ground ice

简明释义

地冰

英英释义

例句

1.The construction crew had to delay their work due to the unexpected ground ice 地面冰 that formed overnight.

由于意外形成的ground ice 地面冰，施工队不得不推迟工作。

2.The hikers had to be careful while walking on the trail because there was a lot of ground ice 地面冰 after the freezing rain.

徒步旅行者在小径上行走时必须小心，因为在冻雨后有很多ground ice 地面冰。

3.During winter, ground ice 地面冰 can form quickly in shaded areas where sunlight doesn't reach.

在冬季，阳光无法照射到的阴凉处可以迅速形成ground ice 地面冰。

4.The presence of ground ice 地面冰 made the road extremely slippery, causing several accidents.

由于有ground ice 地面冰，道路变得极其滑，导致几起事故。

5.Children enjoyed sliding on the ground ice 地面冰 in the park after the snow melted.

在雪融化后，孩子们在公园的ground ice 地面冰上玩得很开心。

作文

Ground ice, or 地面冰, is a fascinating natural phenomenon that occurs in various regions around the world, particularly in polar and subpolar areas. It forms when water freezes beneath the surface of the ground, creating a layer of ice that can have significant implications for the environment and local ecosystems. Understanding the formation and impact of 地面冰 is essential for scientists and researchers who study climate change, permafrost, and hydrology.The process of forming 地面冰 begins with the freezing of moisture in the soil or sediment. In colder climates, temperatures can drop significantly during winter months, causing the water present in the ground to freeze. This frozen water can create a solid layer of ice that remains even when surface temperatures rise. The presence of 地面冰 can influence the physical properties of the soil, affecting its structure, drainage, and thermal conductivity.One of the most critical aspects of 地面冰 is its relationship with climate change. As global temperatures rise, the permafrost—permanently frozen ground that contains large amounts of 地面冰—is beginning to thaw. This thawing releases greenhouse gases such as methane and carbon dioxide into the atmosphere, which can further exacerbate global warming. Researchers are closely monitoring these changes to understand the long-term effects on our planet's climate system.Moreover, 地面冰 plays a vital role in hydrology and water resources. In regions where 地面冰 is prevalent, it can influence the availability of water during the warmer months. As the ice melts, it can contribute to local rivers and lakes, providing essential water supplies for both ecosystems and human populations. However, if 地面冰 thaws too rapidly, it can lead to flooding and erosion, posing risks to infrastructure and communities.The ecological implications of 地面冰 are also significant. Many plants and animals depend on the stability provided by frozen ground. For example, certain species of vegetation may rely on the insulating properties of 地面冰 to survive harsh winters. Additionally, wildlife that inhabits these regions has adapted to the presence of 地面冰, relying on it for shelter and hunting grounds. Disruption of this balance due to climate change can have cascading effects on biodiversity and ecosystem health.In conclusion, 地面冰 is more than just a layer of ice beneath our feet; it is a crucial component of our planet's environmental systems. Its formation, stability, and eventual thawing have far-reaching consequences for climate change, water resources, and ecological balance. As we continue to study and understand the complexities of 地面冰, we gain valuable insights into the challenges facing our planet and the importance of preserving these unique environments. By raising awareness about the significance of 地面冰, we can foster a greater appreciation for the delicate balance of nature and the need for sustainable practices to protect our world for future generations.

地面冰是一种迷人的自然现象，发生在世界各个地区，尤其是在极地和亚极地地区。当水分在地面下冻结时，就会形成一层冰，这对环境和当地生态系统有重要影响。理解地面冰的形成及其影响，对于研究气候变化、永久冻土和水文学的科学家和研究人员来说至关重要。地面冰的形成过程始于土壤或沉积物中水分的冻结。在寒冷的气候中，冬季温度可能会显著下降，导致地下的水分冻结。这种冻结的水分可以形成一层坚固的冰，即使表面温度升高，它也可能仍然存在。地面冰的存在会影响土壤的物理性质，影响其结构、排水和热导率。地面冰最关键的方面之一是它与气候变化的关系。随着全球气温的上升，永久冻土——包含大量地面冰的永久冻结土壤——开始融化。这种融化释放出温室气体，如甲烷和二氧化碳，进一步加剧全球变暖。研究人员正在密切监测这些变化，以了解对我们星球气候系统的长期影响。此外，地面冰在水文学和水资源中扮演着重要角色。在地面冰盛行的地区，它可能影响温暖月份水的可用性。随着冰的融化，它可以为当地河流和湖泊提供重要的水源，供生态系统和人类使用。然而，如果地面冰融化得太快，可能会导致洪水和侵蚀，对基础设施和社区构成风险。地面冰的生态影响也是显著的。许多植物和动物依赖于冻结土地提供的稳定性。例如，某些植物物种可能依赖地面冰的绝缘特性来生存严酷的冬季。此外，栖息在这些地区的野生动物已适应地面冰的存在，依靠它作为庇护所和狩猎场。由于气候变化而导致这种平衡的破坏可能对生物多样性和生态系统健康产生连锁反应。总之，地面冰不仅仅是我们脚下的一层冰；它是我们星球环境系统的重要组成部分。其形成、稳定性和最终融化对气候变化、水资源和生态平衡具有深远的影响。随着我们继续研究和理解地面冰的复杂性，我们获得了对我们星球面临挑战的宝贵见解，以及保护这些独特环境的重要性。通过提高对地面冰重要性的认识，我们可以促进对自然微妙平衡的更大欣赏，以及保护我们世界以造福未来世代的可持续实践的必要性。