anticyclone subsidence

简明释义

反气旋下沉

英英释义

例句

1.The phenomenon of anticyclone subsidence 反气旋下沉 often results in stable atmospheric conditions.

反气旋下沉反气旋下沉现象通常导致稳定的大气条件。

2.Meteorologists study anticyclone subsidence 反气旋下沉 patterns to better predict air quality issues.

气象学家研究反气旋下沉反气旋下沉模式，以更好地预测空气质量问题。

3.During the summer, anticyclone subsidence 反气旋下沉 can lead to prolonged heat waves.

在夏季，反气旋下沉反气旋下沉可能会导致持续的热浪。

4.The weather forecast indicated that the region would experience significant anticyclone subsidence 反气旋下沉, leading to clear skies for the weekend.

天气预报显示该地区将经历显著的反气旋下沉反气旋下沉，这将导致周末有晴朗的天空。

5.Farmers are hoping for anticyclone subsidence 反气旋下沉 to avoid the heavy rains that have been forecasted.

农民们希望能够出现反气旋下沉反气旋下沉，以避免预测中的大雨。

作文

Understanding the concept of weather patterns is crucial for anyone interested in meteorology or simply wanting to comprehend the environment around them. One such phenomenon that plays a significant role in shaping our weather is known as anticyclone subsidence. This term refers to the sinking motion of air associated with high-pressure systems, specifically anticyclones. To grasp this concept better, it is essential to explore its characteristics, effects on weather, and its implications for our daily lives.An anticyclone is a large-scale circulation system characterized by high atmospheric pressure at its center, where air descends. The process of anticyclone subsidence occurs when the air within these high-pressure systems cools and sinks towards the Earth's surface. As the air descends, it compresses and warms up, leading to a relatively stable atmosphere. This stability is often associated with clear skies and calm weather conditions, making anticyclones a significant factor in weather forecasting.The effects of anticyclone subsidence can be observed in various ways. For instance, during summer months, regions under the influence of an anticyclone often experience prolonged periods of sunshine and heat. Conversely, in winter, these systems can lead to cold, dry conditions as the descending air inhibits cloud formation and precipitation. This phenomenon can significantly impact agriculture, water supply, and even energy consumption, as people adjust their activities according to the prevailing weather conditions.Moreover, anticyclone subsidence can also contribute to air quality issues. When air is stagnant due to a high-pressure system, pollutants can accumulate near the surface, leading to smog and other health hazards. This is particularly evident in urban areas, where the combination of industrial emissions and vehicle exhaust can create dangerous air quality levels during anticyclonic conditions.Understanding anticyclone subsidence is not only important for meteorologists but also for everyday individuals who want to make informed decisions based on weather forecasts. For example, knowing that an anticyclone is approaching can help people plan outdoor activities, prepare for potential heatwaves in summer, or dress appropriately for colder conditions in winter.In conclusion, anticyclone subsidence is a fundamental concept in meteorology that describes the sinking of air in high-pressure systems. Its effects on weather patterns are profound, influencing everything from daily temperatures to air quality. By understanding this phenomenon, we can better appreciate the complexities of our atmosphere and make more informed choices in our daily lives. Whether you are a student of meteorology or just someone interested in the weather, recognizing the importance of anticyclone subsidence will enhance your understanding of the natural world around you.

理解天气模式的概念对于任何对气象学感兴趣的人或只是想理解周围环境的人来说都是至关重要的。其中一种在塑造我们天气方面发挥重要作用的现象被称为反气旋沉降。这个术语指的是与高压系统（特别是反气旋）相关的空气下沉运动。为了更好地掌握这个概念，有必要探讨其特征、对天气的影响以及对我们日常生活的影响。反气旋是一种以其中心高气压为特征的大规模环流系统，空气在其中心下降。反气旋沉降的过程发生在这些高压系统内的空气冷却并向地球表面下沉时。当空气下降时，它会被压缩并加热，从而导致相对稳定的气氛。这种稳定性通常与晴朗的天空和宁静的天气条件相关，使得反气旋成为天气预报中的一个重要因素。反气旋沉降的影响可以通过多种方式观察到。例如，在夏季，受反气旋影响的地区往往经历持续的阳光和炎热。相反，在冬季，这些系统可以导致寒冷、干燥的条件，因为下沉的空气抑制了云的形成和降水。这种现象可能对农业、水供应甚至能源消耗产生重大影响，因为人们根据当前的天气条件调整活动。此外，反气旋沉降还可能导致空气质量问题。当由于高压系统而导致空气停滞时，污染物可能在近地面累积，导致雾霾和其他健康危害。这在城市地区尤为明显，工业排放和车辆废气的结合可能在反气旋条件下造成危险的空气质量水平。理解反气旋沉降不仅对气象学家重要，而且对希望根据天气预报做出明智决策的普通人也很重要。例如，知道反气旋即将来临可以帮助人们计划户外活动，为夏季可能的热浪做好准备，或为冬季的寒冷天气穿着合适的衣物。总之，反气旋沉降是气象学中的一个基本概念，它描述了高压系统中空气的下沉。它对天气模式的影响深远，影响从日常温度到空气质量的方方面面。通过理解这一现象，我们可以更好地欣赏大气的复杂性，并在日常生活中做出更明智的选择。无论你是气象学的学生还是仅仅对天气感兴趣的人，认识到反气旋沉降的重要性将增强你对周围自然世界的理解。