tidal quay

简明释义

高潮码头

英英释义

例句

1.Boats can only dock at the tidal quay during high tide, making timing essential.

船只只能在高潮时停靠在潮汐码头，因此掌握时间至关重要。

2.Visitors often enjoy watching the boats come in and out of the tidal quay as the tides change.

游客们常常喜欢观看船只在潮汐变化时进出潮汐码头。

3.The local community organized a festival at the tidal quay to celebrate the fishing season.

当地社区在潮汐码头组织了一场节日庆典，以庆祝捕鱼季节。

4.The fishermen unloaded their catch at the tidal quay, where the water level changes with the tides.

渔民们在潮汐码头卸下了他们的捕获物，那里水位随着潮汐变化。

5.During low tide, the tidal quay reveals a sandy beach that is perfect for picnics.

在低潮时，潮汐码头显露出一片沙滩，非常适合野餐。

作文

The concept of a tidal quay is essential in understanding the dynamics of coastal engineering and maritime activities. A tidal quay refers to a structure built along the shoreline that accommodates the rise and fall of tides, allowing vessels to dock safely regardless of the water level. This engineering marvel is vital for ports, harbors, and waterfront developments, as it ensures that ships can access loading and unloading facilities at all times, even during low tide. Historically, the development of tidal quays has been crucial for trade and transportation. Ancient civilizations recognized the importance of having stable docking points that could withstand the natural ebb and flow of ocean waters. The Romans, for instance, constructed sophisticated tidal quays in their ports, which facilitated trade across the Mediterranean Sea. These structures were not only functional but also reflected the architectural prowess of the time. In modern times, the design of tidal quays incorporates advanced engineering techniques and materials that enhance durability and functionality. Engineers must consider various factors, such as wave action, sedimentation, and local marine life, when constructing these structures. Additionally, environmental considerations play a significant role in the design process. Sustainable practices are now prioritized to minimize the ecological impact of tidal quays on surrounding habitats. For example, some modern quays integrate features that promote biodiversity, such as creating artificial reefs or planting native vegetation along the quay’s edges. The economic implications of tidal quays are profound. They facilitate international trade by providing reliable docking facilities for cargo ships, which are essential for the global supply chain. Ports equipped with well-designed tidal quays can handle larger volumes of goods, reducing shipping times and costs. This efficiency not only benefits businesses but also stimulates local economies by creating jobs and attracting investment. Moreover, tidal quays serve recreational purposes as well. Many coastal cities have developed their waterfronts into vibrant public spaces, where people can enjoy activities like fishing, boating, and picnicking. These areas often become popular tourist destinations, contributing further to the local economy. The aesthetic appeal of a well-designed tidal quay can enhance the beauty of a waterfront, making it an attractive spot for both residents and visitors. However, the construction and maintenance of tidal quays are not without challenges. Climate change poses significant risks, as rising sea levels and increasing storm intensity threaten coastal infrastructure. Engineers and city planners must work collaboratively to innovate solutions that protect these vital structures from erosion and flooding. This might involve reinforcing existing quays or redesigning them to be more resilient against extreme weather events. In conclusion, the significance of tidal quays extends beyond mere functionality; they are integral to trade, economy, and community life. As we continue to navigate the challenges posed by climate change and urbanization, the evolution of tidal quays will play a critical role in shaping our coastal landscapes and sustaining maritime activities for future generations. Understanding and investing in these structures is essential for maintaining the delicate balance between human activity and the natural environment.

“潮汐码头”的概念在理解海岸工程和海事活动的动态中至关重要。“潮汐码头”指的是沿海岸线建造的结构，能够适应潮水的涨落，使船只无论水位如何都能安全停靠。这个工程奇迹对港口、码头和滨水开发至关重要，因为它确保船只在任何时候都能访问装卸设施，即使在低潮期间。历史上，“潮汐码头”的发展对贸易和运输至关重要。古代文明认识到拥有稳定的停靠点的重要性，这些停靠点能够承受海洋水域的自然涨落。例如，罗马人就在他们的港口建造了复杂的“潮汐码头”，这促进了地中海的贸易。这些结构不仅功能齐全，而且反映了当时的建筑才华。在现代，“潮汐码头”的设计结合了先进的工程技术和材料，以增强耐用性和功能性。工程师在建造这些结构时必须考虑多种因素，如波浪作用、沉积和当地海洋生物。此外，环境考虑在设计过程中也发挥着重要作用。可持续实践现在被优先考虑，以最小化“潮汐码头”对周围栖息地的生态影响。例如，一些现代码头集成了促进生物多样性的特征，如创建人工礁或在码头边缘种植本地植被。“潮汐码头”的经济影响深远。它们通过为货船提供可靠的停靠设施，促进国际贸易，这对于全球供应链至关重要。配备良好设计的“潮汐码头”的港口可以处理更大数量的货物，从而减少运输时间和成本。这种效率不仅有利于企业，还通过创造就业机会和吸引投资来刺激地方经济。此外，“潮汐码头”还具有娱乐用途。许多沿海城市已经将其滨水区发展成充满活力的公共空间，人们可以在这里享受钓鱼、划船和野餐等活动。这些区域往往成为受欢迎的旅游目的地，进一步促进地方经济。一个设计良好的“潮汐码头”的美学吸引力可以增强滨水区的美丽，使其成为居民和游客的理想去处。然而，建设和维护“潮汐码头”并非没有挑战。气候变化带来了重大风险，因为海平面上升和风暴强度增加威胁着沿海基础设施。工程师和城市规划者必须合作创新解决方案，以保护这些重要结构免受侵蚀和洪水的影响。这可能涉及加固现有码头或重新设计它们以提高抵御极端天气事件的能力。总之，“潮汐码头”的重要性超越了单纯的功能性；它们是贸易、经济和社区生活的组成部分。随着我们继续应对气候变化和城市化带来的挑战，“潮汐码头”的演变将在塑造我们的沿海景观和维持未来几代人的海事活动中发挥关键作用。理解和投资这些结构对于维持人类活动与自然环境之间的微妙平衡至关重要。