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Based on the data of concentration of harmful algae in Bohai Bay, using extreme value theory, the peak-over-threshold distribution of the algae concentration was analyzed.

基于渤海湾赤潮藻类细胞密度的连续监测数据,运用极值理论研究了藻类细胞密度的超阈值分布特性。

The Wenghui biota, which is found in the Ediacaran Doushantuo Formation in Northeast Guizhou, is composed mainly of macroalgae (18 species of 15 genera, one unnamed macroalgae, and macroalgal holdfast forms described herein), and contains macroscopic metazoan, putative metazoan and trace fossils. This biota not only contains some elements of the Miaohe biota from West Hubei, the Lantian flora from South Anhui, the Ediacara fauna in Australia, and the White Sea biota in Russia, but also has its own characters to distinguish other Ediacaran biota.

产自于黔东北伊迪卡拉系陡山沱组的瓮会生物群生活环境应在贫氧的、透光性良好的浅海低能环境,以宏体藻类为主,共描述15属18种(其中包括3个新属、5个新种、2个修定属和4个修定种)和1个未命名藻以及不明藻类固着器,另包含有宏体后生动物,可能的后生动物以及遗迹化石。

The contents of inorganic arsenic in three kinds of algae are determined using this method. The result shows that algae have a low content of inorganic arsenic, complying with the results frequently reported in recent years, in which combination of some testing methods such as HPLC-ICP- MS and HPLC-HGAFS are used. Compared with these results, the results obtained from national standard methods are relatively high, due to the inapplicability of atomic fluorescence method.

并运用本法检测了海带、裙带菜、紫菜等三种海藻中的无机砷含量,发现海藻中的无机砷含量并不高,原国标方法检测的结果就相对较高,原因主要是原国标方法中的原子荧光法不适合于海藻类样品,检测结果与近来国内外报道较多的HPLC-ICP- MS、HPLC—HGAFS等联用技术检测海藻类物质中无机砷含量结果基本吻合,结果良好。

We are engaged in the production of tiny as well as king-sized algae, and our products can be applied to seasonings, medication, aquatic industry, and cosmetics

海信生技」是一间专门进行藻类培养和研发的企业,不同於淡水性的绿藻和螺蜁藻,我们专注於海洋性微细和大型藻类,并将之应用於食品添加、医药保健、水产养殖和化妆品等各方面。

How you harvest the algae, most of which would be a millimetre or less across, is less clear.

不过,藻类的直径往往只有一毫米甚至更小,很难分辨。怎样采集藻类就成了问题。

Microalgal technology is a developing technology built on phycology, phytoplankton ecology and aquatic ecosystem Generally, it focused on taking full advantage of physiological and ecological characters of phytoplankton, and then, built up a systemic technology for control and optimization on ecology system of aquatic environment.

微藻技术是一项有机结合藻类生物学、藻类生态学及水生生态系统学的新兴生物技术,它以水体中的浮游微藻为对象,充分运用微藻的生理、生态特点,进而用以调控和优化水体生态环境。

Note these important differences between plants and algae are very different, so the system into five sectors included in the Protista algae.

这些重要区别说明植物与藻类十分不同,因此五界系统中把藻类列入原生生物界。

The concentration of carbon dioxide in natural seawater is sufficient for microalgal growth, but insufficient for high algal-density culture due to limitation of photosynthesis in the artificial medium. This study was adjusted the initial pH to 5.5, 6.5 and 7.5 by adding CO2 or HCl in 1L flask cultured stagnantly with continuous illumination.

对大多数藻类而言,在天然的水域中,二氧化碳的浓度是充足的,但在人工培养的情况下,藻类的密度很高,二氧化碳的供应往往不足,成为光合作用的限制因子,进而影响藻细胞的生长繁殖。

Precipitation. More precipitation more species quatities of subaerial algae are.

降水量。降水量少的地区,其亚气生藻类的数量多于降水量多的地区的亚气生藻类种类数量。

During the growth season in the year 1998—2000, through collecting、culturing and identifing the subaerial algae which is in 26 research sites of forest and 11 communities of steppe vegetation, there are 107 species of subaerial algae in Jilin's terrestrial ecosystem which are subordinated to 12 families, 29 genus in Cyanophyta.

在1998—2000年三个生长季节内,通过对设立在森林区内26块研究样地及草原植被带内多状态下的11种群落类型中的亚气生藻类标本采集、培养、鉴定,中国东北森林-草原样带中共有亚气生藻类107种,隶属于蓝藻门、绿藻门及黄藻门的12科29属。

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