storm pavement

简明释义

护坡石

英英释义

例句

1.The construction crew was busy repairing the storm pavement that had been damaged by the last storm.

施工队忙于修复上次暴风雨损坏的暴风雨人行道。

2.The city installed new drainage systems to prevent flooding on the storm pavement during storms.

城市安装了新的排水系统，以防止在暴风雨期间暴风雨人行道上发生洪水。

3.After the heavy rain, the streets were filled with water, making it difficult to walk on the storm pavement.

在大雨过后，街道上积满了水，使得在暴风雨人行道上行走变得困难。

4.During heavy winds, debris can scatter across the storm pavement, creating hazards for pedestrians.

在大风天气中，碎片可能会散落在暴风雨人行道上，给行人带来危险。

5.Children often splash in the puddles formed on the storm pavement after a rainstorm.

孩子们常常在暴风雨后形成的暴风雨人行道上的水坑里溅水。

作文

In urban environments, the term storm pavement refers to specially designed surfaces that manage rainwater runoff effectively. These pavements are not just ordinary concrete or asphalt; they are engineered to allow water to permeate through them, reducing the risk of flooding and improving drainage in cities. The importance of storm pavement becomes evident during heavy rainfall when traditional pavements can lead to puddles, water accumulation, and even urban flooding. By incorporating storm pavement into city planning, municipalities can significantly enhance their resilience against storms and climate change. The concept of storm pavement aligns with sustainable urban development practices. As cities continue to grow, the increased amount of impervious surfaces—like roads and buildings—has led to a dramatic increase in stormwater runoff. This runoff can carry pollutants into local waterways, harming aquatic ecosystems and diminishing water quality. Therefore, implementing storm pavement is not only beneficial for managing water but also for protecting the environment. One of the most common types of storm pavement is permeable concrete, which features a network of voids that allows water to pass through. This innovative material can absorb rainwater, helping to replenish groundwater supplies while minimizing surface runoff. Another option is porous asphalt, which serves a similar purpose but is often used in parking lots and low-traffic areas. Both materials demonstrate how engineering can create solutions that work in harmony with nature rather than against it.Cities around the world are beginning to recognize the value of storm pavement. For instance, in places like Portland, Oregon, and Philadelphia, Pennsylvania, urban planners have integrated these systems into their infrastructure projects. These initiatives not only address immediate water management needs but also promote green spaces within urban areas. Parks and gardens constructed atop storm pavement can serve as both recreational spaces and functional landscapes that help mitigate flooding. Moreover, the aesthetic appeal of storm pavement cannot be overlooked. With various designs and colors available, these pavements can enhance the visual landscape of a city while performing essential functions. This dual benefit makes them an attractive option for community planners looking to improve urban environments. However, the implementation of storm pavement does come with challenges. Initial costs can be higher compared to traditional paving methods, and maintenance is crucial to ensure longevity and effectiveness. Regular cleaning and inspections are necessary to prevent clogging of the permeable surfaces. Yet, the long-term benefits, such as reduced flooding, improved water quality, and increased green space, often outweigh these initial drawbacks.In conclusion, the integration of storm pavement into urban planning is a forward-thinking approach that addresses both environmental and infrastructural challenges. As cities face the growing threat of climate change and extreme weather events, adopting solutions like storm pavement will be vital for sustainable development. By creating surfaces that manage stormwater effectively, we can protect our communities, enhance the urban landscape, and contribute to a healthier planet.

在城市环境中，短语storm pavement指的是专门设计的表面，能够有效管理雨水径流。这些人行道不仅仅是普通的混凝土或沥青；它们经过工程设计，允许水渗透，从而减少洪水风险并改善城市排水。在大雨期间，storm pavement的重要性显而易见，因为传统的人行道可能导致积水、水体聚集，甚至城市洪水。通过在城市规划中引入storm pavement，市政当局可以显著增强其应对风暴和气候变化的韧性。storm pavement的概念与可持续城市发展实践相一致。随着城市不断发展，增加的不透水表面——如道路和建筑物——导致了暴雨径流的显著增加。这种径流可能会将污染物带入当地水道，损害水生生态系统并降低水质。因此，实施storm pavement不仅有利于水管理，还有助于保护环境。最常见的storm pavement类型之一是透水混凝土，它具有允许水通过的孔隙网络。这种创新材料可以吸收雨水，有助于补充地下水，同时减少地表径流。另一个选择是多孔沥青，具有类似的功能，但通常用于停车场和低交通区域。这两种材料展示了工程如何创造与自然和谐共存的解决方案，而不是与之对抗。世界各地的城市开始认识到storm pavement的价值。例如，在俄勒冈州的波特兰和宾夕法尼亚州的费城，城市规划者已将这些系统纳入基础设施项目中。这些倡议不仅解决了直接的水管理需求，还促进了城市地区的绿地建设。建造在storm pavement上的公园和花园既可以作为休闲空间，也可以作为功能性景观，帮助缓解洪水。此外，storm pavement的美学吸引力也不容忽视。由于有多种设计和颜色可供选择，这些人行道可以增强城市的视觉景观，同时执行重要功能。这种双重好处使其成为社区规划者改善城市环境的有吸引力的选择。然而，实施storm pavement确实面临挑战。初期成本可能高于传统铺设方法，维护对于确保耐用性和有效性至关重要。定期清洁和检查是必要的，以防止透水表面的堵塞。然而，长期收益，例如减少洪水、改善水质和增加绿地，往往超过这些初期缺点。总之，将storm pavement纳入城市规划是一种前瞻性的做法，解决了环境和基础设施挑战。随着城市面临气候变化和极端天气事件日益增长的威胁，采用像storm pavement这样的解决方案对于可持续发展至关重要。通过创建有效管理雨水的表面，我们可以保护我们的社区，改善城市景观，并为更健康的地球做出贡献。