajh_85; Al_Wajh_86; Al_Wajh_87; Al_Wajh_88; Al_Wajh_89; Al_Wajh_9; Al_Wajh_90; Al_Wajh_91; Al_Wajh_92; Al_Wajh_93; Al_Wajh_94; Al_Wajh_95; Al_Wajh_96; Al_Wajh_97; Al_Wajh_98; Al_Wajh_99; Al Wajh platform, Red Sea; Carbon, organic, total; Carbon, total; DEPTH, sediment/rock; Elevation of event; Event label; Latitude of event; Longitude of event; Red Sea; Sediment; TOC; van Veen Grab; VGRAB |
| url | https://doi.org/10.1594/PANGAEA.940746 |