barometric diurnal range

简明释义

气压日差

英英释义

例句

1.A large barometric diurnal range can lead to unstable atmospheric conditions, which may cause severe thunderstorms.

较大的气压日变化范围可能导致不稳定的大气条件，从而引发严重的雷暴。

2.Understanding the barometric diurnal range is essential for pilots to ensure safe flying conditions.

了解气压日变化范围对于飞行员确保安全飞行条件至关重要。

3.The meteorologist noted a significant barometric diurnal range during the summer months, indicating fluctuating weather patterns.

气象学家注意到夏季期间显著的气压日变化范围，这表明天气模式波动。

4.Farmers often monitor the barometric diurnal range to predict the best times for planting and harvesting crops.

农民常常监测气压日变化范围以预测最佳的种植和收获时间。

5.Researchers found that the barometric diurnal range affects animal behavior, particularly in migratory species.

研究人员发现气压日变化范围影响动物行为，尤其是在迁徙物种中。

作文

Understanding the concept of barometric diurnal range is essential for those interested in meteorology and atmospheric science. The term refers to the variation in atmospheric pressure that occurs over a 24-hour period, typically influenced by factors such as temperature changes, humidity levels, and local weather patterns. By analyzing the barometric diurnal range, scientists can gain insights into weather systems and their potential impact on the environment.Atmospheric pressure is a key factor in determining weather conditions. It is measured using barometers, which can detect minute changes in pressure. The barometric diurnal range is particularly significant because it reflects the daily cycle of heating and cooling in the Earth's atmosphere. During the day, solar radiation heats the surface, causing air to expand and pressure to decrease. Conversely, at night, the surface cools, leading to a contraction of air and an increase in pressure. This daily fluctuation in pressure is what constitutes the barometric diurnal range.Meteorologists often study the barometric diurnal range to forecast weather conditions. For instance, a large diurnal range may indicate unstable weather patterns, potentially leading to thunderstorms or other severe weather events. Conversely, a smaller range might suggest more stable conditions, which could lead to clear skies and calm weather. By understanding these patterns, meteorologists can issue warnings and prepare communities for upcoming weather changes.In addition to weather forecasting, the barometric diurnal range has implications for various fields, including agriculture, aviation, and even health. Farmers rely on weather predictions to determine the best times for planting and harvesting crops. A significant change in atmospheric pressure can signal impending storms, prompting farmers to take protective measures for their crops. Similarly, pilots must be aware of pressure changes when planning flights, as they can affect altitude and aircraft performance.The barometric diurnal range also plays a role in human health. Sudden changes in atmospheric pressure can trigger migraines or other health issues for some individuals. Understanding the patterns associated with the barometric diurnal range can help people manage their health better, especially those who are sensitive to weather changes.In conclusion, the barometric diurnal range is a vital concept in understanding our atmosphere and its effects on weather patterns. By studying this phenomenon, scientists can improve weather forecasting, assist various industries, and contribute to public health awareness. As we continue to explore the intricacies of our atmosphere, the barometric diurnal range will undoubtedly remain a focal point of research and discussion in the field of meteorology. Understanding this concept not only enhances our knowledge of weather patterns but also equips us to respond more effectively to the challenges posed by changing climates and weather-related phenomena.

理解气压日变化范围的概念对那些对气象学和大气科学感兴趣的人至关重要。这个术语指的是在24小时内大气压力的变化，通常受到温度变化、湿度水平和局部天气模式等因素的影响。通过分析气压日变化范围，科学家可以获得关于天气系统及其对环境潜在影响的见解。大气压力是决定天气条件的关键因素。它通过气压计测量，气压计可以检测微小的压力变化。气压日变化范围尤其重要，因为它反映了地球大气中加热和冷却的日常周期。在白天，太阳辐射加热表面，导致空气膨胀和压力下降。相反，在夜间，表面冷却，导致空气收缩和压力增加。这种每天的压力波动构成了气压日变化范围。气象学家通常研究气压日变化范围以预测天气条件。例如，较大的日变化范围可能表明不稳定的天气模式，可能导致雷暴或其他严重天气事件。相反，较小的范围可能暗示更稳定的条件，这可能导致晴天和宁静的天气。通过理解这些模式，气象学家可以发布警告并为即将到来的天气变化做好准备。除了天气预测，气压日变化范围在农业、航空甚至健康等多个领域也具有重要意义。农民依赖天气预测来确定最佳的种植和收获时间。大气压力的显著变化可以预示即将来临的风暴，促使农民采取保护措施以保护作物。同样，飞行员在规划航班时必须注意压力变化，因为这些变化会影响飞行高度和飞机性能。气压日变化范围还与人类健康相关。大气压力的突然变化可能会引发偏头痛或其他健康问题，尤其是对于一些个体而言。理解与气压日变化范围相关的模式可以帮助人们更好地管理他们的健康，尤其是对天气变化敏感的人。总之，气压日变化范围是理解我们大气及其对天气模式影响的重要概念。通过研究这一现象，科学家可以改善天气预测，帮助各个行业，并促进公众健康意识。随着我们继续探索大气的复杂性，气压日变化范围无疑将始终是气象学研究和讨论的重点。理解这一概念不仅增强了我们对天气模式的知识，还使我们能够更有效地应对气候变化和天气相关现象带来的挑战。