1) Exuviaella marina
海洋卵甲藻
1.
Red tides caused by\% Exuviaella cordata \%and biology of\% Exuviaella marina\% (the first occurrence in shrimp ponds of Qingdui Fisheries Coorporation of Zhuanghe) were described.
报道了由心形卵甲藻 (Exuviaellacordata)和海洋卵甲藻 (Exuviaellamarina)引发的赤潮 (前者于 1 991年发生在庄河青堆水产公司虾池中 ,后者于 1 999年 7月发生在大连湾 )。
2) prorocentrum micans
海洋原甲藻
1.
Studies on bromogeramine for removing and controlling prorocentrum micans red tide;
新洁而灭对海洋原甲藻赤潮生物的灭杀与抑制
2.
Ingestion of copepods on Prorocentrum micans in seawater experimental enclosures.;
海水实验围隔中桡足类对海洋原甲藻摄食的研究
3.
The results showed that the FZT could release copper ion to kill Prorocentrum micans slowly with prolonging the effective time, strengthening the capability of removing the algae and reducing the defect of direct addition of CuSO4 which causes too high concentration of partial ion and hurt of the fish.
结果表明,FZT能缓慢释放铜离子对海洋原甲藻有去除作用,延长了有效期,增强了除藻能力,并减轻了直接投放硫酸铜造成局部铜离子浓度过高而伤害鱼类的缺点。
3) oodiniosis
卵甲藻病
4) marine microalgae
海洋微藻
1.
Effect of reactive oxygen species on cell growth of marine microalgae;
活性氧对3种海洋微藻生长的影响
2.
Biological study on the toxicity of organophosphorus pesticide to microalgae Ⅵ. Toxicity effect of parathion on four kinds of marine microalgae;
有机磷农药对海洋微藻致毒性的生物学研究 Ⅵ.对硫磷对4种海洋微藻的毒性效应
3.
Studies on sterol distribution in marine microalgae;
甾醇在海洋微藻中的分布研究
5) marine algae
海洋微藻
1.
Effects of nitric oxide and copper on marine algae growth;
一氧化氮和铜对海洋微藻生长的影响
2.
Experiments about the effects of nitric oxide(NO) and iron on the growth of marine algae were conducted.
在实验室进行了一氧化氮(NO)和铁对海洋微藻中肋骨条藻(Skeletonema costatum)生长影响实验。
3.
Two marine algae were cultured and harvested at early exponential growth phase and late stationary phase.
本论文以室内培养的方式,研究指数生长前期与稳定期后期收获的两种海洋微藻中,中性脂与脂肪酸分子在天然海水中的降解行为与组成变化规律,以及稳定期后期收获的两种海洋微藻细胞膜与细胞内脂肪酸在有氧降解过程中组成与含量的变化。
6) microalgae
[,maikrəu'ældʒi:]
海洋微藻
1.
Screening for Bioactive Microalgae and Study on Active Components of Two Kinds of Plants;
海洋微藻的活性筛选及两种植物活性成分的研究
2.
16∶2 means there are 16 carbons and 2 double bounds in the carbon chain of the fatty acid), by urea complexion from a microalgae, which is rich in PUFAs.
初步探测了用尿素包合法从一种海洋微藻中提取出的脂肪中富集 1 6∶2 ,1 6∶3,1 8∶2 ,2 0∶5 (分别指碳和双键数 ,1 6∶2指十六碳两双键 )四种多不饱和脂肪酸 (PUFAs)。
3.
The rotifer, Brachionus plicatilis, was enriched with seven strains of microalgae to learn the nutritional value of the microalgae on rotifer by examining their fatty acid composition.
该文用 7株富含 EPA、DHA的海洋微藻对褶皱臂尾轮虫 (Brachionus plicatilis)进行强化 ,通过检测轮虫的脂肪酸组成和含量来研究这几种微藻对轮虫的营养价值。
补充资料:海洋单细胞藻
海洋单细胞藻
marine unicellular algae
haiyang danxiba0Zao海洋单细胞藻(~ne unicenularalgae)单个细胞(或群体)藻类的泛称。这些生物是具有叶绿素,能进行光合作用,生产有机物的自养型生物。它们是海洋中最重要的初级生产者,又是养殖鱼、虾、贝的饵料。单细胞藻包括原核生物界的蓝藻门和原绿藻门,以及原生生物界的隐藻门、甲藻门、黄藻门、金藻门、硅藻门、裸藻门等8个门。全世界海产种数9888种,中国海已记录1 817种(见下表)。 海洋单细胞藻的种数与分布一默⑩廓0鬓粤一臀2~一 1盐生小球藻2绿海球藻 中国沿岸习见单胞藻 (黄宗国)
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