above sea level

简明释义

1. 海拔; 2. 海拔高度; 3. 海平面以上; 4. 拔海;

英英释义

例句

1.Mount Everest is the highest mountain in the world, standing at 29,032 feet above sea level.

珠穆朗玛峰是世界上最高的山，海拔达到above sea level 29,032 英尺。

2.When hiking in the mountains, it's important to know how high you are above sea level to prepare for altitude sickness.

在山区徒步旅行时，了解你所处的海拔高度above sea level 是很重要的，以便为高原反应做好准备。

3.The city of Denver is known as the Mile High City because it is located at an elevation of 5,280 feet above sea level.

丹佛市被称为“英里高城”，因为它位于海拔above sea level 5,280 英尺的地方。

4.Air pressure decreases as you go higher above sea level, which can affect your breathing.

随着海拔升高，气压下降，这可能会影响你的呼吸，尤其是在above sea level 较高的地方。

5.The Dead Sea is the lowest point on Earth, at about 1,410 feet below sea level, while the surrounding mountains rise significantly above sea level.

死海是地球上最低的点，约在海平面下below sea level 1,410 英尺，而周围的山脉则显著高于above sea level。

作文

Mount Everest, the highest peak in the world, stands at an impressive height of 8,848 meters above sea level. This towering mountain attracts climbers from all over the globe, eager to conquer its challenging slopes and experience the breathtaking views from its summit. However, the term above sea level is not just a measure of elevation; it also plays a crucial role in understanding various geographical and environmental phenomena.When we refer to a location's altitude as being above sea level, we are indicating how high that location is relative to the average level of the ocean. For instance, cities like La Paz in Bolivia, which is situated at approximately 3,650 meters above sea level, showcase how altitude affects climate and living conditions. The high altitude results in cooler temperatures and thinner air, which can pose challenges for those not acclimatized to such elevations.Furthermore, understanding the concept of above sea level is essential for various scientific fields, including geology and meteorology. In geology, the elevation of landforms can influence erosion patterns, sediment deposition, and even the types of vegetation that can thrive in certain areas. For example, mountainous regions that rise significantly above sea level often have distinct ecosystems compared to lower-lying areas due to the differences in temperature and precipitation.In meteorology, the altitude above sea level can drastically affect weather patterns. As one ascends into higher altitudes, the temperature generally decreases, which can lead to different weather phenomena. For instance, mountains can create rain shadows, where one side of the mountain receives abundant rainfall while the other remains dry. This occurs because moist air rises, cools, and loses its moisture as precipitation on the windward side, leaving the leeward side drier.Moreover, the concept of above sea level is vital in aviation. Airports are often categorized based on their elevation, which can impact aircraft performance during takeoff and landing. Higher elevations can result in reduced engine efficiency and longer distances required for takeoff, as the thinner air at high altitudes provides less lift. Pilots must account for these factors when planning flights, especially in mountainous regions.In conclusion, the phrase above sea level encompasses more than just a numerical value; it is a key to understanding the complexities of our planet. From the towering heights of Mount Everest to the bustling city of La Paz, the implications of altitude affect climate, ecology, and human activities. As we continue to explore and study our world, recognizing the significance of elevation above sea level will remain crucial in various fields of research and practical applications. Whether you are an adventurer seeking to reach new heights or a scientist studying the Earth's systems, the concept of above sea level will always play a pivotal role in our understanding of the natural world.

珠穆朗玛峰是世界上最高的山峰，其海拔高度达8848米高于海平面。这座高耸的山峰吸引着来自全球的登山者，他们渴望征服其挑战性的坡道，体验从山顶俯瞰的壮丽景色。然而，术语高于海平面不仅仅是一个高度的测量，它在理解各种地理和环境现象方面也发挥着重要作用。当我们提到某个地点的海拔为高于海平面时，我们指的是该地点相对于海洋平均水平的高度。例如，玻利维亚的拉巴斯市，海拔约3650米高于海平面，展示了海拔如何影响气候和生活条件。高海拔导致气温较低，空气稀薄，这对未适应这种高度的人来说可能会造成挑战。此外，理解高于海平面的概念对地质学和气象学等多个科学领域至关重要。在地质学中，地形的海拔可以影响侵蚀模式、沉积物沉积，甚至影响某些区域能够繁茂生长的植被类型。例如，显著高于海平面的山区通常具有与低洼地区截然不同的生态系统，这是由于温度和降水量的差异。在气象学中，海拔高于海平面会极大地影响天气模式。随着高度的增加，温度通常下降，这可能导致不同的天气现象。例如，山脉可以形成雨影区，即山脉的一侧降水丰富，而另一侧则相对干燥。这是因为潮湿空气上升，冷却并在迎风面失去水分以形成降水，使背风面变得更干燥。此外，海拔高于海平面的概念在航空领域也是至关重要的。机场往往根据其海拔进行分类，这可能会影响飞机在起飞和着陆时的性能。较高的海拔可能导致发动机效率降低，起飞所需的距离增加，因为高海拔地区稀薄的空气提供的升力较少。飞行员在规划航班时必须考虑这些因素，特别是在山区。总之，短语高于海平面不仅仅是一个数字值；它是理解我们星球复杂性的关键。从巍峨的珠穆朗玛峰到繁忙的拉巴斯市，海拔的影响影响着气候、生态和人类活动。随着我们继续探索和研究我们的世界，认识到海拔高于海平面的重要性将始终在各个研究领域和实际应用中至关重要。无论你是寻求攀登新高峰的冒险者，还是研究地球系统的科学家，海拔高于海平面的概念将始终在我们对自然世界的理解中发挥关键作用。