compound cirque

简明释义

复合冰斗;

英英释义

例句

1.During our hike, we encountered a stunning compound cirque 复合冰斗 that showcased multiple glacial features.

在我们的徒步旅行中，我们遇到了一个令人惊叹的复合冰斗 compound cirque，展示了多个冰川特征。

2.The compound cirque 复合冰斗 provided an excellent opportunity for studying glacial erosion.

这个复合冰斗 compound cirque 为研究冰川侵蚀提供了极好的机会。

3.The formation of a compound cirque 复合冰斗 can indicate past climatic conditions.

一个复合冰斗 compound cirque 的形成可以指示过去的气候条件。

4.Researchers are mapping the compound cirque 复合冰斗 to understand its impact on local ecosystems.

研究人员正在绘制复合冰斗 compound cirque 的地图，以了解其对当地生态系统的影响。

5.The geologist explained that a compound cirque 复合冰斗 is formed by the merging of two or more cirques.

地质学家解释说，复合冰斗 compound cirque 是由两个或多个冰斗的合并形成的。

作文

The term compound cirque refers to a specific geological feature formed by glacial activity. A cirque is a bowl-shaped depression found at the head of a valley, typically surrounded by steep cliffs. When multiple cirques form in close proximity to one another, they create a compound cirque, which can often be seen in mountainous regions where glaciers have carved out the landscape over thousands of years. Understanding the formation and significance of compound cirque is essential for geologists and environmental scientists alike, as it provides insight into past climatic conditions and the dynamics of glacial movement.In many mountain ranges around the world, such as the Rockies in North America or the Alps in Europe, compound cirques can be observed as evidence of the powerful forces of nature. These features are not just beautiful; they tell a story of the Earth's history. For instance, the presence of a compound cirque indicates that there was once a large glacier that has since retreated, leaving behind these stunning formations. The study of these structures allows scientists to reconstruct past environments and understand how climate change has affected these areas over time.The formation of a compound cirque typically begins with a single cirque that forms as a glacier erodes the rock beneath it. As the glacier continues to move and expand, it may encounter other cirques nearby. The merging of these cirques creates the characteristic compound structure. This process highlights the dynamic nature of glaciers and their ability to shape the landscape dramatically. In addition to their geological importance, compound cirques also play a crucial role in the ecosystem. They often serve as habitats for unique flora and fauna, adapted to the harsh conditions found in these high-altitude environments. The microclimates created by the steep walls of a compound cirque can support diverse plant species, some of which may be endemic to the region. This biodiversity is vital for maintaining ecological balance and contributes to the overall health of the environment.Moreover, compound cirques are popular destinations for outdoor enthusiasts and tourists. Hikers and climbers are drawn to these areas for their breathtaking views and challenging terrains. The presence of a compound cirque can enhance the aesthetic appeal of a landscape, making it a sought-after location for photography and adventure sports. As more people visit these natural wonders, it becomes increasingly important to promote sustainable tourism practices to protect these fragile ecosystems.In conclusion, the concept of a compound cirque encapsulates the interplay between geological processes and environmental significance. By studying compound cirques, we gain valuable insights into the history of our planet and the ongoing changes it faces. As we continue to explore and appreciate these magnificent formations, let us also commit to preserving them for future generations to enjoy.

术语复合冰斗指的是一种特定的地质特征，由冰川活动形成。冰斗是位于山谷顶部的碗状凹陷，通常被陡峭的悬崖环绕。当多个冰斗在彼此靠近的地方形成时，就会产生复合冰斗，这种现象通常可以在冰川在数千年间雕刻出的山脉地区看到。理解复合冰斗的形成和重要性对于地质学家和环境科学家来说至关重要，因为它提供了对过去气候条件和冰川运动动态的洞察。在世界各地的许多山脉中，例如北美的落基山脉或欧洲的阿尔卑斯山，都可以观察到复合冰斗作为自然力量的证据。这些特征不仅美丽；它们讲述了地球历史的故事。例如，复合冰斗的存在表明曾经有一条大型冰川，后来退缩，留下了这些惊人的形态。对这些结构的研究使科学家能够重建过去的环境，并了解气候变化如何影响这些地区。复合冰斗的形成通常始于一个单独的冰斗，该冰斗形成于冰川侵蚀其下方的岩石。随着冰川不断移动和扩展，它可能会遇到附近的其他冰斗。这些冰斗的合并创造了特征性的复合结构。这个过程突显了冰川的动态特性及其对景观造成的剧烈影响。除了地质重要性外，复合冰斗在生态系统中也发挥着至关重要的作用。它们通常作为独特植物和动物的栖息地，适应了这些高海拔环境中的恶劣条件。复合冰斗陡峭的墙壁所创造的微气候可以支持多样的植物物种，其中一些可能是该地区的特有种。这种生物多样性对于维持生态平衡至关重要，并有助于整体环境的健康。此外，复合冰斗是户外爱好者和游客的热门目的地。徒步旅行者和攀登者被这些地区的壮丽景色和挑战性地形所吸引。复合冰斗的存在可以增强景观的美学吸引力，使其成为摄影和冒险运动的热门地点。随着越来越多的人访问这些自然奇观，推广可持续旅游实践以保护这些脆弱生态系统变得愈发重要。总之，复合冰斗的概念概括了地质过程与环境重要性之间的相互作用。通过研究复合冰斗，我们获得了对我们星球历史和面临的持续变化的宝贵见解。随着我们继续探索和欣赏这些壮丽的形态，让我们也承诺为未来的世代保护它们，以供享受。