@article{ART001673647},
author={조완희 and 염경택 and 김진수 and 반양진 and Chung, Se-woong},
title={Study on Algae Occurrence in Daecheong Reservoir},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2012},
volume={21},
number={3},
pages={367-380},
doi={}
TY - JOUR
AU - 조완희
AU - 염경택
AU - 김진수
AU - 반양진
AU - Chung, Se-woong
TI - Study on Algae Occurrence in Daecheong Reservoir
JO - Journal of Environmental Impact Assessment
PY - 2012
VL - 21
IS - 3
PB - Korean Society Of Environmental Impact Assessment
SP - 367
EP - 380
SN - 1225-7184
AB - There are many long and round shape shores due to terrain characteristics in Daecheong reservoir. Therefore it is indicated different spatial distribution of algae every year since the stream is being regulated by these terrain characteristics and reservoir operation about inflow and outflow discharge. Also oversupply of nutrient salt from tributaries of Daecheong reservoir where pollutants were concentrated generates massive growth of algae and depending on hydrological, reservoir operation condition, those proliferated algae at the stagnant tributaries moves to the mainstream of Daecheong reservoir which could create problems of water quality.
In this study, it was analyzed the tendency of algae generation by examining algae occurring status for the last 4 years since 2008, and implemented hydraulic analysis at Daecheong reservoir through numerical tracer simulation by applying 3-dimensional hydrodynamic model, ELCOM. Also it was implemented a quantitative analysis of causal relationship based on the algae generation tendency and hydraulic behavior at Daecheong reservoir. Through numerical tracer simulation in this study, it could be noticed the degree of spread of inflow indicated similar trend to the algae occurring status at Daecheong reservoir and verified the different tendency of algae generation in 2011 unlike previous year caused by the rise of water temperature.
KW - Algae Occurrence;Daecheong Reservoir;ELCOM;Hydrodynamic Analysis;Numerical Tracer
DO -
ER -
조완희, 염경택, 김진수, 반양진 and Chung, Se-woong. (2012). Study on Algae Occurrence in Daecheong Reservoir. Journal of Environmental Impact Assessment, 21(3), 367-380.
조완희, 염경택, 김진수, 반양진 and Chung, Se-woong. 2012, "Study on Algae Occurrence in Daecheong Reservoir", Journal of Environmental Impact Assessment, vol.21, no.3 pp.367-380. Available from: doi:
조완희, 염경택, 김진수, 반양진, Chung, Se-woong "Study on Algae Occurrence in Daecheong Reservoir" Journal of Environmental Impact Assessment 21.3 pp.367-380 (2012) : 367.
조완희, 염경택, 김진수, 반양진, Chung, Se-woong. Study on Algae Occurrence in Daecheong Reservoir. 2012; 21(3), 367-380. Available from: doi:
조완희, 염경택, 김진수, 반양진 and Chung, Se-woong. "Study on Algae Occurrence in Daecheong Reservoir" Journal of Environmental Impact Assessment 21, no.3 (2012) : 367-380.doi:
조완희; 염경택; 김진수; 반양진; Chung, Se-woong. Study on Algae Occurrence in Daecheong Reservoir. Journal of Environmental Impact Assessment, 21(3), 367-380. doi:
조완희; 염경택; 김진수; 반양진; Chung, Se-woong. Study on Algae Occurrence in Daecheong Reservoir. Journal of Environmental Impact Assessment. 2012; 21(3) 367-380. doi:
조완희, 염경택, 김진수, 반양진, Chung, Se-woong. Study on Algae Occurrence in Daecheong Reservoir. 2012; 21(3), 367-380. Available from: doi:
조완희, 염경택, 김진수, 반양진 and Chung, Se-woong. "Study on Algae Occurrence in Daecheong Reservoir" Journal of Environmental Impact Assessment 21, no.3 (2012) : 367-380.doi:
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