Physical oceanography during Sir W. Laurier cruise LU94/1
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PANGAEA
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| Format: | Dataset Open Access |
| Sprache: | en |
| Veröffentlicht: |
PANGAEA
2013
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| _version_ | 1867168140081758208 |
|---|---|
| author | Ingram, Grant |
| author_facet | Ingram, Grant |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_808300 |
| institution | PANGAEA |
| language | en |
| publishDate | 2013 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Physical oceanography during Sir W. Laurier cruise LU94/1 Ingram, Grant Calculated from mass/volume; Canadian Coast Guard (Sir W. Laurier); CTD; CTD/Rosette; CTD-RO; CTD with attached oxygen sensor; Date/Time of event; Density, mass density; DEPTH, water; DJ8101X; DJ8102X; DJ8103X; DJ8104X; DJ8105X; DJ8106X; DJ8107X; DJ8108X; DJ8109X; DJ8110X; DJ8111X; DJ8112X; DJ8113X; DJ8114X; DJ8115X; DJ8116X; DJ8201X; DJ8202X; DJ8203X; DJ8204X; DJ8205X; DJ8206X; DJ8207X; DJ8208X; DJ8209X; DJ8210X; DJ8211X; DJ8212X; DJ8213X; DJ8214X; DJ8215X; DJ8216X; DJ8217X; DJ8218X; DJ8219X; DJ8220X; DJ8221X; DJ8222X; DJ8223X; DJ8224X; DJ8401X; DJ8402X; DJ8403X; DJ8404X; DJ8405X; DJ8406X; DJ8407X; DJ8408X; DJ8409X; DJ8410X; DJ8411X; DJ8412X; DJ8501X; DJ8502X; DJ8504X; DJ8505X; DJ8506X; DJ8507X; DJ8508X; DJ8509X; DJ8510X; DJ8511X; DJ8512X; DJ8513X; DJ8514X; Event label; Fluorescence, chlorophyll; JGOFS; JGOFS methods; Joint Global Ocean Flux Study; Latitude of event; Longitude of event; LU94/1; LU94/1_CTD348; LU94/1_CTD349; LU94/1_CTD350; LU94/1_CTD351; LU94/1_CTD352; LU94/1_CTD353; LU94/1_CTD354; LU94/1_CTD355; LU94/1_CTD356; LU94/1_CTD357; LU94/1_CTD358; LU94/1_CTD359; LU94/1_CTD360; LU94/1_CTD361; LU94/1_CTD362; LU94/1_CTD363; LU94/1_CTD364; LU94/1_CTD365; LU94/1_CTD366; LU94/1_CTD367; LU94/1_CTD368; LU94/1_CTD369; LU94/1_CTD370; LU94/1_CTD371; LU94/1_CTD372; LU94/1_CTD373; LU94/1_CTD374; LU94/1_CTD375; LU94/1_CTD376; LU94/1_CTD377; LU94/1_CTD378; LU94/1_CTD379; LU94/1_CTD380; LU94/1_CTD381; LU94/1_CTD382; LU94/1_CTD383; LU94/1_CTD384; LU94/1_CTD385; LU94/1_CTD386; LU94/1_CTD387; LU94/1_CTD388; LU94/1_CTD389; LU94/1_CTD390; LU94/1_CTD391; LU94/1_CTD392; LU94/1_CTD393; LU94/1_CTD394; LU94/1_CTD395; LU94/1_CTD396; LU94/1_CTD397; LU94/1_CTD398; LU94/1_CTD399; LU94/1_CTD400; LU94/1_CTD401; LU94/1_CTD402; LU94/1_CTD403; LU94/1_CTD404; LU94/1_CTD405; LU94/1_CTD406; LU94/1_CTD407; LU94/1_CTD408; LU94/1_CTD409; LU94/1_CTD410; LU94/1_CTD411; LU94/1_CTD412; Oxygen; Radiation, photosynthetically active; Salinity; Temperature, water; Transmission of light |
| title | Physical oceanography during Sir W. Laurier cruise LU94/1 |
| topic | Calculated from mass/volume; Canadian Coast Guard (Sir W. Laurier); CTD; CTD/Rosette; CTD-RO; CTD with attached oxygen sensor; Date/Time of event; Density, mass density; DEPTH, water; DJ8101X; DJ8102X; DJ8103X; DJ8104X; DJ8105X; DJ8106X; DJ8107X; DJ8108X; DJ8109X; DJ8110X; DJ8111X; DJ8112X; DJ8113X; DJ8114X; DJ8115X; DJ8116X; DJ8201X; DJ8202X; DJ8203X; DJ8204X; DJ8205X; DJ8206X; DJ8207X; DJ8208X; DJ8209X; DJ8210X; DJ8211X; DJ8212X; DJ8213X; DJ8214X; DJ8215X; DJ8216X; DJ8217X; DJ8218X; DJ8219X; DJ8220X; DJ8221X; DJ8222X; DJ8223X; DJ8224X; DJ8401X; DJ8402X; DJ8403X; DJ8404X; DJ8405X; DJ8406X; DJ8407X; DJ8408X; DJ8409X; DJ8410X; DJ8411X; DJ8412X; DJ8501X; DJ8502X; DJ8504X; DJ8505X; DJ8506X; DJ8507X; DJ8508X; DJ8509X; DJ8510X; DJ8511X; DJ8512X; DJ8513X; DJ8514X; Event label; Fluorescence, chlorophyll; JGOFS; JGOFS methods; Joint Global Ocean Flux Study; Latitude of event; Longitude of event; LU94/1; LU94/1_CTD348; LU94/1_CTD349; LU94/1_CTD350; LU94/1_CTD351; LU94/1_CTD352; LU94/1_CTD353; LU94/1_CTD354; LU94/1_CTD355; LU94/1_CTD356; LU94/1_CTD357; LU94/1_CTD358; LU94/1_CTD359; LU94/1_CTD360; LU94/1_CTD361; LU94/1_CTD362; LU94/1_CTD363; LU94/1_CTD364; LU94/1_CTD365; LU94/1_CTD366; LU94/1_CTD367; LU94/1_CTD368; LU94/1_CTD369; LU94/1_CTD370; LU94/1_CTD371; LU94/1_CTD372; LU94/1_CTD373; LU94/1_CTD374; LU94/1_CTD375; LU94/1_CTD376; LU94/1_CTD377; LU94/1_CTD378; LU94/1_CTD379; LU94/1_CTD380; LU94/1_CTD381; LU94/1_CTD382; LU94/1_CTD383; LU94/1_CTD384; LU94/1_CTD385; LU94/1_CTD386; LU94/1_CTD387; LU94/1_CTD388; LU94/1_CTD389; LU94/1_CTD390; LU94/1_CTD391; LU94/1_CTD392; LU94/1_CTD393; LU94/1_CTD394; LU94/1_CTD395; LU94/1_CTD396; LU94/1_CTD397; LU94/1_CTD398; LU94/1_CTD399; LU94/1_CTD400; LU94/1_CTD401; LU94/1_CTD402; LU94/1_CTD403; LU94/1_CTD404; LU94/1_CTD405; LU94/1_CTD406; LU94/1_CTD407; LU94/1_CTD408; LU94/1_CTD409; LU94/1_CTD410; LU94/1_CTD411; LU94/1_CTD412; Oxygen; Radiation, photosynthetically active; Salinity; Temperature, water; Transmission of light |
| url | https://doi.org/10.1594/PANGAEA.808300 |