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INVESTIGATION OF THE BEHAVIOR OF PERSISTENT ORGANIC POLLUTANTS IN JAPAN SEA

INVESTIGATION OF THE BEHAVIOR OF PERSISTENT ORGANIC POLLUTANTS IN JAPAN SEA. Masahiro TSURUKAWA 1 , Motoharu SUZUKI 2 , Sachiko ABE 3 , Toshihiro OKUNO 1 , Syusuke TAKEMINE 1 , Chisato MATSUMURA 1 , Takeshi NAKANO 1 , Masayuki KUNUGI 4

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INVESTIGATION OF THE BEHAVIOR OF PERSISTENT ORGANIC POLLUTANTS IN JAPAN SEA

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  1. INVESTIGATION OF THE BEHAVIOR OF PERSISTENT ORGANIC POLLUTANTS IN JAPAN SEA Masahiro TSURUKAWA 1, Motoharu SUZUKI2, Sachiko ABE 3, Toshihiro OKUNO1, Syusuke TAKEMINE1, Chisato MATSUMURA1, Takeshi NAKANO1, Masayuki KUNUGI4 1 Hyogo Prefectural Institute of Environmental Sciences , 2 Kobe University, 3 Hyogo Environmental Advancement Association, 4 Tokyo University of Science

  2. Sampling method Sampling amount 50L （0.5 L/min） ASKA-Ⅱ Glass fiber filter paper （GC-50H） Adsorbent column Seawater sampling Air sampling (PUF+ACF×3) Glass fiber filter paper（GB- 100R）＋adsorbent column Total amount 108 m3 （300 L/min，6hr）

  3. Relatively high in the north of Japan Sea HCHｓ ・Isomer pattern and concentration level differ depending on each ocean area (β>α>γ in the Pacific Ocean , α>>γ>β in the Atlantic Ocean） 2009’s survey Dumping zone of Korea Prior suvey （2004～2007）

  4. Distribution of HCHs concentration in surface sea water (2010) Ave. 2300

  5. Southwest Sakhalin Downstream site of Chang Jiang Relationships between α/γ-HCH ratio and the latitude of sampling points

  6. Downstream site of Chang Jiang EF value of HCH（2005-2010） Southwest Sakhalin

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