embankments

简明释义

英[ɪmˈbæŋkmənts]美[ɪmˈbæŋkmənts]

[交] 路堤

英英释义

单词用法

同义词

反义词

例句

1.The theory of overall evaluation conducted by multi-dimensional gray system has put forward an evaluation method for hidden danger of embankments.

采用多维灰色系统综合评估理论提出了对堤防隐患的评估方法。

2.These tiny debris - flow deposits formed on freshly excavated embankments of the California Aqueduct .

这些细小的泥石流沉积是在新开凿的加利福尼亚渠的大堤上形成的。

3.It is a theatrical response to the majestic nature of the Waal River, the floodplain and the two embankments.

这是对瓦尔河、河滩和两个堤坝的雄伟的自然景观的戏剧性回应。

4.The theory of overall evaluation conducted by multi-dimensional gray system has put forward an evaluation method for hidden danger of embankments.

采用多维灰色系统综合评估理论提出了对堤防隐患的评估方法。

5.Fill material shall not be stockpiled on embankments without the express permission of the Engineer.

填充材料不得储存在河堤没有明确许可的工程师。

6.Hundreds of thousands of people were evacuated as the river level rose and broke through waterlogged dikes and embankments.

成千上万人因水位上涨和堤坝浸水而疏散。

7.The embankments are solid enough to prevent the river from encroaching on the surrounding countryside.

河堤非常坚固，足以防止河水侵蚀沿河农村的土地。

8.To take charge of the administration and protection of municipal water courses, reservoirs, lakes and embankments;

负责本市河道、水库、湖泊、堤防的管理与保护工作；

9.The city constructed new embankments to prevent flooding during the rainy season.

城市修建了新的堤岸以防止雨季期间的洪水。

10.Farmers often build embankments around their fields to protect crops from water runoff.

农民常常在他们的田地周围修建堤岸以保护作物免受水流的冲刷。

11.The riverbanks were reinforced with embankments to avoid erosion.

河岸用堤岸加固，以避免侵蚀。

12.During the construction of the highway, large embankments were created to support the road.

在高速公路建设期间，修建了大型堤岸来支撑道路。

13.The park features walking trails along the embankments of the river.

公园沿着河流的堤岸设有步道。

作文

In many parts of the world, the construction of embankments has played a crucial role in managing water flow and preventing flooding. These structures, which are essentially raised banks or walls made of earth, stone, or other materials, serve as barriers to control the movement of water in rivers, lakes, and coastal areas. The significance of embankments extends beyond mere flood prevention; they also contribute to agricultural development, transportation, and urban planning. Historically, civilizations have utilized embankments for thousands of years. Ancient Egyptians constructed them along the Nile River to protect their crops from seasonal floods, while the Dutch are famous for their intricate system of dikes and embankments that reclaim land from the sea. These examples illustrate how human ingenuity has harnessed natural landscapes to create safer and more productive environments. In modern times, the design and construction of embankments have evolved significantly. Engineers now employ advanced techniques and materials to ensure the durability and effectiveness of these structures. For instance, in areas prone to severe weather events, such as hurricanes or heavy rainfall, embankments are often reinforced with concrete or steel to withstand the forces of nature. Additionally, the integration of vegetation into the design can enhance stability and provide ecological benefits. The environmental impact of embankments cannot be overlooked. While they are essential for flood control, poorly designed or maintained embankments can disrupt natural ecosystems, alter sediment transport, and affect water quality. It is vital for planners and engineers to consider these factors when designing new embankments. Sustainable practices, such as creating wildlife corridors and using native plants for stabilization, can help mitigate negative effects on the environment. Furthermore, embankments can serve multiple purposes within communities. Beyond flood protection, they can be transformed into recreational spaces, such as parks and walking paths. This dual functionality not only enhances the quality of life for residents but also fosters a sense of community. For example, cities like New Orleans have developed waterfront areas that incorporate embankments as part of their urban landscape, allowing residents to enjoy the beauty of the river while remaining safe from flooding. In conclusion, embankments are vital structures that play an essential role in flood management and environmental sustainability. Their historical significance and modern applications highlight the importance of thoughtful design and maintenance. As climate change continues to pose challenges related to water management, the role of embankments will likely become even more critical in safeguarding communities and preserving ecosystems. By embracing innovative approaches and sustainable practices, we can ensure that embankments remain effective tools for protecting both people and the environment for generations to come.

在世界许多地方，堤坝的建设在管理水流和防止洪水方面发挥了至关重要的作用。这些结构本质上是由土壤、石头或其他材料制成的高地或墙壁，作为控制河流、湖泊和沿海地区水流动的屏障。堤坝的重要性不仅仅局限于洪水预防；它们还促进了农业发展、交通运输和城市规划。 历史上，文明已经利用堤坝数千年。古埃及人在尼罗河沿岸建造堤坝，以保护他们的农作物免受季节性洪水的侵害，而荷兰以其复杂的堤坝和堤坝系统而闻名，这些系统从海洋中回收土地。这些例子说明了人类的聪明才智如何利用自然景观创造更安全、更富有生产力的环境。 在现代，堤坝的设计和建设发生了显著变化。工程师现在采用先进的技术和材料，以确保这些结构的耐久性和有效性。例如，在易受严重天气事件（如飓风或强降雨）影响的地区，堤坝通常会用混凝土或钢材加固，以抵御自然力量。此外，将植被融入设计中可以增强稳定性并提供生态效益。 堤坝对环境的影响不容忽视。虽然它们对于洪水控制至关重要，但设计不当或维护不善的堤坝可能会破坏自然生态系统，改变沉积物运输，并影响水质。因此，规划者和工程师在设计新的堤坝时必须考虑这些因素。可持续实践，例如创建野生动物走廊和使用本地植物进行稳定，可以帮助减轻对环境的负面影响。 此外，堤坝可以在社区中发挥多重作用。除了防洪，它们还可以转变为休闲空间，例如公园和步道。这种双重功能不仅提高了居民的生活质量，还培养了社区意识。例如，新奥尔良等城市开发了将堤坝纳入城市景观的滨水区，使居民能够在安全防洪的同时享受河流的美丽。 总之，堤坝是至关重要的结构，在洪水管理和环境可持续性方面发挥着重要作用。它们的历史意义和现代应用突显了深思熟虑的设计和维护的重要性。随着气候变化继续对水管理带来挑战，堤坝的作用可能在保护社区和生态系统方面变得更加关键。通过采用创新的方法和可持续的做法，我们可以确保堤坝继续作为保护人类和环境的有效工具，为子孙后代服务。