Foreign Pollution Main Source of Acid Rain in Taiwanair2003
「Foreign Pollution Main Source of Acid Rain in Taiwanair2003」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1202 ， 欄位標題的內容是Foreign Pollution Main Source of Acid Rain in Taiwan ， 欄位摘要的內容是Results of the EPA's acid rain monitoring reports for the months of January to July show that the likelihood for acid rain to fall in the vicinity of Yangmingshan and the Pengjia Islet is as high as 90%. Precipitation in this region shows comparatively higher levels of acidity in summer rains suggesting that offshore pollutants have the most serious impact on the pH levels of rainfall in Taiwan. Foreign pollution accounts for over half of the source of Taiwan's acid rain.
To better understand the status of acid rain pollution in the Taiwan area, the EPA began carrying out the Taiwan Area Acid Rain Monitoring Plan in 1990. This year (2003) marks the first time for this plan to include data from acid rain monitoring stations set up in Yangmingshan (陽明山) and the Pengjia Islet (彭佳嶼). At present there are a total of 12 monitoring stations established throughout Taiwan. In consideration of the impact of different geographical factors such as topography and climate on monitoring results, as well as the need to obtain more objective and comprehensive figures, the location of monitoring stations is frequently and regularly changed.
Based on results of monitoring data from January to July this year, the EPA indicated that observations over the years show that northern Taiwan is the area most seriously impacted by acid rain. Acid rain is defined as precipitation that has a pH value of five or less. Northern Taiwan posted an average pH value of 4.5 with over an 80% likelihood of acid rain occurring in this region. In eastern Taiwan, the areas of Ilan and Taidong showed a 50% probability of incurring acid rain, and other regions showed a 40% chance or below.
The EPA indicates that despite the various air pollution control strategies carried out over the past 10 years, Taiwan's acid rain situation has still not improved. This is attributed to the long-distance transport of sulfates (SO42-) from offshore regions. It is these sulfates that account for the primary source of acid rain as they drift over Taiwan. Looking at the ratio of impacts from the long-distance transport of pollution for each kind of weather pattern in Taiwan throughout the year, we see that northern and eastern Taiwan receive the greatest impact from the northeasterly winter monsoon winds. Central and southern Taiwan, however, receive the greatest impact from summer rains.
Long-distance transport of foreign pollution plays an important role in the processes surrounding the formation of acid rain in Taiwan. Looking at an average of all regions in Taiwan, approximately 31%~40% of all sulfate-laden acid rain in Taiwan is transported over long distances from offshore regions. Research findings show that the amount of acid rain containing sulfates derived from emission sources in the Taiwan region has been on a downward trend in recent years, already from 45.87 tons of acid rain in 1995 to 22.67 tons in 2002.
In contrast, the ratio of sulfate-laden acid rain transported from distant offshore regions is on an upward trend. For example, statistics for the year 2000 show that close to 52% of the acid rain in Taiwan came from foreign sources, 85% of which is attributed to seven major regions in Asia, including Japan, Korea, Northeastern China, Northwestern China, Central China, Southern China, the Indochina Peninsula, and the Philippines. Among these seven regions, 85% of the acid rain pollution comes from Mainland China.
As for promoting mutual exchange with the international community, the EPA expressed that Taiwan's 12 acid rain monitoring stations already link up with Japan's Acid Deposition Monitoring Network in East Asia (EANET) and the Composition of Asian Deposition (CAD) monitoring network in Southern Asia through strategic alliances to foster multilateral cooperation and share research data. Drawing on the US' experience in researching acid rain, Taiwan has reached an initial consensus with the US National Atmospheric Deposition Program (NADP) to carry out multilateral cooperation and technology exchanges. These examples of teamwork help keep Taiwan's acid rain monitoring and analysis methods in step with the rest of the world, as well as help foster regional cooperation with other East Asian countries to jointly prevent and control acid rain. ， 欄位全文的內容是Results of the EPA's acid rain monitoring reports for the months of January to July show that the likelihood for acid rain to fall in the vicinity of Yangmingshan and the Pengjia Islet is as high as 90%. Precipitation in this region shows comparatively higher levels of acidity in summer rains suggesting that offshore pollutants have the most serious impact on the pH levels of rainfall in Taiwan. Foreign pollution accounts for over half of the source of Taiwan's acid rain.
