dike wall

简明释义

1. 石墙; 2. 墙状脊;

英英释义

例句

1.During the flood, the dike wall held strong against the rising waters.

在洪水期间，堤坝抵挡住了上涨的水位。

2.The engineers inspected the dike wall to ensure it was structurally sound.

工程师检查了堤坝以确保其结构安全。

3.The city council allocated funds for repairing the aging dike wall.

市议会拨款修复老化的堤坝。

4.They built a new dike wall to protect the farmland from erosion.

他们修建了一道新的堤坝以保护农田免受侵蚀。

5.Residents were relieved when the dike wall successfully diverted the floodwaters.

居民们松了一口气，因为堤坝成功地引导了洪水。

作文

The concept of a dike wall is crucial in understanding how communities protect themselves from flooding and water-related disasters. A dike wall is essentially a barrier constructed to prevent water from overflowing into areas that are prone to flooding. These structures are often built along rivers, lakes, and coastal areas to provide a safeguard against high water levels. In many regions around the world, particularly those with significant rainfall or near large bodies of water, dike walls play an essential role in urban planning and disaster management.Historically, the construction of dike walls dates back centuries. Ancient civilizations recognized the importance of managing water flow to ensure agricultural productivity and protect settlements. For instance, the famous dikes of the Netherlands were developed to reclaim land from the sea and to protect the low-lying areas from flooding. This engineering feat has allowed the Dutch to thrive in a landscape that would otherwise be inhospitable due to the threat of water inundation.In modern times, the design and construction of dike walls have become more advanced. Engineers use various materials such as earth, concrete, and stone to create robust barriers that can withstand significant water pressure and erosion. The height and structure of a dike wall are determined based on historical flood data and projected climate change impacts. As global warming leads to rising sea levels and increased rainfall, the importance of well-designed dike walls becomes even more pronounced.The effectiveness of a dike wall is not solely dependent on its physical structure; it also requires regular maintenance and monitoring. Vegetation growth, erosion, and sediment buildup can compromise the integrity of these barriers. Therefore, local authorities must be vigilant in maintaining the dike walls to ensure they continue to serve their purpose effectively. Community involvement is also vital, as residents living near these structures can provide valuable insights into their condition and any potential risks.Moreover, the presence of dike walls can influence local ecosystems. While they provide protection for human settlements, they can disrupt natural water flow and affect wildlife habitats. It is crucial for planners and environmentalists to strike a balance between human safety and ecological preservation. Innovative solutions, such as creating green spaces or wildlife corridors alongside dike walls, can help mitigate negative impacts while still providing necessary flood protection.In conclusion, dike walls are more than just physical barriers; they represent a critical component of our infrastructure that helps safeguard communities from the devastating effects of flooding. Understanding their significance, history, and the ongoing challenges they face is essential for effective water management and disaster preparedness. As climate change continues to pose new threats, investing in and improving dike walls will be vital for the resilience of vulnerable regions worldwide.

“堤坝”这个概念对于理解社区如何保护自己免受洪水和水灾害至关重要。堤坝本质上是为了防止水溢出到易受洪水影响的区域而建造的屏障。这些结构通常建在河流、湖泊和沿海地区，以提供对抗高水位的保护。在世界许多地区，尤其是降雨量大或靠近大水体的地区，堤坝在城市规划和灾害管理中发挥着重要作用。历史上，堤坝的建设可以追溯到几个世纪以前。古代文明认识到管理水流的重要性，以确保农业生产力和保护定居点。例如，荷兰著名的堤坝就是为了从海洋中恢复土地并保护低洼地区免受洪水而开发的。这一工程壮举使得荷兰人在一个否则因水淹没而不适宜居住的地形中繁荣发展。在现代，堤坝的设计和建造变得更加先进。工程师们使用土壤、混凝土和石材等各种材料来构建坚固的屏障，以承受显著的水压和侵蚀。堤坝的高度和结构是根据历史洪水数据和预期气候变化影响来确定的。随着全球变暖导致海平面上升和降雨量增加，设计良好的堤坝的重要性变得更加明显。堤坝的有效性不仅取决于其物理结构；它还需要定期维护和监测。植被生长、侵蚀和沉积物堆积可能会危及这些屏障的完整性。因此，当地当局必须保持对堤坝的警惕，以确保它们继续有效地发挥作用。社区参与也至关重要，因为生活在这些结构附近的居民可以提供有关其状况和潜在风险的宝贵见解。此外，堤坝的存在可能会影响当地生态系统。虽然它们为人类定居点提供保护，但它们也可能干扰自然水流并影响野生动物栖息地。因此，规划者和环保人士必须在保护人类安全和生态保护之间找到平衡。创新的解决方案，例如在堤坝旁边创建绿地或野生动物走廊，可以帮助减轻负面影响，同时仍然提供必要的洪水保护。总之，堤坝不仅仅是物理屏障；它们代表了我们基础设施的重要组成部分，帮助保护社区免受洪水的破坏性影响。理解它们的重要性、历史以及面临的持续挑战对于有效的水管理和灾害准备至关重要。随着气候变化不断带来新的威胁，投资和改善堤坝对于全球脆弱地区的韧性将至关重要。