freezing level

简明释义

冻结高度

英英释义

例句

1.Climbers need to check the freezing level before heading out, as it can significantly affect their safety.

登山者出发前需要检查冰点高度，因为这会显著影响他们的安全。

2.During winter storms, the freezing level can fluctuate rapidly, making weather forecasting challenging.

在冬季风暴期间，冰点高度可能迅速波动，使天气预报变得困难。

3.Meteorologists predict that the freezing level will drop to 5,000 feet tonight, increasing the chance of snow in lower elevations.

气象学家预测今晚的冰点高度将降至5000英尺，增加了低海拔地区下雪的可能性。

4.The freezing level is an important factor in determining whether precipitation falls as rain or snow.

冰点高度是决定降水是雨还是雪的重要因素。

5.The pilot reported that the freezing level is at 8,000 feet, which means we need to be cautious about ice formation on the wings.

飞行员报告说，冰点高度在8000英尺，这意味着我们需要小心机翼上的结冰。

作文

Understanding the concept of the freezing level is crucial for various fields, particularly in meteorology and aviation. The freezing level, defined as the altitude at which the temperature drops to 0 degrees Celsius (32 degrees Fahrenheit), plays a significant role in weather patterns and flight operations. It is essential for pilots to know the freezing level because it can affect aircraft performance, fuel consumption, and safety during flight. When flying through clouds or precipitation, if the aircraft ascends above the freezing level, it may encounter ice, which can lead to dangerous conditions such as icing on the wings and tail. Therefore, understanding the freezing level helps pilots make informed decisions about their flight paths and altitudes.In addition to aviation, the freezing level is also critical for meteorologists who study weather systems. By analyzing the freezing level, meteorologists can predict snowfall and the type of precipitation that will occur in a given area. For instance, if the freezing level is low, it is more likely that rain will turn into snow as it falls to the ground. This information is vital for weather forecasting and can have significant implications for transportation and public safety.Furthermore, the freezing level influences various environmental factors, including ecosystems and agriculture. In mountainous regions, the freezing level can determine the type of vegetation that thrives at different elevations. Plants and animals are adapted to specific temperature ranges, and any changes in the freezing level can disrupt these habitats. Farmers also need to be aware of the freezing level during the growing season, as frost can damage crops if temperatures drop below freezing.Additionally, climate change has been affecting the freezing level, causing it to rise in many regions. As global temperatures increase, the freezing level tends to shift upward, leading to changes in precipitation patterns and potentially affecting water supplies in certain areas. Understanding these changes is essential for developing strategies to mitigate the impacts of climate change on agriculture and water resources.In conclusion, the freezing level is a vital concept that extends beyond meteorology and aviation. Its implications touch upon various aspects of our environment, from weather patterns to agricultural practices. By comprehending the freezing level, we can better prepare for weather events, ensure safety in aviation, and adapt to the ongoing changes brought about by climate change. Knowledge of the freezing level empowers individuals and industries to make informed decisions that can ultimately lead to safer and more sustainable practices in our daily lives.

理解“freezing level”这一概念对于各个领域，尤其是气象学和航空学至关重要。“freezing level”被定义为温度降至0摄氏度（32华氏度）的高度，它在天气模式和飞行操作中起着重要作用。飞行员了解“freezing level”非常重要，因为它会影响飞机的性能、燃料消耗和飞行安全。当飞机穿过云层或降水时，如果飞机升高到“freezing level”以上，可能会遇到冰，这可能导致危险情况，例如机翼和尾部结冰。因此，了解“freezing level”帮助飞行员做出关于飞行路径和高度的明智决策。除了航空外，“freezing level”对研究天气系统的气象学家也至关重要。通过分析“freezing level”，气象学家可以预测降雪和特定区域将发生的降水类型。例如，如果“freezing level”较低，那么雨水在落到地面时更有可能变成雪。这些信息对于天气预报至关重要，并可能对交通和公共安全产生重大影响。此外，“freezing level”还影响各种环境因素，包括生态系统和农业。在山区，“freezing level”可以决定不同海拔高度上生长的植被类型。植物和动物适应于特定的温度范围，而“freezing level”的任何变化都可能破坏这些栖息地。农民在生长季节也需要关注“freezing level”，因为如果温度降到冰点以下，霜冻可能会损害作物。此外，气候变化正在影响“freezing level”，导致许多地区的“freezing level”上升。随着全球气温的上升，“freezing level”往往向上移动，导致降水模式发生变化，并可能影响某些地区的水资源供应。理解这些变化对于制定减缓气候变化对农业和水资源影响的策略至关重要。总之，“freezing level”是一个重要的概念，超越了气象学和航空学。它的影响涉及我们环境的各个方面，从天气模式到农业实践。通过理解“freezing level”，我们可以更好地应对天气事件，确保航空安全，并适应气候变化带来的持续变化。对“freezing level”的认识使个人和行业能够做出明智的决策，最终导致我们日常生活中更安全和可持续的实践。