copepod

copepod

1. 1. 3.Food, temperature and predation pressure directly act on the value of venturous revenue and are major environmental factors affecting DVM of the copepod.

3．食物、温度和捕食压力直接影响风险收益值的大小，是影响桡足类垂直迁移的主要环境因子。

2. The effects of different diets on the survival and development of copepod nauplii

不同饵料对桡足类无节幼体存活、发育的影响研究

3. Imperceptibly the yellow balloon and the yellow copepod mingle with the music in my mind, the balloon representing the globe on which copepods play such a prominent ecological role.

不知不觉的，记忆中那颗大汽球、伏在球上的黄色巨大桡足动物和音乐声逐渐融合，宛如象徵著桡足生物在地球生态中所扮演举足轻重的角色。

4. Keywords Calanus sinicus;Copepod;mtDNA;mt COI;Population Genetics;

中华哲水蚤;桡足类;线粒体DNA;线粒体COI;种群遗传学;

5. A COMPARATIVE STUDY OF MDH IN TWO POPULATIONS OF Calanus sinicus (Copepod)

中华哲水蚤不同地理种群苹果酸脱氢酶(MDH)的比较

6. Mitochodrial DNA COI Sequence Analysis of Calanus sinicus (Copepod) in Qingdao Waters

中华哲水蚤线粒体DNA COI基因序列分析

7. Ontogenetic diel vertical distribution of the planktonic copepod Calanus sinicus in Southern Yellow Sea

南黄海中华哲水蚤昼夜垂直分布

8. A larval stage of certain tapeworms that typically develops in the body cavity of a copepod.

原尾幼虫假叶目及一些其他绦虫的实体第一寄生虫，通常在桡足类的体腔中发育

9. I would also like to thank you for the support and sponsorship of the pre-conference workshop on copepod systematics and biology, held at the National Museum of Marine Biology &Aquarium (NMMBA) in Kenting.

同时我也要对于会前于国立海洋生物博物馆所举办的桡足类生物与系统分类研习会诸位提供大力的支持及帮助致上最大的敬意。

10. Taxonomy and Distribution of the Calanoid Copepod Family Heterorhabdidae

哲水蚤目桡足亚纲异肢水蚤科的分类与分布

11. The low grazing pressure on these blooms has been attributed to the inability of overwintering copepod populations to track them temporally.

如果它们“有眼力”的话，将会有足够多的东西吃，鱼类也将会有更多的食物。

12. parasitic copepod

寄生桡足类

13. Small copepod

小型桡足类

14. minute free-swimming freshwater copepod having a large median eye and pear-shaped body and long antennae used in swimming;

微小的自由游动的淡水桡足动物，中眼大，有梨形身体和用于游泳的长触角；

15. minute free-swimming freshwater copepod having a large median eye and pear-shaped body and long antennae used in swimming; important in some food chains and as intermediate hosts of parasitic worms that affect man e.g. Guinea worms

微小的自由游动的淡水桡足动物，中眼大，有梨形身体和用于游泳的长触角；在某些食物链中重要

16. minute free-swimming freshwater copepod having a large median eye and pear-shaped body and long antennae used in swimming; important in some food chains and as intermediate hosts of parasitic worms that affect man e.g. Guinea worms.

微小的自由游动的淡水桡足动物，中眼大，有梨形身体和用于游泳的长触角；在某些食物链中重要，~下转例子部分。

17. Photo Gallery: Translucent Creatures A copepod, a type of zooplankton, drifts in the Weddell Sea near Antarctica.

意译：半透明生物图片集。一种桡脚类动物，是典型的浮游生物，漂游在Weddell海靠近南极洲。

18. A new parasitic copepod, Ergasilus danjiangensis sp. nov. was found on gills of two cyprinid fish Opsariichthys bidens and Zacco platypus in Danjiangkou Reservoir of Hubei Province, China.

摘要在湖北省丹江口水库的马口鱼和宽鳍（鱼巤）的鳃上发现的寄生桡足类1新种丹江鳋。

19. copepod A major group of small crustaceans; some are free-swimming, while others are parasitic on the skin and gills of fishes.