To better understand the status of acid rain pollution in the Taiwan area, the EPA began carrying out the Taiwan Area Acid Rain Monitoring Plan in 1990. This year (2003) marks the first time for this plan to include data from acid rain monitoring stations set up in Yangmingshan (陽明山) and the Pengjia Islet (彭佳嶼). At present there are a total of 12 monitoring stations established throughout Taiwan. In consideration of the impact of different geographical factors such as topography and climate on monitoring results, as well as the need to obtain more objective and comprehensive figures, the location of monitoring stations is frequently and regularly changed.
Based on results of monitoring data from January to July this year, the EPA indicated that observations over the years show that northern Taiwan is the area most seriously impacted by acid rain. Acid rain is defined as precipitation that has a pH value of five or less. Northern Taiwan posted an average pH value of 4.5 with over an 80% likelihood of acid rain occurring in this region. In eastern Taiwan, the areas of Ilan and Taidong showed a 50% probability of incurring acid rain, and other regions showed a 40% chance or below.
The EPA indicates that despite the various air pollution control strategies carried out over the past 10 years, Taiwan's acid rain situation has still not improved. This is attributed to the long-distance transport of sulfates (SO42-) from offshore regions. It is these sulfates that account for the primary source of acid rain as they drift over Taiwan. Looking at the ratio of impacts from the long-distance transport of pollution for each kind of weather pattern in Taiwan throughout the year, we see that northern and eastern Taiwan receive the greatest impact from the northeasterly winter monsoon winds. Central and southern Taiwan, however, receive the greatest impact from summer rains.
Long-distance transport of foreign pollution plays an important role in the processes surrounding the formation of acid rain in Taiwan. Looking at an average of all regions in Taiwan, approximately 31%~40% of all sulfate-laden acid rain in Taiwan is transported over long distances from offshore regions. Research findings show that the amount of acid rain containing sulfates derived from emission sources in the Taiwan region has been on a downward trend in recent years, already from 45.87 tons of acid rain in 1995 to 22.67 tons in 2002.
In contrast, the ratio of sulfate-laden acid rain transported from distant offshore regions is on an upward trend. For example, statistics for the year 2000 show that close to 52% of the acid rain in Taiwan came from foreign sources, 85% of which is attributed to seven major regions in Asia, including Japan, Korea, Northeastern China, Northwestern China, Central China, Southern China, the Indochina Peninsula, and the Philippines. Among these seven regions, 85% of the acid rain pollution comes from Mainland China.
As for promoting mutual exchange with the international community, the EPA expressed that Taiwan's 12 acid rain monitoring stations already link up with Japan's Acid Deposition Monitoring Network in East Asia (EANET) and the Composition of Asian Deposition (CAD) monitoring network in Southern Asia through strategic alliances to foster multilateral cooperation and share research data. Drawing on the US' experience in researching acid rain, Taiwan has reached an initial consensus with the US National Atmospheric Deposition Program (NADP) to carry out multilateral cooperation and technology exchanges. These examples of teamwork help keep Taiwan's acid rain monitoring and analysis methods in step with the rest of the world, as well as help foster regional cooperation with other East Asian countries to jointly prevent and control acid rain. ， 欄位年度的內容是2003 ， 欄位月份的內容是6 ， 欄位卷的內容是6 ， 欄位期的內容是9 ， 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Foreign Pollution Main Source of Acid Rain in Taiwan
Foreign Pollution Main Source of Acid Rain in Taiwan ， 欄位檔案位置的內容是V6/V6-09 。
編號
1202
標題
Foreign Pollution Main Source of Acid Rain in Taiwan
摘要
