shipping water elevation

简明释义

甲板上积水高度

英英释义

例句

1.Adjustments to the shipping water elevation can affect loading and unloading operations at the docks.

对航运水位的调整可能会影响码头的装卸作业。

2.The captain checked the shipping water elevation before entering the harbor to avoid grounding.

船长在进入港口之前检查了航运水位以避免搁浅。

3.The port authority monitors the shipping water elevation to ensure safe vessel navigation.

港口管理局监测航运水位以确保船只安全通航。

4.Local fishermen are concerned about the shipping water elevation affecting their catch.

当地渔民担心航运水位会影响他们的捕捞。

5.During heavy rains, the shipping water elevation may rise significantly, impacting shipping schedules.

在大雨期间，航运水位可能会显著上升，从而影响航运时间表。

作文

The concept of shipping water elevation refers to the measurement of water levels that are crucial for the safe passage of vessels in maritime transport. This term encompasses various aspects of water management, including the effects of tides, weather conditions, and human interventions such as dam operations. Understanding shipping water elevation is vital for ensuring that ships can navigate safely without running aground or encountering hazardous conditions. In many ports around the world, shipping water elevation is monitored continuously. This monitoring is essential because fluctuations in water levels can significantly impact shipping schedules and cargo delivery times. For instance, if the water level is too low due to a drought or excessive evaporation, larger ships may not be able to dock, leading to delays and financial losses. Conversely, if there is a heavy rain or storm surge, the water level may rise unexpectedly, creating risks for vessels that are not prepared for such conditions. To illustrate the importance of shipping water elevation, consider the case of the Panama Canal. The canal relies on a system of locks that manage the elevation of water to allow ships to pass through different levels of land. The shipping water elevation within the canal must be carefully controlled to accommodate the large vessels that traverse it, ensuring both safety and efficiency in global trade. Any miscalculation or failure in the management of water levels could lead to significant disruptions in one of the world's most important shipping routes.Additionally, advancements in technology have improved our ability to predict and manage shipping water elevation. Modern sensors and satellite imaging allow for real-time tracking of water levels, which is invaluable for shipping companies and port authorities. These technologies help in making informed decisions about when to schedule shipments and how to prepare for potential changes in water levels. As climate change continues to affect weather patterns and sea levels, the importance of accurately measuring and managing shipping water elevation will only increase. Moreover, the implications of shipping water elevation extend beyond just the shipping industry. Coastal communities rely on accurate water level data for flood prevention and disaster preparedness. By understanding how water levels fluctuate, these communities can better protect their infrastructure and residents from the impacts of rising seas and extreme weather events. In conclusion, the term shipping water elevation encompasses a critical aspect of maritime operations and coastal management. It plays a significant role in ensuring the safety and efficiency of shipping activities, while also impacting broader environmental and community concerns. As we move forward, continued investment in technology and research will be essential to enhance our understanding and management of shipping water elevation, ultimately supporting sustainable practices in both shipping and coastal development.

“航运水位”这个概念指的是对水位的测量，这对于海上运输中船只的安全通行至关重要。这个术语涵盖了水管理的各个方面，包括潮汐、天气条件和人类干预（如大坝操作）的影响。理解“航运水位”对确保船只能够安全航行而不搁浅或遇到危险条件至关重要。在世界许多港口，航运水位被持续监测。这种监测是必不可少的，因为水位的波动会显著影响航运时间表和货物交付时间。例如，如果由于干旱或蒸发过多导致水位过低，则较大的船只可能无法停靠，从而导致延误和经济损失。相反，如果发生暴雨或风暴潮，水位可能会意外上升，给未做好准备的船只带来风险。为了说明“航运水位”的重要性，可以考虑巴拿马运河的案例。运河依赖于一个锁闸系统来管理水位，以便船只通过不同的陆地高度。运河内的“航运水位”必须得到仔细控制，以适应穿越它的大型船只，确保全球贸易的安全和效率。任何计算错误或水位管理的失败都可能导致世界上最重要的航运路线之一的重大中断。此外，技术的进步改善了我们预测和管理“航运水位”的能力。现代传感器和卫星成像允许实时跟踪水位，这对航运公司和港口当局来说极为宝贵。这些技术有助于做出关于何时安排货物运输和如何为潜在水位变化做好准备的明智决策。随着气候变化继续影响天气模式和海平面，准确测量和管理“航运水位”的重要性只会增加。此外，“航运水位”的影响不仅限于航运行业。沿海社区依赖于准确的水位数据进行防洪和灾害准备。通过了解水位如何波动，这些社区可以更好地保护其基础设施和居民，免受海平面上升和极端天气事件的影响。总之，“航运水位”这一术语涵盖了海洋运营和沿海管理的关键方面。它在确保航运活动的安全和效率方面发挥着重要作用，同时也影响更广泛的环境和社区问题。随着我们向前发展，继续投资于技术和研究将对增强我们对“航运水位”的理解和管理至关重要，最终支持航运和沿海发展的可持续实践。