swarming

简明释义

英[ˈswɔːmɪŋ]美[ˈswɔːrmɪŋ]

v. （昆虫）成群地飞；成群移动，蜂拥；（蜜蜂、蚂蚁等）分群；云集，挤满；攀爬（swarm 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.My only advice would be to go there in the 8 off-season; when there aren't tourists 9 swarming the place.

我唯一的建议就是最好在旅游淡季时再去那里，那时就不会有游人蜂拥的情况发生了。

2.I pull back the sheet - more of them. They are swarming over the pillow.

我扯开床单，看到更多的臭虫，它们在枕头上排成一大片。

3.Ghana was swarming the Uruguay goal. And suarez stood on the line and knocked the ball away.

加纳队涌向乌拉圭的球门，苏亚雷斯站在球门线上用手拍出了球。

4.Some rivers in Africa are dangerous to swim in because they are swarming with crocodiles.

在非洲的一些河里游泳相当危险，因为里面满是鳄鱼。

5.Does he expect to find among the ruins of this Union a happier abode for our swarming millions than they now have under it?

他是否期望在联邦的废墟之中，为我们的百万人群找到比他们现在更幸福的住所？

6.A whole hill of hungry ants, their faces all aglow, came swarming from the forest to cross the field below.

整座山里的饥饿蚂蚁，都兴奋的涨红了脸，从森林里拥挤过来，要到下面的田里去。

7.With so many companies swarming the World Wide Web with their products, how can you and your products and services stand out?

如此众多的公司蜂拥万维网与它们的产品。你如何能和你的产品和服务脱颖而出？

8.The online magazine Slate summed it up neatly with a recent headline: Global Swarming.

线上杂志《Slate》最近以一个工整的大标题总结了这一趋势：蜂拥的世界(Global Swarming)。

9.The children were swarming around the ice cream truck as it arrived.

当冰淇淋车到达时，孩子们在周围蜂拥而至。

10.After the announcement, fans began swarming the stage for a closer look.

公告后，粉丝们开始涌向舞台以便更近距离观看。

11.The bees are swarming in the garden, making it difficult to enjoy the outdoors.

蜜蜂在花园里成群飞舞，让人难以享受户外活动。

12.The ants were swarming over the fallen crumbs on the picnic blanket.

蚂蚁在野餐布上的掉落碎屑上爬来爬去。

13.During the summer, tourists can be seen swarming the beaches.

夏天，游客们可以看到在海滩上聚集。

作文

In nature, there are many fascinating phenomena that capture our attention, one of which is the behavior of certain animals when they engage in swarming. This term refers to a collective movement of a large number of organisms, often seen in species like bees, locusts, and fish. The sight of these creatures moving together in unison can be both mesmerizing and intimidating. Understanding swarming provides insight into the complex social structures and survival strategies of these species.For instance, honeybees exhibit swarming behavior primarily during the spring when they reproduce. A colony will create a new queen, and the old queen will leave with a portion of the worker bees to establish a new hive. This swarming is critical for the survival of the bee population, as it allows them to expand their territory and ensure genetic diversity. The synchronized flight of the bees can create a stunning visual spectacle, as they move together in a cloud-like formation.Similarly, locusts are known for their dramatic swarming behavior, which can lead to devastating agricultural impacts. When environmental conditions change, such as an increase in food supply, solitary locusts can change their behavior and form massive swarms. These swarms can travel long distances and consume vast amounts of crops, leading to food shortages in affected areas. The phenomenon of locust swarming highlights the delicate balance in ecosystems and the potential consequences of environmental changes.Fish also display swarming behavior, particularly when they are threatened by predators. Schools of fish will often gather in tight formations, moving as one to confuse and evade their predators. This collective movement not only enhances their chances of survival but also demonstrates the power of cooperation in the animal kingdom. The intricate patterns formed by schools of fish swimming together can be quite beautiful, showcasing the elegance of nature’s designs.Beyond the animal kingdom, the concept of swarming has been applied to various fields, including robotics and computer science. Researchers have studied the principles of swarming to develop algorithms that mimic these natural behaviors. For example, swarm robotics involves multiple robots working together to complete tasks more efficiently than a single robot could. This approach leverages the strengths of collective behavior, much like the swarming of bees or fish.In conclusion, swarming is a remarkable behavior observed in various species, serving essential roles in their survival and adaptation. Whether it is the beautiful dance of bees in the air, the destructive force of locusts, or the coordinated movements of fish, swarming showcases the power of unity in nature. As we continue to study these behaviors, we can learn valuable lessons about cooperation, resilience, and the intricate connections within ecosystems. The phenomenon of swarming reminds us of the importance of working together, whether in nature or in our own communities.

在自然界中，有许多迷人的现象吸引着我们的注意，其中之一是某些动物在进行群体行为时的表现。这个术语指的是大量生物的集体移动，通常见于蜜蜂、蝗虫和鱼类等物种。这些生物齐心协力一起移动的景象既让人着迷又令人畏惧。理解群体行为可以深入了解这些物种复杂的社会结构和生存策略。例如，蜜蜂主要在春季繁殖时表现出群体行为。一个蜂巢会产生新的蜂后，旧的蜂后会带着一部分工蜂离开，以建立新的蜂巢。这种群体行为对蜜蜂种群的生存至关重要，因为它允许它们扩展领土并确保遗传多样性。蜜蜂的同步飞行可以创造出令人惊叹的视觉奇观，因为它们像云一样聚集在一起。同样，蝗虫以其戏剧性的群体行为而闻名，这可能导致严重的农业影响。当环境条件发生变化，例如食物供应增加时，孤立的蝗虫可以改变其行为并形成巨大的蝗虫群。这些蝗虫群可以长途迁徙并消耗大量农作物，导致受影响地区的粮食短缺。蝗虫的群体行为突显了生态系统中的微妙平衡以及环境变化的潜在后果。鱼类也表现出群体行为，特别是在受到捕食者威胁时。鱼群经常聚集在一起，以紧密的阵型移动，以迷惑和逃避捕食者。这种集体运动不仅增强了它们的生存机会，还展示了动物王国中合作的力量。鱼群一起游动形成的复杂图案可以非常美丽，展现出自然设计的优雅。除了动物王国，群体行为的概念已被应用于多个领域，包括机器人技术和计算机科学。研究人员研究了群体行为的原理，以开发模仿这些自然行为的算法。例如，群体机器人学涉及多个机器人共同工作，以比单个机器人更有效地完成任务。这种方法利用了集体行为的优势，就像蜜蜂或鱼类的群体行为一样。总之，群体行为是各种物种观察到的一种显著行为，在它们的生存和适应中发挥着重要作用。无论是空中蜜蜂的美丽舞蹈，还是蝗虫的破坏性力量，抑或是鱼类的协调运动，群体行为展示了自然界团结的力量。随着我们继续研究这些行为，我们可以学习到有关合作、韧性和生态系统内复杂联系的宝贵经验。群体行为现象提醒我们，无论是在自然界还是在我们自己的社区中，团结合作的重要性。