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Bibliographic Details
Main Authors:	Fragoso, Glaucia M, Poulton, Alex J, Yashayaev, Igor M, Head, Erica J H, Purdie, Duncan A
Format:	Dataset Open Access
Language:	en
Published:	PANGAEA 2017
Subjects:	(Diadinoxanthin + Diatoxanthin)/Chlorophyll a ratio; 19-Butanoyloxyfucoxanthin; 19-Hexanoyloxyfucoxanthin; Alloxanthin; alpha-Carotene, beta,epsilon-Carotene; beta-Carotene, beta,beta-Carotene; Calculated; Campaign of event; Carbon, organic, particulate; Carbon, organic, particulate/Nitrogen, organic, particulate ratio; Carotenoid pigments; Chlorophyll a; Chlorophyll a, Chlorophyta; Chlorophyll a, Chrysophyta; Chlorophyll a, Cryptophycea; Chlorophyll a, Cyanobacteria; Chlorophyll a, Diatoms; Chlorophyll a, Dinoflagellata; Chlorophyll a, Phaeocystis; Chlorophyll a, Prasinophyta; Chlorophyll a, Prymnesiophyceae; Chlorophyll a, total; Chlorophyll b; Chlorophyll c; Chlorophyll c1+c2; Chlorophyll c3; Chlorophyllide a; Cluster number; Comment; CTD, Sea-Bird; CTD/Rosette; CTD-RO; Date/Time of event; Davis Strait; Day of study; DEPTH, water; Diadinoxanthin; Diadinoxanthin + Diatoxanthin; Diatoxanthin; Diatoxanthin/(Diadinoxanthin + Diatoxanthin) ratio; Element analyser CHNS/O, Perkin-Elmer 2400 II; Event label; Fluorometer, Turner Design, TD-700; Fucoxanthin; Greenland Sea; Gulf of St. Lawrence; High Performance Liquid Chromatography (HPLC); HUD2005-16; HUD-2005-16_L10; HUD-2005-16_L11; HUD-2005-16_L12B_2; HUD-2005-16_L13; HUD-2005-16_L14; HUD-2005-16_L15; HUD-2005-16_L16B_2; HUD-2005-16_L17; HUD-2005-16_L18; HUD-2005-16_L19; HUD-2005-16_L20B_2; HUD-2005-16_L21; HUD-2005-16_L22; HUD-2005-16_L23; HUD-2005-16_L24; HUD-2005-16_L25B_2; HUD-2005-16_L26; HUD-2005-16_L27_2; HUD-2005-16_L3; HUD-2005-16_L4; HUD-2005-16_L5; HUD-2005-16_L6_2; HUD-2005-16_L7; HUD-2005-16_L8; HUD-2005-16_L9; HUD2006-019; HUD-2006-019_Bio1_2; HUD-2006-019_Bio4_2; HUD-2006-019_L1_2; HUD-2006-019_L11; HUD-2006-019_L14B_2; HUD-2006-019_L18B_2; HUD-2006-019_L24B_2; HUD-2006-019_L25B_2; HUD-2006-019_L4_2; HUD-2006-019_L4.10_2; HUD-2006-019_L4.5_2; HUD-2006-019_L9B_3; HUD2007-011; HUD-2007-011_L10B_2; HUD-2007-011_L11; HUD-2007-011_L12; HUD-2007-011_L13; HUD-2007-011_L14; HUD-2007-011_L14B_2; HUD-2007-011_L15; HUD-2007-011_L16; HUD-2007-011_L17; HUD-2007-011_L17B_2; HUD-2007-011_L18; HUD-2007-011_L2.10; HUD-2007-011_L2.12B_2; HUD-2007-011_L2.13; HUD-2007-011_L2.14; HUD-2007-011_L2.15.5; HUD-2007-011_L2.18; HUD-2007-011_L2.19_2; HUD-2007-011_L2.20; HUD-2007-011_L2.8B_2; HUD-2007-011_L20; HUD-2007-011_L21; HUD-2007-011_L21B_2; HUD-2007-011_L22; HUD-2007-011_L23; HUD-2007-011_L24; HUD-2007-011_L25; HUD-2007-011_L26; HUD-2007-011_L27_2; HUD-2007-011_L4.5; HUD-2007-011_L5; HUD-2007-011_L8; HUD2008-009; HUD-2008-009_L1; HUD-2008-009_L10B_2; HUD-2008-009_L11; HUD-2008-009_L12; HUD-2008-009_L13; HUD-2008-009_L14; HUD-2008-009_L15B_2; HUD-2008-009_L16; HUD-2008-009_L17; HUD-2008-009_L18; HUD-2008-009_L19B_2; HUD-2008-009_L2; HUD-2008-009_L20; HUD-2008-009_L21; HUD-2008-009_L22B_2; HUD-2008-009_L23; HUD-2008-009_L24B_2; HUD-2008-009_L25; HUD-2008-009_L3; HUD-2008-009_L4_2; HUD-2008-009_L5; HUD-2008-009_L6; HUD-2008-009_L7; HUD-2008-009_L8; HUD-2008-009_L9; HUD2009-015; HUD-2009-015_BIO1_2; HUD-2009-015_BIO2_2; HUD-2009-015_BIO3_2; HUD-2009-015_L10B_2; HUD-2009-015_L11B_2; HUD-2009-015_L12; HUD-2009-015_L13; HUD-2009-015_L14; HUD-2009-015_L15B_2; HUD-2009-015_L16B_2; HUD-2009-015_L17; HUD-2009