Feature Article: Expanding Taiwan's Air Quality Monitoring Umbrella
「Feature Article: Expanding Taiwan's Air Quality Monitoring Umbrella」於資料集「MajorEnvironmentalPolicies」由單位「行政院環境保護署」的陳小姐所提供，聯繫電話是(02)23117722#2753,(02)23117722#2756，最近更新時間為：2023-07-30 01:03:45。 欄位編號的內容是275 ， 欄位標題的內容是Feature Article: Expanding Taiwan's Air Quality Monitoring Umbrella ， 欄位摘要的內容是In 1990 Taiwan began putting in place an air quality monitoring network. By 1998, in addition to establishing a monitoring center, the network has been expanded to include 72 air monitoring stations, two monitoring vehicles, and a quality assurance laboratory. The monitoring stations currently include general air quality monitoring stations, three industrial air quality monitoring stations, five traffic air quality monitoring stations, two air quality monitoring stations in national parks, and four background air quality monitoring stations. In addition to traditional monitoring, the EPA has also been actively promoting the development of community air quality monitoring stations as a means to gradually establish small-scale air quality monitoring data.
Since 1980, a total of 19 monitoring stations in urban areas across the island have been automatically monitoring air quality. Large-scale changes such as road expansions and the widespread construction of tall buildings, as well as other changes brought about by a rapidly developing society, have created difficulties for accurately sampling air quality in many areas of Taiwan. ， 欄位全文的內容是In 1990 Taiwan began putting in place an air quality monitoring network. By 1998, in addition to establishing a monitoring center, the network has been expanded to include 72 air monitoring stations, two monitoring vehicles, and a quality assurance laboratory. The monitoring stations currently include general air quality monitoring stations, three industrial air quality monitoring stations, five traffic air quality monitoring stations, two air quality monitoring stations in national parks, and four background air quality monitoring stations. In addition to traditional monitoring, the EPA has also been actively promoting the development of community air quality monitoring stations as a means to gradually establish small-scale air quality monitoring data.
Since 1980, a total of 19 monitoring stations in urban areas across the island have been automatically monitoring air quality. Large-scale changes such as road expansions and the widespread construction of tall buildings, as well as other changes brought about by a rapidly developing society, have created difficulties for accurately sampling air quality in many areas of Taiwan.
Since its establishment in 1987, the EPA has been actively promoting air quality monitoring activities. In 1990, the EPA contracted a well-known foreign consulting company to begin planning the development of a Taiwan area air quality monitoring network. In developing this plan, the consulting company took into consideration Taiwan's population size, the distribution of emissions sources, the status of land use, and weather patterns. Initially, by September of 1993, the development of 66 air quality monitoring stations, two monitoring vehicles, a quality assurance laboratory, and a monitoring center had been completed. In 1998, the monitoring network was further expanded to include 72 monitoring stations.
The monitoring site plan calls for partitioning Taiwan into 200 grid cells and then determining the appropriate number of monitoring stations per cell based on each cell's population size and density, economic activity, and other special characteristics of the given locale. The efficacy of setup costs and operation and maintenance requirements will also be considered to determine station siting priority.
Currently, Taiwan has five different types of monitoring station. Most stations are general air quality monitoring stations and are mostly located in areas of high population density and in areas with relatively high pollution concentrations. Second most numerous are industrial air quality monitoring stations. These were sited according to relative land area size of Taiwan's 70-plus industrial parks and the seriousness of air pollution in surrounding areas. Most were situated downwind from industrial parks with relatively serious air pollution levels.
Other types of monitoring stations include five traffic air quality monitoring stations situated in areas with high traffic flow levels. These stations provide information helpful in evaluating the effectiveness of vehicle exhaust control methods and determining the status of pedestrian exposure to exhaust gasses. Within two national parks in northern and southern Taiwan, two monitoring stations provide large-scale air quality data. There are also four background air quality monitoring stations. Two background monitoring stations are located in northern Taiwan and mostly monitor whether significant pollutants frequently drift over from neighboring countries. The other two stations are respectively located in areas upwind from Taichung and Kaohsiung metropolitan areas in order to provide background air quality readings for these areas.
