tail water

简明释义

下旋水

英英释义

例句

1.The tail water 尾水 from the hydroelectric plant is monitored for temperature changes.

水电站的尾水 tail water会监测温度变化。

2.The tail water 尾水 can sometimes get polluted by runoff from nearby farms.

附近农场的径流有时会污染尾水 tail water。

3.The fish in the river thrive in the tail water 尾水 below the dam, where nutrients are abundant.

大坝下的尾水 tail water地区鱼类生长繁茂，营养丰富。

4.Many aquatic species depend on the quality of tail water 尾水 for their survival.

许多水生物种依赖于尾水 tail water的水质生存。

5.During the summer, we often go fishing in the tail water 尾水 of the local reservoir.

夏天，我们经常去当地水库的尾水 tail water钓鱼。

作文

In the realm of hydrology and water management, the term tail water refers to the water that flows downstream from a dam, weir, or other hydraulic structure. This concept is crucial for understanding how water systems function and how they impact both the environment and human activities. The management of tail water can significantly affect aquatic ecosystems, irrigation practices, and even flood control measures. To illustrate the importance of tail water, consider the case of a hydroelectric dam. When water is released from the reservoir, it cascades down through turbines to generate electricity. The water that exits the dam is known as tail water. This water can influence the temperature, flow rate, and quality of the river downstream. If not managed properly, the sudden release of water can lead to erosion, disrupt local wildlife habitats, and alter the natural flow of the river.Moreover, tail water plays a vital role in agricultural practices. Many farmers rely on the consistent flow of water from rivers for irrigation. If the tail water from a dam is not adequately regulated, it can result in either flooding or drought conditions for nearby farms. For instance, during periods of high water release, farmers may find their fields inundated, while during low water release, they might struggle with insufficient water supply for their crops. Hence, managing tail water is essential for ensuring sustainable agriculture and food security.The environmental implications of tail water management cannot be overstated. In many regions, the health of fish populations and other aquatic life depends on the conditions created by tail water. For example, certain species of fish require specific temperature ranges and flow rates to thrive. If the tail water is too warm or flows too rapidly, it can hinder spawning and reduce fish populations. Therefore, environmental agencies often monitor tail water conditions to ensure that aquatic ecosystems remain healthy and balanced.Additionally, the concept of tail water extends beyond just physical water flow; it also encompasses the social and economic aspects tied to water management. Communities living downstream from dams depend on the reliable flow of tail water for their livelihoods, which may include fishing, recreation, and tourism. Disruptions to this flow can lead to economic challenges for these communities, highlighting the need for integrated water resource management that considers both ecological health and human needs.In conclusion, the term tail water embodies a complex interplay between hydrology, ecology, agriculture, and community welfare. Proper management of tail water is vital for maintaining the balance of our water systems and ensuring that both nature and humanity can coexist harmoniously. As we face increasing challenges related to climate change and population growth, the significance of understanding and managing tail water will only continue to grow. It is imperative that policymakers, environmentalists, and communities work together to develop strategies that safeguard this critical resource for future generations.

在水文学和水资源管理领域，术语尾水指的是从大坝、堰或其他水利结构流出的水。这个概念对于理解水系统的功能以及它们对环境和人类活动的影响至关重要。尾水的管理可以显著影响水生生态系统、灌溉实践，甚至洪水控制措施。为了说明尾水的重要性，可以考虑一个水电大坝的案例。当水从水库释放时，它会通过涡轮机流下以发电。流出大坝的水被称为尾水。这水可以影响下游河流的温度、流速和水质。如果管理不当，水的突然释放可能导致侵蚀，破坏当地野生动物栖息地，并改变河流的自然流动。此外，尾水在农业实践中也扮演着至关重要的角色。许多农民依赖河流的稳定水流进行灌溉。如果大坝的尾水没有得到适当调节，可能会导致附近农田的洪水或干旱。例如，在高水释放期间，农民可能会发现他们的田地被淹没，而在低水释放期间，他们可能会面临作物供水不足的困境。因此，管理尾水对于确保可持续农业和粮食安全至关重要。尾水管理的环境影响不可小觑。在许多地区，鱼类和其他水生生物的健康状况依赖于尾水所创造的条件。例如，某些鱼类需要特定的温度范围和流速才能繁衍生息。如果尾水过热或流速过快，可能会妨碍产卵并减少鱼类种群。因此，环保机构通常会监测尾水的状况，以确保水生生态系统保持健康和平衡。此外，尾水的概念不仅限于物理水流；它还包括与水资源管理相关的社会和经济方面。生活在大坝下游的社区依赖尾水的可靠流动来维持生计，这可能包括捕鱼、休闲和旅游。对这种流动的干扰可能会给这些社区带来经济挑战，突显出需要综合水资源管理，考虑生态健康和人类需求。总之，术语尾水体现了水文学、生态学、农业和社区福祉之间复杂的相互作用。妥善管理尾水对于维持水系统的平衡以及确保自然与人类和谐共存至关重要。随着我们面临气候变化和人口增长相关的日益挑战，理解和管理尾水的重要性只会不断增加。政策制定者、环保人士和社区必须共同努力，制定保护这一关键资源的战略，以惠及未来几代人。