| _version_ | 1867172205580779520 |
|---|---|
| author | Hinrichsen, Hans-Harald Haslob, Holger Lehmann, Andreas |
| author_facet | Hinrichsen, Hans-Harald Haslob, Holger Lehmann, Andreas |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | Conductivity-temperature-depth profiles were measured using a CTD during RV ALKOR cruise AL373. The CTD was equipped with duplicate sensors for temperature, conductivity and oxygen. All sensors are calibrated irregularly. Data were connected to the station book of the specific cruise as available in the DSHIP database. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_979397 |
| institution | PANGAEA |
| language | en |
| publishDate | 2025 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Physical oceanography during ALKOR cruise AL373 Hinrichsen, Hans-Harald Haslob, Holger Lehmann, Andreas AL373; AL373_0368-1; AL373_0368-2; AL373_0368-3; AL373_0368-4; AL373_0369-3; AL373_0370-1; AL373_0373-1; AL373_0374-1; AL373_0375-1; AL373_0376-1; AL373_0377-2; AL373_0378-1; AL373_0379-3; AL373_0380-1; AL373_0381-4; AL373_0382-1; AL373_0383-2; AL373_0384-1; AL373_0385-2; AL373_0386-1; AL373_0387-2; AL373_0387-3; AL373_0387-4; AL373_0387-5; AL373_0388-1; AL373_0389-2; AL373_0390-1; AL373_0391-5; AL373_0392-1; AL373_0393-2; AL373_0394-1; AL373_0395-2; AL373_0396-1; AL373_0397-2; AL373_0398-1; AL373_0399-2; AL373_0400-1; AL373_0401-2; AL373_0401-3; AL373_0401-4; AL373_0401-5; AL373_0402-1; AL373_0403-2; AL373_0404-1; AL373_0405-2; AL373_0405-3; AL373_0411-2; AL373_0412-1; AL373_0413-3; AL373_0414-1; AL373_0415-2; AL373_0416-1; AL373_0420-1; AL373_0420-2; AL373_0423-3; AL373_0423-4; AL373_0424-1; AL373_0425-3; AL373_0426-1; AL373_0427-3; AL373_0428-1; AL373_0434-1; AL373_0436-2; AL373_0437-1; AL373_0438-2; AL373_0439-1; AL373_0440-2; AL373_0441-1; AL373_0446-1; AL373_0464-1; AL373_0464-2; AL373_0464-3; AL373_0473-14; AL373_0473-15; AL373_0473-16; AL373_0474-1; AL373_0475-2; AL373_0476-1; AL373_0477-2; AL373_0478-1; AL373_0479-2; AL373_0480-1; AL373_0481-2; AL373_0482-1; AL373_0483-2; AL373_0484-2; AL373_0484-4; AL373_0484-5; AL373_0485-2; AL373_0486-1; AL373_0487-2; AL373_0488-1; AL373_0489-2; AL373_0490-1; AL373_0491-2; AL373_0492-1; AL373_0493-1; AL373_0493-3; AL373_0494-1; AL373_CTD1; AL373_CTD10; AL373_CTD100; AL373_CTD11; AL373_CTD12; AL373_CTD13; AL373_CTD14; AL373_CTD15; AL373_CTD16; AL373_CTD17; AL373_CTD18; AL373_CTD19; AL373_CTD2; AL373_CTD20; AL373_CTD21; AL373_CTD22; AL373_CTD23; AL373_CTD24; AL373_CTD25; AL373_CTD26; AL373_CTD27; AL373_CTD28; AL373_CTD29; AL373_CTD3; AL373_CTD30; AL373_CTD31; AL373_CTD32; AL373_CTD33; AL373_CTD34; AL373_CTD35; AL373_CTD36; AL373_CTD37; AL373_CTD38; AL373_CTD39; AL373_CTD4; AL373_CTD40; AL373_CTD41; AL373_CTD42; AL373_CTD43; AL373_CTD44; AL373_CTD45; AL373_CTD46; AL373_CTD47; AL373_CTD48; AL373_CTD49; AL373_CTD5; AL373_CTD50; AL373_CTD51; AL373_CTD52; AL373_CTD53; AL373_CTD54; AL373_CTD55; AL373_CTD56; AL373_CTD57; AL373_CTD58; AL373_CTD59; AL373_CTD6; AL373_CTD60; AL373_CTD61; AL373_CTD62; AL373_CTD63; AL373_CTD64; AL373_CTD65; AL373_CTD66; AL373_CTD67; AL373_CTD68; AL373_CTD69; AL373_CTD7; AL373_CTD70; AL373_CTD71; AL373_CTD72; AL373_CTD73; AL373_CTD74; AL373_CTD75; AL373_CTD76; AL373_CTD77; AL373_CTD78; AL373_CTD79; AL373_CTD8; AL373_CTD81; AL373_CTD82; AL373_CTD83; AL373_CTD84; AL373_CTD85; AL373_CTD86; AL373_CTD87; AL373_CTD88; AL373_CTD89; AL373_CTD9; AL373_CTD90; AL373_CTD91; AL373_CTD92; AL373_CTD93; AL373_CTD94; AL373_CTD95; AL373_CTD96; AL373_CTD97; AL373_CTD98; AL373_CTD99; Alkor (1990); Baltic Sea; CTD; CTD/Rosette; CTD casts; CTD-RO; Date/Time of event; Density, sigma-theta (0); Elevation of event; Event label; Latitude of event; Longitude of event; Oxygen; Pressure, water; RV ALKOR; Salinity; Temperature, water; Timeseries Conductivity-temperature-depth profiles were measured using a CTD during RV ALKOR cruise AL373. The CTD was equipped with duplicate sensors for temperature, conductivity and oxygen. All sensors are calibrated irregularly. Data were connected to the station book of the specific cruise as available in the DSHIP database. |
