Photosynthetic Characteristics of Picoplankton Compared with Those of Larger Phytoplankton Populations, in Various Water Masses in the Gulf of Maine

H. Glover, D. Phinney, C. Yentsch
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引用次数: 16

Abstract

AbstractCell numbers of eucaryotes and cyanobacteria in phototrophic picoplankton and ratios of in vivo fluorescence of phycoerythrin: chlorophyll a indicated that chroococcalean cyanobacteria played a more prominent role in phytoplankton communities, at the least productive stations. At stations displaying large vertical density gradients, subsurface maxima of phytoplankton pigments were observed. Ratios of in vivo fluorescence of phycoerythrin: chlorophyll a were always greater at the pigment maximum than at the surface. Cyanobacteria from pigment maxima demonstrated greater phycoerythrin fluorescence intensity and photosynthetic rates than cyanobacteria from the surface. Photosynthetic characteristics of picoplankton ( 3 μm populations. The picoplankton differed from larger phytoplankton, in that (1) their pattern of photosynthetic carbon fixation did not vary significantly with decreasing light intensity, and at optimal intensities ...
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缅因湾不同水体中小浮游生物与较大浮游植物种群的光合特性比较
【摘要】光合微浮游生物中真核生物和蓝藻的细胞数量以及藻红蛋白与叶绿素a的体内荧光比值表明,藻双球菌类蓝藻在浮游植物群落中的作用更为突出,在产量最低的工位。在垂直密度梯度较大的站点,浮游植物色素的次表层最高。藻红蛋白与叶绿素a的体内荧光比值在色素最大值处始终大于表面。来自最大色素层的蓝藻比来自表面的蓝藻表现出更高的藻红蛋白荧光强度和光合速率。微浮游生物(3 μm)种群的光合特性。微浮游生物与大型浮游植物的不同之处在于:(1)它们的光合固碳模式不随光强的降低而发生显著变化,在最佳光强下,它们的光合固碳模式不随光强的降低而变化。
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