Volume scatter in surface water during cruise CD60
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PANGAEA
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| Format: | Dataset Open Access |
| Sprache: | en |
| Veröffentlicht: |
PANGAEA
2004
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| _version_ | 1867171935139397632 |
|---|---|
| author | Balch, William M |
| author_facet | Balch, William M |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_206591 |
| institution | PANGAEA |
| language | en |
| publishDate | 2004 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Volume scatter in surface water during cruise CD60 Balch, William M 600107#U01; 600107#U03; 600107#U05; 600107#U07; 600107#U09; 600107#U11; 600107#U13; 600107#U15; 600107#U19; 600207#U01; 600207#U03; 600207#U05; 600207#U07; 600207#U09; 600207#U10; 601406#U03; 601406#U04; 601506#U01; 601506#U02; 601506#U03; 601506#U04; 601506#U05; 601506#U06; 601506#U07; 601506#U08; 601506#U11; 601506#U13; 601506#U15; 601506#U17; 601506#U19; 601506#U21; 601506#U23; 601606#U02; 601606#U04; 601606#U06; 601606#U08; 601606#U10; 601606#U12; 601606#U14; 601606#U16; 601606#U18; 601606#U20; 601606#U22; 601706#U01; 601706#U03; 601706#U05; 601806#U02; 601806#U03; 601806#U05; 601806#U07; 601806#U09; 601806#U12; 601806#U14; 601806#U16; 601806#U20; 601806#U21; 601906#U01; 602006#U01; 602006#U03; 602006#U05; 602006#U07; 602006#U09; 602006#U10; 602006#U12; 602006#U14; 602106#U01; 602106#U04; 602106#U05; 602106#U07; 602206#U02; 602206#U04; 602206#U05; 602206#U07; 602206#U08; 602206#U09; 602206#U10; 602206#U11; 602206#U15; 602206#U18; 602406#U03; 602406#U06; 602406#U09; 602406#U12; 602406#U13; 602406#U14; 602406#U15; 602706#U01; 602706#U03; 602706#U14; 602706#U15; 602706#U16; 602706#U17; 602706#U18; 602706#U19; 602806#U01; 602906#U01; 602906#U02; 603006#U01; 603006#U02; 603006#U03; 603006#U05; 603006#U07; 603006#U08; 603006#U10; 603006#U12; Biogeochemical Ocean Flux Study; Blue backscatter, attributed to calcite; Blue backscatter, total; Blue light volume scatter; BOFS; CD60; CD60_0107#U01; CD60_0107#U03; CD60_0107#U05; CD60_0107#U07; CD60_0107#U09; CD60_0107#U11; CD60_0107#U13; CD60_0107#U15; CD60_0107#U19; CD60_0207#U01; CD60_0207#U03; CD60_0207#U05; CD60_0207#U07; CD60_0207#U09; CD60_0207#U10; CD60_1406#U03; CD60_1406#U04; CD60_1506#U01; CD60_1506#U02; CD60_1506#U03; CD60_1506#U04; CD60_1506#U05; CD60_1506#U06; CD60_1506#U07; CD60_1506#U08; CD60_1506#U11; CD60_1506#U13; CD60_1506#U15; CD60_1506#U17; CD60_1506#U19; CD60_1506#U21; CD60_1506#U23; CD60_1606#U02; CD60_1606#U04; CD60_1606#U06; CD60_1606#U08; CD60_1606#U10; CD60_1606#U12; CD60_1606#U14; CD60_1606#U16; CD60_1606#U18; CD60_1606#U20; CD60_1606#U22; CD60_1706#U01; CD60_1706#U03; CD60_1706#U05; CD60_1806#U02; CD60_1806#U03; CD60_1806#U05; CD60_1806#U07; CD60_1806#U09; CD60_1806#U12; CD60_1806#U14; CD60_1806#U16; CD60_1806#U20; CD60_1806#U21; CD60_1906#U01; CD60_2006#U01; CD60_2006#U03; CD60_2006#U05; CD60_2006#U07; CD60_2006#U09; CD60_2006#U10; CD60_2006#U12; CD60_2006#U14; CD60_2106#U01; CD60_2106#U04; CD60_2106#U05; CD60_2106#U07; CD60_2206#U02; CD60_2206#U04; CD60_2206#U05; CD60_2206#U07; CD60_2206#U08; CD60_2206#U09; CD60_2206#U10; CD60_2206#U11; CD60_2206#U15; CD60_2206#U18; CD60_2406#U03; CD60_2406#U06; CD60_2406#U09; CD60_2406#U12; CD60_2406#U13; CD60_2406#U14; CD60_2406#U15; CD60_2706#U01; CD60_2706#U03; CD60_2706#U14; CD60_2706#U15; CD60_2706#U16; CD60_2706#U17; CD60_2706#U18; CD60_2706#U19; CD60_2806#U01; CD60_2906#U01; CD60_2906#U02; CD60_3006#U01; CD60_3006#U02; CD60_3006#U03; CD60_3006#U05; CD60_3006#U07; CD60_3006#U08; CD60_3006#U10; CD60_3006#U12; Charles Darwin; Date/Time of event; DEPTH, water; Event label; GPUMP; Green backscatter, attributed to calcite; Green backscatter, total; Green light volume scatter; JGOFS; Joint Global Ocean Flux Study; Latitude of event; Longitude of event; Ships non-toxic pump |
