Meng Pei-Jie, Lin Junda, Liu Li-Lian
National Museum of Marine Biology and Aquarium, Pingtung, 944, Taiwan.
J Environ Manage. 2009 Feb;90 Suppl 1:S8-15. doi: 10.1016/j.jenvman.2008.06.008. Epub 2008 Oct 18.
The current status of aquatic organotin pollution in Taiwan is reviewed. In freshwater sediments and biota, especially in rice-field related habitats, phenyltins (PTs) were dominant among the organotin pollutants, whereas butyltins (BTs) were usually predominant in marine environments. Among the marine habitats, contamination levels were found to be in the descending order of harbour and estuary>fish cultural site>coastal>offshore>coral reefs. Imposex snails were observed in all the sampling years (1990-2003). Meanwhile, organotin concentrations were greater in winter than those in summer, whereas proportions of PTs were much higher in summer than in winter. Due to the lack of continuous monitoring data, the effectiveness of the ban on TPT usage in agriculture in 1999 and the prohibition of TBT use on small boats in 2003 is still not known.
本文综述了台湾地区水生有机锡污染的现状。在淡水沉积物和生物群中,尤其是在与稻田相关的栖息地中,苯基锡(PTs)是有机锡污染物中的主要成分,而丁基锡(BTs)通常在海洋环境中占主导地位。在海洋栖息地中,污染水平从高到低依次为港口和河口>养鱼场>沿海>近海>珊瑚礁。在所有采样年份(1990 - 2003年)均观察到性畸变螺。同时,有机锡浓度冬季高于夏季,而PTs的比例夏季远高于冬季。由于缺乏连续监测数据,1999年农业中禁止使用三苯基锡以及2003年禁止在小船上使用三丁基锡的有效性仍不清楚。