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@article{ART001354793},
author={서진원},
title={A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2009},
volume={18},
number={3},
pages={151-160}

TY - JOUR
AU - 서진원
TI - A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -
JO - Journal of Environmental Impact Assessment
PY - 2009
VL - 18
IS - 3
PB - Korean Society Of Environmental Impact Assessment
SP - 151
EP - 160
SN - 1225-7184
AB - In order to use fundamental data for conservation of species diversity and stream health with dam development, fish investigation in up- and downstream of Pyeonglim Dam was seasonally conducted in 2007~2008. In addition, data of water qualities, investigated for environmental impact assessment, were used to determine a water quality standard level in Pyeonglim Stream, and it revealed that water environment condition was good in the stream. During the study period, a total number of fish caught from the 4 study sites was 5,449 representing 9 families 25 species, and there were 8 Korean endemic species (32.0%) including Rhodeus uyekii, Squalidus gracilis majimae, and Microphysogobio yaluensis. Two species of Zacco temminckii (37.5%) and Zacco platypus (26.3%) were dominant and subdominant in all sites. There were few individuals of the 2nd-class endangered species (Sand lamprey, Lampetra reissneri) and the introduced species (Bluegill, Lepomis macrochirus), found in the upstream of the dam. and further investigation for conservation of the endangered species and for prevention of the introduced species is needed in future. With fish fauna and multi-metric health assessment model in each sampling attempt, index of biotic integrity(IBI) was evaluated and it resulted mostly in good(26~35) and excellent(36~40) condition in all sites. The results indicate that it is very important to study not only environmental impact assessment with fish composition but also stream health assessment in order to conserve healthy aquatic ecosystem.
KW - Dam construction;Environmental impact assessment;Fish community;Index of biological integrity;Stream health assessment
DO -
UR -
ER -

서진원. (2009). A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -. Journal of Environmental Impact Assessment, 18(3), 151-160.

서진원. 2009, "A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -", Journal of Environmental Impact Assessment, vol.18, no.3 pp.151-160.

서진원 "A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -" Journal of Environmental Impact Assessment 18.3 pp.151-160 (2009) : 151.

서진원. A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -. 2009; 18(3), 151-160.

서진원. "A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -" Journal of Environmental Impact Assessment 18, no.3 (2009) : 151-160.

서진원. A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -. Journal of Environmental Impact Assessment, 18(3), 151-160.

서진원. A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -. Journal of Environmental Impact Assessment. 2009; 18(3) 151-160.

서진원. A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -. 2009; 18(3), 151-160.

서진원. "A Study on Fish Community in Pyeonglim Stream - with Water Quality and Stream Health Assessment in Up- and Downstream of Pyeonglim Dam -" Journal of Environmental Impact Assessment 18, no.3 (2009) : 151-160.