1) plankton-population structrue
浮游藻类种群结构
2) phytoplankton
[英][,faitəu'plæŋktən] [美][,faɪto'plæŋktən]
浮游藻类
1.
Top-down effects of Anodonta woodiana on nutrient concentration & phytoplankton community composition in a microcosm ecosystem;
背角无齿蚌滤食对营养盐和浮游藻类结构影响的模拟
2.
Effect of nutrient on periphytic aglae and phytoplankton;
氮及氮磷比对附着藻类及浮游藻类的影响
3.
Monitoring and analysis of phytoplankton and the key water quality parameters in the Four Pearl River Openings and the nearby beach waters, PR China;
珠江口四大口门及近滩水域浮游藻类和关键水质因子的监测与分析
3) algae
[英]['ældʒi:] [美]['ældʒi]
浮游藻类
1.
More than 1 000 samples of algae were identified.
2003年1月~2004年12月对三峡湖北库区江段5个采样点及其一级支流——香溪河流域6个采样点的浮游藻类进行了为期2周年的调查,共采集和鉴定浮游藻类定性和定量水样1 000余个,获得有效数据2 000多个。
2.
We researched the changes of algae’s and dominant.
到目前为止,只有单从静态水体(如湖泊)或单从动态水体(如河流)进行的研究,本文以两江交汇段长江、嘉陵江及重庆城市湖泊双龙湖为对象,研究不同流速水体中浮游藻类和优势种的构成、数量和季节分布的变化,分析在环境因子影响下形成的藻类特征,找出浮游藻类在不同流态水体中的生长变化规律,以及三峡水库发生富营养化的藻类特征及其时空分布,为三峡库区水体富营养化的预测、防治提供基础和研究依据。
4) floating algae
浮游藻类
1.
Study of the floating algae and water quality of the main line in the diversion of water from Changjiang River to Huaihe River;
“引江济淮”输水干线浮游藻类与水体质量研究
2.
Study on floating algae count method for bottled drinking water
瓶装饮用水中浮游藻类计数方法研究
3.
Use of inverted microscopic counting method for detecting floating algae in water is characterized by convenience,rapidity,higher accuracy,and less variation coefficient;furthermore,it can give an overall expression to the population density of the sample.
采用倒置显微镜计数法检测水中的浮游藻类,该方法简便、快捷,具有较高的准确度,变异系数小且能较为全面地反映样品的种群分布情况。
5) Planktonic algae
浮游藻类
1.
Analysis on status and trend of the planktonic algae and bacteria pollution for Miyun's Reservoir;
密云水库浮游藻类和细菌污染现状及趋势分析
2.
The research on community structure and species diversity of planktonic algae in Bailianjing,Shanghai Expo Garden;
上海世博园白莲泾浮游藻类群落结构和物种多样性的研究
3.
Characteristics of community structure of planktonic algae in Gehu Lake of Jiangsu Province;
江苏滆湖浮游藻类群落结构特征
6) algal community structure
藻类群落结构
1.
Effect of algicidal bacteria on the algal community structure in eutrophic water;
溶藻细菌对富营养化水体藻类群落结构的影响
2.
he effects of nitrogen and phosphorus on algal community structure in modellingmulti-cell stabilization pond systems have been observed in green house during spring tosummer in 1988 and 1989.
在室内模拟生物净化槽中比较研究了氮、磷对污水净化中藻类群落结构和污水净化效果的影响。
补充资料：种群增长率(见种群出生率)
种群增长率(见种群出生率)
种群增长率见种群出生率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条