首页> 外文期刊>Chinese Journal of Oceanology and Limnology >Biological and chemical studies of sea-surface microlayer (SML) in daya bay, china IIA. Biological and chemical characteristics of the Sml and the correlation among them
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Biological and chemical studies of sea-surface microlayer (SML) in daya bay, china IIA. Biological and chemical characteristics of the Sml and the correlation among them

机译:中国大亚湾海表微层(SML)的生物化学研究IIA。 Sml的生物学和化学特性及其相互关系

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摘要

Two cruises for multi-discipline investigation were conducted in October and November, 1998 in Daya Bay to collect: (1) samples from five levels including sea-surface microlayer (SML), subsurface (SSL), surface, body (mid-column) and bottom water; and (2) observational data on cholorophyll-a and nutri- ents, and important factors such as turbidity, BOD, COD, TN, TP and phytoplankton. Results showed that there was no enrichment of cholorophyll-a in the SML, but quite notable enrichment of some organic matter and nutrients. Compared with the finding sin earlier researches, PO_4-P and SiO_3Si have decreased, and the N/P ratio has increased obviously to even more than 100 in the SML. It is concluded preliminarily that PO_4-P and SiO_3-Si mainly determine phytoplankton growth in Daya Bay at present.
机译:1998年10月和1998年11月在大亚湾进行了两次巡游,以进行多学科研究,以收集:(1)五个层面的样本,包括海面微层(SML),海面下层(SSL),水面,身体(中柱)和底水; (2)叶绿素a和营养素以及浊度,BOD,COD,TN,TP和浮游植物等重要因素的观测数据。结果表明,SML中没有叶绿素a的富集,但是一些有机物和营养素的富集却非常明显。与以前的研究相比,SML中的PO_4-P和SiO_3Si有所减少,N / P比明显增加,甚至超过100。初步得出结论,目前PO_4-P和SiO_3-Si主要决定了大亚湾浮游植物的生长。

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