Results of the EPA's acid rain monitoring reports for the months of January to July show that the likelihood for acid rain to fall in the vicinity of Yangmingshan and the Pengjia Islet is as high as 90%. Precipitation in this region shows comparatively higher levels of acidity in summer rains suggesting that offshore pollutants have the most serious impact on the pH levels of rainfall in Taiwan. Foreign pollution accounts for over half of the source of Taiwan's acid rain. To better understand the status of acid rain pollution in the Taiwan area, the EPA began carrying out the Taiwan Area Acid Rain Monitoring Plan in 1990. This year (2003) marks the first time for this plan to include data from acid rain monitoring stations set up in Yangmingshan (陽明山) and the Pengjia Islet (彭佳嶼). At present there are a total of 12 monitoring stations established throughout Taiwan. In consideration of the impact of different geographical factors such as topography and climate on monitoring results, as well as the need to obtain more objective and comprehensive figures, the location of monitoring stations is frequently and regularly changed. Based on results of monitoring data from January to July this year, the EPA indicated that observations over the years show that northern Taiwan is the area most seriously impacted by acid rain. Acid rain is defined as precipitation that has a pH value of five or less. Northern Taiwan posted an average pH value of 4.5 with over an 80% likelihood of acid rain occurring in this region. In eastern Taiwan, the areas of Ilan and Taidong showed a 50% probability of incurring acid rain, and other regions showed a 40% chance or below. The EPA indicates that despite the various air pollution control strategies carried out over the past 10 years, Taiwan's acid rain situation has still not improved. This is attributed to the long-distance transport of sulfates (SO42-) from offshore regions. It is these sulfates that account for the primary source of acid rain as they drift over Taiwan. Looking at the ratio of impacts from the long-distance transport of pollution for each kind of weather pattern in Taiwan throughout the year, we see that northern and eastern Taiwan receive the greatest impact from the northeasterly winter monsoon winds. Central and southern Taiwan, however, receive the greatest impact from summer rains. Long-distance transport of foreign pollution plays an important role in the processes surrounding the formation of acid rain in Taiwan. Looking at an average of all regions in Taiwan, approximately 31%~40% of all sulfate-laden acid rain in Taiwan is transported over long distances from offshore regions. Research findings show that the amount of acid rain containing sulfates derived from emission sources in the Taiwan region has been on a downward trend in recent years, already from 45.87 tons of acid rain in 1995 to 22.67 tons in 2002. In contrast, the ratio of sulfate-laden acid rain transported from distant offshore regions is on an upward trend. For example, statistics for the year 2000 show that close to 52% of the acid rain in Taiwan came from foreign sources, 85% of which is attributed to seven major regions in Asia, including Japan, Korea, Northeastern China, Northwestern China, Central China, Southern China, the Indochina Peninsula, and the Philippines. Among these seven regions, 85% of the acid rain pollution comes from Mainland China. As for promoting mutual exchange with the international community, the EPA expressed that Taiwan's 12 acid rain monitoring stations already link up with Japan's Acid Deposition Monitoring Network in East Asia (EANET) and the Composition of Asian Deposition (CAD) monitoring network in Southern Asia through strategic alliances to foster multilateral cooperation and share research data. Drawing on the US' experience in researching acid rain, Taiwan has reached an initial consensus with the US National Atmospheric Deposition Program (NADP) to carry out multilateral cooperation and technology exchanges. These examples of teamwork help keep Taiwan's acid rain monitoring and analysis methods in step with the rest of the world, as well as help foster regional cooperation with other East Asian countries to jointly prevent and control acid rain.
全文
Results of the EPA's acid rain monitoring reports for the months of January to July show that the likelihood for acid rain to fall in the vicinity of Yangmingshan and the Pengjia Islet is as high as 90%. Precipitation in this region shows comparatively higher levels of acidity in summer rains suggesting that offshore pollutants have the most serious impact on the pH levels of rainfall in Taiwan. Foreign pollution accounts for over half of the source of Taiwan's acid rain. To better understand the status of acid rain pollution in the Taiwan area, the EPA began carrying out the Taiwan Area Acid Rain Monitoring Plan in 1990. This year (2003) marks the first time for this plan to include data from acid rain monitoring stations