amoeboid glacier

简明释义

1. 变形冰川; 2. 无定形冰川;

英英释义

例句

1.Scientists are using satellite images to track the retreat of the amoeboid glacier 变形虫冰川 in the Arctic region.

科学家们正在利用卫星图像追踪北极地区变形虫冰川的后退。

2.The unique shape of the amoeboid glacier 变形虫冰川 allows it to flow around obstacles in its path.

独特的形状使得变形虫冰川能够绕过其路径上的障碍物。

3.The researchers studied the movement of the amoeboid glacier 变形虫冰川 to understand its impact on local ecosystems.

研究人员研究了变形虫冰川的运动，以了解其对当地生态系统的影响。

4.As climate change accelerates, the behavior of the amoeboid glacier 变形虫冰川 has become increasingly unpredictable.

随着气候变化的加速，变形虫冰川的行为变得越来越不可预测。

5.Field studies have revealed that the amoeboid glacier 变形虫冰川 can move several meters in a single day.

实地研究显示，变形虫冰川在一天内可以移动几米。

作文

In the study of glaciology, various types of glaciers exhibit unique characteristics and behaviors. One fascinating type is the amoeboid glacier, which derives its name from the amoeba, a single-celled organism known for its ability to change shape. Just as an amoeba can extend and retract its pseudopodia, the amoeboid glacier showcases a similar adaptability in its movement and structure. Understanding this glacier type is essential for comprehending the broader impacts of climate change on our planet's ice formations.The amoeboid glacier is characterized by its irregular shape and the way it flows over uneven terrain. Unlike traditional glaciers that move in a more uniform manner, these glaciers can spread out and contract, resembling the fluid motion of an amoeba. This unique behavior allows them to navigate through complex landscapes, including valleys and ridges, which can significantly influence the surrounding ecosystem.One of the most critical aspects of the amoeboid glacier is its role in the environment. As it moves, it can transport sediments and reshape the land beneath it. This process is vital for creating new landforms and contributing to the geological diversity of an area. Moreover, the melting of amoeboid glaciers due to rising temperatures poses a significant threat to local water supplies and ecosystems. The water released from these glaciers often feeds into rivers and lakes, supporting various forms of life.Furthermore, the study of amoeboid glaciers provides insight into past climate conditions. By examining the layers of ice and the sediments trapped within, scientists can reconstruct historical climate patterns and predict future changes. This information is crucial for understanding how climate change may affect not only glaciers but also global sea levels and weather systems.In conclusion, the amoeboid glacier serves as a remarkable example of the dynamic processes occurring within our planet's cryosphere. Its ability to adapt and change shape mirrors the challenges we face in addressing climate change. By studying these glaciers, we gain valuable knowledge that can help us mitigate the effects of environmental changes and protect our natural resources for future generations. The significance of the amoeboid glacier extends beyond its physical presence; it is a symbol of the interconnectedness of our planet's systems and the urgent need for sustainable practices as we navigate an increasingly uncertain future.

在冰川学的研究中，各种类型的冰川表现出独特的特征和行为。其中一种引人注目的类型是变形冰川，它的名称源于变形虫，这是一种以其改变形状的能力而闻名的单细胞生物。正如变形虫可以伸展和收缩其伪足一样，变形冰川在其运动和结构上也展现出类似的适应性。理解这种冰川类型对于理解气候变化对我们星球冰体的广泛影响至关重要。变形冰川的特点是其不规则的形状以及它如何在不平坦的地形上流动。与传统的冰川以更均匀的方式移动不同，这些冰川可以扩展和收缩，类似于变形虫的流动。这种独特的行为使它们能够穿越复杂的景观，包括山谷和山脊，这可能会显著影响周围的生态系统。变形冰川最关键的方面之一是它在环境中的作用。当它移动时，它可以运输沉积物并重塑其下面的土地。这一过程对于创造新的地貌和促进一个地区的地质多样性至关重要。此外，由于气温上升，变形冰川的融化对当地水供应和生态系统构成了重大威胁。从这些冰川释放出的水通常流入河流和湖泊，支持各种生命形式。此外，研究变形冰川提供了对过去气候条件的洞察。通过检查冰层及其内部捕获的沉积物，科学家可以重建历史气候模式并预测未来变化。这些信息对于理解气候变化可能如何影响冰川、全球海平面和天气系统至关重要。总之，变形冰川作为我们星球冷圈内动态过程的一个显著例子，其适应和改变形状的能力反映了我们在应对气候变化时面临的挑战。通过研究这些冰川，我们获得了有价值的知识，可以帮助我们减轻环境变化的影响，并保护我们的自然资源，为后代着想。变形冰川的重要性超越了其物理存在；它是我们星球系统相互联系的象征，以及在面对日益不确定的未来时，迫切需要可持续实践的象征。