mean low water lunitidal interval

简明释义

平均月潮低潮间隙

英英释义

例句

1.Fishermen rely on the mean low water lunitidal interval to know when to set their nets.

渔民依赖平均低潮月潮间隔来判断何时撒网。

2.The sailor calculated the mean low water lunitidal interval to determine the best time for docking.

水手计算了平均低潮月潮间隔以确定最佳靠岸时间。

3.During the navigation meeting, we discussed the mean low water lunitidal interval for our upcoming voyage.

在导航会议上，我们讨论了即将航行的平均低潮月潮间隔。

4.The marine engineer used the mean low water lunitidal interval data to optimize the design of the harbor.

海洋工程师使用平均低潮月潮间隔数据来优化港口设计。

5.Understanding the mean low water lunitidal interval is essential for accurate tide predictions.

理解平均低潮月潮间隔对于准确的潮汐预测至关重要。

作文

Understanding the term mean low water lunitidal interval is essential for those involved in maritime navigation and coastal engineering. This phrase refers to the average time difference between the occurrence of mean low water (MLW) and the next high water mark at a specific location. To grasp this concept, we must first break down its components. Mean low water is a standard reference point used in tidal measurements, representing the average level of low tide over a specific period. It serves as a baseline for various nautical charts and is crucial for safe navigation, especially in shallow waters. The lunitidal interval, on the other hand, is the time it takes for the tide to rise from the mean low water mark to the next high tide. This interval can vary significantly depending on geographical location, lunar cycles, and other environmental factors.The significance of the mean low water lunitidal interval lies in its application within various fields. For instance, in maritime navigation, understanding this interval helps sailors determine the best times to enter or exit harbors, avoiding potential grounding during low tides. Additionally, coastal engineers use this data to design structures such as docks and piers, ensuring they are built to withstand tidal changes and remain functional throughout different tidal states.In practical terms, calculating the mean low water lunitidal interval involves observing tidal patterns over a period of time and averaging the intervals between low and high tides. This calculation is vital for creating accurate tidal predictions, which are necessary for planning marine activities. For example, fishermen rely on these predictions to optimize their catch, while recreational boaters need them to ensure safe travel on waterways.Moreover, the mean low water lunitidal interval can also impact environmental studies. Coastal ecosystems are heavily influenced by tidal movements, and understanding these intervals allows researchers to study the effects of tides on local flora and fauna. This knowledge is particularly important in the context of climate change, as rising sea levels may alter traditional tidal patterns, affecting both human activities and natural habitats.In summary, the mean low water lunitidal interval is a critical concept that bridges the gap between navigation, engineering, and environmental science. Its implications are far-reaching, influencing everything from daily maritime operations to long-term ecological studies. By comprehensively understanding this term, professionals in various fields can make informed decisions that enhance safety, efficiency, and sustainability in coastal environments.

理解术语平均低水位月潮间隔对参与海洋导航和海岸工程的人来说至关重要。这个短语指的是在特定地点，平均低水位（MLW）发生与下一个高潮标记之间的平均时间差。要掌握这一概念，我们必须首先拆分其组成部分。平均低水位是潮汐测量中使用的标准参考点，代表在特定时期内低潮的平均水平。它作为各种航海图的基准，对于安全航行尤其是在浅水区至关重要。另一方面，月潮间隔是指潮水从平均低水位上升到下一个高潮所需的时间。这个间隔会根据地理位置、月球周期和其他环境因素而显著变化。平均低水位月潮间隔的重要性体现在其在各个领域的应用中。例如，在海洋导航中，了解这一间隔有助于水手确定进出港口的最佳时机，避免在低潮期间搁浅。此外，海岸工程师利用这些数据设计码头和栈桥等结构，确保它们能够承受潮汐变化并在不同潮位下保持功能。在实际操作中，计算平均低水位月潮间隔涉及观察一段时间内的潮汐模式，并计算低潮和高潮之间的平均间隔。这一计算对于创建准确的潮汐预测至关重要，而潮汐预测对于规划海洋活动是必要的。例如，渔民依赖这些预测来优化捕捞，而休闲船员则需要它们来确保在水道上的安全旅行。此外，平均低水位月潮间隔也可能影响环境研究。潮汐运动对沿海生态系统有重大影响，了解这些间隔使研究人员能够研究潮汐对当地动植物的影响。这一知识在气候变化的背景下尤为重要，因为海平面上升可能会改变传统的潮汐模式，从而影响人类活动和自然栖息地。总之，平均低水位月潮间隔是一个关键概念，连接了导航、工程和环境科学。其影响深远，从日常海洋操作到长期生态研究，均受到影响。通过全面理解这一术语，各个领域的专业人士可以做出明智的决策，提升沿海环境中的安全性、效率和可持续性。