Plankton Structure of Shallow Coastal Zone at Admiralty Bay, King George Island, West Antarctic Peninsula (Wap) During Early Summer/2010: Pico, Ultra and Microplankton and Chlorophyll Biomass

J. J. Barrera-Alba, Mariana Vanzan, M. Tenório, D. R. Tenenbaum
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引用次数: 5

Abstract

e phytoplankton composition and biomass are being monitored in Admiralty Bay, Antarctic Peninsula since 2002 to detect possible interannual changes on a long-term monitoring perspective. In this report, we present the results of the December 2010 survey regarding the phytoplankton size-structure and biomass. Microplankton densities were higher than those observed during the survey 2009/2010, and a dominance of diatoms, especially the centric alassiosira spp, over dino agellates was registered. Pico and ultraplankton densities (~106 cells L–1) were similar to those registered in previous studies, and results showed that phytoplankton were dominated in density by cells <10 μm. e shi in phytoplankton structure pointed out by the dominance of picoand ultra-size cells in phytoplankton density and dominance of microphytoplankton in biomass must be con rmed by continuing the long-term monitoring program and the implementation of microvariation sampling e ort to identify the factors that are actually in uencing phytoplankton populations in this environment.
西南极半岛乔治王岛金钟湾浅海岸带初夏/2010浮游生物结构:浮游生物、超浮游生物和微浮游生物与叶绿素生物量
e自2002年以来,我们一直在南极半岛金钟湾监测浮游植物的组成和生物量,以便从长期监测的角度发现可能的年际变化。在这份报告中,我们介绍了2010年12月关于浮游植物大小结构和生物量的调查结果。小型浮游生物密度高于2009/2010年的调查结果,硅藻,特别是中心alassiassia spp,对甲藻具有优势。微浮游和超浮游细胞密度(~106个细胞L-1)与前期研究结果相似,浮游植物以<10 μm的细胞密度为主。浮游植物结构上的差异,即浮游植物密度上的超微细胞优势和生物量上的微浮游植物优势,必须通过持续的长期监测计划和实施微变化采样来确认,以确定实际影响该环境中浮游植物种群的因素。
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