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International Participation in Environmental Monitoringinternational cooperation

「International Participation in Environmental Monitoringinternational cooperation」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1745 ，欄位標題的內容是International Participation in Environmental Monitoring ，欄位摘要的內容是Air quality and water quality are the primary targets of Taiwan’s environmental monitoring efforts. Over the last ten years Taiwan has developed diverse, advanced monitoring systems. These systems not only provide residents with an abundant source of information on environmental quality, but also provide opportunities for international technology exchange and environmental cooperation, highlighting Taiwan’s role in the international arena. Environmental monitoring is the foundation of environmental protection. The collection, management, integration and dissemination of monitoring information keep residents aware of the state of the environment. Moreover, statistical analysis of years of monitoring data provides a platform from which to evaluate government departments’ performance in the area of environmental protection. This information can be provided as a reference when drafting regulations and policies. Dust storms in eastern Asia and long-range transboundary air pollution have been given much attention in recent years. Working to protect air quality and safeguard public health, the EPA continues to carry out regular environmental monitoring programs, and has additionally entered several cooperation agreements on international data exchange. This marks an unprecedented step for Taiwan in the area of international participation in environmental monitoring. Multifunction Air Quality Monitoring Network Domestic environmental air quality monitoring is primarily accomplished through Taiwan’s network of automatic air quality monitoring stations. Completed in September 1993, a comprehensive database has been established on over ten years of operations. During this period, equipment went through an upgrading period from 2002 to 2005 to enhance the quality of monitoring. The network comprises 76 stations and adopts various manual and automatic monitoring systems to ensure round the clock monitoring in all kinds of weather. Some air quality monitoring systems are described below. 1. Air quality monitoring stations Automatic monitoring stations primarily check for seven kinds of air quality pollutants: PM10, PM2.5, carbon dioxide, nitrogen oxides, carbon monoxide, ozone, and hydrocarbons. Data is then integrated with weather observations such as wind direction, wind speed, temperature, humidity and rainfall to provide a more accurate analysis of air quality. Acid rain testing equipment is used to understand and track the status of acid deposition, an increasingly serious global problem. 2. Mobile monitoring stations Mobile air quality monitoring vehicles complement the functions of stationary monitoring stations by providing the means for special monitoring purposes including public nuisance complaints, sudden serious air pollution incidents, special research purposes, and comparisons between stations. 3. Particulate Matter Supersite Suspended particulate matter (also called PM or aerosols) has a tremendous overall impact on the environment. PM reduces visibility, induces changes in weather and climate, and has certain effects on solar radiation. To better understand the reasons for pollution and factors causing changes in PM, a PM Supersite has been established in northern Taiwan. As PM pollution is more severe in southern Taiwan, an equivalent supersite network was set up in the south in April 2005, comprising one central monitoring station and three auxiliary satellite stations. 4. Photochemical assessment and testing station Ozone is a secondary pollutant formed by photochemical reactions with chlorofluorocarbons (CFCs) and volatile organic compounds (VOCs). The EPA established a photochemical assessment and testing station in 2001 to monitor 56 types of VOCs. This station measures ozone precursors and analyzes their formation and special characteristics, as well as provides information on health risks due to exposure of pollutants. 5. Mt. Lulin International Background Air Quality Monitoring Station The EPA has long recognized the need to establish a database on background atmospheric pollution for use in assessing transboundary air pollution and global climate change. This led to the establishment of the nation’s first international background air quality monitoring station on Mt. Lulin, which commenced operations on 13 April 2006. 6. Mt. Cilan carbon dioxide flux monitoring station Working to stay abreast of international cooperation regarding Taiwan’s environmental changes and ecosystems, the EPA began monitoring carbon dioxide flux (the rate at which CO2 gas comes out of the ground) in 2005. The resulting data will help respond to potential impacts brought about by the Kyoto Protocol. 7. Micropulse Lidar (MPL) Micropulse lidar observation systems monitor the vertical distribution of aerosols in the atmosphere. They can assist in quantitative analysis of air pollutants transported to Taiwan from east Asian dust storms. MPL greatly benefits research on the impact of dust storms and helps understand the distribution of smoke and ash from open-air fires. 