산소(δ18O)와 질소(δ15N) 안정동위원소비를 이용한 상수원의 오염원 분석
Interpretation of the Origin of Water Pollutants by Oxygen (δ18O) and Nitrogen (δ15N) Isotope Analysis
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초록
The use of chemical analyses for water quality management has limitations in terms of efficiently managing pollutants through various pollutants sources. For the purpose of identification, stable isotope ratio methods are wildly used around world. The measurement technique of oxygen and nitrogen stable isotopes in water is employed to establish the origin and pollution source in the water quality protection area in this study. The target study areas, which are a water resource, is located in G area, Korea, and the analytical samples were collected 4 times per year at 5 sites. As a result, the assigned values of oxygen and nitrogen stable isotopes in water were changed based on rainfall. The target area, water quality protection area, was estimated to be highly influenced by soil from land, manure and sewage, and contaminated groundwater. According to the correlation between oxygen and nitrogen stable isotope ratio, the study area is estimated to be influenced by pollution sources in D site, where inflow was not large
Abstract
The use of chemical analyses for water quality management has limitations in terms of efficiently managing pollutants through various pollutants sources. For the purpose of identification, stable isotope ratio methods are wildly used around world. The measurement technique of oxygen and nitrogen stable isotopes in water is employed to establish the origin and pollution source in the water quality protection area in this study. The target study areas, which are a water resource, is located in G area, Korea, and the analytical samples were collected 4 times per year at 5 sites. As a result, the assigned values of oxygen and nitrogen stable isotopes in water were changed based on rainfall. The target area, water quality protection area, was estimated to be highly influenced by soil from land, manure and sewage, and contaminated groundwater. According to the correlation between oxygen and nitrogen stable isotope ratio, the study area is estimated to be influenced by pollution sources in D site, where inflow was not large
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