cataclasm

简明释义

英[ˈkætəˌklæzəm]美[ˈkætəklæzəm]

n. 碎裂

英英释义

单词用法

同义词

反义词

例句

1.In geology tectonics, the faultage is a cataclasm face formed after when the stratum had shaped.

地质构造上的断层表现为一个碎裂面，其断裂作用发生在地层形成之后。

2.In geology tectonics, the faultage is a cataclasm face formed after when the stratum had shaped.

地质构造上的断层表现为一个碎裂面，其断裂作用发生在地层形成之后。

3.The geological study revealed that the region had experienced significant cataclasm 破碎作用 during the last ice age.

地质研究显示，该地区在上一个冰河时代经历了显著的cataclasm 破碎作用。

4.After the earthquake, scientists observed a clear cataclasm 破碎作用 in the rock formations.

地震后，科学家观察到岩层中明显的cataclasm 破碎作用。

5.The concept of cataclasm 破碎作用 helps us understand how tectonic plates interact.

cataclasm 破碎作用的概念帮助我们理解构造板块是如何相互作用的。

6.In the aftermath of the volcanic eruption, the landscape was marked by cataclasm 破碎作用 and debris.

火山爆发后的景观被cataclasm 破碎作用和碎屑所标记。

7.The scientist's research focused on the effects of cataclasm 破碎作用 on soil stability.

科学家的研究集中在cataclasm 破碎作用对土壤稳定性的影响。

作文

In the study of geology, the term cataclasm refers to a significant and often violent deformation of rocks due to intense pressure and stress. This process can lead to fractures, faults, and other dramatic changes in the Earth's crust. Such geological events are not only fascinating from a scientific perspective but also have profound implications for our understanding of the planet's history and the forces that shape it. Cataclasm occurs when tectonic plates collide, causing immense pressure that can result in the breaking and reformation of rock structures. The aftermath of these events often leads to the creation of new landforms and can even trigger natural disasters such as earthquakes and landslides. To illustrate the significance of cataclasm, consider the San Andreas Fault in California. This fault line is a prime example of where tectonic activity has caused considerable geological change over millions of years. The constant movement of the Pacific and North American plates creates stress that results in cataclasm. When this stress exceeds the strength of the rocks, it leads to sudden shifts that we experience as earthquakes. These seismic events can reshape the landscape, alter ecosystems, and even pose risks to human life and infrastructure. Furthermore, cataclasm is not limited to just one region; it is a global phenomenon. For instance, the Himalayan mountain range, which continues to rise due to the collision of the Indian and Eurasian plates, is another area where cataclasm plays a critical role. The immense pressure generated by this collision leads to the formation of faults and fractures, contributing to the region's dynamic topography. In addition to its geological implications, cataclasm serves as a metaphor in various aspects of life. It can represent any significant upheaval or disruption, whether in societal structures, personal lives, or even within ecosystems. For example, a political revolution can be seen as a form of cataclasm, where existing systems are fractured and reformed under the pressure of public demand for change. Similarly, in personal contexts, an unexpected event such as a job loss or a family crisis can lead to a cataclasm in one’s life, forcing individuals to adapt and rebuild their circumstances. Understanding cataclasm in both its geological and metaphorical forms allows us to appreciate the complexity of change. Whether it is the slow, gradual shift of tectonic plates or the sudden jolt of an earthquake, cataclasm reminds us that change is an inherent part of existence. It teaches us resilience and the importance of adaptation in the face of adversity. In conclusion, the concept of cataclasm extends beyond the realm of geology; it encapsulates the essence of transformation and the forces that drive both nature and human experience. By studying cataclasm, we gain insights into the past and prepare ourselves for the inevitable changes that lie ahead.

在地质学研究中，术语cataclasm指的是由于强烈的压力和应力导致岩石的显著且通常是剧烈的变形。这个过程可能导致断裂、断层以及地壳的其他戏剧性变化。这些地质事件不仅从科学角度来看非常迷人，而且对我们理解地球历史和塑造地球的力量有深远的影响。Cataclasm发生在构造板块碰撞时，造成巨大的压力，可能导致岩石结构的破裂和重新形成。这些事件的后果通常会导致新地貌的形成，甚至可能引发地震和山体滑坡等自然灾害。 为了说明cataclasm的重要性，可以考虑加利福尼亚州的圣安德烈亚斯断层。这条断层线是构造活动导致数百万年来显著地质变化的一个典型例子。太平洋板块和北美板块的持续运动造成了压力，这导致了cataclasm。当这种压力超过岩石的强度时，就会导致我们所经历的突然位移，即地震。这些地震事件可以重塑地貌，改变生态系统，甚至对人类生命和基础设施构成风险。 此外，cataclasm并不局限于某一地区；它是一种全球现象。例如，喜马拉雅山脉因印度板块与欧亚板块的碰撞而不断上升，也是cataclasm发挥关键作用的另一个区域。这种碰撞产生的巨大压力导致了断层和裂缝的形成，促进了该地区动态地形的形成。 除了其地质意义外，cataclasm在生活的各个方面也作为隐喻。它可以代表任何显著的动荡或干扰，无论是在社会结构、个人生活，还是在生态系统中。例如，政治革命可以被视为一种cataclasm，现有系统在公众对变革的要求下被打破并重建。同样，在个人背景中，意外事件如失业或家庭危机可能导致一个人生活中的cataclasm，迫使个人适应并重建自己的处境。 理解cataclasm在地质和隐喻形式上的意义，使我们能够欣赏变化的复杂性。无论是缓慢渐进的构造板块移动，还是突如其来的地震，cataclasm提醒我们变化是存在的固有部分。它教会我们韧性以及在逆境面前适应的重要性。总之，cataclasm这一概念超越了地质学的范围；它概括了变革的本质以及驱动自然和人类经验的力量。通过研究cataclasm，我们获得了对过去的见解，并为未来不可避免的变化做好准备。