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Project for Evaluating the Strategy of Watershed and Water Quality Management Program

Absrtact	This project compiled the existing watershed regulatory framework, as well as the future charges of the “Environmental Resources Department” establishing. In addition, the goals, strategies, action plans of the healthy watershed management were established based on the response to climate change. For the key performance index, it needs to consider the impact of climate change, as well as the future capital after the establishment of “Environmental Resources Department”, which integrates land and resource information, land planning, restoration and conservation of forest resources, water resources planning and river management, water conservation, hillside, soil conservation, and watershed management works. This project proposed new classification of surface water bodies and water quality standards (protection of human health-related) list, which consists of two heavy metals and inorganic salts, seven volatile organic compounds, one pesticide, polychlorinated biphenyl and anionic surface reactive agent, a total of 12 new additional candidate lists, as well as the value of domestic regulatory. In addition, the control standards of ammonia, BOD, and phosphorus for C and D class water bodies were proposed. For promoting the effectiveness and efficiency of the performance evaluation, this project reviewed and proposed a condensed version of the key performance indicator (KPI) system which combined the original system of the five dimensions, and the spirit of “in response to climate change,” and “integrated forest land and water resources,” with total 14 KPIs. The situ reconnaissance, water quality improvement strategy consulting and integration division of consultative meetings and catchment phosphorus control strategies of the five eutrophic reservoirs, i.e., Shimen, Baoshan, Minde, Chinmen and Chengching lake, were accomplished. The “low-phosphate fertilizers”, including sustained-release and controlled release types, nitrification and urease inhibitors, as well as their applications and other options, were also proposed.
Keyword	Performance evaluation of integrated river basin management, Eutrophication, Surface water classification and water quality standards

Absrtact

This project compiled the existing watershed regulatory framework, as well as the future charges of the “Environmental Resources Department” establishing. In addition, the goals, strategies, action plans of the healthy watershed management were established based on the response to climate change. For the key performance index, it needs to consider the impact of climate change, as well as the future capital after the establishment of “Environmental Resources Department”, which integrates land and resource information, land planning, restoration and conservation of forest resources, water resources planning and river management, water conservation, hillside, soil conservation, and watershed management works. This project proposed new classification of surface water bodies and water quality standards (protection of human health-related) list, which consists of two heavy metals and inorganic salts, seven volatile organic compounds, one pesticide, polychlorinated biphenyl and anionic surface reactive agent, a total of 12 new additional candidate lists, as well as the value of domestic regulatory. In addition, the control standards of ammonia, BOD, and phosphorus for C and D class water bodies were proposed. For promoting the effectiveness and efficiency of the performance evaluation, this project reviewed and proposed a condensed version of the key performance indicator (KPI) system which combined the original system of the five dimensions, and the spirit of “in response to climate change,” and “integrated forest land and water resources,” with total 14 KPIs. The situ reconnaissance, water quality improvement strategy consulting and integration division of consultative meetings and catchment phosphorus control strategies of the five eutrophic reservoirs, i.e., Shimen, Baoshan, Minde, Chinmen and Chengching lake, were accomplished. The “low-phosphate fertilizers”, including sustained-release and controlled release types, nitrification and urease inhibitors, as well as their applications and other options, were also proposed.

Keyword

Performance evaluation of integrated river basin management, Eutrophication, Surface water classification and water quality standards