Initial Study of Keelung River Ecology Completedwater2000
「Initial Study of Keelung River Ecology Completedwater2000」於資料集「Environmental Policy Monthly」由單位「行政院環境保護署」的楊先生所提供，聯繫電話是(02)23117722#2217,(02)23117722#2216，最近更新時間為：2022-01-15 01:13:03。 欄位編號的內容是507 ， 欄位標題的內容是Initial Study of Keelung River Ecology Completed ， 欄位摘要的內容是Species distribution is an effective indicator for monitoring river pollution. To establish species indicators for the Keelung river over the last four years the EPA has conducted ongoing studies on the rivers ecology. Initial indicators have already been established for algae, aquatic insects, bottom dwelling invertebrates, and fish species. The research indicates that construction on the upper reaches of the river has resulted in heavy pollution along the river. In response, the EPA will tighten site audits for these construction projects.
One of the goals of river pollution cleanup is to preserve ecological integrity. In this sense, species distribution and variation are an important tool in observing water quality and pollution conditions. For this reason, in FY 1996 the EPA began monitoring and analysis of the composition of aquatic species in the Keelung river. The study was aimed to increase understanding of the rivers ecological condition and the relationship between species composition and water quality.
The EPA noted that after four years of collecting ecological study data, they have come up with initial indicator methodologies for algae, aquatic insects, bottom dwelling invertebrates, and fish species. Furthermore, they have developed an overall river ecology quality assessment system that will be used to assess the condition of the Keelung river ecology, follow up on any quality changes to the river, and provide references to help formulate river basin management strategies.
Results from research over the past years has led to a number of findings on the relationship between water quality and species distribution. For example, species distribution changes in accordance with the degree of pollution, and the diversity of indicator organisms and species can be used to monitor the condition of water quality. The ecological quality assessment system that has been developed on these principles integrates the quality of biotic communities and habitats, and can be used for spatial assessment of the quality of different river sections, and as a tool to assess temporal quality changes.
The lower flow of the Keelung intakes large quantities of municipal waste water from greater Taipei, and as a result the small number of species that can withstand this pollution are dominant. In the water source regions of the rivers upper reaches, water quality is comparatively better and species variation is greater. Based on the combined research data from the EPA's study, there are 26 fish species in the Keelung river, 37 in the Hsintian stream, 26 in the Tahan stream, 15 in the flow of the Tamshui river.
The EPA stated that during the study, signs of progressive ecological deterioration were discovered in the upper flow of the Keelung river. After comparing different quality indicators, the main reason for ecological deterioration was found to be destruction of river bank habitats. Furthermore it was revealed that the two major factors affecting river basin habitats are up stream development and river bed construction. The EPA pointed out that pollution created at construction sites increases water turbidity. Suspended solids in a river influence the quality of drinking water and its sense of aesthetic beauty. Furthermore it obstructs light from penetrating the water and hampers the generation of dissolved oxygen. This affects the respiration of fish and is detrimental to their survival. Exposure or paving of the surface of the river bank removes any buffers that exist against non-point source pollution or torrential rains, which can then directly enter the water system and increase stress on the river.
For this reason, the EPA will include construction site pollution among its key plans, and select certain construction sites for demonstration projects. In accordance with promises made in environmental impact assessments, construction units will be requested to faithfully build and operate sedimentation pools, and establish measures to control non-point source pollution, such as coverage or vegetation of exposed surfaces and control of soil runoff. These measures should lighten the burden created by suspended solids and help improve ecological quality for the river basin. In the future, the EPA will continue to monitor river ecology and try to understand ecological quality through long term monitoring of river organisms and species. Furthermore, the EPA will take all necessary measures to stop pollution in time. ， 欄位全文的內容是Species distribution is an effective indicator for monitoring river pollution. To establish species indicators for the Keelung river over the last four years the EPA has conducted ongoing studies on the rivers ecology. Initial indicators have already been established for algae, aquatic insects, bottom dwelling invertebrates, and fish species. The research indicates that construction on the upper reaches of the river has resulted in heavy pollution along the river. In response, the EPA will tighten site audits for these construction projects.
One of the goals of river pollution cleanup is to preserve ecological integrity. In this sense, species distribution and variation are an important tool in observing water quality and pollution conditions. For this reason, in FY 1996 the EPA began monitoring and analysis of the composition of aquatic species in the Keelung river. The study was aimed to increase understanding of the rivers ecological condition and the relationship between species composition and water quality.
