eclosion

简明释义

英[ɪˈkləʊʒən]美[ɪˈkloʊʒən]

n. [昆] 羽化；涌现

英英释义

单词用法

同义词

反义词

例句

1.The system integrates automatically blank skipping, maintaining the print head by flash spray automatically when standby, as well as automatically copying single graph and 3D eclosion function.

集自动跳白，智能清洗保养喷头，3D羽化功能一体的人性化操作平台。

2.The system integrates automatically blank skipping, maintaining the print head by flash spray automatically when standby, as well as automatically copying single graph and 3D eclosion function.

集自动跳白，智能清洗保养喷头，3D羽化功能一体的人性化操作平台。

3.The eclosion stage for 2nd generation eggs is in the 8th to 15th of August, which is a best time to control the pests by chemicals, pesticides and biological control.

第二代卵孵化盛期为8月8日至15日，此时也是进行化学农药和生物制剂防治的大好时机。

4.The peptides eclosion hormone(EH) and ecdysis\|triggering hormone(ETH) trigger ecdysis behaviors and other physiological changes which occur at the end of the molt.

羽化激素与蜕皮触发激素诱发昆虫蜕皮行为及蜕皮末期的其它生理变化。

5.Objective To study the action of the insect growth regulator S 31183 on blood biting, oviposit, and eclosion of Culex pipens pallens.

目的研究昆虫生长调节剂S 31183在实验室条件下对淡色库蚊成虫吸血和产卵及卵的孵化的影响。

6.The course from design to project completion is just like eclosion. The hardships of eclosion accomplish the beauty of butterfly.

一个建设项目从设计到竣工的过程，如同一次破茧化蝶的过程，破茧的艰辛成就了化蝶的美丽。

7.Male blister beetle undergo significant changes in morphology and cantharidin content during the 0-30 days after eclosion.

芫菁雄虫羽化后0 ~ 30天无论在形态还是斑蝥素合成量方面都发生了显著变化。

8.The scientist observed the eclosion of the butterfly from its chrysalis.

科学家观察到蝴蝶从蛹中羽化。

9.The timing of eclosion is crucial for the survival of many insect species.

对于许多昆虫物种而言，羽化的时机至关重要。

10.After weeks of waiting, the eclosion of the dragonfly larvae was finally witnessed.

经过几周的等待，终于目睹了蜻蜓幼虫的羽化。

11.The temperature and humidity levels can affect the rate of eclosion in certain insects.

温度和湿度水平会影响某些昆虫的羽化速度。

12.During the eclosion, the young insects are particularly vulnerable to predators.

在羽化期间，幼虫特别容易受到捕食者的攻击。

作文

The process of transformation in nature is often a marvel to observe, particularly when it comes to the life cycle of insects. One of the most fascinating stages is known as eclosion, which refers to the moment an insect emerges from its pupal stage. This phenomenon is not just a simple act of breaking out; it is a crucial transition that signifies the beginning of a new phase in the insect's life. The term eclosion originates from the Latin word 'excludere', meaning 'to shut out', and it aptly describes the process where a creature breaks free from its confines, whether it be a chrysalis or an egg. During eclosion, various physiological changes occur. For instance, many insects, such as butterflies, undergo significant transformations during their pupal stage, where they develop wings and other adult features. When the time for eclosion arrives, they have to exert considerable effort to escape their pupal casing. This struggle is not merely physical; it is also vital for their survival. The act of emerging helps pump fluid into their wings, allowing them to expand and prepare for flight. Without this critical process, the insects would not be able to function properly in their adult form. The timing of eclosion is also influenced by environmental factors. Temperature, humidity, and light play essential roles in determining when an insect will emerge. For example, many species have adapted their eclosion timing to coincide with favorable conditions, such as the availability of food and mates. This synchronization with the environment is crucial for their reproductive success and overall survival. Moreover, eclosion is not limited to insects alone. Other animals, such as birds and reptiles, also experience a form of eclosion when they hatch from eggs. In these cases, the term may refer more broadly to the emergence from the egg rather than a pupal stage. Regardless of the specific context, the concept of eclosion encapsulates the idea of new beginnings and the continuation of life. In literature and art, eclosion can serve as a powerful metaphor for personal growth and transformation. Just as insects break free from their cocoons, individuals often go through challenging experiences that lead to significant changes in their lives. The struggles we face can be likened to the efforts an insect makes during eclosion. These moments of breakthrough can lead to newfound freedom, opportunities, and perspectives. In conclusion, the term eclosion encompasses more than just the biological process of emergence. It represents a pivotal moment of change and renewal, both in the natural world and in our personal journeys. Understanding eclosion allows us to appreciate the complexities of life cycles and the beauty of transformation. Whether we observe it in nature or reflect on our own experiences, eclosion serves as a reminder that every ending is simply a new beginning waiting to unfold.

自然界中的转变过程常常令人惊叹，尤其是在昆虫的生命周期中。其中一个最迷人的阶段被称为蜕变，它指的是昆虫从蛹阶段中出现的时刻。这一现象不仅仅是简单的突破，它是一个关键的过渡，标志着昆虫生命中新阶段的开始。蜕变这个术语源于拉丁词'excludere'，意为'排除'，它恰如其分地描述了生物从其束缚中挣脱的过程，无论是蛹还是卵。 在蜕变期间，各种生理变化发生。例如，许多昆虫，如蝴蝶，在其蛹阶段经历显著的转变，在此期间，它们发展出翅膀和其他成虫特征。当蜕变的时刻到来时，它们必须付出相当大的努力才能逃脱蛹的外壳。这一挣扎不仅仅是身体上的；它对于它们的生存至关重要。出现的行为有助于将液体泵入它们的翅膀，使它们能够扩展并准备好飞行。如果没有这一关键过程，昆虫将无法在其成虫形态中正常运作。 蜕变的时机也受到环境因素的影响。温度、湿度和光照在决定昆虫何时出现方面发挥着重要作用。例如，许多物种已将其蜕变时机调整为与有利条件相吻合，例如食物和配偶的可用性。这种与环境的同步对于它们的繁殖成功和整体生存至关重要。 此外，蜕变并不仅限于昆虫。其他动物，如鸟类和爬行动物，在孵化出卵时也经历一种形式的蜕变。在这些情况下，这个术语可能更广泛地指代从卵中出现，而不是蛹阶段。无论具体上下文如何，蜕变的概念都包含了新开始和生命延续的想法。 在文学和艺术中，蜕变可以作为个人成长和转变的强大隐喻。正如昆虫从其蛹中挣脱一样，个体常常经历挑战性的经历，这些经历导致生活中的重大变化。我们面临的挣扎可以比作昆虫在蜕变期间所做的努力。这些突破的时刻可以带来新的自由、机会和视角。 总之，蜕变这个术语不仅仅包括生物学上的出现过程。它代表着一个关键的变化和更新时刻，无论是在自然界中还是在我们的个人旅程中。理解蜕变使我们能够欣赏生命周期的复杂性和转变的美。无论我们是在自然界中观察到它，还是反思自己的经历，蜕变都提醒我们，每一个结束只是等待展开的新开始。