low water interval

简明释义

低潮间隙

英英释义

例句

1.Wildlife enthusiasts often visit wetlands during the low water interval to observe birds and other animals.

野生动物爱好者经常在低水位间隔期间访问湿地，以观察鸟类和其他动物。

2.Boaters should be cautious during the low water interval as rocks and obstacles may become visible.

船只在低水位间隔期间应保持谨慎，因为岩石和障碍物可能会变得显而易见。

3.During the low water interval, we can see the riverbed exposed, which is great for exploring.

在低水位间隔期间，我们可以看到河床暴露，这非常适合探险。

4.The fishermen prefer to go out during the low water interval because it makes it easier to catch certain fish.

渔民们更喜欢在低水位间隔期间出海，因为这使得捕捉某些鱼类变得更容易。

5.The construction team planned their work around the low water interval to minimize disruptions.

施工团队根据低水位间隔安排工作，以尽量减少干扰。

作文

Understanding the concept of a low water interval is crucial for various fields, including environmental science, hydrology, and civil engineering. A low water interval refers to periods during which water levels in rivers, lakes, or reservoirs are significantly lower than average. This phenomenon can be influenced by several factors, including seasonal changes, climate variations, and human activities such as water extraction for agriculture or urban use. In many regions, the low water interval can have profound effects on the ecosystem. Aquatic life, including fish and plant species, relies heavily on stable water levels for survival. During a low water interval, the habitat for these organisms can shrink, leading to increased competition for resources and potentially threatening their existence. For instance, fish may find it difficult to spawn in shallow waters, and certain plant species may struggle to survive if their roots are exposed to air for extended periods. Moreover, a low water interval can also affect water quality. As water levels drop, pollutants can become more concentrated, leading to detrimental effects on both wildlife and human populations. Algal blooms may occur more frequently during these times, further degrading water quality and impacting drinking water sources. Therefore, understanding and monitoring low water intervals is essential for maintaining healthy ecosystems and ensuring safe water supplies for communities. From a civil engineering perspective, the implications of a low water interval are equally significant. Engineers must consider these periods when designing infrastructure such as bridges, dams, and flood control systems. If a low water interval is anticipated, adjustments may need to be made to ensure that structures can withstand potential changes in water flow and levels. Failure to account for these intervals could result in costly damages and safety hazards. Furthermore, planning for a low water interval is vital for agricultural practices. Farmers depend on reliable water sources for irrigation, and during a low water interval, crops may suffer from insufficient water supply. This situation can lead to reduced yields and economic losses. Therefore, implementing water conservation strategies and developing sustainable irrigation practices become imperative in regions prone to low water intervals. In conclusion, the concept of a low water interval encompasses various environmental, ecological, and engineering challenges. By understanding its implications, stakeholders can develop better management strategies to mitigate the adverse effects associated with low water levels. Whether through conservation efforts, infrastructure design, or agricultural planning, recognizing the significance of low water intervals is essential for promoting sustainability and resilience in our water resources. It is a critical reminder of the delicate balance between human needs and the natural environment, urging us to act responsibly in our interactions with water systems.

理解“低水位间隔”的概念对于环境科学、水文学和土木工程等多个领域至关重要。“低水位间隔”是指河流、湖泊或水库中的水位显著低于平均水平的时期。这一现象可能受到多种因素的影响，包括季节变化、气候变化以及人类活动（如农业或城市用水的抽取）。在许多地区，“低水位间隔”可能对生态系统产生深远的影响。水生生物，包括鱼类和植物物种，极度依赖稳定的水位生存。在“低水位间隔”期间，这些生物的栖息地可能会缩小，导致资源竞争加剧，并可能威胁它们的生存。例如，鱼类可能会发现难以在浅水中产卵，而某些植物物种如果根部长时间暴露在空气中，可能会难以生存。此外，“低水位间隔”还会影响水质。随着水位下降，污染物可能会变得更加集中，从而对野生动物和人类产生不利影响。在这些时期，藻类繁殖可能更为频繁，进一步恶化水质并影响饮用水源。因此，理解和监测“低水位间隔”对于维持健康的生态系统和确保社区安全的水源至关重要。从土木工程的角度来看，“低水位间隔”的影响同样显著。工程师在设计桥梁、大坝和防洪系统等基础设施时必须考虑这些时期。如果预计会出现“低水位间隔”，则可能需要进行调整，以确保结构能够承受水流和水位的潜在变化。如果未能考虑这些间隔，可能会导致昂贵的损失和安全隐患。此外，规划“低水位间隔”对农业实践至关重要。农民依赖可靠的水源进行灌溉，而在“低水位间隔”期间，作物可能会因水源不足而遭受损失。这种情况可能导致产量减少和经济损失。因此，在容易出现“低水位间隔”的地区，实施水资源保护策略和开发可持续的灌溉实践变得尤为重要。总之，“低水位间隔”的概念涉及多种环境、生态和工程挑战。通过理解其影响，利益相关者可以制定更好的管理策略，以减轻与低水位相关的不利影响。无论是通过保护工作、基础设施设计还是农业规划，认识到“低水位间隔”的重要性对于促进水资源的可持续性和韧性至关重要。这是一个提醒我们在人类需求与自然环境之间保持微妙平衡的重要信号，敦促我们在与水系统的互动中采取负责任的行动。