@article{ART002423720},
author={박성애 and Joon-sig Jung and Tae-Bong Choi and Min-Joo Jeong and Bu-Kyung Kim and Lee,Jong-Chun},
title={Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2018},
volume={27},
number={6},
pages={658-673}
TY - JOUR
AU - 박성애
AU - Joon-sig Jung
AU - Tae-Bong Choi
AU - Min-Joo Jeong
AU - Bu-Kyung Kim
AU - Lee,Jong-Chun
TI - Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines
JO - Journal of Environmental Impact Assessment
PY - 2018
VL - 27
IS - 6
PB - Korean Society Of Environmental Impact Assessment
SP - 658
EP - 673
SN - 1225-7184
AB - Social conflicts with extremely low frequency magnetic field(ELF-MF) exposures are expected to exacerbate due to continued increase in electric power demand and construction of high voltage transmission lines(HVTL). However, in current environmental impact assessment(EIA) act, specific guidelines have not been included concretely about EIA of ELF-MF. Therefore, this study conducted a standardization study on EIA method through case analysis, field measurement, and expert consultation of the EIA for the ELF-MF near HVTL which is the main cause of exposures.
The status of the EIA of the ELF-MF and the problem to be improved are derived and the EIA method which can solve it is suggested. The main contents of the study is that the physical characteristics of the ELF-MF affected by distance and power load should be considered at all stages of EIA(survey of the current situation - Prediction of the impacts - preparation of mitigation plan ? post EIA planning). Based on this study, we also suggested the ‘Measurement method for extremely low frequency magnetic field on transmission line’ and ‘Table for extremely low frequency magnetic field measurement record on transmission line’. The results of this study can be applied to the EIA that minimizes the damage and conflict to the construction of transmission line and derives rational measures at the present time when the human hazard to long term exposure of the ELF-MF is unclear.
KW - Extremely low frequency magnetic field(ELF-MF);Environmental Impact evaluation(EIA);High voltage transmission line(HVTL)
DO -
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ER -
박성애, Joon-sig Jung, Tae-Bong Choi, Min-Joo Jeong, Bu-Kyung Kim and Lee,Jong-Chun. (2018). Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines. Journal of Environmental Impact Assessment, 27(6), 658-673.
박성애, Joon-sig Jung, Tae-Bong Choi, Min-Joo Jeong, Bu-Kyung Kim and Lee,Jong-Chun. 2018, "Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines", Journal of Environmental Impact Assessment, vol.27, no.6 pp.658-673.
박성애, Joon-sig Jung, Tae-Bong Choi, Min-Joo Jeong, Bu-Kyung Kim, Lee,Jong-Chun "Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines" Journal of Environmental Impact Assessment 27.6 pp.658-673 (2018) : 658.
박성애, Joon-sig Jung, Tae-Bong Choi, Min-Joo Jeong, Bu-Kyung Kim, Lee,Jong-Chun. Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines. 2018; 27(6), 658-673.
박성애, Joon-sig Jung, Tae-Bong Choi, Min-Joo Jeong, Bu-Kyung Kim and Lee,Jong-Chun. "Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines" Journal of Environmental Impact Assessment 27, no.6 (2018) : 658-673.
박성애; Joon-sig Jung; Tae-Bong Choi; Min-Joo Jeong; Bu-Kyung Kim; Lee,Jong-Chun. Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines. Journal of Environmental Impact Assessment, 27(6), 658-673.
박성애; Joon-sig Jung; Tae-Bong Choi; Min-Joo Jeong; Bu-Kyung Kim; Lee,Jong-Chun. Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines. Journal of Environmental Impact Assessment. 2018; 27(6) 658-673.
박성애, Joon-sig Jung, Tae-Bong Choi, Min-Joo Jeong, Bu-Kyung Kim, Lee,Jong-Chun. Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines. 2018; 27(6), 658-673.
박성애, Joon-sig Jung, Tae-Bong Choi, Min-Joo Jeong, Bu-Kyung Kim and Lee,Jong-Chun. "Study on Standardization of the Environmental Impact Evaluation Method of Extremely Low Frequency Magnetic Fields near High Voltage Overhead Transmission Lines" Journal of Environmental Impact Assessment 27, no.6 (2018) : 658-673.
