Feitsui Reservoir Water Quality Deterioratingwater2003
「Feitsui Reservoir Water Quality Deterioratingwater2003」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1217 ， 欄位標題的內容是Feitsui Reservoir Water Quality Deteriorating ， 欄位摘要的內容是The EPA recently announced the status of water quality at the Feitsui Reservoir revealing data that shows how the quality of water entering the reservoir has been declining in recent years. TSI values, which indicate the degree of eutrophication, have increasingly exceeded 50. The EPA indicated that the Pinglin Township covers nearly 60% of the Feitsui Reservoir watershed area. Development in this area has greatly affected water quality and has a great bearing on the state of drinking water quality for the several million residents of the greater Taipei area.
Recently, Taipei County’s Pinglin Township (坪林鄉) residents held a local referendum vote in favor of building a highway interchange in Pinglin. The issue has raised peoples’ concerns about the water quality within this water quality protection area. The EPA announced that the water quality of the Feitsui Reservoir (翡翠水庫) has been deteriorating in recent years. The EPA therefore warns against further development and construction within the vicinity of the Feitsui Reservoir watershed area in order to prevent further pollution damage to the water source quality.
The Feistui Reservoir watershed area covers a total area of 30,000 hectares, of which over 17,000 hectares or 59% belong to Pinglin Township. Based on a survey carried out by the EPA in 2000, land use areas that have a larger environmental impact within this watershed include farmland, market space, and exposed ground, comprising a total of 2,018 hectares. Pinglin Township accounts for 1,583 or 78% of these types of land use areas within the watershed.
According to the Taipei Feitsui Reservoir Administration, monitoring data from 1987 to 2002 show that TSI (trophic state index) values, which indicate the degree of eutrophication, rose from 40.8 in 1993 to 46.3 in 1998. Thereafter, from 1999 to 2002, TSI remained around 46.0. A TSI of 50 or more indicates that the water body has reached a state of eutrophication. Based on monthly measurements of water quality over the last five years, TSI has already exceeded 50 on nine occasions. The total phosphorus, one of the biggest contributors to eutrophication, reached 33.61 mg/l in 2002. This is the highest level it has reached in history, attesting to a trend of deteriorating quality of water entering the reservoir.
The EPA indicated that generally, there are two main types of pollution that affect the water quality of reservoir watersheds. One type is point-source pollution, which comes from daily water effluent from households, tourism areas and campgrounds. The other is non-point source pollution, which refers to pollutants from transportation, developed forestland, tea farms, orchards, exposed ground, landslides, erosion, fertilizers, and pesticides. As for point source pollution, sewage systems are available to only 40% of residential and recreational areas due to the rural and mountainous characteristics of this region, and therefore such systems are unable to effectively solve point source pollution.
As for non-point source pollution from farmland and forestland, if easy access was provided for motor vehicles, it can be foreseen that the level of traffic to Pinglin would greatly increase, followed by an increasing demand for recreational orchards, villas, and campgrounds. If such a situation is not appropriately managed, human activities would lead to increased levels of nitrogen and phosphorous and cause even more severe eutrophication. At the same time, alterations to the surrounding terrain and lay of the land would result in more exposed ground and overuse of the land. Heavy rainfalls would wash away soil and in severe instances would lead to severe soil erosion.
The EPA indicated that pollution resulting from the development of recreation areas and farmland and forests in the upstream areas of the reservoir watershed would impact the assimilative capacity of the water quality. The EPA therefore advises that any development should be preceded by the presentation of a complete set of management measures, including aspects of land use so as to ensure that water source areas have a safe quality and quantity of water.