| title | Volume scatter in surface water during cruise CD60 |
| topic | 600107#U01; 600107#U03; 600107#U05; 600107#U07; 600107#U09; 600107#U11; 600107#U13; 600107#U15; 600107#U19; 600207#U01; 600207#U03; 600207#U05; 600207#U07; 600207#U09; 600207#U10; 601406#U03; 601406#U04; 601506#U01; 601506#U02; 601506#U03; 601506#U04; 601506#U05; 601506#U06; 601506#U07; 601506#U08; 601506#U11; 601506#U13; 601506#U15; 601506#U17; 601506#U19; 601506#U21; 601506#U23; 601606#U02; 601606#U04; 601606#U06; 601606#U08; 601606#U10; 601606#U12; 601606#U14; 601606#U16; 601606#U18; 601606#U20; 601606#U22; 601706#U01; 601706#U03; 601706#U05; 601806#U02; 601806#U03; 601806#U05; 601806#U07; 601806#U09; 601806#U12; 601806#U14; 601806#U16; 601806#U20; 601806#U21; 601906#U01; 602006#U01; 602006#U03; 602006#U05; 602006#U07; 602006#U09; 602006#U10; 602006#U12; 602006#U14; 602106#U01; 602106#U04; 602106#U05; 602106#U07; 602206#U02; 602206#U04; 602206#U05; 602206#U07; 602206#U08; 602206#U09; 602206#U10; 602206#U11; 602206#U15; 602206#U18; 602406#U03; 602406#U06; 602406#U09; 602406#U12; 602406#U13; 602406#U14; 602406#U15; 602706#U01; 602706#U03; 602706#U14; 602706#U15; 602706#U16; 602706#U17; 602706#U18; 602706#U19; 602806#U01; 602906#U01; 602906#U02; 603006#U01; 603006#U02; 603006#U03; 603006#U05; 603006#U07; 603006#U08; 603006#U10; 603006#U12; Biogeochemical Ocean Flux Study; Blue backscatter, attributed to calcite; Blue backscatter, total; Blue light volume scatter; BOFS; CD60; CD60_0107#U01; CD60_0107#U03; CD60_0107#U05; CD60_0107#U07; CD60_0107#U09; CD60_0107#U11; CD60_0107#U13; CD60_0107#U15; CD60_0107#U19; CD60_0207#U01; CD60_0207#U03; CD60_0207#U05; CD60_0207#U07; CD60_0207#U09; CD60_0207#U10; CD60_1406#U03; CD60_1406#U04; CD60_1506#U01; CD60_1506#U02; CD60_1506#U03; CD60_1506#U04; CD60_1506#U05; CD60_1506#U06; CD60_1506#U07; CD60_1506#U08; CD60_1506#U11; CD60_1506#U13; CD60_1506#U15; CD60_1506#U17; CD60_1506#U19; CD60_1506#U21; CD60_1506#U23; CD60_1606#U02; CD60_1606#U04; CD60_1606#U06; CD60_1606#U08; CD60_1606#U10; CD60_1606#U12; CD60_1606#U14; CD60_1606#U16; CD60_1606#U18; CD60_1606#U20; CD60_1606#U22; CD60_1706#U01; CD60_1706#U03; CD60_1706#U05; CD60_1806#U02; CD60_1806#U03; CD60_1806#U05; CD60_1806#U07; CD60_1806#U09; CD60_1806#U12; CD60_1806#U14; CD60_1806#U16; CD60_1806#U20; CD60_1806#U21; CD60_1906#U01; CD60_2006#U01; CD60_2006#U03; CD60_2006#U05; CD60_2006#U07; CD60_2006#U09; CD60_2006#U10; CD60_2006#U12; CD60_2006#U14; CD60_2106#U01; CD60_2106#U04; CD60_2106#U05; CD60_2106#U07; CD60_2206#U02; CD60_2206#U04; CD60_2206#U05; CD60_2206#U07; CD60_2206#U08; CD60_2206#U09; CD60_2206#U10; CD60_2206#U11; CD60_2206#U15; CD60_2206#U18; CD60_2406#U03; CD60_2406#U06; CD60_2406#U09; CD60_2406#U12; CD60_2406#U13; CD60_2406#U14; CD60_2406#U15; CD60_2706#U01; CD60_2706#U03; CD60_2706#U14; CD60_2706#U15; CD60_2706#U16; CD60_2706#U17; CD60_2706#U18; CD60_2706#U19; CD60_2806#U01; CD60_2906#U01; CD60_2906#U02; CD60_3006#U01; CD60_3006#U02; CD60_3006#U03; CD60_3006#U05; CD60_3006#U07; CD60_3006#U08; CD60_3006#U10; CD60_3006#U12; Charles Darwin; Date/Time of event; DEPTH, water; Event label; GPUMP; Green backscatter, attributed to calcite; Green backscatter, total; Green light volume scatter; JGOFS; Joint Global Ocean Flux Study; Latitude of event; Longitude of event; Ships non-toxic pump |
| url | https://doi.org/10.1594/PANGAEA.206591 |