mean tide level

简明释义

平均潮高平均潮面

英英释义

例句

1.The construction project must consider the mean tide level 平均潮位 to avoid flooding.

该建设项目必须考虑到mean tide level 平均潮位以避免洪水。

2.Fishing regulations may depend on the mean tide level 平均潮位 during certain seasons.

某些季节的捕鱼规定可能依赖于mean tide level 平均潮位。

3.Marine biologists often study the effects of pollution on ecosystems at the mean tide level 平均潮位.

海洋生物学家经常研究污染对生态系统在mean tide level 平均潮位的影响。

4.Coastal engineers use the mean tide level 平均潮位 to design seawalls and other protective structures.

沿海工程师使用mean tide level 平均潮位来设计海堤和其他保护结构。

5.During high tide, the water can rise significantly above the mean tide level 平均潮位.

在高潮期间，水位可能会显著高于mean tide level 平均潮位。

作文

Understanding the concept of mean tide level is essential for various fields, including marine biology, coastal engineering, and environmental science. The mean tide level refers to the average height of the tide over a specific period, typically calculated over a lunar month. This measurement helps scientists and engineers understand the natural rhythms of the ocean, which are influenced by gravitational forces from the moon and the sun. By knowing the mean tide level, researchers can predict how tides will behave in different conditions, which is crucial for navigation, fishing, and coastal development.The calculation of mean tide level involves taking multiple tide measurements at specific intervals and averaging them. This process helps to eliminate anomalies caused by storms or unusual weather patterns, providing a clearer picture of the typical tidal conditions. For instance, in areas with significant tidal variations, understanding the mean tide level can aid in the design of coastal structures, ensuring they are built to withstand potential flooding during high tide events.Moreover, the mean tide level plays a critical role in determining the health of coastal ecosystems. Many marine species rely on specific tidal conditions for breeding and feeding. For example, certain fish spawn during particular tide phases, while others may use tidal currents to transport their larvae to suitable habitats. By monitoring changes in the mean tide level, scientists can identify shifts in these ecosystems, which may indicate broader environmental changes due to climate change or human activity.In addition to ecological implications, the mean tide level also has socio-economic impacts. Coastal communities often depend on fishing, tourism, and recreation, all of which are influenced by tidal patterns. Accurate predictions of the mean tide level allow fishermen to time their expeditions effectively, maximizing their catch while minimizing the risk of being stranded during low tide. Similarly, tourists visiting coastal areas benefit from knowing the mean tide level to plan their beach activities safely.Furthermore, as climate change continues to affect sea levels globally, understanding the mean tide level becomes increasingly important. Rising sea levels can alter the mean tide level, leading to more frequent flooding and erosion in coastal areas. By studying historical data and current trends, scientists can provide valuable insights into future conditions, helping communities prepare for the impacts of climate change.In conclusion, the mean tide level is not just a scientific measurement; it is a vital component that connects various aspects of our environment and society. From supporting marine life to influencing human activities along the coast, understanding the mean tide level is crucial for sustainable management of our oceans and coastal regions. As we continue to face environmental challenges, the importance of this concept will only grow, highlighting the need for ongoing research and awareness in both scientific and community contexts.

理解平均潮位的概念对于海洋生物学、海岸工程和环境科学等多个领域至关重要。平均潮位是指在特定时期内潮水的平均高度，通常是按月球周期计算的。这一测量帮助科学家和工程师理解海洋的自然节奏，这些节奏受到月亮和太阳的引力影响。通过了解平均潮位，研究人员可以预测不同条件下潮水的行为，这对航行、捕鱼和沿海开发至关重要。平均潮位的计算涉及在特定间隔内进行多次潮位测量并取其平均值。这个过程有助于消除由于风暴或异常天气模式引起的异常情况，从而提供更清晰的典型潮汐条件。例如，在潮汐变化显著的地区，理解平均潮位可以帮助设计沿海结构，确保它们能够承受高潮事件带来的潜在洪水。此外，平均潮位在确定沿海生态系统健康方面也发挥着关键作用。许多海洋物种依赖特定的潮汐条件进行繁殖和觅食。例如，某些鱼类在特定潮位阶段产卵，而其他鱼类可能利用潮流将幼体运输到适合的栖息地。通过监测平均潮位的变化，科学家可以识别这些生态系统的变化，这可能表明由于气候变化或人类活动导致的更广泛的环境变化。除了生态影响之外，平均潮位还具有社会经济影响。沿海社区通常依赖捕鱼、旅游和休闲，这些活动都受潮汐模式的影响。准确预测平均潮位使渔民能够有效安排出海时间，最大化捕获量，同时最小化在低潮时被困的风险。同样，访问沿海地区的游客也受益于了解平均潮位，以安全地规划他们的海滩活动。此外，随着气候变化继续影响全球海平面，理解平均潮位变得越来越重要。海平面上升可能改变平均潮位，导致沿海地区更频繁的洪水和侵蚀。通过研究历史数据和当前趋势，科学家可以提供有价值的见解，以帮助社区为气候变化的影响做好准备。总之，平均潮位不仅仅是一个科学测量，它是连接我们环境和社会各个方面的重要组成部分。从支持海洋生物到影响沿海的人类活动，理解平均潮位对于可持续管理我们的海洋和沿海地区至关重要。随着我们继续面临环境挑战，这一概念的重要性只会增加，突显出在科学和社区背景下进行持续研究和意识提升的必要性。