8. Meteorological Telemetry As air quality changes are closely linked to atmospheric dispersion conditions, the EPA has introduced a temperature profiler, a wind profiler, and moderate resolution imaging spectroradiometer (MODIS) to analyze latent weather conditions related to air pollution. This equipment gathers different types of weather data and helps analyze air pollution sources. Enhanced Monitoring Capability Builds International Cooperation Environmental problems are often global in nature. For example, in researching transboundary pollution, each country attempts to establish a transboundary monitoring data exchange platform. From 2002, the EPA began implementing an air quality station replacement plan, and has already established a complete monitoring system and data verification system. Taiwan is eager to exchange this technology and data with other progressive nations around the world. The UNEP carried out an international monitoring project called Atmospheric Brown Clouds in Jeju Island, Korea from 20 February 2005 to 10 April 2005. This was Taiwan’s first opportunity to provide ozone and carbon monoxide monitoring equipment and participate in collateral comparison studies. A comparison of Taiwan’s monitoring equipment showed relativity (R2) as high as 0.999995, attesting that Taiwan’s monitoring quality is keeping stride with international standards. Moreover, Taiwan installed its first NASA-grade MPL and solar spectrograph in 2004 and is ready to enter the Micro-Pulse Lidar Network (MPLNET) and the Aerosol Robotic Network (AERONET). Also, Taiwan has entered a cooperative plan with the US EPA to monitor the long-range transboundary transmission of mercury pollution. The international-grade background air quality monitoring station launched on Mt. Lulin this year is consistent with other international background monitoring stations in terms of pollutants measured. The station has already established high precision equipment for monitoring trace gases, mercury and particulate matter. This new background monitoring station plays a key role in the Asia region, helping Taiwan join international efforts to monitor long-range transboundary air pollution in southeast Asia and study its effects on Taiwan and the rest of the world. Active Participation in World Water Monitoring Day Taiwan has already established sound air quality monitoring and forecasting systems, and has regular contact with international counterparts in this area. However, there is still room for expanding international cooperation in the area of water quality monitoring. Taiwan has thus teamed up with the International Water Association, the US Clean Water Foundation and the US EPA to promote World Water Monitoring Day (October 18 of every year). Taiwan has been an active participant in this event for the past three years and the large number of Taiwan participants has drawn worldwide attention. For World Water Monitoring Day 2005 events, 400 teams registered for a total of 2,800 participants. The EPA invited Mr. Roberta Savage of the US Clean Water Foundation—one of the founding organizations of this event—to Taiwan on 28 September 2005 to attend a series of World Water Monitoring Day activities. Of the 24 countries to take part in the first World Water Monitoring Day event in 2003, Taiwan gathered over 1,600 participants to monitor water at 174 station-times, leading the world in numbers of participants. By 2004, the number of participating countries rose to 52 and Taiwan had over 2,500 civilians monitoring water quality at over 400 station-times, making a name for Taiwan on the international stage. Increased Technology Exchange Broadens Horizons The EPA points out that after greatly enhancing the function of the domestic network of air quality monitoring stations, the numbers and brands of related equipment is becoming increasingly diverse and complex. The properties, software and hardware of monitoring equipment varies widely in terms of quality, thus requiring significant investments of human resources and funds into management, maintenance, upkeep, and quality control. In addressing this need while also responding to global climate change, the EPA has established an MPL monitoring station, the Lulin background air quality monitoring station, and a carbon dioxide flux monitoring station. The questions of how to enter international monitoring organizations, how to effectively promote international cooperation, and how to present Taiwan’s monitoring achievements to the world are all important issues for the future. In the future, the EPA will continue to upkeep normal operations at monitoring stations, develop a better understanding of the status of Taiwan’s air pollution, and establish long-term local air quality monitoring data. This information will not only serve as an important reference when developing and researching air pollution control policies, but will also safeguard public health by providing comprehensive monitoring data to civilians. In terms of Taiwan’s capacity in environmental monitoring and international compliancy, the EPA reiterates that environmental problems are global issues and therefore with further research on transboundary pollution, it behooves each country to establish platforms for transboundary monitoring information exchange. Taiwan is working to strengthen international exchanges in the area of monitoring technology by actively participating in international organizations and programs, and freely