fascine dike

简明释义

柴捆护堤

英英释义

例句

1.To enhance biodiversity, the park implemented a fascine dike that supports various plant species.

为了增强生物多样性，公园实施了一个支持多种植物的灌木堤。

2.The engineers decided to reinforce the riverbank using a fascine dike to prevent erosion.

工程师们决定使用灌木堤来加固河岸，以防止侵蚀。

3.After observing the river's behavior, they opted for a fascine dike instead of traditional concrete barriers.

在观察到河流的行为后，他们选择了灌木堤而不是传统的混凝土挡墙。

4.The construction crew built a fascine dike along the shoreline to protect the beach from storm surges.

施工队在海岸线上建造了一个灌木堤，以保护海滩免受风暴潮的侵袭。

5.During the flood, the fascine dike served as an effective barrier against the rising water levels.

在洪水期间，灌木堤作为抵御水位上升的有效屏障。

作文

The concept of a fascine dike is an essential one in the field of civil engineering and environmental management. A fascine dike refers to a type of embankment or barrier that is constructed using bundles of sticks or branches, known as fascines. This method has been employed for centuries to control erosion, manage water flow, and protect shorelines from the damaging effects of waves and currents.Historically, fascine dikes were used by various cultures around the world, particularly in regions prone to flooding or coastal erosion. The construction of these dikes involves placing bundles of vegetation in a strategic manner to form a barrier. Over time, the natural growth of plants and the accumulation of sediment help to strengthen the structure, making it more effective at retaining soil and preventing erosion.One of the primary advantages of using a fascine dike is its eco-friendliness. Unlike traditional hard structures made of concrete or steel, fascine dikes utilize natural materials that blend seamlessly into the environment. This not only helps to preserve the natural landscape but also provides habitat for wildlife. Additionally, as the vegetation grows, it enhances the dike's effectiveness by increasing its stability and resilience against water forces.The construction process of a fascine dike is relatively simple and can often be carried out with minimal machinery. Workers gather local plant materials, such as willow or other flexible branches, and bind them together into bundles. These bundles are then placed in a trench or along the shoreline, where they will be anchored by soil and additional plantings. As the dike matures, the roots of the plants intertwine, creating a robust barrier that can withstand significant environmental pressures.In recent years, the importance of fascine dikes has gained renewed attention due to the increasing threats posed by climate change. Rising sea levels and more frequent extreme weather events have made traditional coastal defenses less effective. As a result, engineers and environmentalists are exploring more sustainable options, including the use of fascine dikes, to protect vulnerable areas.Moreover, the implementation of fascine dikes aligns with principles of natural engineering, which emphasize working with nature rather than against it. Projects that incorporate these dikes often see improved biodiversity, enhanced ecosystem services, and greater community engagement in environmental stewardship. By involving local communities in the planning and construction processes, these projects foster a sense of ownership and responsibility towards the local environment.In conclusion, the fascine dike represents a harmonious blend of engineering and ecology. Its ability to provide effective erosion control while promoting biodiversity makes it a valuable tool in the fight against environmental degradation. As we continue to face the challenges of climate change and habitat loss, the adoption of innovative and sustainable practices like the fascine dike will be crucial for the preservation of our natural landscapes and the well-being of future generations.

“fascine dike”这一概念在土木工程和环境管理领域中至关重要。“fascine dike”指的是一种使用捆绑的树枝或树干（称为fascines）构建的堤坝或屏障。这种方法被用于控制侵蚀、管理水流以及保护海岸线免受波浪和水流破坏的影响，已经有几个世纪的历史。历史上，“fascine dikes”被世界各地的不同文化使用，特别是在易受洪水或海岸侵蚀的地区。这些堤坝的建造涉及将植物捆绑以战略性方式放置，以形成屏障。随着时间的推移，植物的自然生长和沉积物的积累有助于增强结构的强度，使其在保持土壤和防止侵蚀方面更有效。使用“fascine dike”的主要优点之一是其生态友好性。与传统的混凝土或钢铁结构不同，fascine dikes利用自然材料，与环境无缝融合。这不仅有助于保护自然景观，还为野生动物提供栖息地。此外，随着植被的生长，它增强了堤坝的有效性，提高了其稳定性和抵御水力的能力。“fascine dike”的建造过程相对简单，通常可以用最少的机械设备进行。工人们收集当地植物材料，如柳树或其他柔韧的树枝，并将它们捆绑成束。这些束然后被放置在沟渠或沿海岸线上，通过土壤和额外的植物固定。随着堤坝的成熟，植物的根系交错，形成一个强大的屏障，可以承受显著的环境压力。近年来，由于气候变化带来的日益威胁，“fascine dikes”的重要性得到了重新关注。海平面上升和极端天气事件的频繁发生使传统的海岸防御措施效果降低。因此，工程师和环境学家正在探索更可持续的选择，包括使用fascine dikes来保护脆弱区域。此外，实施“fascine dike”符合自然工程的原则，强调与自然协同而非对抗。采用这些堤坝的项目通常会看到生物多样性改善、生态系统服务增强，以及社区在环境保护中的更大参与。通过让当地社区参与规划和建设过程，这些项目促进了对当地环境的归属感和责任感。总之，“fascine dike”代表了工程与生态的和谐结合。它在提供有效的侵蚀控制的同时促进生物多样性，使其成为应对环境退化的宝贵工具。随着我们继续面临气候变化和栖息地丧失的挑战，采用像“fascine dike”这样的创新和可持续实践对于保护我们的自然景观以及未来几代人的福祉至关重要。