set up in Yangmingshan (陽明山) and the Pengjia Islet (彭佳嶼). At present there are a total of 12 monitoring stations established throughout Taiwan. In consideration of the impact of different geographical factors such as topography and climate on monitoring results, as well as the need to obtain more objective and comprehensive figures, the location of monitoring stations is frequently and regularly changed. Based on results of monitoring data from January to July this year, the EPA indicated that observations over the years show that northern Taiwan is the area most seriously impacted by acid rain. Acid rain is defined as precipitation that has a pH value of five or less. Northern Taiwan posted an average pH value of 4.5 with over an 80% likelihood of acid rain occurring in this region. In eastern Taiwan, the areas of Ilan and Taidong showed a 50% probability of incurring acid rain, and other regions showed a 40% chance or below. The EPA indicates that despite the various air pollution control strategies carried out over the past 10 years, Taiwan's acid rain situation has still not improved. This is attributed to the long-distance transport of sulfates (SO42-) from offshore regions. It is these sulfates that account for the primary source of acid rain as they drift over Taiwan. Looking at the ratio of impacts from the long-distance transport of pollution for each kind of weather pattern in Taiwan throughout the year, we see that northern and eastern Taiwan receive the greatest impact from the northeasterly winter monsoon winds. Central and southern Taiwan, however, receive the greatest impact from summer rains. Long-distance transport of foreign pollution plays an important role in the processes surrounding the formation of acid rain in Taiwan. Looking at an average of all regions in Taiwan, approximately 31%~40% of all sulfate-laden acid rain in Taiwan is transported over long distances from offshore regions. Research findings show that the amount of acid rain containing sulfates derived from emission sources in the Taiwan region has been on a downward trend in recent years, already from 45.87 tons of acid rain in 1995 to 22.67 tons in 2002. In contrast, the ratio of sulfate-laden acid rain transported from distant offshore regions is on an upward trend. For example, statistics for the year 2000 show that close to 52% of the acid rain in Taiwan came from foreign sources, 85% of which is attributed to seven major regions in Asia, including Japan, Korea, Northeastern China, Northwestern China, Central China, Southern China, the Indochina Peninsula, and the Philippines. Among these seven regions, 85% of the acid rain pollution comes from Mainland China. As for promoting mutual exchange with the international community, the EPA expressed that Taiwan's 12 acid rain monitoring stations already link up with Japan's Acid Deposition Monitoring Network in East Asia (EANET) and the Composition of Asian Deposition (CAD) monitoring network in Southern Asia through strategic alliances to foster multilateral cooperation and share research data. Drawing on the US' experience in researching acid rain, Taiwan has reached an initial consensus with the US National Atmospheric Deposition Program (NADP) to carry out multilateral cooperation and technology exchanges. These examples of teamwork help keep Taiwan's acid rain monitoring and analysis methods in step with the rest of the world, as well as help foster regional cooperation with other East Asian countries to jointly prevent and control acid rain.
年度
2003
月份
6
卷
6
期
9
順序
1
倒序
2
分類
air
標題2
Foreign Pollution Main Source of Acid Rain in Taiwan Foreign Pollution Main Source of Acid Rain in Taiwan
檔案位置
V6/V6-09
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每月提供6個月前資料更新,154黃先生 | 02-23117722#2881 | 2022-01-15 01:10:24
行政院環境保護署臺中雲林農地作物含重金屬鎘污染成因調查及查證計畫
不更新更新,56吳小姐 | 02-2383-2389#8303 | 2022-01-15 01:12:21
行政院環境保護署大眾捷運系統之開發類別環境影響說明書
每2月更新,59黃先生 | 02-23117722#2748 | 2023-08-05 01:01:14
行政院環境保護署應回收廢棄物處理業者(廢照明光源類)最大處理量資料
每年更新更新,58廖小姐 | 02-2370-5888#3103 | 2022-01-14 01:24:02
行政院環境保護署空氣品質小時值_雲林縣_斗六站
每1時更新,285陳先生 | 02-2311-7722#2386 | 2023-08-02 00:57:53
行政院環境保護署
預鑄式建築物污水處理設施審定登記認可設施一覽表
不定期更新更新,61洪先生 | 02-23117722分機2833 | 2023-08-09 01:04:31
行政院環境保護署督察檢測環境介質數據
每1月更新,141陳小姐 | 04-2252-1718#51310 | 2023-08-07 01:00:38
行政院環境保護署工業區污水處理廠分布位置地理圖資
不定期更新更新,50簡小姐 | 02-2311-7722#2831 | 2023-07-27 01:06:00
行政院環境保護署酸雨監測值（歷史資料）
每1日更新,238陳先生 | 02-2311-7722#2386 | 2023-08-08 00:58:43
行政院環境保護署空氣污染稽查次數
每年更新更新,174謝小姐 | 02-23117722#2103 | 2022-01-14 01:22:38
行政院環境保護署