sharing local monitoring data to broaden internationals prospects. ，欄位全文的內容是Air quality and water quality are the primary targets of Taiwan’s environmental monitoring efforts. Over the last ten years Taiwan has developed diverse, advanced monitoring systems. These systems not only provide residents with an abundant source of information on environmental quality, but also provide opportunities for international technology exchange and environmental cooperation, highlighting Taiwan’s role in the international arena. Environmental monitoring is the foundation of environmental protection. The collection, management, integration and dissemination of monitoring information keep residents aware of the state of the environment. Moreover, statistical analysis of years of monitoring data provides a platform from which to evaluate government departments’ performance in the area of environmental protection. This information can be provided as a reference when drafting regulations and policies. Dust storms in eastern Asia and long-range transboundary air pollution have been given much attention in recent years. Working to protect air quality and safeguard public health, the EPA continues to carry out regular environmental monitoring programs, and has additionally entered several cooperation agreements on international data exchange. This marks an unprecedented step for Taiwan in the area of international participation in environmental monitoring. Multifunction Air Quality Monitoring Network Domestic environmental air quality monitoring is primarily accomplished through Taiwan’s network of automatic air quality monitoring stations. Completed in September 1993, a comprehensive database has been established on over ten years of operations. During this period, equipment went through an upgrading period from 2002 to 2005 to enhance the quality of monitoring. The network comprises 76 stations and adopts various manual and automatic monitoring systems to ensure round the clock monitoring in all kinds of weather. Some air quality monitoring systems are described below. 1. Air quality monitoring stations Automatic monitoring stations primarily check for seven kinds of air quality pollutants: PM10, PM2.5, carbon dioxide, nitrogen oxides, carbon monoxide, ozone, and hydrocarbons. Data is then integrated with weather observations such as wind direction, wind speed, temperature, humidity and rainfall to provide a more accurate analysis of air quality. Acid rain testing equipment is used to understand and track the status of acid deposition, an increasingly serious global problem. 2. Mobile monitoring stations Mobile air quality monitoring vehicles complement the functions of stationary monitoring stations by providing the means for special monitoring purposes including public nuisance complaints, sudden serious air pollution incidents, special research purposes, and comparisons between stations. 3. Particulate Matter Supersite Suspended particulate matter (also called PM or aerosols) has a tremendous overall impact on the environment. PM reduces visibility, induces changes in weather and climate, and has certain effects on solar radiation. To better understand the reasons for pollution and factors causing changes in PM, a PM Supersite has been established in northern Taiwan. As PM pollution is more severe in southern Taiwan, an equivalent supersite network was set up in the south in April 2005, comprising one central monitoring station and three auxiliary satellite stations. 4. Photochemical assessment and testing station Ozone is a secondary pollutant formed by photochemical reactions with chlorofluorocarbons (CFCs) and volatile organic compounds (VOCs). The EPA established a photochemical assessment and testing station in 2001 to monitor 56 types of VOCs. This station measures ozone precursors and analyzes their formation and special characteristics, as well as provides information on health risks due to exposure of pollutants. 5. Mt. Lulin International Background Air Quality Monitoring Station The EPA has long recognized the need to establish a database on background atmospheric pollution for use in assessing transboundary air pollution and global climate change. This led to the establishment of the nation’s first international background air quality monitoring station on Mt. Lulin, which commenced operations on 13 April 2006. 6. Mt. Cilan carbon dioxide flux monitoring station Working to stay abreast of international cooperation regarding Taiwan’s environmental changes and ecosystems, the EPA began monitoring carbon dioxide flux (the rate at which CO2 gas comes out of the ground) in 2005. The resulting data will help respond to potential impacts brought about by the Kyoto Protocol. 7. Micropulse Lidar (MPL) Micropulse lidar observation systems monitor the vertical distribution of aerosols in the atmosphere. They can assist in quantitative analysis of air pollutants transported to Taiwan from east Asian dust storms. MPL greatly benefits research on the impact of dust storms and helps understand the distribution of smoke and ash from open-air fires. 