tide gate

简明释义

潮闸

英英释义

例句

1.The city installed a new tide gate to prevent flooding during high tides.

城市安装了一个新的潮汐闸门以防止在高潮期间发生洪水。

2.After heavy rains, the tide gate was opened to let excess water flow out.

在大雨后，打开了潮汐闸门以让多余的水流出。

3.Local fishermen rely on the tide gate to regulate fish populations.

当地渔民依靠潮汐闸门来调节鱼类种群。

4.The tide gate helps maintain the water level in the estuary.

这个潮汐闸门有助于维持河口的水位。

5.During the storm, we checked if the tide gate was functioning properly.

在暴风雨期间，我们检查了潮汐闸门是否正常工作。

作文

The coastal regions of the world are often subject to the natural rhythms of the ocean, particularly the rise and fall of tides. To manage the impact of these tides on human activities and infrastructure, various engineering solutions have been developed. One such solution is the tide gate, a crucial structure that plays a significant role in controlling water flow between bodies of water and the land. Understanding the function and importance of a tide gate can provide insights into coastal management and environmental conservation.A tide gate is essentially a barrier that allows water to flow in one direction while preventing it from flowing back. This is particularly important in areas where rivers meet the sea or where estuaries exist. During high tide, the tide gate opens to allow seawater to enter, but when the tide recedes, it closes to keep the saltwater out and protect freshwater habitats. This mechanism is vital for maintaining the ecological balance in coastal regions, as it helps to prevent saltwater intrusion into freshwater systems, which can be detrimental to local flora and fauna.In addition to its ecological benefits, a tide gate serves an essential function in flood prevention. Coastal communities are often at risk of flooding during storm surges or exceptionally high tides. By regulating the flow of water, a tide gate can mitigate the impact of these events, safeguarding homes and infrastructure from potential damage. This protective aspect makes tide gates an integral part of urban planning in coastal areas.The design and construction of a tide gate require careful consideration of various factors, including local tidal patterns, water levels, and the specific needs of the surrounding environment. Engineers must ensure that the tide gate can withstand the forces exerted by the ocean while also functioning effectively throughout the changing tides. In some cases, advanced technologies are employed to enhance the performance of these structures, such as automated systems that can respond to real-time water levels.Moreover, the presence of a tide gate can have socio-economic implications. By protecting agricultural lands from saltwater intrusion, it supports local farming practices and helps sustain livelihoods. Additionally, areas with effective tide gates may experience increased property values due to reduced flood risk, making them more attractive to potential residents and investors.However, the implementation of tide gates is not without challenges. There can be ecological trade-offs, as altering the natural flow of water may impact fish migration patterns and sediment transport. Therefore, it is crucial for environmental assessments to accompany the planning and installation of tide gates to ensure that they do not negatively affect the local ecosystem.In conclusion, the tide gate is a vital component of coastal management strategies. It plays a critical role in protecting both human settlements and natural ecosystems from the effects of tidal fluctuations. As climate change continues to influence sea levels and weather patterns, the importance of tide gates will likely grow, necessitating ongoing research and innovation in their design and implementation. By understanding the significance of tide gates, we can better appreciate the complexities of managing our coastlines and protecting the environments that depend on them.

世界沿海地区常常受到海洋自然节奏的影响，特别是潮汐的涨落。为了管理这些潮汐对人类活动和基础设施的影响，各种工程解决方案应运而生。其中一种解决方案就是潮汐闸门，这是一种重要结构，在控制水流在水体与陆地之间的流动方面发挥着重要作用。理解潮汐闸门的功能和重要性可以为海岸管理和环境保护提供见解。潮汐闸门本质上是一种障碍物，允许水向一个方向流动，同时防止水流回去。这在河流入海或存在河口的地区尤其重要。在高潮期间，潮汐闸门打开，以允许海水进入，但当潮水退去时，它关闭以阻止盐水进入，从而保护淡水栖息地。这一机制对于维持沿海地区的生态平衡至关重要，因为它有助于防止盐水入侵淡水系统，这对当地植物和动物可能是有害的。除了生态利益外，潮汐闸门在防洪方面也起着重要作用。沿海社区在风暴潮或异常高的潮汐期间，常常面临洪水风险。通过调节水流，潮汐闸门可以减轻这些事件的影响，保护房屋和基础设施免受潜在损害。这一保护特性使得潮汐闸门成为沿海地区城市规划的重要组成部分。潮汐闸门的设计和建造需要仔细考虑各种因素，包括当地潮汐模式、水位以及周围环境的具体需求。工程师必须确保潮汐闸门能够承受海洋施加的力量，同时在变化的潮汐中有效运作。在某些情况下，采用先进技术来增强这些结构的性能，例如自动化系统，可以实时响应水位变化。此外，潮汐闸门的存在可能对社会经济产生影响。通过保护农田免受盐水入侵，它支持当地农业实践并帮助维持生计。此外，拥有有效潮汐闸门的地区，由于减少了洪水风险，可能会经历财产价值的提升，使其对潜在居民和投资者更具吸引力。然而，实施潮汐闸门并非没有挑战。改变水流的自然状态可能会影响鱼类迁徙模式和沉积物运输，因此，在潮汐闸门的规划和安装过程中，进行环境评估至关重要，以确保其不会对当地生态系统产生负面影响。总之，潮汐闸门是沿海管理策略的重要组成部分。它在保护人类定居点和自然生态系统免受潮汐波动影响方面发挥着关键作用。随着气候变化继续影响海平面和天气模式，潮汐闸门的重要性可能会增加，因此需要在其设计和实施方面进行持续研究和创新。通过理解潮汐闸门的意义，我们可以更好地理解管理海岸线和保护依赖于这些环境的生态的复杂性。