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Developing a Paradigm to Study and Model the Eutrophication Process in Korean Reservoirs
John R . Jones,Mattew F . Knowlton,Kwang Guk An 한국하천호수학회 1997 생태와 환경 Vol.30 No.5
N/A In the task of quantifying eutrophication and its abatement, Korean limnologists and engineers have the advantage of being able to draw on the theoretical framework, comparative analyses and experimentation of colleagues in other temperate regions. Classical eutrophication theory and global models provide an appropriate framework for this evaluation but modifications may be needed to account for the Korean situation. Korean lakes differ from glacial, temperate lakes in that they are mostly artificially constructed reservoirs, and they experience an annual hydrologic cycle dominated by a summer monsoon. In this essay we address major points of distinction between reservoirs and natural lakes, and between Monsoon and non-monsoon climates that should be considered in this regional assessment. Developing a paradigm to quantify how reservoir water quality responds to monsoon inflow should be an immediate concern because this seasonal event is likely a major source of variation within and among lakes. We suggest that a long-term study of Korea`s reservoir resources be undertaken to provide a data base to better understand existing conditions, construct models, and position scientists to make resource decisions.