8. Meteorological Telemetry As air quality changes are closely linked to atmospheric dispersion conditions, the EPA has introduced a temperature profiler, a wind profiler, and moderate resolution imaging spectroradiometer (MODIS) to analyze latent weather conditions related to air pollution. This equipment gathers different types of weather data and helps analyze air pollution sources. Enhanced Monitoring Capability Builds International Cooperation Environmental problems are often global in nature. For example, in researching transboundary pollution, each country attempts to establish a transboundary monitoring data exchange platform. From 2002, the EPA began implementing an air quality station replacement plan, and has already established a complete monitoring system and data verification system. Taiwan is eager to exchange this technology and data with other progressive nations around the world. The UNEP carried out an international monitoring project called Atmospheric Brown Clouds in Jeju Island, Korea from 20 February 2005 to 10 April 2005. This was Taiwan’s first opportunity to provide ozone and carbon monoxide monitoring equipment and participate in collateral comparison studies. A comparison of Taiwan’s monitoring equipment showed relativity (R2) as high as 0.999995, attesting that Taiwan’s monitoring quality is keeping stride with international standards. Moreover, Taiwan installed its first NASA-grade MPL and solar spectrograph in 2004 and is ready to enter the Micro-Pulse Lidar Network (MPLNET) and the Aerosol Robotic Network (AERONET). Also, Taiwan has entered a cooperative plan with the US EPA to monitor the long-range transboundary transmission of mercury pollution. The international-grade background air quality monitoring station launched on Mt. Lulin this year is consistent with other international background monitoring stations in terms of pollutants measured. The station has already established high precision equipment for monitoring trace gases, mercury and particulate matter. This new background monitoring station plays a key role in the Asia region, helping Taiwan join international efforts to monitor long-range transboundary air pollution in southeast Asia and study its effects on Taiwan and the rest of the world. Active Participation in World Water Monitoring Day Taiwan has already established sound air quality monitoring and forecasting systems, and has regular contact with international counterparts in this area. However, there is still room for expanding international cooperation in the area of water quality monitoring. Taiwan has thus teamed up with the International Water Association, the US Clean Water Foundation and the US EPA to promote World Water Monitoring Day (October 18 of every year). Taiwan has been an active participant in this event for the past three years and the large number of Taiwan participants has drawn worldwide attention. For World Water Monitoring Day 2005 events, 400 teams registered for a total of 2,800 participants. The EPA invited Mr. Roberta Savage of the US Clean Water Foundation—one of the founding organizations of this event—to Taiwan on 28 September 2005 to attend a series of World Water Monitoring Day activities. Of the 24 countries to take part in the first World Water Monitoring Day event in 2003, Taiwan gathered over 1,600 participants to monitor water at 174 station-times, leading the world in numbers of participants. By 2004, the number of participating countries rose to 52 and Taiwan had over 2,500 civilians monitoring water quality at over 400 station-times, making a name for Taiwan on the international stage. Increased Technology Exchange Broadens Horizons The EPA points out that after greatly enhancing the function of the domestic network of air quality monitoring stations, the numbers and brands of related equipment is becoming increasingly diverse and complex. The properties, software and hardware of monitoring equipment varies widely in terms of quality, thus requiring significant investments of human resources and funds into management, maintenance, upkeep, and quality control. In addressing this need while also responding to global climate change, the EPA has established an MPL monitoring station, the Lulin background air quality monitoring station, and a carbon dioxide flux monitoring station. The questions of how to enter international monitoring organizations, how to effectively promote international cooperation, and how to present Taiwan’s monitoring achievements to the world are all important issues for the future. In the future, the EPA will continue to upkeep normal operations at monitoring stations, develop a better understanding of the status of Taiwan’s air pollution, and establish long-term local air quality monitoring data. This information will not only serve as an important reference when developing and researching air pollution control policies, but will also safeguard public health by providing comprehensive monitoring data to civilians. In terms of Taiwan’s capacity in environmental monitoring and international compliancy, the EPA reiterates that environmental problems are global issues and therefore with further research on transboundary pollution, it behooves each country to establish platforms for transboundary monitoring information exchange. Taiwan is working to strengthen international exchanges in the area of monitoring technology by actively participating in international organizations and programs, and freely sharing local monitoring data to broaden internationals prospects. ，欄位年度的內容是2006 ，欄位月份的內容是9 ，欄位卷的內容是9 ，欄位期的內容是5 ，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international cooperation ，欄位標題2的內容是International Participation in Environmental Monitoring ，欄位檔案位置的內容是V9/V9-05 。