Demarcation of special areas to protect the quality and quantity of drinking water is necessary for the purpose of protecting drinking water sources. Watersheds become legally designated protected areas after their boundaries are delimited and announced in legislation. Thereafter, the government, industry and the citizenry all have an obligation and duty to jointly protect these water sources that our lives depend on. Of all Taiwan’s 57 reservoirs, the Feitsui Reservoir has the most potential of maintaining comparatively high quality source water because the upstream watershed area has consistently been protected and development has been kept to a minimum. If we fail to uphold this trend, it will be difficult to prevent water quality from continually declining in the future. ， 欄位全文的內容是The EPA recently announced the status of water quality at the Feitsui Reservoir revealing data that shows how the quality of water entering the reservoir has been declining in recent years. TSI values, which indicate the degree of eutrophication, have increasingly exceeded 50. The EPA indicated that the Pinglin Township covers nearly 60% of the Feitsui Reservoir watershed area. Development in this area has greatly affected water quality and has a great bearing on the state of drinking water quality for the several million residents of the greater Taipei area.
Recently, Taipei County’s Pinglin Township (坪林鄉) residents held a local referendum vote in favor of building a highway interchange in Pinglin. The issue has raised peoples’ concerns about the water quality within this water quality protection area. The EPA announced that the water quality of the Feitsui Reservoir (翡翠水庫) has been deteriorating in recent years. The EPA therefore warns against further development and construction within the vicinity of the Feitsui Reservoir watershed area in order to prevent further pollution damage to the water source quality.
The Feistui Reservoir watershed area covers a total area of 30,000 hectares, of which over 17,000 hectares or 59% belong to Pinglin Township. Based on a survey carried out by the EPA in 2000, land use areas that have a larger environmental impact within this watershed include farmland, market space, and exposed ground, comprising a total of 2,018 hectares. Pinglin Township accounts for 1,583 or 78% of these types of land use areas within the watershed.
According to the Taipei Feitsui Reservoir Administration, monitoring data from 1987 to 2002 show that TSI (trophic state index) values, which indicate the degree of eutrophication, rose from 40.8 in 1993 to 46.3 in 1998. Thereafter, from 1999 to 2002, TSI remained around 46.0. A TSI of 50 or more indicates that the water body has reached a state of eutrophication. Based on monthly measurements of water quality over the last five years, TSI has already exceeded 50 on nine occasions. The total phosphorus, one of the biggest contributors to eutrophication, reached 33.61 mg/l in 2002. This is the highest level it has reached in history, attesting to a trend of deteriorating quality of water entering the reservoir.
The EPA indicated that generally, there are two main types of pollution that affect the water quality of reservoir watersheds. One type is point-source pollution, which comes from daily water effluent from households, tourism areas and campgrounds. The other is non-point source pollution, which refers to pollutants from transportation, developed forestland, tea farms, orchards, exposed ground, landslides, erosion, fertilizers, and pesticides. As for point source pollution, sewage systems are available to only 40% of residential and recreational areas due to the rural and mountainous characteristics of this region, and therefore such systems are unable to effectively solve point source pollution.
As for non-point source pollution from farmland and forestland, if easy access was provided for motor vehicles, it can be foreseen that the level of traffic to Pinglin would greatly increase, followed by an increasing demand for recreational orchards, villas, and campgrounds. If such a situation is not appropriately managed, human activities would lead to increased levels of nitrogen and phosphorous and cause even more severe eutrophication. At the same time, alterations to the surrounding terrain and lay of the land would result in more exposed ground and overuse of the land. Heavy rainfalls would wash away soil and in severe instances would lead to severe soil erosion.
The EPA indicated that pollution resulting from the development of recreation areas and farmland and forests in the upstream areas of the reservoir watershed would impact the assimilative capacity of the water quality. The EPA therefore advises that any development should be preceded by the presentation of a complete set of management measures, including aspects of land use so as to ensure that water source areas have a safe quality and quantity of water.
