traffic density

简明释义

通航密度

英英释义

例句

1.High traffic density 交通密度 can lead to longer travel times and increased frustration for drivers.

高交通密度 交通密度可能导致更长的旅行时间和司机的挫败感增加。

2.The city implemented new traffic lights to manage the high traffic density 交通密度 during rush hour.

城市实施了新的交通信号灯，以管理高峰时段的高交通密度 交通密度。

3.The app provides real-time updates on traffic density 交通密度 to help users avoid congested areas.

该应用程序提供有关交通密度 交通密度的实时更新，以帮助用户避免拥堵区域。

4.Drivers should be aware of the traffic density 交通密度 on major highways before planning their route.

司机在规划路线之前应该注意主要高速公路上的交通密度 交通密度。

5.During weekends, the traffic density 交通密度 near the shopping mall increases significantly.

周末时，购物中心附近的交通密度 交通密度显著增加。

作文

Traffic density plays a significant role in the overall functioning of urban areas. It refers to the number of vehicles on a given stretch of road at a specific time, often expressed as vehicles per mile or per kilometer. High traffic density (交通密度) can lead to congestion, making it difficult for drivers to navigate and increasing travel times. This phenomenon is particularly evident during rush hours when commuters are heading to and from work. As cities continue to grow, understanding traffic density (交通密度) becomes increasingly crucial for urban planning and transportation management.One of the primary challenges associated with high traffic density (交通密度) is the environmental impact. Increased vehicle emissions contribute to air pollution, which poses health risks to residents. Furthermore, congested roads can lead to higher fuel consumption, exacerbating the problem of climate change. To combat these issues, city planners must consider strategies that can help reduce traffic density (交通密度), such as promoting public transportation, carpooling, and cycling.Public transportation systems, when efficient and accessible, can significantly alleviate traffic density (交通密度). Cities that invest in comprehensive transit networks, including buses, subways, and trams, provide residents with viable alternatives to driving. This not only reduces the number of vehicles on the road but also promotes a more sustainable lifestyle. For example, cities like Amsterdam and Copenhagen have successfully implemented cycling infrastructure, encouraging residents to use bicycles instead of cars, thereby reducing traffic density (交通密度) and improving air quality.Moreover, technology plays a pivotal role in managing traffic density (交通密度). With the advent of smart traffic management systems, cities can monitor real-time traffic conditions and make data-driven decisions to improve flow. Traffic lights can be adjusted based on current conditions, and information can be provided to drivers about alternative routes to avoid congested areas. Such innovations not only enhance the efficiency of road networks but also contribute to a reduction in traffic density (交通密度).In addition to these measures, public awareness campaigns can educate citizens about the impacts of traffic density (交通密度) and encourage them to adopt more sustainable transportation habits. By highlighting the benefits of using public transport or carpooling, cities can foster a culture of shared mobility. Schools and workplaces can also promote flexible working hours to stagger commute times, further easing traffic density (交通密度) during peak hours.In conclusion, traffic density (交通密度) is a critical factor influencing urban living and environmental sustainability. Addressing the challenges posed by high traffic density (交通密度) requires a multifaceted approach that includes improving public transportation, leveraging technology, and fostering community awareness. As cities evolve, prioritizing solutions that reduce traffic density (交通密度) will be essential for creating more livable and sustainable urban environments.

交通密度在城市区域的整体运作中扮演着重要角色。它指的是在特定时间内某段道路上的车辆数量，通常以每英里或每公里的车辆数来表示。高交通密度（交通密度）会导致拥堵，使驾驶者难以通行并增加旅行时间。这种现象在高峰时段尤为明显，当通勤者上下班时，尤其如此。随着城市的不断发展，理解交通密度（交通密度）对城市规划和交通管理变得越来越重要。与高交通密度（交通密度）相关的主要挑战之一是环境影响。车辆排放的增加导致空气污染，对居民的健康构成威胁。此外，拥堵的道路可能导致燃料消耗增加，加剧气候变化问题。为了应对这些问题，城市规划者必须考虑能够帮助减少交通密度（交通密度）的策略，例如促进公共交通、拼车和骑行。当公共交通系统高效且可及时，它可以显著缓解交通密度（交通密度）。投资于综合交通网络，包括公交车、地铁和有轨电车的城市，为居民提供了可行的替代驾车的选择。这不仅减少了路上的车辆数量，还促进了更可持续的生活方式。例如，阿姆斯特丹和哥本哈根等城市成功实施了骑行基础设施，鼓励居民使用自行车而不是汽车，从而减少了交通密度（交通密度）并改善了空气质量。此外，技术在管理交通密度（交通密度）方面也发挥着重要作用。随着智能交通管理系统的出现，城市能够实时监控交通状况，并做出基于数据的决策以改善交通流量。交通信号灯可以根据当前情况进行调整，向驾驶者提供有关替代路线的信息，以避免拥堵区域。这些创新不仅提高了道路网络的效率，还有助于减少交通密度（交通密度）。除了这些措施，公众意识活动可以教育市民有关交通密度（交通密度）的影响，并鼓励他们采取更可持续的交通习惯。通过突出使用公共交通或拼车的好处，城市可以培养共享出行的文化。学校和工作场所还可以推广灵活的工作时间，以错开通勤时间，进一步缓解高峰时段的交通密度（交通密度）。总之，交通密度（交通密度）是影响城市生活和环境可持续性的关键因素。解决高交通密度（交通密度）带来的挑战需要一种多方面的方法，包括改善公共交通、利用技术和促进社区意识。随着城市的发展，优先考虑减少交通密度（交通密度）的解决方案将对创造更宜居和可持续的城市环境至关重要。