編號

1745

標題

International Participation in Environmental Monitoring

摘要

Air quality and water quality are the primary targets of Taiwan’s environmental monitoring efforts. Over the last ten years Taiwan has developed diverse, advanced monitoring systems. These systems not only provide residents with an abundant source of information on environmental quality, but also provide opportunities for international technology exchange and environmental cooperation, highlighting Taiwan’s role in the international arena. Environmental monitoring is the foundation of environmental protection. The collection, management, integration and dissemination of monitoring information keep residents aware of the state of the environment. Moreover, statistical analysis of years of monitoring data provides a platform from which to evaluate government departments’ performance in the area of environmental protection. This information can be provided as a reference when drafting regulations and policies. Dust storms in eastern Asia and long-range transboundary air pollution have been given much attention in recent years. Working to protect air quality and safeguard public health, the EPA continues to carry out regular environmental monitoring programs, and has additionally entered several cooperation agreements on international data exchange. This marks an unprecedented step for Taiwan in the area of international participation in environmental monitoring. Multifunction Air Quality Monitoring Network Domestic environmental air quality monitoring is primarily accomplished through Taiwan’s network of automatic air quality monitoring stations. Completed in September 1993, a comprehensive database has been established on over ten years of operations. During this period, equipment went through an upgrading period from 2002 to 2005 to enhance the quality of monitoring. The network comprises 76 stations and adopts various manual and automatic monitoring systems to ensure round the clock monitoring in all kinds of weather. Some air quality monitoring systems are described below. 1. Air quality monitoring stations Automatic monitoring stations primarily check for seven kinds of air quality pollutants: PM10, PM2.5, carbon dioxide, nitrogen oxides, carbon monoxide, ozone, and hydrocarbons. Data is then integrated with weather observations such as wind direction, wind speed, temperature, humidity and rainfall to provide a more accurate analysis of air quality. Acid rain testing equipment is used to understand and track the status of acid deposition, an increasingly serious global problem. 2. Mobile monitoring stations Mobile air quality monitoring vehicles complement the functions of stationary monitoring stations by providing the means for special monitoring purposes including public nuisance complaints, sudden serious air pollution incidents, special research purposes, and comparisons between stations. 3. Particulate Matter Supersite Suspended particulate matter (also called PM or aerosols) has a tremendous overall impact on the environment. PM reduces visibility, induces changes in weather and climate, and has certain effects on solar radiation. To better understand the reasons for pollution and factors causing changes in PM, a PM Supersite has been established in northern Taiwan. As PM pollution is more severe in southern Taiwan, an equivalent supersite network was set up in the south in April 2005, comprising one central monitoring station and three auxiliary satellite stations. 4. Photochemical assessment and testing station Ozone is a secondary pollutant formed by photochemical reactions with chlorofluorocarbons (CFCs) and volatile organic compounds (VOCs). The EPA established a photochemical assessment and testing station in 2001 to monitor 56 types of VOCs. This station measures ozone precursors and analyzes their formation and special characteristics, as well as provides information on health risks due to exposure of pollutants. 5. Mt. Lulin International Background Air Quality Monitoring Station The EPA has long recognized the need to establish a database on background atmospheric pollution for use in assessing transboundary air pollution and global climate change. This led to the establishment of the nation’s first international background air quality monitoring station on Mt. Lulin, which commenced operations on 13 April 2006. 6. Mt. Cilan carbon dioxide flux monitoring station Working to stay abreast of international cooperation regarding Taiwan’s environmental changes and ecosystems, the EPA began monitoring carbon dioxide flux (the rate at which CO2 gas comes out of the ground) in 2005. The resulting data will help respond to potential impacts brought about by the Kyoto Protocol. 7. Micropulse Lidar (MPL) Micropulse lidar observation systems monitor the vertical distribution of aerosols in the atmosphere. They can assist in quantitative analysis of air pollutants transported to Taiwan from east Asian dust storms. MPL greatly benefits research on the impact of dust storms and helps understand the distribution of smoke and ash from open-air fires. 