tropical air mass

简明释义

热带气团

英英释义

例句

1.When a tropical air mass meets a cold front, thunderstorms are likely to develop.

当一个热带气团遇到冷锋时，可能会出现雷暴。

2.The humidity increased significantly due to the arrival of a tropical air mass from the south.

由于来自南方的热带气团的到来，湿度显著增加。

3.A large tropical air mass can lead to extended periods of hot weather.

一个大型的热带气团可能导致长时间的炎热天气。

4.Meteorologists are studying how tropical air masses affect hurricane formation.

气象学家正在研究热带气团如何影响飓风的形成。

5.The weather forecast predicts that a warm tropical air mass will move into the region this weekend.

天气预报预测这个周末将有一个温暖的热带气团进入该地区。

作文

The study of weather patterns is a fascinating field that encompasses various phenomena, including the formation and movement of different air masses. One significant type of air mass is the tropical air mass, which originates in warm, tropical regions. Understanding the characteristics of a tropical air mass is crucial for meteorologists and anyone interested in climate science.A tropical air mass is typically characterized by warm temperatures and high humidity. These air masses form over large bodies of warm water, such as oceans, where they absorb heat and moisture. As they move, they can influence the weather in the regions they travel to, often bringing warm temperatures and precipitation. For instance, when a tropical air mass moves into a cooler area, it can lead to thunderstorms and heavy rainfall, as the warm air rises and cools, causing moisture to condense and fall as rain.In contrast to polar air masses, which are cold and dry, tropical air masses contribute to the creation of stable, warm weather conditions. However, they can also lead to severe weather events when they interact with other air masses. For example, when a tropical air mass collides with a cold front, the result can be intense storms, which are often accompanied by strong winds and heavy downpours. This interaction highlights the dynamic nature of our atmosphere and the importance of understanding different air masses.Meteorologists use various tools and models to track the movement of tropical air masses and predict their impact on local weather. Satellite imagery and weather radar are essential in observing these air masses as they develop and move across regions. By analyzing data from these sources, forecasters can issue warnings for severe weather and help communities prepare for potential impacts.Moreover, the influence of tropical air masses extends beyond immediate weather changes. They play a vital role in shaping the climate of various regions. Areas frequently affected by tropical air masses often experience a tropical climate, characterized by warm temperatures year-round and distinct wet and dry seasons. This climatic pattern supports diverse ecosystems and contributes to agricultural practices in those regions.In summary, the concept of a tropical air mass is fundamental to understanding weather systems and climate patterns. Its warm and humid characteristics significantly affect weather conditions and climate in various parts of the world. By studying tropical air masses, we gain valuable insights into the complexities of our atmosphere and the processes that drive weather changes. This knowledge not only enhances our understanding of meteorology but also equips us to better respond to the challenges posed by changing weather patterns and climate change.

气象模式的研究是一个迷人的领域，涵盖了各种现象，包括不同气团的形成和移动。一个重要的气团类型是热带气团，它起源于温暖的热带地区。理解热带气团的特征对气象学家和任何对气候科学感兴趣的人至关重要。热带气团通常以温暖的温度和高湿度为特征。这些气团在大面积的温暖水域（如海洋）上形成，在那里它们吸收热量和湿气。当它们移动时，它们可以影响它们所经过地区的天气，通常带来温暖的气温和降水。例如，当热带气团移动到较冷的区域时，可能会导致雷暴和强降雨，因为温暖的空气上升并冷却，导致水分凝结并以雨的形式降落。与极地气团（寒冷和干燥）相比，热带气团有助于创造稳定的温暖天气条件。然而，当它们与其他气团相互作用时，也可能导致严重的天气事件。例如，当热带气团与冷锋相碰撞时，结果可能是强烈的风暴，通常伴随着强风和大雨。这种相互作用突显了我们大气的动态性质，以及理解不同气团的重要性。气象学家使用各种工具和模型来跟踪热带气团的运动并预测其对当地天气的影响。卫星图像和天气雷达在观察这些气团的发展和移动方面至关重要。通过分析这些来源的数据，预报员可以发布严重天气的警告，并帮助社区为潜在影响做好准备。此外，热带气团的影响超出了即时天气变化的范围。它们在塑造各个地区的气候中发挥着重要作用。经常受到热带气团影响的地区通常经历热带气候，其特点是全年温暖的气温和明显的湿季和干季。这种气候模式支持多样的生态系统，并有助于这些地区的农业实践。总之，热带气团的概念对于理解天气系统和气候模式至关重要。其温暖和潮湿的特征显著影响世界各地的天气条件和气候。通过研究热带气团，我们获得了对大气复杂性的宝贵见解，以及驱动天气变化的过程。这种知识不仅增强了我们对气象学的理解，还使我们能够更好地应对气候变化和天气模式变化带来的挑战。