anabatic

简明释义

英[ˌænəˈbætɪk]美[ˌænəˈbætɪk]

adj. 上升的；加剧的；加重的

英英释义

单词用法

同义词

反义词

例句

1.Waits I walks to bedroom time only then todiscover, partners 508 bravely and under building 05 water conservancy projects class's female student anabatic wind song, my day!

等我走到寝室的时候才发现，偶们508正勇敢地和楼下的05水工班的女生飙歌，我的天啊！！

2.Waits I walks to bedroom time only then todiscover, partners 508 bravely and under building 05 water conservancy projects class's female student anabatic wind song, my day!

等我走到寝室的时候才发现，偶们508正勇敢地和楼下的05水工班的女生飙歌，我的天啊！！

3.Meteorologists study anabatic 上升气流 patterns to predict local weather changes.

气象学家研究上升气流模式以预测当地天气变化。

4.The weather conditions were perfect for an afternoon hike, with warm anabatic 上升气流 winds helping us reach the summit quickly.

天气条件非常适合下午徒步旅行，温暖的上升气流帮助我们快速到达山顶。

5.In mountainous regions, anabatic 上升气流 can create favorable conditions for paragliding.

在山区，上升气流可以为滑翔伞运动创造良好的条件。

6.The glider pilot skillfully navigated the anabatic 上升气流 to gain altitude without using the engine.

滑翔机飞行员熟练地驾驭着上升气流，在不使用发动机的情况下获得高度。

7.Birds often take advantage of anabatic 上升气流 to soar effortlessly during their migration.

鸟类常常利用上升气流在迁徙过程中轻松翱翔。

作文

The phenomenon of anabatic winds, which are upward-moving air currents, is a fascinating aspect of meteorology that plays a significant role in the local climate and weather patterns. These winds typically occur when the sun heats the Earth's surface unevenly, causing certain areas, especially those with steep slopes or mountains, to warm up more quickly than the surrounding regions. As the air above these heated surfaces becomes warmer, it rises due to its lower density compared to the cooler air above it. This process not only contributes to the formation of clouds but also influences various ecological systems and weather conditions in the area.In many mountainous regions around the world, the effects of anabatic (上升气流) winds can be observed during the day, particularly in the late morning and afternoon when the sun is at its peak. For example, in the Alps, hikers often notice that as they ascend the mountain trails, the temperature tends to increase and the air feels lighter. This is largely due to the anabatic (上升气流) winds that are generated by the sun warming the rocky surfaces of the mountains. As these winds rise, they can carry moisture-laden air upwards, leading to increased cloud formation and, in some cases, precipitation later in the day.The impact of anabatic (上升气流) winds is not limited to temperature changes; they also have significant implications for local wildlife. Birds, for instance, often take advantage of these rising currents to soar effortlessly into the sky without expending much energy. By gliding on the anabatic (上升气流), they can cover large distances while searching for food or migrating to different habitats. This behavior highlights the interconnectedness of atmospheric phenomena and biological activities, showcasing how the natural world adapts to and utilizes the resources available to it.Furthermore, understanding anabatic (上升气流) winds is crucial for meteorologists and climate scientists. These winds can affect weather forecasts and play a role in predicting storm patterns. For instance, if anabatic conditions are present, meteorologists may anticipate sudden changes in weather, such as the development of thunderstorms in mountainous areas. Thus, studying these winds can enhance our ability to prepare for and respond to severe weather events, ultimately saving lives and property.In conclusion, the study of anabatic (上升气流) winds reveals much about the intricate relationships between the atmosphere, geography, and living organisms. As we continue to explore these dynamics, we gain a deeper appreciation for the natural processes that shape our environment. Whether it’s through the lens of a hiker enjoying a sunny day in the mountains or a scientist analyzing weather patterns, the significance of anabatic (上升气流) winds is undeniable, reminding us of the beauty and complexity of our planet's climate system.