基辅的空气质量监测系统

V. Radovenchyk, O. Ivanenko, T. Krysenko, Yaroslav Radovenchyk
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引用次数: 0

摘要

人为对环境的影响每年都在增加。它使人类和其他生物的生存条件恶化,并导致全球环境危机。大气对各种过程比环境的其他组成部分进展更强烈的影响特别敏感。基辅是乌克兰污染水平最高的城市之一。为了作出改善空气质素所需的管理决策,我们需要有关空气污染程度、污染物及其形成来源、随时间变化等的详细资料。在发达国家,这些职能由不同的国家污染监测系统执行,这些系统是自动化和计算机化的,并显示实时信息。今天,乌克兰的国家环境监测系统才刚刚形成,因此重要的是确定其发展最可接受的领域。北京应该成为其他城市的榜样。因此,现代环境监测系统应成为当前城市管理的主要优先事项之一。今天,首都的空气质量监测由几个实体进行。通常,主要的监测组织是中央地球物理观测站(CGO),它在基辅有16个监测点,并在其网站上公布了一些(25%)获得的信息。非政府组织提供的资料的一个重要优点是它符合乌克兰的现行条例。这些信息包括所有必要的污染物。今天,CGO拥有最详细的长期空气质量信息。过去几年的特点是在首都密集发展私人空气质量监测系统:LUN City, Save Dnipro, air Visual, luftdaten.info等。他们属于不同的组织,对城市有足够的覆盖,但仅通过1-10 μ m颗粒的含量来分析空气质量,这不足以对空气污染进行完整的分析和评估。大多数这些监控系统更像是广告,或者是由公民自己设计的观察哨网络。因此,这种系统不能被认为是成熟的空气质量监测系统。几年前,基辅城市国家管理局决定在首都建立一个现代化的开放资源自动空气质量监测系统。今天已经设立了四个观察哨。这些站点与欧洲目前的空气监测水平相对应,并提供有关空气污染水平的实时详细信息。根据基辅城市国家管理局的计划,首都的空气质量监测系统可能会通过建立新的现代化观察站来发展,特别是如果它将来不商业化或私有化的话。
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Air quality monitoring systems in Kyiv
Anthropogenic impact on the environment is growing every year. It deteriorates the living conditions of humans and other organisms and leads to global environmental crises. The atmosphere is especially sensitive to the influences in which processes progress more intensively than in other components of the environment. Kyiv takes one of the first places among the cities of Ukraine by the level of pollution. To make the necessary management decisions for improving air quality, detailed information is required about the level of air pollution, pollutants and sources of their formation, changes in time, etc. In developed countries, these functions are performed by different national pollution monitoring systems, which are automated and computerized and display real-time information. Today, the national environmental monitoring system in Ukraine is only being formed, so it is important to determine the most acceptable areas for its development. The capital should be a model for other cities. Hence, a modern system of environmental monitoring should be one of the main priorities of the current city administration. Today, the monitoring of air quality in the capital is carried out by several entities. Conventionally, the main monitoring organization is the Central Geophysical Observatory (CGO), which has 16 monitoring points in Kyiv and publishes some (25 %) of the obtained information on its website. A significant advantage of the information from CGO is its compliance with current regulations of Ukraine. Such information includes all necessary contaminants. Today, CGO has the most detailed information about air quality for a long-term period. The last few years have been characterized by intensive development of private air quality monitoring systems in the capital: LUN City, Save Dnipro, Air Visual, luftdaten.info and others. They belong to various organizations, have sufficient coverage of the city, but analyze air quality only by the content of 1–10 µm particles, which is not enough for a complete analysis and assessment of air pollution. Most of these monitoring systems are more like advertising or designed to create a network of observation posts by citizens themselves. Therefore, such systems cannot be considered full-fledged air quality monitoring systems. Several years ago, the Kyiv City State Administration decided to create a modern open-resource automated air quality monitoring system in the capital. Today four observation posts have been installed. Such posts correspond to the current European level of air monitoring and provide real-time detailed information about the air pollution level. The air quality monitoring system in the capital is likely to be developed by creation of new modern observation posts according to the Kyiv City State Administration program, especially if it is not commercialized or privatized in the future.
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