anticlinorium

简明释义

英[ˌæntɪklaɪˈnɔriəm]美[ˌæntɪklaɪˈnɔriəm]

n. [地质] 复背斜；复背斜层

复 数 a n t i c l i n o r i a

英英释义

单词用法

同义词

反义词

例句

1.The deposit is situated at the core of Laochang dome of the southern section of Haiyangshan anticlinorium and its Pb-Zn mineralization is controlled by structures, strata and lithology.

该矿床位于海洋山复式背斜南段的老厂穹窿构造核部，铅锌矿化受构造、地层和岩性控制。

2.The deposit is situated at the core of Laochang dome of the southern section of Haiyangshan anticlinorium and its Pb-Zn mineralization is controlled by structures, strata and lithology.

该矿床位于海洋山复式背斜南段的老厂穹窿构造核部，铅锌矿化受构造、地层和岩性控制。

3.The Xugu Mn deposit in Heishui, Sichuan lies in the northern limb of the Rigaxi-Waboliangzi anticlinorium.

四川黑水徐古锰矿位于日嘎希—瓦钵梁子复背斜西段北翼。

4.The geologists discovered an impressive anticlinorium in the mountain range, which indicates significant geological activity.

地质学家在山脉中发现了一个令人印象深刻的背斜体，这表明有显著的地质活动。

5.Studying the formation of an anticlinorium can help us understand the tectonic processes that shaped the region.

研究背斜体的形成可以帮助我们理解塑造该地区的构造过程。

6.The anticlinorium was formed over millions of years through the folding of rock layers.

这个背斜体是通过岩层的褶皱在数百万年中形成的。

7.In our geology class, we examined a cross-section of an anticlinorium to better understand its structure.

在我们的地质课上，我们检查了一个背斜体的横截面，以更好地理解其结构。

8.The presence of an anticlinorium often indicates areas rich in natural resources, such as oil and gas.

一个背斜体的存在通常表明该地区富含自然资源，如石油和天然气。

作文

Understanding geological formations can be a complex yet fascinating subject. Among various terms used in geology, the word anticlinorium stands out due to its specific and intricate meaning. An anticlinorium is essentially a large-scale geological structure that consists of a series of anticlines, which are arch-like folds in rock layers where the oldest rocks are at the core. This term is derived from the combination of 'anticline' and the suffix '-orium,' indicating a place or region. In simpler terms, an anticlinorium represents a region characterized by multiple anticlines, often found in mountain ranges or areas subjected to significant tectonic forces. To grasp the significance of an anticlinorium, one must appreciate the processes that lead to its formation. Geological forces such as folding and faulting result from the movement of tectonic plates. When two plates collide, the intense pressure can cause the earth's crust to buckle, leading to the creation of anticlines. Over time, these structures can accumulate and form an anticlinorium. One notable example of an anticlinorium is the Appalachian Mountains in North America, which showcases a series of anticlines that have developed over millions of years. The study of anticlinorium is crucial for geologists and other scientists because it provides insights into the geological history of a region. By examining the layers of rock within an anticlinorium, researchers can infer the types of forces that shaped the landscape and understand the age of various rock formations. This knowledge is not only important for academic pursuits but also has practical applications in fields such as natural resource exploration, where understanding these geological structures can lead to the discovery of oil, gas, and minerals. Moreover, anticlinorium formations can significantly influence the environment and ecology of an area. The varied topography created by these structures can lead to diverse habitats, affecting local flora and fauna. For instance, the elevation changes associated with an anticlinorium can create microclimates, allowing different species to thrive in close proximity. This ecological diversity is essential for maintaining balanced ecosystems and can be a focal point for conservation efforts. In conclusion, the term anticlinorium encapsulates a remarkable aspect of our planet's geological makeup. By understanding what an anticlinorium is, we gain valuable insights into the earth's history, the processes that shape our landscapes, and the ecological implications of these structures. As we continue to explore and study our planet, the significance of terms like anticlinorium reminds us of the intricate and dynamic nature of the world we inhabit. Whether you are a student of geology, a professional in the field, or simply someone with a curiosity about the earth, recognizing the importance of an anticlinorium can enhance your appreciation for the complexities of our environment.

理解地质构造可能是一个复杂但迷人的主题。在地质学中，许多术语被使用，其中“anticlinorium”这个词因其特定和复杂的含义而引人注目。anticlinorium 本质上是一个大规模的地质结构，由一系列背斜组成，背斜是岩层中的弓形褶皱，最古老的岩石位于核心。这一术语来源于“anticline”和后缀“-orium”的组合，表示一个地方或区域。简单来说，anticlinorium 代表一个以多个背斜为特征的区域，通常在山脉或经历显著构造力的地区发现。 要理解anticlinorium的重要性，必须欣赏导致其形成的过程。地质力量，如褶皱和断层，是由于板块运动而产生的。当两个板块碰撞时，强大的压力会导致地壳隆起，从而形成背斜。随着时间的推移，这些结构可以积累并形成anticlinorium。北美的阿巴拉契亚山脉就是一个显著的anticlinorium例子，展示了经过数百万年发展而成的一系列背斜。 对地质学家和其他科学家来说，研究anticlinorium至关重要，因为它提供了关于一个地区地质历史的洞察。通过检查anticlinorium内的岩石层，研究人员可以推断出塑造景观的力量类型，并了解各种岩石形成的年代。这些知识不仅对学术研究重要，而且在自然资源勘探等领域有实际应用，了解这些地质结构可以导致油气和矿物的发现。 此外，anticlinorium的形成可以显著影响一个地区的环境和生态。由这些结构创造的多样化地形可以导致不同的栖息地，影响当地的植物和动物。例如，与anticlinorium相关的海拔变化可以创造微气候，使不同物种能够在近距离内繁荣。这种生态多样性对于维持平衡生态系统至关重要，并且可以成为保护工作的重要焦点。 总之，术语anticlinorium概括了我们星球地质构造的一个显著方面。通过了解anticlinorium是什么，我们获得了对地球历史、塑造我们景观的过程以及这些结构的生态影响的宝贵见解。随着我们继续探索和研究我们的星球，像anticlinorium这样的术语的重要性提醒我们我们所居住的世界的复杂性和动态性。无论你是地质学的学生、该领域的专业人士，还是仅仅对地球充满好奇的人，认识到anticlinorium的重要性都能增强你对我们环境复杂性的欣赏。