The monitoring stations analyze a range of different constituents, such as sulfur dioxide, nitrogen oxides, carbon monoxide, ozone, particulate matter, and hydrocarbons. Weather characteristics, such as wind direction and speed, are also measured to help with air quality analysis. Traffic monitoring stations are equipped with traffic flow meters in order to analyze the relationship between traffic flow and pollution concentrations.
Monitoring stations also measure several other items. Stations are equipped with acid rain monitoring instruments to understand and track this increasingly serious global problem. Instruments to measure sunlight and atmospheric pressure have also been added in order to assist in air quality analysis and modeling. Other additions have included ultraviolet light (UV-B) sensors -- a program to be further expanded in 1999 -- and five instruments for measuring fine particulate matter (PM2.5).
The EPA has recently stepped up promotion of community air quality monitoring because it significantly contributes to a better understanding of the exposure communities and the general public have to poor air quality. It also helps in the analysis of air quality in areas around major roadways, in densely populated areas, and in other areas where it is difficult to install monitoring stations.
In 1998, the EPA started planning a community air quality monitoring project using passive-style, portable personal air sampling instruments. Four communities near existing automatic air quality monitoring stations in the Greater Taipei and Kaohsiung areas were chosen for an initial sampling activity. Target indicators of the study include particulate matter (PM10) and ozone. In the future, the EPA will establish domestic monitoring techniques for assessing pollution exposure and will continuously expand the scope of sampling and monitoring. These endeavors will allow the EPA to create more accurate small-scale air quality monitoring data.
These developments have already put a new face on air quality monitoring in Taiwan. The current system has been completely automated, providing for 24-hour monitoring of air quality. The EPA will gradually improve the accuracy of air quality forecasting by actively promoting the research and development of forecasting models. The EPA will also promote the development of a long-term air quality monitoring database as a means to provide the most effective reference for setting air pollution control strategy and defining air quality standards. ， 欄位年度的內容是1999 ， 欄位月份的內容是2 ， 欄位卷的內容是2 ， 欄位期的內容是7 ， 欄位順序的內容是1 ， 欄位倒序的內容是2 ， 欄位分類的內容是air ， 欄位標題2的內容是Feature Article: Expanding Taiwan s Air Quality Monitoring Umbrella ， 欄位檔案位置的內容是V2/V2-07 。
編號
275
標題
Feature Article: Expanding Taiwan's Air Quality Monitoring Umbrella
摘要
In 1990 Taiwan began putting in place an air quality monitoring network. By 1998, in addition to establishing a monitoring center, the network has been expanded to include 72 air monitoring stations, two monitoring vehicles, and a quality assurance laboratory. The monitoring stations currently include general air quality monitoring stations, three industrial air quality monitoring stations, five traffic air quality monitoring stations, two air quality monitoring stations in national parks, and four background air quality monitoring stations. In addition to traditional monitoring, the EPA has also been actively promoting the development of community air quality monitoring stations as a means to gradually establish small-scale air quality monitoring data. Since 1980, a total of 19 monitoring stations in urban areas across the island have been automatically monitoring air quality. Large-scale changes such as road expansions and the widespread construction of tall buildings, as well as other changes brought about by a rapidly developing society, have created difficulties for accurately sampling air quality in many areas of Taiwan.
