Assessment of Water Quality of Tong Shan Section of the Grand Canal by Benthic Fauna

1、

Submerged decomposition of herbaceous plants is one key component element in material cycling and energy flow in the reservoir ecosystem, which makes a significant contribution to the trophic structure of reservoir benthic community.

草本植物的淹没分解是水库生态系统物质循环和能量流动的重要环节，对水库底栖生物群落的营养结构产生显著影响。

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2、

The spatio temporal variation law of benthic community structure at Shenzhen Bay was studied, by using two multivariate statistic analytical techniques, Hierarchical Clustering and No metric MDS.

应用等级聚类与非线性多维标度排序两种多变量统计分析方法研究了深圳湾潮间带底栖动物群落结构的时空变化。

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3、

The tide had no obviously influence on benthic community, however, mangrove had some influence on species composition and abundance of zoobenthos living in this area.

潮汐对底栖动物群落影响并不明显，红树林环境对林底的底栖动物种类组成和丰度有一定的影响；

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4、

Effect of Fishing Gear and Fishing, Method on Benthic Community and Habitat

渔具渔法对底栖群落（Benthic Community）及其栖息地（Habitat）的影响

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5、

Benthic community structure can be classified into five types.

群落结构可划分为五个类型。

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6、

This paper illustrated ecological situation of intertidal zone sediment by size, sorting coefficient and the structure of benthic community.

本文从潮间带沉积物的粒径、分选系数及底栖生物群落结构阐明潮间带生态现状。

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7、

Sediment quality in waters not only affect the benthic organism, but also has close relation with the water quality due to the frequent pollutant interchanges between the sediment and overlaying water. The polluted sediment often becomes the potential source to pollute waters.

水体沉积泥沙质量不仅对底栖生物具有影响，而且由于泥沙与上覆水体相互间频繁的交换作用，泥沙质量与水体水质也有着密切的关系，污染的泥沙往往会成为水域的潜在污染源。

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8、

The distribution characteristics in sea water and the accumulation in benthic organism of 666 ( bhc) in the nearshore of East Guangdong Province

粤东海区水体中六六六的分布特征及其在底栖生物体内的蓄积

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9、

Benthic Organism Biomass Size Spectra in Huanghe River Adjacent Waters

黄河口邻近海域底栖动物粒径谱研究

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10、

Subindex of ecological vulnerability included species importance, plankton diversity and benthic organism diversity, and region importance.

生态脆弱性指数的子指标包括物种重要性、浮游和底栖生物多样性、区域重要性。

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11、

Compare to the historical data, the species of benthic organism reduced significantly. And the number of stain resistance species increased.

与历史数据相比，底栖生物的种类数明显减少，而耐污性种类的数目相对增加。

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12、

The data are mainly used to interpret the other monitoring results, i.e benthic flora and fauna, fish and shrimps.

此数据将主要用于解释其它监测结果，如底栖动植物、鱼和虾。

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13、

Research on the benthic ecology environment, ant-Arctic ocean: i.maxwell Bay and Admiralty Bay

南大洋底栖生态环境研究I：Maxwell湾和Admiralty湾

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14、

Progress on Marine Benthic Ecology and Biodiversity

海洋底栖生物生态学和生物多样性研究进展

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15、

Studies on benthic ecology in Zhejiang coastal waters

浙江省近岸海域底栖生物生态研究

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16、

The study of meiofauna in deep-ocean has very important signification in benthic ecology and benthic environmental monitoring.

小型底栖生物研究对深海生态学研究和深海环境监测有十分重要的意义。

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17、

Besides, the immobilization culture of benthic diatom, germplasm conservation and algal-bacterial co-immobilization with the embedding techniques were researched.

另外，通过固定化包埋技术，对底栖硅藻固定化培养、种质保存以及藻菌共固定化培养进行了初步研究。

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18、

Effects of salinity and nutrient limitation on the growth and exopolysaccharide production of the saltern benthic diatom Navicula lanceolata

盐度和营养限制对盐田底栖硅藻披针舟形藻生长及胞外多糖产率的影响

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19、

Production of extracellular polymeric substances ( EPS) by benthic diatom: effect of salinity and pH

盐度和pH对底栖硅藻胞外多聚物的影响

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20、

Influence of Morphology of Fluorocarbon Coatings with PTFE on the Settlement of Benthic Diatom

含PTFE氟碳涂层表面形貌对底栖硅藻附着的影响

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