@article{ART001640072},
author={CHO JAE HEON and 윤승진},
title={Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2012},
volume={21},
number={1},
pages={161-169}
TY - JOUR
AU - CHO JAE HEON
AU - 윤승진
TI - Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm
JO - Journal of Environmental Impact Assessment
PY - 2012
VL - 21
IS - 1
PB - Korean Society Of Environmental Impact Assessment
SP - 161
EP - 169
SN - 1225-7184
AB - Recently various attempts have been made to apply HSPF model to calculate runoff and diffuse pollution loads of stream and reservoir watersheds. Because the role of standard flow is very important in the water quality modelling of Total Water Pollution Load Management,HSPF was used as a means of estimating standard flow. In this study, BASINS 4.0 and WinHSPF was applied to the Gomakwoncheon watershed, genetic algorithm(GA) and influence coefficient algorithm were used to calibrate the runoff parameters of the WinHSPF.
The objective function is the sum of the squares of the normalized residuals of the observed and calculated flow and it is optimized using GA. Estimates of the optimum runoff parameters are made at each iteration of the influence coefficient algorithm. The calibration results showed a relatively good correspondence between the observed and the calculated values. The standard flow(Q275) of the Gomakwoncheon watershed was estimated using the ten years of weather data.
KW - BASINS 4.0;WinHSPF;genetic algorithm;influence coefficient algorithm;calibration;standard flow.
DO -
UR -
ER -
CHO JAE HEON and 윤승진. (2012). Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm. Journal of Environmental Impact Assessment, 21(1), 161-169.
CHO JAE HEON and 윤승진. 2012, "Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm", Journal of Environmental Impact Assessment, vol.21, no.1 pp.161-169.
CHO JAE HEON, 윤승진 "Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm" Journal of Environmental Impact Assessment 21.1 pp.161-169 (2012) : 161.
CHO JAE HEON, 윤승진. Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm. 2012; 21(1), 161-169.
CHO JAE HEON and 윤승진. "Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm" Journal of Environmental Impact Assessment 21, no.1 (2012) : 161-169.
CHO JAE HEON; 윤승진. Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm. Journal of Environmental Impact Assessment, 21(1), 161-169.
CHO JAE HEON; 윤승진. Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm. Journal of Environmental Impact Assessment. 2012; 21(1) 161-169.
CHO JAE HEON, 윤승진. Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm. 2012; 21(1), 161-169.
CHO JAE HEON and 윤승진. "Application of BASIN 4.0 and WinHSPF to a Small Stream in Total Water Pollution Load Management Area and Calibration of Model Parameter using Genetic Algorithm" Journal of Environmental Impact Assessment 21, no.1 (2012) : 161-169.
