siphonophore
简明释义
英[saɪ'fɒnəˌfɔ:]美[saɪ'fɒnəˌfɔ:]
n. [无脊椎] 管水母目动物
英英释义
单词用法
群体水母 | |
自由漂浮的水母 | |
水母物种 | |
水母 | |
水母解剖 | |
水母行为 |
同义词
群体生物 | Siphonophores are a type of colonial organism found in the ocean. | 水母是一种在海洋中发现的群体生物。 | |
水母纲动物 | The hydrozoan siphonophore is known for its unique structure and behavior. | 水母纲动物的浮游生物以其独特的结构和行为而闻名。 |
反义词
例句
1.This pink siphonophore, Athorybia rosacea, was found during a Census of Marine Life expedition in the Sargasso Sea (see map) in the eastern Atlantic.
这只粉色的管水母学名“Athorybiarosacea”,是在远征大西洋东部的马尾藻海进行海洋生物普查期间发现的。
2.This pink siphonophore, Athorybia rosacea, was found during a Census of Marine Life expedition in the Sargasso Sea (see map) in the eastern Atlantic.
这只粉色的管水母学名“Athorybiarosacea”,是在远征大西洋东部的马尾藻海进行海洋生物普查期间发现的。
3.Large siphonophore having a bladder like float and stinging tentacles.
大型管水母,由气泡状浮漂和刺状触须。
4.The ocean is home to many fascinating creatures, including the siphonophore 水母纲生物, which can be both beautiful and deadly.
海洋中栖息着许多迷人的生物,包括美丽而致命的siphonophore 水母纲生物。
5.Researchers studied the behavior of the siphonophore 水母纲生物 to understand its unique method of locomotion.
研究人员研究了siphonophore 水母纲生物的行为,以了解其独特的运动方式。
6.During our dive, we encountered a large colony of siphonophores 水母纲生物 drifting gracefully through the water.
在我们的潜水过程中,我们遇到了一大群优雅漂浮在水中的siphonophores 水母纲生物。
7.The siphonophore 水母纲生物 is not a single organism but rather a colonial organism made up of specialized polyps and medusoids.
siphonophore 水母纲生物并不是单一生物,而是由专门的水螅和水母体组成的殖民生物。
8.Some species of siphonophores 水母纲生物 can produce bioluminescence, creating a stunning display in dark waters.
一些siphonophores 水母纲生物能够产生生物发光,在黑暗的水域中形成惊艳的光影效果。
作文
The ocean is a vast and mysterious place, filled with an incredible diversity of life forms. Among these fascinating creatures is the siphonophore, a unique marine organism that showcases the wonders of evolution and adaptation. Siphonophore (水母纲) are not single organisms but rather colonial organisms made up of specialized polyps and medusoids that work together to function as one. This complex structure allows them to thrive in various oceanic environments. One of the most well-known examples of a siphonophore is the Portuguese man o' war. Although often mistaken for a jellyfish, it is actually a colony of four different types of polyps that have evolved to perform specific functions. These include capturing prey, providing buoyancy, and reproduction. The cooperative behavior of these polyps allows the siphonophore to be highly efficient in its survival strategies. The appearance of a siphonophore is striking. It typically has a long, translucent body that can stretch for several meters, with tentacles trailing behind. These tentacles are equipped with stinging cells called nematocysts, which they use to paralyze their prey, mainly small fish and plankton. The ability to capture food effectively is crucial for the survival of a siphonophore, as it relies on the energy obtained from its prey to sustain its colony. Living in the open ocean, siphonophores are often found drifting with the currents. They are primarily located in warmer waters, where they can flourish. Their existence plays a vital role in the marine ecosystem, serving as both predator and prey. While they hunt smaller organisms, they also become food for larger marine animals, such as sea turtles and certain fish species. This delicate balance highlights the importance of siphonophores in maintaining the health of oceanic ecosystems. Research on siphonophores has revealed much about their biology and ecological significance. Scientists study these organisms not only to understand their unique adaptations but also to gain insights into the impacts of climate change on marine life. As ocean temperatures rise and currents shift, the distribution and abundance of siphonophores may change, affecting the entire food web. Understanding these changes is crucial for developing conservation strategies to protect marine biodiversity. In conclusion, the siphonophore is a remarkable example of nature's ingenuity. Its complex structure and cooperative lifestyle allow it to thrive in the challenging environment of the open ocean. By studying siphonophores, we can learn more about the intricate connections within marine ecosystems and the potential impacts of environmental changes. As we continue to explore the depths of our oceans, it is essential to appreciate and protect these extraordinary organisms that play such a vital role in the health of our planet's waters.
海洋是一个广阔而神秘的地方,充满了令人难以置信的生物多样性。在这些迷人的生物中,有一种独特的海洋生物——siphonophore(水母纲),它展示了进化和适应的奇迹。siphonophore 并不是单一的生物,而是由专门的水螅和水母组成的群体生物,它们共同工作,作为一个整体来运作。这种复杂的结构使它们能够在各种海洋环境中生存。 最著名的 siphonophore 之一是葡萄牙战船。尽管常常被误认为是水母,但它实际上是由四种不同类型的水螅演变而成的殖民体,这些水螅各自发挥特定的功能,包括捕捉猎物、提供浮力和繁殖。这些水螅的合作行为使得 siphonophore 在生存策略上非常高效。 siphonophore 的外观引人注目。它通常有一个长而透明的身体,可以延伸数米,后面拖着触手。这些触手配备了称为刺细胞的刺细胞,它们用来麻痹猎物,主要是小鱼和浮游生物。有效捕食的能力对 siphonophore 的生存至关重要,因为它依靠从猎物中获得的能量来维持其殖民体。 生活在开放海洋中的 siphonophores 通常随洋流漂流。它们主要位于较温暖的水域,在那里可以蓬勃发展。它们的存在在海洋生态系统中发挥着至关重要的作用,既是捕食者又是猎物。当它们捕食较小的生物时,它们也成为大型海洋动物(如海龟和某些鱼类)的食物。这种微妙的平衡突显了 siphonophores 在维持海洋生态系统健康方面的重要性。 对 siphonophores 的研究揭示了它们的生物学和生态重要性。科学家们研究这些生物,不仅是为了了解它们独特的适应性,还有助于深入了解气候变化对海洋生物的影响。随着海洋温度上升和洋流变化,siphonophores 的分布和丰度可能会发生变化,从而影响整个食物网。了解这些变化对于制定保护海洋生物多样性的战略至关重要。 总之,siphonophore 是自然聪明才智的杰出例子。其复杂的结构和合作的生活方式使其能够在开放海洋的严酷环境中生存。通过研究 siphonophores,我们可以更多地了解海洋生态系统内的错综复杂的联系以及环境变化的潜在影响。随着我们继续探索海洋深处,欣赏和保护这些在维护我们星球水域健康方面发挥着如此重要作用的非凡生物是至关重要的。
文章标题:siphonophore的意思是什么
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