他们通过分析海水透明度(受浮游植物影响)记录发现了这一问题。
They made their finding by looking at records of the transparency of sea water, which is affected by the plants.
利用2002—2004年浙南海域浮游植物的多次调查资料，对发生在浙南海域常见的赤潮生物进行分析整理，为赤潮的常规监测和应急监测提供背景资料。
Based on the investigation data of phytoplankton from 2002 to 2004, the present situation of red tide plankton was described along the south coastal area in Zhejiang Province.
通过对南湾水库6个采样点浮游硅藻分析，该水库硅藻61个种及种下分类单元。
An analysis of six samples in Nanwan Reservior indicated that there were 61 taxa of diatom.
同时，结合历史监测数据(1996 ~ 2005年)分析表明，调查海域浮游植物群落结构已经发生改变。
At the same time, an evaluation of long-term monitoring data (1996 ~ 2005) showed that phytoplankton community structure had been changed.
分析了顶梳除具有梳理分离纤维丛尾端的作用外，同时形成附加摩擦力界，加强对分离纤维丛中浮游纤维的控制，以减少有效纤维的损伤。
Besides the functions of carding and separating fiber tail end, top comb can also form added friction fields that strengthen the control of float fibers to decrease fiber damage effectively.
并对物种间的相关性和浮游生物与水质间的相关性进行了分析。
The correlations between the wetland species and between the plankton and water quality were also analyzed.
分析研究东营近海海域15个站位水质和浮游生物样品，结果表明东营近海枯水期海水为贫营养和中营养化水平。
Analysis of the water quality and plankton samples of 15 stations in Dongying sea area showed that the sea water was at the poorly or moderately eutrophication in the dry season.
用显微测量粒径分析法 ，测量出各种类的粒径参数 ，可以较准确地推算出浮游植物群落粒级结构。
This indicates that when we study the size fractions of phytoplankton, it is necessary to mend it by microscopical sizing method.
设计的构思来自对艺术家生存状态的分析：对个体来讲，处于创作和生活两位一体的浮游状态；
The idea of design comes from research of artists' status: for individual, he lives in a duality of working and living;
结合水文资料和其他层次的浮游植物资料进行对比分析，结果表明，红海束毛藻的分布与黑潮水的入侵存在一定关系，其分布受水团和海流的影响。
The results showed that the distribution of Trichodesmium erythraeum had relationship with the infall of Kuroshio current, and its distribution was affected by water mass and ocean current.
结合水文资料和其他层次的浮游植物资料进行对比分析，结果表明，红海束毛藻的分布与黑潮水的入侵存在一定关系，其分布受水团和海流的影响。
The results showed that the distribution of Trichodesmium erythraeum had relationship with the infall of Kuroshio current, and its distribution was affected by water mass and ocean current.
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