The EPA noted that after four years of collecting ecological study data, they have come up with initial indicator methodologies for algae, aquatic insects, bottom dwelling invertebrates, and fish species. Furthermore, they have developed an overall river ecology quality assessment system that will be used to assess the condition of the Keelung river ecology, follow up on any quality changes to the river, and provide references to help formulate river basin management strategies.
Results from research over the past years has led to a number of findings on the relationship between water quality and species distribution. For example, species distribution changes in accordance with the degree of pollution, and the diversity of indicator organisms and species can be used to monitor the condition of water quality. The ecological quality assessment system that has been developed on these principles integrates the quality of biotic communities and habitats, and can be used for spatial assessment of the quality of different river sections, and as a tool to assess temporal quality changes.
The lower flow of the Keelung intakes large quantities of municipal waste water from greater Taipei, and as a result the small number of species that can withstand this pollution are dominant. In the water source regions of the rivers upper reaches, water quality is comparatively better and species variation is greater. Based on the combined research data from the EPA's study, there are 26 fish species in the Keelung river, 37 in the Hsintian stream, 26 in the Tahan stream, 15 in the flow of the Tamshui river.
The EPA stated that during the study, signs of progressive ecological deterioration were discovered in the upper flow of the Keelung river. After comparing different quality indicators, the main reason for ecological deterioration was found to be destruction of river bank habitats. Furthermore it was revealed that the two major factors affecting river basin habitats are up stream development and river bed construction. The EPA pointed out that pollution created at construction sites increases water turbidity. Suspended solids in a river influence the quality of drinking water and its sense of aesthetic beauty. Furthermore it obstructs light from penetrating the water and hampers the generation of dissolved oxygen. This affects the respiration of fish and is detrimental to their survival. Exposure or paving of the surface of the river bank removes any buffers that exist against non-point source pollution or torrential rains, which can then directly enter the water system and increase stress on the river.
For this reason, the EPA will include construction site pollution among its key plans, and select certain construction sites for demonstration projects. In accordance with promises made in environmental impact assessments, construction units will be requested to faithfully build and operate sedimentation pools, and establish measures to control non-point source pollution, such as coverage or vegetation of exposed surfaces and control of soil runoff. These measures should lighten the burden created by suspended solids and help improve ecological quality for the river basin. In the future, the EPA will continue to monitor river ecology and try to understand ecological quality through long term monitoring of river organisms and species. Furthermore, the EPA will take all necessary measures to stop pollution in time. ， 欄位年度的內容是2000 ， 欄位月份的內容是3 ， 欄位卷的內容是3 ， 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water ， 欄位標題2的內容是Initial Study of Keelung River Ecology Completed ， 欄位檔案位置的內容是print/V3/V3-09 。
編號
507
標題
Initial Study of Keelung River Ecology Completed
摘要
Species distribution is an effective indicator for monitoring river pollution. To establish species indicators for the Keelung river over the last four years the EPA has conducted ongoing studies on the rivers ecology. Initial indicators have already been established for algae, aquatic insects, bottom dwelling invertebrates, and fish species. The research indicates that construction on the upper reaches of the river has resulted in heavy pollution along the river. In response, the EPA will tighten site audits for these construction projects. One of the goals of river pollution cleanup is to preserve ecological integrity. In this sense, species distribution and variation are an important tool in observing water quality and pollution conditions. For this reason, in FY 1996 the EPA began monitoring and analysis of the composition of aquatic species in the Keelung river. The study was aimed to increase understanding of the rivers ecological condition and the relationship between species composition and water quality. The EPA noted that after four years of collecting ecological study data, they have come up with initial indicator methodologies for algae, aquatic insects, bottom dwelling invertebrates, and fish species. Furthermore, they have developed an overall river ecology quality assessment system that will be used to assess the condition of the Keelung river ecology, follow up on any quality changes to the river, and provide references to help formulate river basin management strategies. Results from research over the past years has led to a number of findings on the relationship between water quality and species distribution. For example, species distribution changes in accordance with the degree of pollution, and the diversity of indicator organisms and species can be used to monitor the condition of water quality. The ecological quality assessment system that has been developed on these principles integrates the quality of biotic communities and habitats, and can be used for spatial assessment of the quality of different river sections, and as a tool to assess temporal quality changes. The lower flow of the Keelung intakes large quantities of municipal waste water from greater Taipei, and as a result the small number of species that can withstand this pollution are dominant. In the water source regions of the rivers upper reaches, water quality is comparatively better and species variation is greater. Based on the combined research data from the EPA's study, there are 26 fish species in the Keelung river, 37 in the Hsintian stream, 26 in the Tahan stream, 15 in the flow of the Tamshui river. The EPA stated that during the study, signs of progressive ecological deterioration were discovered in the upper flow of the Keelung river. After comparing different quality indicators, the main reason for ecological deterioration was found to be destruction of river bank habitats. Furthermore it was revealed that the two major factors affecting river basin habitats are up stream development and river bed construction. The EPA pointed out that pollution created at construction sites increases water turbidity. Suspended solids in a river influence the quality of drinking water and its sense of aesthetic beauty. Furthermore it obstructs light from penetrating the water and hampers the generation of dissolved oxygen. This affects the respiration of fish and is detrimental to their survival. Exposure or paving of the surface of the river bank removes any buffers that exist against non-point source pollution or torrential rains, which can then directly enter the water system and increase stress on the river. For this reason, the EPA will include construction site pollution among its key plans, and select certain construction sites for demonstration projects. In accordance with promises made in environmental impact assessments, construction units will be requested to faithfully build and operate sedimentation pools, and establish measures to control non-point source pollution, such as coverage or vegetation of exposed surfaces and control of soil runoff. These measures should lighten the burden created by suspended solids and help improve ecological quality for the river basin. In the future, the EPA will continue to monitor river ecology and try to understand ecological quality through long term monitoring of river organisms and species. Furthermore, the EPA will take all necessary measures to stop pollution in time.