Demarcation of special areas to protect the quality and quantity of drinking water is necessary for the purpose of protecting drinking water sources. Watersheds become legally designated protected areas after their boundaries are delimited and announced in legislation. Thereafter, the government, industry and the citizenry all have an obligation and duty to jointly protect these water sources that our lives depend on. Of all Taiwan’s 57 reservoirs, the Feitsui Reservoir has the most potential of maintaining comparatively high quality source water because the upstream watershed area has consistently been protected and development has been kept to a minimum. If we fail to uphold this trend, it will be difficult to prevent water quality from continually declining in the future. ， 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10 ， 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Feitsui Reservoir Water Quality Deteriorating ， 欄位檔案位置的內容是V6/V6-10 。
編號
1217
標題
Feitsui Reservoir Water Quality Deteriorating
摘要
The EPA recently announced the status of water quality at the Feitsui Reservoir revealing data that shows how the quality of water entering the reservoir has been declining in recent years. TSI values, which indicate the degree of eutrophication, have increasingly exceeded 50. The EPA indicated that the Pinglin Township covers nearly 60% of the Feitsui Reservoir watershed area. Development in this area has greatly affected water quality and has a great bearing on the state of drinking water quality for the several million residents of the greater Taipei area. Recently, Taipei County’s Pinglin Township (坪林鄉) residents held a local referendum vote in favor of building a highway interchange in Pinglin. The issue has raised peoples’ concerns about the water quality within this water quality protection area. The EPA announced that the water quality of the Feitsui Reservoir (翡翠水庫) has been deteriorating in recent years. The EPA therefore warns against further development and construction within the vicinity of the Feitsui Reservoir watershed area in order to prevent further pollution damage to the water source quality. The Feistui Reservoir watershed area covers a total area of 30,000 hectares, of which over 17,000 hectares or 59% belong to Pinglin Township. Based on a survey carried out by the EPA in 2000, land use areas that have a larger environmental impact within this watershed include farmland, market space, and exposed ground, comprising a total of 2,018 hectares. Pinglin Township accounts for 1,583 or 78% of these types of land use areas within the watershed. According to the Taipei Feitsui Reservoir Administration, monitoring data from 1987 to 2002 show that TSI (trophic state index) values, which indicate the degree of eutrophication, rose from 40.8 in 1993 to 46.3 in 1998. Thereafter, from 1999 to 2002, TSI remained around 46.0. A TSI of 50 or more indicates that the water body has reached a state of eutrophication. Based on monthly measurements of water quality over the last five years, TSI has already exceeded 50 on nine occasions. The total phosphorus, one of the biggest contributors to eutrophication, reached 33.61 mg/l in 2002. This is the highest level it has reached in history, attesting to a trend of deteriorating quality of water entering the reservoir. The EPA indicated that generally, there are two main types of pollution that affect the water quality of reservoir watersheds. One type is point-source pollution, which comes from daily water effluent from households, tourism areas and campgrounds. The other is non-point source pollution, which refers to pollutants from transportation, developed forestland, tea farms, orchards, exposed ground, landslides, erosion, fertilizers, and pesticides. As for point source pollution, sewage systems are available to only 40% of residential and recreational areas due to the rural and mountainous characteristics of this region, and therefore such systems are unable to effectively solve point source pollution. As for non-point source pollution from farmland and forestland, if easy access was provided for motor vehicles, it can be foreseen that the level of traffic to Pinglin would greatly increase, followed by an increasing demand for recreational orchards, villas, and campgrounds. If such a situation is not appropriately managed, human activities would lead to increased levels of nitrogen and phosphorous and cause even more severe eutrophication. At the same time, alterations to the surrounding terrain and lay of the land would result in more exposed ground and overuse of the land. Heavy rainfalls would wash away soil and in severe instances would lead to severe soil erosion. The EPA indicated that pollution resulting from the development of recreation areas and farmland and forests in the upstream areas of the reservoir watershed would impact the assimilative capacity of the water quality. The EPA therefore advises that any development should be preceded by the presentation of a complete set of management measures, including aspects of land use so as to ensure that water source areas have a safe quality and quantity of water. Demarcation of special areas to protect the quality and quantity of drinking water is necessary for the purpose of protecting drinking water sources. Watersheds become legally designated protected areas after their boundaries are delimited and announced in legislation. Thereafter, the government, industry and the citizenry all have an obligation and duty to jointly protect these water sources that our lives depend on. Of all Taiwan’s 57 reservoirs, the Feitsui Reservoir has the most potential of maintaining comparatively high quality source water because the upstream watershed area has consistently been protected and development has been kept to a minimum. If we fail to uphold this trend, it will be difficult to prevent water quality from continually declining in the future.
