2005
DOI: 10.1016/j.marmicro.2005.02.002
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Coccolithophore assemblages and morphotypes of Emiliania huxleyi in the boundary zone between the cold Oyashio and warm Kuroshio currents off the coast of Japan

Abstract: Living coccolithophore assemblages were studied off the Japanese coast in the boundary zone between the cold Oyashio and the warm Kuroshio Currents as well as in adjacent water masses. A total of 64 coccolithophore taxa were identified. Ten taxa that comprised more than 10% of at least one sample were designated major taxa. Morphological observations and morphometric measurements enabled us to sub-divide the Emiliania huxleyi into four morphotypes: Type A, Type B, Type B/C, and Type B/C-2. Based on the compos… Show more

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Cited by 74 publications
(61 citation statements)
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“…A fifth morphotype, B/C (Fig. 1C) is observed in the southern hemisphere (Cubillos et al 2007, Holligan et al 2010, Cook et al 2011) and subpolar waters (Hagino et al 2005). It is similar to the B and C morphotypes, but intermediate in size between them (Table 1; see also Young et al 2003, Hagino et al 2005.…”
Section: Abstract: Emiliania Huxleyi · Calcification · Patagonian Shmentioning
confidence: 75%
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“…A fifth morphotype, B/C (Fig. 1C) is observed in the southern hemisphere (Cubillos et al 2007, Holligan et al 2010, Cook et al 2011) and subpolar waters (Hagino et al 2005). It is similar to the B and C morphotypes, but intermediate in size between them (Table 1; see also Young et al 2003, Hagino et al 2005.…”
Section: Abstract: Emiliania Huxleyi · Calcification · Patagonian Shmentioning
confidence: 75%
“…1C) is observed in the southern hemisphere (Cubillos et al 2007, Holligan et al 2010, Cook et al 2011) and subpolar waters (Hagino et al 2005). It is similar to the B and C morphotypes, but intermediate in size between them (Table 1; see also Young et al 2003, Hagino et al 2005. Recently, Cook et al (2011) proposed the B/C morphotype as the variety aurorae after finding significant genetic and photosynthetic pigment differences between cultures of Morphotypes B/C and A.…”
Section: Abstract: Emiliania Huxleyi · Calcification · Patagonian Shmentioning
confidence: 80%
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“…Different E. huxleyi morphotypes have been reported in environmentally diverse regions and/or seasons within surface waters of the North Atlantic Ocean (e.g. McIntyre & Bé 1967, van Bleijswijk et al 1991, Beaufort & Heussner 2001, Southern Ocean (Findlay & Giraudeau 2000, Cubillos et al 2007, Cook et al 2011, and Pacific Ocean (Okada & Honjo 1973, Winter 1985, Hagino et al 2005, Beaufort et al 2008. Hence, it is important to differentiate between morphotypes or ecotypes in natural samples in order to better understand the genetic diversity and ecophysiological plasticity of E. huxleyi.…”
Section: Abstract: Emiliania Huxleyi · Morphology · Ecology · Planktmentioning
confidence: 99%
“…While these results are based on single strain laboratory experiments, there is evidence that such differences in temperature sensitivity may also hold true in the modern ocean. For example, data gathered from multiple phytoplankton monitoring 15 cruises indicate that while both species are found at higher temperatures, G. oceanica largely vanishes from the assemblage at temperatures below 13 and Bé, 1967;Eynaud et al, 1999;Hagino et al, 2005). However, phytoplankton monitoring cruises can be seasonally biased and represent a single point in time.…”
Section: Potentially Realised Nichementioning
confidence: 99%