Single water samples from MOSES project's cruise stern_3
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PANGAEA
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| Autori principali: | , , , , , , |
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| Natura: | Dataset Open Access |
| Lingua: | en |
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PANGAEA
2020
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| _version_ | 1867170379130208256 |
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| author | Bussmann, Ingeborg Brix, Holger Esposito, Mario Fischer, Philipp Flöser, Götz Friedrich, Madlen Nehir, Münevver |
| author_facet | Bussmann, Ingeborg Brix, Holger Esposito, Mario Fischer, Philipp Flöser, Götz Friedrich, Madlen Nehir, Münevver |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | During Stern_3 single water samples were taken either from a rosette (vertical) or from on the way systems. For the on the way systems a time off-set was calculated and subtracted from the original time. The aim of the sampling was mainly to counter-check with different sensors. More details can be found in the expedition report (Fahrtbericht Moses Sternfahrten). For methane concentrations, water was transferred to glass bottles (120 ml) and stored cold (4°). |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_910459 |
| institution | PANGAEA |
| language | en |
| publishDate | 2020 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Single water samples from MOSES project's cruise stern_3 Bussmann, Ingeborg Brix, Holger Esposito, Mario Fischer, Philipp Flöser, Götz Friedrich, Madlen Nehir, Münevver Cruise/expedition; CTD/Rosette; CTD-RO; DATE/TIME; DEPTH, water; dissolved methane; Event label; KON_stern_3; L19-11_stern_3; LATITUDE; Littorina; LONGITUDE; Ludwig Prandtl; Methane; Methane, sediment; MOSES_2019_Elbe-NorthSea, Research Vessel Ludwig Prandtl, Sternfahrt 3, KON; MOSES_2019_Elbe-NorthSea, Research Vessel Uthörn, Sternfahrt 3, UT09; MOSES_2019_Elbe-NorthSea, Sternfahrt 3, L19-11, 20190201; Name; OPTIMARE Precision Salinometer System; Salinity; Sample ID; sediment methane; Sediment sample; SES; stern_3-1; stern_3-10; stern_3-100; stern_3-101; stern_3-102; stern_3-103; stern_3-104; stern_3-105; stern_3-106; stern_3-107; stern_3-108; stern_3-109; stern_3-11; stern_3-110; stern_3-111; stern_3-112; stern_3-113; stern_3-114; stern_3-115; stern_3-116; stern_3-117; stern_3-118; stern_3-119; stern_3-12; stern_3-120; stern_3-121; stern_3-122; stern_3-123; stern_3-124; stern_3-125; stern_3-126; stern_3-127; stern_3-128; stern_3-129; stern_3-13; stern_3-130; stern_3-131; stern_3-132; stern_3-133; stern_3-134; stern_3-135; stern_3-136; stern_3-137; stern_3-138; stern_3-139; stern_3-14; stern_3-140; stern_3-141; stern_3-142; stern_3-143; stern_3-144; stern_3-145; stern_3-146; stern_3-147; stern_3-148; stern_3-149; stern_3-15; stern_3-150; stern_3-151; stern_3-152; stern_3-153; stern_3-154; stern_3-155; stern_3-156; stern_3-157; stern_3-158; stern_3-16; stern_3-17; stern_3-18; stern_3-19; stern_3-2; stern_3-20; stern_3-21; stern_3-22; stern_3-23; stern_3-24; stern_3-25; stern_3-26; stern_3-27; stern_3-28; stern_3-29; stern_3-3; stern_3-30; stern_3-31; stern_3-32; stern_3-33; stern_3-34; stern_3-35; stern_3-36; stern_3-37; stern_3-38; stern_3-39; stern_3-4; stern_3-40; stern_3-41; stern_3-42; stern_3-43; stern_3-44; stern_3-45; stern_3-46; stern_3-47; stern_3-48; stern_3-49; stern_3-5; stern_3-50; stern_3-51; stern_3-52; stern_3-53; stern_3-54; stern_3-55; stern_3-56; stern_3-57; stern_3-58; stern_3-59; stern_3-6; stern_3-60; stern_3-61; stern_3-62; stern_3-63; stern_3-64; stern_3-65; stern_3-66; stern_3-67; stern_3-68; stern_3-69; stern_3-7; stern_3-70; stern_3-71; stern_3-72; stern_3-73; stern_3-74; stern_3-75; stern_3-76; stern_3-77; stern_3-78; stern_3-79; stern_3-8; stern_3-80; stern_3-81; stern_3-82; stern_3-83; stern_3-84; stern_3-85; stern_3-86; stern_3-87; stern_3-88; stern_3-89; stern_3-9; stern_3-90; stern_3-91; stern_3-92; stern_3-93; stern_3-94; stern_3-95; stern_3-96; stern_3-97; stern_3-98; stern_3-99; Time