corrie ice

简明释义

冰斗

英英释义

例句

1.The climbers were excited to find a patch of corrie ice in the early morning light.

登山者们在清晨的光线中发现了一片山凹冰，感到非常兴奋。

2.In the spring, the corrie ice begins to melt, creating beautiful waterfalls.

春天时，山凹冰开始融化，形成美丽的瀑布。

3.Skiers love the challenge of descending steep slopes covered with corrie ice.

滑雪者喜欢挑战覆盖有山凹冰的陡坡。

4.The presence of corrie ice indicates that the area has experienced significant glacial activity.

存在山凹冰表明该地区经历了显著的冰川活动。

5.During the winter hike, we had to carefully navigate the corrie ice to avoid slipping.

在冬季徒步旅行中，我们必须小心地绕过山凹冰以避免滑倒。

作文

In the study of glaciology, one of the most fascinating phenomena is the formation and characteristics of ice in mountainous regions. Among various types of glacial ice, corrie ice plays a significant role in shaping the landscape. This term refers to the ice that accumulates in a hollow or depression on a mountain side, often found at the head of a glacial valley. The presence of corrie ice is crucial for understanding the processes of erosion and sediment transport in these high-altitude environments.The formation of corrie ice begins with the accumulation of snow in a sheltered area, typically where the sun's rays are less direct. Over time, this snow compacts and transforms into firn and eventually into glacial ice. The unique conditions found in these corries—such as cooler temperatures and limited sunlight—allow for the preservation of this ice over extended periods, sometimes even throughout the summer months.One of the key aspects of corrie ice is its ability to influence the surrounding topography. As the ice moves, it erodes the underlying rock through a process known as abrasion. This process not only shapes the corrie itself but also contributes to the formation of features such as arêtes and cirques, which are characteristic of glacial landscapes. Moreover, the melting of corrie ice during warmer seasons can lead to the formation of small lakes, known as tarns, further adding to the ecological diversity of the region.The study of corrie ice is not just important for understanding geological processes; it also provides insight into climate change. As global temperatures rise, many glaciers and their associated ice formations are retreating. Monitoring changes in corrie ice can help scientists gauge the health of these glacial systems and predict future changes in water supply for downstream ecosystems and human populations.Furthermore, corrie ice serves as an indicator of historical climate conditions. By examining ice cores extracted from these formations, researchers can analyze past atmospheric conditions, providing valuable data about climate fluctuations over millennia. This information is essential for constructing models that predict future climate scenarios and for understanding the long-term impacts of current climate trends.In conclusion, corrie ice is more than just a simple accumulation of ice in a mountain hollow; it is a vital component of our planet's climatic and geological systems. Its role in shaping landscapes, influencing local ecosystems, and serving as a barometer for climate change makes it an essential subject of study in glaciology. As we continue to face the challenges posed by a warming world, understanding the dynamics of corrie ice will become increasingly important for both scientific research and environmental conservation efforts.

在冰川学的研究中，冰山区域的形成和特征是一个引人入胜的现象。在各种类型的冰川冰中，corrie ice（冰斗冰）在塑造地貌方面起着重要作用。这个术语指的是在山坡上的一个凹陷或洼地中积累的冰，通常位于冰川谷的顶部。corrie ice的存在对于理解这些高海拔环境中的侵蚀过程和沉积物运输至关重要。corrie ice的形成始于在一个受保护的区域积累雪，通常是在阳光照射较少的地方。随着时间的推移，这些雪会压实并转化为细粒冰，最终变成冰川冰。这些冰斗中独特的条件（如较低的温度和有限的阳光）使得这些冰能够在很长一段时间内保存，有时甚至在夏季也能保持。corrie ice的一个关键方面是它对周围地形的影响。随着冰的运动，它通过一种称为磨蚀的过程侵蚀底部的岩石。这个过程不仅塑造了冰斗本身，还促成了诸如锋脊和环形山等特征的形成，这些特征是冰川景观的典型标志。此外，在温暖季节，corrie ice的融化可能导致小湖泊的形成，称为湖泊，进一步增加了该地区的生态多样性。对corrie ice的研究不仅对于理解地质过程至关重要；它还为气候变化提供了见解。随着全球气温上升，许多冰川及其相关的冰层正在退缩。监测corrie ice的变化可以帮助科学家评估这些冰川系统的健康状况，并预测未来对下游生态系统和人类社会水资源的影响。此外，corrie ice作为历史气候条件的指示器。通过检查从这些冰层中提取的冰芯，研究人员可以分析过去的大气条件，为数千年的气候波动提供有价值的数据。这些信息对于构建预测未来气候情景的模型以及理解当前气候趋势的长期影响至关重要。总之，corrie ice不仅仅是山凹中简单的冰积累；它是我们星球气候和地质系统的重要组成部分。它在塑造地貌、影响地方生态系统以及作为气候变化的晴雨表方面所发挥的作用，使其成为冰川学研究的一个重要主题。随着我们继续面临气候变暖带来的挑战，理解corrie ice的动态将变得越来越重要，无论是对于科学研究还是环境保护工作。