after swarm

简明释义

二次分蜂

英英释义

例句

1.The data was collected after swarm analysis was completed.

数据是在群体分析完成后收集的。

2.The restaurant offered discounts after swarm of customers had left.

餐厅在顾客离开后提供了折扣。

3.The bees will return to their hive after swarm.

蜜蜂将在群体分裂后返回它们的蜂巢。

4.We need to clean the area after swarm of tourists leaves.

我们需要在游客离开后清理这个区域。

5.We will evaluate the feedback after swarm of users has been gathered.

我们将在用户反馈收集后进行评估。

作文

In the world of nature, the phenomenon of swarming is quite fascinating. Swarming occurs when a large number of organisms, often insects like bees or locusts, move together in a coordinated manner. This behavior can be seen in various species, and it serves multiple purposes such as finding food, avoiding predators, or even reproducing. However, what happens *after swarm*? This question leads us to explore the consequences and significance of this collective behavior.After a swarm disperses, the dynamics within the group change dramatically. For bees, for instance, when a swarm leaves the hive, it is often in search of a new home. The process of finding a suitable location is crucial for the survival of the colony. The bees will scout for potential nesting sites and communicate their findings through a series of dances. This intricate dance language not only informs other bees about the location but also conveys the quality of the site. Thus, the period *after swarm* is marked by intense activity as the bees work together to establish a new colony.Similarly, in the case of locusts, swarming can lead to devastating consequences for agriculture. When locusts swarm, they can consume vast amounts of crops, leading to food shortages and economic hardship for farmers. However, *after swarm* events can also trigger changes in the locust population. Once the swarm has depleted the food resources in one area, the locusts will disperse and seek new feeding grounds. This movement can create a cycle of destruction in agricultural areas, making it essential for farmers to be aware of locust behavior and prepare accordingly.The *after swarm* phase is not only significant for the swarming organisms but also for the ecosystems they inhabit. The dispersal of swarms can lead to changes in local biodiversity. For example, when bees move to a new area, they can impact the pollination of plants, which in turn affects the entire food web. Similarly, locusts can alter the composition of vegetation in their wake, influencing other herbivores and the predators that rely on them.Moreover, the concept of *after swarm* can be applied metaphorically to human society. In moments of collective action, such as protests or community gatherings, individuals come together for a common purpose. However, once the event concludes, the participants must navigate the aftermath. The energy and momentum generated during the gathering can lead to significant social change, but it requires organization and commitment to sustain the impact. Just like in nature, the period *after swarm* can be critical for determining the long-term effects of collective behavior.In conclusion, the phenomenon of swarming and its subsequent phase *after swarm* provide valuable insights into both natural and social systems. Understanding what happens after a swarm disperses is crucial for managing ecological impacts and fostering positive societal change. Whether in the context of bees searching for a new home or communities striving for progress, the *after swarm* phase holds the key to future success and sustainability.

在自然界中，集群现象非常迷人。集群发生在大量生物，通常是蜜蜂或蝗虫等昆虫，以协调的方式一起移动时。这种行为可以在各种物种中看到，其目的是寻找食物、避免捕食者甚至繁殖。然而，*after swarm* 之后会发生什么呢？这个问题引导我们探索这种集体行为的后果和意义。在一个群体散开后，内部的动态会发生剧烈变化。例如，对于蜜蜂来说，当一个蜂群离开蜂巢时，通常是在寻找新家。寻找合适地点的过程对整个群落的生存至关重要。蜜蜂会侦查潜在的筑巢地点，并通过一系列舞蹈与其他蜜蜂交流他们的发现。这种复杂的舞蹈语言不仅告诉其他蜜蜂位置，还传达场地的质量。因此，*after swarm* 期标志着蜜蜂为了建立新蜂群而进行的紧张活动。同样，在蝗虫的情况下，集群可能对农业产生毁灭性的后果。当蝗虫聚集时，它们可以消耗大量农作物，导致食品短缺和农民的经济困难。然而，*after swarm* 事件也可能引发蝗虫种群的变化。一旦集群耗尽了某一地区的食物资源，蝗虫就会分散并寻找新的觅食场所。这种迁移可能在农业区域造成破坏的循环，使农民必须了解蝗虫的行为并做好相应准备。*after swarm* 阶段不仅对聚集的生物重要，对它们栖息的生态系统也同样重要。集群的分散可能导致局部生物多样性的变化。例如，当蜜蜂迁移到一个新地区时，它们可能会影响植物的授粉，从而影响整个食物网。同样，蝗虫在其经过时可以改变植被的组成，影响其他草食动物及依赖它们的捕食者。此外，*after swarm* 的概念也可以比喻性地应用于人类社会。在集体行动的时刻，例如抗议或社区聚会，个人为了共同目标聚集在一起。然而，一旦事件结束，参与者必须应对后果。在聚会期间产生的能量和动力可以导致显著的社会变革，但需要组织和承诺来维持影响。就像在自然界中一样，*after swarm* 阶段对于确定集体行为的长期效果至关重要。总之，集群现象及其随后的 *after swarm* 阶段为自然和社会系统提供了宝贵的见解。理解集群散开后发生的事情对管理生态影响和促进积极的社会变革至关重要。无论是在蜜蜂寻找新家的背景下，还是社区努力进步的情况下，*after swarm* 阶段都掌握着未来成功和可持续发展的关键。