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Detalhes bibliográficos
Main Authors: Gall, Mark P, Gutiérrez-Rodríguez, Andrés, Safi, Karl, Strzepek, Robert F, Décima, Moira, Chiswell, Stephen, Pinkerton, Matt, Nodder, Scott D
Formato: Dataset Open Access
Idioma:en
Publicado em: PANGAEA 2021
Assuntos:
14C; 8803; 8809; 8813; 8819; 8824; 8827; 8830; 8836; 8844; 8853; Akademik M.A. Lavrentyev; Attenuation coefficient; Calculated; Campaign; Campbell Plateau Physical Oceanography; Carbon-14 uptake rate, dissolved; Cast number; Chatham Rise, east of New Zealand; Chlorophyll a; Chlorophyll a, areal concentration; Cruise/expedition; CTD; CTD, Sea-Bird SBE 911plus; CTD/Rosette; CTD-RO; Date/Time of event; Day of the month; DEPTH, water; Depth of the euphotic zone; Event label; Giljanes; Irradiance, incident per day; Julian day; KAH9807; KAH9807_R1022; KAH9807_R1025; KAH9808; KAH9808_R1043; KAH9808_R1058; KAH9904; KAH9904_U1275A; KAH9904_U1282A; KAH9908; KAH9908_U1311; KAH9908_U1321; KAH9913; KAH9913_U1456; KAH9913_U1469; Kaharoa; Latitude of event; Liquid scintillation counter (Tri-Carb 2910TR, Perkin-Elmer); Longitude of event; Luminescence spectrofluorometer, Perkin Elmer, excitation and emission 431 and 650 nm; Month; Net primary production of carbon; net primary productivity; PAR sensor LI-190SA, LI-COR Inc.; Photosynthetically active radiation (PAR) sensor fitted to CTD frame; Phytoplankton; Salp Particle expOrt and Ocean Production; Salp Particle expOrt and Ocean Production (SalpPOOP); SalpPOOP; Season; Site; Southwest Pacific; Spring Bloom II; Station label; TAN0002; TAN0002_U1606; TAN0002_U1612; TAN0002_U1613; TAN0002_U1614; TAN0002_U1615; TAN0002_U1619; TAN0002_U1625; TAN0002_U1628; TAN0002_U1630; TAN0002_U1632; TAN0010; TAN0010_U1845; TAN0010_U1847; TAN0010_U1888; TAN0010_U1905; TAN0116; TAN0116_U2571; TAN0116_U2573; TAN0116_U2575; TAN0116_U2578; TAN0116_U2581; TAN0116_U2584; TAN0116_U2587; TAN0116_U2592; TAN0116_U2595; TAN0116_U2603; TAN0116_U2604; TAN0302; TAN0302_IS1; TAN0302_IS2; TAN0302_IS3; TAN0302_IS4; TAN0503; TAN0503_U4102; TAN0503_U4113; TAN0503_U4135; TAN0503_U4154; TAN0503_U4166; TAN0503_U4181a; TAN0503_U4189a; TAN0503_U4203a; TAN0503_U4224a; TAN0603; TAN0603_1; TAN0603_2; TAN0603_3; TAN0603_4; TAN0811; TAN0811_IS1; TAN0811_IS2; TAN0811_IS3; TAN0811_IS4; TAN0811_IS5; TAN0811_IS6; TAN0811_IS7; TAN0811_IS8; TAN1212; TAN1212_SIS1; TAN1212_SIS2; TAN1212_SIS3; TAN1212_SIS4; TAN1212_SIS5; TAN1212_SIS6; TAN1212_SIS7; TAN1702; TAN1702_12M; TAN1702_17; TAN1702_21-1; TAN1702_28; TAN1702_41; TAN1702_44; TAN1702_49; TAN1702_54; TAN1702_58; TAN1702_64; TAN1810; TAN1810_015; TAN1810_024; TAN1810_039; TAN1810_051; TAN1810_069; TAN1810_090; TAN1810_1_015; TAN1810_1_024; TAN1810_1_039; TAN1810_1_051; TAN1810_1_069; TAN1810_1_090; TAN1810_137; TAN1810_150; TAN1810_176; TAN1810_188; TAN1810_193; TAN1810_2_137; TAN1810_2_150; TAN1810_2_176; TAN1810_2_188; TAN1810_207; TAN1810_223; TAN1810_266; TAN1810_283; TAN1810_298; TAN1810_3_193; TAN1810_3_207; TAN1810_3_223; TAN1810_324; TAN1810_339; TAN1810_353; TAN1810_4_266; TAN1810_4_283; TAN1810_4_298; TAN1810_5_324; TAN1810_5_339; TAN1810_5_353; TAN9915; TAN9915_U1533_1; TAN9915_U1547_1; Tangaroa; Temperature, water; V3009; V3009_X460; V3009_X461; V3009_X462; V3009_X463; V3009_X464; V3009_X465; V3009_X466; V3009_X467; V3009_X468; V3009_X469; V3014; V3014_X471; V3014_X472; V3014_X473; V3014_X474; V3014_X475; V3014_X476; V3014_X477; V3014_X478; V3014_X479; V3014_X480; V3024; V3024_W431; V3024_W440; V3024_W458; V3024_W461; V3024_W470; V3024_W476; V3024_W482; V3024_W485; V3024_W492; V3036; V3036_S1049; V3036_S1053; V3036_S1056; V3036_S1061; V3036_S1065; V3036_S1069; V3040; V3040_U1159; V3040_U1163; V3040_U1165; V3040_U1174; V3040_U1184; V3040_U1195; V3040_U1211; V3040_U1215; V3040_U1231; V3040_U1235; V3040_U1238; V3047; V3047_R901; V3047_R918; V3047_R937; V3047_R957; V3047_R977; V3047_R996; Water bodies; Year of observation
Acesso em linha:https://doi.org/10.1594/PANGAEA.931742
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