atmospheric evaporation

简明释义

大气蒸发;

英英释义

例句

1.The rate of atmospheric evaporation 大气蒸发 can significantly affect local climate conditions.

大气蒸发的速率可以显著影响当地的气候条件。

2.High temperatures increase atmospheric evaporation 大气蒸发, leading to drier soil conditions.

高温增加了大气蒸发，导致土壤条件变得更干燥。

3.The lake's water level dropped due to atmospheric evaporation 大气蒸发 during the hot summer months.

由于炎热夏季的大气蒸发，湖泊的水位下降。

4.Farmers need to consider atmospheric evaporation 大气蒸发 when planning their irrigation schedules.

农民在规划灌溉时间表时需要考虑大气蒸发。

5.Meteorologists study atmospheric evaporation 大气蒸发 to predict rainfall patterns.

气象学家研究大气蒸发以预测降雨模式。

作文

Atmospheric evaporation is a crucial natural process that plays a significant role in the Earth's water cycle. This phenomenon refers to the transformation of liquid water into vapor due to heat from the sun, which then rises into the atmosphere. Understanding atmospheric evaporation (大气蒸发) is essential for various fields, including meteorology, agriculture, and environmental science.The process begins when solar radiation heats up bodies of water such as oceans, lakes, and rivers. As the temperature increases, water molecules gain energy and begin to move more rapidly. Eventually, some of these molecules escape from the surface of the water and enter the air as water vapor. This transition from liquid to gas is what we refer to as atmospheric evaporation (大气蒸发). One of the most critical aspects of atmospheric evaporation (大气蒸发) is its contribution to the formation of clouds and precipitation. When water vapor rises into the atmosphere, it cools down and condenses into tiny droplets, forming clouds. These clouds eventually lead to precipitation, returning water to the Earth's surface in the form of rain or snow. Thus, atmospheric evaporation (大气蒸发) not only helps regulate the Earth's climate but also ensures the availability of freshwater resources.In addition to its role in the hydrological cycle, atmospheric evaporation (大气蒸发) has significant implications for agriculture. Farmers rely on understanding this process to manage irrigation effectively. For instance, during hot weather, rates of atmospheric evaporation (大气蒸发) increase, leading to higher water loss from soil and plants. This means that farmers must adjust their irrigation practices to ensure that crops receive enough moisture. Without proper management of atmospheric evaporation (大气蒸发), crops can suffer from drought stress, impacting food production.Moreover, the rate of atmospheric evaporation (大气蒸发) can be influenced by several factors, including temperature, humidity, wind speed, and atmospheric pressure. For instance, higher temperatures generally lead to increased evaporation rates, while high humidity can slow the process down. Understanding these variables is vital for scientists and researchers who study climate change and its effects on global water resources.In urban areas, atmospheric evaporation (大气蒸发) also plays a role in managing stormwater. Cities often face challenges related to runoff and flooding during heavy rainfall. By understanding how atmospheric evaporation (大气蒸发) works, urban planners can design better drainage systems and green spaces that promote water absorption and reduce flooding risks.In conclusion, atmospheric evaporation (大气蒸发) is a fundamental process that affects various aspects of life on Earth. From contributing to the water cycle to influencing agricultural practices and urban planning, its significance cannot be overstated. As we continue to face challenges related to climate change and water scarcity, a deeper understanding of atmospheric evaporation (大气蒸发) will be vital in developing sustainable solutions for the future.