field evaporation

简明释义

场致蒸发

英英释义

例句

1.Understanding field evaporation 田间蒸发 helps in water resource management.

理解田间蒸发有助于水资源管理。

2.Farmers need to monitor field evaporation 田间蒸发 to optimize irrigation schedules.

农民需要监测田间蒸发，以优化灌溉计划。

3.The rate of field evaporation 田间蒸发 can significantly impact crop yield.

田间蒸发的速率可以显著影响作物产量。

4.High temperatures can lead to increased field evaporation 田间蒸发 rates.

高温可能导致田间蒸发速率增加。

5.The study measured field evaporation 田间蒸发 across different soil types.

这项研究测量了不同土壤类型下的田间蒸发。

作文

Field evaporation is a crucial concept in the study of hydrology and agriculture. It refers to the process by which water is lost from the soil surface and plant surfaces to the atmosphere, primarily through the mechanisms of evaporation and transpiration. Understanding field evaporation (田间蒸发) is essential for farmers and land managers as it directly impacts crop yield, soil moisture levels, and irrigation practices.In agricultural settings, field evaporation (田间蒸发) can significantly affect the availability of water for crops. During hot and dry weather, the rate of evaporation increases, leading to a rapid depletion of soil moisture. This situation can be detrimental to plants, especially those that require consistent moisture for optimal growth. Farmers must be aware of the rates of field evaporation (田间蒸发) to make informed decisions regarding irrigation schedules and the types of crops they can successfully cultivate.Moreover, the understanding of field evaporation (田间蒸发) is not limited to agriculture; it also plays a vital role in environmental management. For instance, in arid regions where water resources are limited, monitoring field evaporation (田间蒸发) helps in managing water supplies effectively. By knowing how much water is being lost to the atmosphere, authorities can implement better water conservation strategies.The factors influencing field evaporation (田间蒸发) include temperature, humidity, wind speed, and solar radiation. Higher temperatures and lower humidity levels tend to increase the rate of evaporation, while wind can enhance the process by removing moisture-laden air from the surface. Understanding these factors allows for more accurate predictions of field evaporation (田间蒸发) rates, enabling better planning and resource allocation.In recent years, advancements in technology have improved our ability to measure and predict field evaporation (田间蒸发). Remote sensing tools and climate models provide valuable data that can help farmers and researchers understand the dynamics of water loss in different environments. This information is crucial for developing sustainable agricultural practices that conserve water and maintain soil health.Furthermore, the implications of field evaporation (田间蒸发) extend beyond individual farms. On a larger scale, it contributes to the regional water cycle and can influence local weather patterns. For example, areas with high rates of field evaporation (田间蒸发) may experience less available water for other uses, such as drinking water supply or recreational activities. Therefore, comprehensive studies on field evaporation (田间蒸发) are essential for effective water resource management at all levels.In conclusion, field evaporation (田间蒸发) is a fundamental process that affects both agricultural productivity and environmental sustainability. By understanding the dynamics of this phenomenon, stakeholders can make better decisions regarding water use and management. As global challenges related to water scarcity continue to rise, the importance of studying and managing field evaporation (田间蒸发) will only become more pronounced, making it an area of significant interest for future research and policy development.