| title | Physical oceanography during ALKOR cruise AL373 |
| topic | AL373; AL373_0368-1; AL373_0368-2; AL373_0368-3; AL373_0368-4; AL373_0369-3; AL373_0370-1; AL373_0373-1; AL373_0374-1; AL373_0375-1; AL373_0376-1; AL373_0377-2; AL373_0378-1; AL373_0379-3; AL373_0380-1; AL373_0381-4; AL373_0382-1; AL373_0383-2; AL373_0384-1; AL373_0385-2; AL373_0386-1; AL373_0387-2; AL373_0387-3; AL373_0387-4; AL373_0387-5; AL373_0388-1; AL373_0389-2; AL373_0390-1; AL373_0391-5; AL373_0392-1; AL373_0393-2; AL373_0394-1; AL373_0395-2; AL373_0396-1; AL373_0397-2; AL373_0398-1; AL373_0399-2; AL373_0400-1; AL373_0401-2; AL373_0401-3; AL373_0401-4; AL373_0401-5; AL373_0402-1; AL373_0403-2; AL373_0404-1; AL373_0405-2; AL373_0405-3; AL373_0411-2; AL373_0412-1; AL373_0413-3; AL373_0414-1; AL373_0415-2; AL373_0416-1; AL373_0420-1; AL373_0420-2; AL373_0423-3; AL373_0423-4; AL373_0424-1; AL373_0425-3; AL373_0426-1; AL373_0427-3; AL373_0428-1; AL373_0434-1; AL373_0436-2; AL373_0437-1; AL373_0438-2; AL373_0439-1; AL373_0440-2; AL373_0441-1; AL373_0446-1; AL373_0464-1; AL373_0464-2; AL373_0464-3; AL373_0473-14; AL373_0473-15; AL373_0473-16; AL373_0474-1; AL373_0475-2; AL373_0476-1; AL373_0477-2; AL373_0478-1; AL373_0479-2; AL373_0480-1; AL373_0481-2; AL373_0482-1; AL373_0483-2; AL373_0484-2; AL373_0484-4; AL373_0484-5; AL373_0485-2; AL373_0486-1; AL373_0487-2; AL373_0488-1; AL373_0489-2; AL373_0490-1; AL373_0491-2; AL373_0492-1; AL373_0493-1; AL373_0493-3; AL373_0494-1; AL373_CTD1; AL373_CTD10; AL373_CTD100; AL373_CTD11; AL373_CTD12; AL373_CTD13; AL373_CTD14; AL373_CTD15; AL373_CTD16; AL373_CTD17; AL373_CTD18; AL373_CTD19; AL373_CTD2; AL373_CTD20; AL373_CTD21; AL373_CTD22; AL373_CTD23; AL373_CTD24; AL373_CTD25; AL373_CTD26; AL373_CTD27; AL373_CTD28; AL373_CTD29; AL373_CTD3; AL373_CTD30; AL373_CTD31; AL373_CTD32; AL373_CTD33; AL373_CTD34; AL373_CTD35; AL373_CTD36; AL373_CTD37; AL373_CTD38; AL373_CTD39; AL373_CTD4; AL373_CTD40; AL373_CTD41; AL373_CTD42; AL373_CTD43; AL373_CTD44; AL373_CTD45; AL373_CTD46; AL373_CTD47; AL373_CTD48; AL373_CTD49; AL373_CTD5; AL373_CTD50; AL373_CTD51; AL373_CTD52; AL373_CTD53; AL373_CTD54; AL373_CTD55; AL373_CTD56; AL373_CTD57; AL373_CTD58; AL373_CTD59; AL373_CTD6; AL373_CTD60; AL373_CTD61; AL373_CTD62; AL373_CTD63; AL373_CTD64; AL373_CTD65; AL373_CTD66; AL373_CTD67; AL373_CTD68; AL373_CTD69; AL373_CTD7; AL373_CTD70; AL373_CTD71; AL373_CTD72; AL373_CTD73; AL373_CTD74; AL373_CTD75; AL373_CTD76; AL373_CTD77; AL373_CTD78; AL373_CTD79; AL373_CTD8; AL373_CTD81; AL373_CTD82; AL373_CTD83; AL373_CTD84; AL373_CTD85; AL373_CTD86; AL373_CTD87; AL373_CTD88; AL373_CTD89; AL373_CTD9; AL373_CTD90; AL373_CTD91; AL373_CTD92; AL373_CTD93; AL373_CTD94; AL373_CTD95; AL373_CTD96; AL373_CTD97; AL373_CTD98; AL373_CTD99; Alkor (1990); Baltic Sea; CTD; CTD/Rosette; CTD casts; CTD-RO; Date/Time of event; Density, sigma-theta (0); Elevation of event; Event label; Latitude of event; Longitude of event; Oxygen; Pressure, water; RV ALKOR; Salinity; Temperature, water; Timeseries |
| url | https://doi.org/10.1594/PANGAEA.979397 |