mean spring low water

简明释义

平均大潮低潮

英英释义

例句

1.Fishermen often check the tide charts for mean spring low water to determine the best times for fishing.

渔民常常查看潮汐图，以了解春季平均最低潮位，以确定最佳捕鱼时间。

2.Navigational charts indicate the mean spring low water level to help boats avoid grounding.

航行图表指示春季平均最低潮位，以帮助船只避免搁浅。

3.During construction, engineers must consider the mean spring low water to ensure the foundation is above potential flooding.

在施工期间，工程师必须考虑春季平均最低潮位，以确保基础高于潜在的洪水。

4.The marina's depth is measured at the mean spring low water, which is crucial for docking larger vessels.

码头的水深是以春季平均最低潮位来测量的，这对停靠大型船只至关重要。

5.The city plans to raise the seawall based on the projected mean spring low water levels in the next decade.

市政府计划根据未来十年预期的春季平均最低潮位提高海堤。

作文

Understanding the term mean spring low water is essential for those involved in maritime activities, environmental studies, and coastal management. This phrase refers to a specific measurement of water levels in tidal areas, particularly during the spring season. To break it down, 'mean' indicates an average value, 'spring' denotes the time of year when spring tides occur, and 'low water' signifies the lowest level of the tide. Therefore, mean spring low water represents the average of the lowest tidal levels observed during the spring tide cycles over a specific period. In coastal regions, understanding mean spring low water is crucial for various reasons. For instance, fishermen rely on accurate tidal information to determine the best times for fishing. Certain species are more active during specific tidal phases, and knowing when the water is at its lowest can help fishermen plan their trips effectively. Similarly, boaters and sailors must be aware of mean spring low water to navigate safely. Low tides can expose underwater hazards that might not be visible during high tides, making it imperative for mariners to understand these measurements.Moreover, coastal engineers and urban planners also benefit from knowledge of mean spring low water. When designing harbors, docks, and other waterfront structures, it is vital to consider the lowest expected water levels to ensure that these infrastructures remain functional and safe. Failure to account for this can lead to costly repairs or even complete project failures. Additionally, as climate change continues to affect sea levels and tidal patterns, understanding historical data related to mean spring low water becomes increasingly important for predicting future changes and planning accordingly.Environmental scientists also utilize the concept of mean spring low water in their research. Tidal ecosystems are sensitive to changes in water levels, and understanding the average low water marks helps in assessing the health of these environments. For example, certain habitats may be exposed during low tides, affecting the organisms that rely on these areas for survival. By studying the patterns associated with mean spring low water, researchers can better understand how various factors, including human activity and climate change, impact coastal ecosystems.Furthermore, the term mean spring low water has implications for recreational activities along the coast. Beachgoers, surfers, and other outdoor enthusiasts often seek to know the tidal schedules to maximize their enjoyment of the ocean. Knowing when the water will be at its lowest can help them find the best spots for activities like tide pooling or surfing, as well as ensuring safety while engaging in water sports.In conclusion, the term mean spring low water encapsulates a vital aspect of tidal science and its applications across various fields. From fishing and navigation to urban planning and environmental conservation, understanding this measurement allows individuals and organizations to make informed decisions that enhance safety, efficiency, and ecological integrity. As our understanding of tidal patterns continues to evolve, so too will the importance of accurately measuring and interpreting mean spring low water in our ever-changing coastal landscapes.

理解“mean spring low water”这个术语对于从事海洋活动、环境研究和沿海管理的人来说至关重要。这个短语指的是潮汐区域水位的特定测量，特别是在春季。将其分解开来，“mean”表示平均值，“spring”表示春季发生春潮的时间，而“low water”则表示潮水的最低水平。因此，“mean spring low water”代表在特定时期内观察到的春潮周期中最低潮位的平均值。在沿海地区，了解“mean spring low water”至关重要，原因有很多。例如，渔民依靠准确的潮汐信息来确定最佳捕鱼时间。某些物种在特定的潮汐阶段更为活跃，因此了解水位最低时可以帮助渔民有效地计划出行。同样，船员和水手也必须了解“mean spring low water”以安全航行。低潮可能会暴露出在高潮期间无法看到的水下危险，因此水手了解这些测量数据至关重要。此外，沿海工程师和城市规划者也从了解“mean spring low water”中受益。在设计港口、码头及其他滨水结构时，考虑到最低预期水位至关重要，以确保这些基础设施保持功能和安全。如果不考虑这一点，可能会导致昂贵的维修或甚至完全项目失败。此外，随着气候变化不断影响海平面和潮汐模式，了解与“mean spring low water”相关的历史数据变得越来越重要，以预测未来的变化并相应地进行规划。环境科学家也在他们的研究中利用“mean spring low water”的概念。潮汐生态系统对水位变化非常敏感，了解平均低水位有助于评估这些环境的健康。例如，某些栖息地可能在低潮时暴露，影响依赖这些区域生存的生物。通过研究与“mean spring low water”相关的模式，研究人员可以更好地了解人类活动和气候变化等各种因素如何影响沿海生态系统。此外，“mean spring low water”这一术语还对沿海的娱乐活动产生了影响。海滩游客、冲浪者和其他户外爱好者通常希望了解潮汐时间表，以最大限度地享受海洋。知道水位最低时可以帮助他们找到最佳的活动地点，比如潮池或冲浪，同时确保在进行水上运动时的安全。总之，术语“mean spring low water”概括了潮汐科学及其在各个领域应用的重要方面。从捕鱼和航行到城市规划和环境保护，了解这一测量值使个人和组织能够做出明智的决策，从而提高安全性、效率和生态完整性。随着我们对潮汐模式的理解不断发展，“mean spring low water”在我们不断变化的沿海景观中的重要性也将不断提升。