tidal dock

简明释义

通潮闸坞

英英释义

例句

1.The fishing boats were safely moored at the tidal dock.

渔船安全停靠在潮汐码头。

2.We need to schedule our arrival to coincide with high tide to use the tidal dock.

我们需要安排抵达时间与高潮一致，以便使用潮汐码头。

3.The tidal dock is equipped with special ramps for easier access.

潮汐码头配备了特殊坡道以便于进出。

4.Local authorities maintain the tidal dock to ensure safe docking.

当地政府维护潮汐码头以确保安全停靠。

5.During low tide, the tidal dock was completely exposed.

在低潮时，潮汐码头完全暴露在外。

作文

The concept of a tidal dock is fascinating, particularly for those interested in maritime engineering and coastal management. A tidal dock is essentially a structure designed to accommodate the rise and fall of tides, allowing vessels to dock safely regardless of the water level. This innovative solution addresses one of the significant challenges faced by ports and harbors located in areas with substantial tidal variations. In many coastal regions, the difference between high tide and low tide can be quite dramatic, sometimes exceeding several meters. Traditional docks may become unusable during low tide, leaving boats stranded or requiring them to navigate difficult conditions to reach deeper waters. A tidal dock mitigates these issues by using a combination of floating platforms and adjustable structures that rise and fall with the tide. One of the most notable examples of a tidal dock can be found in the port of Saint-Malo, France. This historic port features a unique system that allows ships to access the harbor even during low tide. The design incorporates a series of gates and sluices that manage the flow of water, ensuring that vessels can come and go without delay. This not only enhances the efficiency of port operations but also boosts local economies by facilitating trade and tourism. From an environmental perspective, tidal docks can also play a role in sustainable coastal development. By accommodating the natural ebb and flow of tides, they can reduce the impact of human activities on marine ecosystems. Moreover, some designs incorporate features that promote biodiversity, such as artificial reefs or habitats for local wildlife. This harmonious integration of infrastructure and nature is essential for preserving the health of coastal environments. However, constructing a tidal dock is not without its challenges. Engineers must consider factors such as wave action, sedimentation, and the potential impact on local marine life. Additionally, the initial investment for building such structures can be substantial, which may deter some municipalities from pursuing these projects. Nonetheless, the long-term benefits often outweigh the costs, especially in regions where traditional docking methods are insufficient. In conclusion, the innovation of the tidal dock represents a significant advancement in maritime infrastructure. By allowing vessels to access ports safely during varying tidal conditions, these structures enhance trade, support local economies, and promote environmental sustainability. As coastal communities continue to grow and evolve, the adoption of tidal docks may become increasingly vital for ensuring efficient and responsible use of our oceans and waterways.

“潮汐码头”的概念非常吸引人，尤其是对于那些对海洋工程和沿海管理感兴趣的人来说。潮汐码头本质上是一种结构，旨在适应潮汐的涨落，使船只能够安全停靠，无论水位如何。这一创新解决方案解决了位于潮差较大的地区的港口和码头面临的重大挑战之一。在许多沿海地区，高潮与低潮之间的差异可能相当显著，有时超过几米。传统的码头在低潮期间可能变得无法使用，导致船只搁浅或需要在困难条件下航行以达到更深的水域。潮汐码头通过使用浮动平台和可调结构的组合来减轻这些问题，这些结构随着潮水的涨落而升降。一个最显著的例子是法国圣马洛港。这座历史悠久的港口拥有一个独特的系统，允许船只即使在低潮期间也能进入港口。该设计结合了一系列闸门和排水口，管理水流，确保船只能够顺利进出。这不仅提高了港口运营的效率，还通过促进贸易和旅游业来推动地方经济。从环境角度来看，潮汐码头也可以在可持续沿海发展中发挥作用。通过适应潮水的自然涨落，它们可以减少人类活动对海洋生态系统的影响。此外，一些设计还包含促进生物多样性的特征，例如人工礁或当地野生动物的栖息地。这种基础设施与自然的和谐融合对于保护沿海环境的健康至关重要。然而，建造潮汐码头并非没有挑战。工程师必须考虑波浪作用、沉积和对当地海洋生物的潜在影响等因素。此外，建造此类结构的初始投资可能相当可观，这可能会阻止一些市政当局追求这些项目。然而，从长远来看，收益往往超过成本，尤其是在传统停靠方法不足的地区。总之，潮汐码头的创新代表了海洋基础设施的重要进步。通过允许船只在不同潮汐条件下安全进入港口，这些结构增强了贸易，支持地方经济，并促进环境可持续性。随着沿海社区的不断发展和演变，采用潮汐码头可能变得越来越重要，以确保我们海洋和水道的有效和负责任的利用。