Physical oceanography of CTD stations in the Persian Gulf
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| Format: | Dataset Open Access |
| Langue: | en |
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PANGAEA
1970
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| _version_ | 1867168550742917120 |
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| author | Brettschneider, Gottfried Grasshoff, Klaus Koske, Peter H von Trepka, Lothar |
| author_facet | Brettschneider, Gottfried Grasshoff, Klaus Koske, Peter H von Trepka, Lothar |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | The following tables show physical and chemical data observed by the „Meteor“ in the Persian Gulf and the Strait of Hormus. This study was performed in accordance with the general programme of the International Indian Ocean Expedition (IIOE) during the oeriod from March 25th until April 16th, 1965. The water temperature was measured by reversing thermometers; in most cases two instruments were used simultaneously. The absolute mean temperature difference of this double measurement is 0.0153 °C. The salinity was determined both by salinometer and by titration. In this case of the density, the specific volume anomaly, the dynamic depth anomaly, the sound velocity and the interpolation for standard depths were carried out by the National Oceanographic Data Center (NODC), Washington. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_604000 |
| institution | PANGAEA |
| language | en |
| publishDate | 1970 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Physical oceanography of CTD stations in the Persian Gulf Brettschneider, Gottfried Grasshoff, Klaus Koske, Peter H von Trepka, Lothar CTD/Rosette; CTD-RO; IIOE - International Indian Ocean Expedition; M1; M1_251; M1_252; M1_253; M1_254; M1_255; M1_256; M1_257; M1_258; M1_259; M1_261; M1_262; M1_263; M1_264; M1_265; M1_266; M1_267; M1_268; M1_269; M1_270; M1_271; M1_272; M1_273; M1_274; M1_275; M1_276; M1_277; M1_278; M1_279; M1_280A; M1_280C; M1_281; M1_282; M1_283; M1_284; M1_285; M1_286; M1_288; M1_289; M1_290A; M1_290C; M1_291; M1_292; M1_293; M1_294; M1_295; M1_296; M1_297; M1_298; M1_299; M1_300; M1_301; M1_302; M1_303; M1_304; M1_305; M1_306; M1_307; M1_308; M1_309; M1_310; M1_311; M1_312; M1_313; M1_314; M1_315; M1_316; M1_317; M1_319; M1_324; M1_326; M1_329A; M1_331; M1_332; M1_333; M1_334; M1_338; M1_339; M1_340; M1_341; M1_344; M1_348; M1_349; M1_355A; M1_356; M1_357; M1_358; M1_359; M1_360; M1_361; M1_363; M1_365; M1_366; M1_368; M1_369; M1_370; M1_371; M1_372; M1_373; M1_374; M1_375; M1_378; M1_379; M1_380; M1_381; M1_382; M1_CTD251; M1_CTD252; M1_CTD253; M1_CTD254; M1_CTD255; M1_CTD256; M1_CTD257; M1_CTD258; M1_CTD259; M1_CTD261; M1_CTD262; M1_CTD263; M1_CTD264; M1_CTD265; M1_CTD266; M1_CTD267; M1_CTD268; M1_CTD269; M1_CTD270; M1_CTD271; M1_CTD272; M1_CTD273; M1_CTD274; M1_CTD275; M1_CTD276; M1_CTD277; M1_CTD278; M1_CTD279; M1_CTD280A; M1_CTD280C; M1_CTD281; M1_CTD282; M1_CTD283; M1_CTD284; M1_CTD285; M1_CTD286; M1_CTD288; M1_CTD289; M1_CTD290A; M1_CTD290C; M1_CTD291; M1_CTD292; M1_CTD293; M1_CTD294; M1_CTD295; M1_CTD296; M1_CTD297; M1_CTD298; M1_CTD299; M1_CTD300; M1_CTD301; M1_CTD302; M1_CTD303; M1_CTD304; M1_CTD305; M1_CTD306; M1_CTD307; M1_CTD308; M1_CTD309; M1_CTD310; M1_CTD311; M1_CTD312; M1_CTD313; M1_CTD314; M1_CTD315; M1_CTD316; M1_CTD317; M1_CTD319; M1_CTD324; M1_CTD326; M1_CTD329A; M1_CTD331; M1_CTD332; M1_CTD333; M1_CTD334; M1_CTD338; M1_CTD339; M1_CTD340; M1_CTD341; M1_CTD344; M1_CTD348; M1_CTD349; M1_CTD355A; M1_CTD356; M1_CTD357; M1_CTD358; M1_CTD359; M1_CTD360; M1_CTD361; M1_CTD363; M1_CTD365; M1_CTD366; M1_CTD368; M1_CTD369; M1_CTD370; M1_CTD371; M1_CTD372; M1_CTD373; M1_CTD374; M1_CTD375; M1_CTD378; M1_CTD379; M1_CTD380; M1_CTD381; M1_CTD382; Meteor (1964); Persian Gulf The following tables show physical and chemical data observed by the „Meteor“ in the Persian Gulf and the Strait of Hormus. This study was performed in accordance with the general programme of the International Indian Ocean Expedition (IIOE) during the oeriod from March 25th until April 16th, 1965. The water temperature was measured by reversing thermometers; in most cases two instruments were used simultaneously. The absolute mean temperature difference of this double measurement is 0.0153 °C. The salinity was determined both by salinometer and by titration. In this case of the density, the specific volume anomaly, the dynamic depth anomaly, the sound velocity and the interpolation for standard depths were carried out by the National Oceanographic Data Center (NODC), Washington. |
| title | Physical oceanography of CTD stations in the Persian Gulf |
| topic | CTD/Rosette; CTD-RO; IIOE - International Indian Ocean Expedition; M1; M1_251; M1_252; M1_253; M1_254; M1_255; M1_256; M1_257; M1_258; M1_259; M1_261; M1_262; M1_263; M1_264; M1_265; M1_266; M1_267; M1_268; M1_269; M1_270; M1_271; M1_272; M1_273; M1_274; M1_275; M1_276; M1_277; M1_278; M1_279; M1_280A; M1_280C; M1_281; M1_282; M1_283; M1_284; M1_285; M1_286; M1_288; M1_289; M1_290A; M1_290C; M1_291; M1_292; M1_293; M1_294; M1_295; M1_296; M1_297; M1_298; M1_299; M1_300; M1_301; M1_302; M1_303; M1_304; M1_305; M1_306; M1_307; M1_308; M1_309; M1_310; M1_311; M1_312; M1_313; M1_314; M1_315; M1_316; M1_317; M1_319; M1_324; M1_326; M1_329A; M1_331; M1_332; M1_333; M1_334; M1_338; M1_339; M1_340; M1_341; M1_344; M1_348; M1_349; M1_355A; M1_356; M1_357; M1_358; M1_359; M1_360; M1_361; M1_363; M1_365; M1_366; M1_368; M1_369; M1_370; M1_371; M1_372; M1_373; M1_374; M1_375; M1_378; M1_379; M1_380; M1_381; M1_382; M1_CTD251; M1_CTD252; M1_CTD253; M1_CTD254; M1_CTD255; M1_CTD256; M1_CTD257; M1_CTD258; M1_CTD259; M1_CTD261; M1_CTD262; M1_CTD263; M1_CTD264; M1_CTD265; M1_CTD266; M1_CTD267; M1_CTD268; M1_CTD269; M1_CTD270; M1_CTD271; M1_CTD272; M1_CTD273; M1_CTD274; M1_CTD275; M1_CTD276; M1_CTD277; M1_CTD278; M1_CTD279; M1_CTD280A; M1_CTD280C; M1_CTD281; M1_CTD282; M1_CTD283; M1_CTD284; M1_CTD285; M1_CTD286; M1_CTD288; M1_CTD289; M1_CTD290A; M1_CTD290C; M1_CTD291; M1_CTD292; M1_CTD293; M1_CTD294; M1_CTD295; M1_CTD296; M1_CTD297; M1_CTD298; M1_CTD299; M1_CTD300; M1_CTD301; M1_CTD302; M1_CTD303; M1_CTD304; M1_CTD305; M1_CTD306; M1_CTD307; M1_CTD308; M1_CTD309; M1_CTD310; M1_CTD311; M1_CTD312; M1_CTD313; M1_CTD314; M1_CTD315; M1_CTD316; M1_CTD317; M1_CTD319; M1_CTD324; M1_CTD326; M1_CTD329A; M1_CTD331; M1_CTD332; M1_CTD333; M1_CTD334; M1_CTD338; M1_CTD339; M1_CTD340; M1_CTD341; M1_CTD344; M1_CTD348; M1_CTD349; M1_CTD355A; M1_CTD356; M1_CTD357; M1_CTD358; M1_CTD359; M1_CTD360; M1_CTD361; M1_CTD363; M1_CTD365; M1_CTD366; M1_CTD368; M1_CTD369; M1_CTD370; M1_CTD371; M1_CTD372; M1_CTD373; M1_CTD374; M1_CTD375; M1_CTD378; M1_CTD379; M1_CTD380; M1_CTD381; M1_CTD382; Meteor (1964); Persian Gulf |
| url | https://doi.org/10.1594/PANGAEA.604000 |