EPA Allocates NT$200mn to Protect Drinking Waterwater2008
「EPA Allocates NT$200mn to Protect Drinking Waterwater2008」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2120 ， 欄位標題的內容是EPA Allocates NT$200mn to Protect Drinking Water ， 欄位摘要的內容是Water Quality
EPA Allocates NT$200mn to Protect Drinking Water
Starting this year (2008) the EPA will allocate over NT$200 million over the next four years to protect drinking water sources at Tsengwen Reservoir, Shihmen Reservoir, Feitsui Reservoir and Kinmen Reservoir. This project will integrate with the Water Resources Agency’s Watershed Conservation Guidelines to protect the water quality of reservoir watersheds.
Just four reservoirs provide drinking water for 9.5 million people, three-sevenths of Taiwan’s population. Pollution sources that could degrade reservoir water quality include point-source pollution from residential kitchen and toilet effluent, and wastewater from restaurants and hotels. Planar-source pollution includes runoff from farmland, cities and roads. When these sources of pollution enter reservoirs without undergoing treatment, they can increase the amount of nutrients and salts that enter reservoirs, resulting in the proliferation of algae.
Taking Feitsui Reservoir as an example, 28% of pollution is from point-source residential effluent, while 72% of pollution is non-point source pollution. Sewer systems in that area treat 39% of pollution. Although the water quality of many rivers feeding into the reservoir is not polluted, it still does not reach targeted water quality standards for Class I surface water bodies. According to monitoring data gathered in 2007 in a project commissioned by the EPA, at the outset of rainstorms, nitrogen and phosphorus in the Beishih River Pinglin drainage, the drainage near the Pinglin Gong Bridge, drainage near the First Bridge on Jingualiao River, and the drainage near the Dalin Bridge on the Yuku River is higher than water quality standards allow. Therefore the EPA and the Taipei Water Source Special Area Management Bureau of the Water Resources Agency, Ministry of Economic Affairs, have cooperated to install holding ponds, buffer belts and artificial wetlands in areas without sewer systems to reduce pollution from non-point sources along those rivers.
Doing its part to protect the water quality of the Feistui Reservoir and reduce non-point sources of pollution, the EPA has completed publication of the “Agricultural Non-point Source Pollution Control Technology Implementation Manual,” as well as held three educational workshops for farmers upstream of the Hsindian River to disseminate nine of the best management and control practices, including refraining from fertilizing during periods of heavy rain, applying adequate amounts of fertilizer, refraining from tossing empty pesticide containers on the ground, planting swales, vegetation belts, and runoff retention ditches. About 140 farmers participated in these workshops. The EPA also subsidized local governments to complete buffer belts and wetlands in three areas covering 2.67 hectares to reduce pollution from adjacent tea plantations and residential areas. ， 欄位全文的內容是Water Quality
EPA Allocates NT$200mn to Protect Drinking Water
Starting this year (2008) the EPA will allocate over NT$200 million over the next four years to protect drinking water sources at Tsengwen Reservoir, Shihmen Reservoir, Feitsui Reservoir and Kinmen Reservoir. This project will integrate with the Water Resources Agency’s Watershed Conservation Guidelines to protect the water quality of reservoir watersheds.
Just four reservoirs provide drinking water for 9.5 million people, three-sevenths of Taiwan’s population. Pollution sources that could degrade reservoir water quality include point-source pollution from residential kitchen and toilet effluent, and wastewater from restaurants and hotels. Planar-source pollution includes runoff from farmland, cities and roads. When these sources of pollution enter reservoirs without undergoing treatment, they can increase the amount of nutrients and salts that enter reservoirs, resulting in the proliferation of algae.
Taking Feitsui Reservoir as an example, 28% of pollution is from point-source residential effluent, while 72% of pollution is non-point source pollution. Sewer systems in that area treat 39% of pollution. Although the water quality of many rivers feeding into the reservoir is not polluted, it still does not reach targeted water quality standards for Class I surface water bodies. According to monitoring data gathered in 2007 in a project commissioned by the EPA, at the outset of rainstorms, nitrogen and phosphorus in the Beishih River Pinglin drainage, the drainage near the Pinglin Gong Bridge, drainage near the First Bridge on Jingualiao River, and the drainage near the Dalin Bridge on the Yuku River is higher than water quality standards allow. Therefore the EPA and the Taipei Water Source Special Area Management Bureau of the Water Resources Agency, Ministry of Economic Affairs, have cooperated to install holding ponds, buffer belts and artificial wetlands in areas without sewer systems to reduce pollution from non-point sources along those rivers.
