submerged jetty

简明释义

淹没的突码头

英英释义

例句

1.Divers were warned about the presence of a submerged jetty in the area.

潜水员被警告该地区有一个潜水码头。

2.Boaters should consult local maps to avoid the submerged jetty.

船主应查阅当地地图以避免潜水码头。

3.The boat hit the submerged jetty while navigating through the shallow waters.

船在浅水区航行时撞上了潜水码头。

4.The submerged jetty was discovered during a routine underwater survey.

在例行水下调查中发现了潜水码头。

5.Fishing near the submerged jetty can yield good catches, but be cautious.

在潜水码头附近钓鱼可能会有不错的收获，但要小心。

作文

In coastal engineering, various structures are designed to manage the interaction between land and sea. One such structure is the submerged jetty, which is primarily used to protect shorelines, facilitate navigation, and influence sediment transport. Unlike traditional jetties that rise above the water's surface, a submerged jetty remains below the waterline, providing several advantages in specific marine environments.The concept of a submerged jetty revolves around its ability to minimize wave energy and reduce erosion along coastlines. By absorbing and dissipating the energy of incoming waves, these structures help to stabilize the shoreline and prevent the loss of sand and soil. This is particularly important in areas where coastal erosion poses a significant threat to both natural habitats and human infrastructure.Additionally, submerged jetties can enhance navigational safety for vessels. Since they are not visible above the water, they do not obstruct the view of mariners, allowing for safer passage in busy shipping lanes. Furthermore, these structures can serve as artificial reefs, promoting marine biodiversity by providing habitats for various aquatic species. Fish and other marine organisms often congregate around such structures, leading to increased local fishing opportunities and healthier ecosystems.The construction of a submerged jetty requires careful planning and consideration of environmental factors. Engineers must assess the local hydrodynamics, sediment transport patterns, and ecological impacts before implementation. It is essential to ensure that the structure does not adversely affect the surrounding marine environment or disrupt existing ecosystems. Environmental assessments and consultations with marine biologists are crucial steps in the design process.One notable example of a submerged jetty can be found in the coastal waters of California, where a series of these structures have been implemented to combat erosion and enhance marine life. These jetties have proven effective in stabilizing sandy beaches while simultaneously creating new habitats for fish and other marine creatures. As a result, local communities have benefited from improved recreational opportunities and increased tourism.In conclusion, the submerged jetty is an innovative solution in coastal engineering that addresses multiple challenges faced by coastal regions. By protecting shorelines from erosion, enhancing navigational safety, and promoting marine biodiversity, these structures play a vital role in maintaining the health and sustainability of coastal environments. As climate change continues to impact our oceans and shorelines, the importance of such engineering solutions will only grow, making the study and application of submerged jetties increasingly relevant for future coastal management strategies.

在海岸工程中，各种结构被设计用来管理陆地和海洋之间的相互作用。其中一个结构是潜水码头，主要用于保护海岸线、促进航行和影响沉积物运输。与传统的高出水面的码头不同，潜水码头保持在水面以下，在特定的海洋环境中提供了几种优势。潜水码头的概念围绕其吸收波浪能量并减少沿海岸线侵蚀的能力展开。通过吸收和消散来袭波浪的能量，这些结构有助于稳定海岸线，防止沙子和土壤的流失。这在沿海侵蚀对自然栖息地和人类基础设施构成重大威胁的地区尤为重要。此外，潜水码头可以提高船只的航行安全性。由于它们在水面上不可见，因此不会阻碍海员的视线，从而允许在繁忙的航运通道中更安全地通行。此外，这些结构还可以作为人工礁，促进海洋生物多样性，为各种水生物种提供栖息地。鱼类和其他海洋生物通常聚集在这些结构周围，导致当地捕鱼机会增加和生态系统更健康。潜水码头的建设需要仔细规划和考虑环境因素。工程师必须在实施之前评估当地的水动力学、沉积物运输模式和生态影响。确保结构不会对周围的海洋环境产生不利影响或破坏现有生态系统至关重要。环境评估和与海洋生物学家的协商是设计过程中的关键步骤。加利福尼亚沿海水域的一个显著例子是实施了一系列潜水码头以对抗侵蚀并增强海洋生物。这些码头在稳定沙滩方面证明是有效的，同时也为鱼类和其他海洋生物创造了新的栖息地。因此，当地社区受益于改善的休闲机会和增加的旅游业。总之，潜水码头是海岸工程中的一种创新解决方案，解决了沿海地区面临的多重挑战。通过保护海岸线免受侵蚀、提高航行安全性和促进海洋生物多样性，这些结构在维持海岸环境的健康和可持续性方面发挥着至关重要的作用。随着气候变化继续影响我们的海洋和海岸线，这种工程解决方案的重要性将不断增长，使对潜水码头的研究和应用在未来的海岸管理战略中愈加相关。