polar maritime air

简明释义

极区海洋气团

英英释义

例句

1.The weather forecast indicates that a mass of polar maritime air 极地海洋气团 will move into our region this weekend, bringing cooler temperatures.

天气预报显示，这个周末一股极地海洋气团将进入我们地区，带来更凉爽的气温。

2.The polar maritime air 极地海洋气团 brought heavy rain and strong winds to the coastal areas last night.

昨晚，极地海洋气团给沿海地区带来了大雨和强风。

3.During winter, polar maritime air 极地海洋气团 can cause significant snowfall in the northern regions.

冬季，极地海洋气团可能在北部地区造成显著的降雪。

4.Meteorologists are studying how polar maritime air 极地海洋气团 interacts with warmer air masses.

气象学家正在研究极地海洋气团如何与温暖气团相互作用。

5.Sailing in the summer often means encountering polar maritime air 极地海洋气团, which can lead to sudden changes in weather.

夏季航海常常意味着会遇到极地海洋气团，这可能导致天气的突然变化。

作文

The term polar maritime air refers to a specific type of air mass that originates from polar regions and moves over the ocean. This unique air mass is characterized by its cold temperatures and high moisture content, making it a significant player in the weather patterns experienced in various parts of the world. Understanding polar maritime air is crucial for meteorologists and anyone interested in climate science because it influences weather systems, particularly in coastal areas. When polar maritime air travels over the relatively warmer waters of the ocean, it absorbs moisture, which can lead to the development of clouds and precipitation. This process is especially relevant in the context of winter storms, where the interaction between cold air from the poles and warm, moist air from the ocean can create severe weather conditions. For example, when polar maritime air collides with warmer air masses, it can result in heavy snowfall and blizzards, significantly impacting travel and daily life. In addition to its role in storm formation, polar maritime air also affects climate patterns. Regions influenced by this air mass often experience milder winters compared to areas further inland. The ocean acts as a heat reservoir, moderating temperatures and preventing extreme cold. This phenomenon is particularly noticeable in places like the British Isles and parts of Scandinavia, where the influence of polar maritime air helps maintain a more temperate climate despite their northern latitudes. Moreover, the study of polar maritime air is essential for understanding broader climatic changes. As global temperatures rise due to climate change, the behavior of these air masses may alter, leading to shifts in weather patterns. For instance, warmer oceans could enhance the moisture content of polar maritime air, potentially resulting in more intense storms and increased precipitation in certain regions. This has significant implications for agriculture, water resources, and disaster preparedness. In conclusion, the concept of polar maritime air is vital for comprehending both local weather phenomena and global climate trends. Its characteristics and interactions with other air masses shape the weather we experience daily and highlight the interconnectedness of Earth's atmospheric systems. By studying polar maritime air, scientists can better predict weather events and understand the ongoing changes in our climate, ultimately helping society adapt to these challenges. Understanding this air mass is not just an academic exercise; it has real-world implications for how we prepare for and respond to weather-related events. Therefore, the significance of polar maritime air extends beyond meteorology into the realms of climate science, environmental policy, and public safety.

“极地海洋空气”是指一种特定类型的气团，它源自极地地区并移动到海洋上。这种独特的气团以其寒冷的温度和高湿度为特征，成为世界各地天气模式的重要参与者。理解“极地海洋空气”对于气象学家和任何对气候科学感兴趣的人至关重要，因为它影响着天气系统，特别是在沿海地区。当“极地海洋空气”穿过相对温暖的海洋水域时，它会吸收水分，这可能导致云和降水的发展。这一过程在冬季风暴的背景下尤其相关，当来自极地的冷空气与来自海洋的温暖湿润空气相互作用时，可以形成严重的天气条件。例如，当“极地海洋空气”与较暖的气团相遇时，可能会导致大雪和暴风雪，显著影响旅行和日常生活。除了在风暴形成中的作用外，“极地海洋空气”还影响气候模式。受到这种气团影响的地区通常经历比更内陆地区温和的冬天。海洋作为热量储存库，调节温度，防止极端寒冷。这一现象在英国群岛和斯堪的纳维亚部分地区尤为明显，那里“极地海洋空气”的影响帮助保持更温和的气候，尽管它们位于北纬。此外，研究“极地海洋空气”对于理解更广泛的气候变化至关重要。随着全球气温因气候变化而上升，这些气团的行为可能会发生改变，导致天气模式的变化。例如，温暖的海洋可能增强“极地海洋空气”的湿度，从而可能导致某些地区更强烈的风暴和降水增加。这对农业、水资源和灾害准备具有重要影响。总之，“极地海洋空气”的概念对于理解局部天气现象和全球气候趋势至关重要。它的特性及其与其他气团的相互作用塑造了我们每天经历的天气，并突显了地球大气系统的相互联系。通过研究“极地海洋空气”，科学家可以更好地预测天气事件并理解我们气候中正在发生的变化，最终帮助社会适应这些挑战。理解这种气团不仅仅是学术上的练习；它对我们如何准备和应对与天气相关的事件有着现实的影响。因此，“极地海洋空气”的重要性超越了气象学，延伸到气候科学、环境政策和公共安全的领域。