8. Meteorological Telemetry As air quality changes are closely linked to atmospheric dispersion conditions, the EPA has introduced a temperature profiler, a wind profiler, and moderate resolution imaging spectroradiometer (MODIS) to analyze latent weather conditions related to air pollution. This equipment gathers different types of weather data and helps analyze air pollution sources. Enhanced Monitoring Capability Builds International Cooperation Environmental problems are often global in nature. For example, in researching transboundary pollution, each country attempts to establish a transboundary monitoring data exchange platform. From 2002, the EPA began implementing an air quality station replacement plan, and has already established a complete monitoring system and data verification system. Taiwan is eager to exchange this technology and data with other progressive nations around the world. The UNEP carried out an international monitoring project called Atmospheric Brown Clouds in Jeju Island, Korea from 20 February 2005 to 10 April 2005. This was Taiwan’s first opportunity to provide ozone and carbon monoxide monitoring equipment and participate in collateral comparison studies. A comparison of Taiwan’s monitoring equipment showed relativity (R2) as high as 0.999995, attesting that Taiwan’s monitoring quality is keeping stride with international standards. Moreover, Taiwan installed its first NASA-grade MPL and solar spectrograph in 2004 and is ready to enter the Micro-Pulse Lidar Network (MPLNET) and the Aerosol Robotic Network (AERONET). Also, Taiwan has entered a cooperative plan with the US EPA to monitor the long-range transboundary transmission of mercury pollution. The international-grade background air quality monitoring station launched on Mt. Lulin this year is consistent with other international background monitoring stations in terms of pollutants measured. The station has already established high precision equipment for monitoring trace gases, mercury and particulate matter. This new background monitoring station plays a key role in the Asia region, helping Taiwan join international efforts to monitor long-range transboundary air pollution in southeast Asia and study its effects on Taiwan and the rest of the world. Active Participation in World Water Monitoring Day Taiwan has already established sound air quality monitoring and forecasting systems, and has regular contact with international counterparts in this area. However, there is still room for expanding international cooperation in the area of water quality monitoring. Taiwan has thus teamed up with the International Water Association, the US Clean Water Foundation and the US EPA to promote World Water Monitoring Day (October 18 of every year). Taiwan has been an active participant in this event for the past three years and the large number of Taiwan participants has drawn worldwide attention. For World Water Monitoring Day 2005 events, 400 teams registered for a total of 2,800 participants. The EPA invited Mr. Roberta Savage of the US Clean Water Foundation—one of the founding organizations of this event—to Taiwan on 28 September 2005 to attend a series of World Water Monitoring Day activities. Of the 24 countries to take part in the first World Water Monitoring Day event in 2003, Taiwan gathered over 1,600 participants to monitor water at 174 station-times, leading the world in numbers of participants. By 2004, the number of participating countries rose to 52 and Taiwan had over 2,500 civilians monitoring water quality at over 400 station-times, making a name for Taiwan on the international stage. Increased Technology Exchange Broadens Horizons The EPA points out that after greatly enhancing the function of the domestic network of air quality monitoring stations, the numbers and brands of related equipment is becoming increasingly diverse and complex. The properties, software and hardware of monitoring equipment varies widely in terms of quality, thus requiring significant investments of human resources and funds into management, maintenance, upkeep, and quality control. In addressing this need while also responding to global climate change, the EPA has established an MPL monitoring station, the Lulin background air quality monitoring station, and a carbon dioxide flux monitoring station. The questions of how to enter international monitoring organizations, how to effectively promote international cooperation, and how to present Taiwan’s monitoring achievements to the world are all important issues for the future. In the future, the EPA will continue to upkeep normal operations at monitoring stations, develop a better understanding of the status of Taiwan’s air pollution, and establish long-term local air quality monitoring data. This information will not only serve as an important reference when developing and researching air pollution control policies, but will also safeguard public health by providing comprehensive monitoring data to civilians. In terms of Taiwan’s capacity in environmental monitoring and international compliancy, the EPA reiterates that environmental problems are global issues and therefore with further research on transboundary pollution, it behooves each country to establish platforms for transboundary monitoring information exchange. Taiwan is working to strengthen international exchanges in the area of monitoring technology by actively participating in international organizations and programs, and freely sharing local monitoring data to broaden internationals prospects.

全文

年度

2006

月份

卷

期

順序

倒序

分類

international cooperation

標題2

International Participation in Environmental Monitoring

檔案位置

V9/V9-05

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謝小姐 | 02-2371-2121#6310 | 2022-01-14 01:18:28

International Participation in Environmental Monitoringinternational cooperation

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