formations

简明释义

英[fɔːˈmeɪʃənz]美[fɔrˈmeɪʃənz]

n. 形成（formation 的复数形式）；形态；队形

英英释义

单词用法

同义词

反义词

例句

1.Yet on these and similar formations in deserts around the world, a few fierce plants have adapted to endure under ever-changing conditions.

然而，在世界各地的沙漠中的这些构造或类似的构造上，一些“凶猛”的植物已经适应了在不断变化的条件下生存。

2.Cavers pass surreally shaped pale limestone formations inside Black Hands Cave.

图为洞穴探险家们在黑手洞里奇幻苍白的石灰岩中穿行。

3.They are famous for their excellent scenery as well as their unique geologic formations.

它们不仅仅因瑰丽的景观而闻名，还因其独特的地质形态而著名。

4.The natural cave formations and the crystal blue water take you into a different world.

自然洞穴和水晶蓝把你带入另外一个奇异的世界。

5.They left behind their beds or basins as limestone formations that we can still see today.

它们留下了河床或盆地，形成了我们今天仍然可以看到的石灰岩地层。

6.Distinctive cloud formations in the Carina Nebula.

船底座星系里独特的星云形状。

7.Modern Paris sits atop massive formations of limestone and gypsum.

近代巴黎是由大块的石灰岩和石膏构成的。

8.I think they were not using the right tactics and formations.

我觉得他们的战术和阵型都有问题。

9.The teacher explained the different types of rock formations in the geology class.

老师在地质课上解释了不同类型的岩石地层。

10.Astronomers study the formations of stars in distant galaxies.

天文学家研究遥远星系中星星的形成。

11.The military conducted a drill to practice troop formations for the upcoming parade.

军方进行了演习，以练习即将到来的游行中的部队编队。

12.The artist was inspired by the natural formations in the landscape.

这位艺术家受到景观中自然形态的启发。

13.Geologists use satellite images to identify geological formations from space.

地质学家利用卫星图像从太空识别地质构造。

作文

In the study of geology, the term formations (地层) refers to a body of rock with a recognizable and distinct set of characteristics that can be traced across a region. These formations (地层) are essential in understanding the Earth's history, as they often contain fossils and other evidence of past environments. For instance, when geologists examine sedimentary formations (地层), they can infer the conditions under which these rocks were formed, such as ancient riverbeds or ocean floors. Each formation (地层) tells a story about our planet's geological past, revealing information about climate changes, tectonic movements, and biological evolution. In addition to geology, the concept of formations (地层) can also be applied in various fields, including biology and sociology. In biology, we often refer to the formations (地层) of cellular structures or patterns in animal behavior. For example, the social formations (地层) within a bee colony illustrate how individual bees work together to achieve a common goal. This cooperative behavior is crucial for the survival of the colony and demonstrates how formations (地层) can influence the dynamics of a group. In the realm of sociology, formations (地层) can describe the structure of social groups and organizations. The way communities are formed, their hierarchies, and the relationships between different groups can provide insight into societal behavior and interactions. Understanding these social formations (地层) allows sociologists to analyze issues such as inequality, power dynamics, and cultural differences. Moreover, in the context of education, students often engage in various learning formations (地层) that shape their academic experiences. Group projects, classroom discussions, and collaborative learning environments are all examples of educational formations (地层) that promote engagement and critical thinking. These formations (地层) help students develop important skills such as teamwork, communication, and problem-solving. In conclusion, the term formations (地层) holds significant importance across multiple disciplines, each providing unique insights into the structures and patterns that govern our world. Whether in geology, biology, sociology, or education, recognizing and understanding these formations (地层) enables us to better comprehend the complexities of nature and human interaction. As we continue to explore and analyze various formations (地层), we enhance our knowledge and appreciation of the intricate systems that shape our existence.

在地质学研究中，术语formations（地层）指的是具有可识别和独特特征的岩石体，这些特征可以在一个地区内追踪。这些formations（地层）对于理解地球的历史至关重要，因为它们通常包含化石和其他过去环境的证据。例如，当地质学家检查沉积formations（地层）时，他们可以推断出这些岩石形成时的条件，比如古老的河床或海底。每个formation（地层）都讲述着我们星球地质过去的故事，揭示气候变化、构造运动和生物演化的信息。 除了地质学，formations（地层）的概念也可以应用于多个领域，包括生物学和社会学。在生物学中，我们常常提到细胞结构或动物行为模式的formations（地层）。例如，蜂群中的社会formations（地层）展示了个体蜜蜂如何协同工作以实现共同目标。这种合作行为对蜂群的生存至关重要，并且表明formations（地层）如何影响群体的动态。 在社会学领域，formations（地层）可以描述社会群体和组织的结构。社区的形成方式、其等级制度以及不同群体之间的关系可以提供对社会行为和互动的洞察。理解这些社会formations（地层）使社会学家能够分析诸如不平等、权力动态和文化差异等问题。 此外，在教育背景下，学生们往往参与各种学习formations（地层），这些formations（地层）塑造了他们的学术经历。小组项目、课堂讨论和协作学习环境都是促进参与和批判性思维的教育formations（地层）的例子。这些formations（地层）帮助学生培养团队合作、沟通和解决问题等重要技能。 总之，术语formations（地层）在多个学科中具有重要意义，每个学科都提供了对支配我们世界的结构和模式的独特见解。无论是在地质学、生物学、社会学还是教育领域，认识和理解这些formations（地层）使我们能够更好地理解自然和人类互动的复杂性。随着我们继续探索和分析各种formations（地层），我们增强了对塑造我们存在的复杂系统的知识和欣赏。