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    수치모형에 의한 섬진강 하구 염수침입 평가 = Evaluation of Saltwater Intrusion at the Seomjin River Estuary by Numerical Model

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    https://www.riss.kr/link?id=A108395114

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    Of the rivers in Korea, only Seomjin River and Han River maintain natural estuaries. However, the development of large-scale industrial complexes around the Seomjin River estuary and in the Gwangyang Bay area has resulted in many changes to the river bed and seabed topography in this area. In particular, the lowering of the riverbed, the raising of the sea level, and the reduction in the flow rate within the upstream basin of Seomjin River due to development projects have exposed the Seomjin River estuary to a saltwater environment. In this study, the tidal currents, river runoff, and riverbed topography were simulated in an EFDC model (Environmental Fluid Dynamics Code) in order to reproduce saltwater intrusion patterns, and the degree of saltwater intrusion was evaluated by analyzing its longitudinal distribution. It was found that the saltwater intrusion was more significantly affected by changes in the Songjeong flow than by changes in the Daap water intake. Based on changes in the Songjeong flow, the maximum and minimum saltwater intrusion was 24.1 km and 22.2 km, respectively. In addition, saltwater intrusion varied between4.6–7.0 km, increasing by 52.17% during the spring tide period compared with the neap tide period.
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    Of the rivers in Korea, only Seomjin River and Han River maintain natural estuaries. However, the development of large-scale industrial complexes around the Seomjin River estuary and in the Gwangyang Bay area has resulted in many changes to the river ...

    Of the rivers in Korea, only Seomjin River and Han River maintain natural estuaries. However, the development of large-scale industrial complexes around the Seomjin River estuary and in the Gwangyang Bay area has resulted in many changes to the river bed and seabed topography in this area. In particular, the lowering of the riverbed, the raising of the sea level, and the reduction in the flow rate within the upstream basin of Seomjin River due to development projects have exposed the Seomjin River estuary to a saltwater environment. In this study, the tidal currents, river runoff, and riverbed topography were simulated in an EFDC model (Environmental Fluid Dynamics Code) in order to reproduce saltwater intrusion patterns, and the degree of saltwater intrusion was evaluated by analyzing its longitudinal distribution. It was found that the saltwater intrusion was more significantly affected by changes in the Songjeong flow than by changes in the Daap water intake. Based on changes in the Songjeong flow, the maximum and minimum saltwater intrusion was 24.1 km and 22.2 km, respectively. In addition, saltwater intrusion varied between4.6–7.0 km, increasing by 52.17% during the spring tide period compared with the neap tide period.

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    참고문헌 (Reference)

    1 김정수 ; 박성천 ; 박수호 ; 이우범, "홍수조절지를 이용한 비홍수기의 영산강 수질개선효과" 한국수처리학회 29 (29): 47-59, 2021

    2 박성천 ; 김종오 ; 이우범 ; 박수호 ; 이상득, "한국형 부영양화지수에 의한 영산강 유역의 부영양화 특성" 한국수처리학회 25 (25): 3-15, 2017

    3 김윤정 ; 박천홍 ; 남세희 ; 곽병준 ; 권소현 ; 이가람 ; 한인섭, "아라천 수질변화 예측 및 수리거동 특성 연구" 한국수처리학회 27 (27): 89-96, 2019

    4 이재봉 ; 신영재 ; 이종희 ; 최영민 ; 이동우 ; 차형기, "섬진강에 분포하는 일본재첩 Corbicula japonica의 잠재어획가능량 추정" 한국패류학회 28 (28): 91-99, 2012

    5 유승훈, "섬진강 하구의 환경가치 추정" 한국환경연구원 6 (6): 1-25, 2007

    6 김종규 ; 곽경일 ; 정정호, "섬진강 하구역의 3차원 혼합특성 연구" 한국해양환경·에너지학회 11 (11): 164-174, 2008

    7 Lee GY, "Water Quality Improvement Effect of Yeongsan River using EFDC Model" Chonnam National University 2020

    8 Jiang H, "Numerical study on salinity stratification in the Oujiang River Estuary" 21 (21): 835-842, 2009

    9 Xu H, "Numerical Study on Salinity Stratification in the Pamlico River Estuary" 80 : 74-84, 2008

    10 신유리 ; 정지연 ; 최정훈 ; 정광욱, "HSPF-EFDC를 이용한 새만금호와 유역의 수리 변화 모의" 한국물환경학회 28 (28): 384-393, 2012

    1 김정수 ; 박성천 ; 박수호 ; 이우범, "홍수조절지를 이용한 비홍수기의 영산강 수질개선효과" 한국수처리학회 29 (29): 47-59, 2021

    2 박성천 ; 김종오 ; 이우범 ; 박수호 ; 이상득, "한국형 부영양화지수에 의한 영산강 유역의 부영양화 특성" 한국수처리학회 25 (25): 3-15, 2017

    3 김윤정 ; 박천홍 ; 남세희 ; 곽병준 ; 권소현 ; 이가람 ; 한인섭, "아라천 수질변화 예측 및 수리거동 특성 연구" 한국수처리학회 27 (27): 89-96, 2019

    4 이재봉 ; 신영재 ; 이종희 ; 최영민 ; 이동우 ; 차형기, "섬진강에 분포하는 일본재첩 Corbicula japonica의 잠재어획가능량 추정" 한국패류학회 28 (28): 91-99, 2012

    5 유승훈, "섬진강 하구의 환경가치 추정" 한국환경연구원 6 (6): 1-25, 2007

    6 김종규 ; 곽경일 ; 정정호, "섬진강 하구역의 3차원 혼합특성 연구" 한국해양환경·에너지학회 11 (11): 164-174, 2008

    7 Lee GY, "Water Quality Improvement Effect of Yeongsan River using EFDC Model" Chonnam National University 2020

    8 Jiang H, "Numerical study on salinity stratification in the Oujiang River Estuary" 21 (21): 835-842, 2009

    9 Xu H, "Numerical Study on Salinity Stratification in the Pamlico River Estuary" 80 : 74-84, 2008

    10 신유리 ; 정지연 ; 최정훈 ; 정광욱, "HSPF-EFDC를 이용한 새만금호와 유역의 수리 변화 모의" 한국물환경학회 28 (28): 384-393, 2012

    11 노준우 ; 이진영 ; 신재기, "Flushing 방류로 인한 섬진강 하구부 염수침입 영향분석" 한국환경영향평가학회 20 (20): 325-335, 2011

    12 김진수 ; 김재영 ; 서동일, "EFDC를 이용한 영산강 주요 오염 부하 저감에 따른 승촌보 및 죽산보 녹조 현상 개선 효과 분석" 한국수자원학회 53 (53): 369-381, 2020

    13 Lee MH, "Distribution and Growth of Corbicula japonica in the Seomjin River" Korea, Department of Fisheries Science Graduate School Kunsan National University 2017

    14 Noh JW, "Analysis Saltwater Intrusion by Flushing Discharge in Seomjin River Estuary" 982-985, 2010

    15 Son YK, "A Functional Assessment of Nakdong River Barrage for Preventing Salinity Intrusion Using EFDC Model" 2008

    16 강보식 ; 박효봉 ; 김종규, "3차원 수치모델을 이용한 섬진강 하구역의 염수침입 특성" 한국수산해양교육학회 27 (27): 1842-1853, 2015

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