pancake ice

简明释义

饼状冰

英英释义

例句

1.While kayaking, we had to navigate through large patches of pancake ice 煎饼冰 that had broken off from the main ice sheet.

在皮划艇上，我们不得不穿过大片从主冰层断裂下来的pancake ice 煎饼冰。

2.The pancake ice 煎饼冰 created a unique pattern on the lake's surface.

湖面上形成的pancake ice 煎饼冰 形成了独特的图案。

3.Scientists study pancake ice 煎饼冰 to understand the effects of climate change on polar regions.

科学家研究pancake ice 煎饼冰 以了解气候变化对极地地区的影响。

4.During the winter, we often see pancake ice 煎饼冰 forming in the river as the temperatures drop.

冬天，我们经常在河流中看到pancake ice 煎饼冰 的形成，因为气温下降。

5.The fisherman was careful not to get too close to the pancake ice 煎饼冰 as it could break apart unexpectedly.

渔夫小心翼翼地不靠近pancake ice 煎饼冰，因为它可能会突然破裂。

作文

In the world of meteorology and oceanography, various phenomena illustrate the beauty and complexity of nature. One such phenomenon is known as pancake ice, which refers to the formation of circular, flat ice pieces that resemble pancakes on the surface of water bodies, particularly in polar regions. This unique type of ice is formed under specific conditions, usually when ice begins to freeze in a turbulent environment, such as during windy conditions or in areas with waves. As the ice forms, it breaks into smaller pieces, which then collide with each other, creating the characteristic rounded shapes that define pancake ice.

Understanding pancake ice is crucial for several reasons. Firstly, it plays a significant role in the ecosystem of polar regions. The formation of this ice can affect the habitat of various marine animals, including seals and polar bears, which rely on stable ice platforms for hunting and resting. Additionally, pancake ice can influence local weather patterns and ocean currents. When large areas of pancake ice form, they can alter the heat exchange between the ocean and the atmosphere, potentially impacting climate conditions.

Furthermore, pancake ice serves as an important indicator of environmental changes. Scientists study its formation and distribution to understand the impacts of climate change on polar regions. As global temperatures rise, the dynamics of ice formation are shifting, leading to concerns about the future of these delicate ecosystems. The presence of pancake ice can signal changes in temperature and wind patterns, making it a valuable data point for researchers monitoring the health of our planet.

Moreover, pancake ice has been observed in various locations around the world, not only in the Arctic but also in Antarctic regions and even in some northern lakes and rivers during winter months. The sight of pancake ice can be mesmerizing, as the ice pieces float gracefully, creating a stunning visual effect against the backdrop of a snowy landscape. This natural beauty often attracts photographers and nature enthusiasts, who seek to capture the delicate interplay of light and texture on the ice.

In conclusion, pancake ice is more than just a fascinating natural occurrence; it represents the intricate relationships within ecosystems and the broader implications of climate change. By studying pancake ice, we gain insights into the health of our environment and the challenges we face in preserving these vital habitats. As we continue to explore and understand the significance of pancake ice, we must also recognize our responsibility to protect the fragile ecosystems that depend on it.

在气象学和海洋学的世界中，各种现象展示了自然的美丽和复杂性。其中一个现象被称为煎饼冰，它指的是在水体表面形成的圆形、平坦的冰块，形状类似于煎饼，特别是在极地地区。这种独特类型的冰是在特定条件下形成的，通常是在风力条件下或波浪区域，当冰开始冻结时。随着冰的形成，它会断裂成更小的碎片，然后相互碰撞，形成定义煎饼冰的特征性圆形。

理解煎饼冰至关重要，原因有很多。首先，它在极地地区的生态系统中扮演着重要角色。这种冰的形成可能会影响各种海洋动物的栖息地，包括依赖稳定冰平台进行捕猎和休息的海豹和北极熊。此外，煎饼冰可以影响局部天气模式和海洋洋流。当大面积的煎饼冰形成时，它们可以改变海洋与大气之间的热交换，潜在地影响气候条件。

此外，煎饼冰作为环境变化的重要指标，科学家研究其形成和分布，以了解气候变化对极地地区的影响。随着全球气温上升，冰的形成动态正在发生变化，这引发了人们对这些脆弱生态系统未来的担忧。煎饼冰的存在可以表明温度和风模式的变化，使其成为研究人员监测我们星球健康的重要数据点。

而且，煎饼冰已在世界各地的多个地点观察到，不仅在北极，还在南极地区，甚至在一些北方湖泊和河流的冬季月份中也会出现。煎饼冰的景象令人着迷，因为冰块优雅地漂浮，创造出惊人的视觉效果，背景是一片雪白的景观。这种自然之美常常吸引摄影师和自然爱好者，他们寻求捕捉冰面上光线和纹理的微妙互动。

总之，煎饼冰不仅仅是一个迷人的自然现象；它代表了生态系统内复杂的关系以及气候变化的更广泛影响。通过研究煎饼冰，我们获得了对环境健康和保护这些重要栖息地面临挑战的见解。在我们继续探索和理解煎饼冰的重要性时，我们还必须认识到保护依赖于它的脆弱生态系统的责任。