Copepods are small crustaceans.
桡足动物是小甲壳动物。
Copepods are microscopic relatives of shrimp and lobsters.
桡脚类动物是虾和龙虾的亲戚关系在显微镜下。
the other group feeding on copepods (small crustaceans) and shrimp.
另一群以桡脚类动物（小型甲壳类动物）和虾为食。
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。
Some essential nutrients necessary for reproduction of copepods are insufficient in diatom cells.
高浓度硅藻对桡足类繁殖的抑制机制。
"Water fleas" are not insects but copepods, a crustacean like lobsters and crabs but extremely small.
“水蚤”不是昆虫而属于桡足类，是一种象龙虾和蟹一样的甲壳类动物，但极其微小。
The feature of eggs and its hatching rate of 19 species of plank tonic copepods common in Xiamen waters were investigated.
在厦门海区，调查了19种常见的自由产卵的浮游桡足类卵型及其孵化率。
The distributional status of the copepods was closely related to the movement and intensification and decay of different water systems.
浮游桡足类的分布状况与海区各种水系的运动和消长关系密切。
Third stage zoae(Z_3)could prey on the copepods nauplii, and the feeding amount was increased with the increasing density of the nauplii(P<0.01).
期中华绒螯蟹溞状幼体可捕食桡足类无节幼体，且捕食量随着无节幼体密度增加而变大（P<0.01）；
The result was that the beneficiaries of the iron were instead groups of algae such as Phaeocystis, which are among the most heavily grazed by copepods.
结果是受益者成了其他的藻类生物，比如棕囊藻属，但是此属藻类却是饶足类的最好的食物。
Small invertebrates make up yet another collection at Scripps. The copepods above are just a few of 100 million crumb-sized creatures in the collection.
小型无脊椎动物也是克里普斯海洋研究所的收藏对象，其数量足有上亿种，上图中的桡足类(copepod)样本仅是其中的一小部分。
As diatoms have shells made of silica they are protected from copepods and so are more likely to die without being eaten and thus take take their carbon to the ocean floor.
因为硅藻有着能够保护他们遭到饶足类动物食用的壳，因此他们能够带更多的碳到海底。
The zooplankton, which encompass a wide range of little organisms from single-cell protozoa to creatures such as jellyfish, krill and copepods, provide the basic link in the ocean food chain.
浮游动物包含各种各样的小生物体，从单细胞原生动物到水母、磷虾和桡足类动物，为海洋食物链提供了基本的链接。
The results indicated that different copepods at same natural acclimated temperature and specific copepod at different initial acclimated temperature had different thermal tolerance capability.
结果表明，不同生物在相同适温条件下和同种生物在不同适温条件下的热耐受能力均存在差异。
The results indicated that different copepods at same natural acclimated temperature and specific copepod at different initial acclimated temperature had different thermal tolerance capability.
结果表明，不同生物在相同适温条件下和同种生物在不同适温条件下的热耐受能力均存在差异。
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