copepods
英
美
n. 桡足类；挠脚类
双语例句
- Preliminary Studies on the Food and Feeding Habits of some Marine Planktonic Copepods in Amoy Waters
厦门几种海洋浮游桡足类的食性与饵料成分的初步研究 - The potential recruitment of copepods egg bank into the planktonic population in Xiamen Harbor was investigated in November, 2002.
对厦门港沉积物中桡足类卵库对其浮游种群潜在补充量进行了初步研究。 - Upper incipient lethal temperature of short term thermal shock of two species of copepods ( 2) Initial temperature of catalyst bed is wholly too high.
两种桡足类短期热冲击的高起始致死温度值（2）提高起始反应温度使催化剂床层温度整体过高导致飞温。 - Three months later, they travel long distances in the South Atlantic to feed for the remainder of the year on krill and on other crustaceans named copepods.
三个月后，它们会在南大西洋长距离地移动，在剩下不到一年的时间里以磷虾及其他桡脚类甲壳动物为食。 - Notes on Fresh Water Cladocerans and Copepods ( Crustaceans) of Hebei Province, with Descriptions of Some Species from Baoding any tropical gymnosperm of the order Cycadales; having unbranched stems with a crown of fernlike leaves.
河北淡水枝角类和桡足类研究概况及保定市有关种类记述苏铁科热带植物；长有蕨类叶片，树干无枝。 - Toxicity of residual chlorine on copepods under temperature increase in different seasons
不同季节升温条件下余氯对桡足类的毒性 - Study on the Distributing Rule of Dead Copepods Organism in Water Supply Network
桡足类生物死体进入供水管网后的分布规律研究 - Cladocerans and copepods are two important components in freshwater zooplankton.
枝角类和桡足类是淡水浮游动物的主要组成部分。 - Copepods with suctorial mouthparts; parasitic on fishes.
有吸口器的桡足动物；寄生于鱼上。 - Small, mosquito-eating fish and copepods ( tiny crustaceans) have also been used with some success.
也曾使用过吃蚊子的小鱼和桡足虫（极小的甲壳虫类），具有一定效果。 - Seasonal characteristics of planktonic copepods in 8 estuaries of Pearl River
珠江八个入海口浮游桡足类的季节特征 - By tracking the canopy the jellies can navigate to their preferred spots& where their favorite food, small crustaceans called copepods, are plentiful.
因为盯着树冠，水母们就能找到它们的乐园&那里到处都是它们的最爱：一种桡足类的甲壳纲动物。 - The copepods abundance impact on the abundance distribution of fish eggs, larvae. Enhancing Embryo Yield in Superovulated Holstein Heifers by Immunization Against Inhibin
长江径流量变动对鱼卵仔鱼数量和分布产生一定的影响。主动免疫抑制素提高奶牛超数排卵胚胎产量的研究 - The major factors which affect the community structure of benthic copepods are depth and grain size of sediment.
对研究海域进行的分区与自然分区是基本一致的.支配研究海域底栖桡足类群落结构的主要环境因子是水深和沉积物粒度。 - Advances of research on effects of red tide algae on the feeding, egg production and hatching of copepods
赤潮藻对桡足类摄食、产卵及孵化影响的研究进展 - The study on the community structure of benthic copepods in the Bohai Sea
渤海底栖桡足类群落结构的研究 - The change of temperature can affect the tolerant range of salinity of copepods.
温度的变化可改变动物的耐盐范围。 - A preliminary study of feeding ecology of two species copepods in the inshore of Dalian
大连近海两种桡足类摄食生态的初步研究 - The species and abundance of Copepods in the area were highest in summer and lowest in spring.
桡足类种类数和丰度均以夏季最高，春季最低。 - The result showed that 28 species of copepods were identified, which were divided into four ecological communities.
结果表明：桡足类已鉴定到种的有28种，划分为4个生态类群，以沿岸类群为主。 - The total individual number of the copepods in the area was highest in summer and lowest in spring.
桡足类总个体数以夏季最高，春季最低。 - Application of Genetic Marker Technique to the Study of Systematics, Biodiversity and Phylogenetics for Marine Copepods
遗传标记技术在海洋桡足类生物多样性和系统发生研究中的应用 - Function performed by small copepods in marine ecosystem
小型桡足类在海洋生态系统中的功能作用 - Totally 118 species of holoplankton and 11 groups of planktonic larvae were identified. Copepods were of the largest species richness, followed by medusae.
已鉴定出终生浮游动物118种和浮游幼虫11个类群，其中桡足类种数最多，其次为水母类。 - Composition of the species, group and genus is different. SPECIES COMPOSITION OF COPEPODS AND FEEDING IMPACT ON PHYTOPLANKTON
种、群、属组成各不相同。三亚湾秋季桡足类分布与种类组成及对浮游植物现存量的摄食压力 - The annual average abundance of the phytal fauna is 606 inds./ g dwt algae on Sargassum thunbergii. Nematodes and copepods are the most dominant, followed by gastropods and polychaetes.
鼠尾藻附植动物的年平均丰度为606inds./gdwtalgae，优势类群为线虫和桡足类，其次是腹足类和多毛类。 - In recent years, many studies have shown that: diatoms, considered as the main food source for copepods, induced inhibitory effects on reproduction, growth and development of copepods.
近年来，许多现场和实验室研究表明：作为桡足类主要食物来源的硅藻对桡足类的繁殖、生长和发育具有抑制作用。 - Marine copepods are important links in the process of energy transformation, material circulation and biogeochemical cycle in marine ecosystem.
海洋桡足类在海洋生态系统的能量流动和物质循环以及生物地球化学循环等过程中是重要的链接环节。 - In addition, food concentration and copepod density have significant effects on the mortality of copepods.
另外，桡足类密度对TBTO的毒性效应也有一定影响。 - It is possible of diatoms in high concentration inhibiting the reproduction of copepods in this sea area, where is the ideal sites to study on diatoms-copepod interaction.
因此，在这一海区存在发生高浓度硅藻对桡足类抑制作用的可能性，是开展硅藻&桡足类相互作用研究的理想场所。