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@article{ART001225520},
author={Sungwon Kim and Jong-Min Oh and 최이송},
title={Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2008},
volume={17},
number={1},
pages={1-9}

TY - JOUR
AU - Sungwon Kim
AU - Jong-Min Oh
AU - 최이송
TI - Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading
JO - Journal of Environmental Impact Assessment
PY - 2008
VL - 17
IS - 1
PB - Korean Society Of Environmental Impact Assessment
SP - 1
EP - 9
SN - 1225-7184
AB - Non-point pollution is caused by many diffusive sources, unlike a point pollution derivedfrom industrial wastewater treatment plants or sewage treatment plants. Runoff of non-pointpollutants is originated from rainfall or thawing in short period of time moving over andthrough the a ground surface. They cause ill effect on the quality of neighboring aquaticenvironment. To prevent effectively the wash off from non-point pollutant, it should beimmediately reduced at the source or be treated after gathering of runoff water. This study hasbeen carried out for the best width of riparian buffer zone. So we implemented the experimentin terms of its depth, width and kind of vegetations and calculated the reduction of pollutantsloading. The experimental zone encompasses the watershed of Namhan River (KyunggidoYangpyunggun Byungsanri). The region was divided into 5 land cover sectors : grass, reed,pussy willow, mixed(grass+pussy willow) and natural zone to compare effectiveness ofvegetation. Water samples from four points have been collected in different depths. And thepollutant removal efficiency by sectors with different plant species was yielded throughinfluent with one of each sample. And we obtained the correlation between the width ofriparian buffer zone and the removal efficiency of pollutants. Using correlation result, the widthof riparian buffer zones which needs to improve the water quality of river could be derived.
KW - Non-Point Pollutants;Riparian Buffer Zone;Buffer width
DO -
UR -
ER -

Sungwon Kim, Jong-Min Oh and 최이송. (2008). Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading. Journal of Environmental Impact Assessment, 17(1), 1-9.

Sungwon Kim, Jong-Min Oh and 최이송. 2008, "Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading", Journal of Environmental Impact Assessment, vol.17, no.1 pp.1-9.

Sungwon Kim, Jong-Min Oh, 최이송 "Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading" Journal of Environmental Impact Assessment 17.1 pp.1-9 (2008) : 1.

Sungwon Kim, Jong-Min Oh, 최이송. Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading. 2008; 17(1), 1-9.

Sungwon Kim, Jong-Min Oh and 최이송. "Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading" Journal of Environmental Impact Assessment 17, no.1 (2008) : 1-9.

Sungwon Kim; Jong-Min Oh; 최이송. Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading. Journal of Environmental Impact Assessment, 17(1), 1-9.

Sungwon Kim; Jong-Min Oh; 최이송. Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading. Journal of Environmental Impact Assessment. 2008; 17(1) 1-9.

Sungwon Kim, Jong-Min Oh, 최이송. Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading. 2008; 17(1), 1-9.

Sungwon Kim, Jong-Min Oh and 최이송. "Best Buffer Width of Riparian Buffer Zone using a Pilot withDifferent Plant Species for Reduction of Non-point Pollutant Loading" Journal of Environmental Impact Assessment 17, no.1 (2008) : 1-9.