tropical anticyclone

简明释义

热带反气旋;热带高压

英英释义

例句

1.The presence of a tropical anticyclone can lead to prolonged periods of dry weather.

一个热带反气旋的存在可能导致长时间的干燥天气。

2.Meteorologists study the formation of a tropical anticyclone to predict potential drought conditions.

气象学家研究热带反气旋的形成，以预测可能的干旱条件。

3.The weather forecast predicts a strong tropical anticyclone this weekend, bringing clear skies and warm temperatures.

天气预报预测这个周末将出现强烈的热带反气旋，带来晴朗的天空和温暖的气温。

4.Sailors often seek out the stability provided by a 热带反气旋所提供的稳定性。

5.During the summer months, many coastal areas experience the effects of a tropical anticyclone, resulting in calm seas.

在夏季，许多沿海地区会经历热带反气旋的影响，从而导致海面平静。

作文

The phenomenon of weather patterns is a captivating subject that encompasses various elements, including pressure systems, wind patterns, and climate variations. One such intriguing element is the tropical anticyclone, which plays a significant role in shaping the weather in tropical regions. A tropical anticyclone (热带反气旋) is characterized by high atmospheric pressure, resulting in clear skies and calm weather conditions. These systems typically form over warm ocean waters, where the heat causes the air to rise, creating a vacuum that draws in surrounding air. As this air descends, it warms up and becomes drier, contributing to the formation of stable weather patterns.In contrast to tropical cyclones, which are associated with low-pressure systems and stormy weather, tropical anticyclones bring about a sense of tranquility. The descending air inhibits cloud formation, leading to sunny days and minimal precipitation. This phenomenon can significantly impact local climates, particularly in regions like the Caribbean and parts of the Pacific Ocean, where the presence of a tropical anticyclone can lead to prolonged periods of dry weather.Understanding the dynamics of a tropical anticyclone is essential for meteorologists and climatologists alike. These systems often influence not only local weather but also larger climatic trends. For instance, during certain seasons, the presence of a tropical anticyclone can contribute to drought conditions in nearby areas, as the stable air prevents moisture-laden winds from reaching the land. Conversely, when these systems weaken or dissipate, they can allow for increased rainfall and storm activity, altering the regional climate.Furthermore, the study of tropical anticyclones is vital for understanding their relationship with global weather patterns. They can interact with other atmospheric phenomena, such as trade winds and the El Niño Southern Oscillation (ENSO), leading to complex weather scenarios. For example, during an El Niño event, changes in sea surface temperatures can affect the strength and position of tropical anticyclones, which in turn influences weather patterns across the globe.In summary, the tropical anticyclone (热带反气旋) is a remarkable weather phenomenon that contributes to the stability and clarity of tropical climates. Its characteristics of high pressure and descending air create conditions that are often desirable for agriculture and tourism. However, the implications of these systems extend far beyond immediate weather conditions, impacting broader climatic trends and interactions. As our understanding of these systems continues to evolve, it becomes increasingly important to monitor and study their effects on both local and global scales. This knowledge not only aids in weather prediction but also enhances our comprehension of the intricate balance of the Earth’s climate system.

天气模式现象是一个引人入胜的主题，涵盖了多种元素，包括气压系统、风模式和气候变化。其中一个令人着迷的元素是热带反气旋，它在塑造热带地区天气方面发挥着重要作用。热带反气旋（tropical anticyclone）以高气压为特征，导致晴朗的天空和宁静的天气条件。这些系统通常形成于温暖的海洋水域，热量使空气上升，形成真空，吸引周围的空气。当这些空气下降时，它会变得更热且更干燥，有助于形成稳定的天气模式。与与低气压系统和暴风雨天气相关的热带气旋相比，热带反气旋带来了宁静的感觉。下降的空气抑制了云的形成，导致阳光明媚的日子和最小的降水。这种现象可以显著影响当地气候，尤其是在加勒比海和太平洋部分地区，在这些地区，热带反气旋的存在可能导致长期的干旱天气。理解热带反气旋的动态对气象学家和气候学家来说至关重要。这些系统不仅影响局部天气，还影响更大气候趋势。例如，在某些季节，热带反气旋的存在可能导致附近地区的干旱条件，因为稳定的空气阻止了含水风到达陆地。相反，当这些系统减弱或消散时，它们可能允许降雨和风暴活动的增加，从而改变区域气候。此外，研究热带反气旋对于理解它们与全球天气模式的关系至关重要。它们可以与其他大气现象相互作用，如信风和厄尔尼诺南方涛动（ENSO），导致复杂的天气场景。例如，在厄尔尼诺事件期间，海面温度的变化可以影响热带反气旋的强度和位置，进而影响全球的天气模式。总之，热带反气旋（tropical anticyclone）是一种显著的天气现象，对热带气候的稳定性和清晰度做出了贡献。它的高压和下降空气的特征创造了通常对农业和旅游业有利的条件。然而，这些系统的影响远远超出了即时天气条件，影响着更广泛的气候趋势和相互作用。随着我们对这些系统的理解不断发展，监测和研究它们对当地和全球尺度的影响变得越来越重要。这种知识不仅有助于天气预测，还增强了我们对地球气候系统复杂平衡的理解。