quarrying rock breakwater

简明释义

石砌防波堤

英英释义

例句

1.During the storm, the quarrying rock breakwater effectively reduced wave energy and protected the nearby beach.

在风暴期间，采石场岩石防波堤有效地减少了波浪能量，保护了附近的海滩。

2.The local government approved the project to build a quarrying rock breakwater for enhancing coastal resilience.

地方政府批准了建设采石场岩石防波堤以增强沿海韧性的项目。

3.To protect the harbor from strong waves, engineers designed a quarrying rock breakwater that could withstand severe weather conditions.

为了保护港口免受强浪的侵袭，工程师设计了一种能够承受恶劣天气条件的采石场岩石防波堤。

4.Workers spent weeks assembling the quarrying rock breakwater to ensure it was stable and secure.

工人们花了几周时间组装采石场岩石防波堤，以确保其稳定和安全。

5.The construction team used a large crane to lift the quarrying rock breakwater into place along the shoreline.

施工队使用大型起重机将采石场岩石防波堤吊装到海岸线旁。

作文

The construction of coastal defenses has become increasingly important in recent years due to the rising sea levels and extreme weather conditions caused by climate change. One effective method of constructing these defenses is through the use of a quarrying rock breakwater, which serves as a barrier to protect shorelines from the erosive forces of waves and storms. A quarrying rock breakwater (采石岩防波堤) is typically made from large, heavy rocks that are sourced from quarries, hence the name. These structures not only provide protection but also create habitats for marine life, making them beneficial for both human activities and ecological balance.The process of building a quarrying rock breakwater begins with the careful selection of a site along the coastline where erosion is most severe. Engineers and environmental scientists work together to assess the area’s needs and determine the appropriate size and shape of the breakwater. Once the design is finalized, the next step involves quarrying the necessary rocks. This is a crucial stage because the rocks must be durable and capable of withstanding harsh marine conditions.The quarrying process involves extracting large boulders from the earth, ensuring that they meet specific standards for size and weight. These rocks are then transported to the construction site. The placement of the rocks is executed with precision; they are arranged in a manner that maximizes their effectiveness in dissipating wave energy. As waves crash against the quarrying rock breakwater (采石岩防波堤), the structure absorbs and deflects the force, reducing the impact on the shoreline behind it.In addition to their protective function, quarrying rock breakwaters can also enhance local ecosystems. The spaces between the rocks can serve as habitats for various marine organisms, such as fish, crabs, and seaweed. This biodiversity not only contributes to a healthier marine environment but can also boost local fishing industries, providing economic benefits to coastal communities.However, the construction of quarrying rock breakwaters is not without its challenges. Environmental concerns regarding the disruption of marine habitats during the quarrying process must be addressed. Sustainable quarrying practices are essential to minimize the ecological footprint of these projects. Additionally, the long-term maintenance of breakwaters is necessary, as they can be subject to wear and tear over time due to constant wave action.In conclusion, the use of quarrying rock breakwaters (采石岩防波堤) represents a vital strategy in coastal management. They provide essential protection against erosion while also supporting marine life. As we continue to face the challenges posed by climate change, investing in sustainable coastal infrastructure will be critical. By understanding the importance of quarrying rock breakwaters, we can better appreciate their role in protecting our shorelines and enhancing the resilience of coastal ecosystems.

沿海防御工程的建设在近年来变得越来越重要，这是由于气候变化导致的海平面上升和极端天气条件。通过使用quarrying rock breakwater（采石岩防波堤）作为障碍物来保护海岸线免受波浪和风暴的侵蚀力量，这是一种有效的构建这些防御的方法。quarrying rock breakwater通常由从采石场获得的大块重岩石构成，因此得名。这些结构不仅提供保护，还为海洋生物创造栖息地，使其对人类活动和生态平衡都有益。建设quarrying rock breakwater的过程始于沿海岸线选择一个侵蚀最严重的地点。工程师和环境科学家共同合作评估该地区的需求，并确定防波堤的适当大小和形状。一旦设计最终确定，下一步就是采石所需的岩石。这是一个关键阶段，因为岩石必须耐用，能够承受恶劣的海洋条件。采石过程涉及从地球中提取大块岩石，确保它们符合特定的大小和重量标准。这些岩石随后被运输到施工现场。岩石的放置需要精确执行；它们以最大化消散波能的方式排列。当波浪冲击quarrying rock breakwater（采石岩防波堤）时，结构吸收并偏转了力量，减少了对其后方海岸线的影响。除了保护功能外，quarrying rock breakwaters还可以增强当地生态系统。岩石之间的空间可以为各种海洋生物提供栖息地，例如鱼类、螃蟹和海藻。这种生物多样性不仅有助于更健康的海洋环境，还可以促进当地渔业，为沿海社区提供经济利益。然而，建设quarrying rock breakwaters并非没有挑战。必须解决有关采石过程中对海洋栖息地干扰的环境问题。可持续的采石实践对于最小化这些项目的生态足迹至关重要。此外，防波堤的长期维护也是必要的，因为它们可能会因不断的波浪作用而受到磨损。总之，使用quarrying rock breakwaters（采石岩防波堤）代表了沿海管理中的一种重要策略。它们提供了对抗侵蚀的基本保护，同时也支持海洋生物。随着我们继续面临气候变化带来的挑战，投资于可持续的沿海基础设施将是至关重要的。通过理解quarrying rock breakwaters的重要性，我们可以更好地欣赏它们在保护我们海岸线和增强沿海生态系统韧性方面的作用。