higher low water interval

简明释义

高低潮间隙高低潮间隙较高低潮间隙

英英释义

例句

1.The city planners have adjusted the flood control measures based on the observed higher low water interval data.

市规划者根据观察到的高低水位间隔数据调整了防洪措施。

2.Engineers are studying the higher low water interval to ensure that the dam can handle seasonal variations effectively.

工程师们正在研究高低水位间隔，以确保大坝能够有效应对季节性变化。

3.Monitoring the higher low water interval is crucial for predicting potential flooding events.

监测高低水位间隔对于预测潜在的洪水事件至关重要。

4.The recent analysis of the river's flow showed a significant increase in the higher low water interval, indicating better water management practices.

最近对河流流量的分析显示，高低水位间隔显著增加，这表明水资源管理措施得到了改善。

5.The higher low water interval in this reservoir allows for more consistent water supply throughout the year.

这个水库的高低水位间隔使得全年水供应更加稳定。

作文

The concept of a higher low water interval is crucial in understanding the dynamics of water bodies, particularly in relation to tidal movements and river systems. To comprehend this term, we must first break it down into its components. The 'low water' refers to the lowest point of the tide or the minimum water level in a river. However, when we introduce the term 'higher,' we indicate that this low water level has increased over time, often due to various natural and anthropogenic factors.In many coastal regions, the phenomenon of rising sea levels has become an alarming reality. As glaciers melt and ocean temperatures rise, the baseline of what constitutes 'low water' shifts upward. This shift can lead to a higher low water interval, meaning that the difference between high tide and low tide may appear less pronounced than before. For communities living along coastlines, this change can have significant implications. Flooding becomes more common, and the risk of saltwater intrusion into freshwater sources increases, affecting both agriculture and drinking water supplies.Similarly, in river systems, a higher low water interval can occur due to damming, water extraction, or climate change. When a dam is built, it can alter the natural flow of a river, leading to a situation where the minimum water level is consistently higher than it would be in a free-flowing river. This can affect the ecosystem, as many aquatic species rely on specific water levels for breeding and feeding.Moreover, the concept of a higher low water interval is not just a scientific observation; it also carries socio-economic consequences. Communities that depend on fishing or tourism may find their livelihoods threatened as water levels change. Fishermen may struggle to catch certain species that are sensitive to changes in water levels, while tourists may be less inclined to visit areas that are experiencing flooding or other water-related issues.To address these challenges, it is essential for policymakers to consider the implications of a higher low water interval in their planning and management strategies. Implementing sustainable water management practices, restoring natural habitats, and investing in infrastructure that can withstand changing water levels are all vital steps that can help mitigate the impacts of this phenomenon.In conclusion, understanding the term higher low water interval is key to navigating the complexities of our changing environment. By recognizing how water levels fluctuate and the factors that contribute to these changes, we can better prepare ourselves for the future. Whether through community education, policy reform, or scientific research, it is imperative that we take action to address the challenges posed by rising water levels and ensure the sustainability of our water resources for generations to come.

“higher low water interval”的概念在理解水体动态时至关重要，尤其是与潮汐运动和河流体系相关。要理解这个术语，我们首先必须将其拆分成不同的组成部分。“低水位”指的是潮汐的最低点或河流中的最低水位。然而，当我们引入“higher”这个词时，我们表明这个低水位随着时间的推移而增加，这通常是由于各种自然和人为因素造成的。在许多沿海地区，海平面上升的现象已成为一个令人担忧的现实。随着冰川融化和海洋温度上升，构成“低水位”的基线向上移动。这种变化可能导致higher low water interval的出现，意味着高潮与低潮之间的差异可能看起来不如以前那样明显。对于生活在海岸线上的社区而言，这种变化可能带来重大影响。洪水变得更加常见，盐水侵入淡水源的风险增加，这影响到农业和饮用水供应。同样，在河流系统中，由于筑坝、取水或气候变化，也可能出现higher low water interval。当建造水坝时，它可以改变河流的自然流动，导致最低水位始终高于自由流动河流的情况。这会影响生态系统，因为许多水生物种依赖特定的水位进行繁殖和觅食。此外，“higher low water interval”这一概念不仅仅是科学观察；它还带有社会经济后果。依赖捕鱼或旅游的社区可能会发现他们的生计受到威胁，因为水位发生变化。渔民可能会努力捕捉对水位变化敏感的某些物种，而游客可能不太愿意访问遭受洪水或其他水相关问题的地区。为了应对这些挑战，政策制定者在规划和管理策略中考虑higher low water interval的影响至关重要。实施可持续的水资源管理实践、恢复自然栖息地以及投资能够承受水位变化的基础设施都是帮助减轻这一现象影响的重要步骤。总之，理解“higher low water interval”这个术语是驾驭我们日益复杂的环境的关键。通过认识水位如何波动及其变化的因素，我们可以更好地为未来做好准备。无论是通过社区教育、政策改革还是科学研究，我们都必须采取行动以应对海平面上升带来的挑战，并确保我们的水资源在未来几代人中可持续使用。