mean low water
简明释义
平均低潮间隙
英英释义
Mean low water refers to the average level of the lowest tide recorded over a specific period, typically used in nautical charts and coastal engineering. | 平均低水位是指在特定时期内记录的最低潮位的平均水平,通常用于航海图和沿海工程。 |
例句
1.In this area, the mean low water mark is critical for determining property boundaries, which is 平均低潮水位.
在这个区域,平均低潮水位标记对确定财产边界至关重要,
2.The construction of the pier must consider the mean low water to ensure stability, or 平均低潮水位.
码头的建设必须考虑平均低潮水位以确保稳定性,
3.Navigation charts indicate the mean low water level to help sailors avoid grounding, which means 平均低潮水位.
航行图表指示平均低潮水位以帮助水手避免搁浅,
4.Fishermen often check the mean low water times to plan their trips, meaning 平均低潮水位.
渔民通常检查平均低潮水位时间来计划他们的出行,
5.The marina's depth is measured at mean low water, which is 平均低潮水位.
码头的深度是在平均低潮水位测量的,
作文
Understanding the concept of water levels is crucial for various fields, including navigation, environmental science, and coastal management. One important term that often arises in these discussions is mean low water, which refers to the average level of the lowest tide recorded over a specific period, typically 19 years. This measurement serves as a baseline for many nautical charts and is essential for ensuring safe passage for vessels navigating coastal waters.In maritime contexts, mean low water is significant because it helps determine the depth of water available at low tide. For sailors and mariners, knowing this information is vital to avoid grounding or running aground on submerged obstacles. If a ship's draft exceeds the depth of water at mean low water, it could lead to dangerous situations. Therefore, accurate charts that indicate mean low water levels are indispensable for safe navigation.Moreover, mean low water plays a critical role in coastal engineering and environmental studies. Engineers and planners use this measurement to design structures such as piers, docks, and seawalls. By understanding where the mean low water mark lies, they can ensure that these structures are built above this level to prevent damage during tidal fluctuations. Additionally, environmental scientists study the effects of tides on ecosystems, particularly in intertidal zones where organisms must adapt to changing water levels.The importance of mean low water extends beyond practical applications; it also has legal implications. In many jurisdictions, property rights along coastlines are determined based on the location of the mean low water mark. This boundary can influence land ownership, development rights, and conservation efforts. Understanding where this line lies is essential for both landowners and policymakers.Furthermore, climate change poses challenges to the concept of mean low water. As sea levels rise due to global warming, the traditional measurements of mean low water may shift, impacting navigation, coastal infrastructure, and ecosystems. Monitoring these changes is vital for adapting to new realities and ensuring the safety and sustainability of coastal communities.In conclusion, the term mean low water encapsulates a vital aspect of our relationship with the ocean and its tides. From navigation to engineering, environmental science, and legal boundaries, understanding mean low water is essential for anyone involved in coastal activities. As we continue to face challenges posed by climate change, the significance of this measurement will only grow, highlighting the need for ongoing research and adaptation strategies to protect our coastal environments and communities.
理解水位的概念对于航海、环境科学和沿海管理等多个领域至关重要。在这些讨论中,一个重要的术语是平均低潮水位,它指的是在特定时间段内(通常为19年)记录的最低潮位的平均水平。这个测量值作为许多航海图的基准,对于确保船只在沿海水域安全航行至关重要。在海事环境中,平均低潮水位非常重要,因为它有助于确定在低潮时可用的水深。对于水手和海员来说,了解这一信息对于避免搁浅或在淹没障碍物上搁浅至关重要。如果一艘船的吃水深度超过了平均低潮水位的水深,就可能导致危险情况。因此,准确的航海图中标示的平均低潮水位水平对安全航行至关重要。此外,平均低潮水位在沿海工程和环境研究中也发挥着关键作用。工程师和规划者利用这一测量值来设计码头、栈桥和防波堤等结构。通过了解平均低潮水位的位置,他们可以确保这些结构建造在此水平之上,以防止在潮汐波动期间受到损害。此外,环境科学家研究潮汐对生态系统的影响,特别是在生物必须适应变化的水位的潮间带区域。平均低潮水位的重要性不仅限于实际应用;它还有法律意义。在许多法域中,沿海土地的财产权利是根据平均低潮水位标记的位置来决定的。这个边界可能影响土地所有权、开发权和保护工作。了解这一界线对于土地所有者和政策制定者都是至关重要的。此外,气候变化对平均低潮水位的概念构成挑战。随着全球变暖导致海平面上升,传统的平均低潮水位测量可能会发生变化,影响航行、沿海基础设施和生态系统。监测这些变化对于适应新现实以及确保沿海社区的安全和可持续性至关重要。总之,术语平均低潮水位概括了我们与海洋及其潮汐关系的一个重要方面。从航行到工程、环境科学和法律边界,理解平均低潮水位对于任何参与沿海活动的人都至关重要。随着我们继续面临气候变化带来的挑战,这一测量的重要性只会增加,突显出持续研究和适应策略以保护我们的沿海环境和社区的必要性。