全文
The EPA recently announced the status of water quality at the Feitsui Reservoir revealing data that shows how the quality of water entering the reservoir has been declining in recent years. TSI values, which indicate the degree of eutrophication, have increasingly exceeded 50. The EPA indicated that the Pinglin Township covers nearly 60% of the Feitsui Reservoir watershed area. Development in this area has greatly affected water quality and has a great bearing on the state of drinking water quality for the several million residents of the greater Taipei area. Recently, Taipei County’s Pinglin Township (坪林鄉) residents held a local referendum vote in favor of building a highway interchange in Pinglin. The issue has raised peoples’ concerns about the water quality within this water quality protection area. The EPA announced that the water quality of the Feitsui Reservoir (翡翠水庫) has been deteriorating in recent years. The EPA therefore warns against further development and construction within the vicinity of the Feitsui Reservoir watershed area in order to prevent further pollution damage to the water source quality. The Feistui Reservoir watershed area covers a total area of 30,000 hectares, of which over 17,000 hectares or 59% belong to Pinglin Township. Based on a survey carried out by the EPA in 2000, land use areas that have a larger environmental impact within this watershed include farmland, market space, and exposed ground, comprising a total of 2,018 hectares. Pinglin Township accounts for 1,583 or 78% of these types of land use areas within the watershed. According to the Taipei Feitsui Reservoir Administration, monitoring data from 1987 to 2002 show that TSI (trophic state index) values, which indicate the degree of eutrophication, rose from 40.8 in 1993 to 46.3 in 1998. Thereafter, from 1999 to 2002, TSI remained around 46.0. A TSI of 50 or more indicates that the water body has reached a state of eutrophication. Based on monthly measurements of water quality over the last five years, TSI has already exceeded 50 on nine occasions. The total phosphorus, one of the biggest contributors to eutrophication, reached 33.61 mg/l in 2002. This is the highest level it has reached in history, attesting to a trend of deteriorating quality of water entering the reservoir. The EPA indicated that generally, there are two main types of pollution that affect the water quality of reservoir watersheds. One type is point-source pollution, which comes from daily water effluent from households, tourism areas and campgrounds. The other is non-point source pollution, which refers to pollutants from transportation, developed forestland, tea farms, orchards, exposed ground, landslides, erosion, fertilizers, and pesticides. As for point source pollution, sewage systems are available to only 40% of residential and recreational areas due to the rural and mountainous characteristics of this region, and therefore such systems are unable to effectively solve point source pollution. As for non-point source pollution from farmland and forestland, if easy access was provided for motor vehicles, it can be foreseen that the level of traffic to Pinglin would greatly increase, followed by an increasing demand for recreational orchards, villas, and campgrounds. If such a situation is not appropriately managed, human activities would lead to increased levels of nitrogen and phosphorous and cause even more severe eutrophication. At the same time, alterations to the surrounding terrain and lay of the land would result in more exposed ground and overuse of the land. Heavy rainfalls would wash away soil and in severe instances would lead to severe soil erosion. The EPA indicated that pollution resulting from the development of recreation areas and farmland and forests in the upstream areas of the reservoir watershed would impact the assimilative capacity of the water quality. The EPA therefore advises that any development should be preceded by the presentation of a complete set of management measures, including aspects of land use so as to ensure that water source areas have a safe quality and quantity of water. Demarcation of special areas to protect the quality and quantity of drinking water is necessary for the purpose of protecting drinking water sources. Watersheds become legally designated protected areas after their boundaries are delimited and announced in legislation. Thereafter, the government, industry and the citizenry all have an obligation and duty to jointly protect these water sources that our lives depend on. Of all Taiwan’s 57 reservoirs, the Feitsui Reservoir has the most potential of maintaining comparatively high quality source water because the upstream watershed area has consistently been protected and development has been kept to a minimum. If we fail to uphold this trend, it will be difficult to prevent water quality from continually declining in the future.
年度
2003
月份
6
卷
6
期
10
順序
1
倒序
2
分類
water
標題2
Feitsui Reservoir Water Quality Deteriorating
檔案位置
V6/V6-10
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