nauplii

简明释义

英[ˈnɔːplɪaɪ]美[ˈnɔːplɪaɪ]

n. 无节幼虫（nauplius 的复数）

英英释义

单词用法

同义词

反义词

例句

1.UV illumination induced the oxidative impairment of fluoranthene to nauplii. Peroxidase (POD) was more sensitive than superoxide dismutase (SOD) to photo-induced toxicity of fluoranthene.

UV照射诱导了荧蒽对卤虫幼体的氧化损伤，过氧化物酶（POD）对荧蒽的光诱导毒性较超氧化物歧化酶（SOD）敏感；

2.UV illumination induced the oxidative impairment of fluoranthene to nauplii. Peroxidase (POD) was more sensitive than superoxide dismutase (SOD) to photo-induced toxicity of fluoranthene.

UV照射诱导了荧蒽对卤虫幼体的氧化损伤，过氧化物酶（POD）对荧蒽的光诱导毒性较超氧化物歧化酶（SOD）敏感；

3.Results showed that these 5 heavy metals all exhibited high toxicity to B. albicostatus nauplii and the toxicity increased with the concentration and exposure time.

结果表明所研究的不同化学形态的重金属对白脊藤壶幼体均具较高的毒性，其毒性随重金属浓度及作用时间的增大而呈逐渐上升的趋势。

4.Some most essential factors such as nutrient value, hatching quality, length of nauplii, in the quality evaluation of Artemia cysts are reported in this paper.

本文介绍了评定卤虫卵质量的某些最基本因素：营养价值、孵化质量、无节幼体的大小。

5.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）；

6.The juveniles feeding on unenriched artemia nauplii have a lower growth rates and survival rates.

投喂未经营养强化的卤虫无节幼体的实验组，花鲈稚鱼生长及成活率等各项指标均较低；

7.The marine biologist observed the growth of nauplii in the laboratory.

海洋生物学家在实验室观察了幼体的生长。

8.During the experiment, the nauplii were fed a diet rich in algae.

在实验过程中，幼体被喂以富含藻类的饮食。

9.The survival rate of the nauplii was significantly affected by water temperature.

水温显著影响了幼体的存活率。

10.Researchers discovered that the nauplii have a unique swimming pattern.

研究人员发现幼体具有独特的游泳模式。

11.The feeding behavior of the nauplii was documented for further studies.

对幼体的觅食行为进行了记录，以便进一步研究。

作文

The study of marine biology unveils many fascinating creatures and their life cycles. Among these, the nauplii (幼体) stage is particularly intriguing. These are the larval forms of crustaceans, such as shrimp and crabs, and they play a crucial role in the aquatic ecosystem. The nauplii (幼体) are characterized by their small size and unique body structure, which includes a single eye and antennae that help them navigate through the water. One of the most interesting aspects of nauplii (幼体) is their feeding behavior. At this early stage of life, they primarily feed on microalgae and plankton, which are abundant in their marine environment. This diet is essential for their growth and development into juvenile crustaceans. The ability of nauplii (幼体) to efficiently convert these microscopic food sources into energy is a key factor in the survival of many marine species. In addition to their ecological importance, nauplii (幼体) are also significant in aquaculture. Many fish and shrimp farms rely on the availability of nauplii (幼体) as a primary food source for their young stock. By providing a nutritious diet during the early stages of life, farmers can ensure better growth rates and overall health of their aquatic animals. This has led to increased research into the optimal conditions for breeding and raising nauplii (幼体), making it an area of great interest for scientists and commercial enterprises alike. Furthermore, the study of nauplii (幼体) extends beyond just their biological significance. Researchers are investigating how environmental changes, such as ocean acidification and rising temperatures, affect the survival and development of these larvae. Understanding how nauplii (幼体) respond to these stressors is vital for predicting the future of marine ecosystems and the fisheries that depend on them. In conclusion, the nauplii (幼体) stage of crustaceans is not only a critical phase in their life cycle but also a vital component of the marine food web. Their role in both natural ecosystems and aquaculture highlights the importance of preserving healthy marine environments. As we continue to explore the complexities of marine biology, the study of nauplii (幼体) will undoubtedly provide valuable insights into the resilience of aquatic life in the face of environmental challenges.

海洋生物学的研究揭示了许多迷人的生物及其生命周期。在这些生物中，nauplii（幼体）阶段尤其引人入胜。它们是甲壳类动物（如虾和蟹）的幼虫形态，在水生生态系统中发挥着至关重要的作用。nauplii（幼体）以其小巧的体型和独特的身体结构而著称，包括一只眼睛和帮助它们在水中导航的触角。 nauplii（幼体）最有趣的方面之一是它们的觅食行为。在生命的早期阶段，它们主要以微藻和浮游生物为食，这些食物在它们的海洋环境中丰富多样。这种饮食对它们的生长和发育成幼年甲壳类动物至关重要。nauplii（幼体）能够有效地将这些微小的食物来源转化为能量，是许多海洋物种生存的关键因素。 除了生态重要性，nauplii（幼体）在水产养殖中也具有重要意义。许多鱼类和虾类养殖场依赖于nauplii（幼体）作为幼苗的主要食物来源。通过在生命早期提供营养丰富的饮食，农民可以确保水生动物的更好生长率和整体健康。这导致了对nauplii（幼体）繁殖和饲养最佳条件的深入研究，使其成为科学家和商业企业都非常感兴趣的领域。 此外，nauplii（幼体）的研究不仅限于它们的生物学意义。研究人员正在调查环境变化（如海洋酸化和气温升高）如何影响这些幼虫的生存和发育。了解nauplii（幼体）如何应对这些压力源对于预测海洋生态系统和依赖于它们的渔业的未来至关重要。 总之，甲壳类动物的nauplii（幼体）阶段不仅是其生命周期中的关键阶段，也是海洋食物网的重要组成部分。它们在自然生态系统和水产养殖中的角色突显了保护健康海洋环境的重要性。随着我们继续探索海洋生物学的复杂性，对nauplii（幼体）的研究无疑将为我们提供关于水生生命在面对环境挑战时的韧性的宝贵见解。