in seconds; turbidity; Turbidity; Turbidity meter, Hach, 2100N IS; Type; UT09_stern_3; Uthörn; Water sample; WS During Stern_3 single water samples were taken either from a rosette (vertical) or from on the way systems. For the on the way systems a time off-set was calculated and subtracted from the original time. The aim of the sampling was mainly to counter-check with different sensors. More details can be found in the expedition report (Fahrtbericht Moses Sternfahrten). For methane concentrations, water was transferred to glass bottles (120 ml) and stored cold (4°). |
| title | Single water samples from MOSES project's cruise stern_3 |
| topic | Cruise/expedition; CTD/Rosette; CTD-RO; DATE/TIME; DEPTH, water; dissolved methane; Event label; KON_stern_3; L19-11_stern_3; LATITUDE; Littorina; LONGITUDE; Ludwig Prandtl; Methane; Methane, sediment; MOSES_2019_Elbe-NorthSea, Research Vessel Ludwig Prandtl, Sternfahrt 3, KON; MOSES_2019_Elbe-NorthSea, Research Vessel Uthörn, Sternfahrt 3, UT09; MOSES_2019_Elbe-NorthSea, Sternfahrt 3, L19-11, 20190201; Name; OPTIMARE Precision Salinometer System; Salinity; Sample ID; sediment methane; Sediment sample; SES; stern_3-1; stern_3-10; stern_3-100; stern_3-101; stern_3-102; stern_3-103; stern_3-104; stern_3-105; stern_3-106; stern_3-107; stern_3-108; stern_3-109; stern_3-11; stern_3-110; stern_3-111; stern_3-112; stern_3-113; stern_3-114; stern_3-115; stern_3-116; stern_3-117; stern_3-118; stern_3-119; stern_3-12; stern_3-120; stern_3-121; stern_3-122; stern_3-123; stern_3-124; stern_3-125; stern_3-126; stern_3-127; stern_3-128; stern_3-129; stern_3-13; stern_3-130; stern_3-131; stern_3-132; stern_3-133; stern_3-134; stern_3-135; stern_3-136; stern_3-137; stern_3-138; stern_3-139; stern_3-14; stern_3-140; stern_3-141; stern_3-142; stern_3-143; stern_3-144; stern_3-145; stern_3-146; stern_3-147; stern_3-148; stern_3-149; stern_3-15; stern_3-150; stern_3-151; stern_3-152; stern_3-153; stern_3-154; stern_3-155; stern_3-156; stern_3-157; stern_3-158; stern_3-16; stern_3-17; stern_3-18; stern_3-19; stern_3-2; stern_3-20; stern_3-21; stern_3-22; stern_3-23; stern_3-24; stern_3-25; stern_3-26; stern_3-27; stern_3-28; stern_3-29; stern_3-3; stern_3-30; stern_3-31; stern_3-32; stern_3-33; stern_3-34; stern_3-35; stern_3-36; stern_3-37; stern_3-38; stern_3-39; stern_3-4; stern_3-40; stern_3-41; stern_3-42; stern_3-43; stern_3-44; stern_3-45; stern_3-46; stern_3-47; stern_3-48; stern_3-49; stern_3-5; stern_3-50; stern_3-51; stern_3-52; stern_3-53; stern_3-54; stern_3-55; stern_3-56; stern_3-57; stern_3-58; stern_3-59; stern_3-6; stern_3-60; stern_3-61; stern_3-62; stern_3-63; stern_3-64; stern_3-65; stern_3-66; stern_3-67; stern_3-68; stern_3-69; stern_3-7; stern_3-70; stern_3-71; stern_3-72; stern_3-73; stern_3-74; stern_3-75; stern_3-76; stern_3-77; stern_3-78; stern_3-79; stern_3-8; stern_3-80; stern_3-81; stern_3-82; stern_3-83; stern_3-84; stern_3-85; stern_3-86; stern_3-87; stern_3-88; stern_3-89; stern_3-9; stern_3-90; stern_3-91; stern_3-92; stern_3-93; stern_3-94; stern_3-95; stern_3-96; stern_3-97; stern_3-98; stern_3-99; Time in seconds; turbidity; Turbidity; Turbidity meter, Hach, 2100N IS; Type; UT09_stern_3; Uthörn; Water sample; WS |
| url | https://doi.org/10.1594/PANGAEA.910459 |