glacier face

简明释义

冰山侧面

英英释义

例句

1.The glacier face was slowly retreating, revealing more of the rocky landscape behind it.

随着冰川面缓慢后退，露出了它背后的岩石景观。

2.Scientists study the glacier face to understand climate change effects on polar regions.

科学家研究冰川面以了解气候变化对极地地区的影响。

3.Tourists often take photos in front of the majestic glacier face during their visit.

游客们在参观期间常常在宏伟的冰川面前拍照。

4.The climbers were excited to reach the top of the mountain and see the stunning view of the glacier face.

登山者们很兴奋能到达山顶，看到壮观的冰川面。

5.Kayakers navigated carefully around the icebergs that had calved from the glacier face.

皮划艇运动员小心翼翼地绕过从冰川面崩解而来的冰山。

作文

The beauty of nature is often showcased in its most dramatic forms, and one such magnificent phenomenon is the glacier face. A glacier face (冰川面) is the vertical or near-vertical front of a glacier where it meets the surrounding landscape. This striking feature is not just a visual spectacle; it plays a crucial role in understanding climate change and the dynamics of our planet's ecosystems. When we think about glaciers, we often picture vast expanses of ice, but the glacier face (冰川面) is where the action happens. It is here that the glacier interacts with the environment, calving icebergs into the sea or releasing meltwater into rivers. The glacier face (冰川面) is constantly changing, retreating and advancing in response to temperature fluctuations and seasonal cycles. Observing these changes can provide vital clues about the health of our planet. For instance, in places like Greenland and Antarctica, scientists study the glacier face (冰川面) to monitor how quickly glaciers are melting due to global warming. The rate at which a glacier retreats can indicate the severity of climate change in that region. As temperatures rise, the glacier face (冰川面) becomes unstable, leading to increased calving events. These events not only contribute to rising sea levels but also impact marine ecosystems by altering salinity and temperature in the ocean. Moreover, the glacier face (冰川面) is a site of immense geological interest. The layers of ice reveal a history of snowfall and environmental conditions over millennia. Researchers can extract ice cores from the glacier face (冰川面) to analyze trapped air bubbles, providing insights into past atmospheres and helping us understand how our climate has changed over time. This information is crucial for predicting future climate scenarios and preparing for the challenges that lie ahead. In addition to its scientific significance, the glacier face (冰川面) also offers breathtaking views that attract adventurers and tourists from around the world. Climbing expeditions to glacial regions often focus on navigating the challenging terrain around the glacier face (冰川面). These experiences foster a deeper appreciation for the natural world and the importance of preserving these majestic structures. However, as climate change continues to accelerate, we must recognize the fragility of the glacier face (冰川面). The melting of glaciers poses threats not only to biodiversity but also to human populations that rely on glacial meltwater for drinking and irrigation. As we witness the dramatic changes occurring at the glacier face (冰川面), it serves as a reminder of our responsibility to protect the environment and mitigate the effects of climate change. In conclusion, the glacier face (冰川面) is more than just a stunning natural formation; it is a vital indicator of our planet's health and a powerful symbol of the ongoing impacts of climate change. By studying and protecting these incredible features, we can gain valuable insights into our past while working towards a sustainable future. The glacier face (冰川面) stands as a testament to the beauty and complexity of nature, urging us to take action before it's too late.

自然的美常常以其最戏剧性的形式展现出来，而其中一种壮丽的现象就是冰川面。glacier face（冰川面）是指冰川与周围景观相接触的垂直或近垂直的前缘。这一引人注目的特征不仅是一种视觉盛宴；它在理解气候变化和我们星球生态系统的动态方面发挥着至关重要的作用。当我们想到冰川时，我们常常会想象广阔的冰面，但glacier face（冰川面）是行动发生的地方。正是在这里，冰川与环境相互作用，将冰山崩解入海洋或将融水释放到河流中。glacier face（冰川面）不断变化，随着温度波动和季节周期的变化而后退和推进。观察这些变化可以提供关于我们星球健康的重要线索。例如，在格林兰和南极洲等地，科学家研究glacier face（冰川面），以监测冰川因全球变暖而融化的速度。冰川后退的速度可以表明该地区气候变化的严重程度。随着温度上升，glacier face（冰川面）变得不稳定，导致更多的崩解事件。这些事件不仅导致海平面上升，还通过改变海洋中的盐度和温度影响海洋生态系统。此外，glacier face（冰川面）也是巨大的地质兴趣点。冰层的层次揭示了数千年来降雪和环境条件的历史。研究人员可以从glacier face（冰川面）提取冰芯，以分析被困的气泡，从而提供对过去大气的见解，帮助我们理解我们的气候如何随时间变化。这些信息对于预测未来的气候情景和为即将面临的挑战做好准备至关重要。除了科学意义外，glacier face（冰川面）还提供了令人惊叹的景观，吸引了来自世界各地的冒险者和游客。攀登冰川地区的探险活动通常集中在穿越glacier face（冰川面）周围的挑战性地形。这些经历加深了人们对自然世界的欣赏以及保护这些宏伟结构的重要性。然而，随着气候变化的持续加速，我们必须认识到glacier face（冰川面）的脆弱性。冰川的融化不仅对生物多样性构成威胁，也对依赖冰川融水供饮用和灌溉的人口构成威胁。当我们目睹glacier face（冰川面）发生的戏剧性变化时，它提醒我们有责任保护环境并减缓气候变化的影响。总之，glacier face（冰川面）不仅仅是一种令人惊叹的自然形成；它是我们星球健康的重要指标，也是气候变化持续影响的有力象征。通过研究和保护这些不可思议的特征，我们可以获得对过去的宝贵见解，同时朝着可持续的未来努力。glacier face（冰川面）是自然美和复杂性的证明，促使我们采取行动，以免为时已晚。