mean high water interval

简明释义

平均高潮间隙

英英释义

例句

1.When designing a seawall, engineers must account for the mean high water interval 平均高潮间隔 to prevent overtopping.

在设计海堤时，工程师必须考虑mean high water interval 平均高潮间隔以防止溢流。

2.In coastal management, understanding the mean high water interval 平均高潮间隔 is crucial for planning beach erosion measures.

在沿海管理中，理解mean high water interval 平均高潮间隔对规划海滩侵蚀措施至关重要。

3.The construction project must consider the mean high water interval 平均高潮间隔 to ensure the foundation is not affected by flooding.

建设项目必须考虑mean high water interval 平均高潮间隔，以确保基础不受洪水影响。

4.Marine navigational charts often indicate the mean high water interval 平均高潮间隔 for safe passage of vessels.

海洋导航图通常指示mean high water interval 平均高潮间隔，以确保船只安全通行。

5.The mean high water interval 平均高潮间隔 can fluctuate based on seasonal weather patterns and tidal changes.

由于季节性天气模式和潮汐变化，mean high water interval 平均高潮间隔可能会波动。

作文

Understanding the concept of the mean high water interval is crucial for various fields, including marine navigation, environmental science, and coastal engineering. The term refers to the average height of water at high tide over a specific period, typically measured over a 19-year cycle known as the National Tidal Datum Epoch in the United States. This measurement is essential for several reasons, particularly in understanding tidal patterns and their implications for coastal areas.Firstly, the mean high water interval provides vital information for navigators and boaters. Knowing the average high water mark helps in determining safe passage for vessels in coastal waters. This is particularly important in regions where shallow waters can pose significant risks to navigation. By understanding the mean high water interval, mariners can avoid grounding their vessels on submerged hazards during low tide, ensuring safer travel across these waters.Moreover, the mean high water interval plays a significant role in coastal management and planning. Coastal engineers and urban planners utilize this data to design structures such as seawalls, docks, and piers. By incorporating the mean high water interval into their designs, they can ensure that these structures withstand the forces of nature, including storm surges and rising sea levels. This foresight is especially critical in the face of climate change, where sea levels are expected to rise, potentially altering existing tidal patterns.In addition to practical applications, the mean high water interval also has ecological implications. Many coastal ecosystems, such as salt marshes and mangroves, rely on specific tidal conditions for their health and sustainability. Understanding the average high water levels allows scientists and conservationists to monitor these ecosystems effectively. For instance, if the mean high water interval shifts due to climate change, it could indicate a need for immediate conservation efforts to protect vulnerable species and habitats.Furthermore, the mean high water interval is fundamental in legal contexts, particularly regarding property rights and land ownership. In many jurisdictions, the boundary between public and private land is defined by the high water mark. Therefore, having an accurate measurement of the mean high water interval is essential for resolving disputes related to land use and ownership along coastlines. Property owners must be aware of these definitions, as changes in the mean high water interval can affect their property lines and rights.In conclusion, the mean high water interval is more than just a technical term; it is a critical measurement that influences various aspects of our interaction with coastal environments. From navigation safety to ecological preservation and legal boundaries, understanding this concept is essential for anyone involved in marine activities or coastal management. As we continue to face challenges such as climate change and urban development, the importance of accurately measuring and interpreting the mean high water interval will only increase, making it a key factor in ensuring the sustainability of our coastal regions.

理解平均高潮水位间隔的概念对于海洋导航、环境科学和海岸工程等多个领域至关重要。该术语指的是在特定时间段内（通常是在美国称为国家潮汐基准时期的19年周期内）高潮时水位的平均高度。这一测量对于理解潮汐模式及其对沿海地区的影响至关重要。首先，平均高潮水位间隔为导航员和船员提供了重要的信息。了解平均高潮标志有助于确定沿海水域中船只的安全通行。这在浅水区可能对航行构成重大风险的地区尤为重要。通过理解平均高潮水位间隔，航海者可以避免在低潮时使船只搁浅在淹没的危险区域，从而确保这些水域的安全旅行。此外，平均高潮水位间隔在海岸管理和规划中发挥着重要作用。海岸工程师和城市规划者利用这些数据来设计海堤、码头和平台等结构。通过将平均高潮水位间隔纳入设计，他们可以确保这些结构能够抵御自然力量，包括风暴潮和海平面上升。面对气候变化，这种前瞻性尤为关键，因为预计海平面将上升，可能会改变现有的潮汐模式。除了实际应用外，平均高潮水位间隔还有生态意义。许多沿海生态系统，如盐沼和红树林，依赖特定的潮汐条件来维持其健康和可持续性。了解平均高潮水位允许科学家和保护主义者有效监测这些生态系统。例如，如果由于气候变化导致平均高潮水位间隔发生变化，这可能表明需要立即采取保护措施，以保护脆弱的物种和栖息地。此外，平均高潮水位间隔在法律背景中也具有重要意义，特别是在财产权和土地所有权方面。在许多司法管辖区，公共土地和私人土地之间的界限由高潮线定义。因此，准确测量平均高潮水位间隔对于解决与沿海土地使用和所有权相关的争议至关重要。土地所有者必须意识到这些定义，因为平均高潮水位间隔的变化可能会影响他们的土地界限和权利。总之，平均高潮水位间隔不仅仅是一个技术术语；它是一个关键的测量，影响我们与沿海环境互动的各个方面。从航行安全到生态保护以及法律边界，理解这一概念对任何参与海洋活动或海岸管理的人来说都是至关重要的。随着我们继续面临气候变化和城市发展的挑战，准确测量和解释平均高潮水位间隔的重要性只会增加，这使其成为确保我们沿海地区可持续发展的关键因素。