全文
In 1990 Taiwan began putting in place an air quality monitoring network. By 1998, in addition to establishing a monitoring center, the network has been expanded to include 72 air monitoring stations, two monitoring vehicles, and a quality assurance laboratory. The monitoring stations currently include general air quality monitoring stations, three industrial air quality monitoring stations, five traffic air quality monitoring stations, two air quality monitoring stations in national parks, and four background air quality monitoring stations. In addition to traditional monitoring, the EPA has also been actively promoting the development of community air quality monitoring stations as a means to gradually establish small-scale air quality monitoring data. Since 1980, a total of 19 monitoring stations in urban areas across the island have been automatically monitoring air quality. Large-scale changes such as road expansions and the widespread construction of tall buildings, as well as other changes brought about by a rapidly developing society, have created difficulties for accurately sampling air quality in many areas of Taiwan. Since its establishment in 1987, the EPA has been actively promoting air quality monitoring activities. In 1990, the EPA contracted a well-known foreign consulting company to begin planning the development of a Taiwan area air quality monitoring network. In developing this plan, the consulting company took into consideration Taiwan's population size, the distribution of emissions sources, the status of land use, and weather patterns. Initially, by September of 1993, the development of 66 air quality monitoring stations, two monitoring vehicles, a quality assurance laboratory, and a monitoring center had been completed. In 1998, the monitoring network was further expanded to include 72 monitoring stations. The monitoring site plan calls for partitioning Taiwan into 200 grid cells and then determining the appropriate number of monitoring stations per cell based on each cell's population size and density, economic activity, and other special characteristics of the given locale. The efficacy of setup costs and operation and maintenance requirements will also be considered to determine station siting priority. Currently, Taiwan has five different types of monitoring station. Most stations are general air quality monitoring stations and are mostly located in areas of high population density and in areas with relatively high pollution concentrations. Second most numerous are industrial air quality monitoring stations. These were sited according to relative land area size of Taiwan's 70-plus industrial parks and the seriousness of air pollution in surrounding areas. Most were situated downwind from industrial parks with relatively serious air pollution levels. Other types of monitoring stations include five traffic air quality monitoring stations situated in areas with high traffic flow levels. These stations provide information helpful in evaluating the effectiveness of vehicle exhaust control methods and determining the status of pedestrian exposure to exhaust gasses. Within two national parks in northern and southern Taiwan, two monitoring stations provide large-scale air quality data. There are also four background air quality monitoring stations. Two background monitoring stations are located in northern Taiwan and mostly monitor whether significant pollutants frequently drift over from neighboring countries. The other two stations are respectively located in areas upwind from Taichung and Kaohsiung metropolitan areas in order to provide background air quality readings for these areas. The monitoring stations analyze a range of different constituents, such as sulfur dioxide, nitrogen oxides, carbon monoxide, ozone, particulate matter, and hydrocarbons. Weather characteristics, such as wind direction and speed, are also measured to help with air quality analysis. Traffic monitoring stations are equipped with traffic flow meters in order to analyze the relationship between traffic flow and pollution concentrations. Monitoring stations also measure several other items. Stations are equipped with acid rain monitoring instruments to understand and track this increasingly serious global problem. Instruments to measure sunlight and atmospheric pressure have also been added in order to assist in air quality analysis and modeling. Other additions have included ultraviolet light (UV-B) sensors -- a program to be further expanded in 1999 -- and five instruments for measuring fine particulate matter (PM2.5). The EPA has recently stepped up promotion of community air quality monitoring because it significantly contributes to a better understanding of the exposure communities and the general public have to poor air quality. It also helps in the analysis of air quality in areas around major roadways, in densely populated areas, and in other areas where it is difficult to install monitoring stations. In 1998, the EPA started planning a community air quality monitoring project using passive-style, portable personal air sampling instruments. Four communities near existing automatic air quality monitoring stations in the Greater Taipei and Kaohsiung areas were chosen for an initial sampling activity. Target indicators of the study include particulate matter (PM10) and ozone. In the future, the EPA will establish domestic monitoring techniques for assessing pollution exposure and will continuously expand the scope of sampling and monitoring. These endeavors will allow the EPA to create more accurate small-scale air quality monitoring data. These developments have already put a new face on air quality monitoring in Taiwan. The current system has been completely automated, providing for 24-hour monitoring of air quality. The EPA will gradually improve the accuracy of air quality forecasting by actively promoting the research and development of forecasting models. The EPA will also promote the development of a long-term air quality monitoring database as a means to provide the most effective reference for setting air pollution control strategy and defining air quality standards.
年度
1999
月份
2
卷
2
期
7
順序
1
倒序
2
分類
air
標題2
Feature Article: Expanding Taiwan s Air Quality Monitoring Umbrella
檔案位置
V2/V2-07
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