-015_L18; HUD-2009-015_L19; HUD-2009-015_L20; HUD-2009-015_L20B; HUD-2009-015_L21; HUD-2009-015_L22; HUD-2009-015_L23; HUD-2009-015_L24; HUD-2009-015_L25; HUD-2009-015_L26; HUD-2009-015_L27; HUD-2009-015_L28_2; HUD-2009-015_L7.5; HUD-2009-015_L8; HUD-2009-015_L9; HUD2010-014; HUD-2010-014_L1; HUD-2010-014_L10_2; HUD-2010-014_L11; HUD-2010-014_L12; HUD-2010-014_L13; HUD-2010-014_L14B_2; HUD-2010-014_L15; HUD-2010-014_L16; HUD-2010-014_L17; HUD-2010-014_L18B_2; HUD-2010-014_L19; HUD-2010-014_L20; HUD-2010-014_L21; HUD-2010-014_L23B_2; HUD-2010-014_L24; HUD-2010-014_L25; HUD-2010-014_L26; HUD-2010-014_L27; HUD-2010-014_L28; HUD-2010-014_L2a; HUD-2010-014_L3a; HUD-2010-014_L4a; HUD-2010-014_L5a; HUD-2010-014_L6a_2; HUD-2010-014_L7; HUD-2010-014_L8; HUD-2010-014_L9; HUD2011-009; HUD-2011-009_A3; HUD-2011-009_A4; HUD-2011-009_AB_8; HUD-2011-009_BIO3_3; HUD-2011-009_L0; HUD-2011-009_L1; HUD-2011-009_L10; HUD-2011-009_L11; HUD-2011-009_L11.5B_2; HUD-2011-009_L12; HUD-2011-009_L13; HUD-2011-009_L14B; HUD-2011-009_L15; HUD-2011-009_L17; HUD-2011-009_L19B_2; HUD-2011-009_L2; HUD-2011-009_L20; HUD-2011-009_L21; HUD-2011-009_L22; HUD-2011-009_L23.5_2; HUD-2011-009_L23B_2; HUD-2011-009_L24; HUD-2011-009_L25; HUD-2011-009_L26; HUD-2011-009_L27; HUD-2011-009_L28; HUD-2011-009_L3; HUD-2011-009_L4; HUD-2011-009_L5; HUD-2011-009_L6; HUD-2011-009_L7_2; HUD-2011-009_L8; HUD-2011-009_L9.5; HUD2012-001; HUD-2012-001_L1; HUD-2012-001_L10; HUD-2012-001_L11; HUD-2012-001_L12; HUD-2012-001_L13; HUD-2012-001_L14; HUD-2012-001_L15B; HUD-2012-001_L16; HUD-2012-001_L17; HUD-2012-001_L17.4; HUD-2012-001_L18B; HUD-2012-001_L19; HUD-2012-001_L2; HUD-2012-001_L21B; HUD-2012-001_L22; HUD-2012-001_L23; HUD-2012-001_L23.5; HUD-2012-001_L24; HUD-2012-001_L25; HUD-2012-001_L27; HUD-2012-001_L28; HUD-2012-001_L29; HUD-2012-001_L3; HUD-2012-001_L30; HUD-2012-001_L4; HUD-2012-001_L5; HUD-2012-001_L6; HUD-2012-001_L7; HUD-2012-001_L8; HUD-2012-001_L9; HUD2013-008; HUD-2013-008_B1; HUD-2013-008_B2; HUD-2013-008_B3; HUD-2013-008_B4; HUD-2013-008_B5; HUD-2013-008_L10; HUD-2013-008_L11; HUD-2013-008_L12; HUD-2013-008_L13; HUD-2013-008_L14.2; HUD-2013-008_L14B2; HUD-2013-008_L15; HUD-2013-008_L16; HUD-2013-008_L17_2; HUD-2013-008_L17B2; HUD-2013-008_L18; HUD-2013-008_L19; HUD-2013-008_L21; HUD-2013-008_L22; HUD-2013-008_L23; HUD-2013-008_L25; HUD-2013-008_L26; HUD-2013-008_L27; HUD-2013-008_L28B2; HUD-2013-008_L7; HUD-2013-008_L8; HUD-2013-008_L9; Hudson; Initial slope of the photosynthesis-irradiance curve; James Clark Ross; JR302; JR302_R11; JR302_R22; JR302_R23; JR302_R28; JR302_R33; JR302_R38; JR302_R42; JR302_R48; JR302_R49; JR302_R5; JR302_R56; JR302_R6; JR302_R62; JR302_R71; JR302_R75; JR302_R78; Labrador Sea; Latitude of event; Light intensity at half-saturation irradiance; Light intensity at saturation irradiance; Longitude of event; Maximum photosynthetic efficiency per chlorophyll a biomass; Mixed layer depth; Nitrate; Nitrate/Phosphate ratio; Nitrogen, organic, particulate; North Atlantic Ocean; Peridinin; Phaeophytin; Phosphate; Photoinhibition in carbon normalized to chlorophyll a; Pigments, total; Pigments, total accessory; Prasinoxanthin; Salinity; Sample ID; SEAL AutoAnalyzer 3 HR (AA3 HR); Silicate; Silicate/Nitrate ratio; Station label; Stratification index; Temperature, water; Violaxanthin; Zeaxanthin + Lutein
Online Access:	https://doi.org/10.1594/PANGAEA.871872
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