桡脚类一群小型甲壳动物;某些可游离于水中,其它多是寄生在鱼的皮肤及鳃上。

20. A copepod, a type of zooplankton, drifts in the Weddell Sea near Antarctica. Copepods are microscopic relatives of shrimp and lobsters.

桡脚类的动物，一种浮游生物，漂浮在南极洲附近的威德尔海洋。桡脚类的动物是龙虾和小虾的近亲。

21. 38 species in 24 genus of copepod were observed and had 6 dominant species such as Cyclops vicinus, Eucyclops serrulatus, Mesocyclops leuckarti and etc.

桡足类24属38种,优势种类为近邻剑水蚤(Cyclops vicinus)、锯缘真剑水蚤(Eucyelops serrulatus)、广布中剑水蚤(Mesocyclops leuckarti)等6种。

22. Keywords copepod;Calanus sinicus;diatom;dinoflagellate;feeding;egg reproduction;egg hatching;

桡足类;硅藻;甲藻;选择摄食;产卵;孵化;

23. copepod larva

桡足类幼体

24. Preliminary studies on the rule of copepod diapause

桡足类滞育规律研究

25. Copepod density showed an obvious gradient with the distance from the reservoir dam: the nearer to the dam, the denser the copepods.

桡足类种类组成、空间分布和密度具有明显的季节变化特征, 此外密度在水库的纵轴上也表现出明显的梯度分布, 越近大坝密度越高。

26. Feeding Ecology Progress of the Herbivorous Copepod

植食性浮游桡足类摄食生态学研究进展

27. The copepod were major components of zooplankton, there was a peak in Spring, besides, there were two small peaks in Summer and Autumn.

浮游动物主要的高峰期出现在春季，此外，夏秋两季各有一个小高峰。

28. Pelagic copepod

浮游桡足类

29. In fact, the spatial|temporal distribution of the planktonic copepod abundance are closely related to thermohaline distribution, even more closely to temperature than to salinity.

浮游桡足类丰度的时空分布与海水温度和盐度密切相关,与温度的关系更重要于与盐度的关系。

30. marine copepod

海洋桡足类

31. Application and Prospect of Marine Copepod Diapause Eggs in Mariculture

海洋桡足类滞育卵在海水养殖业中的应用及其前景

32. Advance in the Diapause and Its Physiology and Ecology Studies on Marine Planktonic Copepod

海洋浮游桡足类滞育及其生理生态学研究进展

33. The salinity tolerance range of this copepod extended effectively after acclimation, and display its potential distribution area.

盐度驯化能有效地扩大该种桡足类的耐盐范围，从而瞭解其潜在的地理分布范围。

34. Nematode and copepod were important groups at the mudflat where Nematode accounted for 97.3% of the total while copepod accounts for 1.2%.

线虫和桡足类是小型底栖动物密度的主要组成，其中线虫平均密度为63.9个／平方公分，约占密度组成的97.3%；

35. The results showed that the first-feeding occurred on 2 DAH, and preyed mainly on copepod nauplius, larval copcpod and cladocera, the recipe was chiefly composed of copepod, and large zooplanktons.

结果显示：军曹鱼仔鱼于2日龄开口，主要摄食桡足类无节幼体和桡足幼体及枝角类；

36. 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。

37. ABUNDANCE AND BIOMASS OF COPEPOD NAUPLII AND CILIATES IN JIAOZHOU BAY

胶州湾桡足类幼虫和浮游生纤毛虫的丰度与生物量

38. Gallienne, C. P. and D. B. Robins (2001). Is Oithona the most important copepod in the world's oceans? J. Plankton Res., 23: 1421-1432.

蔡秉及、连光山、林茂及林玉辉。(1994)。厦门港及邻近海域浮游动物的生态研究。海洋学报。第16卷。第四期。137-141。

39. This was the first flying copepod I saw and, I am sure, it was the first not only to me.

那才是我看过第一只能够飞翔的桡足动物，相信对许多人亦然。

40. Food, temperature and predation pressure directly act on the value of venturous revenue and are major environmental factors affecting DVM of the copepod.

食物、温度和捕食压力直接影响风险收益值的大小，是影响桡足类垂直迁移的主要环境因子。

41. Deleterious effects of diatom in high concentration on copepod reproduction

高浓度硅藻对桡足类繁殖的抑制作用