@article{ART003260292},
author={HyeRyeon Gwon and MinSun Kwon and JongGu Kim and Hoon Kang},
title={Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2025},
volume={34},
number={5},
pages={314-328}
TY - JOUR
AU - HyeRyeon Gwon
AU - MinSun Kwon
AU - JongGu Kim
AU - Hoon Kang
TI - Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices
JO - Journal of Environmental Impact Assessment
PY - 2025
VL - 34
IS - 5
PB - Korean Society Of Environmental Impact Assessment
SP - 314
EP - 328
SN - 1225-7184
AB - This study quantitatively investigated the effects of flow reorganization and structural installations associated with the Saemangeum New Port construction on seawater inflow and material transport characteristics. The EFDC model simulated three-dimensional hydrodynamics under pre-development (2013), partial development (2023), and post-completion (2030) scenarios. Comprehensive analyses of salinity distribution, vertical salinity gradient, effective diffusion coefficient (Deff), and particle transport were conducted. Contrasting trends emerged: enhanced mixing in the Dongjin area due to road construction and channel realignment, and increased residence time in the Mangyeong area due to restricted inflow pathways. Concentration-based diffusion coefficients reflect average mixing, whereas particle-based coefficients capture residual-flow-driven transport and local recirculation, demonstrating their complementarity for diagnosing structure-induced exchange changes.
KW - Saemangeum;EFDC;Effective diffusion coefficient;Particle tracking;Residual currents
DO -
UR -
ER -
HyeRyeon Gwon, MinSun Kwon, JongGu Kim and Hoon Kang. (2025). Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices. Journal of Environmental Impact Assessment, 34(5), 314-328.
HyeRyeon Gwon, MinSun Kwon, JongGu Kim and Hoon Kang. 2025, "Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices", Journal of Environmental Impact Assessment, vol.34, no.5 pp.314-328.
HyeRyeon Gwon, MinSun Kwon, JongGu Kim, Hoon Kang "Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices" Journal of Environmental Impact Assessment 34.5 pp.314-328 (2025) : 314.
HyeRyeon Gwon, MinSun Kwon, JongGu Kim, Hoon Kang. Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices. 2025; 34(5), 314-328.
HyeRyeon Gwon, MinSun Kwon, JongGu Kim and Hoon Kang. "Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices" Journal of Environmental Impact Assessment 34, no.5 (2025) : 314-328.
HyeRyeon Gwon; MinSun Kwon; JongGu Kim; Hoon Kang. Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices. Journal of Environmental Impact Assessment, 34(5), 314-328.
HyeRyeon Gwon; MinSun Kwon; JongGu Kim; Hoon Kang. Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices. Journal of Environmental Impact Assessment. 2025; 34(5) 314-328.
HyeRyeon Gwon, MinSun Kwon, JongGu Kim, Hoon Kang. Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices. 2025; 34(5), 314-328.
HyeRyeon Gwon, MinSun Kwon, JongGu Kim and Hoon Kang. "Assessing Mechanisms of Reduced Dispersion in Response to Coastal Development: Comparison of Concentration- and Particle-Derived Diffusion Indices" Journal of Environmental Impact Assessment 34, no.5 (2025) : 314-328.
