dikes

简明释义

英[daɪks]美[daɪks]

堤坝（dike 的复数）

英英释义

单词用法

同义词

反义词

例句

1.A day at a beach on the North Sea. Kathy and Evan see their first dikes.

北海海滩一日游。凯西和艾凡生平第一次看到堤防。

2.The gross pattern of dikes can be duplicated theoretically .

岩脉总体型式可以作理论模拟。

3.The gross pattern of dikes can be duplicated theoretically.

岩脉总体型式可以作理论模似。

4.Thousands of miles of dikes, ulcer in the colony, which is a humble person's authority and challenges.

千里之堤，溃于蚁穴，这是卑微者的威严和挑战。

5.The gabbro dikes are short.

辉长岩岩脉短。

6.Dikes confined the flood water.

堤防挡住了洪水。

7.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。

8.Igneous intrusions such as batholiths, laccoliths, dikes, and sills, push upwards into the overlying rock, and crystallize as they intrude.

岩基、岩盖、岩堤、岩席等火成的侵入物向表层岩石推进，并在入侵过程中结晶。

9.The ancient shell dike is unique in China and one of the three existing large shell dikes in the world.

沿海的古贝壳堤是中国唯一也是世界现存的三大古贝壳堤之一。

10.The engineers built new dikes to protect the farmland from flooding.

工程师们建造了新的堤坝来保护农田免受洪水侵袭。

11.In the Netherlands, many towns are situated behind dikes to prevent sea water from entering.

在荷兰，许多城镇位于堤坝后面，以防止海水进入。

12.After heavy rains, the dikes were tested for their strength and integrity.

大雨过后，堤坝的强度和完整性得到了测试。

13.Farmers rely on dikes to manage water levels in their fields.

农民依赖堤坝来管理他们田地中的水位。

14.The city invested in reinforcing its dikes to combat rising sea levels.

该市投资加固其堤坝以应对海平面上升。

作文

In the realm of environmental engineering and land management, the term dikes refers to long walls or embankments built to prevent the flooding of low-lying areas. These structures are crucial in regions that experience heavy rainfall or are located near bodies of water. The primary function of dikes is to hold back water, ensuring that agricultural lands, residential areas, and critical infrastructure remain safe from inundation. Historically, many civilizations have constructed dikes to reclaim land from the sea or to protect their settlements from floodwaters. For example, the Netherlands is renowned for its extensive system of dikes, which has allowed the country to thrive despite being below sea level in many areas. The construction of dikes involves careful planning and engineering. Engineers must consider the height and width of the dike, the materials used, and the specific hydrological conditions of the area. Additionally, dikes must be regularly maintained and monitored to ensure their integrity over time. Failure to do so can result in catastrophic flooding, as seen in various historical disasters where poorly maintained dikes have failed, leading to loss of life and property. Moreover, dikes play a significant role in managing water resources. They can help control water levels in rivers and lakes, facilitating irrigation and providing water for drinking and industrial use. In some cases, dikes are also integrated with other flood control measures, such as levees and sluice gates, to create a comprehensive flood management system. However, the presence of dikes can have ecological impacts as well. They can alter natural water flow patterns, affecting local ecosystems and wildlife habitats. It is essential for environmentalists and engineers to work together to minimize these impacts while still providing the necessary flood protection. Innovative solutions, such as creating green spaces or wetlands near dikes, can help mitigate some of these effects by allowing for natural water absorption and providing habitats for various species. In conclusion, dikes are vital structures in flood prevention and water management. Their importance cannot be overstated, especially in areas prone to flooding. As climate change continues to affect weather patterns and sea levels, the need for effective flood management strategies, including the construction and maintenance of dikes, will only increase. Understanding the functions and implications of dikes is crucial for sustainable development and environmental stewardship. Through careful design and management, we can ensure that dikes serve their purpose without compromising the health of our ecosystems or communities.

在环境工程和土地管理领域，术语dikes指的是建造的长墙或堤坝，用于防止低洼地区的洪水。这些结构在经历大量降雨或位于水体附近的地区至关重要。dikes的主要功能是抵御水流，确保农业用地、居民区和关键基础设施免受淹没。历史上，许多文明都建造了dikes以从海洋中回收土地或保护其定居点免受洪水。例如，荷兰因其广泛的dikes系统而闻名，这使得这个国家尽管许多地区低于海平面，仍然能够繁荣发展。 Dikes的建设涉及仔细的规划和工程设计。工程师必须考虑dike的高度和宽度、所用材料以及该地区的特定水文条件。此外，dikes还必须定期维护和监测，以确保其长期的完整性。如果未能做到这一点，可能会导致灾难性的洪水，正如历史上各种灾难所示，维护不善的dikes出现故障，导致生命和财产的损失。 此外，dikes在水资源管理中也发挥着重要作用。它们可以帮助控制河流和湖泊的水位，促进灌溉并提供饮用水和工业用水。在某些情况下，dikes还与其他洪水控制措施（如堤防和闸门）结合使用，以创建全面的洪水管理系统。 然而，dikes的存在也可能对生态产生影响。它们可能改变自然水流模式，影响当地生态系统和野生动物栖息地。因此，环境保护者和工程师必须共同努力，最大限度地减少这些影响，同时仍然提供必要的洪水保护。创新的解决方案，例如在dikes附近创建绿地或湿地，可以通过允许自然水分吸收和为各种物种提供栖息地来帮助缓解一些这些影响。 总之，dikes是防洪和水资源管理的重要结构。它们的重要性不容小觑，特别是在易受洪水影响的地区。随着气候变化继续影响天气模式和海平面，对有效洪水管理策略的需求，包括dikes的建设和维护，将只会增加。理解dikes的功能和影响对于可持续发展和环境管理至关重要。通过精心的设计和管理，我们可以确保dikes履行其目的，同时不危害我们的生态系统或社区的健康。