anticyclonic

简明释义

英[ˌæntɪsaɪˈklɒnɪk]美[æntɪsaɪkˈlɑːnɪk]

adj. [气象] 反气旋的

英英释义

单词用法

同义词

反义词

例句

1.In the regions east and south of the Ryukyu Islands, there are some mesoscale cyclonic and anticyclonic eddies with different scales, and the variability of their character is also reviewed.

最后指出在琉球群岛以东、以南海域，经常出现各种不同的中尺度反气旋式和气旋式涡，讨论了它们在时间与空间尺度上变化的特征。

2.Earth's atmosphere has nothing that resembles a big, stable, anticyclonic flow.

地球的大气层没有哪一部分象是一股稳定的大反气旋流。

3.In the regions east and south of the Ryukyu Islands, there are some mesoscale cyclonic and anticyclonic eddies with different scales, and the variability of their character is also reviewed.

最后指出在琉球群岛以东、以南海域，经常出现各种不同的中尺度反气旋式和气旋式涡，讨论了它们在时间与空间尺度上变化的特征。

4.The anticyclonic 反气旋的 pattern contributed to the prolonged drought in the area.

这种anticyclonic 反气旋的 模式导致该地区持续干旱。

5.Meteorologists observed a strong anticyclonic 反气旋的 flow over the Atlantic Ocean.

气象学家观察到大西洋上空有强烈的anticyclonic 反气旋的 气流。

6.An anticyclonic 反气旋的 system typically results in stable weather conditions.

一个anticyclonic 反气旋的 系统通常会导致稳定的天气条件。

7.During the summer, anticyclonic 反气旋的 conditions often lead to heatwaves.

在夏季，anticyclonic 反气旋的 条件往往会导致热浪。

8.The weather forecast predicted an anticyclonic 反气旋的 system moving into the region, bringing clear skies.

天气预报预测一个anticyclonic 反气旋的 系统将进入该地区，带来晴朗的天空。

作文

Weather patterns play a crucial role in shaping the climate of a region. Among these patterns, the phenomenon known as anticyclonic (反气旋的) conditions is particularly significant. An anticyclonic system is characterized by high atmospheric pressure, where air descends and spreads outward from the center. This leads to clear skies and stable weather, contrasting sharply with cyclonic systems that are associated with low pressure and stormy conditions.In many parts of the world, anticyclonic conditions can bring about prolonged periods of dry weather. For instance, during the summer months, regions experiencing anticyclonic activity often enjoy sunny days, making it ideal for outdoor activities such as hiking, picnics, and beach outings. However, while these conditions may seem pleasant, they can also lead to droughts if they persist for too long. The lack of precipitation can have detrimental effects on agriculture, leading to crop failures and water shortages.Conversely, winter months may also see anticyclonic conditions, which can result in cold, dry air masses settling over an area. This can lead to frost and even snow in some regions, but typically without the heavy precipitation associated with cyclones. Such weather can be beneficial for certain winter sports, but it can also pose challenges, particularly for those who rely on consistent snowfall for their livelihoods, like ski resorts.Understanding anticyclonic systems is essential for meteorologists and climatologists alike. By studying these patterns, scientists can better predict weather changes and prepare for potential impacts on various sectors, including agriculture, transportation, and emergency management. For example, knowing when anticyclonic conditions are likely to occur can help farmers plan their planting and harvesting schedules more effectively.Moreover, anticyclonic systems can influence the distribution of pollutants in the atmosphere. During stable weather conditions, pollutants can become trapped near the ground, leading to poor air quality. This is particularly concerning in urban areas where emissions from vehicles and industries can accumulate, posing health risks to residents.In conclusion, anticyclonic (反气旋的) weather patterns are a vital aspect of our climate system. They bring both benefits and challenges, impacting everything from recreational activities to agricultural practices and air quality. By continuing to study these systems, we can enhance our understanding of weather dynamics and improve our ability to respond to the changing climate. As we navigate through different seasons, recognizing the significance of anticyclonic conditions will help us appreciate the intricate balance of our planet's weather systems.

天气模式在塑造一个地区气候方面发挥着至关重要的作用。在这些模式中，被称为anticyclonic（反气旋的）现象尤其重要。anticyclonic系统的特点是高气压，空气从中心下降并向外扩散。这导致晴朗的天空和稳定的天气，与与低气压和暴风雨条件相关的气旋系统形成鲜明对比。在世界许多地方，anticyclonic条件可能会带来长时间的干燥天气。例如，在夏季，经历anticyclonic活动的地区通常享有阳光明媚的日子，非常适合远足、野餐和海滩活动。然而，尽管这些条件看似令人愉快，但如果持续时间过长，也可能导致干旱。降水的缺乏可能对农业产生不利影响，导致作物歉收和水资源短缺。相反，冬季也可能出现anticyclonic条件，这可能导致寒冷、干燥的气团在某个地区定居。这可能导致霜冻甚至在某些地区下雪，但通常没有与气旋相关的强降水。这种天气对某些冬季运动是有利的，但也可能带来挑战，特别是对于那些依赖稳定降雪谋生的人，如滑雪胜地。理解anticyclonic系统对气象学家和气候学家来说至关重要。通过研究这些模式，科学家可以更好地预测天气变化，并为农业、交通和应急管理等各个领域的潜在影响做好准备。例如，了解何时可能出现anticyclonic条件可以帮助农民更有效地规划种植和收割时间表。此外，anticyclonic系统还会影响大气中污染物的分布。在稳定的天气条件下，污染物可能被困在靠近地面的地方，导致空气质量差。这在城市地区尤其令人担忧，车辆和工业的排放可能会积累，对居民造成健康风险。总之，anticyclonic（反气旋的）天气模式是我们气候系统的重要组成部分。它们带来了好处和挑战，影响着从休闲活动到农业实践和空气质量的方方面面。通过继续研究这些系统，我们可以增强对天气动态的理解，提高应对气候变化的能力。当我们穿越不同的季节时，认识到anticyclonic条件的重要性将帮助我们欣赏我们星球天气系统的复杂平衡。