@article{ART002892896},
author={Suhyang Kim and Sun-Hwan Park and Jongseok Tak and Jongsik Ha and Hyun-Soo Joo and Naehyun Lee},
title={A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2022},
volume={31},
number={5},
pages={271-285}
TY - JOUR
AU - Suhyang Kim
AU - Sun-Hwan Park
AU - Jongseok Tak
AU - Jongsik Ha
AU - Hyun-Soo Joo
AU - Naehyun Lee
TI - A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –
JO - Journal of Environmental Impact Assessment
PY - 2022
VL - 31
IS - 5
PB - Korean Society Of Environmental Impact Assessment
SP - 271
EP - 285
SN - 1225-7184
AB - The AERMET, the AERMOD meteorological preprocessing program, mainly used for environmental impact assessment and Integrated Environmental Permit System (IEPS) in Korea, has not considered the land covers characterasitics, and used only the past meteorological data format CD-144. In this study, two results of AERMET application considering CD-144 format and ISHD format, being used internationally, were compared. Also, the atmospheric dispersion characteristics were analyzed with consideration of land cover. In the case of considered the CD-144 format, the actual wind speed was not taken into account in the weak wind (0.6~0.9m/s) and other wind speed due to the unit conversion problem.
The predicted concentration considering land cover data was up to 387% larger depending on the topographic and emission conditions than without consideration of land cover. In conclusion, when using meteorological preprocessing program in AERMOD modelling, AERMET, with ISHD format, land cover characterasitics in the area should be considered.
KW - Environmental Impact Assessment;AERMOD;AERMET;Land Cover;CD-144;ISHD
DO -
UR -
ER -
Suhyang Kim, Sun-Hwan Park, Jongseok Tak, Jongsik Ha, Hyun-Soo Joo and Naehyun Lee. (2022). A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –. Journal of Environmental Impact Assessment, 31(5), 271-285.
Suhyang Kim, Sun-Hwan Park, Jongseok Tak, Jongsik Ha, Hyun-Soo Joo and Naehyun Lee. 2022, "A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –", Journal of Environmental Impact Assessment, vol.31, no.5 pp.271-285.
Suhyang Kim, Sun-Hwan Park, Jongseok Tak, Jongsik Ha, Hyun-Soo Joo, Naehyun Lee "A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –" Journal of Environmental Impact Assessment 31.5 pp.271-285 (2022) : 271.
Suhyang Kim, Sun-Hwan Park, Jongseok Tak, Jongsik Ha, Hyun-Soo Joo, Naehyun Lee. A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –. 2022; 31(5), 271-285.
Suhyang Kim, Sun-Hwan Park, Jongseok Tak, Jongsik Ha, Hyun-Soo Joo and Naehyun Lee. "A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –" Journal of Environmental Impact Assessment 31, no.5 (2022) : 271-285.
Suhyang Kim; Sun-Hwan Park; Jongseok Tak; Jongsik Ha; Hyun-Soo Joo; Naehyun Lee. A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –. Journal of Environmental Impact Assessment, 31(5), 271-285.
Suhyang Kim; Sun-Hwan Park; Jongseok Tak; Jongsik Ha; Hyun-Soo Joo; Naehyun Lee. A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –. Journal of Environmental Impact Assessment. 2022; 31(5) 271-285.
Suhyang Kim, Sun-Hwan Park, Jongseok Tak, Jongsik Ha, Hyun-Soo Joo, Naehyun Lee. A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –. 2022; 31(5), 271-285.
Suhyang Kim, Sun-Hwan Park, Jongseok Tak, Jongsik Ha, Hyun-Soo Joo and Naehyun Lee. "A Study on Improvement of Air Quality Dispersion Model Application Method in Environmental Impact Assessment (I) – Focusing on AERMOD Meteorological Preprocessor –" Journal of Environmental Impact Assessment 31, no.5 (2022) : 271-285.