全文
Species distribution is an effective indicator for monitoring river pollution. To establish species indicators for the Keelung river over the last four years the EPA has conducted ongoing studies on the rivers ecology. Initial indicators have already been established for algae, aquatic insects, bottom dwelling invertebrates, and fish species. The research indicates that construction on the upper reaches of the river has resulted in heavy pollution along the river. In response, the EPA will tighten site audits for these construction projects. One of the goals of river pollution cleanup is to preserve ecological integrity. In this sense, species distribution and variation are an important tool in observing water quality and pollution conditions. For this reason, in FY 1996 the EPA began monitoring and analysis of the composition of aquatic species in the Keelung river. The study was aimed to increase understanding of the rivers ecological condition and the relationship between species composition and water quality. The EPA noted that after four years of collecting ecological study data, they have come up with initial indicator methodologies for algae, aquatic insects, bottom dwelling invertebrates, and fish species. Furthermore, they have developed an overall river ecology quality assessment system that will be used to assess the condition of the Keelung river ecology, follow up on any quality changes to the river, and provide references to help formulate river basin management strategies. Results from research over the past years has led to a number of findings on the relationship between water quality and species distribution. For example, species distribution changes in accordance with the degree of pollution, and the diversity of indicator organisms and species can be used to monitor the condition of water quality. The ecological quality assessment system that has been developed on these principles integrates the quality of biotic communities and habitats, and can be used for spatial assessment of the quality of different river sections, and as a tool to assess temporal quality changes. The lower flow of the Keelung intakes large quantities of municipal waste water from greater Taipei, and as a result the small number of species that can withstand this pollution are dominant. In the water source regions of the rivers upper reaches, water quality is comparatively better and species variation is greater. Based on the combined research data from the EPA's study, there are 26 fish species in the Keelung river, 37 in the Hsintian stream, 26 in the Tahan stream, 15 in the flow of the Tamshui river. The EPA stated that during the study, signs of progressive ecological deterioration were discovered in the upper flow of the Keelung river. After comparing different quality indicators, the main reason for ecological deterioration was found to be destruction of river bank habitats. Furthermore it was revealed that the two major factors affecting river basin habitats are up stream development and river bed construction. The EPA pointed out that pollution created at construction sites increases water turbidity. Suspended solids in a river influence the quality of drinking water and its sense of aesthetic beauty. Furthermore it obstructs light from penetrating the water and hampers the generation of dissolved oxygen. This affects the respiration of fish and is detrimental to their survival. Exposure or paving of the surface of the river bank removes any buffers that exist against non-point source pollution or torrential rains, which can then directly enter the water system and increase stress on the river. For this reason, the EPA will include construction site pollution among its key plans, and select certain construction sites for demonstration projects. In accordance with promises made in environmental impact assessments, construction units will be requested to faithfully build and operate sedimentation pools, and establish measures to control non-point source pollution, such as coverage or vegetation of exposed surfaces and control of soil runoff. These measures should lighten the burden created by suspended solids and help improve ecological quality for the river basin. In the future, the EPA will continue to monitor river ecology and try to understand ecological quality through long term monitoring of river organisms and species. Furthermore, the EPA will take all necessary measures to stop pollution in time.
年度
2000
月份
3
卷
3
期
9
順序
1
倒序
2
分類
water
標題2
Initial Study of Keelung River Ecology Completed
檔案位置
print/V3/V3-09
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