Doing its part to protect the water quality of the Feistui Reservoir and reduce non-point sources of pollution, the EPA has completed publication of the “Agricultural Non-point Source Pollution Control Technology Implementation Manual,” as well as held three educational workshops for farmers upstream of the Hsindian River to disseminate nine of the best management and control practices, including refraining from fertilizing during periods of heavy rain, applying adequate amounts of fertilizer, refraining from tossing empty pesticide containers on the ground, planting swales, vegetation belts, and runoff retention ditches. About 140 farmers participated in these workshops. The EPA also subsidized local governments to complete buffer belts and wetlands in three areas covering 2.67 hectares to reduce pollution from adjacent tea plantations and residential areas. ， 欄位年度的內容是2008 ， 欄位月份的內容是11 ， 欄位卷的內容是11 ， 欄位期的內容是2 ， 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water ， 欄位標題2的內容是EPA Allocates NT$200mn to Protect Drinking Water ， 欄位檔案位置的內容是V11/V11-02 。
編號
2120
標題
EPA Allocates NT$200mn to Protect Drinking Water
摘要
Water Quality EPA Allocates NT$200mn to Protect Drinking Water Starting this year (2008) the EPA will allocate over NT$200 million over the next four years to protect drinking water sources at Tsengwen Reservoir, Shihmen Reservoir, Feitsui Reservoir and Kinmen Reservoir. This project will integrate with the Water Resources Agency’s Watershed Conservation Guidelines to protect the water quality of reservoir watersheds. Just four reservoirs provide drinking water for 9.5 million people, three-sevenths of Taiwan’s population. Pollution sources that could degrade reservoir water quality include point-source pollution from residential kitchen and toilet effluent, and wastewater from restaurants and hotels. Planar-source pollution includes runoff from farmland, cities and roads. When these sources of pollution enter reservoirs without undergoing treatment, they can increase the amount of nutrients and salts that enter reservoirs, resulting in the proliferation of algae. Taking Feitsui Reservoir as an example, 28% of pollution is from point-source residential effluent, while 72% of pollution is non-point source pollution. Sewer systems in that area treat 39% of pollution. Although the water quality of many rivers feeding into the reservoir is not polluted, it still does not reach targeted water quality standards for Class I surface water bodies. According to monitoring data gathered in 2007 in a project commissioned by the EPA, at the outset of rainstorms, nitrogen and phosphorus in the Beishih River Pinglin drainage, the drainage near the Pinglin Gong Bridge, drainage near the First Bridge on Jingualiao River, and the drainage near the Dalin Bridge on the Yuku River is higher than water quality standards allow. Therefore the EPA and the Taipei Water Source Special Area Management Bureau of the Water Resources Agency, Ministry of Economic Affairs, have cooperated to install holding ponds, buffer belts and artificial wetlands in areas without sewer systems to reduce pollution from non-point sources along those rivers. Doing its part to protect the water quality of the Feistui Reservoir and reduce non-point sources of pollution, the EPA has completed publication of the “Agricultural Non-point Source Pollution Control Technology Implementation Manual,” as well as held three educational workshops for farmers upstream of the Hsindian River to disseminate nine of the best management and control practices, including refraining from fertilizing during periods of heavy rain, applying adequate amounts of fertilizer, refraining from tossing empty pesticide containers on the ground, planting swales, vegetation belts, and runoff retention ditches. About 140 farmers participated in these workshops. The EPA also subsidized local governments to complete buffer belts and wetlands in three areas covering 2.67 hectares to reduce pollution from adjacent tea plantations and residential areas.
全文
Water Quality EPA Allocates NT$200mn to Protect Drinking Water Starting this year (2008) the EPA will allocate over NT$200 million over the next four years to protect drinking water sources at Tsengwen Reservoir, Shihmen Reservoir, Feitsui Reservoir and Kinmen Reservoir. This project will integrate with the Water Resources Agency’s Watershed Conservation Guidelines to protect the water quality of reservoir watersheds. Just four reservoirs provide drinking water for 9.5 million people, three-sevenths of Taiwan’s population. Pollution sources that could degrade reservoir water quality include point-source pollution from residential kitchen and toilet effluent, and wastewater from restaurants and hotels. Planar-source pollution includes runoff from farmland, cities and roads. When these sources of pollution enter reservoirs without undergoing treatment, they can increase the amount of nutrients and salts that enter reservoirs, resulting in the proliferation of algae. Taking Feitsui Reservoir as an example, 28% of pollution is from point-source residential effluent, while 72% of pollution is non-point source pollution. Sewer systems in that area treat 39% of pollution. Although the water quality of many rivers feeding into the reservoir is not polluted, it still does not reach targeted water quality standards for Class I surface water bodies. According to monitoring data gathered in 2007 in a project commissioned by the EPA, at the outset of rainstorms, nitrogen and phosphorus in the Beishih River Pinglin drainage, the drainage near the Pinglin Gong Bridge, drainage near the First Bridge on Jingualiao River, and the drainage near the Dalin Bridge on the Yuku River is higher than water quality standards allow. Therefore the EPA and the Taipei Water Source Special Area Management Bureau of the Water Resources Agency, Ministry of Economic Affairs, have cooperated to install holding ponds, buffer belts and artificial wetlands in areas without sewer systems to reduce pollution from non-point sources along those rivers. Doing its part to protect the water quality of the Feistui Reservoir and reduce non-point sources of pollution, the EPA has completed publication of the “Agricultural Non-point Source Pollution Control Technology Implementation Manual,” as well as held three educational workshops for farmers upstream of the Hsindian River to disseminate nine of the best management and control practices, including refraining from fertilizing during periods of heavy rain, applying adequate amounts of fertilizer, refraining from tossing empty pesticide containers on the ground, planting swales, vegetation belts, and runoff retention ditches. About 140 farmers participated in these workshops. The EPA also subsidized local governments to complete buffer belts and wetlands in three areas covering 2.67 hectares to reduce pollution from adjacent tea plantations and residential areas.
年度
2008
月份
11
卷
11
期
2
順序
1
倒序
2
分類
water
標題2
EPA Allocates NT$200mn to Protect Drinking Water
檔案位置
V11/V11-02
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